CN1641174A - Lock control system for electronic equipment and its anti-theft method - Google Patents

Abstract

A lock control system for electronic equipment and an anti-theft method thereof are provided, in particular to an operation control system which can be used for the electronic equipment, such as a mobile phone, a computer, an engine, an analyzer and the like. An input device, programmed for one or more devices, capable of entering a user entry code, a readout screen to monitor device status. The total power off system requires a password to be entered and if the password is not available, the system is shut down. In another example, the system can distinguish between power outages, power transfers, and normal losses due to usage. Further examples are the use of device detection equipment, which enables the initial user to refill the device with time, etc.

Description

Translated fromChinese

用于电子设备的锁具控制系统及其防盗方法Lock control system for electronic equipment and its anti-theft method

技术领域technical field

本发明涉及一种安全、保险装置，一旦受到作用，允许该电子设备运行一个时间段，具体地说是一种用于电子设备的锁具控制系统及其防盗方法。在一些实例中，该装置用作一种防盗器具，没有密码禁止使用，从而防止被保护的设施被盗卖。The invention relates to a safety and insurance device, which allows the electronic equipment to run for a period of time once it is affected, in particular to a lock control system for electronic equipment and an anti-theft method thereof. In some instances, the device is used as an anti-theft device that cannot be used without a password, thereby preventing theft of the protected facility.

背景技术Background technique

由于缺少有效的措施，容易被再转卖的电子设备对盗贼无疑是一种诱惑。尽管人们会把他们的电子设备做上记号，例如便携电话间、计算机等，除非被盗的设备经合法途径卖出，否则没希望找回。Due to the lack of effective measures, electronic equipment that is easily resold is undoubtedly a temptation for thieves. Although people will mark their electronic devices, such as cell phones, computers, etc., unless the stolen device is sold legally, there is no hope of getting it back.

发明内容Contents of the invention

本发明的目的是提供一种用于电子设备的锁具控制系统及其防盗方法，用于电子装置，如计算机、照像机、便携电话间、VCR、DVD等，以及机械设备、工具、重型设施、机床、以及其它各种有轮的车辆。该装置提供了一种选择，可使该设施按预置时间段作业。作业性能的选择或者完全将操作关闭，都必须输入密码才行。The object of the present invention is to provide a lock control system and anti-theft method for electronic equipment, for electronic devices, such as computers, cameras, portable phone rooms, VCR, DVD, etc., as well as mechanical equipment, tools, heavy facilities , machine tools, and various other wheeled vehicles. The unit provides an option to have the facility operate for preset time periods. To choose the job performance or completely close the operation, you must enter the password.

本发明的目的是这样实现的：该电子设备的防盗方法，包括硬件部分的电源接口、电动作业件、内置电源和可编程控制系统，其特征在于如下步骤：The object of the present invention is achieved in that the anti-theft method of the electronic equipment includes the power interface of the hardware part, the electric operating part, the built-in power supply and the programmable control system, and is characterized in that the following steps:

a、监视被控设备的供电状态；a. Monitor the power supply status of the controlled equipment;

b、如果供电消失，建立断开存储器并关闭该锁具系统；b. If the power supply disappears, create a disconnect memory and close the lock system;

c、根据供电恢复，进入作业阶段要求输入进入密码；c. According to the restoration of power supply, entering the operation stage requires entering the entry password;

d、如果给作业送电，要求进入码；d. If power is sent to the operation, an access code is required;

e、如果进入码通过查证，进入“i”步骤，并重新设置断开连接登记；e. If the access code is verified, go to the "i" step and reset the disconnection registration;

f、如果进入码没有通过查证，要求进入码；f. If the access code has not passed the verification, request the access code;

g、按预置次数，重复设置“h”；g. Repeat setting "h" according to the preset times;

h、如果进入码没有通过查证，完全关闭锁具系统；h. If the access code fails to pass the verification, completely close the lock system;

I、操作设备并联进入“a”步骤；I. Operate equipment in parallel and enter step "a";

所述可编程控制系统在完全断电后，如果没有所述进入码，能制止被保护设备作业。After the programmable control system is completely powered off, if there is no entry code, it can stop the protected equipment from operating.

本发明第二种电子设备的防盗方法，包括硬件部分的外部壳体、电源接口、电动作业件和可编程控制系统，包括如下步骤：The second anti-theft method for electronic equipment of the present invention includes an external casing of the hardware part, a power supply interface, an electric working part, and a programmable control system, including the following steps:

a、监视电源；a. Monitor power supply;

b、显示供电波动；b. Display power supply fluctuations;

c、确定所述供电波动是否是电源的降低或增加；c. determining whether said fluctuation in power supply is a decrease or increase in power supply;

d、如果是正常使用的供电降低，继续监视所述电源；d. If the power supply in normal use is reduced, continue to monitor said power supply;

e、如果供电降低并完全断电，设置断开寄存器并关闭系统；e. If the power supply is reduced and completely cut off, set the disconnect register and shut down the system;

f、如果供电增大，设置断开寄存器并关闭系统；f. If the power supply increases, set the disconnect register and shut down the system;

g、供电恢复并作业时，检测断开存储器；g. When the power supply is restored and working, detect and disconnect the memory;

h、如果设置了断开寄存器，要求输入进入密码；h. If the disconnect register is set, it is required to enter the access password;

I、如果进入码认证后，重新设置断开存储器；I. If the access code is authenticated, reset the disconnect memory;

j、操作设备；j. Operating equipment;

k、如果进入码被拒绝，要求正确的进入码；k. If the access code is rejected, request the correct access code;

l、按预先确定的次数，重复“k”步骤；l. Repeat step "k" for a predetermined number of times;

m、如果进入码仍被拒绝，完全关闭系统。m. If the access code is still rejected, shut down the system completely.

本发明所采用的电源是交流的，也可以是直流的。The power used in the present invention is AC or DC.

本发明用于重复作用于被保护电子设备密码的电子设备的防盗方法，包括电源接口、电动作用件和可编程的控制系统，其特征在于如下步骤：The present invention is used for the anti-theft method of electronic equipment repeatedly acting on the password of the protected electronic equipment, comprising a power interface, an electric active part and a programmable control system, characterized in the following steps:

a、所述可编程控制系统编制接收进入密码的程序；a. The programmable control system compiles a program for receiving the password;

b、进入密码程序进入所述电子设备，电子设备开始常规启动；b. Enter the password program to enter the electronic device, and the electronic device starts to start normally;

c、显示密码再输入指示器要求再输入密码；c. Display the password and then input the indicator to ask for the password again;

d、指示所述电子设备在预编程的时间段内将不作业；d. Instructing that said electronic device will not operate for a preprogrammed period of time;

e、输入密码；e. Enter the password;

f、用已接受的密码检测刚输入的密码；f. Use the accepted password to detect the password just entered;

g、如果输入的密码被接受，作用于所述电子设备；g. If the entered password is accepted, act on the electronic device;

h、如果输入的密码不被接受，按预编程的次数要求再输入；h. If the entered password is not accepted, re-enter according to the pre-programmed number of times;

I、如果在预编程的次数内，所接受的密码没有进入，则关闭设备。I. If the accepted password is not entered within the pre-programmed number of times, turn off the device.

本发明所述的防盗锁具控制系统包括：The anti-theft lock control system of the present invention comprises:

a、至少两个电子设备，各个电子设备在与另一个进行通讯；a. At least two electronic devices, each of which is communicating with the other;

b、至少一个用户进入密码；b. At least one user enters the password;

c、作业件可以工作或不工作；c. The work piece can work or not work;

d、至少一个可编程和功能程序；d. At least one programmable and functional program;

e、一个用户可编程功能选择件，用户可编程的功能程序；e. A user-programmable function option, a user-programmable function program;

f、选择件可使所述至少一个可编程功能供用户选择；f. The option enables the at least one programmable function to be selected by the user;

g、至少一个用语可编程功能作用时间段，所述用户可编程功能作用时间段由用户为各个所述至少一个可编程功能设置；g. At least one programmable function action time period, the user programmable function action time period is set by the user for each of the at least one programmable function;

h、输入装置，所述输入装置用于输入用户进入密码、所述功编程功能选择和可编程功能作用时间段；h, an input device, the input device is used to input the user's access code, the function selection of the function programming and the time period of the programmable function;

I、一个内部控制件，所述控制件直接与所述输入装置、可编程功能选择件进行通讯，根据用户对编程功能和编程作用时间的选择，利用控制进入一个或多个所述编程功能的方式来控制所述设备作业；I. An internal control part, said control part directly communicates with said input device and programmable function selector, according to the user's selection of programming function and programming action time, utilizes control to enter one or more of said programming functions means to control the operation of said equipment;

J、一个主人程序，至少两个被控电子设备中至少有一个主人程序；J. One master program, at least one master program in at least two electronic devices under charge;

k、通讯器件，所述通讯器件能使通讯在主人程序与至少另一个电子设备之间进行；k. Communication means enabling communication between the host program and at least one other electronic device;

在该通讯过程中，编程指令进入所述主人程序，能够传递到至少一个电子设备中的每一个中。During this communication, programming instructions enter said host program, capable of being transferred to each of at least one electronic device.

本发明所述设备的操作控制系统包括：The operation control system of equipment of the present invention comprises:

a、至少一个用户进入码；a. At least one user access code;

b、作业件/不作业件；b. Working parts/non-working parts;

c、至少一介可编程的功能程序；c. At least one programmable function program;

d、一个用户编程功能程序选择件，所述的选择件能够使至少一个编程程序供用户选择；d. A user programming function program option, which enables at least one programming program to be selected by the user;

e、至少一个用户编程功能作用时间段，由用户为至少一个编程功能程序设定时间段；e. At least one user programming function action time period, the user sets the time period for at least one programming function program;

f、输入装置，所述输入装置用于接纳用户进入码、编程功能选择件和编程功能作用时间段；f. Input device, said input device is used to accept user access code, programming function option and programming function action time period;

G、一个内部控制件，所述内部控制件与所述输入装置、编程功能作用时间段和编程控制系统直接通讯；G. An internal control part, the internal control part communicates directly with the input device, the programming function action time period and the programming control system;

在所述系统中，根据用户选择的编程功能程序和编程功能作用时间内部控制件通过控制一个或多个编程功能程序来控制所述设备的作业。In the system, the internal control part controls the operation of the device by controlling one or more programmed function programs according to the programmed function programs selected by the user and the programmed function action time.

本发明利用一个锁定系统制定电子设备使用方式的方法包括如下步骤：The method for using a locking system in the present invention to formulate the use mode of electronic equipment includes the following steps:

a、作用于所述电子设备；a. Act on the electronic equipment;

b、选定作业状态；b. Select job status;

c、输入初始用户码；c. Enter the initial user code;

d、选择至少一种编程功能程序；d. Select at least one programming function program;

e、选择编程作业时间段；e. Select the programming time period;

f、将所选择的编程功能程序和选择编程作业时间段保存在所述锁定系统存储器中。f. Save the selected programming function program and the selected programming operation time period in the locking system memory.

本发明所述的设备操作控制系统包括：The equipment operation control system of the present invention includes:

至少一个初始用户码，所述至少一个初始用户码有使用权和编程权；At least one initial user code, the at least one initial user code has usage rights and programming rights;

至少一个第二用户码，所述至少一个第二用户码只有使用权；At least one second user code, the at least one second user code has only usage rights;

一个可编程功能选择件，所述功能选择件能够使上述用户选择至少一个可编程功能程序；所述的至少一个用户可编程的功能程序可从下组中选择：A programmable function selector, the function selector enables the above-mentioned user to select at least one programmable function program; the at least one user-programmable function program can be selected from the following group:

正常作业；normal operation;

定时作业：由用户设定使设备按所定的时间作业完一个预置时间段；Timing operation: It is set by the user to make the equipment complete a preset time period according to the set time;

休眠状态：按用户选定的时间段禁止设备作业，而当该休眠时间段过后，设备能返回作业状态；Dormant state: The equipment operation is prohibited according to the time period selected by the user, and when the dormant time period passes, the equipment can return to the operation state;

延迟启动：在用户发送时间前，制止设备作业；Delayed start: before the user sends the time, stop the device operation;

部分作业：能让用户为所述设备选择一个或多个功能程序并选定设备的一个或多个功能不作业；Partial operation: allows the user to select one or more functional programs for the described equipment and select one or more functions of the equipment to be inoperative;

至少一个编程功能作业时间段，由用户为至少一个编程功能程序的每一个设定一个时间段；At least one programming function operation time period, a time period is set by the user for each of the at least one programming function program;

输入装置：允许输入所述预定用户进入码、所述编程功能选择和编程功能作业时间段；Input device: allows input of said predetermined user access code, said programming function selection and programming function operation time period;

读出屏：提供所述操作的控制系统的状态报告；Readout screen: provides a status report of the control system for the operation;

内置控制件：与所述输入装置、电源、编程功能作业时间段和编程选择件直接通讯；Built-in controls: direct communication with said input devices, power supply, programmed function operating time periods and programmed options;

在所述操作控制系统内有内置控制件，有初始用户进入码的用户控制设备作业的方式是：限制编程进入到至少一个编程功能选择件、限制进入至少一个编程功能作业段，并且对于有第二用户码的用户，根据由初始用户进入码的用户对至少一个编程功能程序、部分作业和至少一个编程功能作业时间段的程序控制其进入一个或多个编程功能程序。With built-in controls within said operator control system, a user with an initial user access code controls the operation of the device by restricting programming access to at least one programming function option, restricting access to at least one programming function segment, and for having a first user access code The user of the second user code is controlled to enter one or more programming function programs according to the program of at least one programming function program, part operation and at least one programming function operation time period by the user of the initial user access code.

本发明的用于控制进入电子设备的作业控制系统包括：The job control system for controlling access to electronic equipment of the present invention includes:

至少一个第一用户进入码；at least one first user access code;

至少一个第二用户进入码；at least one second user access code;

一种作业，不作业状态；A state of working, not working;

至少一个用户可编程功能；at least one user programmable function;

至少一个用户可编程功能作业时间段；所述用户可编程功能时间段由用户为至少可编程功能中的每一个设定；At least one user-programmable function operating time period; the user-programmable function time period is set by the user for each of the at least programmable functions;

输入装置，用于输入第一用户码，可编程功能选择，以及可编程功能作业时间段；The input device is used for inputting the first user code, programmable function selection, and programmable function operation time period;

在其中的内置控制件制止设备作业的方式是：没有输入正确的至少一个所述的第一用户进入码或至少一个第二用户码。The manner in which the built-in control prevents the operation of the device is that at least one of said first user access codes or at least one second user code is not entered correctly.

本发明的用于设备的作业控制系统，它包括有电源和作业件，其特征在于所述的控制系统有：The operation control system for equipment of the present invention includes a power supply and a work piece, and is characterized in that the control system has:

a、至少一个用户进入码；a. At least one user access code;

b、至少一个用户编程功能作业时间段，所述作业时间段由用户设置，随进入码输入后进入；b. At least one user programming function operating time period, the operating time period is set by the user and entered after entering the entry code;

c、输入件：所述输入件用于输入用户进入码和编程的功能作业时间段；c. Input part: the input part is used to input the user's access code and the programmed functional operation time period;

d、一个内置控制件，所述内置控制件能与输入件、电源和编程作业时间段通讯；d. a built-in control capable of communicating with the input, power supply and programmed operating time periods;

没有用户进入码输入，内置控制件以制止电能从电源传导到作业件的方式控制所述设备的作业，输入用户码能使电能从电源通向作业件；在编程的作业时间段期间允许设备连续地或间隔地作业，而超过编程作业时间段后则制止设备作业。Without user entry code entry, the built-in controls control the operation of the device in such a way as to prevent the conduction of power from the power source to the work piece. Entering a user code enables power to flow from the power supply to the work piece; allowing the device to continue during the programmed operating time period. ground or interval operation, and stop the operation of the equipment after the programmed operation time period is exceeded.

本发明设备作业的锁具控制系统，包括有电源、内置作业件和驱动件，其特征在于控制系统有：The lock control system for equipment operation of the present invention includes a power supply, built-in operating parts and driving parts, and is characterized in that the control system has:

一个预置的用户进入码；A preset user access code;

一个用户编程功能作业时间段，所述作业时间段由用户设置，随进入码输入后进入；A user programming function operating time period, the operating time period is set by the user and entered after entering the entry code;

输入装置：所述输入装置用于输入用户进入码和编程的作业时间段；Input device: the input device is used for inputting user access code and programmed working time period;

一个读出屏，所述读出屏在箱体外能看见，控制设备操作状态；A readout screen, which can be seen outside the box, controls the operating state of the equipment;

一个内置控制件，所述内置控制件与输入装置、电源、驱动件和作业件直接通讯；a built-in control in direct communication with the input device, power supply, drive and work piece;

所述内置控制件在没有输入预定的用户进入码时，内置控制件以制止电能从电源传导到驱动件的方式控制所述设备的作业，输入用户码能使电能从电源通向驱动件；在编程的作业时间段期间允许设备连续地或间隔地作业，并在编程作业时间段消失后制止设备作业。When the built-in control part does not input a predetermined user access code, the built-in control part controls the operation of the device in a manner that prevents the conduction of electric energy from the power supply to the drive part, and inputting the user code can make the electric energy pass from the power supply to the drive part; During the programmed operation time period, the equipment is allowed to work continuously or intermittently, and the equipment operation is stopped after the programmed operation time period disappears.

本发明的用于至少一台设备的操作控制系统，该系统包括有电源、内部作业件和驱动件，其特征在于：The operation control system for at least one piece of equipment of the present invention, the system includes a power supply, internal operating parts and driving parts, and is characterized in that:

输入装置：所述输入装置用于输入用户进入码；Input device: the input device is used to input user access code;

一个读出屏，所述读出屏在箱体外能看见，控制设备操作状态；A readout screen, which can be seen outside the box, controls the operating state of the equipment;

一个内置控制件，所述内置控制件与输入装置、电源、驱动件和作业件直接通讯；a built-in control in direct communication with the input device, power supply, drive and work piece;

一个用户编程计时器，所述用户编程计时器能与控制件通讯，并能用户确定的作业时间段内，使电能从电源通向驱动件，所述用户确定的作业时间段由用户在输入装置中设置，随进入码输入后进入；a user-programmable timer capable of communicating with the control member and enabling electrical power to be passed from the power source to the drive member for a user-determined period of operation determined by the user at the input device Set in, and enter after entering the code;

时钟，按用户输入程序对编程计时器作业或不作业；输入用户码后使电源与作业件、驱动件之间的电流导通，并在用户确定的时间段期间，设备可连续地和间隔地作业，所述的用户确定的时间段由编程计时器监视。The clock operates or does not operate the programmed timer according to the user input program; after the user code is input, the current between the power supply, the operating part and the driving part is turned on, and during the time period determined by the user, the device can be continuously and intermittently jobs, the user-determined period of time is monitored by a programmed timer.

本发明的用于设备的操作控制系统，该系统包括电源、作业件，其特征在于：The operation control system for equipment of the present invention, the system includes a power supply and a work piece, and is characterized in that:

a、至少一个用户进入码；a. At least one user access code;

b、至少一个用户编程功能作用时间段，由用户随输入进入码后设置；b. At least one user programming function action time period, which is set by the user after inputting the entry code;

c、输入装置，所述输入装置用于接纳用户进入码和编程功能作用时间段。c. Input means for receiving user access codes and programming function active time periods.

d、内部控制件，所述内部控制件与所述输入装置、电源和编程功能作用时间段直接通讯；d. An internal control part, the internal control part communicates directly with the input device, power supply and programming function action time period;

没有用户进入码的输入，在其中的所述内部控制件阻止电源与作业件之间的电流导通，以制止设备作业，输入用户码能使电流从电源传导到作业件，并在编程作业时间段期间，允许作业件连续地和间隔地作业，当编程作业时间段期间消失，制止设备作业。Without the input of a user access code, the internal control member therein prevents the conduction of current between the power supply and the work piece to stop the operation of the equipment. During the period, the operation is allowed to operate continuously and at intervals, and when the programmed operation time period disappears, the operation of the equipment is prohibited.

本发明的用于用于电子设备的锁具控制系统，它包括有电源、内置作业件、驱动件，其特征在于所述设备的控制系统有：The lockset control system used for electronic equipment of the present invention includes a power supply, built-in operating parts, and driving parts, and is characterized in that the control system of the device has:

一个预置的用户进入码；A preset user access code;

一个用户预置的编程作业时间段，所述用户预置的编程作业时间段随进入码后输入；A user-preset programming operation time period, which is input after the entry code;

输入装置，所述输入装置用于输入用户预置的用户进入码和编程作业时间段。The input device is used for inputting the user preset user access code and programming operation time period.

一个读出屏，所述读出屏在箱体外能看见，提供控制设备操作状态；A readout screen, which is visible outside the enclosure and provides control equipment operating status;

内部控制件，所述内部控制件与所述输入装置、电源、驱动件和作业件直接通讯；an internal control in direct communication with the input device, power source, driver and work piece;

没有输入预置的用户进入码，在其中的所述内部控制件就阻止电源与驱动件之间的电流导通，以制止设备作业，输入用户码能使电流从电源传导到驱动件，并在编程作业时间段期间，允许设备连续地和间隔地作业，当编程作业时间段期间消失，制止设备作业。Without entering a preset user access code, the internal control therein prevents the conduction of current between the power supply and the driver to prevent the operation of the device, and entering the user code enables current to be conducted from the power supply to the driver, and on During the programmed operation time period, the equipment is allowed to work continuously and intermittently, and when the programmed operation time period disappears, the equipment operation is stopped.

本发明的用于控制进入电子设备的操作控制系统有：The operation control system for controlling access to electronic equipment of the present invention has:

一个输入装置；an input device;

埋嵌的预编程码；Embedded pre-programmed code;

接触区，所述的接触区从所述的至少一个输入装置中接收输入数据并将所述输入传输给埋嵌的预编程码；a contact area that receives input data from said at least one input device and transmits said input to embedded preprogrammed code;

至少一个用户可编程功能程序；at least one user programmable function program;

一个可编程输入序列，所述可编程输入序列能让用户使用至少一种输入装置编制所述的功能程序。A programmable input sequence that enables a user to program said function using at least one input device.

用于设备的操作控制系统，包括电源、至少一个工作件和一个控制件，其特征是所述的控制件包括：这个控制件，例如插入芯片或可编程的装入已有的芯片中，利用可兼容的输入装置能够输入用户密码或者使用一个输入装置插接到该设备上，例如便携电话上的纽扣。独立的输入装置通常用于在制造后附加到该设备上的控制系统上，或者相对于一个整体的输入装置来讲，这个设备太小了。输入密码也可以采用无线方式，例如远红外、蓝牙、电话信号等。虽然在一件已有的设备上附加上控制件并不能指望提供如同在制造该设备时把控制系统结合进去所得到的那种保护，但是总比没有它要保险些。An operation control system for equipment, comprising a power supply, at least one work piece and a control piece, characterized in that said control piece includes: this control piece, for example inserted into a chip or programmed into an existing chip, utilizes A compatible input device can be used to enter a user code or to plug into the device using an input device, such as a button on a cellular phone. A separate input device is usually used for a control system that is attached to the device after manufacture, or the device is too small for an integral input device. Input password also can adopt wireless mode, for example far infrared, bluetooth, telephone signal etc. Although adding controls to an existing piece of equipment cannot be expected to provide the same protection as would be obtained by incorporating the control system when the equipment was manufactured, it is better than not having it at all.

在下面所述的优选例中，显示屏，既可以是整体的，例如便携电话间、计算机，也可以是照像机屏，或者是分开的，如电视机、读卡器，用于远程监视现场设备的状态。密码读出也能用声音读出的方式，或者声音和可视相结合的方式，从而能通过电话或视觉上削弱的方式对控制系统编程。控制件与输入装置、显示屏(如果包括的话)、电源和作业件进行通讯。没有用户码的输入，控制件制止作业，并且在一些实例中，能够对控制件编程控制电子装置的内部功能，例如允许观看某些频道，或者不允许特定人在预置的时间段内看电视，或预置的其它频道，或者允许另一伙人在其它时间内看电视。第二进入码能将该系统编程为只允许该装置作业，利用已设有的第二码，禁止任何重新编程操作。该控制系统也能够在设定的时间段内让便携电话间只向外发声，而不向内发声，或者反过来。任何有电子元件的设备都可与所披露的本发明控制系统组合，使之具有可选择地确定特定时间段内作业性能的能力。在数字设备中，例如照像机、可携式摄像机等，由于数字技术的通用性使这些设备的容量得以增大，应该指出，本发明在此提到的用在数字装置上的控制系统能力也能够用在其它数字装置上。In the preferred example described below, the display screen can be integral, such as a portable phone room, a computer, or a camera screen, or separate, such as a TV or a card reader, for remote monitoring Status of field devices. The code readout can also be audible, or a combination of audible and visual, enabling programming of the control system by telephone or visually impaired means. The controls are in communication with the input device, display screen (if included), power source and work piece. Without the entry of a user code, the control blocks operations and in some instances, the control can be programmed to control the internal functions of the electronic device, such as allowing certain channels to be viewed, or not allowing certain people to watch television for a preset period of time , or preset other channels, or allow another group to watch TV at other times. A second entry code can program the system to allow only that device to operate, inhibiting any reprogramming operations with the second code already set. The control system can also make the portable phone only sound outwards, but not inward, or vice versa within a set period of time. Any device having electronic components can be combined with the disclosed control system of the present invention to provide the ability to selectively determine the performance of operations over a specified period of time. In digital equipment, such as cameras, camcorders, etc., due to the versatility of digital technology, the capacity of these equipment can be increased. Can also be used on other digital devices.

该控制系统包括与控制件通讯的编程计时器，能够使其在预置的时间段内进入到输入系统中的选定性能状态。在所有实例中所选定的存储器都是非丢失的，以免断电后设置的内存消失，尽管在某些例子中，易挥发存储器是有利的。时钟，如果控制系统中没有，能加上用于校验时间。该计时器是按用户输入进行作业或停止作业。在便携电话、计算机、照像机等设备中，以及并不需要导线的电动工具或其它没有处理器的设备中，设备的作业受控于微型芯片或微处理器。本发明销具的通用性，正如在SN09/178,837申请文件中揭示的，该锁具可以用在手提工具、电子的或有轮的车辆以及便携电话间、数字的或非数字的照像机等设备上。The control system includes a programmed timer in communication with the control to enable it to enter a selected performance state into the system for a preset period of time. In all instances the selected memory is non-volatile so that the programmed memory does not disappear after a power failure, although in some instances volatile memory is advantageous. A clock, if not present in the control system, can be added for checking the time. This timer works or stops working according to user input. In devices such as portable phones, computers, cameras, etc., as well as power tools that do not require wires, or other devices that do not have a processor, the operation of the device is controlled by a microchip or microprocessor. The versatility of the pin of the present invention, as disclosed in the SN09/178,837 application document, the lock can be used in portable tools, electronic or wheeled vehicles and portable phones, digital or non-digital cameras and other equipment superior.

附图说明Description of drawings

图1是带锁具的手提工具示例的侧视图；Figure 1 is a side view of an example of a hand tool with a lock;

图2是锁销和电磁线圈壳体的剖视图；Fig. 2 is a sectional view of the lock pin and the electromagnetic coil housing;

图3是实例中控制器外形的俯视图；Fig. 3 is the top view of controller profile in the example;

图4是用于手提工具的锁具电路示意图；Fig. 4 is a schematic diagram of a lockset circuit for a portable tool;

图5是图1所示手提工具内部的剖视图；Fig. 5 is a sectional view of the interior of the hand tool shown in Fig. 1;

图6是利用折卸锁具的手提工具另一例子的剖视图；Fig. 6 is a sectional view of another example of a portable tool utilizing a dismountable lockset;

图7是用于气动工具系列的锁具侧视图；Fig. 7 is a side view of the lockset used in the pneumatic tool series;

图8是与气动工具连接使用的锁具用电路示意图；Fig. 8 is a schematic circuit diagram of a lock used in connection with a pneumatic tool;

图9是锁具用在电子设备上的电路示意图；Fig. 9 is a schematic circuit diagram of a lockset used on an electronic device;

图10是使用结合模拟功能的锁具电路示意图；Fig. 10 is a schematic diagram of a lockset circuit using a combination of analog functions;

图11是给多种作业设备编程的流程示意图；Fig. 11 is a schematic flow chart of programming various operating equipment;

图12是给单种作业设备编程的流程示意图；Fig. 12 is a schematic flow chart for programming a single type of operating equipment;

图13是包括再置选择的电子设备编程的流程示意图；FIG. 13 is a schematic flow diagram of electronic device programming including reset selection;

图14是给设定特定事件、时间、和用户编程的流程示意图；Fig. 14 is a schematic flow chart for setting specific events, time, and user programming;

图15是使用时基标的原始和第二用户控制系统的流程示意图；Figure 15 is a schematic flow diagram of the primary and secondary user control systems using time-based markers;

图16是图15的编程部分流程示意图；Fig. 16 is a schematic flow chart of the programming part of Fig. 15;

图17是基于断电状态下，一个系统关闭并要求再次输入口令的流程示意图；Fig. 17 is a schematic flow diagram of shutting down a system and requiring password input again based on the power-off state;

图18是一个系统流程示意图，该系统监视所使用的单位数量；Figure 18 is a schematic flow diagram of a system that monitors the number of units used;

图19是依照电流波动的基准关闭流程示意图；Fig. 19 is a schematic diagram of a reference shutdown process according to current fluctuations;

图20是展示供电损耗与完全脱离电源两者差异的流程示意图；Fig. 20 is a flow diagram showing the difference between power loss and complete power loss;

图21是本发明另一实例，使用i钮给设备编程的示意图；Fig. 21 is another example of the present invention, a schematic diagram of using the i button to program the device;

图22是本发明应用实例的流程图Fig. 22 is a flow chart of the application example of the present invention

具体实施方式Detailed ways

本发明所示可编程控制系统，具有多用户编程特点，包括，但并不受本例限制，禁止进入到设备的特定位置，或仅适于某些人，密码锁定机构能使设备在预置时间段期间，禁止或排除使用的可能，从而使盗贼无耐。除了上述所展示的该锁特有的优点外，还因其存在就多了一份安全性。人们都可能注意到，谁要是买了一件配有锁具的器具，除非出售商已经打上了密码，否则这器具仍容易失窃。在当前时间消失后，没有输入用户码时，本发明系统能控制器具的作业或制止作业。没有进入码，这个器具就是不能用的，也就卖不出去。The programmable control system shown in the present invention has multi-user programming features, including, but not limited by this example, prohibiting access to a specific location of the device, or only for certain people, and a password locking mechanism that enables the device to be locked at a preset location. During the time period, the possibility of using it is prohibited or excluded, thereby making the thieves impatient. In addition to the unique advantages of the lock shown above, it also has an extra security because of its existence. It may be observed that anyone who buys an appliance fitted with a lock is liable to be stolen unless the seller has put a combination on it. After the current time disappears, when the user code is not input, the system of the present invention can control the operation of the appliance or stop the operation. Without the access code, the appliance is unusable and therefore unsalable.

电子设备，例如便携电话、掌心控制器(遥控器)以及其它手持数据进入装置，如照相机、计算机、录象机、电视机、MP3随身听等，都是具有高转卖值、落入容易被盗的目录中。然而，给它们配上可编程芯片，就使得这些价值高的设备容量更新并与本发明系统的优点相结合。当然，可以使用微芯片、微处理器或模拟技术，对设备的各种功能进行监视，例如，根据使用时间或一个设备已经使用过的小时数，制定计划服务。Electronic equipment, such as portable phones, palm controllers (remote controls), and other handheld data entry devices, such as cameras, computers, video recorders, televisions, MP3 players, etc., have high resale value and are easily stolen. in the directory. However, pairing them with a programmable chip allows the capacity of these valuable devices to be updated and combined with the advantages of the system of the present invention. Of course, microchips, microprocessors or analog technology could be used to monitor various functions of the equipment, for example to schedule service based on the time of use or the number of hours a piece of equipment has been used.

对于盒式录象机或电视等设备可选择的控制系统，可以是个分别装在盒内的单元，回朔插入电源中，如电缆或插头中。在该例中，这是制造完成后加上的性能。这个控制系统可以是分开的或者几个组合的，能通过电缆或插头工作，如在计算机箱内或插在插线板上。在某些例子中，该控制系统需要有两个件连接附加单元，以便能进入输入区，同时仍与设备的电源输入相连接。附加单元几乎可以用于所有的电子设备上，如电视机、收音机、立体声播放机、计算机以及其它大型设备上，能够在电源供给和设备之间提供联接部位。然而，需要指出的是，能够提供多种控制能力的系统是在制造时与设备成为一体的。An optional control system for devices such as video cassette recorders or televisions may be a separately housed unit plugged back into a power source, such as a cable or plug. In this example, this is a post-manufacture added capability. This control system can be separate or several combined and can work through cables or plugs, such as in a computer case or plugged into a power strip. In some instances, the control system requires two pieces to connect the add-on unit in order to gain access to the input area while still being connected to the power input of the equipment. Add-on units can be used on almost all electronic equipment, such as televisions, radios, stereo players, computers and other large equipment, and can provide a connection between the power supply and the equipment. However, it should be noted that systems that provide multiple control capabilities are integrated with the device at the time of manufacture.

输入密码可以利用键盘或其它输入器具，如磁性读卡器，触摸或虹膜识别技术，标准键盘、电话信号或任何可实现的无线技术等。给设备编码的立法取决于设备的类型、规格等。举例来说，触摸钥匙扫描、i钮、刷卡或者静态数据传输的其它方法，都能够容易地结合应用的装置中，结合到投影仪或试验设备上或附加装置到电视机、计算机中等。The password can be entered using a keyboard or other input devices, such as magnetic card readers, touch or iris recognition technology, standard keyboards, telephone signals or any wireless technology that can be realized. The legislation to code a device depends on the type, specification, etc. of the device. For example, touch key scanning, i-button, card swiping or other methods of static data transmission, all can be easily combined in the device of application, be combined on projector or test equipment or add-on device to TV, computer etc.

这里所述的输入装置，根据应用设备的规格和类型不同，可以是遥控的(例如，电视机)，与设备成一体的，如便携电话，或是可拆卸的，例如，下载到PDA上。The input device described here, according to different specifications and types of the application equipment, can be remote-controlled (for example, a TV), integrated with the equipment, such as a portable phone, or detachable, for example, downloaded to a PDA.

本发明所述的技术给实验室或其它设备要求集中保存，用时搬出的场所带来好处。锁安置地的作用类似于笔记本电脑，将设备固定在一个地点，直至用户把他们的识别码输入锁安置地。将设备识别码及相关数据，包括作业/不作业时间存入锁站和设备中，才能使设备开锁。每个雇员都要有个人触摸钥匙，或其它无线或非无线进入手段，以便在设备作业之前，能够存入雇员的名字、作业时间，以及雇主所需要的其它信息。本发明所述的技术给实验室或其它设备要求集中保存，用时搬出的场所带来好处。The technology described in the invention brings benefits to laboratories or other places where equipment requires centralized storage and is moved out when used. The lock station acts like a laptop, securing the device in one place until the user enters their identification code into the lock station. Only by storing the equipment identification code and related data, including working/non-working time in the lock station and the equipment, can the equipment be unlocked. Each employee is required to have a personal touch key, or other wireless or non-wireless means of entry, so that the employee's name, hours of operation, and other information required by the employer can be stored before the device is operated. The technology described in the invention brings benefits to laboratories or other places where equipment requires centralized storage and is moved out when used.

如果使用所述该系统方式不能对所用设备编程时，例如适合用的计算机、电视机、数字照相机或便携电话，可以替换使用编程“钥匙”，包括静态数据，例如触摸钥匙、刷卡、USB线等。所述该技术显示的优点是，能让雇主或家长用相应的数据，包括操作时间，如果要求可实施的操作性能，给“钥匙”编程。在本优选例中，除非用户有初始权或编程权，否则下载到设备上的数据不能更改。这是本发明的优点，当使用设备时，例如机械在按编程时间使用，过了特定时间段后必须关闭，这就可以解脱使用者察看时间的程时间使用，过了特定时间段后必须关闭，这就可以解脱使用者察看时间的责任。尽管在一些设备上也可以用其它方法关闭，所述系统的上述附加优点，能使多个系统结合在一起。If it is not possible to program the device in use using the system described above, such as a suitable computer, television, digital camera or portable phone, a programming "key" can be used instead, including static data, such as touch keys, swipes, USB cables, etc. . The stated advantage of this technique is that it enables an employer or parent to program the "key" with corresponding data, including hours of operation, if required for operable performance. In this preferred example, data downloaded to the device cannot be changed unless the user has initial or programming rights. This is the advantage of the present invention. When using equipment, for example, the machine is used according to the programmed time and must be closed after a certain period of time, which can relieve the user from checking the time. , which relieves the user of the responsibility to check the time. The above-mentioned additional advantages of the described system enable multiple systems to be combined, although other methods of shutdown may also be used on some devices.

当把该锁具用于计算机上时，可以直接连接到电源上或在芯片、硬盘驱动器或其它存储/记忆装置内编程；这种性能可以让商人出售计算机使用时间，到时自动关闭，除非买了额外的使用时间。在家庭中使用，利用该锁具给电视机、手机、盒式录象机、便携摄录象机等设定时间或控制时间量，或控制特定的时间段，这些设备可以由没有进入密码、初始权或编程权的人使用。这样，这种计算机、盒式录象机、手机或电视机就只能在做功课时间过后，在特定的时间段期间内，操作一定长的时间。When the lock is used on a computer, it can be directly connected to a power source or programmed in a chip, hard drive or other storage/memory device; Additional usage time. Used at home, use the lock to set the time or control the amount of time for TVs, mobile phones, video cassette recorders, portable video recorders, etc., or control a specific period of time. rights or programming rights to use. Like this, this kind of computer, VCR, cell phone or TV just can only be operated for a certain length of time during a specific period of time after the homework time has passed.

虽然本发明所述的键盘界面能包括任何加锁设备，计算机加锁最好选择用键盘给设备编程。嵌埋在设备微芯片和/或硬盘驱动器中的程序使得能够通过键盘操作来设置，既可以是简单的时钟设置，也可以设置所述的复杂功能。作为一种选择，能够把直接编码钥匙结合到键盘上，能够自动地进入程序，允许设备作业、设置变化等。尽管计算机加锁程序是已有技术了，但它们只是没有其它方式，不得以而完全把计算机锁死不能用了。所述锁具允许按预定时间段进入计算机，即可以是任意时间也可以是计划的特定时间段。可选择由用户决定的可编入程序的“延续”量能够编程到本控制系统中，允许使用者延续一定时间量来操作设备而不发生中断。为了避免无限制地将延续变为连续，设备的初始用户或制造商，能够在特定时间段内编制最大延续量的程序。举例说明，本锁具系列能够将计算机设置为在一特定时间开启，使用过了特定时间段，其后计算机使不能使用了，直到设定下一个预编程序的作业时间。这样，家长便能够把对计算机的计划或其它电子装置或设备编程之后离开家。那么这些设备就将在晚6-10点作业，到定时之后随便哪个都不工作了，直到次日晚6点，或按初始用户设定的其它程序作业。初始用户输入的时间限期需要用初始用户密码设置程序，以防止无授权地更改这个程序。Although the keypad interface described in the present invention can include any locking device, computer locking is preferably the option of programming the device with a keypad. A program embedded in the device's microchip and/or hard drive enables settings via keystrokes, from simple clock settings to the complex functions described. As an option, a direct coded key can be incorporated into the keypad, enabling automatic entry into programs, allowing equipment operation, setting changes, etc. Although the computer locking program is a prior art, they just have no other way to completely lock the computer and make it unusable. The lock allows access to the computer for a predetermined time period, which can be any time or a planned specific time period. A selectable, user-determined programmable amount of "continuation" can be programmed into the present control system, allowing the user to operate the device for an extended amount of time without interruption. To avoid turning continuations into serials indefinitely, the original user or manufacturer of the device can program a maximum amount of continuations within a specified time period. For example, this series of locks can set the computer to be turned on at a specific time, and after a specific period of time has passed, the computer cannot be used until the next pre-programmed operating time is set. In this way, the parent is able to program the computer or other electronic device or equipment and then leave the house. Then these devices will work at 6-10 o'clock in the evening, and no one will work at all after the timing, until 6 o'clock in the evening the next day, or operate by other programs set by the initial user. The time limit entered by the initial user is required to set up the program with the initial user password to prevent unauthorized changes to the program.

本发明所述锁具的可编程性能之一是部分作业。下面针对便携电话(手机)进行详细说明。利用这一特性，用户能对电子设备限定部分使用，例如，对上网入口、即时信息、电子邮件、环球网站或典型网站，限定锁闭时间段。这样可以防止孩子在特定时间段之外上网。或者设计成只能按限定的时间进入计算机程序，而这个计算机程序又只能在初始用户编程基础上，限定计算机使用方式。此外，副用户识别码也能用于允许单独进入一个电子设备。本锁具的优点是对孩子按不同年令限制，对较大孩子允许进入程序，挂长途电话等，而不允许较小孩子进入。One of the programmable features of the lock of the present invention is partial operation. Next, the mobile phone (mobile phone) will be described in detail. With this feature, the user can limit the use of electronic equipment, for example, for Internet portals, instant messaging, e-mail, web sites or typical websites, for a limited period of time. This prevents children from going online outside of certain hours. Or designed to be accessible only for a limited time to a computer program that restricts the way the computer can be used only on the basis of the initial user programming. In addition, the secondary user ID can also be used to allow individual access to an electronic device. The advantage of the lockset is that the children are restricted according to different ages, and the older children are allowed to enter the program, make long-distance calls, etc., while the younger children are not allowed to enter.

所述锁具还有可用于租用设备上的优点，例如，发电机、压缩机、盒式录象机等，可以给出租设备编制特定的时间段程序，用过了这个点以后便自动不工作。盗窃者不会对这种出租设备感兴趣，从而降低了其安全风险和可利用性。由于防止非法使用，特别是将本锁具与较大设备配合使用，势必会减少保险的风险率。Described lockset also has the advantage that can be used on the rental equipment, for example, generator, compressor, video cassette recorder etc., can make specific time period program to rental equipment, after using this point, just do not work automatically. Thieves would not be interested in this rental device, reducing its security risk and availability. Due to the prevention of illegal use, especially the use of this lockset in conjunction with larger equipment, the risk rate of insurance will certainly be reduced.

电子设备，例如电视机、录象机等，包括红外遥控器，可以用遥控器操纵该定时工作装置。一旦启动了的程序显示在屏幕上，就可以用现有的或专门的键设置关闭开关、用户使用时间段或延长时间段等。这样，在一个控制器上外加价钱不贵的附件就会使用户感到更便利。再者，还可以把控制器本身用于设置时间，而不必把程序设置显示到屏幕上。Electronic equipment, such as television sets, video recorders, etc., includes an infrared remote controller, and the timing work device can be manipulated by the remote controller. Once the activated program is displayed on the screen, an off switch, user time period or extended time period etc. can be set using existing or special keys. In this way, adding an inexpensive accessory to a controller will make the user feel more convenient. Furthermore, the controller itself can be used to set the time without having to program the settings to the screen.

应该指出，上述的模拟设备、钥匙扫描器、红外应用触摸钥匙或虹膜识别等技术在特定示例中的应用，但并不限制于此例。上述锁具的各例均能够与电了设备、存储器等相关的其它例子配合使用。It should be pointed out that the above-mentioned technologies such as analog devices, key scanners, infrared application touch keys or iris recognition are applied in specific examples, but are not limited to this example. Each example of the above-mentioned lock can be used in conjunction with other examples related to electrical equipment, memory, and the like.

可供选择使用，所述锁具系列要求初始设置用当前程序并且阶段更新。这种设置取决于所配置的例子，并且对所有部分都是显而易见的。例如图1、图2中所示的手电钻，只是要说明用于机械类设备中限定用户时间，这只是个例子，并不意味着是对本发明的限定。为了简化此处对实例的描述，容纳电能的接受器在此处应认定为驱动件。图1中所示为可以使用的电动工具10，配置有数字键12用于锁闭机械。那么其它作业机械与本发明锁具配置也是本行业中显而易见的技能。Available as an option, the lockset family requires initial setup with the current program and phase updates. This setting depends on the instance being configured and is obvious for all parts. For example, the electric hand drill shown in Fig. 1 and Fig. 2 is only intended to illustrate that it is used in mechanical equipment to limit the user's time, which is just an example and does not mean to limit the present invention. In order to simplify the description of the examples here, the receptors containing the electrical energy shall be identified here as the drivers. Shown in FIG. 1 is apower tool 10 that can be used, provided with anumber key 12 for locking the mechanism. It is also an obvious skill in this industry to configure other work machines with the lockset of the present invention.

时间设定可以针对设备要使用的时间以便最终使用时间的任一方式设置。例如设置时间可以反复触碰一专用键，使预置增长跳到这个时间点上。另一种方式：可提供一个“进入”键，从而使开锁码进入，并且预置时间段随之进入。所有定时的锁具都应配有不易失存储器，以免设备中的电池用尽或取出时，所编程的指令丢失。尤其是要求经常完全充电的手提工具充电时，更易丢失内存。如果要求密码又答不出便不能作业了。The time setting can be set in any way for the time to be used by the device so as to end up using the time. For example, to set the time, you can repeatedly touch a special key to make the preset jump to this time point. Another way: an "enter" key can be provided, so that the unlock code is entered, and the preset time period is entered accordingly. All timed locks shall be equipped with non-volatile memory so that the programmed commands are not lost when the battery in the device is exhausted or removed. Especially when charging portable tools that require frequent full charging, it is more likely to lose memory. If you ask for a password and cannot answer it, you will not be able to work.

在一些要求密码操作的设备中，本发明锁具的使用便显示出优点来。一旦断电或发生在充电过程中的明显的电源变化，给本锁具控制系统编制的程序能消除存储器中保存的所有或者部分口令。如果给设备编制程序要消除主人的名字或消除操作密码，用户应与授权代理商联系，例如制造商或主管部门，重新编一个新密码或获得一个密码装置，如触摸钥匙。如果编程用以消除第二用户密码，那么主人或最初的用户则需要编制一个新密码。该设备将不能作业，直至输入一个可接纳的再进入指令序列。所使用的如果是非易失的存储器能使高级编程保留在本系统内，只是密码没有了。配置的芯片对锁码进行存储和给作业时间编程，进一步提供了监视其它工具各种功能的附加能力。例如，图1发光二极管14能显示剩余的作业时间，如果需要，包括指出当前工具的状态。这种状态显示可以包括，如：所使用气动工具的电池能量(正充电或不充电状态)，剩余压力、rpm以及钻头方向等。对可充电电池状态监视，这是最佳选择。由于许多可充电电池组并不是都需要完全充电，除非在再充电前已全部用尽。那么，电池监视装置可实现电池的最佳使用和管理。还应该注意到，一个液晶显示或发光地二极管也可以加在充电装置上，监视电池充电状态，作为对正在充电的该装置的双重检查。The use of the lockset of the present invention has shown advantages in devices requiring cryptographic operation. Once the power is cut off or there is a significant power change during the charging process, the program compiled for the lock control system can eliminate all or part of the passwords stored in the memory. If the device is programmed to remove the owner's name or to remove the operating code, the user should contact an authorized agent, such as the manufacturer or the competent authority, to program a new code or to obtain a code device, such as a touch key. If programming is used to eliminate the secondary user code, then the owner or original user will need to program a new code. The device will not operate until an acceptable re-entry sequence is entered. The use of non-volatile memory enables advanced programming to remain within the system, but the password is gone. The configured chip stores lock codes and programs operating times, further providing the additional ability to monitor various functions of other tools. For example, theLED 14 of FIG. 1 can display the remaining operating time, including indicating the current tool status, if desired. This status display may include, for example, the battery capacity (positive or non-charging status) of the air tool being used, remaining pressure, rpm, and drill direction, etc. This is the best choice for rechargeable battery status monitoring. Because many rechargeable battery packs do not all need to be fully charged unless they are fully used up before recharging. A battery monitoring device then enables optimal use and management of the battery. It should also be noted that a liquid crystal display or light emitting diode could also be added to the charging unit to monitor the battery charge status as a double check that the unit is being charged.

图2说明内部作业单元的一种设计。锁杆48支撑于壳体顶面42和壳体底面44之间。在使用中锁杆48拉回时，拉簧50可将电磁线圈触点56与线圈52置于物理性接触状态。一旦当锁杆48放松时，电磁线圈触点56便从与电磁线圈52接触状态脱离开。另外图中的46为锁杆接纳孔。电磁线圈52通过控制器80从电池108中(见图5)得电能，对此详细说明的例子见图3。此例的电器连接关系见图4。控制器80作为中央处理区，所有的输入、输出都通过控制器80。控制器80直接与被锁机械相连，如通过键盘线100与数字键盘12相连。电池线102和监视器导线104也馈入控制器80。一旦加锁装置，例如数字键盘12工作，所有电路连接并且电能就会通畅地进入驱动件，特别是电动工具10。该电路图中的布线不是临界的，临界标准在于锁具和控制器80之间的相互作用。手提工具10的内部结构，见图5，是传统式的空间设置，将控制器80置于手柄部位。在该示例中，各个连接线100、102和104可从图中看到，在被盗时，壳体能被打开，切断导线走旁路，绕开了控制器80。为了防止窃贼打开壳体，绕开控制器80，有几种不同设备配置了有安全锁键的壳体。在一配有锁具的实例(图8所示)中，用锁线导线156与控制器相连，这样无论用锁码、钥匙或其它类似方法都不能使工具作业。应将控制器80编程使锁具处于打开状态，例如，输入间隔码或将已存在码的最后数字搁置过了预置的时间段。选用间隔码的目的是限制非法进入壳体内。Figure 2 illustrates a design of an internal operating cell. The lockingbar 48 is supported between thehousing top surface 42 and thehousing bottom surface 44 . When the lockinglever 48 is pulled back in use, thetension spring 50 can place theelectromagnetic coil contact 56 in physical contact with thecoil 52 . Once the lockinglever 48 is released, thesolenoid contact 56 is disengaged from contact with thesolenoid 52 . In addition, 46 in the figure is a locking rod receiving hole. Theelectromagnetic coil 52 is powered by thecontroller 80 from the battery 108 (see FIG. 5 ), as shown in FIG. 3 for an example in detail. The electrical connections of this example are shown in Figure 4. Thecontroller 80 serves as a central processing area, and all inputs and outputs pass through thecontroller 80 . Thecontroller 80 is directly connected with the locked machine, for example, connected with thenumeric keypad 12 through thekeyboard cable 100 .Battery wire 102 and monitorwire 104 also feed intocontroller 80 . Once the locking device, such as thenumeric keypad 12 is activated, all electrical circuits are connected and power can flow unimpeded to the driver, particularly thepower tool 10 . The wiring in this circuit diagram is not critical, the critical criterion is the interaction between the lock and thecontroller 80 . The internal structure of theportable tool 10, as shown in FIG. 5, is a traditional space setting, and thecontroller 80 is placed on the handle. In this example, the respective connectingwires 100, 102 and 104 can be seen from the figure. When stolen, the casing can be opened, and the wires are cut off to bypass thecontroller 80. To prevent a thief from opening the case and bypassing thecontroller 80, several different devices are provided with a security keyed case. In an example (shown in FIG. 8 ) equipped with a lock, the lock wire conductor 156 is connected to the controller so that the tool cannot be operated with a lock code, key or other similar methods. Thecontroller 80 should be programmed to leave the lock open, for example, by entering an interval code or by leaving the last digit of an existing code on hold for a preset period of time. The purpose of selecting the spacer code is to limit illegal entry into the housing.

安全锁钥匙的另一例子：将电磁线圈126和导线122用环氧树脂固封在壳体内，即图6中的这个块128。导线122应埋入环氧树脂，这样就不可能为控制器124重新接线或设置旁路。还可以选用本行业已知的其它材料替代环氧树脂固封。为了方便放置树脂块128，从电机120中引出的导线122退出电机壳，将电机贴靠控制器124，这样摆放能尽量靠紧电磁线圈126。这种改进的放置可减小防护壳体的空间，从而降低材料和劳力成本。改进电池130的放置很难，要保证电池导线132在某种情况下不能被盖上。然而，将控制器124和电磁线圈126都固封在环氧树脂内，这种情况下切断电池导线132，不可能实现与电源的连接，也就没有价值了。Another example of a safety lock key: the electromagnetic coil 126 and the wire 122 are sealed in the housing with epoxy resin, that is, the block 128 in FIG. 6 . The wires 122 should be buried in epoxy so that rewiring or bypassing the controller 124 is impossible. Other materials known in the industry can also be used instead of epoxy resin embedding. In order to place the resin block 128 conveniently, the wire 122 drawn from the motor 120 exits the motor casing, and the motor is placed against the controller 124 so that it can be placed as close as possible to the electromagnetic coil 126 . This improved placement reduces the space of the shield housing, thereby reducing material and labor costs. Improving the placement of the battery 130 is difficult, ensuring that the battery leads 132 cannot be covered under certain conditions. However, the controller 124 and the electromagnetic coil 126 are all encapsulated in the epoxy resin. In this case, the battery lead 132 is cut off, and it is impossible to realize the connection with the power supply, so it is worthless.

图7所示为用于气动工具200的锁具，应指出它还可以用于丙烷、气油和柴油动力的工具和设备。控制单元202，如图7中所示，置于气动工具的手柄204内。正如图4(电池)和图8(气动工具)的电路示意图中所看到的，两者之间在布线上没有什么区别。正如图中展示的，触摸键的导线100通向控制器80，而电池导线102和电机导线104也同样连通控制器80。在气动工具中，或其它可拆除电源的设备中，触摸键的导线150和电磁线圈154导线馈入控制器152以及驱动件，电池和电机的连接线被删除了。在此要说明，上述气动工具中锁具也能方便地与电子设备组合。对设备编程能够用几种方法以及辅助方法，是该领域中显而易见的技术改进。Figure 7 shows a lock for an air poweredtool 200, it should be noted that it can also be used with propane, gas oil and diesel powered tools and equipment. Thecontrol unit 202, as shown in Figure 7, is housed within thehandle 204 of the air tool. As you can see in the circuit schematics of Figure 4 (battery) and Figure 8 (air tool), there is little difference in wiring between the two. As shown in the figure, thewire 100 of the touch key leads to thecontroller 80 , while thebattery wire 102 and themotor wire 104 also lead to thecontroller 80 . In an air tool, or other device where the power source is removed, the touch key wires 150 and solenoid coil 154 wires feeding the controller 152 as well as the drive, battery and motor connections are eliminated. It should be noted here that the lock in the above-mentioned pneumatic tool can also be conveniently combined with the electronic device. The ability to program a device in several ways, as well as auxiliary methods, is a clear technical improvement in this field.

充值卡是容易得到的，可以很容易与本锁具技术结合。可以用计算机或其它可应用的装置，如掌控或遥控器把新码改写入充值卡。例如，结合上述技术就能使一个计算机程序包含用于所有电子设备的编码。用户能够选择组合到各个设备上的功能并把它们写在卡上，然后用户仍可以用同一充值卡，为每个设备编程，并能使每个设备识别自己的密码，拒绝其它设备的编程。或者用小的硬盘驱动替代充值卡，例如，用在数字照相机中，也能够给各种电子装置编程。输入器件能够与所提供的编程装置兼容是本行业已知技术。可以用多种方法给设备输入数据，如用充值卡、i钮以及用计算机下载。The recharge card is easy to obtain and can be easily combined with the lock technology. The new code can be rewritten into the recharge card with a computer or other applicable devices, such as a controller or a remote controller. For example, combining the above techniques enables one computer program to contain the code for all electronic devices. The user can choose the functions combined on each device and write them on the card, and then the user can still use the same recharge card to program each device, and can make each device recognize its own password and reject the programming of other devices. Or replace the recharge card with a small hard disk drive, for example, used in digital cameras, which can also program various electronic devices. It is known in the art that the input device is compatible with the provided programming device. Various methods can be used to input data to the device, such as using a recharge card, an i button, and downloading with a computer.

图21所示流程为能使i钮或其它输入装置用于设置电子设备时的增加或减少输入时间量的例子，并且图22是实例2000的流程图。虽然正常使用能够改变设备上的作业时间，本发明方法还能改变其它参数，如距离。这种改变既可以通过贴近接触，如用i钮，或无线的，也可以通过红外线方式完成，能够使在输入装置中的编码与埋在控制系统中的编码相互接触。利用无线电技术，将接触区设计为一个信号接收器，用来接收输入装置中的信号。还可进一步将此部分所述方法用于钻具，这种方法能够用到本发明的各个示例中。The flow shown in FIG. 21 is an example of enabling an i-button or other input device to increase or decrease the amount of input time when setting up an electronic device, and FIG. 22 is a flow diagram of an example 2000. While normal use can change the time of work on the device, the method of the present invention can also change other parameters, such as distance. This change can be done either by close contact, as with the i button, or wirelessly, or by infrared, enabling the code in the input device to be in contact with the code embedded in the control system. Using radio technology, the contact area is designed as a signal receiver for receiving signals from the input device. The methods described in this section can further be applied to drilling tools, and such methods can be used in various examples of the present invention.

在一些应用中，用嵌入码控制与实际设备分开的器件内的上述功能，这是有优越性的。在一些例子中，控制系统须通过导线或无线器具与被控设备相互接触。还有，当把控制系统与被控设备分离，上述的液晶显示功能相类似，既能与控制系统、电器设备成一体，也可以是第三个器件。虽然与控制系统有关的，包括显示器以及电器设备都归为独立装置，可在某些情况下，如翻新改进，是做不到的。所述三件装置，包括埋入的编码控制系统、显示屏和电气设备，这种组合并不是本发明技术所推荐技术的最佳功能组合。In some applications, it may be advantageous to use embedded code to control the above functions in a device separate from the actual device. In some instances, the control system must communicate with the controlled equipment through wires or wireless means. In addition, when the control system is separated from the controlled equipment, the function of the above-mentioned liquid crystal display is similar, and it can be integrated with the control system and electrical equipment, or it can be a third device. Although everything related to the control system, including displays and electrical equipment, is classified as an independent device, in some cases, such as renovation and improvement, it cannot be done. The three devices, including the embedded coding control system, display screen and electrical equipment, are not the optimal functional combination of the technology recommended by the technology of the present invention.

在一些例子中，电源制造为可保留在设备上，如电视、可携式摄象机等，设备在作业状态2002，与输入装置的应用步骤分离。在其它设备上，例如一个钻具，一旦没有剩余时间，供电将终止。在其它的输入装置上，有指令码与受控设备或反复作用于设备上电源的控制装置相互作用。i钮包含有信号，作用于本发明系统的嵌入码，嵌入码与设备上的其它输入区或探头2004保持相邻。i钮和输入区之间的第一次接触与脱离由液晶显示屏显示出默认设置2006。存在两个默认设置-作业时间和下述本发明进一步给出的作业时间单位。如果处于单独接触状态，钻具将在一个默认的时间和默认单位内再次工作。如果默认设置的时间单位2008和作业时间2010都正确，该设备按编程使用3000。然而，如果用户想要改变作业时间2010，用户可将i钮^R与输入区2012保持接触，这样，可使作业时间增加。在本优选例中，在开始时，时间缓慢地增加，接着时间便迅速地增加2014。因为在高速变化的状态下，难于使增加的时间在确切的时间点上结束，用户可以在正增加的时间快接近所要求的时间时，取下i钮^R2018，停止这种改变2016，并且在检查接受时间并按当前编程3000使用设备之后，或者立即使i钮再次接触输入区2026。这将使正增加的时间反回到缓慢状态2028，而不是连续接触那样的持续快速状态。一旦达到所要求的时间，用户取下i钮，钻具按新的时间段作业。这并不能改变默认的时间，而默认还将保留，直到按下述所示方法在以后的再次作业3000时得到改正。In some instances, the power supply is manufactured to remain on the device, such as a television, camcorder, etc., and the device is in theoperating state 2002, separate from the application step of the input device. On other equipment, such as a drill, the power supply will be terminated once there is no time left. On other input devices, there are instruction codes to interact with the controlled equipment or control devices that repeatedly act on the power on the equipment. The i button contains signals that act on embedded codes of the system of the present invention that remain adjacent to other input fields orprobes 2004 on the device. The first contact and disengagement between the i button and the input area are displayed by the liquid crystal display as thedefault setting 2006. There are two default settings - Job Time and Job Time Units given further below in this invention. If left alone, the tool will work again for a default time and default units. If the default settings oftime unit 2008 andjob time 2010 are correct, the device is programmed to use 3000. However, if the user wants to change theworking time 2010, the user can keep the i button^R in contact with theinput area 2012, so that the working time can be increased. In this preferred example, at the beginning, the time increases slowly, and then the time increases 2014 rapidly. Because in the state of high-speed change, it is difficult to make the increasing time end at the exact time point, the user can remove thei button^R 2018 when the increasing time is approaching the required time, stop thischange 2016, and After checking the acceptance time and using the device according to the current programming 3000 or immediately the i button is brought into contact with theinput area 2026 again. This will reverse the increasing time back to theslow state 2028, rather than the continuous fast state like continuous contact. Once the required time is reached, the user takes off the i button, and the drilling tool works according to the new time period. This cannot change the default time, and the default will remain until it is corrected in the subsequent re-operation 3000 by the method shown below.

如果准确的作业时间是重要的，用户可以选择消除信号2024并且再次施加信号2026，让这种改变减速2002进入到缓慢状态。这样就在缓慢状态中获得准确时间。If accurate job times are important, the user may choose to removesignal 2024 and reapplysignal 2026 to let the change decelerate 2002 into a slow state. In this way accurate time is obtained in the slow state.

如果用户想要的时间是少于上述时间段，或者超过了所要求的新的再作业时间段2042，再次放上i钮2026作业于慢状态下2028。在缓慢阶段2028，信号被消除2030，不管系统是否已编程了去改变速度。接着把i钮再放回到接触区2032。这样使得计时器进入相反状态，如果以前是增加状态，就会减去时间，或者，如果是减少状态，则变为增加时间。减时间的过程在开始时缓慢，接着便象上述的那样提高倒退速度，或者保持匀速。如果用户越过了所要求的时间，反复上述动作，把i钮从接触区上取下再放回，倒退这种作业状态，并用此法增加时间。If the time that the user wants is less than the above-mentioned time period, or has exceeded the required newre-operation time period 2042, put thei button 2026 again to operate in theslow state 2028. During theslow phase 2028, the signal is removed 2030, regardless of whether the system has been programmed to change speed. Then put the i button back into thecontact area 2032 again. This puts the timer into the opposite state, subtracting the time if it was increasing, or increasing the time if it was decreasing. The process of decreasing time is slow at the beginning, and then increases the reverse speed as above, or maintains a constant speed. If the user has crossed the required time, repeat the above action, take off the i button from the contact area and put it back again, reverse this working state, and increase the time in this way.

如果获得了所要求的时间，用户能够把这默认时间2044在将来新的时间编程中反映出来。要实现这种效果，用户应按上述方法改变时间，把时间变更为所要求的新默认时间。一旦已到达了新的时间，用户可以按上述说明，把时间变更为所要求的新的默认时间。一旦到达了新的时间，用户应迅速给控制装置2046发信号，例如，按预定量的次数，每次为固定时间，把i钮从接触区上取下或放上。用这种方式重新编程默认时间。在本优选例中，可以有一些种类的信号，闪光、笛声等，提示用户默认已被变更。设备要求再作业3000的下段默认时间新进入的时间表。接触的次数必须打乱并重新建立，每次接触的时间必须是通常由制造商编程完成了的，虽然在某些例子中，用户可编程还是个优点。If the required time is obtained, the user can program thedefault time 2044 to reflect it in future new time programming. To achieve this effect, the user should change the time as described above, changing the time to the new default time requested. Once the new time has been reached, the user can change the time to the desired new default time as described above. Once the new time is reached, the user should quickly send a signal to thecontrol device 2046, for example, by a predetermined amount of times, each time for a fixed time, to remove or put the i button from the contact area. Reprogram the default time this way. In this preferred example, there may be some kinds of signals, such as flashing lights and flute sounds, to prompt the user that the default has been changed. The device requires a newly entered timetable for the next default time of job 3000. The number of touches must be disrupted and re-established, and the timing of each touch must be done normally programmed by the manufacturer, although in some instances user programmable is an advantage.

在i钮与接触区接触的这段时间内，或不接触时，就会收到时间间隔指示器的信号，如“H”，“D”或“M”，间歇闪烁。所示时间可从液晶显示屏上看到，是几小时、几天或分钟或其它时间单位2008。虽然在一些例子中，可以让用户变更时间单位，然而，通常是依照制造商确定的时间单位，有些情况下还要按所控设备的类型来决定。例如，和一般情况不同的铲车，作业时间都在一小时以内，但也可根据需要，把时间段增到一周。与此相反，把正在使用的设备放置较长时间段则是个缺陷，如X射线机和显微镜，制造商能把时间间隔加入秒的间隔单位并且禁止以天为单位的选择。要把默认的时间改变成另一单位，用户在取下i钮2052的同时，时间段可以从时间段显示屏上看到。系统会在显示屏上交替示出不同的时间单位2054，例如，小时、分钟、天。而当所要求的时间段由强光2056显示，用户要把i钮取下并再次接触已编程的接触区2058，这样就更改了默认。可是如果用户不选择更改默认设置，而只是用改变时间单位状态的方式把时间单位改成当前的，并没有把这时间编程为默认程序。这就会象这里所使用的，强光闪出的这个限期能用于任何方法区分出不同时间段。During the period when the i button is in contact with the contact area, or when it is not in contact, it will receive a signal from the time interval indicator, such as "H", "D" or "M", flashing intermittently. The time shown can be seen from the liquid crystal display, which is hours, days or minutes orother time units 2008 . Although in some instances it is possible to allow the user to change the time unit, however, this is usually determined by the manufacturer and, in some cases, by the type of device being controlled. For example, for forklifts that are different from the general situation, the working time is within one hour, but the time period can also be increased to one week according to needs. In contrast, it is a drawback to leave equipment in use for longer periods of time, such as X-ray machines and microscopes, where manufacturers can add intervals in seconds and disable the option in days. To change the default time to another unit, the time period can be viewed from the time period display while the user removes thei button 2052. The system will alternately showdifferent time units 2054 on the display screen, for example, hours, minutes, days. And when the required time period is displayed by the bright light 2056, the user will take off the i button and touch the programmedcontact area 2058 again, thus changing the default. However, if the user does not choose to change the default setting, but only changes the time unit to the current one by changing the state of the time unit, this time is not programmed as the default program. This would be as used here, and the period of the flashing light can be used in any way to distinguish different time periods.

在某些例子中，本发明锁具系统包含这样的程序，能让默认设置改变为一种暂时的、用户确定的时间。要完成这种变更，可以用不同的方式，可以移开接触，以提示该系统，这种变更是暂时的变更。系统接受了这一信息便能在显示屏上显示出暂时屏面，以供选择要进行作业的暂时默认的时间段长度。换种方式，对于时间单位的暂时改变，“暂时”字样指示将出现在显示屏上，可以让用户设定纠正偏差的暂时时间单位。In some instances, the lock system of the present invention includes programming that enables the default setting to be changed to a temporary, user-determined time. This change can be accomplished in different ways, the contact can be removed to indicate to the system that the change is a temporary change. When the system accepts this information, it can display a temporary screen on the display screen for selecting the temporary default time period length of the operation. In another way, for the temporary change of the time unit, the word "temporary" will appear on the display screen, allowing the user to set the temporary time unit for correcting the deviation.

如果i钮丢失，或其它输入装置丢失，或用户需要多个钮，用户必须能方便地获得为与之工作的每个设备准备的额外复制钮。要保证用户的需求，制造商或第三方，保存与每个设备相关的i钮或微芯片编程的数据库，根据局部计算机安装的接口软件能与本中心系统接触并下载i钮软件。If the i button is missing, or other input means is missing, or the user needs more than one button, the user must have easy access to additional duplicate buttons for each device they work with. To ensure the user's needs, the manufacturer or a third party, save the i-button or microchip programming database related to each device, and the interface software installed on the local computer can contact the central system and download the i-button software.

在这种示例中，用户受益于用同一i钮为设备编制多个程序，这种接口软件更适合提供一种选择以便“叠加”或下载多个编码到同一个i钮存储器内。虽然在本优选例中用叠加，也可以使用实现设备的多复制件存入同一输入装置的其它方法。In such instances where the user benefits from using the same button to program multiple devices, the interface software is more suitable to provide an option to "stack" or download multiple codes into the same button memory. Although superposition is used in the preferred embodiment, other methods of effecting multiple copies of a device to be stored on the same input device may be used.

尽管零售商一般使用这个接口软件，各个用户也能利用这个接口，在同一个i钮的控制下，放置电子设备的多个存储件。然而，为了安全目的，最好当一个用户使用这个接口时，只有已登记的设备序列号才能通过接口进入。Although retailers typically use this interface software, individual users can also utilize this interface to place multiple storage elements of an electronic device under the control of the same i button. However, for security purposes, preferably when a user is using this interface, only registered device serial numbers can be accessed through the interface.

应该指出，尽管上述图解和说明所示定时开始时缓慢并提速，实际上定时能够保持同一速度，既可慢也能快，或者减速。另外，增加时间状态和减少时间状态时都能变换不同速度。虽然上述例子所述选择i钮，也可以用上述的其它可实用的输入装置设置时间。例如，键盘可使用数字进行同一目的、增加或减少，将某些数字键保持压下一定时间，可进行不同的应用或更改。另一个应用技术的例子是触摸钥匙和虹膜技术，能够容易地用类似于i钮技术的这些相似的命令操作该设备。It should be noted that although the above illustrations and descriptions show the timing starting slowly and increasing in speed, in practice the timing can maintain the same speed, be slow and fast, or slow down. In addition, different speeds can be changed when increasing the time state and decreasing the time state. Although the i button is selected in the above examples, the time can also be set using other available input devices as described above. For example, a keypad can use numbers for the same purpose, increment or decrement, and hold certain number keys down for a certain amount of time for a different application or change. Another example of applied technology is touch key and iris technology, which can easily operate the device with these similar commands as i button technology.

还应该注意到不同类型的设备要求也不同。例如，虽然上述技术严格地使用是针对工具，它不一定适合于家庭用户，但也可以应用于一个建筑工地。然而，家庭用户可以从上述锁具技术中得益于用简单的输入装置控制操纵电视、电动工具、便携电话或其它可适用的电子设备。任何增加的命令，如编程和非编程进入码等，如本发明所述例子中展示的，能够结合进i钮装置，并且上述其它例子中给出的编程方法也能与i钮配合。It should also be noted that different types of equipment have different requirements. For example, while the technique described above is strictly for use with tools, it is not necessarily suitable for a home user, but could also be applied to a construction site. However, a home user can benefit from the lock technology described above by operating a television, power tool, cellular phone, or other applicable electronic device with simple input device controls. Any additional commands, such as programming and non-programming entry codes, etc., can be incorporated into the i-button device as shown in the examples described in the present invention, and the programming methods given in the other examples above can also be used with the i-button.

图9所示为与计算机、盒式录象机、电视机等结合的电子锁具。从图9中能够看到，本防盗装置的基本功能与用于电池作业的或气动、电动工具或其它设备的锁具是相同的。如电路图中给出的，触摸键导线302馈入控制器304。然而，在该实例中，电源导线306是通过寄存延时导线308连接到控制器304上。电路图10给出电子件配置的例子，从图9中也可看到，用模拟连线350把模拟功能件组合到本锁具中。Figure 9 shows an electronic lock combined with a computer, video cassette recorder, television, etc. It can be seen from FIG. 9 that the basic function of the anti-theft device is the same as that of a lock for battery-operated or pneumatic, electric tools or other equipment. Touch key wires 302 feed into controller 304 as shown in the circuit diagram. However, in this example, the power supply conductor 306 is connected to the controller 304 through a registered delay conductor 308 . The circuit diagram 10 gives an example of the configuration of the electronic parts. It can also be seen from FIG. 9 that the analog function parts are combined into the lockset with the analog connection line 350 .

如上述提到过的，手机是小型的，高价值、易被盗、难防护器件，大多数人把他们的手机始终打开，以至于执行开、关作业的锁具起不到防贼作用；因为被盗时这手机几乎是开着的小偷也会把它保持着开的状态。而与本发明锁具结合，小偷也会知道在预置时间段内没法关闭而让手机停下来，可是等到预置时间段消失，这手机也就没有用了。使用本发明锁具系统，用户能够给手机编程，在预置期时间终止时，手机将永久关闭或在当前时间关闭。例如，本发明方法能够让用户告诉锁具应在晚上9点关闭手机，或者从编程时间起，计时器达三个小时即关闭。一旦关闭，该锁具将要求再次输入密码。所述锁具系统还能使用户进一步把手机设置为在预置时间段之后关闭，并且在这个时间段结束时能自动再次作业。这种能够预置一个时间段使手机关闭之后又能自动再工作一个预置时间段的能力取决于用户的编程。这种功能有利于那些出席会议、看电影或参加其实活动要求关闭手机的人们。由于插页能够自动再作业，用户不必担心手机被倒拨。在本优选例中，作为一个可选择的标准进入/输出性能，还能将手机设置为在一个用户预置编程的时间段期间，接收或挂出电话。这样，如果手机被借出去了，而手机主人不想让自己的电话被其它人接听，可以给手机设置所有手机主人电话转发到语音信箱或其它转发的电话寄存处，而同时还允许持有手机的人向外挂电话。在相反情形下，持有手机的人能接电话，但不能向外挂电话。As mentioned above, mobile phones are small, high-value, easily stolen, and difficult to protect devices. Most people keep their mobile phones open all the time, so that the locks that perform opening and closing operations cannot prevent thieves; because A thief who had the phone almost on when it was stolen will leave it on. And combine with lockset of the present invention, thief also can know that can't close in preset time period and let mobile phone stop, but wait until preset time period disappears, and this mobile phone is also just useless. Using the lock system of the present invention, the user is able to program the cell phone to shut off permanently or at the current time when the preset period of time expires. For example, the inventive method could allow the user to tell the lock that the phone should be turned off at 9:00 pm, or by a timer three hours from the programmed time. Once closed, the lock will require the combination to be entered again. The lock system can further enable the user to set the phone to turn off after a preset time period, and to automatically work again at the end of this time period. This ability to preset a period of time so that the cell phone can automatically work for a preset period of time after it is turned off depends on user programming. This feature is beneficial for those who attend a meeting, watch a movie, or participate in an actual event that requires turning off the phone. Since the interleaving can be reworked automatically, the user does not have to worry about the phone being reversed. In this preferred embodiment, as an optional standard in/out feature, the handset can also be set to receive or hang up calls during a user pre-programmed time period. In this way, if the mobile phone is lent out, and the owner of the mobile phone does not want his call to be answered by others, he can set the mobile phone to forward all the calls of the mobile phone owner to voice mail or other forwarded phone depositories, and at the same time allow the owner of the mobile phone to The person hangs up the phone. In the opposite situation, the person holding the mobile phone can answer the call, but cannot hang up the call.

应该注意到，为了最大的安全保障，本发明所示的方法能用密码给手机或其它设备的永久存储器，如硬件、微芯片等编程，而且并不仅限于任何暂时的软件、电话卡或其它可移动系统。It should be noted that, for maximum security, the method shown in the present invention enables the cryptographic programming of permanent memory such as hardware, microchips, etc. of a cell phone or other device, and is not limited to any temporary software, calling card or other removable system.

一种延时的工作/不工作功能也能够编程放入任何设备内，使设备在特定时间内工作或不工作，或一定时间后消失。这样，本锁具在应用中，如用在工地的电动工具上，工头可以把工具设程序为在三十分钟内工作，并设增加8小时保持作业。A time-delayed on/off function can also be programmed into any device to make the device work or not work for a certain amount of time, or disappear after a certain amount of time. Like this, this lockset is in application, as being used on the power tool of construction site, and the foreman can program the tool to work within 30 minutes, and establish and increase 8 hours to keep working.

在任何电子设备中，能够用各种方法设备命令。在有内置屏幕的设备上，如数码相机或手机，屏幕用于监视存在的设置并编程新的设置。在没有屏幕设备中，外围二极管显示器、音响作业或以往的设备与使用者之间通讯。在制造时把现有的指令或程序钮用于给设备编程或把附加钮结合进本发明的设计中。另外，远程的、远红外的、兰牙、因特网、电话、手机或其它有线或无线的设备都能用作编程工具。In any electronic device, device commands can be made in various ways. On devices with a built-in screen, such as a digital camera or cell phone, the screen is used to monitor existing settings and program new ones. In devices without screens, peripheral diode displays, audio operations or communication between devices and users in the past. Existing command or program buttons are used to program the device at the time of manufacture or additional buttons are incorporated into the design of the present invention. In addition, remote, infrared, Bluetooth, Internet, telephone, cell phone or other wired or wireless devices can be used as programming tools.

图11中所示为给手机编程，为让用户模仿给出的指令序列的示例。一旦设备启动了作业600，锁具系统要询问该用户是否愿意让编程状态602作业，或者，如果没有做过变更，则进入使用状态603。Figure 11 shows an example of the sequence of instructions given to the user to mimic the programming of a mobile phone. Once the device has startedoperation 600, the lock system will ask the user if he would like to let the programming state 602 work, or, if no changes have been made, enter theuse state 603.

使用状态status of use

如果用户选择只是使用系统603或701，它们直接进入个人密码605或703，并且该系统返回到前一程序或者按制造商设置的时间段进行标准作业。如果用户选择更改以前的程序或者按制造商设备的时间段进行标准作业。如果用户选择更改以前的程序，那么用户或是改变主意或者做了默认选择，显示出“否”，编程性能保持当前状态设置状态，并能提供程序状态供选择。应该指出，如果用户直接关闭了锁具系统，那么本发明所示的安全性就要被否认。在本优选例中，制造商设备一个默认最大时间量，手机能够连续作业，在此期间之后自动关闭。这个最大作业期间，可推荐不仅用于手机，也适用于使用本发明锁具的所有设备。用户能够使用各自的密码，既可以是单独使用，也可以多个使用，根据标准编程设置这个最大时间段。If the user chooses to just use thesystem 603 or 701, they enter directly into thepersonal code 605 or 703 and the system returns to the previous program or to standard operation for the time period set by the manufacturer. If the user chooses to change the previous program or do standard work by the time period of the manufacturer's equipment. If the user chooses to change the previous program, the user either changes his mind or makes a default choice, and "No" is displayed, and the programming performance maintains the current state setting state, and the state of the program can be provided for selection. It should be pointed out that if the user directly closes the lock system, the security shown by the present invention will be denied. In this preferred example, the manufacturer sets a default maximum amount of time that the phone can operate continuously, after which it automatically turns off. This maximum working period can be recommended not only for mobile phones, but also for all devices using the lock of the invention. Users can use their own passwords, either individually or in multiples, according to standard programming to set this maximum time period.

图13所示，是为重新设置本锁具系统加上的附加选择，能让用户使锁具803不作业或重新设置锁具。如果锁具系统处于不作业状态，用户输入他们的个人密码812，并选择他们是希望不工作的812不是重新设置814。如果选择了不工作的812，锁具系统进入落回操作810，再次混入供选择的最大作业时间限制。如果用户选择了重新设置814，那么锁具系统进入定时的作业指令序列816，系统连续跟随图11和图12所示箭头A1000和A1002，跟随指令序列直至设置出现。应注意到箭头A1004作为从选择的“否”落回的标识，在可编程选择的末端。Shown in Figure 13 is an additional option for resetting the lock system that allows the user to disable the lock 803 or reset the lock. If the lock system is inactive, the user enters their personal code 812 and selects whether they wish to be inactive 812 rather than reset 814 . If inactive 812 is selected, the lock system enters drop-back operation 810, again mixing in the maximum operating time limit for selection. If the user selects reset 814, the lock system enters a timed job sequence 816 where the system continues to follow arrows A1000 and A1002 shown in Figures 11 and 12, following the sequence until setup occurs. Note that arrow A 1004 is at the end of the programmable selection as an indication of the fallback from the selection "No".

应注意到这里所使用的落回期间既可以与制造商的默认设置有关，也可以与最近的编程有关。落回选择由用户在设置时间时，在初始编程中设定。编程状态It should be noted that the fallback period used here can relate to either the manufacturer's default settings or the most recent programming. The fallback selection is set by the user during initial programming when setting the time. programming status

如图11、图12中所示，如果用户对程序状态602，或作业、锁具系统答复“是”，系统就要提问，是用户吗？是想要编程吗？并要求出示个人密码604。如果密码正确，锁具系统则进入编程选择706或是进入落回操作610，经过最大作业时间段后再次重复上述过程。这个过程允许以前设置的仪表重复直到变更为编程中所要求的，或是工厂设置的默认状态进入。如果用户答复“是”，锁具系统要求个人密码进入604，并且，如果密码不正确，同时出现几种状态供选择。这些状态能滚动浏览，或视屏幕规格，所有显示有箭头键供选择用。应指出本发明中所讨论的指令序列是针对图示，不应以任何方式限制本发明，并且不同的序列、变换作业等，都可结合本锁具。As shown in Fig. 11 and Fig. 12, if the user answers "Yes" to the program status 602, or the operation and the lock system, the system will ask, is it the user? Want to program? And ask to show personal code 604. If the password is correct, the lock system then enters the programming selection 706 or enters the drop-back operation 610, and repeats the above-mentioned process again after the maximum operating time period. This process allows the instrument to be previously set to repeat until the change is required in programming, or a factory-set default state is entered. If the user answers "yes", the lock system requires the personal code to enter 604, and, if the code is incorrect, several states appear simultaneously for selection. These states can be scrolled through, or depending on the size of the screen, all displayed with arrow keys for selection. It should be noted that the command sequences discussed in the present invention are for illustration and should not limit the invention in any way, and that different sequences, transformation operations, etc., can be combined with the lock.

时钟作业状态614，使用用户能够根据时钟设置636或分钟数640，关闭被控设备的作业。在本例中选定了时钟设置636，用户接着输入一天的时间，设备呈现关闭状态642。还可以选择占主导的预先设定的最大作业时间段，随后的用户作业码就能要求手机再作业。选择了“否”的反应是作业进入休眠状态620，如果通过该阶段，能让用户设置起始时间644和终止时间646，在此期间设备不能工作。再次的“否”可绕过休眠状态620到达延时开始状态626，这时用户能在进入时间之后设置起始的开始时间648，终止时间650与休眠状态终止时间646相似。部分作业状态634能使用户区分打出电话功能652与接听电话654。当选择了打电话功能652，用户输入了开始时间656和终止时间658，在此期间电话能够打出。接听电话654也允许输入开始时间660和结束时间662。在本例中，用户选择了无指令，锁具系统返回到“操作锁具系统”状态604。Clock job status 614 , the user can close the job of the controlled device according to the clock setting 636 or the number ofminutes 640 . A clock setting is selected 636 in this example, the user then enters the time of day, and the device assumes anoff state 642 . It is also possible to select a dominant pre-set maximum operating time period, and the subsequent user operation code can require the mobile phone to operate again. A response of selecting "No" is that the job goes tosleep 620, which, if passed, enables the user to set astart time 644 and anend time 646 during which the device cannot function. "No" again bypasses thesleep state 620 to the delayedstart state 626 where the user can set aninitial start time 648 after the entry time and anend time 650 similar to the sleepstate end time 646 . Thepartial job status 634 enables the user to distinguish between anoutgoing call function 652 and a receivedcall 654 . When thecall function 652 is selected, the user enters astart time 656 and anend time 658 during which calls can be made. Answering acall 654 also allows for astart time 660 and anend time 662 to be entered. In this example, the user has selected no command and the lock system returns to the "Operating Lock System" state 604 .

视最终成本而定，本锁具能够编程接纳多种不同命令，例如休眠状态620，在此状态下从开始时间644到终止时间646都不作业，还有定时的作业614，在此期间，本系统在晚8:00进入关闭状态638。Depending on the final cost, the lock can be programmed to accept a variety of different commands, such as asleep state 620, in which no work is performed from astart time 644 to anend time 646, and a timed job 614, during which the system Entered closedstate 638 at 8:00 PM.

交替地按“是”和“否”键，用户能浏览滚动的选择屏，按下输入钮或相应件，进行选择。By alternately pressing the "Yes" and "No" keys, the user can navigate through the scrolling selection screens, press the enter button or corresponding element, and make a selection.

延续时间Duration

本锁具能够提供一个延续时间性能822，见图13，应该指出，虽然本发明所示的锁具能够提供该功能，但不能允许无休止地延续时间，以至于降低安全性。在该例中，用户操作该锁具802，选择让锁具作业或再设置803，并输入个人密码812，出现了延续时间性能822。在延续时间性能822中，用户能够延长当前编程的时间，与此相同，也可以减少原程序时间段。要延长的时间量由制造商确定，不能被用户变更。例如，手机既能够按预置程序最大作业时间段满而关闭，也能够在预置延续时间性能822的过后而关闭。另外，混合有初始的和第二用户进入码的锁具系统，可以使用初始用户码修改延续时间段。The lock can provide a continuation time performance 822, see Fig. 13, it should be pointed out that although the lock shown in the present invention can provide this function, it cannot allow endless continuation of time, so as to reduce safety. In this example, the user operates the lock 802, chooses to let the lock work or reset 803, and enters a personal code 812, and a continuation time feature 822 appears. In the continuation time feature 822, the user can extend the time of the current program, and similarly, reduce the time period of the original program. The amount of time to extend is determined by the manufacturer and cannot be changed by the user. For example, the mobile phone can be turned off according to the maximum operating time period of the preset program, and can also be turned off after the preset duration performance 822 has elapsed. Additionally, lock systems that have a mix of primary and secondary user access codes can use the primary user code to modify the extended period of time.

图12所示，不是其象前图中出现的输入特定的起始时间，而是输入了默认时间。一旦用户操作该设备700，消极响应使锁闭系统702作业，再输入个人密码704，已定时的作业状态704出现。根据消极选择的已定时作业状态706，显示出默认的开始时间708，给用户机会，用分钟712或小时714增加710或减少718的时间。应该指出只限本例中使用分钟和小时，时间单位是由制造商选定的，可以是天、周或任何增量。默认的终止时间716也用相同方式修正。图12中所给出的各个状态提供的是默认时间选择，但是要提示的是在该图中的默认状态也出现在相关的说明计时器设置状态的图11中。换句话说，可供用户选择默认设置或是重新设置计时器。As shown in Figure 12, instead of entering a specific start time as it appears in the previous figure, a default time is entered. Once the user operates the device 700, the passive response causes the locking system 702 to operate, then enters the personal code 704, and the timed operating status 704 appears. Depending on the timed job status 706 selected negatively, a default start time 708 is displayed, giving the user the opportunity to increase 710 or decrease 718 the time by minutes 712 or hours 714 . It should be noted that minutes and hours are used only in this example, the time unit is chosen by the manufacturer and can be days, weeks or any increment. The default end time 716 is also modified in the same way. The states shown in Figure 12 provide default time selections, but it should be noted that the default states in this figure also appear in the associated Figure 11 illustrating the timer setting state. In other words, it is possible for the user to select a default setting or reset the timer.

图13所示，只是一种操作方式，可以更多地应用到照相机、电视机、计算机或其它设备。不论赠送或接纳，都不能有两种方式的操作。同属此类的还有手机或盒式录象机的录入和播放。要说明的是图13中所示该系统也与图12中解释的使用方式相同。As shown in FIG. 13 , it is just an operation mode, which can be more applied to cameras, televisions, computers or other devices. Regardless of giving or receiving, there cannot be two ways of operation. The same category also includes the recording and playback of mobile phones or video cassette recorders. It is to be noted that the system shown in FIG. 13 is also used in the same manner as explained in FIG. 12 .

图14所示的例子，用户能够编程设计一个或多个特定事件和它们的作业时间。如这里所使用的事件包括计算机程序、电视播放、广播电台或其它电子设备收听或收视的特定事件。例如，在晚7:00到就寝期间，控制能被收看的电视选台，对一个12岁的孩子来说，只能看特定的节目，到了就寝时间电视机就不再接收了。要实现这些设置，初始用户操作锁具900，被询问是要编程934还是要选浏览932；进入编程934，被询问初始用户是否愿意让锁具系统作业902或不让该系统作业903。如上述例子中所示，如果初始用户决定不让该系统作业，要求输入个人密码904，并且锁具进入落回操作910，随着最大运转期间或预置编程时间过后，再次重现上述状态。如果初始用户希望进入编程操作914，随后进入了起始时间940、终止时间942、用户码946和程序码952状态。这说明该系统的起始时间是在第二位，或无编程，用户查看第二位的用户码946可以看到程序进入到程序码952状态而同时其它程序已锁闭。利用编程，能输入多个用户码946或者能在菜单上查看。一旦程序码952输入，用户能够反复948进行给事件编程914或者终止编程950。当返回到事件编程914时，用户又能够为另一事件编程或继续锁具上包含的另一状态，如图13所示。还有，下一步状态954可以直接从编程码952被访问。如果用户想浏览932，输入用户码930，锁具系统允许查看预编程事件。这种系统主要用在电视机和计算机，以及本技术中显而易见的其它应用。In the example shown in Figure 14, the user can program one or more specific events and their operating times. An event as used herein includes a particular event of a computer program, television broadcast, radio station or other electronic device listening or viewing. For example, between 7:00 p.m. and bedtime, controlling the selection of TV channels that can be watched, for a 12-year-old child, only specific programs can be watched, and the TV is no longer received at bedtime. To realize these settings, the initial user operates thelockset 900 and is asked whether to program 934 or browse 932; As shown in the above example, if the initial user decides not to let the system operate, a personal code is required 904 and the lock enters adropback operation 910, which is reproduced again as the maximum run period or pre-programmed time elapses. If the initial user wishes to enterprogramming operation 914, then thestart time 940,end time 942,user code 946 andprogram code 952 states are entered. This illustrates that the starting time of the system is at the second position, or without programming, the user checks theuser code 946 at the second position and can see that the program enters theprogram code 952 state while other programs are locked. Using programming,multiple user codes 946 can be entered or viewed on a menu. Once theprogram code 952 is entered, the user can iterate 948 to program theevent 914 or terminate theprogramming 950 . When returning toevent programming 914, the user can again program another event or continue another state contained on the lock, as shown in FIG. 13 . Also, thenext step state 954 can be accessed directly from theprogramming code 952. If the user wants to browse 932, enter theuser code 930, and the lock system allows viewing of pre-programmed events. Such systems are used primarily in televisions and computers, among other applications apparent in the art.

因为许多家庭有一个以上的电视机、录象机等要求编程，操作者程序能够放入一个设备内，再利用兰牙技术或其它无线或有线技术，对一个或多个其它设备传输这些指令码，这样家长就能在传输范围内设置他们的计算机，并给所有其它设备编程。Because many households have more than one television, VCR, etc. that require programming, the operator can program one device and then transmit these instruction codes to one or more other devices using Bluetooth technology or other wireless or wired technology , so parents can set up their computers and program all other devices within transmission range.

图15是初始用户或第二用户锁具系统流程图。该系统可组合进任何电子系统，例如手机、电视机、盒式录象机、计算机、照相机。用户操作锁具1000，输入用户码1002。在本优选例中，一旦锁具1000作业，给出瞬间反应，可视的或音响的，为用户提示输入用户码或在预置时间段内，设备将关闭。所显示的住处或警告的时间长度，根据设备类型而不相同，并且通常由制造商设备，尽管也提供了用户设置的部分。一个“要求进入”信息或指令也能够出现在启动或程序改变之前或关闭时，要求用户输入密码，在预编程时间段内，能够使设备保持当前状态或由开关转换为不同状态。在预置时间段之前输入密码使设备继续运行。由于该锁具系统最初由初始和第二用户码编程的，这个系统应能识别这些用户的密码。如果输入的是第二用户密码1004，系统核验有效作业时间1006，如果这段时间是有效的1008，进行到操作设备1010。基于制造商设置的时间，要对锁具进行阶段性校验，在程序化的参数之内，作业仍可继续，时间仍是有效的1012。如果锁具系统内有效剩余时间1014，设备将继续作业1010。然而，一旦锁具系统检验不再有剩余的有效时间1016，锁具系统将报警1018并关闭1020。当然，报警显示是可选择的，取决于用户的习惯。报警可用闪烁方式，告知剩余的时间量，可让用户对剩余的时间采取措施。如果当锁具系统识别了第二用户密码1004并进行有效作业时间1006检验，发现不是有效时间1022，该系统将把设备关闭1024。Figure 15 is a flow diagram of the primary user or secondary user lock system. The system can be integrated into any electronic system, such as mobile phones, televisions, video cassette recorders, computers, cameras. The user operates the lock 1000 and inputs a user code 1002 . In this preferred example, once the lock 1000 is operational, given an instant response, visual or audible, prompting the user to enter a user code or within a preset period of time, the device will shut down. The duration of the displayed dwell or warning varies by device type and is usually set by the manufacturer, although a user-settable section is also provided. A "request to enter" message or command can also appear prior to a start-up or program change or at shutdown, requiring the user to enter a password, for a preprogrammed period of time, and can cause the device to remain in its current state or be switched to a different state by switching. Entering the passcode before the preset time period keeps the device running. Since the lock system is initially programmed with initial and secondary user codes, the system should be able to recognize these user codes. If the input is the second user password 1004 , the system checks the valid working time 1006 , and if the time is valid 1008 , proceed to operating the device 1010 . Based on the time set by the manufacturer, it is necessary to perform periodic verification of the lock, within the programmed parameters, the operation can still continue, and the time is still valid 1012 . If the time remaining in the lock system is valid 1014, the device will continue operation 1010. However, once the lock system verifies that there is no longer valid time remaining 1016, the lock system will alarm 1018 and shut down 1020. Of course, the alarm display is optional and depends on the user's habits. The alarm can be flashed to inform the remaining amount of time, allowing the user to take action on the remaining time. If when the lock system recognizes the second user password 1004 and carries out valid operation time 1006 inspection, it is found that it is not valid time 1022, and the system will close 1024 the device.

如果用户码是初始用户1030，他们被询问是否愿意操作本锁具系统1032或给系统编程1034。如果他们想操作锁具系统1032，本系统将检验看是否是有效的作业时间1036。如果有效1038，系统进入到操作设备1042，并继续核验时间1044。只要还剩余有效时间1046，系统将继续操作设备1042。一旦时间超限1048，发出报警1050并且设备关闭1052。如果依据最初检验的有效作业时间1036，系统发现这个时间不是有效的1054，设备将关闭1056。或者，初始用户码能够限制对有效时间的检验并进入到默认状态。如果用户选择到系统编程1034，系统如图16所示进行。还有，可将系统编程为用输入用户码的方式拒绝对时间的要求。If the user code is the original user 1030, they are asked if they would like to operate the lock system 1032 or program 1034 the system. If they want to operate the lock system 1032, the system will check to see if it is a valid operating time 1036. If valid 1038, the system proceeds to operating the device 1042 and continues to check the time 1044. The system will continue to operate the device 1042 as long as the valid time 1046 remains. Once the time limit is exceeded 1048, an alarm is issued 1050 and the device is shut down 1052. If the system finds that the time is not valid 1054 based on the initially checked valid operating time 1036, the device will shut down 1056. Alternatively, the initial user code can limit the verification of the valid time and enter the default state. If the user chooses to go to System Programming 1034, the system proceeds as shown in FIG. 16 . Also, the system can be programmed to deny time requests by entering a user code.

从图16中可见，从编程选择1030，初始用户输入了用户码允许进入到这步设置1050。一旦密码建立开始时间1052和终止时间1054即进入了程序。通道或编程1056即是这种输入，并且用户或者结束作业1060或是进行到下一步设置1058，反复此过程。As can be seen in Figure 16, from programming option 1030, the initial user enters a user code to allow access to this step of setup 1050. Once the password is established the start time 1052 and end time 1054 are entered into the program. Channel or programming 1056 is such an input, and the user either ends the job 1060 or proceeds to the next step of setup 1058, repeating the process.

图15所示即是这个程序，可以用于说明上述任一例子，而图16中所示主要针对电视机、计算机和收音机。对于本领域技术人员来讲，在通讯和编程中，提示器可看作是可应用设备的考虑，这是显而易见的。因此，只是表明可用电视机通讯或者显示出个名字而已，而计算机则可用作专门使用。This program is shown in Figure 15 and can be used to illustrate any of the above examples, while that shown in Figure 16 is mainly for televisions, computers and radios. It will be apparent to those skilled in the art that prompters can be considered as applicable device considerations in both communication and programming. Therefore, it only shows that the TV can communicate or display a name, and the computer can be used for special use.

给设备计时也可以用预先确定的装置进行测定，例如，轮子的转数、消耗的时间、活塞冲程等，见图18。这表明计时所采用的方式取决于应用，而不是时间段。在手机中，计时会用分钟的数量计算使用的过程，而汽车的使用反映出来的即可以是活塞冲程次数也可以是轮子的转数。Timing of the device can also be done with predetermined means, for example, number of revolutions of a wheel, elapsed time, piston stroke, etc., see Figure 18. This shows that the way the timing is done depends on the application, not the time period. In a mobile phone, the timing will use the number of minutes to calculate the process of use, while the use of a car can reflect the number of piston strokes or the number of revolutions of the wheels.

根据设备的活动1250，锁具能够按指令或增加单位的立即锁在当前时间1252。收到的任何增加单位1254都增加到剩余单位中1256。锁具系统要求以同样的方式输入用户码1258。如果密码是一个第二码1260，锁具系统检验剩余时间单位1262，并且，如果小于预置程序的最小单位1264，系统发出报警1280，并自动给提示件1282发信号。如果大于剩余的最小单位1266，设备还可以使用1268。锁具系统记录循环的起始1270，并从剩余单位中减去已循环的程序1272，用最小值对照检验1274并根据检验采取行动。如果该单位小于最小值1276，发出报警1280。如果大于最小值1278，系统继续转其余循环程序。一旦达到最小单位的当前数，该控制系统能发出信号或送信息给提示件1282。这个以分钟为单位的最小成员，由用户或制造商根据设备的类型和最终使用进行设置。建议把剩余单位1262显示在设备上，可以是连续地或间隔地显示。Depending on theactivity 1250 of the device, the lock can lock immediately at thecurrent time 1252 on command or in increments of units. Any additional units received 1254 are added 1256 to the remaining units. The lock system requiresuser code 1258 to be entered in the same manner. If the password is a second code 1260, the lock system checks the remaining time unit 1262, and if it is less than theminimum unit 1264 of the preset program, the system sends analarm 1280 and automatically sends a signal to thereminder 1282. If it is larger than the remaining minimum unit of 1266, the device can also use 1268. The lock system records the start of theloop 1270 and subtracts the looped program from the remainingunits 1272,checks 1274 against the minimum value and takes action based on the check. If the unit is less than the minimum value of 1276,alarm 1280 is issued. If it is greater than the minimum value of 1278, the system continues to go to the rest of the cycle program. The control system can send a signal or send a message to the prompt 1282 once the current number of units is reached. This minimum member, in minutes, is set by the user or manufacturer depending on the type and end use of the device. It is suggested to display the remaining units 1262 on the device, which may be displayed continuously or at intervals.

如果用户码1258是一个初始用户码1290，锁具系统提供选择编程1292或作业1294。作业状态1294，没有给图示，可以遵循不受约束的或这里展示的其它方式。编程状态1292要求可利用的单位数1296、重新填充的单位数1298以及提示数1300，这些在设备接近最小单位1276时会被访问。Ifuser code 1258 is aninitial user code 1290, the lock system offers to selectprogramming 1292 orjob 1294.Job status 1294, not shown, may follow unconstrained or otherwise presented herein. Theprogramming state 1292 requires the number of units available 1296 , the number of units refilled 1298 , and the number ofhints 1300 , which are accessed when the device approaches theminimum unit 1276 .

例如，十几岁用的随身听，家长想让孩子使用的最小单位数量为20个，给编程为100个单位或分钟。当孩子操作这个随身听时，家长要提示保留单位的数量，当器件作业达到这个最小单位时，将自动连接到所提示数量。这时由家长决定是否再填充作业分外数量或是让器件中的作业时间用尽。如果家长还想给填分钟数，他们既可以亲自操作也可以用遥控方式，按上述编程说明进行。For example, for a Walkman for teenagers, the minimum number of units that parents want their children to use is 20, and the program is 100 units or minutes. When the child operates the Walkman, the parent should remind the number of reserved units, and when the device operation reaches the minimum unit, it will automatically connect to the number prompted. At this point it is up to the parent to decide whether to refill the extra amount of homework or let the homework time in the device run out. If the parents also want to fill in the minutes, they can either operate in person or use remote control, and carry out according to the above-mentioned programming instructions.

这种填充时间的方式也可以用于设备上，例如，铲车，每若干个数量单位都可用于保存，数量单位可以根据轮子的转数，活塞的冲程数或是用时间计算。这样做的好处是维护计划是按实际使用计算的而不是理论使用量。This method of filling time can also be used on equipment, for example, forklifts, and every number of units can be used to save. The number of units can be calculated according to the number of revolutions of the wheels, the number of strokes of the piston, or the time. The advantage of this is that the maintenance plan is based on actual usage rather than theoretical usage.

在另一例子中，见图17，除上述可实施的特征外，如果摘掉所用设备的电源，已编程的锁具系统就能完全关闭。在电子设备中，与电源有恒定连接，不论用插销还是用电池，许多设备都有待机状态。在本发明所述锁具系统中，只要电源与设备保持接触，该设备就不记录为断开状态。然而，一旦电源与设备完全分离，就会记录为断开，锁具系统就会要求主人密码。这有利于设备防盗，因为小偷知道，要是拔下电源插销，就不能使设备恢复功能。当系统作业1201，见图17，系统连续检查电源1200，电流导通1202，形成循环电路。如果电流没通1204，可能是电池与设备分离，插头脱离等原因，该系统置存储器断开1206，进入“要求密码”状态，引起将断开状态1208存储为“开”。应该指出，这是个默认状态，当接收电能时则表示为“关”。将电源完全关闭，无电状态1204使得断开存储器1206关闭断开状态到“开”状态，从而使整个锁具系统1214完全关闭。电源恢复后1216，准备操作设备的下一步1228将启动锁具系统检查存储器断开状态1226。此时，断开状态1208是“开”1212时，表明设备要求输入主人密码1218。将主人密码1218输入，码受系统控制变化1220。如果码得到确认，或者“是”状态1224，该锁具系统将允许设备运行1230。然而，要是设备不识别主人码1222，则要求重新输入主人码1218。锁具系统将按制造商或用户在设置时输入的预置时间量继续循环状态1232。In another example, see Figure 17, in addition to the implementable features described above, a programmed lock system can be completely closed if power is removed from the device being used. In electronics, there is a constant connection to the power source, whether by plug or battery, and many devices have a standby state. In the lock system of the present invention, as long as the power source remains in contact with the device, the device is not registered as disconnected. However, once the power supply is completely separated from the device, it will be recorded as a disconnection and the lock system will ask for the master code. This deters the device from theft because the thief knows that unplugging it will not restore functionality to the device. When the system operates 1201, as shown in Figure 17, the system continuously checks the power supply 1200, and the current conducts 1202 to form a loop circuit. If the current does not pass 1204, it may be that the battery is separated from the device, the plug is disconnected, etc., the system sets the memory to be disconnected 1206, enters the "password required" state, and causes the disconnected state 1208 to be stored as "on". It should be noted that this is the default state, indicated as "off" when receiving power. Turning the power off completely, the no power state 1204 causes the disconnect memory 1206 to turn off the disconnect state to an "on" state, thereby causing the entire lock system 1214 to be completely closed. After power is restored 1216, the next step 1228 in preparing to operate the device is to activate the lock system to check the memory disconnect status 1226. At this point, when the off state 1208 is "on" 1212 , it indicates that the device requires input of a master password 1218 . Input the master password 1218, and the code changes 1220 under the control of the system. If the code is confirmed, or "yes" status 1224, the lock system will allow the device to operate 1230. However, if the device does not recognize the master code 1222, then a re-entry of the master code 1218 is required. The lock system will continue to loop state 1232 for a preset amount of time entered by the manufacturer or user at setup.

在可充电的设备中，如手机、电动工具等，除了拔掉电源外，在电池充电状态中，也要求输入密码。在本优选例中，该锁具系统持续监视设备内的电源，允许因为设备在正常使用而产生的逐渐电量增大。电源的任何极端波动，不论是增大，例如再次产生，或是降低，如脱离电源，都要求重新输入密码。In rechargeable devices, such as mobile phones, electric tools, etc., in addition to unplugging the power supply, the password is also required to be input when the battery is charging. In this preferred embodiment, the lock system continuously monitors the power supply within the device, allowing for a gradual build-up of power due to normal use of the device. Any extreme fluctuations in power, whether increased, eg regenerating, or decreased, eg disconnected from power, require re-entering the code.

图19所示，锁具系统处于电源变化的不同状态之中，由于电能使用而增大，并且因断电和减小电流而使供电降低。在本例中，取好将本锁具系统用于带电池的设备，虽然也可插上插销用在设备上。本锁具系统利用持续电源1402产生循环电路，监视设备电源1400，如果设备的电源有起伏1404，本系统检查是电能的增大1406或是降低1408。电能降低1408是由于正常使用1410并让锁具系统去驱动设备1430，再继续循环检验。可是，如果总的电量迅速丢失1412，锁具系统设置断开存储器1414，使系统形成总关闭1418。一旦电能存储了1420，设备作业了1422，断开存储器受检验1424并且检验断开状态1415。如果这状态是关的而设备能够运行1430，锁具系统要返回循环检查电路。如果断开状态1415是开状态1416，锁具系统要求输入主人码1428。如果密码是被修改状态1432，设备能够运行1430。如果密码是错误的1434，系统按预置量循环1436直至永久关闭。As shown in Figure 19, the lock system is in various states of power variation, increasing power usage due to power usage, and decreasing power supply due to power outages and reduced current. In this example, it is preferred to use the lock system with a device with a battery, although it could also be used with a device with the latch plugged in. The lock system utilizes acontinuous power supply 1402 to generate a circulating circuit, monitors the power supply of theequipment 1400, and if the power supply of the equipment fluctuates 1404, the system checks whether it is anincrease 1406 or adecrease 1408 of electric energy.Power reduction 1408 is due tonormal use 1410 and leaves the lock system to drive thedevice 1430 before continuing the loop test. However, if the total charge is lost 1412 rapidly, the lock system sets thedisconnect memory 1414, causing the system to form atotal shutdown 1418. Once the electrical energy is stored 1420 , the device is operated 1422 , the disconnect memory is checked 1424 and the disconnect status is checked 1415 . If the status is off and the device is able to run 1430, the lock system will return to the loop checking circuit. If theOFF state 1415 is theON state 1416, the lock system requires themaster code 1428 to be entered. If the password is in the modifiedstate 1432, the device can operate 1430. If the password is wrong 1434, the system willcycle 1436 until permanently closed by preset amount.

在本优选例中，设备中的电源插销，如图20所示，本锁具系统监视电源1500，发现由于电源断开和电池用尽的两种电能消失状态1502的区别。在该例中，在插销中安置个近似传感器，用于存储记录插座内的接近活动。当总电源迅速消失1502，该锁具系统检验传感器1504以测定其状态。如果传感器保持接触状态1540，断开状态1518保持在相反位置。In this preferred example, the power plug in the device, as shown in Figure 20, the lock system monitors the power supply 1500, and finds the difference between the two power disappearance states 1502 due to power disconnection and battery exhaustion. In this example, a proximity sensor is placed in the plug to store and record proximity activity within the socket. When total power is rapidly lost 1502, the lock system checks sensor 1504 to determine its status. If the sensor remains in the contact state 1540, the disconnect state 1518 remains in the opposite position.

然而，如果传达室感器是断开状态1506，那么断开存储器设置1508，形成锁具系统的总关闭1510。如果供电恢复1512，并使设备作业1514，检验断开存储器1516并检验断开状态1518。如果设备断开状态1518是开的1520，锁具要求输入主人码1522，进入识别1524状态。如果密码得到认可1526状态，设备能够运行1520。如果密码不正确1528，锁具系统按预置1530尝试次数1530循环密码验证，直到永久关闭。However, if the room sensor is communicated as an off state 1506, then the memory setting is opened 1508, resulting in a total shutdown 1510 of the lock system. If power is restored 1512 , and the device is operational 1514 , check disconnect memory 1516 and check disconnect status 1518 . If the device off state 1518 is on 1520, the lock requires input of the master code 1522 and enters the identification 1524 state. If the password is approved 1526 state, the device is able to operate 1520. If the password is incorrect 1528, the lock system will perform cyclic password verification according to the preset 1530 attempts 1530 until it is permanently closed.

图20流程只是个例子，由于没插电源插销而电能耗尽的其它识别方法应是本领域显而易见的。还可以用另一种方法，在电源插销或设备本身安置个运动传感器，感知运动状态。应给传感器连接个内部电池，使锁具系统能识别电能耗尽与没插上电源插销的区别。因为本例的主要目的是防盗，锁具系统能够提供一个不考虑码，由设备的主人使用，把设备从一处移向另一处。The flow chart of FIG. 20 is just an example, and other identification methods of power exhaustion due to not plugging in the power plug should be obvious in the art. Another method can be used to place a motion sensor on the power plug or the device itself to sense the motion status. An internal battery should be connected to the sensor so that the lock system can tell the difference between being out of power and not being plugged in. Since the main purpose of this example is to prevent theft, the lock system can provide a code regardless, which can be used by the owner of the device to move the device from one place to another.

当把上述任一例子与联网工作的计算机配合使用，如果有一个没插电源插销，本锁具系统能够编程，给一个计算机或所有计算机输入保护密码或消除密码程序。或者，锁具系统还能这样编程，如果一个设备没插入电源，仅仅是这个计算机或该其它设备繁忙时，没插电源插销的状态信息进入到密码防护状态，但是繁忙过后，所有设备都进入这种状态。When any of the above-mentioned examples is used in conjunction with a networked computer, if one is not plugged into a power plug, the lock system can be programmed to input a protection password or eliminate the password program for a computer or all computers. Or, the lock system can also be programmed like this, if a device is not plugged in, only when the computer or other devices are busy, the state information of not plugging in the power plug enters the password protection state, but after the busy, all devices enter this state. state.

作为一辅助的防盗措施，可进一步在被保护设备上加个由脱离电源状态引发的报警设置。报警方式，可以是可视的、音响的，或两者结合的，都必须有其独立电源，最好是用可充电电池，因为它只是用在独立的、脱离电源的设备上。这样，如果电视机没插电源插销的报警器发出声响，如上述说明的状态，那么还要给锁具系统编制由于电能耗尽而抑制报警声响的程序。所述锁具系统还可进一步用本领域显而易见的其它方法，与室内报警系统通讯。例如，一种无线电收发器，它能与报警系统内的无丝电收发器相互作用，可以安装在被保护的设备内，根据预先设定的脱离电源的距离，引发报警。还有，可以用一个计时运动传感器，在编程预置的运动时间段过后将进入作业状态。其它方法，采用兰牙技术、磁条等，用于室内报警系统的作业。全球定位系统GPS也能够结合到检验被保护设备中，方便防御。为了让用户搬动设备而不关闭报警，在锁具系统内设备一个不考虑码程序，利用该程序按预先设定的时间段，关闭系统与报警器的相互联系。建议不考虑码不完全关闭报警，因为对于用户来讲是容易忘掉的。As an auxiliary anti-theft measure, an alarm setting caused by disconnecting from the power supply state can be further added to the protected equipment. The alarm means, which may be visual, audible, or a combination of both, must have its own power source, preferably a rechargeable battery, as it is only used on stand-alone, disconnected devices. Like this, if the alarm that the television set does not insert the power plug makes a sound, as the state explained above, the program that suppresses the alarm sound due to the exhaustion of electric energy will also be programmed to the lock system so. The lock system may further communicate with the interior alarm system by other means apparent in the art. For example, a radio transceiver that interacts with a wireless transceiver within an alarm system could be installed within the equipment being protected to trigger an alarm based on a pre-set distance from the power source. Also, a timed motion sensor can be used that will go into operation after a programmed motion time period has elapsed. Other methods, such as Bluetooth technology, magnetic strips, etc., are used for the operation of the indoor alarm system. The Global Positioning System (GPS) can also be combined into the inspection of protected equipment to facilitate defense. In order to allow the user to move the device without turning off the alarm, a non-code program is installed in the lock system, and the program is used to close the connection between the system and the alarm according to the preset time period. It is recommended not to consider the code to close the alarm completely, because it is easy for users to forget.

依照可以应用在许多实例中的这种技术，使用用户密码进入锁具系统。进入密码不慎丢失，可以给用户服务部挂电话，人工折或遥控的方式都可以建立新的进入码。每个设备都应有一个进入默认码，显示为一系列数字。把这些数字提供给用户服务部并得到相应的默认码。默认码将允许进入锁具系统的设置阶段并输入新码。为增加安全性，默认码能与电话ID卡通讯。这种方式具备两个优点：首先，如果电话给出的数字与初始注册的电话号不符，还要求提供额外数据。这是目前由信誉卡公司普遍采用的操作卡技术，也可以方便地在本发明所述技术中采用。另外，如果这个电话给的话与注册号不符，那么设备就可能被盗，这个电话号记录有助于警方限定被盗物品地域。According to this technique, which can be applied in many instances, a user code is used to gain access to the lock system. If the access code is accidentally lost, you can call the customer service department, and a new access code can be created manually or remotely. Every device should have an access code, displayed as a series of numbers. Provide these numbers to Customer Service and get the corresponding default code. The default code will allow access to the setup phase of the lock system and entry of a new code. For added security, a default code can communicate with the phone ID card. This approach has two advantages: First, it asks for additional data if the number given by the phone does not match the phone number initially registered. This is the operating card technology generally adopted by credit card companies at present, and it can also be easily adopted in the technology of the present invention. In addition, if the phone number does not match the registration number, the device may be stolen. This phone number record will help the police limit the area of the stolen items.

本发明所述的应用之一是在商业化产品中，由工人使用公司所有的设备、计算机、汽车旅馆的电视机和录象机等。这些工具或其它设备的作业从早晨，运行一个整班后才能关闭。这种防盗不仅是外部的也得考虑防范雇员。另外，每天早晨让这些工具再作业时，“安全检测”应该能与避免设备的错误使用相结合。One of the applications described by the invention is in a commercial product where workers use company owned equipment, computers, motel televisions and video recorders, etc. The work of these tools or other equipment can only be shut down after a full shift in the morning. This kind of anti-theft is not only external but also needs to be considered to prevent employees. In addition, "safety checks" should be able to be combined with avoiding misuse of equipment when putting these tools back into operation each morning.

因为其它改进和为适应个别作业要求和环境所做的各种变化是本领域已知技术，本发明不想把所要体现的发明目的限制于所选的这些例子中，并且对所有这些改变和改进的概括不应与本发明的设计思想和保护范围形成分离。Because other improvements and various changes for adapting to individual job requirements and environments are known in the art, the present invention does not intend to limit the invention objects to be embodied in the selected examples, and all these changes and improvements Summarization should not be separated from the design concept and protection scope of the present invention.

Claims (123)

Translated fromChinese

1、一种电子设备的防盗方法，包括电源接口、电动作业件、内置电源和可编程控制系统，其特征在于如下步骤：1. An anti-theft method for electronic equipment, comprising a power interface, an electric operating part, a built-in power supply and a programmable control system, characterized in that the steps are as follows:a、监视被控设备的供电状态；a. Monitor the power supply status of the controlled equipment;b、如果供电消失，建立断开存储器并关闭该锁具系统；b. If the power supply disappears, create a disconnect memory and close the lock system;c、根据供电恢复，进入作业阶段要求输入进入密码；c. According to the restoration of power supply, entering the operation stage requires entering the entry password;d、如果给作业送电，要求进入码；d. If power is sent to the operation, an access code is required;e、如果进入码通过查证，进入“i”步骤，并重新设置断开连接登记；e. If the access code is verified, go to the "i" step and reset the disconnection registration;f、如果进入码没有通过查证，要求进入码；f. If the access code has not passed the verification, request the access code;g、按预置次数，重复设置“h”；g. Repeat setting "h" according to the preset times;h、如果进入码没有通过查证，完全关闭锁具系统；h. If the access code fails to pass the verification, completely close the lock system;I、操作设备并联进入“a”步骤；I. Operate equipment in parallel and enter step "a";所述可编程控制系统在完全断电后，如果没有所述进入码，能制止被保护设备作业。After the programmable control system is completely powered off, if there is no entry code, it can stop the protected equipment from operating.2、根据权利要求1所述电子设备的防盗方法，其特征在于：进入密码是可编程的。2. The anti-theft method for electronic equipment according to claim 1, wherein the access code is programmable.3、根据权利要求1所述电子设备的防盗方法，其特征在于：电源是交流的。3. The anti-theft method for electronic equipment according to claim 1, wherein the power supply is AC.4、根据权利要求1所述电子设备的防盗方法，其特征在于：电源是直流的。4. The anti-theft method for electronic equipment according to claim 1, wherein the power supply is DC.5、根据权利要求1所述电子设备的防盗方法，其特征在于：可编程控制系统进一步包括一个传感器。5. The anti-theft method for electronic equipment according to claim 1, wherein the programmable control system further comprises a sensor.6、根据权利要求5所述电子设备的防盗方法，其特征在于：所述传感器在电源接口内，并检测电源接口脱离电源的断电。6. The anti-theft method for electronic equipment according to claim 5, characterized in that: the sensor is inside the power interface, and detects a power failure when the power interface is disconnected from the power supply.7、根据权利要求5所述电子设备的防盗方法，其特征在于：所述传感器检测电源接口与电源保持连接时的断电。7. The anti-theft method for electronic equipment according to claim 5, wherein the sensor detects a power failure when the power interface is kept connected to the power supply.8、根据权利要求5所述电子设备的防盗方法，其特征在于：在所述传感器内的运动保持连接的断电。8. The anti-theft method for electronic equipment according to claim 5, characterized in that: the movement in the sensor maintains the disconnection of the connection.9、根据权利要求1所述电子设备的防盗方法，其特征在于：在可编程控制系统内与报警器相互作用，系统关闭所述报警器的作业。9. The anti-theft method for electronic equipment according to claim 1, characterized in that: the programmable control system interacts with the alarm, and the system shuts down the operation of the alarm.10、根据权利要求9所述电子设备的防盗方法，其特征在于：所述置于其中的报警器与室内报警系统相互作用。10. The anti-theft method for electronic equipment according to claim 9, characterized in that the alarm placed therein interacts with an indoor alarm system.11、根据权利要求10所述电子设备的防盗方法，其特征在于：在可编程控制系统内，进一步包括无线电收发器，所述的无线电收发器与一个室内报警系统的无线电收发器相互作用，并在无线电收发器离开超过预定距离时使室内报警系统作业。11. The anti-theft method for electronic equipment according to claim 10, characterized in that: in the programmable control system, a radio transceiver is further included, and the radio transceiver interacts with a radio transceiver of an indoor alarm system, and Enables the interior alarm system to operate when the radio transceiver is moved beyond a predetermined distance.12、根据权利要求1所述电子设备的防盗方法，其特征在于：在可编程控制系统内，进一步包括可编程功能程序，所述可编程功能程序在所述可编程控制系统断电后仍保留已编制的程序。12. The anti-theft method for electronic equipment according to claim 1, characterized in that: the programmable control system further includes a programmable function program, and the programmable function program is still retained after the programmable control system is powered off programmed.13、一种电子设备的防盗方法，包括外部壳体、电源接口、电动作业件和可编程控制系统，包括如下步骤：13. An anti-theft method for electronic equipment, comprising an external casing, a power interface, an electric working part, and a programmable control system, comprising the following steps:a、监视电源；a. Monitor power supply;b、显示供电波动；b. Display power supply fluctuations;c、确定所述供电波动是否是电源的降低或增加；c. determining whether said fluctuation in power supply is a decrease or increase in power supply;d、如果是正常使用的供电降低，继续监视所述电源；d. If the power supply in normal use is reduced, continue to monitor said power supply;e、如果供电降低并完全断电，设置断开寄存器并关闭系统；e. If the power supply is reduced and completely cut off, set the disconnect register and shut down the system;f、如果供电增大，设置断开寄存器并关闭系统；f. If the power supply increases, set the disconnect register and shut down the system;g、供电恢复并作业时，检测断开存储器；g. When the power supply is restored and working, detect and disconnect the memory;h、如果设置了断开寄存器，要求输入进入密码；h. If the disconnect register is set, it is required to enter the access password;I、如果进入码认证后，重新设置断开存储器；I. If the access code is authenticated, reset the disconnect memory;j、操作设备；j. Operating equipment;k、如果进入码被拒绝，要求正确的进入码；k. If the access code is rejected, request the correct access code;l、按预先确定的次数，重复“k”步骤；l. Repeat step "k" for a predetermined number of times;m、如果进入码仍被拒绝，完全关闭系统。m. If the access code is still rejected, shut down the system completely.14、根据权利要求13所述的电子设备的防盗方法，其特征在于：所采用电源是交流电。14. The anti-theft method for electronic equipment according to claim 13, wherein the power source used is alternating current.15、根据权利要求13所述的电子设备的防盗方法，其特征在于：所采用电源是直流电。15. The anti-theft method for electronic equipment according to claim 13, characterized in that: the power used is direct current.16、根据权利要求13所述的电子设备的防盗方法，其特征在于：可编程控制系统进一步包括一个传感器。16. The anti-theft method for electronic equipment according to claim 13, wherein the programmable control system further comprises a sensor.17、根据权利要求16所述的电子设备的防盗方法，其特征在于：所述传感器是在所述电源接口内，并检测出总断电的原因是由于所述电源接口脱离电源。17. The anti-theft method for electronic equipment according to claim 16, characterized in that the sensor is inside the power interface, and detects that the cause of total power failure is that the power interface is disconnected from the power supply.18、根据权利要求16所述的电子设备的防盗方法，其特征在于：所述传感器检测出电源接口与电源保持接触时的总断电。18. The anti-theft method for electronic equipment according to claim 16, wherein the sensor detects a total power failure when the power interface is in contact with the power supply.19、根据权利要求13所述的电子设备的防盗方法，其特征在于：所述传感器是在所述设备内的运动传感器，所述运动传感器检测该设备的运动并设置断开存储器。19. The anti-theft method for electronic equipment according to claim 13, characterized in that the sensor is a motion sensor inside the device, and the motion sensor detects the motion of the device and sets a disconnection memory.20、根据权利要求13所述的电子设备的防盗方法，其特征在于：在其中所述可编程控制系统与报警器相互作用，操纵报警器关闭所述系统。20. The anti-theft method for electronic equipment according to claim 13, wherein the programmable control system interacts with an alarm, and the alarm is manipulated to shut down the system.21、根据权利要求20所述的电子设备的防盗方法，其特征在于：所述传感器与室内报警系统相互作用。21. The anti-theft method for electronic equipment according to claim 20, wherein the sensor interacts with an indoor alarm system.22、根据权利要求21所述的电子设备的防盗方法，其特征在于：所述可编程控制系统进一步包括一个无线电收发器，与该无线电收发器相互作用的一个无线电收发器是所述的室内报警系统，当两个无线电收发器分离开远于预置距离，便作用于所述的室内报警系统。22. The anti-theft method for electronic equipment according to claim 21, characterized in that: said programmable control system further includes a radio transceiver, and a radio transceiver interacting with the radio transceiver is said indoor alarm system, when the two radio transceivers are separated farther than a preset distance, it acts on said indoor alarm system.23、根据权利要求13所述的电子设备的防盗方法，其特征在于：所述可编程传感器进一步包括可编程功能程序在所述控制系统总断电后，保留已编程序。23. The anti-theft method for electronic equipment according to claim 13, characterized in that: the programmable sensor further includes a programmable function program that retains the programmed function after the control system is completely powered off.24、一种用于重复作用于被保护电子设备密码的电子设备的防盗方法，包括电源接口、电动作用件和可编程的控制系统，其特征在于如下步骤：24. An anti-theft method for an electronic device repeatedly acting on the password of the protected electronic device, comprising a power interface, an electric active part and a programmable control system, characterized by the following steps:a、所述可编程控制系统编制接收进入密码的程序；a. The programmable control system compiles a program for receiving the password;b、进入密码程序进入所述电子设备，电子设备开始常规启动；b. Enter the password program to enter the electronic device, and the electronic device starts to start normally;c、显示密码再输入指示器要求再输入密码；c. Display the password and then input the indicator to ask for the password again;d、指示所述电子设备在预编程的时间段内将不作业；d. Instructing that said electronic device will not operate for a preprogrammed period of time;e、输入密码；e. Enter the password;f、用已接受的密码检测刚输入的密码；f. Use the accepted password to detect the password just entered;g、如果输入的密码被接受，作用于所述电子设备；g. If the entered password is accepted, act on the electronic device;h、如果输入的密码不被接受，按预编程的次数要求再输入；h. If the entered password is not accepted, re-enter according to the pre-programmed number of times;I、如果在预编程的次数内，所接受的密码没有进入，则关闭设备。I. If the accepted password is not entered within the pre-programmed number of times, turn off the device.25、根据权利要求24所述的方法，其特征在于：其中的指示器是可视的。25. The method of claim 24, wherein the indicator is visual.26、根据权利要求24所述的方法，其特征在于：其中的指示器是可听声音的。26. The method of claim 24, wherein the indicator is an audible sound.27、根据权利要求24所述的方法，其特征在于：所述的可编程时间段是用户可编程的。27. The method of claim 24, wherein said programmable time period is user programmable.28、一种用于电子设备的锁具控制系统，其特征在于所述的防盗锁具控制系统包括：28. A lock control system for electronic equipment, characterized in that the anti-theft lock control system includes:a、至少两个电子设备，各个电子设备在与另一个进行通讯；a. At least two electronic devices, each of which is communicating with the other;b、至少一个用户进入密码；b. At least one user enters the password;c、作业件可以工作或不工作；c. The work piece can work or not work;d、至少一个可编程和功能程序；d. At least one programmable and functional program;e、一个用户可编程功能选择件，用户可编程的功能程序；e. A user-programmable function option, a user-programmable function program;f、选择件可使所述至少一个可编程功能供用户选择；f. The option enables the at least one programmable function to be selected by the user;g、至少一个用语可编程功能作用时间段，所述用户可编程功能作用时间段由用户为各个所述至少一个可编程功能设置；g. At least one programmable function action time period, the user programmable function action time period is set by the user for each of the at least one programmable function;h、输入装置，所述输入装置用于输入用户进入密码、所述功编程功能选择和可编程功能作用时间段；h, an input device, the input device is used to input the user's access code, the function selection of the function programming and the time period of the programmable function;I、一个内部控制件，所述控制件直接与所述输入装置、可编程功能选择件进行通讯，根据用户对编程功能和编程作用时间的选择，利用控制进入一个或多个所述编程功能的方式来控制所述设备作业；I. An internal control part, said control part directly communicates with said input device and programmable function selector, according to the user's selection of programming function and programming action time, utilizes control to enter one or more of said programming functions means to control the operation of said equipment;J、一个主人程序，至少两个被控电子设备中至少有一个主人程序；J. One master program, at least one master program in at least two electronic devices under charge;k、通讯器件，所述通讯器件能使通讯在主人程序与至少另一个电子设备之间进行；k. Communication means enabling communication between the host program and at least one other electronic device;在该通讯过程中，编程指令进入所述主人程序，能够传递到至少一个电子设备中的每一个中。During this communication, programming instructions enter said host program, capable of being transferred to each of at least one electronic device.29、根据权利要求28所述的控制系统，其特征在于：其中所用的通讯器件是无线的。29. The control system according to claim 28, wherein the communication means used is wireless.30、根据权利要求28所述的控制系统，其特征在于：其中所用的通讯器件是有线的。30. The control system according to claim 28, wherein the communication device used is wired.31、根据权利要求28所述的控制系统，其特征在于：编程时间段是以一个完整的单位为基础。31. The control system of claim 28, wherein the programmed time period is on a full unit basis.32、根据权利要求28所述的控制系统，其特征在于：依照对作用于内部控制件的检测修改预编程的时间段。32. The control system of claim 28, wherein the preprogrammed time period is modified in accordance with the detection of the action on the internal control member.33、根据权利要求28所述的控制系统，其特征在于：进一步包括进入默认码，能获得一个新的进入码。33. The control system according to claim 28, further comprising an entry default code, enabling a new entry code to be obtained.34、一种用于电子设备的锁具控制系统，包括电源，其特征在于所述设备的操作控制系统包括：34. A lock control system for electronic equipment, including a power supply, characterized in that the operation control system of the equipment comprises:a、至少一个用户进入码；a. At least one user access code;b、作业件/不作业件；b. Working parts/non-working parts;c、至少一介可编程的功能程序；c. At least one programmable function program;d、一个用户编程功能程序选择件，所述的选择件能够使至少一个编程程序供用户选择；d. A user programming function program option, which enables at least one programming program to be selected by the user;e、至少一个用户编程功能作用时间段，由用户为至少一个编程功能程序设定时间段；e. At least one user programming function action time period, the user sets the time period for at least one programming function program;f、输入装置，所述输入装置用于接纳用户进入码、编程功能选择件和编程功能作用时间段；f. Input device, said input device is used to accept user access code, programming function option and programming function action time period;G、一个内部控制件，所述内部控制件与所述输入装置、编程功能作用时间段和编程控制系统直接通讯；G. An internal control part, the internal control part communicates directly with the input device, the programming function action time period and the programming control system;在所述系统中，根据用户选择的编程功能程序和编程功能作用时间内部控制件通过控制一个或多个编程功能程序来控制所述设备的作业。In the system, the internal control part controls the operation of the device by controlling one or more programmed function programs according to the programmed function programs selected by the user and the programmed function action time.35、根据权利要求34所述的控制系统，其特征在于进一步包括一个状态控制板，所述状态控制板提供作业控制系统的报告。35. The control system of claim 34, further comprising a status dashboard, said status dashboard providing reports for the job control system.36、根据权利要求35所述的控制系统，其特征在于所述控制系统中的设备是个手机。36. The control system according to claim 35, characterized in that the device in the control system is a mobile phone.37、根据权利要求34所述的控制系统，其特征在于其中的编程功能程序包括至少取至于正常作业、定时作业、休眠状态、延时启动和部分作业程序组之一。37. The control system according to claim 34, wherein the programming function program includes at least one of normal operation, timing operation, sleep state, delayed start and partial operation program group.38、根据权利要求37所述的控制系统，其特征在于所述其中的部分作业，包括向外挂电话并且锁闭进入电话。38. The control system according to claim 37, wherein said part of the operation includes hanging up the phone and locking the phone.39、根据权利要求38所述的控制系统，其特征在于所述其中的部分作业，是选择预编程的时间段。39. The control system according to claim 38, wherein said part of the operation is to select a pre-programmed time period.40、根据权利要求37所述的控制系统，其特征在于所述部分作业是接收向内传入电话，锁闭向外传出的电话。40. The control system of claim 37, wherein said part of the operation is receiving incoming incoming calls and blocking outgoing calls.41、根据权利要求40所述的控制系统，其特征在于所述部分作业是在预编程时间段期间的作业。41. The control system of claim 40, wherein said partial jobs are jobs during preprogrammed time periods.42、根据权利要求34所述的控制系统，其特征在于所述其中的至少一个用户进入码中的之一对于至少一个编程功能程序是初始密码。42. The control system of claim 34, wherein one of said at least one of said at least one user access codes is an initial password for at least one programmed function program.43、根据权利要求42所述的控制系统，其特征在于所述其中至少一个用户进入码中的另一个是第二密码，能够仅仅用作进入所述至少一个编程功能程序。43. The control system of claim 42, wherein another of said at least one user access code is a second code that can be used only to access said at least one programmed function program.44、根据权利要求37所述的控制系统，其特征在于所述设备是一台电视机。44. The control system of claim 37, wherein said device is a television.45、根据权利要求44所述的控制系统，其特征在于所述至少一个编程功能程序之一是选择要看频道的选台功能程序，并且至少有一个可编程功能程序之一是时间段程序，制定所选看频道的时间。45. The control system according to claim 44, wherein one of said at least one programming function program is a channel selection function program for selecting a channel to watch, and one of at least one programmable function program is a time period program, Specify the time to watch the selected channel.46、根据权利要求37所述的控制系统，其特征在于所述设备是一台计算机。46. The control system of claim 37 wherein said device is a computer.47、根据权利要求46所述的控制系统，其特征在于所述至少一个编程功能程序之一是允许进入一个特定计算机程序的选择，并且至少有一个作业时间段之一是制定计算机程序能够作业的时间。47. The control system of claim 46, wherein one of said at least one programmed function program is to allow access to a selection of a specific computer program, and at least one of the operating time periods is to specify that the computer program can be operated time.48、根据权利要求37所述的控制系统，其特征在于所述设备是一台数码照相机。48. The control system of claim 37, wherein said device is a digital camera.49、根据权利要求46所述的控制系统，其特征在于所述其中至少有一个至少一个用户进入密码、所述编程功能选择件和编程功能时间段程序，是用不着一个遥控器编入所述电子设备中。49. The control system of claim 46, wherein said at least one of said at least one user access code, said programmed function option and programmed function time period program is programmed into said program without a remote control in electronic equipment.50、根据权利要求37所述的控制系统，其特征在于所述的最大延续时间是不能由用户改变的。50. The control system of claim 37, wherein said maximum duration is not changeable by a user.51、根据权利要求50所述的控制系统，其特征在于所述进一步包括最大延续时间功能程序，所述的最大延时功能是受到作用的连续的延时状态作用的最大数值。51. The control system according to claim 50, characterized in that said further includes a maximum duration function program, said maximum delay function being the maximum value affected by the continuous delay state effected.52、根据权利要求51所述的控制系统，其特征在于所述的最大延续时间是不能由用户改变的。52. The control system of claim 51, wherein said maximum duration is not changeable by the user.53、根据权利要求37所述的控制系统，其特征在于所述的作业状态控制板是远离所述的电子设备。53. The control system of claim 37, wherein said operation status control board is remote from said electronic equipment.54、根据权利要求37所述的控制系统，其特征在于所述的至少一个所述的至少一个用户进入码是初始进入码，所述的初始进入码能进入到b、c、d、e、f。54. The control system according to claim 37, wherein said at least one of said at least one user access code is an initial access code, and said initial access code can enter b, c, d, e, f.55、根据权利要求37所述的控制系统，其特征在于所述的至少一个所述的至少一个用户进入码是第二进入码，所述的初始进入码能进入到b和f。55. The control system of claim 37, wherein said at least one of said at least one user access codes is a secondary access code, and said initial access code enables access to b and f.56、根据权利要求37所述的控制系统，其特征在于在其中用户选择正常作业能使所述的电子设备返回到以前编程的序列中。56. The control system of claim 37 wherein user selection of normal operation causes said electronic device to return to a previously programmed sequence.57、根据权利要求34所述的控制系统，其特征在于所述的输入装置是一个触摸阅读器。57. The control system of claim 34 wherein said input device is a touch reader.58、根据权利要求34所述的控制系统，其特征在于所述的输入装置是与控制件为一体的。58. The control system of claim 34, wherein said input device is integral with the control member.59、根据权利要求34所述的控制系统，其特征在于所述的作业件/不作业件是在设备上的作业件。59. The control system according to claim 34, wherein said work item/non-work item is a work item on the equipment.60、根据权利要求34所述的控制系统，其特征在于所述的至少一个编程功能程序、至少一个用户编程功能作业时间段和内置控制件是软件。60. The control system of claim 34, wherein said at least one programmed function program, said at least one user programmed function operating period and built-in controls are software.61、根据权利要求34所述的控制系统，其特征在于所述的进一步包括一个状态控制板，所述控制板提供所述控制系统作业状态的报告。61. The control system of claim 34, further comprising a status control panel, said control panel providing reports on the operational status of said control system.62、根据权利要求34所述的控制系统，其特征在于所述的采用电线在所述控制系统和设备之间进行通讯。62. The control system of claim 34, wherein said wires are used for communication between said control system and equipment.63、一种用于电子设备的锁具控制系统，其特征在于该控制系统是利用一个锁定系统制定电子设备使用方式的方法包括如下步骤：63. A lock control system for electronic equipment, characterized in that the control system uses a locking system to formulate the use of electronic equipment, including the following steps:a、作用于所述电子设备；a. Act on the electronic equipment;b、选定作业状态；b. Select job status;c、输入初始用户码；c. Enter the initial user code;d、选择至少一种编程功能程序；d. Select at least one programming function program;e、选择编程作业时间段；e. Select the programming time period;f、将所选择的编程功能程序和选择编程作业时间段保存在所述锁定系统存储器中。f. Save the selected programming function program and the selected programming operation time period in the locking system memory.64、根据权利要求63所述的锁具控制系统，其特征在于进一步包括重复c-f步骤的设置，直到输入用户选定的全部功能程序。64. The lock control system according to claim 63, further comprising repeating steps c-f until all function programs selected by the user are input.65、根据权利要求63所述的锁具控制系统，其特征在于所述功能程序作业时间段用输入特定作业和不作业时间的方式设定。65. The lock control system according to claim 63, characterized in that the operating time period of the function program is set by inputting specific operating and non-operating time.66、根据权利要求63所述的锁具控制系统，其特征在于所述编程功能作业时间段的设置以从编程时间中消失的时间为基础。66. The lock control system according to claim 63, wherein the setting of the programmed function operation time period is based on the time disappearing from the programmed time.67、根据权利要求63所述的锁具控制系统，其特征在于所编入程序的功能能够呈现出休眠状态。67. The lock control system of claim 63 wherein the function is programmed to assume a dormant state.68、根据权利要求67所述的锁具控制系统，其特征在于进一步包括给上述休眠状态编程步骤：设置起始时间和停止时间。68. The lock control system according to claim 67, further comprising the step of programming said sleep state: setting a start time and a stop time.69、根据权利要求63所述的锁具控制系统，其特征在于所述可编程功能能产生延迟开始状态。69. The lock control system of claim 63 wherein said programmable function is capable of generating a delayed start condition.70、根据权利要求63所述的锁具控制系统，其特征在于进一步包括给上述延时开始状态编程步骤：设置起始时间和停止时间。70. The lock control system according to claim 63, further comprising the step of programming said delayed start state: setting a start time and a stop time.71、根据权利要求63所述的锁具控制系统，其特征在于所述编程功能程序能产生部分作业状态。71. The lock control system according to claim 63, wherein said programmed function program can generate a partial operation state.72、根据权利要求68所述的锁具控制系统，其特征在于进一步包括按照用户预置的、编程的、设定的时间期限，选定允许电话传出并锁定进入电话的步骤。72. The lock control system according to claim 68, further comprising the step of allowing outgoing calls and locking incoming calls according to a preset, programmed, and set time limit by the user.73、根据权利要求68所述的锁具控制系统，其特征在于进一步包括按照用户预置的、编程的、设定的时间期限，选定允许电话进入并锁定传出电话的步骤。73. The lock control system of claim 68, further comprising the step of selectively allowing incoming calls and locking outgoing calls according to a user preset, programmed, set time period.74、一种用于电子设备的锁具控制系统，包括电源、内置功能作业件，其特征在于所述设备操作控制系统包括：74. A lock control system for electronic equipment, including a power supply and built-in functional operating parts, characterized in that the equipment operation control system includes:至少一个初始用户码，所述至少一个初始用户码有使用权和编程权；At least one initial user code, the at least one initial user code has usage rights and programming rights;至少一个第二用户码，所述至少一个第二用户码只有使用权；At least one second user code, the at least one second user code has only usage rights;一个可编程功能选择件，所述功能选择件能够使上述用户选择至少一个可编程功能程序；所述的至少一个用户可编程的功能程序可从下组中选择：A programmable function selection part, the function selection part can make the above-mentioned user select at least one programmable function program; the at least one user-programmable function program can be selected from the following group:正常作业；normal operation;定时作业：由用户设定使设备按所定的时间作业完一个预置时间段；Timing operation: It is set by the user to make the equipment complete a preset time period according to the set time;休眠状态：按用户选定的时间段禁止设备作业，而当该休眠时间段过后，设备能返回作业状态；Dormant state: The equipment operation is prohibited according to the time period selected by the user, and when the dormant time period passes, the equipment can return to the operation state;延迟启动：在用户发送时间前，制止设备作业；Delayed start: before the user sends the time, stop the device operation;部分作业：能让用户为所述设备选择一个或多个功能程序并选定设备的一个或多个功能不作业；Partial operation: allows the user to select one or more functional programs for the described equipment and select one or more functions of the equipment to be inoperative;至少一个编程功能作业时间段，由用户为至少一个编程功能程序的每一个设定一个时间段；At least one programming function operation time period, a time period is set by the user for each of the at least one programming function program;输入装置：允许输入所述预定用户进入码、所述编程功能选择和编程功能作业时间段；Input device: allows input of said predetermined user access code, said programming function selection and programming function operation time period;读出屏：提供所述操作的控制系统的状态报告；Readout screen: provides a status report of the control system for the operation;内置控制件：与所述输入装置、电源、编程功能作业时间段和编程选择件直接通讯；Built-in controls: direct communication with said input devices, power supply, programmed function operating time periods and programmed options;在所述操作控制系统内有内置控制件，有初始用户进入码的用户控制设备作业的方式是：限制编程进入到至少一个编程功能选择件、限制进入至少一个编程功能作业段，并且对于有第二用户码的用户，根据由初始用户进入码的用户对至少一个编程功能程序、部分作业和至少一个编程功能作业时间段的程序控制其进入一个或多个编程功能程序。With built-in controls within said operator control system, a user with an initial user access code controls the operation of the device by restricting programming access to at least one programming function option, restricting access to at least one programming function segment, and for having a first user access code The user of the second user code is controlled to enter one or more programming function programs according to the program of at least one programming function program, part operation and at least one programming function operation time period by the user of the initial user access code.75、根据权利要求74所述的用于设备操作的控制系统，其特征在于进一步包括一个电池的电源，其特征在于所述的电池电源状态由操作控制系统监视。75. The control system for operation of equipment as recited in claim 74, further comprising a battery power source, wherein the state of said battery power source is monitored by the operations control system.76、一种用于电子设备的锁具控制系统，其特征在于控制进入电子设备的作业控制系统包括：76. A lock control system for electronic equipment, characterized in that the operation control system for controlling access to the electronic equipment comprises:至少一个第一用户进入码；at least one first user access code;至少一个第二用户进入码；at least one second user access code;一种作业，不作业状态；A state of working, not working;至少一个用户可编程功能；at least one user programmable function;至少一个用户可编程功能作业时间段；所述用户可编程功能时间段由用户为至少可编程功能中的每一个设定；At least one user-programmable function operating time period; the user-programmable function time period is set by the user for each of the at least programmable functions;输入装置，用于输入第一用户码，可编程功能选择，以及可编程功能作业时间段；The input device is used for inputting the first user code, programmable function selection, and programmable function operation time period;在其中的内置控制件制止设备作业的方式是：没有输入正确的至少一个所述的第一用户进入码或至少一个第二用户码。The manner in which the built-in control prevents the operation of the device is that at least one of said first user access codes or at least one second user code is not entered correctly.77、根据权利要求76所述的作业控制系统，其特征在于其中所述第一用户进入码允许用户为至少一个用户可编程功能、至少一个可编程功能作业时间段编制程序，并操作设备。77. The job control system of claim 76, wherein said first user access code allows a user to program at least one user programmable function, at least one programmable function job time period, and operate the equipment.78、根据权利要求76所述的作业控制系统，其特征在于其中所述第二用户进入码允许用户操作设备。78. The job control system of claim 76, wherein said second user access code allows a user to operate the equipment.79、根据权利要求76所述的作业控制系统，其特征在于进一步包括一个读出显示屏，所述读出显示屏反映出给用户的提示。79. The job control system of claim 76, further comprising a readout display, said readout display reflecting prompts to the user.80、根据权利要求76所述的作业控制系统，其特征在于在其中的输入件是一个可充值的卡。80. The job control system of claim 76 wherein the input means is a rechargeable card.81、根据权利要求76所述的作业控制系统，其特征在于在其中的输入件是一个触摸阅读器。81. The job control system of claim 76 wherein the input means is a touch reader.82、根据权利要求76所述的作业控制系统，其特征在于输入装置远离控制件。82. The job control system of claim 76, wherein the input device is remote from the control member.83、根据权利要求76所述的作业控制系统，其特征在于输入装置与控制件为一体。83. The job control system of claim 76, wherein the input device is integral with the control member.84、根据权利要求76所述的作业控制系统，其特征在于作业件在所述的设备上。84. The job control system of claim 76, wherein a job is on said equipment.85、根据权利要求76所述的作业控制系统，其特征在于至少一个编程功能，至少一个用户编程功能作业时间段和内置控制件是软件。85. The job control system of claim 76, wherein at least one of the programming functions, at least one of the user programming functions of the job time slots and the built-in controls are software.86、根据权利要求76所述的作业控制系统，其特征在于在其中的所述作业控制系统远离所述设备。86. The job control system of claim 76 wherein said job control system is remote from said facility.87、根据权利要求76所述作业控制系统，其特征在于输入装置是一个i钮。87. The job control system of claim 76 wherein the input means is an i button.88、一种用于电子设备的锁具控制系统，包括有电源和作业件，其特征在于所述的设备作业控制系统有：88. A lock control system for electronic equipment, including a power supply and operating parts, characterized in that the equipment operation control system includes:a、至少一个用户进入码；a. At least one user access code;b、至少一个用户编程功能作业时间段，所述作业时间段由用户设置，随进入码输入后进入；b. At least one user programming function operating time period, the operating time period is set by the user and entered after entering the entry code;c、输入件：所述输入件用于输入用户进入码和编程的功能作业时间段；c. Input part: the input part is used to input the user's access code and the programmed functional operation time period;d、一个内置控制件，所述内置控制件能与输入件、电源和编程作业时间段通讯；d. a built-in control capable of communicating with the input, power supply and programmed operating time periods;没有用户进入码输入，内置控制件以制止电能从电源传导到作业件的方式控制所述设备的作业，输入用户码能使电能从电源通向作业件；在编程的作业时间段期间允许设备连续地或间隔地作业，而超过编程作业时间段后则制止设备作业。Without user entry code entry, the built-in controls control the operation of the device in such a way as to prevent the conduction of power from the power source to the work piece. Entering a user code enables power to flow from the power supply to the work piece; allowing the device to continue during the programmed operating time period. ground or interval operation, and stop the operation of the equipment after the programmed operation time period is exceeded.89、根据权利要求88所述的控制系统，其特征在于：至少一个用户进入码中的至少一个能让用户为可编程作业时间段编程。89. The control system of claim 88, wherein at least one of the at least one user access code enables a user to program programmable operating time periods.90、根据权利要求89所述的控制系统，其特征在于：至少一个用户进入码中的至少一个只是允许在编程的作业时间段期间操作设备。90. The control system of claim 89, wherein at least one of the at least one user access codes permits operation of the equipment only during programmed operating time periods.91、根据权利要求88所述的可操作的控制系统，其特征在于：进一步包括一个时钟，所述的时钟按用户输入使计时器作业和不作业。91. The operable control system of claim 88, further comprising a clock, said clock enabling and disabling the timer in response to user input.92、根据权利要求88所述的可操作的控制系统，其特征在于：进一步包括用于控制系统的锁定装置，所述锁定装置制止非用户进入控制系统。92. The operable control system of claim 88, further comprising locking means for the control system, said locking means preventing access to the control system by non-users.93、根据权利要求88所述的可操作的控制系统，其特征在于：所述输入装置由自备的、便携的远距离单元件操作，所述进入码和至少一种用户编程作业时间段被输入到远距离单元件内。93. The operable control system of claim 88, wherein said input device is operated by a self-contained, portable remote unit, said entry code and at least one user programmed operating time period are controlled by Input into the remote unit.94、根据权利要求88所述的可操作的控制系统，其特征在于：输入装置是一个磁卡读卡器。94. The operable control system of claim 88, wherein the input device is a magnetic card reader.95、根据权利要求94所述的可操作的控制系统，其特征在于：进一步说明用户进入输入装置用的是磁性材料做的卡。95. The operable control system according to claim 94, characterized in that it is further specified that the user uses a card made of magnetic material to enter the input device.96、一种用于电子设备的锁具控制系统，它包括有电源、内置作业件和驱动件，其特征在于所述设备作业的锁具控制系统有：96. A lock control system for electronic equipment, which includes a power supply, built-in operating parts and driving parts, characterized in that the lock control system for the device operation includes:一个预置的用户进入码；A preset user access code;一个用户编程功能作业时间段，所述作业时间段由用户设置，随进入码输入后进入；A user programming function operating time period, the operating time period is set by the user and entered after entering the entry code;输入装置：所述输入装置用于输入用户进入码和编程的作业时间段；Input device: the input device is used for inputting user access code and programmed working time period;一个读出屏，所述读出屏在箱体外能看见，控制设备操作状态；A readout screen, which can be seen outside the box, controls the operating state of the equipment;一个内置控制件，所述内置控制件与输入装置、电源、驱动件和作业件直接通讯；a built-in control in direct communication with the input device, power supply, drive and work piece;所述内置控制件在没有输入预定的用户进入码时，内置控制件以制止电能从电源传导到驱动件的方式控制所述设备的作业，输入用户码能使电能从电源通向驱动件；在编程的作业时间段期间允许设备连续地或间隔地作业，并在编程作业时间段消失后制止设备作业。When the built-in control part does not input a predetermined user access code, the built-in control part controls the operation of the device in a manner that prevents the conduction of electric energy from the power supply to the drive part, and inputting the user code can make the electric energy pass from the power supply to the drive part; During the programmed operation time period, the equipment is allowed to work continuously or intermittently, and the equipment operation is stopped after the programmed operation time period disappears.97、根据权利要求96所述的控制系统，其特征在于：用于设备的进一步包括外部箱体，防止非用户进入控制系统。97. The control system of claim 96, wherein the device further includes an external enclosure to prevent non-users from entering the control system.98、一种用于至少一台电子设备的锁具控制系统，该控制系统的操作控制设备包括有电源、内部作业件和驱动件，其特征在于：98. A lock control system for at least one electronic device, the operation control device of the control system includes a power supply, internal operating parts and driving parts, characterized in that:输入装置：所述输入装置用于输入用户进入码；Input device: the input device is used to input user access code;一个读出屏，所述读出屏在箱体外能看见，控制设备操作状态；A readout screen, which can be seen outside the box, controls the operating state of the equipment;一个内置控制件，所述内置控制件与输入装置、电源、驱动件和作业件直接通讯；a built-in control in direct communication with the input device, power supply, drive and work piece;一个用户编程计时器，所述用户编程计时器能与控制件通讯，并能用户确定的作业时间段内，使电能从电源通向驱动件，所述用户确定的作业时间段由用户在输入装置中设置，随进入码输入后进入；a user-programmable timer capable of communicating with the control member and enabling electrical power to be passed from the power source to the drive member for a user-determined period of operation determined by the user at the input device Set in, enter after entering the code;时钟，按用户输入程序对编程计时器作业或不作业；输入用户码后使电源与作业件、驱动件之间的电流导通，并在用户确定的时间段期间，设备可连续地和间隔地作业，所述的用户确定的时间段由编程计时器监视。The clock operates or does not operate the programmed timer according to the user input program; after the user code is input, the current between the power supply, the operating part and the driving part is turned on, and during the time period determined by the user, the device can be continuously and intermittently jobs, the user-determined period of time is monitored by a programmed timer.99、一种用于电子设备的锁具控制系统，该设备的操作控制系统包括电源、作业件，其特征在于：99. A lock control system for electronic equipment, the operation control system of the equipment includes a power supply and working parts, characterized in that:a、至少一个用户进入码；a. At least one user access code;b、至少一个用户编程功能作用时间段，由用户随输入进入码后设置；b. At least one user programming function action time period, which is set by the user after inputting the entry code;c、输入装置，所述输入装置用于接纳用户进入码和编程功能作用时间段。c. Input means for receiving user access codes and programming function active time periods.d、内部控制件，所述内部控制件与所述输入装置、电源和编程功能作用时间段直接通讯；d. An internal control part, the internal control part communicates directly with the input device, power supply and programming function action time period;没有用户进入码的输入，在其中的所述内部控制件阻止电源与作业件之间的电流导通，以制止设备作业，输入用户码能使电流从电源传导到作业件，并在编程作业时间段期间，允许作业件连续地和间隔地作业，当编程作业时间段期间消失，制止设备作业。Without the input of a user access code, the internal control member therein prevents the conduction of current between the power supply and the work piece to stop the operation of the equipment. During the period, the operation is allowed to operate continuously and at intervals, and when the programmed operation time period disappears, the operation of the equipment is prohibited.100、根据权利要求99所述的控制系统，其特征在于：在其中的至少一个所述至少一个用户进入码能让用户给所述的用户编程作业时间段编程。100. The control system of claim 99, wherein at least one of said at least one user access codes therein enables a user to program said user-programmed job time periods.101、根据权利要求100所述的控制系统，其特征在于：在其中的至少一个所述至少一个用户进入码只能在编程作业时间段内操作所述设备。101. The control system of claim 100, wherein at least one of said at least one user access codes can only operate said equipment during programmed operating hours.102、根据权利要求99所述的控制系统，其特征在于：进一步还包括一个时钟，所述时钟按用户输入对计时器作业和不作业。102. The control system of claim 99, further comprising a clock, said clock enabling and disabling the timer according to user input.103、根据权利要求99所述的控制系统，其特征在于：进一步还包括用于控制系统的锁定装置，所述锁定装置能制止非用户进入控制系统。103. The control system according to claim 99, further comprising a locking device for the control system, said locking device preventing non-users from entering the control system.104、根据权利要求99所述的控制系统，其特征在于：在其中的输入装置由自备的、便携带的远距离装置操作，用户进入码和至少一个用户编程作业时间段在所述的远距离装置中输入。104. The control system according to claim 99, wherein the input device is operated by a self-contained, portable remote device, and the user access code and at least one user-programmed operation time period are in said remote device. Enter in the distance device.105、根据权利要求99所述的控制系统，其特征在于：在其中的输入装置是磁卡阅读器。105. The control system of claim 99, wherein the input device is a magnetic card reader.106、根据权利要求105所述的控制系统，其特征在于：用户使用磁卡进入所述的磁卡阅读器。106. The control system according to claim 105, wherein the user uses a magnetic card to access the magnetic card reader.107、一种用于电子设备的锁具控制系统，它包括有电源、内置作业件、驱动件，其特征在于所述设备的控制系统有：107. A lock control system for electronic equipment, which includes a power supply, built-in operating parts, and driving parts, and is characterized in that the control system of the device includes:一个预置的用户进入码；A preset user access code;一个用户预置的编程作业时间段，所述用户预置的编程作业时间段随进入码后输入；A user-preset programming operation time period, which is input after the entry code;输入装置，所述输入装置用于输入用户预置的用户进入码和编程作业时间段。The input device is used for inputting the user preset user access code and programming operation time period.一个读出屏，所述读出屏在箱体外能看见，提供控制设备操作状态；A readout screen, which is visible outside the enclosure and provides control equipment operating status;内部控制件，所述内部控制件与所述输入装置、电源、驱动件和作业件直接通讯；an internal control in direct communication with the input device, power source, driver and work piece;没有输入预置的用户进入码，在其中的所述内部控制件就阻止电源与驱动件之间的电流导通，以制止设备作业，输入用户码能使电流从电源传导到驱动件，并在编程作业时间段期间，允许设备连续地和间隔地作业，当编程作业时间段期间消失，制止设备作业。Without entering a preset user access code, the internal control therein prevents the conduction of current between the power supply and the driver to prevent the operation of the device, and entering the user code enables current to be conducted from the power supply to the driver, and on During the programmed operation time period, the equipment is allowed to work continuously and intermittently, and when the programmed operation time period disappears, the equipment operation is stopped.108、根据权利要求96所述的控制系统，其特征在于进一步还包括：壳体上的锁定装置，所述锁定装置防止非用户进入所述控制系统。108. The control system of claim 96, further comprising: a locking device on the housing, said locking device preventing non-users from entering said control system.109、一种用于电子设备的锁具控制系统，其特征在于所述控制进入电子设备的操作控制系统有：109. A lock control system for electronic equipment, characterized in that the operation control system for controlling access to electronic equipment includes:一个输入装置；an input device;埋嵌的预编程码；Embedded pre-programmed code;接触区，所述的接触区从所述的至少一个输入装置中接收输入数据并将所述输入传输给埋嵌的预编程码；a contact area that receives input data from said at least one input device and transmits said input to embedded preprogrammed code;至少一个用户可编程功能程序；at least one user programmable function program;一个可编程输入序列，所述可编程输入序列能让用户使用至少一种输入装置编制所述的功能程序。A programmable input sequence that enables a user to program said function using at least one input device.110、根据权利要求109所述的控制系统，其特征在于：所述至少一种程序是作业时间段，所述程序是作业时间段有默认、增加和减少状态，所述作业时间段的修改可通过输入装置在输入的接收时，在接触区，在作业时间段的第一序列起至第二序列止的时间内进行。110. The control system according to claim 109, characterized in that: said at least one program is a working time period, said program has default, increasing and decreasing states of working time period, and the modification of said working time period can be When the input is received by the input device, it is carried out in the contact area during the time from the first sequence to the second sequence of the working time period.111、根据权利要求110所述的控制系统，其特征在于：其中的第一序列按默认时间段作用于所述设备，并且超过默认时间后，有第三序列增加作业时间。111. The control system according to claim 110, wherein the first sequence acts on the equipment according to a default time period, and after the default time is exceeded, there is a third sequence to increase the working time.112、根据权利要求111所述的控制系统，其特征在于：所述作业时间的修改开始时状态缓慢，并按第三序列的连续状态上升互快速状态。112. The control system according to claim 111, characterized in that the modification of the working time begins in a slow state, and then rises to a fast state in a third sequence of continuous states.113、根据权利要求112所述的控制系统，其特征在于：其中的所述的第四序列，以缓慢速度返回到修改状态。113. The control system of claim 112, wherein said fourth sequence returns to the modified state at a slow rate.114、根据权利要求112所述的控制系统，其特征在于：其中的所述的第五序列，调转所述修改方向。114. The control system according to claim 112, wherein said fifth sequence reverses said modification direction.115、根据权利要求110所述的控制系统，其特征在于：其中的所述的默认，通过输入的第六序列修改。115. The control system according to claim 110, wherein said default is modified by the sixth sequence of input.116、根据权利要求115所述的控制系统，其特征在于：其中的所述的第七序列修改对编程阶段时间的默认。116. The control system of claim 115, wherein said seventh sequence modifies defaults to programming phase times.117、根据权利要求110所述的控制系统，其特征在于：进一步说明编程时间跨度指示器，所述编程时间跨度指示器用于指示该装置的时间。117. The control system of claim 110 further comprising a programmed time span indicator for indicating the time of the device.118、根据权利要求117所述的控制系统，其特征在于：进一步说明编程时间跨度指示器，所述编程时间跨度指示器与控制系统是一体的。118. The control system of claim 117, further comprising a programmed time span indicator, said programmed time span indicator being integral to the control system.119、根据权利要求117所述的控制系统，其特征在于：进一步说明编程时间跨度指示器，所述编程时间跨度指示器远离控制系统。119. The control system of claim 117, further comprising a programmed time span indicator, said programmed time span indicator being remote from the control system.120、根据权利要求109所述的控制系统，其特征在于：控制系统内的内置预编程密码保存在中心数据库内，所述内置预编程密码能够下载并设立附虽的远程输入装置。120. The control system according to claim 109, wherein the built-in pre-programmed password in the control system is stored in the central database, and the built-in pre-programmed password can be downloaded and set up with an attached remote input device.121、根据权利要求109所述的控制系统，其特征在于：其中至少一个控制系统内包括取自多个控制系统的内置预编程码。121. The control system of claim 109, wherein at least one of the control systems includes built-in pre-programmed code from a plurality of control systems.122、根据权利要求109所述的控制系统，其特征在于：其中的控制系统与电子设备是一体的。122. The control system according to claim 109, wherein the control system is integrated with the electronic equipment.123、根据权利要求109所述的控制系统，其特征在于：其中的控制系统远离电子设备。123. The control system of claim 109, wherein the control system is remote from the electronic equipment.

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