CN106714132B - Intelligent display terminal, intelligent equipment, intelligent interaction method and system - Google Patents
Intelligent display terminal, intelligent equipment, intelligent interaction method and systemDownload PDFInfo
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- CN106714132B CN106714132BCN201710053973.5ACN201710053973ACN106714132BCN 106714132 BCN106714132 BCN 106714132BCN 201710053973 ACN201710053973 ACN 201710053973ACN 106714132 BCN106714132 BCN 106714132B
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- H04W8/005—Discovery of network devices, e.g. terminals
- H—ELECTRICITY
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- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
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Abstract
Translated fromChineseDescription
Translated fromChinese技术领域technical field
本发明涉及智能交互技术领域，尤其涉及一种智能显示终端和智能设备、智能交互方法及系统。The present invention relates to the technical field of intelligent interaction, and in particular, to an intelligent display terminal and intelligent device, and an intelligent interaction method and system.
背景技术Background technique
随着物联网技术的发展，物联网智能家居极大地方便了人们的生活和工作。例如人们可以利用电视机等显示终端与各种智能设备进行互联互通，实现不同设备之间的联动。With the development of IoT technology, IoT smart home has greatly facilitated people's life and work. For example, people can use display terminals such as televisions to communicate with various smart devices to realize linkage between different devices.
但是在日常生活中，当电视机与智能设备连接之后，若用户想要通过电视机查看该智能设备的设备信息(如设备属性信息，设备使用信息等)时，往往需要将智能设备的设备信息调出来，再在电视机中进行显示操作才能查看到智能设备的设备信息。However, in daily life, after the TV is connected to the smart device, if the user wants to view the device information (such as device attribute information, device usage information, etc.) of the smart device through the TV, it is often necessary to convert the device information of the smart device Call it out, and then perform the display operation on the TV to view the device information of the smart device.
以上所述方法需要用户手工操作智能设备和电视机的配置信息，导致操作过程过于复杂，步骤繁琐冗余，极大地伤害了用户的使用体验，无法体现出智能家居的智能化。The above method requires the user to manually operate the configuration information of the smart device and the TV, resulting in an overly complicated operation process, cumbersome and redundant steps, greatly harming the user's experience, and failing to reflect the intelligence of the smart home.
发明内容SUMMARY OF THE INVENTION
本发明的主要目的在于提供一种智能显示终端和智能设备、智能交互方法及系统，旨在解决显示终端与智能设备连接后，显示终端无法智能地显示识别智能设备的设备信息，导致操作流程复杂，步骤繁琐冗余的技术问题。The main purpose of the present invention is to provide an intelligent display terminal and intelligent equipment, and an intelligent interaction method and system, which aims to solve the problem that after the display terminal is connected with the intelligent equipment, the display terminal cannot intelligently display the equipment information for identifying the intelligent equipment, resulting in complicated operation process. , the technical problems of cumbersome and redundant steps.
为实现上述目的，本发明实施例提供一种智能显示终端，所述智能显示终端包括：To achieve the above purpose, an embodiment of the present invention provides an intelligent display terminal, where the intelligent display terminal includes:
第一获取模块，用于当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；a first acquiring module, configured to acquire the connection request when it is detected that there is a connection request sent by the smart device within a preset range around the smart display terminal;
第一判断模块，用于判断智能显示终端中是否存在该连接请求的第一连接信息；a first judging module for judging whether the first connection information of the connection request exists in the intelligent display terminal;
第一发送模块，用于当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；a first sending module, configured to send an automatic connection request instruction to the intelligent device when it is detected that the first connection information of the connection request exists in the intelligent display terminal;
显示模块，用于当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。The display module is configured to display the device information in the first connection information in the intelligent display terminal on the display screen of the intelligent display terminal when it is detected that the intelligent display terminal has established a connection with the intelligent device.
可选地，连接请求中包括了接口指令，所述智能显示终端还包括：Optionally, the connection request includes an interface command, and the intelligent display terminal further includes:
分析模块，用于当检测到智能显示终端中不存在该连接请求的第一连接信息时，分析连接请求的接口类型，并根据接口类型提供对应的接口；an analysis module, configured to analyze the interface type of the connection request when it is detected that the first connection information of the connection request does not exist in the intelligent display terminal, and provide a corresponding interface according to the interface type;
第二发送模块，用于向智能设备发送对应接口的接口连接指令，以供智能设备连接；The second sending module is used to send the interface connection instruction of the corresponding interface to the smart device for the smart device to connect;
第二获取模块，用于获取智能设备发送的设备信息并存储为第一连接信息；a second acquisition module, configured to acquire the device information sent by the smart device and store it as the first connection information;
所述显示模块还用于当检测到智能显示终端基于所述接口连接指令的接口与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。The display module is further configured to display the device information in the first connection information in the intelligent display terminal on the display screen of the intelligent display terminal when it is detected that the intelligent display terminal establishes a connection with the intelligent device based on the interface of the interface connection instruction.
本发明实施例提供一种智能设备，所述智能设备包括：An embodiment of the present invention provides a smart device, and the smart device includes:
第三发送模块，用于向智能设备周围预设范围内发送连接请求；The third sending module is used to send a connection request to a preset range around the smart device;
第二判断模块，用于当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；The second judgment module is configured to judge whether the first connection information in the automatic connection request instruction is consistent with the second connection information in the intelligent device when detecting the automatic connection request instruction sent by the intelligent display terminal;
连接模块，用于当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接。The connection module is configured to establish a connection between the smart device and the smart display terminal when it is detected that the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device.
可选地，所述智能设备还包括：Optionally, the smart device further includes:
第三判断模块，用于当检测到智能显示终端发送的接口连接指令，判断该接口连接指令的接口类型与智能设备的接口类型是否一致；a third judgment module, configured to judge whether the interface type of the interface connection instruction is consistent with the interface type of the intelligent device when the interface connection instruction sent by the intelligent display terminal is detected;
所述连接模块还用于当检测到接口连接指令的接口类型与智能设备的接口类型一致时，将智能设备与智能显示终端基于接口连接指令的接口类型建立连接，并向智能显示终端发送智能设备的设备信息。The connection module is also used to establish a connection between the intelligent device and the intelligent display terminal based on the interface type of the interface connection instruction when it is detected that the interface type of the interface connection instruction is consistent with the interface type of the intelligent device, and send the intelligent device to the intelligent display terminal. device information.
同时，为实现上述目的，本发明还提供一种基于智能显示终端的智能交互方法，主要应用于智能显示终端，所述基于智能显示终端的智能交互方法包括：Meanwhile, in order to achieve the above purpose, the present invention also provides an intelligent interaction method based on an intelligent display terminal, which is mainly applied to the intelligent display terminal. The intelligent interaction method based on the intelligent display terminal includes:
当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；When detecting that there is a connection request sent by the smart device within a preset range around the smart display terminal, obtain the connection request;
判断智能显示终端中是否存在该连接请求的第一连接信息；Determine whether the first connection information of the connection request exists in the intelligent display terminal;
当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；When detecting that the first connection information of the connection request exists in the intelligent display terminal, send an automatic connection request instruction to the intelligent device;
当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。When it is detected that the smart display terminal has established a connection with the smart device, the device information in the first connection information in the smart display terminal is displayed on the display screen of the smart display terminal.
可选地，连接请求中包括了接口指令，所述判断智能显示终端中是否存在该连接请求的第一连接信息的步骤之后还包括：Optionally, the connection request includes an interface instruction, and the step of judging whether the first connection information of the connection request exists in the intelligent display terminal further includes:
当检测到智能显示终端中不存在该连接请求的第一连接信息时，分析连接请求的接口类型，并根据接口类型提供对应的接口；When detecting that the first connection information of the connection request does not exist in the intelligent display terminal, analyze the interface type of the connection request, and provide a corresponding interface according to the interface type;
向智能设备发送对应接口的接口连接指令，以供智能设备连接；Send the interface connection instruction of the corresponding interface to the smart device for the smart device to connect;
获取智能设备发送的设备信息并存储为第一连接信息；Obtain the device information sent by the smart device and store it as the first connection information;
当检测到智能显示终端基于所述接口连接指令的接口与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。When it is detected that the intelligent display terminal establishes a connection with the intelligent device based on the interface of the interface connection instruction, the device information in the first connection information in the intelligent display terminal is displayed on the display screen of the intelligent display terminal.
本发明还提供一种基于智能设备的智能交互方法，主要应用于智能设备，所述基于智能设备的智能交互方法包括：The present invention also provides an intelligent interaction method based on intelligent equipment, which is mainly applied to intelligent equipment. The intelligent interaction method based on intelligent equipment includes:
向智能设备周围预设范围内发送连接请求；Send a connection request to a preset range around the smart device;
当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；When detecting the automatic connection request instruction sent by the intelligent display terminal, determine whether the first connection information in the automatic connection request instruction is consistent with the second connection information in the intelligent device;
当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接。When it is detected that the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device, a connection is established between the smart device and the smart display terminal.
可选地，所述向智能设备周围预设范围内发送连接请求的步骤之后还包括：Optionally, after the step of sending a connection request to a preset range around the smart device, the method further includes:
当检测到智能显示终端发送的接口连接指令，判断该接口连接指令的接口类型与智能设备的接口类型是否一致；When detecting the interface connection instruction sent by the intelligent display terminal, determine whether the interface type of the interface connection instruction is consistent with the interface type of the intelligent device;
当检测到接口连接指令的接口类型与智能设备的接口类型一致时，将智能设备与智能显示终端基于接口连接指令的接口类型建立连接，并向智能显示终端发送智能设备的设备信息。When it is detected that the interface type of the interface connection instruction is consistent with the interface type of the intelligent device, the intelligent device and the intelligent display terminal are connected based on the interface type of the interface connection instruction, and the device information of the intelligent device is sent to the intelligent display terminal.
此外，为实现上述目的，本发明还提供一种智能交互系统，所述智能交互系统包括智能显示终端和智能设备，其中，所述智能显示终端包括：In addition, in order to achieve the above object, the present invention also provides an intelligent interactive system, the intelligent interactive system includes an intelligent display terminal and an intelligent device, wherein the intelligent display terminal includes:
第一获取模块，用于当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；a first acquiring module, configured to acquire the connection request when it is detected that there is a connection request sent by the smart device within a preset range around the smart display terminal;
第一判断模块，用于判断智能显示终端中是否存在该连接请求的第一连接信息；a first judging module for judging whether the first connection information of the connection request exists in the intelligent display terminal;
第一发送模块，用于当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；a first sending module, configured to send an automatic connection request instruction to the intelligent device when it is detected that the first connection information of the connection request exists in the intelligent display terminal;
显示模块，用于当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息；a display module, configured to display the device information in the first connection information in the intelligent display terminal on the display screen of the intelligent display terminal when it is detected that a connection is established between the intelligent display terminal and the intelligent device;
所述智能设备用于发送连接请求、用于接收第一发送模块发送的自动连接请求指令、用于与智能显示终端建立连接。The smart device is used for sending a connection request, for receiving an automatic connection request instruction sent by the first sending module, and for establishing a connection with the smart display terminal.
可选地，所述智能设备包括：Optionally, the smart device includes:
第三发送模块，用于向智能设备周围预设范围内发送连接请求；The third sending module is used to send a connection request to a preset range around the smart device;
第二判断模块，用于当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；The second judgment module is configured to judge whether the first connection information in the automatic connection request instruction is consistent with the second connection information in the intelligent device when detecting the automatic connection request instruction sent by the intelligent display terminal;
连接模块，用于当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接；a connection module, configured to establish a connection between the smart device and the smart display terminal when it is detected that the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device;
所述智能显示终端用于接收第三发送模块发送的连接请求、用于发送自动连接请求指令。The intelligent display terminal is used for receiving the connection request sent by the third sending module and for sending an automatic connection request instruction.
本发明的技术方案中，首先，当第一获取模块检测到智能显示终端周围预设范围内存在智能设备的连接请求时，获取该连接请求；接着第一判断模块判断智能显示终端中是否存在该连接请求的第一连接信息；然后当第一发送模块检测到智能显示终端中存在预存的该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；最后当显示模块检测到智能显示终端与智能设备基于自动连接请求指令的接口类型建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。本发明通过对智能设备的发现、智能设备的互联互通协议的整合，使智能设备在系统层就能够进行直接对接，从而直接获取设备信息，而不必人为手动地去进行配置，从而简化复杂的操作流程，减少繁琐的操作步骤，提高智能显示终端和智能设备的数据交换效率，进而提升用户的使用体验。In the technical solution of the present invention, firstly, when the first obtaining module detects that there is a connection request of a smart device in a preset range around the smart display terminal, the connection request is obtained; then the first judging module judges whether the smart display terminal has the connection request. the first connection information of the connection request; then when the first sending module detects that there is the first connection information of the connection request pre-stored in the intelligent display terminal, it sends an automatic connection request instruction to the intelligent device; finally, when the display module detects that the intelligent When the display terminal and the smart device establish a connection based on the interface type of the automatic connection request instruction, the device information in the first connection information in the smart display terminal is displayed on the display screen of the smart display terminal. Through the discovery of intelligent equipment and the integration of the interconnection protocol of intelligent equipment, the invention enables intelligent equipment to be directly connected at the system layer, thereby directly obtaining equipment information without manual configuration, thereby simplifying complex operations. process, reduce tedious operation steps, improve the data exchange efficiency between the smart display terminal and the smart device, and then improve the user experience.
附图说明Description of drawings
图1是本发明智能显示终端第一实施例的模块示意图；Fig. 1 is the module schematic diagram of the first embodiment of the intelligent display terminal of the present invention;
图2为本发明智能显示终端第二实施例的模块示意图；2 is a schematic diagram of a module of a second embodiment of an intelligent display terminal of the present invention;
图3为本发明智能设备第一实施例的模块示意图；3 is a schematic diagram of a module of a first embodiment of a smart device according to the present invention;
图4为本发明智能设备第二实施例的模块示意图；4 is a schematic diagram of a module of a second embodiment of a smart device according to the present invention;
图5为本发明基于智能显示终端的智能交互方法第一实施例的流程示意图；5 is a schematic flowchart of a first embodiment of an intelligent interaction method based on an intelligent display terminal of the present invention;
图6为本发明基于智能显示终端的智能交互方法第二实施例的流程示意图；6 is a schematic flowchart of a second embodiment of an intelligent interaction method based on an intelligent display terminal of the present invention;
图7为本发明基于智能设备的智能交互方法第一实施例的流程示意图；7 is a schematic flowchart of a first embodiment of an intelligent interaction method based on a smart device of the present invention;
图8为本发明基于智能设备的智能交互方法第二实施例的流程示意图；8 is a schematic flowchart of a second embodiment of an intelligent interaction method based on a smart device of the present invention;
图9为本发明智能交互系统第一实施例和第二实施例的系统实物示意图；FIG. 9 is a schematic diagram of the system in the first embodiment and the second embodiment of the intelligent interactive system of the present invention;
图10为本发明智能交互系统第一实施例和第二实施例的系统模块示意图。FIG. 10 is a schematic diagram of system modules of the first embodiment and the second embodiment of the intelligent interaction system of the present invention.
本发明目的的实现、功能特点及优点将结合实施例，参考附图做进一步说明。The realization, functional features and advantages of the present invention will be further described with reference to the accompanying drawings in conjunction with the embodiments.
具体实施方式Detailed ways
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.
现在将参考附图描述实现本发明各个实施例的智能显示终端和智能设备。在后续的描述中，使用用于表示元件的诸如“模块”、“部件”或“单元”的后缀仅为了有利于本发明的说明，其本身并没有特定的意义。因此，“模块”与“部件”可以混合地使用。Smart display terminals and smart devices implementing various embodiments of the present invention will now be described with reference to the accompanying drawings. In the following description, suffixes such as 'module', 'component' or 'unit' used to represent elements are used only to facilitate the description of the present invention, and have no specific meaning per se. Therefore, "module" and "component" can be used interchangeably.
所述智能显示终端和/或智能设备可以是智能电视、ipad、手机等具有操作系统的智能终端，既可以是移动终端，也可以是固定装置。The intelligent display terminal and/or the intelligent device may be an intelligent terminal with an operating system such as a smart TV, an ipad, a mobile phone, etc., and may be a mobile terminal or a fixed device.
参考图1，本发明提供一种智能显示终端，在智能显示终端第一实施例中，所述智能显示终端包括：Referring to FIG. 1, the present invention provides an intelligent display terminal. In the first embodiment of the intelligent display terminal, the intelligent display terminal includes:
第一获取模块10，用于当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；The first obtaining
智能显示终端作为连接智能设备的中枢装备，在连接过程中其主导作用。发挥其主导作用的前提是成功连接上智能设备。一个智能显示终端可与多个智能设备进行连接，但一个智能设备在同一时间内智能连接到一个智能显示终端上。因此第一获取模块10需要实时检测在智能显示终端附近预设范围内是否存在智能设备的连接请求，当第一获取模块10检测到智能设备的连接请求时，获取该连接请求。由于智能显示终端一般属于固定终端，一旦确定其位置便不会轻易更改，因此智能显示终端的检测到的范围一般是一个比较固定的预设范围，如5米，10米等，其预设范围根据智能显示终端的实际情况的不同而各有不同。As the central equipment for connecting smart devices, the smart display terminal plays a leading role in the connection process. The premise of playing its leading role is the successful connection of smart devices. One smart display terminal can be connected with multiple smart devices, but one smart device is intelligently connected to one smart display terminal at the same time. Therefore, the first obtaining
智能设备会事先发射出其本身所支持的连接请求，该连接请求是沟通智能显示终端和智能设备的请求指令，智能显示终端在获取到该连接请求后，才能执行后续的操作功能。The smart device will transmit a connection request supported by itself in advance. The connection request is a request instruction to communicate with the smart display terminal and the smart device. After the smart display terminal obtains the connection request, it can perform subsequent operation functions.
当前的智能设备主要有三种形式：WIFI连接设备、蓝牙设备、USB HID设备。对智能设备的检测主要依靠是对智能设备的连接协议进行搜索扫描，例如，对于WIFI设备的发现使用局域网的UDP、MDNS等协议在智能显示终端中进行广播搜索；对于蓝牙设备使用通用的蓝牙4.0协议进行蓝牙搜索；对于USB-HID设备通过对USB的设备节点进行搜索扫描。There are three main forms of current smart devices: WIFI connected devices, Bluetooth devices, and USB HID devices. The detection of smart devices mainly relies on searching and scanning the connection protocols of smart devices. For example, for the discovery of WIFI devices, use the local area network UDP, MDNS and other protocols to broadcast search in the smart display terminal; for Bluetooth devices, use the general Bluetooth 4.0 The protocol is used for Bluetooth search; for USB-HID devices, the USB device node is searched and scanned.
第一判断模块20，用于判断智能显示终端中是否存在该连接请求的第一连接信息；The
所述连接请求中一般包括有智能设备的连接协议(如WIFI协议、蓝牙协议、红外协议等通讯协议)和第一连接信息(即本智能设备的设备信息、验证校验信息、连接兼容性等等)等等信息。The connection request generally includes the connection protocol of the smart device (such as WIFI protocol, Bluetooth protocol, infrared protocol and other communication protocols) and the first connection information (that is, the device information of the smart device, verification information, connection compatibility, etc. etc.) etc. information.
智能显示终端可能在之前与该智能设备存在过历史连接记录，并且智能显示终端将该历史连接记录中的连接信息保留了下来。本实施例中，第一判断模块20在智能显示终端获取到智能设备的连接请求时，通过分析该连接请求，在智能显示终端的数据存储单元中的存储信息进行检索，从而判断智能显示终端是否存在过与该连接请求中的第一连接信息。例如，智能设备在三天前与智能显示终端进行过连接，然后智能设备又与智能显示终端断开连接了，那么在智能显示终端与智能设备断开之前，智能显示终端会保存有三天前与智能设备进行连接的第一连接信息。该第一连接信息就会作为下一次智能显示终端与智能设备进行连接时进行判断的参考数据源。The smart display terminal may have a historical connection record with the smart device before, and the smart display terminal retains the connection information in the historical connection record. In this embodiment, when the smart display terminal acquires the connection request of the smart device, the
需要说明的是，对第一连接信息的判断一般是通过对第一连接信息中设备信息进行对比分析，如设备信息中的IP地址，MAC地址等等身份标识数据信息。It should be noted that the first connection information is generally judged by comparative analysis of the device information in the first connection information, such as the IP address, MAC address and other identification data information in the device information.
第一发送模块30，用于当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；The
假设智能显示终端中存在有该连接请求中的第一连接信息，则证明所述智能显示终端曾经与智能设备进行过连接，且智能显示终端保存有该智能设备的设备信息，即智能设备已经获得智能显示终端允许连接的权限，那么在本次连接过程中，智能设备可以成为智能显示终端的免验证校验连接设备，进行自动连接，而不需要进行密码或身份验证校验了，以便实现智能化连接，简化智能显示终端和智能设备重新验证校验的流程。Assuming that the first connection information in the connection request exists in the intelligent display terminal, it proves that the intelligent display terminal has been connected with the intelligent device once, and the intelligent display terminal saves the device information of the intelligent device, that is, the intelligent device has obtained If the smart display terminal has permission to connect, then in this connection process, the smart device can become the verification-free verification connection device of the smart display terminal, and automatically connect without the need for password or identity verification, so as to realize intelligent The connection is simplified, and the process of re-verification and verification of smart display terminals and smart devices is simplified.
显示模块40，用于当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。The
智能显示终端与智能设备之间的连接涉及到智能显示终端本身，因此智能显示终端能够实时检测到与智能设备的连接状态是否已连接。一旦智能显示终端的显示模块40检测到智能显示终端与智能设备基于所述自动连接请求指令的接口类型完成了二者之间的连接，即证明所述智能显示终端所连接的智能设备是曾经与智能显示终端进行过连接的智能设备，在智能显示终端中保存的第一连接信息依旧适用于当前状况下智能设备，那么在智能显示终端的显示屏上可以直接显示所述第一连接信息中的设备信息，以供用户进行查看或进行其他的操作。The connection between the smart display terminal and the smart device involves the smart display terminal itself, so the smart display terminal can detect in real time whether the connection status with the smart device has been connected. Once the
本发明的技术方案中，首先，当第一获取模块10检测到智能显示终端周围预设范围内存在智能设备的连接请求时，获取该连接请求；接着第一判断模块20判断智能显示终端中是否存在该连接请求的第一连接信息；然后当第一发送模块30检测到智能显示终端中存在预存的该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；最后当显示模块40检测到智能显示终端与智能设备基于自动连接请求指令的接口类型建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。本发明通过对智能设备的发现、智能设备的互联互通协议的整合，使智能设备在系统层就能够进行直接对接，从而直接获取设备信息，而不必人为手动地去进行配置，从而简化复杂的操作流程，减少繁琐的操作步骤，提高智能显示终端和智能设备的数据交换效率，进而提升用户的使用体验。In the technical solution of the present invention, firstly, when the first obtaining
进一步地，在本发明智能显示终端第一实施例的基础上，提出智能显示终端第二实施例，参考图2，所述第二实施例与第一实施例之间的区别在于，连接请求中包括了接口指令，所述智能显示终端还包括：Further, based on the first embodiment of the intelligent display terminal of the present invention, a second embodiment of the intelligent display terminal is proposed. Referring to FIG. 2 , the difference between the second embodiment and the first embodiment is that in the connection request Including interface instructions, the intelligent display terminal also includes:
分析模块50，用于当检测到智能显示终端中不存在该连接请求的第一连接信息时，分析连接请求的接口类型，并根据接口类型提供对应的接口；An
若智能显示终端检测到智能显示终端中不存在该连接请求的第一连接信息，则证明该连接请求的发出源(即对应的智能设备)并未与智能显示终端存在过连接历史，或者其连接历史信息并未被智能显示终端存储。也就是说，此时的智能设备对于智能显示终端是新的未知设备，需要进行分析研究，以便智能设备能够以正确的路径顺利地连接到智能显示终端上。If the intelligent display terminal detects that the first connection information of the connection request does not exist in the intelligent display terminal, it proves that the source of the connection request (that is, the corresponding intelligent device) has no connection history with the intelligent display terminal, or its connection Historical information is not stored by the intelligent display terminal. That is to say, the smart device at this time is a new and unknown device for the smart display terminal, and analysis and research need to be carried out so that the smart device can be successfully connected to the smart display terminal with a correct path.
分析模块50主要用于分析智能设备的连接请求，从其连接请求中分析出该智能设备的接口类型，例如蓝牙设备的连接请求必定是遵循蓝牙协议，其接口类型必定是蓝牙接口；USB-HID设备的连接请求必定是遵循USB-HID协议，其接口类型必定是USB接口等等。通过分析连接请求的接口类型，将智能显示终端本身的接口服务协议调整为对应的接口类型，即智能显示终端将主流的接口通信协议进行了集中整合，使得智能显示终端能够完成对智能设备不同接口的统一连接。只需要分析模块50分析出连接请求中的接口类型，再将智能显示终端本身的接口类型与连接请求中的接口类型进行调整适配，智能显示终端便能够提供智能设备以相对应的接口类型。The
第二发送模块60，用于向智能设备发送对应接口的接口连接指令，以供智能设备连接；The
智能显示终端将接口类型调整为智能设备所适配的接口类型之后，向智能设备发送出调整后的接口类型的接口连接指令，以便智能设备能够据此进行连接。After the intelligent display terminal adjusts the interface type to the interface type adapted to the intelligent device, it sends an interface connection instruction of the adjusted interface type to the intelligent device, so that the intelligent device can connect accordingly.
第二获取模块70，用于获取智能设备发送的设备信息并存储为第一连接信息；The second obtaining
在智能显示终端与智能设备基于其接口连接指令的接口类型建立连接之后，智能显示终端可以获取到智能设备发送过来的设备信息，该设备信息将被预设为智能显示终端中该智能设备的第一连接信息的参考数据源，以供下一次连接智能设备时进行判断的数据记录。After the smart display terminal and the smart device establish a connection based on the interface type of the interface connection instruction, the smart display terminal can obtain the device information sent by the smart device, and the device information will be preset as the first number of the smart device in the smart display terminal. A reference data source of connection information, for the data record of judgment when connecting the smart device next time.
所述显示模块40还用于当检测到智能显示终端基于所述接口连接指令的接口与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。The
智能显示终端与智能设备之间的连接涉及到智能显示终端本身，因此智能显示终端能够实时检测到与智能设备的连接状态是否已连接。一旦智能显示终端的显示模块40检测到智能显示终端与智能设备基于所述接口连接指令的接口类型的接口类型完成了二者之间的连接，那么在智能显示终端的显示屏上可以直接显示所述第一连接信息中的设备信息，以供用户进行查看或进行其他的操作。The connection between the smart display terminal and the smart device involves the smart display terminal itself, so the smart display terminal can detect in real time whether the connection status with the smart device has been connected. Once the
本发明还提供一种智能设备，在智能设备第一实施例中，参考图3，在智能设备第一实施例中，所述智能设备包括：The present invention also provides a smart device. In the first embodiment of the smart device, referring to FIG. 3 , in the first embodiment of the smart device, the smart device includes:
第三发送模块80，用于向智能设备周围预设范围内发送连接请求；a
智能设备连接到智能显示终端上需要现在起周围的预设范围内发出连接请求，只有第三发送模块80发出连接请求，才证明该智能设备属于可连接设备，智能显示终端才能获取到智能设备的连接请求，从而执行接下来的连接流程。When the smart device is connected to the smart display terminal, it needs to send a connection request within a preset range from now on. Only when the
第二判断模块90，用于当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；The
智能显示终端在发出自动连接请求时，则证明该智能设备曾经与智能显示终端进行过连接，接下来需要智能设备进行判断，即假设智能设备与智能显示终端曾经进行过连接，那么智能设备中也应该保存有与该智能显示终端连接过的第二连接信息。将智能显示终端发送的自动连接请求指令中的第一连接信息与智能设备中的第二连接信息进行匹配判断，若二者一致，则证明智能设备确实与智能显示终端曾经连接过，反之，则证明智能设备未与智能显示终端进行过连接或智能显示终端不承认智能设备连接的合法性。When the smart display terminal sends out an automatic connection request, it proves that the smart device has been connected with the smart display terminal. Next, the smart device needs to make a judgment. That is, assuming that the smart device and the smart display terminal have been connected, then the smart device is also connected to the smart display terminal. The second connection information connected with the intelligent display terminal should be stored. The first connection information in the automatic connection request instruction sent by the intelligent display terminal and the second connection information in the intelligent device are matched and judged. If the two are consistent, it is proved that the intelligent device has indeed been connected with the intelligent display terminal. Otherwise, then Prove that the smart device has not been connected to the smart display terminal or that the smart display terminal does not recognize the legitimacy of the smart device connection.
连接模块100，用于当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接。The
若自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，那么证明智能设备具有与智能显示终端连接过的历史记录。即智能显示终端与智能设备二者皆拥有对方的连接信息，可以是连接密码，设备名称，连接协议类型等等，这些信息是在上一次连接过程中就已经配置好的信息，在本次连接过程中无需进行再次配置。因此连接模块100能够将智能设备与智能显示终端建立起连接。If the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device, it proves that the smart device has a history record of being connected with the smart display terminal. That is, both the smart display terminal and the smart device have the connection information of each other, which can be connection password, device name, connection protocol type, etc. These information are the information that have been configured in the last connection process. No reconfiguration is required during the process. Therefore, the
进一步地，在本发明智能设备第一实施例的基础上，提出智能设备第二实施例，参考图4，所述第二实施例与第一实施例之间的区别在于，所述智能设备还包括：Further, based on the first embodiment of the smart device of the present invention, a second embodiment of the smart device is proposed. Referring to FIG. 4 , the difference between the second embodiment and the first embodiment is that the smart device also include:
第三判断模块200，用于当检测到智能显示终端发送的接口连接指令，判断该接口连接指令的接口类型与智能设备的接口类型是否一致；The
假设智能显示终端发送的不是自动连接请求指令，而是接口连接指令，则证明智能显示终端与智能设备的接口类型不兼容，且智能显示终端已经根据智能设备之前发送的连接请求中的接口类型进行了相应的调整，以适配智能设备的连接前提。由于需要重新调整智能显示终端的接口类型，证明智能显示终端中并没有与该智能设备有过连接历史记录，那么二者之间需要重新协调配置。接口连接指令是智能显示终端与智能设备的连接验证，也可以是获得智能设备允许连接权限的指令。由于连接请求是智能设备发出的，因此在智能显示终端完成接口类型的调整之后，需要进行再一次的确认，因此智能设备在检测到智能显示终端的接口连接指令时，需要对该接口连接指令的接口类型与本身的接口类型进行判断，若一致，则证明二者进行连接的前提成立，反之则不成立。Assuming that what the smart display terminal sends is not an automatic connection request command, but an interface connection command, it proves that the interface types of the smart display terminal and the smart device are incompatible, and the smart display terminal has already sent the connection request based on the smart device. Corresponding adjustments have been made to adapt to the connection conditions of smart devices. Since the interface type of the smart display terminal needs to be readjusted, it is proved that the smart display terminal has no connection history with the smart device, so the two need to be re-coordinated and configured. The interface connection instruction is the verification of the connection between the smart display terminal and the smart device, and can also be an instruction to obtain permission to allow the connection of the smart device. Since the connection request is sent by the smart device, after the smart display terminal completes the adjustment of the interface type, it needs to be confirmed again. Therefore, when the smart device detects the interface connection command of the smart display terminal, it needs to confirm the interface connection command. The interface type is judged with its own interface type. If they are consistent, it proves that the premise of the connection between the two is true, and vice versa.
所述连接模块100还用于当检测到接口连接指令的接口类型与智能设备的接口类型一致时，将智能设备与智能显示终端基于接口连接指令的接口类型建立连接，并向智能显示终端发送智能设备的设备信息。The
若接口连接指令中的接口类型与智能设备中的接口类型一致时，那么证明智能设备能够与智能显示终端进行连接。因此连接模块100能够将智能设备与智能显示终端建立起连接，智能设备需要向智能显示终端发送本身的设备信息，以便智能显示终端将该设备信息存储为智能显示终端本身的第一连接信息。If the interface type in the interface connection instruction is consistent with the interface type in the smart device, it proves that the smart device can connect with the smart display terminal. Therefore, the
本发明还提供一种基于智能显示终端的智能交互方法，该基于智能显示终端的智能交互方法主要应用于智能显示终端上，在基于智能显示终端的智能交互方法第一实施例中，参考图5，所述基于智能显示终端的智能交互方法包括：The present invention also provides an intelligent interaction method based on an intelligent display terminal. The intelligent interaction method based on the intelligent display terminal is mainly applied to the intelligent display terminal. In the first embodiment of the intelligent interaction method based on the intelligent display terminal, refer to FIG. 5 , the intelligent interaction method based on the intelligent display terminal includes:
步骤S10，当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；Step S10, when detecting that there is a connection request sent by the smart device within a preset range around the smart display terminal, obtain the connection request;
智能显示终端作为连接智能设备的中枢装备，在连接过程中其主导作用。发挥其主导作用的前提是成功连接上智能设备。一个智能显示终端可与多个智能设备进行连接，但一个智能设备在同一时间内智能连接到一个智能显示终端上。因此智能显示终端需要实时检测在智能显示终端附近预设范围内是否存在智能设备的连接请求，当检测到智能设备的连接请求时，获取该连接请求。由于智能显示终端一般属于固定终端，一旦确定其位置便不会轻易更改，因此智能显示终端的检测到的范围一般是一个比较固定的预设范围，如5米，10米等，其预设范围根据智能显示终端的实际情况的不同而各有不同。As the central equipment for connecting smart devices, the smart display terminal plays a leading role in the connection process. The premise of playing its leading role is the successful connection of smart devices. One smart display terminal can be connected with multiple smart devices, but one smart device is intelligently connected to one smart display terminal at the same time. Therefore, the smart display terminal needs to detect in real time whether there is a connection request of the smart device within a preset range near the smart display terminal, and obtain the connection request when the connection request of the smart device is detected. Since the intelligent display terminal is generally a fixed terminal, once its position is determined, it will not be easily changed. Therefore, the detected range of the intelligent display terminal is generally a relatively fixed preset range, such as 5 meters, 10 meters, etc., its preset range It varies according to the actual situation of the intelligent display terminal.
智能设备会事先发射出其本身所支持的连接请求，该连接请求是沟通智能显示终端和智能设备的请求指令，智能显示终端在获取到该连接请求后，才能执行后续的操作功能。The smart device will transmit a connection request supported by itself in advance. The connection request is a request instruction to communicate with the smart display terminal and the smart device. After the smart display terminal obtains the connection request, it can perform subsequent operation functions.
当前的智能设备主要有三种形式：WIFI连接设备、蓝牙设备、USB HID设备。对智能设备的检测主要依靠是对智能设备的连接协议进行搜索扫描，例如，对于WIFI设备的发现使用局域网的UDP、MDNS等协议在智能显示终端中进行广播搜索；对于蓝牙设备使用通用的蓝牙4.0协议进行蓝牙搜索；对于USB-HID设备通过对USB的设备节点进行搜索扫描。There are three main forms of current smart devices: WIFI connected devices, Bluetooth devices, and USB HID devices. The detection of smart devices mainly relies on searching and scanning the connection protocols of smart devices. For example, for the discovery of WIFI devices, use the local area network UDP, MDNS and other protocols to broadcast search in the smart display terminal; for Bluetooth devices, use the general Bluetooth 4.0 The protocol is used for Bluetooth search; for USB-HID devices, the USB device node is searched and scanned.
步骤S20，判断智能显示终端中是否存在该连接请求的第一连接信息；Step S20, judging whether the first connection information of the connection request exists in the intelligent display terminal;
所述连接请求中一般包括有智能设备的连接协议(如WIFI协议、蓝牙协议、红外协议等通讯协议)和第一连接信息(即本智能设备的设备信息、验证校验信息、连接兼容性等等)等等信息。The connection request generally includes the connection protocol of the smart device (such as WIFI protocol, Bluetooth protocol, infrared protocol and other communication protocols) and the first connection information (that is, the device information of the smart device, verification information, connection compatibility, etc. etc.) etc. information.
智能显示终端可能在之前与该智能设备存在过历史连接记录，并且智能显示终端将该历史连接记录中的连接信息保留了下来。本实施例中，在智能显示终端获取到智能设备的连接请求时，通过分析该连接请求，在智能显示终端的数据存储单元中的存储信息进行检索，从而判断智能显示终端是否存在过与该连接请求中的第一连接信息。例如，智能设备在三天前与智能显示终端进行过连接，然后智能设备又与智能显示终端断开连接了，那么在智能显示终端与智能设备断开之前，智能显示终端会保存有三天前与智能设备进行连接的第一连接信息。该第一连接信息就会作为下一次智能显示终端与智能设备进行连接时进行判断的参考数据源。The smart display terminal may have a historical connection record with the smart device before, and the smart display terminal retains the connection information in the historical connection record. In this embodiment, when the intelligent display terminal obtains the connection request of the intelligent device, the information stored in the data storage unit of the intelligent display terminal is retrieved by analyzing the connection request, so as to determine whether the intelligent display terminal has ever been connected to the intelligent display terminal. The first connection information in the request. For example, if the smart device was connected to the smart display terminal three days ago, and then the smart device was disconnected from the smart display terminal, before the smart display terminal was disconnected from the smart device, the smart display terminal would keep the The first connection information for the smart device to connect. The first connection information will be used as a reference data source for judgment when the intelligent display terminal connects with the intelligent device next time.
需要说明的是，对第一连接信息的判断一般是通过对第一连接信息中设备信息进行对比分析，如设备信息中的IP地址，MAC地址等等身份标识数据信息。It should be noted that the first connection information is generally judged by comparative analysis of the device information in the first connection information, such as the IP address, MAC address and other identification data information in the device information.
步骤S30，当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；Step S30, when detecting that the first connection information of the connection request exists in the intelligent display terminal, send an automatic connection request instruction to the intelligent device;
假设智能显示终端中存在有该连接请求中的第一连接信息，则证明所述智能显示终端曾经与智能设备进行过连接，且智能显示终端保存有该智能设备的设备信息，即智能设备已经获得智能显示终端允许连接的权限，那么在本次连接过程中，智能设备可以成为智能显示终端的免验证校验连接设备，进行自动连接，而不需要进行密码或身份验证校验了，以便实现智能化连接，简化智能显示终端和智能设备重新验证校验的流程。Assuming that the first connection information in the connection request exists in the intelligent display terminal, it proves that the intelligent display terminal has been connected with the intelligent device once, and the intelligent display terminal saves the device information of the intelligent device, that is, the intelligent device has obtained If the smart display terminal has permission to connect, then in this connection process, the smart device can become the verification-free verification connection device of the smart display terminal, and automatically connect without the need for password or identity verification, so as to realize intelligent The connection is simplified, and the process of re-verification and verification of smart display terminals and smart devices is simplified.
步骤S40，当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。Step S40, when it is detected that the smart display terminal has established a connection with the smart device, the device information in the first connection information in the smart display terminal is displayed on the display screen of the smart display terminal.
智能显示终端与智能设备之间的连接涉及到智能显示终端本身，因此智能显示终端能够实时检测到与智能设备的连接状态是否已连接。一旦智能显示终端检测到智能显示终端与智能设备基于所述自动连接请求指令的接口类型完成了二者之间的连接，即证明所述智能显示终端所连接的智能设备是曾经与智能显示终端进行过连接的智能设备，在智能显示终端中保存的第一连接信息依旧适用于当前状况下智能设备，那么在智能显示终端的显示屏上可以直接显示所述第一连接信息中的设备信息，以供用户进行查看或进行其他的操作。The connection between the smart display terminal and the smart device involves the smart display terminal itself, so the smart display terminal can detect in real time whether the connection status with the smart device has been connected. Once the smart display terminal detects that the smart display terminal and the smart device have completed the connection between the two based on the interface type of the automatic connection request instruction, it proves that the smart device connected to the smart display terminal has ever communicated with the smart display terminal. If the first connection information saved in the intelligent display terminal is still applicable to the intelligent device under the current situation, the device information in the first connection information can be directly displayed on the display screen of the intelligent display terminal, so that For users to view or perform other operations.
本发明的技术方案中，首先，当检测到智能显示终端周围预设范围内存在智能设备的连接请求时，获取该连接请求；接着判断智能显示终端中是否存在该连接请求的第一连接信息；然后当检测到智能显示终端中存在预存的该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；最后当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。本发明通过对智能设备的发现、智能设备的互联互通协议的整合，使智能设备在系统层就能够进行直接对接，从而直接获取设备信息，而不必人为手动地去进行配置，从而简化复杂的操作流程，减少繁琐的操作步骤，提高智能显示终端和智能设备的数据交换效率，进而提升用户的使用体验。In the technical solution of the present invention, firstly, when detecting that there is a connection request of a smart device within a preset range around the smart display terminal, obtain the connection request; then determine whether there is first connection information of the connection request in the smart display terminal; Then, when it is detected that there is the pre-stored first connection information of the connection request in the smart display terminal, an automatic connection request instruction is sent to the smart device; finally, when it is detected that the smart display terminal has established a connection with the smart device, in the smart display terminal The device information in the first connection information in the intelligent display terminal is displayed on the display screen. Through the discovery of smart devices and the integration of the interconnection protocols of smart devices, the present invention enables smart devices to be directly connected at the system layer, so as to directly obtain device information without manual configuration, thereby simplifying complex operations process, reduce tedious operation steps, improve the data exchange efficiency between the smart display terminal and the smart device, and then improve the user experience.
进一步地，在本发明基于智能显示终端的智能交互方法第一实施例的基础上，提出基于智能显示终端的智能交互方法第二实施例，参考图6，所述第二实施例与第一实施例之间的区别在于，连接请求中包括了接口指令，所述判断智能显示终端中是否存在该连接请求的第一连接信息的步骤之后还包括：Further, on the basis of the first embodiment of the intelligent interaction method based on the intelligent display terminal of the present invention, a second embodiment of the intelligent interaction method based on the intelligent display terminal is proposed. Referring to FIG. 6 , the second embodiment is the same as the first implementation. The difference between the examples is that the connection request includes an interface command, and the step of judging whether the first connection information of the connection request exists in the intelligent display terminal further includes:
步骤S50，当检测到智能显示终端中不存在该连接请求的第一连接信息时，分析连接请求的接口类型，并根据接口类型提供对应的接口；Step S50, when detecting that the first connection information of the connection request does not exist in the intelligent display terminal, analyze the interface type of the connection request, and provide a corresponding interface according to the interface type;
若智能显示终端检测到智能显示终端中不存在该连接请求的第一连接信息，则证明该连接请求的发出源(即对应的智能设备)并未与智能显示终端存在过连接历史，或者其连接历史信息并未被智能显示终端存储。也就是说，此时的智能设备对于智能显示终端是新的未知设备，需要进行分析研究，以便智能设备能够以正确的路径顺利地连接到智能显示终端上。If the intelligent display terminal detects that the first connection information of the connection request does not exist in the intelligent display terminal, it proves that the source of the connection request (that is, the corresponding intelligent device) has no connection history with the intelligent display terminal, or its connection Historical information is not stored by the intelligent display terminal. That is to say, the smart device at this time is a new and unknown device for the smart display terminal, and analysis and research need to be carried out so that the smart device can be successfully connected to the smart display terminal with a correct path.
本实施例主要是分析智能设备的连接请求，从其连接请求中分析出该智能设备的接口类型，例如蓝牙设备的连接请求必定是遵循蓝牙协议，其接口类型必定是蓝牙接口；USB-HID设备的连接请求必定是遵循USB-HID协议，其接口类型必定是USB接口等等。通过分析连接请求的接口类型，将智能显示终端本身的接口服务协议调整为对应的接口类型，即智能显示终端将主流的接口通信协议进行了集中整合，使得智能显示终端能够完成对智能设备不同接口的统一连接。只需要分析出连接请求中的接口类型，再将智能显示终端本身的接口类型与连接请求中的接口类型进行调整适配，智能显示终端便能够提供智能设备以相对应的接口类型。This embodiment mainly analyzes the connection request of the smart device, and analyzes the interface type of the smart device from the connection request. For example, the connection request of the Bluetooth device must follow the Bluetooth protocol, and the interface type must be the Bluetooth interface; USB-HID device The connection request must follow the USB-HID protocol, and its interface type must be a USB interface and so on. By analyzing the interface type of the connection request, the interface service protocol of the intelligent display terminal itself is adjusted to the corresponding interface type, that is, the intelligent display terminal integrates the mainstream interface communication protocols, so that the intelligent display terminal can complete different interfaces of the intelligent device. unified connection. It is only necessary to analyze the interface type in the connection request, and then adjust and adapt the interface type of the intelligent display terminal itself to the interface type in the connection request, and the intelligent display terminal can provide the intelligent device with the corresponding interface type.
步骤S60，向智能设备发送对应接口的接口连接指令，以供智能设备连接；Step S60, sending an interface connection instruction corresponding to the interface to the smart device for the smart device to connect;
智能显示终端将接口类型调整为智能设备所适配的接口类型之后，向智能设备发送出调整后的接口类型的接口连接指令，以便智能设备能够据此进行连接。After the intelligent display terminal adjusts the interface type to the interface type adapted to the intelligent device, it sends an interface connection instruction of the adjusted interface type to the intelligent device, so that the intelligent device can connect accordingly.
步骤S70，获取智能设备发送的设备信息并存储为第一连接信息；Step S70, acquiring the device information sent by the smart device and storing it as the first connection information;
在智能显示终端与智能设备基于其接口连接指令的接口类型建立连接之后，智能显示终端可以获取到智能设备发送过来的设备信息，该设备信息将被预设为智能显示终端中该智能设备的第一连接信息的参考数据源，以供下一次连接智能设备时进行判断的数据记录。After the smart display terminal and the smart device establish a connection based on the interface type of the interface connection instruction, the smart display terminal can obtain the device information sent by the smart device, and the device information will be preset as the first number of the smart device in the smart display terminal. A reference data source of connection information, for the data record of judgment when connecting the smart device next time.
当检测到智能显示终端基于所述接口连接指令的接口与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。When it is detected that the intelligent display terminal establishes a connection with the intelligent device based on the interface of the interface connection instruction, the device information in the first connection information in the intelligent display terminal is displayed on the display screen of the intelligent display terminal.
智能显示终端与智能设备之间的连接涉及到智能显示终端本身，因此智能显示终端能够实时检测到与智能设备的连接状态是否已连接。一旦智能显示终端检测到智能显示终端与智能设备基于所述接口连接指令的接口类型的接口类型完成了二者之间的连接，那么在智能显示终端的显示屏上可以直接显示所述第一连接信息中的设备信息，以供用户进行查看或进行其他的操作。The connection between the smart display terminal and the smart device involves the smart display terminal itself, so the smart display terminal can detect in real time whether the connection status with the smart device has been connected. Once the smart display terminal detects that the smart display terminal and the smart device have completed the connection based on the interface type of the interface type of the interface connection instruction, the first connection can be directly displayed on the display screen of the smart display terminal The device information in the information for the user to view or perform other operations.
本发明还提供一种基于智能设备的智能交互方法，该基于智能设备的智能交互方法主要应用于智能设备上，在基于智能设备的智能交互方法第一实施例中，参考图7，所述基于智能设备的智能交互方法包括：The present invention also provides an intelligent interaction method based on smart devices. The smart interaction method based on smart devices is mainly applied to smart devices. In the first embodiment of the smart interaction method based on smart devices, referring to FIG. 7 , the Smart interaction methods for smart devices include:
步骤S80，向智能设备周围预设范围内发送连接请求；Step S80, sending a connection request to a preset range around the smart device;
智能设备连接到智能显示终端上需要现在起周围的预设范围内发出连接请求，只有发出连接请求，才证明该智能设备属于可连接设备，智能显示终端才能获取到智能设备的连接请求，从而执行接下来的连接流程。When a smart device is connected to a smart display terminal, it needs to send a connection request within a preset range from now on. Only when a connection request is sent can it prove that the smart device is a connectable device, and the smart display terminal can obtain the connection request from the smart device and execute the The next connection process.
步骤S90，当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；Step S90, when detecting the automatic connection request instruction sent by the intelligent display terminal, determine whether the first connection information in the automatic connection request instruction is consistent with the second connection information in the intelligent device;
智能显示终端在发出自动连接请求时，则证明该智能设备曾经与智能显示终端进行过连接，接下来需要智能设备进行判断，即假设智能设备与智能显示终端曾经进行过连接，那么智能设备中也应该保存有与该智能显示终端连接过的第二连接信息。将智能显示终端发送的自动连接请求指令中的第一连接信息与智能设备中的第二连接信息进行匹配判断，若二者一致，则证明智能设备确实与智能显示终端曾经连接过，反之，则证明智能设备未与智能显示终端进行过连接或智能显示终端不承认智能设备连接的合法性。When the smart display terminal sends out an automatic connection request, it proves that the smart device has been connected with the smart display terminal. Next, the smart device needs to make a judgment. That is, assuming that the smart device and the smart display terminal have been connected, then the smart device is also connected to the smart display terminal. The second connection information connected with the intelligent display terminal should be stored. The first connection information in the automatic connection request instruction sent by the intelligent display terminal and the second connection information in the intelligent device are matched and judged. If the two are consistent, it is proved that the intelligent device has indeed been connected with the intelligent display terminal. Otherwise, then Prove that the smart device has not been connected to the smart display terminal or that the smart display terminal does not recognize the legitimacy of the smart device connection.
步骤S100，当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接。Step S100, when it is detected that the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device, establish a connection between the smart device and the smart display terminal.
若自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，那么证明智能设备具有与智能显示终端连接过的历史记录。即智能显示终端与智能设备二者皆拥有对方的连接信息，可以是连接密码，设备名称，连接协议类型等等，这些信息是在上一次连接过程中就已经配置好的信息，在本次连接过程中无需进行再次配置。因此能够将智能设备与智能显示终端建立起连接。If the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device, it proves that the smart device has a history record of being connected with the smart display terminal. That is, both the smart display terminal and the smart device have the connection information of each other, which can be connection password, device name, connection protocol type, etc. These information are the information that have been configured in the last connection process. No reconfiguration is required during the process. Therefore, a connection between the smart device and the smart display terminal can be established.
进一步地，在本发明基于智能设备的智能交互方法第一实施例的基础上，提出基于智能设备的智能交互方法第二实施例，参考图8，所述第二实施例与第一实施例之间的区别在于，所述向智能设备周围预设范围内发送连接请求的步骤之后还包括：Further, on the basis of the first embodiment of the intelligent interaction method based on smart devices of the present invention, a second embodiment of the intelligent interaction method based on smart devices is proposed. Referring to FIG. 8 , the second embodiment is the difference between the second embodiment and the first embodiment. The difference between the two is that the step of sending a connection request to a preset range around the smart device further includes:
步骤S200，当检测到智能显示终端发送的接口连接指令，判断该接口连接指令的接口类型与智能设备的接口类型是否一致；Step S200, when detecting the interface connection instruction sent by the intelligent display terminal, determine whether the interface type of the interface connection instruction is consistent with the interface type of the intelligent device;
假设智能显示终端发送的不是自动连接请求指令，而是接口连接指令，则证明智能显示终端与智能设备的接口类型不兼容，且智能显示终端已经根据智能设备之前发送的连接请求中的接口类型进行了相应的调整，以适配智能设备的连接前提。由于需要重新调整智能显示终端的接口类型，证明智能显示终端中并没有与该智能设备有过连接历史记录，那么二者之间需要重新协调配置。接口连接指令是智能显示终端与智能设备的连接验证，也可以是获得智能设备允许连接权限的指令。由于连接请求是智能设备发出的，因此在智能显示终端完成接口类型的调整之后，需要进行再一次的确认，因此智能设备在检测到智能显示终端的接口连接指令时，需要对该接口连接指令的接口类型与本身的接口类型进行判断，若一致，则证明二者进行连接的前提成立，反之则不成立。Assuming that what the smart display terminal sends is not an automatic connection request command, but an interface connection command, it proves that the interface types of the smart display terminal and the smart device are incompatible, and the smart display terminal has already sent the connection request based on the smart device. Corresponding adjustments have been made to adapt to the connection conditions of smart devices. Since the interface type of the smart display terminal needs to be readjusted, it is proved that the smart display terminal has no connection history with the smart device, so the two need to be re-coordinated and configured. The interface connection instruction is the verification of the connection between the smart display terminal and the smart device, and can also be an instruction to obtain permission to allow the connection of the smart device. Since the connection request is sent by the smart device, after the smart display terminal completes the adjustment of the interface type, it needs to be confirmed again. Therefore, when the smart device detects the interface connection command of the smart display terminal, it needs to confirm the interface connection command. The interface type is judged with its own interface type. If they are consistent, it proves that the premise of the connection between the two is true, and vice versa.
当检测到接口连接指令的接口类型与智能设备的接口类型一致时，将智能设备与智能显示终端基于接口连接指令的接口类型建立连接，并向智能显示终端发送智能设备的设备信息。When it is detected that the interface type of the interface connection instruction is consistent with the interface type of the intelligent device, the intelligent device and the intelligent display terminal are connected based on the interface type of the interface connection instruction, and the device information of the intelligent device is sent to the intelligent display terminal.
若接口连接指令中的接口类型与智能设备中的接口类型一致时，那么证明智能设备能够与智能显示终端进行连接。因此能够将智能设备与智能显示终端建立起连接，智能设备需要向智能显示终端发送本身的设备信息，以便智能显示终端将该设备信息存储为智能显示终端本身的第一连接信息。If the interface type in the interface connection instruction is consistent with the interface type in the smart device, it proves that the smart device can connect with the smart display terminal. Therefore, a connection can be established between the smart device and the smart display terminal. The smart device needs to send its own device information to the smart display terminal, so that the smart display terminal stores the device information as the first connection information of the smart display terminal itself.
此外，本发明还提供一种智能交互系统，在智能交互系统第一实施例中，参考图9和图10，所述智能交互系统包括智能显示终端和智能设备，其中，所述智能显示终端包括：In addition, the present invention also provides an intelligent interaction system. In the first embodiment of the intelligent interaction system, referring to FIG. 9 and FIG. 10 , the intelligent interaction system includes an intelligent display terminal and an intelligent device, wherein the intelligent display terminal includes :
第一获取模块10，用于当检测到智能显示终端周围预设范围内存在智能设备发送的连接请求时，获取该连接请求；The first obtaining
智能显示终端作为连接智能设备的中枢装备，在连接过程中其主导作用。发挥其主导作用的前提是成功连接上智能设备。一个智能显示终端可与多个智能设备进行连接，但一个智能设备在同一时间内智能连接到一个智能显示终端上。一个智能显示终端可与多个智能设备进行连接，但一个智能设备在同一时间内智能连接到一个智能显示终端上。因此第一获取模块10需要实时检测在智能显示终端附近预设范围内是否存在智能设备的连接请求，当第一获取模块10检测到智能设备的连接请求时，获取该连接请求。由于智能显示终端一般属于固定终端，一旦确定其位置便不会轻易更改，因此智能显示终端的检测到的范围一般是一个比较固定的预设范围，如5米，10米等，其预设范围根据智能显示终端的实际情况的不同而各有不同。As the central equipment for connecting smart devices, the smart display terminal plays a leading role in the connection process. The premise of playing its leading role is the successful connection of smart devices. One smart display terminal can be connected with multiple smart devices, but one smart device is intelligently connected to one smart display terminal at the same time. One smart display terminal can be connected with multiple smart devices, but one smart device is intelligently connected to one smart display terminal at the same time. Therefore, the first obtaining
智能设备会事先发射出其本身所支持的连接请求，该连接请求是沟通智能显示终端和智能设备的请求指令，智能显示终端在获取到该连接请求后，才能执行后续的操作功能。The smart device will transmit a connection request supported by itself in advance. The connection request is a request instruction to communicate with the smart display terminal and the smart device. After the smart display terminal obtains the connection request, it can perform subsequent operation functions.
当前的智能设备主要有三种形式：WIFI连接设备、蓝牙设备、USB HID设备。对智能设备的检测主要依靠是对智能设备的连接协议进行搜索扫描，例如，对于WIFI设备的发现使用局域网的UDP、MDNS等协议在智能显示终端中进行广播搜索；对于蓝牙设备使用通用的蓝牙4.0协议进行蓝牙搜索；对于USB-HID设备通过对USB的设备节点进行搜索扫描。There are three main forms of current smart devices: WIFI connected devices, Bluetooth devices, and USB HID devices. The detection of smart devices mainly relies on searching and scanning the connection protocols of smart devices. For example, for the discovery of WIFI devices, use the local area network UDP, MDNS and other protocols to broadcast search in the smart display terminal; for Bluetooth devices, use the general Bluetooth 4.0 The protocol is used for Bluetooth search; for USB-HID devices, the USB device node is searched and scanned.
第一判断模块20，用于判断智能显示终端中是否存在该连接请求的第一连接信息；The
所述连接请求中一般包括有智能设备的连接协议(如WIFI协议、蓝牙协议、红外协议等通讯协议)和第一连接信息(即本智能设备的设备信息、验证校验信息、连接兼容性等等)等等信息。The connection request generally includes the connection protocol of the smart device (such as WIFI protocol, Bluetooth protocol, infrared protocol and other communication protocols) and the first connection information (that is, the device information of the smart device, verification information, connection compatibility, etc. etc.) etc. information.
智能显示终端可能在之前与该智能设备存在过历史连接记录，并且智能显示终端将该历史连接记录中的连接信息保留了下来。本实施例中，第一判断模块20在智能显示终端获取到智能设备的连接请求时，通过分析该连接请求，在智能显示终端的数据存储单元中的存储信息进行检索，从而判断智能显示终端是否存在过与该连接请求中的第一连接信息。例如，智能设备在三天前与智能显示终端进行过连接，然后智能设备又与智能显示终端断开连接了，那么在智能显示终端与智能设备断开之前，智能显示终端会保存有三天前与智能设备进行连接的第一连接信息。该第一连接信息就会作为下一次智能显示终端与智能设备进行连接时进行判断的参考数据源。The smart display terminal may have a historical connection record with the smart device before, and the smart display terminal retains the connection information in the historical connection record. In this embodiment, when the smart display terminal acquires the connection request of the smart device, the
需要说明的是，对第一连接信息的判断一般是通过对第一连接信息中设备信息进行对比分析，如设备信息中的IP地址，MAC地址等等身份标识数据信息。It should be noted that the first connection information is generally judged by comparative analysis of the device information in the first connection information, such as the IP address, MAC address and other identification data information in the device information.
第一发送模块30，用于当检测到智能显示终端中存在该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；The
假设智能显示终端中存在有该连接请求中的第一连接信息，则证明所述智能显示终端曾经与智能设备进行过连接，且智能显示终端保存有该智能设备的设备信息，即智能设备已经获得智能显示终端允许连接的权限，那么在本次连接过程中，智能设备可以成为智能显示终端的免验证校验连接设备，进行自动连接，而不需要进行密码或身份验证校验了，以便实现智能化连接，简化智能显示终端和智能设备重新验证校验的流程。Assuming that the first connection information in the connection request exists in the intelligent display terminal, it proves that the intelligent display terminal has been connected with the intelligent device once, and the intelligent display terminal saves the device information of the intelligent device, that is, the intelligent device has obtained If the smart display terminal has permission to connect, then in this connection process, the smart device can become the verification-free verification connection device of the smart display terminal, and automatically connect without the need for password or identity verification, so as to realize intelligent The connection is simplified, and the process of re-verification and verification of smart display terminals and smart devices is simplified.
显示模块40，用于当检测到智能显示终端与智能设备建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息；The
智能显示终端与智能设备之间的连接涉及到智能显示终端本身，因此智能显示终端能够实时检测到与智能设备的连接状态是否已连接。一旦智能显示终端的显示模块40检测到智能显示终端与智能设备基于所述自动连接请求指令的接口类型完成了二者之间的连接，即证明所述智能显示终端所连接的智能设备是曾经与智能显示终端进行过连接的智能设备，在智能显示终端中保存的第一连接信息依旧适用于当前状况下智能设备，那么在智能显示终端的显示屏上可以直接显示所述第一连接信息中的设备信息，以供用户进行查看或进行其他的操作。The connection between the smart display terminal and the smart device involves the smart display terminal itself, so the smart display terminal can detect in real time whether the connection status with the smart device has been connected. Once the
所述智能设备用于发送连接请求、用于接收第一发送模块30发送的自动连接请求指令、用于与智能显示终端建立连接。The smart device is used for sending a connection request, for receiving an automatic connection request instruction sent by the
本发明的技术方案中，首先，当第一获取模块10检测到智能显示终端周围预设范围内存在智能设备的连接请求时，获取该连接请求；接着第一判断模块20判断智能显示终端中是否存在该连接请求的第一连接信息；然后当第一发送模块30检测到智能显示终端中存在预存的该连接请求的第一连接信息时，向该智能设备发送自动连接请求指令；最后当显示模块40检测到智能显示终端与智能设备基于自动连接请求指令的接口类型建立连接时，在智能显示终端的显示屏上显示智能显示终端中第一连接信息中的设备信息。本发明通过对智能设备的发现、智能设备的互联互通协议的整合，使智能设备在系统层就能够进行直接对接，从而直接获取设备信息，而不必人为手动地去进行配置，从而简化复杂的操作流程，减少繁琐的操作步骤，提高智能显示终端和智能设备的数据交换效率，进而提升用户的使用体验。In the technical solution of the present invention, firstly, when the first obtaining
进一步地，在本发明智能交互系统第一实施例的基础上，提出智能交互系统第二实施例，参考图9和图10，所述第二实施例与第一实施例之间的区别在于，所述智能设备包括：Further, based on the first embodiment of the intelligent interaction system of the present invention, a second embodiment of the intelligent interaction system is proposed. Referring to FIG. 9 and FIG. 10 , the difference between the second embodiment and the first embodiment is that: The smart device includes:
第三发送模块80，用于向智能设备周围预设范围内发送连接请求；a
智能设备连接到智能显示终端上需要现在起周围的预设范围内发出连接请求，只有第三发送模块80发出连接请求，才证明该智能设备属于可连接设备，智能显示终端才能获取到智能设备的连接请求，从而执行接下来的连接流程。When the smart device is connected to the smart display terminal, it needs to send a connection request within a preset range from now on. Only when the
第二判断模块90，用于当检测到智能显示终端发送的自动连接请求指令，判断自动连接请求指令中的第一连接信息与智能设备中的第二连接信息是否一致；The
智能显示终端在发出自动连接请求时，则证明该智能设备曾经与智能显示终端进行过连接，接下来需要智能设备进行判断，即假设智能设备与智能显示终端曾经进行过连接，那么智能设备中也应该保存有与该智能显示终端连接过的第二连接信息。将智能显示终端发送的自动连接请求指令中的第一连接信息与智能设备中的第二连接信息进行匹配判断，若二者一致，则证明智能设备确实与智能显示终端曾经连接过，反之，则证明智能设备未与智能显示终端进行过连接或智能显示终端不承认智能设备连接的合法性。When the smart display terminal sends out an automatic connection request, it proves that the smart device has been connected with the smart display terminal. Next, the smart device needs to make a judgment. That is, assuming that the smart device and the smart display terminal have been connected, then the smart device is also connected to the smart display terminal. The second connection information connected with the intelligent display terminal should be stored. The first connection information in the automatic connection request instruction sent by the intelligent display terminal and the second connection information in the intelligent device are matched and judged. If the two are consistent, it is proved that the intelligent device has indeed been connected with the intelligent display terminal. Otherwise, then Prove that the smart device has not been connected to the smart display terminal or that the smart display terminal does not recognize the legitimacy of the smart device connection.
连接模块100，用于当检测到自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，将智能设备与智能显示终端建立连接；The
若自动连接请求指令中的第一连接信息与智能设备中的第二连接信息一致时，那么证明智能设备具有与智能显示终端连接过的历史记录。即智能显示终端与智能设备二者皆拥有对方的连接信息，可以是连接密码，设备名称，连接协议类型等等，这些信息是在上一次连接过程中就已经配置好的信息，在本次连接过程中无需进行再次配置。因此连接模块100能够将智能设备与智能显示终端建立起连接。If the first connection information in the automatic connection request instruction is consistent with the second connection information in the smart device, it proves that the smart device has a history record of being connected with the smart display terminal. That is, both the smart display terminal and the smart device have the connection information of each other, which can be connection password, device name, connection protocol type, etc. These information are the information that have been configured in the last connection process. No reconfiguration is required during the process. Therefore, the
所述智能显示终端用于接收第三发送模块发送的连接请求、用于发送自动连接请求指令。The intelligent display terminal is used for receiving the connection request sent by the third sending module and for sending an automatic connection request instruction.
需要说明的是，在本文中，术语“包括”、“包含”或者其任何其他变体意在涵盖非排他性的包含，从而使得包括一系列要素的过程、方法、物品或者装置不仅包括那些要素，而且还包括没有明确列出的其他要素，或者是还包括为这种过程、方法、物品或者装置所固有的要素。在没有更多限制的情况下，由语句“包括一个……”限定的要素，并不排除在包括该要素的过程、方法、物品或者装置中还存在另外的相同要素。It should be noted that, herein, the terms "comprising", "comprising" or any other variation thereof are intended to encompass non-exclusive inclusion, such that a process, method, article or device comprising a series of elements includes not only those elements, It also includes other elements not expressly listed or inherent to such a process, method, article or apparatus. Without further limitation, an element qualified by the phrase "comprising a..." does not preclude the presence of additional identical elements in a process, method, article or apparatus that includes the element.
上述本发明实施例序号仅仅为了描述，不代表实施例的优劣。The above-mentioned serial numbers of the embodiments of the present invention are only for description, and do not represent the advantages or disadvantages of the embodiments.
通过以上的实施方式的描述，本领域的技术人员可以清楚地了解到上述实施例方法可借助软件加必需的通用硬件平台的方式来实现，当然也可以通过硬件，但很多情况下前者是更佳的实施方式。基于这样的理解，本发明的技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来，该计算机软件产品存储在一个存储介质(如ROM/RAM、磁碟、光盘)中，包括若干指令用以使得一台终端设备(可以是手机，计算机，服务器，空调器，或者网络设备等)执行本发明各个实施例所述的方法。From the description of the above embodiments, those skilled in the art can clearly understand that the method of the above embodiment can be implemented by means of software plus a necessary general hardware platform, and of course can also be implemented by hardware, but in many cases the former is better implementation. Based on this understanding, the technical solutions of the present invention can be embodied in the form of software products in essence or the parts that make contributions to the prior art, and the computer software products are stored in a storage medium (such as ROM/RAM, magnetic disk, CD-ROM), including several instructions to make a terminal device (which may be a mobile phone, a computer, a server, an air conditioner, or a network device, etc.) execute the methods described in the various embodiments of the present invention.
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。The above are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the description and drawings of the present invention, or directly or indirectly applied in other related technical fields , are similarly included in the scope of patent protection of the present invention.
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