CN101742716A - Mobile communication device and method for using mobile communication device through computer - Google Patents

Abstract

The invention discloses a mobile communication device and a method for using the mobile communication device through a computer. A control circuit of the device is at least provided with a power supply circuit, a wireless mobile communication receiving and transmitting module, an antenna, a base station processor, a microcontroller, a data memory and/or a non-volatile flash memory, and a remote control unit respectively connected with the base station processor, the microcontroller and a bus interface, wherein the bus interface is used for connecting the computer. The control circuit of basic configuration is also provided with a display screen, a keyboard or a touch screen, a loudspeaker and a microphone, wherein the display screen, the keyboard or the touch screen, the loudspeaker and the microphone are all connected with the remote control unit. The computer can be connected with the wireless high-speed Internet anytime and anywhere through the mobile communication device; simultaneously, all functions of the mobile communication device can be used by the computer; information and data downloaded from the Internet through the mobile communication device are saved in the computer; and therefore, the advantages of the mobile communication device and the computer are integrated into a whole.

Description

Mobile Communications Unit reaches the method for using Mobile Communications Unit by computer

Technical field

The present invention relates to a kind of Mobile Communications Unit and reach the method for using Mobile Communications Unit by computer, exactly, relate to a kind of Mobile Communications Unit and method of work of using by computer thereof, image or the video data and the order of this communicator output, voice data sends the computer that is connected with this bus interface with order to by its bus interface, the image and the sound that show this Mobile Communications Unit output again by computer, simultaneously people are input to the keyboard of Mobile Communications Unit by computer, the data and the control command of mouse or touch-screen send Mobile Communications Unit to by bus interface, persons who happens to be on hand for an errand can use Mobile Communications Unit by computer, belong to computer and communication technical field.

Background technology

Now, the mobile broadband wireless communication technology obtains develop rapidly, 3G (Third Generation) Moblie technology 3G (being about to the next-generation mobile communications network that multimedia communications such as radio communication and Internet combine) has brought into use, the 3G IPHONE phone of Apple receives greatly to pursue, and the 3G wireless network of TD-SCDMA is also brought into use in China.Communication speed based on the 3G wireless communication standard CDMA 2000EV-DV of CDMA is 3.1Mbit/s, reaches 14.4Mbit/s based on the communication speed of the wireless communication standard UMTS HSDPA (High-Speed DownlinkPacket Access) of 3G.Simultaneously, the 4G wireless communication standard is also just in R﹠D process.Micro-wave access global inter communication WIMAX radio communication speed reaches 70MBIT/S, and 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution) radio communication speed can reach 326Mbit/S.Along with popularizing of high speed wireless net, brought huge business opportunity for cellular service supplier, for providing a large amount of new value-added service that comprises mobile TV, video ads, mobile phone becomes a reality, and simultaneously, development in science and technology also brings great variety to people life style.Now, mobile phone is except making a phone call, can also surf the Net, receive and dispatch note and Email E-MAIL, can also watch mobile TV, multi media show simultaneously, take a picture, listen to the music, and even realize the searching geographical position of global position system GPS, many functions of report alive traffic information.

With respect to first generation analogue mobile phone (1G) and digital mobile phones (2G) such as second generation GSM, CDMA, third generation mobile phone typically refers to the next-generation mobile communications equipment that radio communication is combined with multimedia communications such as Internets, can handle multiple media formats such as image, music, video flowing, multiple information services such as comprising web page browsing, videoconference, ecommerce is provided.For above-mentioned service is provided, wireless network must be able to be supported multiple different message transmission rate, promptly in indoor, outdoor static and mobile environment, can support to be at least the information transfer rate of 2Mbps, 384kbps and 144kbps respectively.

Simultaneously, along with the develop rapidly of microelectronics and computing technique, the function of novel intelligent mobile phone becomes from strength to strength.NVIDIA is the Tegra mobile computing machine chip of smart mobile phone development of new generation, adopts ARM11MPCore multi-core processor technology.The BCM2727 chip of Broadcom (Botong) company can be realized high definition shooting and video playback capability in mobile phone and portable electronic device, the BCM2727 built-in chip type has advanced built-in 2D and 3D graphics accelerator, and employing high efficiency audio technology, not only can provide abundant look audio frequency watch and listen to experience, also use powerful platform be provided for moving game.

Though the function of novel intelligent mobile phone is from strength to strength, the speed of wireless Internet access is also very fast,, at present the consumer still dislike, the also uncomfortable surfing Internet with cell phone of using.Its reason is: the size that at first is mobile phone screen and keyboard is all too little, limited to by this, and the mobile phone screen page during online can not resemble and show a lot of information the computer screen, and eyes were very hard when the user watched; User input data is felt inconvenience very much, and especially the user has got used to using the QWERTY keyboard of computer to import data.In addition, the website that is fit to mobile phone access also very little, the battery of mobile phone life-span is too short.Because the battery of mobile phone life-span is backlight relevant with the use screen, when carrying out voice communication, backlight starts and works the very short time; But when browsing page, backlightly will bring serious power problems.Behind each cell-phone charging, when being used for browsing page, its service time is very short.Therefore,, like netizen, as if will be far more than the netizen who uses surfing Internet with cell phone out and away with online computing for most of users.

Meanwhile, the correlation technique of field of computer technology is also in develop rapidly.Nowadays, the computers of 4 nuclear cpu chips come into the market, the function of computer from strength to strength, but its price (comprising notebook computer) is then more and more cheap.People play game on line, online news and tin Online Music seen by computer ....Certainly, in order to surf the Net, the user must every month pays the fees and the function that obtains to surf the Net to the Internet Service Provider.Notebook computer can link to each other with the WIMAX wireless network with WI-FI, but in the place that does not have WI-FI and WIMAX wireless network, perhaps in time do not pay the expenses of surfing in Internet (for example go on business, surf the Net) of registration online, just can not surf the Net with notebook computer because of not paying in the strange land registration in the strange land.But mobile phone still can be got in touch with other people by wireless network whenever and wherever possible in the strange land.

As everyone knows, general-purpose serial bus USB has obtained extensive use as a kind of standard interface of computer industry.IEEE1394 agreement, Bluetooth technology have been widely used in mobile phone and computer.At present, than the fast 10 times USB 3.0 of USB2.0 (480MBPS) transmission rate also in development.The WiMediaAlliance tissue has been released the wireless communication protocol of UWB (Ultrea-Wideband) technology based on ultra broadband simultaneously, and the transmission speed of the UWB of this ultra broadband is up to 1000Mbp/s.USB normal structure and IEEE1394 normal structure are also on the basis based on the wireless communication protocol of the UWB technology of this ultra broadband, release corresponding wireless usb protocol and wireless IEEE1394 agreement at a high speed, and, corresponding calculated machine annex and main frame have been continued and tested, to realize function corresponding.

Release along with the high-speed computer bus interface, how to develop a kind of cheapness as early as possible, Mobile Communications Unit easy to use and use the method for Mobile Communications Unit by computer, so that make computer be connected to the wireless high-speed Internet by this Mobile Communications Unit whenever and wherever possible, can also use simultaneously all functions of Mobile Communications Unit by computer, the advantage of Mobile Communications Unit and computer is combined together, for example utilize Mobile Communications Unit to connect high speed wireless net by computer, utilize Mobile Communications Unit to provide and comprise web page browsing, videoconference, multiple information service such as ecommerce, handle image by Mobile Communications Unit, music, multiple medium such as video flowing, the information that also can be downloaded surfing the Net by this Mobile Communications Unit and storage are in computer simultaneously, computer both can be used as the man-machine interface with the Mobile Communications Unit user like this, make full use of the large display screen of computer and the advantage of QWERTY keyboard, for example utilize the large display screen of computer to show the image information that Mobile Communications Unit is exported, utilize the QWERTY keyboard of computer to import data to Mobile Communications Unit, use Mobile Communications Unit to surf the Net by computer whenever and wherever possible, information and the data that can be downloaded by this Mobile Communications Unit online by Computer Processing simultaneously, and the computer of this moment itself need not be connected with network.This problem has become the focus that many in the industry scientific and technical personnel pay close attention to and research and develop.

Summary of the invention

In view of this, the Mobile Communications Unit that the purpose of this invention is to provide a kind of novel structure reaches the method for using Mobile Communications Unit by computer, so that can make computer be connected to the wireless high-speed Internet by this Mobile Communications Unit whenever and wherever possible, can also use simultaneously all functions of Mobile Communications Unit by computer, the advantage of Mobile Communications Unit and computer is combined together.For example utilize Mobile Communications Unit to connect high speed wireless net by computer, utilize Mobile Communications Unit to provide and comprise web page browsing, videoconference, multiple information service such as ecommerce, handle image by Mobile Communications Unit, music, multiple medium such as video flowing, also information and the data of being downloaded by this Mobile Communications Unit online can be kept in the computer simultaneously, so, computer both can be used as the man-machine interface with the Mobile Communications Unit user, make full use of the large display screen of computer and the advantage of QWERTY keyboard, as the large display screen that utilizes computer shows the image information of Mobile Communications Unit output, utilize the QWERTY keyboard of computer to import data to Mobile Communications Unit, use Mobile Communications Unit to surf the Net by computer whenever and wherever possible, simultaneous computer also can be handled information and the data of being downloaded by this Mobile Communications Unit online, and the computer of this moment itself need not be connected with network, thereby brings great convenience and free for people's life.

In order to achieve the above object, the invention provides a kind of Mobile Communications Unit, the control circuit of this device is provided with: the DC power supply of being made up of rechargeable battery and/or charging circuit that power supply is provided, the wireless mobile communications transceiver module and the antenna that carry out data communication with wireless communication networks, the base station processor and the microcontroller that are connected with the wireless mobile communications transceiver module, transceive data is handled, the data storage and/or the nonvolatile flash memory memory that are used to store solidification software and/or initialization data that are connected with microcontroller with base station processor; It is characterized in that, also be provided with on the control circuit of this Mobile Communications Unit: connect the remote control unit of base station processor and microcontroller and bus interface respectively, described bus interface is used to connect computer; Wherein:

Remote control unit is used for the image of base station processor and microcontroller output or video data or order and/or voice data or order are handled, again by described bus interface with these data with order and send the computer that is connected with described bus interface to; This remote control unit pair computer that is connected with described bus interface is input to after the keyboard data of this Mobile Communications Unit or order or mouse data or order or touch screen data or order or voice data or order handle by this bus interface simultaneously, and the base station processor and the microcontroller that send in this Mobile Communications Unit are handled again;

Bus interface is used for according to corresponding bus protocol the image of this Mobile Communications Unit output or video data or order and/or voice data or order being outputed to the computer that is connected with this bus interface; The computer that will be connected with this bus interface is input to keyboard data or order or mouse data or order or touch screen data or the order or the voice data of this Mobile Communications Unit or orders according to corresponding bus protocol and sends this Mobile Communications Unit to by this bus interface simultaneously.

Also be provided with on the control circuit of this Mobile Communications Unit: the display screen that is used for output image or video information, be used to import the keyboard or the touch-screen of data, the loud speaker and the microphone that are used for the I/O audio frequency, described display screen, described keyboard or touch-screen, described loud speaker and microphone all are connected with described remote control unit; Wherein:

Remote control unit also sends the image of base station processor and microcontroller output or video data or order and/or voice data or order to described display screen and/or the described loud speaker in the described Mobile Communications Unit; Remote control unit also will be by described keyboard or touch-screen simultaneously, and the keyboard data of described microphone input or order or touch screen data or order or voice data or order send described base station processor and the microcontroller in the described Mobile Communications Unit to.

Described wireless communication networks be the third generation or the 4th generation the mobile broadband wireless communication network, comprise: CDMA2000, CDMA2000 3X, CDMA2000 EV-DV, TD-SCDMA, based on the high-speed packet of universal mobile telecommunications system UMTS insert High-Speed Packet Access (HSPA), high-speed packet inserts following develop (HSPA+), High-Speed Downlink Packet Access (HSDPA), 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution), micro-wave access global inter communication WiMAX or WI-FI.

Described bus interface is the wired bus interface that comprises general-purpose serial bus USB or IEEE1394 STD bus, or comprise the interface of ultra broadband UWB wireless technology or, or based on the bus interface of IP agreement based on the wireless bus interface of Wireless USB bus, wireless IEEE1394 STD bus or the WI-FI bus of the ultra broadband UWB technology of WiMedia Alliance.

When described Mobile Communications Unit is connected with computer by described bus interface, the computer that this remote control unit will be connected with this bus interface is input to keyboard data or order or mouse data or order or touch screen data or the order or the voice data of this Mobile Communications Unit or orders according to sending described base station processor and microcontroller to after the described bus protocol processing, is handled by this base station processor and microcontroller.

When described Mobile Communications Unit is connected with computer by described bus interface, after described remote control unit is handled the image of described base station processor and microcontroller output or video data or order and/or voice data or order, after packing according to corresponding bus protocol, image after will packing again or video data or order and/or voice data or order send described computer to by described bus interface again; Wherein the bus protocol of images or video data is rgb format or yuv format or HDMI (High Definition Multimedia Interface) HMDI form or DisplayPort form or mobile display digital interface MDDI data format or mobile industry processor interface standard MIPI data format.

When described Mobile Communications Unit does not connect computer, described remote control unit is with image or the video data or the order of base station processor and microcontroller output, voice data or order send described display screen and the described loud speaker in the described Mobile Communications Unit respectively to, with the data of the described keyboard in the described Mobile Communications Unit or touch-screen or the input of described microphone or base station processor and the microcontroller that order sends this Mobile Communications Unit to, handle simultaneously by this base station processor and microcontroller.

Described Mobile Communications Unit also comprises and is used for the bluetooth controller that is connected with bluetooth accessory.

When described Mobile Communications Unit was connected with computer by described bus interface, the backlight electric power of the display screen of this Mobile Communications Unit was closed, or the display screen power supply is closed.

When described Mobile Communications Unit connects computer by described bus interface, by described bus interface swap file, data and order, transmit USB type data or order mutually by described bus interface between perhaps described Mobile Communications Unit and the computer between described Mobile Communications Unit and the computer.

Remote control unit in the described Mobile Communications Unit and base station processor and microcontroller are the devices that is integrated in same chip.

Remote control unit in the described Mobile Communications Unit can be realized by the solidification software functional module that can finish the various corresponding functions of described remote control unit in the described Mobile Communications Unit.

When described Mobile Communications Unit was connected with computer by described bus interface, described remote control unit carried out the compression and decompression processing to the data and the order that exchange between described Mobile Communications Unit and the computer.

When described Mobile Communications Unit is connected with computer by described bus interface, this Mobile Communications Unit according to computer that this bus interface is connected in the image display resolution of peripheral unit display screen change the image display resolution that the image of described base station processor and microcontroller shows automatically.

In order to achieve the above object, the present invention also provides a kind of method of using Mobile Communications Unit by computer, it is characterized in that: computer is connected with the bus interface of Mobile Communications Unit by bus interface, and wireless mobile communications transceiver module and antenna and the wireless communication networks of this Mobile Communications Unit by wherein carries out data communication; Solidification software functional module in remote control unit in the described Mobile Communications Unit or the base station processor in the described Mobile Communications Unit and the microcontroller outputs to the computer that is connected with the bus interface of this Mobile Communications Unit with the image of this Mobile Communications Unit output or video data or order and/or voice data or order by bus interface, to be input to the keyboard data or the order of this Mobile Communications Unit by this computer simultaneously, or mouse or touch screen data or order, or voice data or order send remote control unit or base station processor in the described Mobile Communications Unit and the solidification software functional module in the microcontroller in this Mobile Communications Unit to by this bus interface, the base station processor and the microcontroller that send in this Mobile Communications Unit after being handled by remote control unit are handled again, or after handling by base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller, send to the interior base station processor of this Mobile Communications Unit and other program curing in the microcontroller and handle accordingly, realize information interaction.

Described method comprises following operating procedure:

(1) Mobile Communications Unit links to each other with computer by bus interface, and the driver module of this Mobile Communications Unit is installed on this computer;

(2) Mobile Communications Unit carries out data communication by being installed in radio mobile communication transceiver module in this Mobile Communications Unit and antenna and wireless communication networks;

(3) by the solidification software functional module in the base station processor in the remote control unit in the Mobile Communications Unit or this Mobile Communications Unit and the microcontroller image of this Mobile Communications Unit output or video data or order and/or voice data or order are outputed in the computer that is connected with the bus interface of this Mobile Communications Unit by bus interface, handle by the driver module that is installed in this Mobile Communications Unit in this computer;

(4) driver that is installed in this Mobile Communications Unit in the computer that is connected with the bus interface of this Mobile Communications Unit will be input to the keyboard data or the order of this Mobile Communications Unit by computer, or mouse or touch screen data or order, or voice data or order send remote control unit or base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller in this Mobile Communications Unit to by described bus interface, base station processor and the microcontroller that is sent in the Mobile Communications Unit by this remote control unit handled again, or after handling by base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller, send to base station processor in this Mobile Communications Unit and other program curing in the microcontroller and handle accordingly.

Described wireless communication networks be the third generation or the 4th generation the mobile broadband wireless communication network, comprise: CDMA2000, CDMA2000 3X, CDMA2000EV-DV, TD-SCDMA, based on the high-speed packet of universal mobile telecommunications system UMTS insert High-Speed Packet Access (HSPA), high-speed packet inserts following develop (HSPA+), High-Speed Downlink Packet Access (HSDPA), 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution), micro-wave access global inter communication WiMAX or WI-FI.

Described bus interface is the wired bus interface that comprises general-purpose serial bus USB or IEEE1394 STD bus, or comprise ultra broadband UWB wave point, based on the wireless bus interface of Wireless USB bus, wireless IEEE1394 STD bus or the WI-FI bus of the ultra broadband UWB technology of WiMedia Alliance, or based on the bus interface of IP agreement.

Described Mobile Communications Unit and with computer that the bus interface of this Mobile Communications Unit is connected between by this bus interface swap file, data and order, transmit USB type data or order mutually by described bus interface between perhaps described Mobile Communications Unit and the computer.

The user interface software function module of this Mobile Communications Unit also is installed in described and the computer that the bus interface of Mobile Communications Unit is connected, this user interface software function module is used for the image of this Mobile Communications Unit that the driver with this Mobile Communications Unit sends or video data or order and/or voice data or order and outputs to the display screen that is connected with this computer, loud speaker or audio amplifier or the bluetooth accessory that is connected with computer respectively; Simultaneously, the user interface software function module of this Mobile Communications Unit is with the data of keyboard, mouse or the touch-screen input of user by being connected with this computer or the driver that order sends this Mobile Communications Unit to, send this Mobile Communications Unit by this driver to by described bus interface again, perhaps the driver that sends voice data or the order of user by the input of the described microphone that is connected with computer or bluetooth accessory to this Mobile Communications Unit sends this Mobile Communications Unit by this driver to by described bus interface again.

Described Mobile Communications Unit according to computer that described bus interface is connected in the image display resolution of peripheral unit display screen change the image display resolution that the image of described base station processor and microcontroller shows automatically.

The bus protocol of described image or video data is rgb format, yuv format, HDMI (High Definition Multimedia Interface) HMDI form, DisplayPort form, mobile display digital interface MDDI data format or mobile industry processor interface standard MIPI data format.

Mobile Communications Unit of the present invention and use the advantage of the method for Mobile Communications Unit to be: this device simple in structure by computer, it is the crystallization that makes full use of modern microelectric technique, computing technique and development of Communication Technique achievement, the inventive method is easy to use, simultaneous computer can be connected to the high-speed radiocommunication net whenever and wherever possible by the inventive method, and need not order the expenses of surfing in Internet of extra online, only need the expenses of surfing in Internet of the high-speed wireless access of order Mobile Communications Unit, for people pare down expenses, for bringing, people's life greatly facilitates and freedom simultaneously.Therefore Mobile Communications Unit of the present invention and use the method for Mobile Communications Unit can be widely used in family and enterprises and institutions by computer has favorable social and economic worth.

Description of drawings

Fig. 1 is that the circuit structure of existing Mobile Communications Unit is formed block diagram.

Fig. 2 is that the circuit structure of first kind of Mobile Communications Unit of the present invention is formed block diagram.

Fig. 3 is that the circuit structure of second kind of Mobile Communications Unit of the present invention is formed block diagram.

Fig. 4 is one of driver flow diagram of Mobile Communications Unit of the present invention.

Fig. 5 be Mobile Communications Unit of the present invention the driver flow diagram two.

Fig. 6 is the workflow of the user interface program of Mobile Communications Unit of the present invention of the present invention.

Fig. 7 is the embodiment that uses Mobile Communications Unit of the present invention by computer.

Embodiment

For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is described in further detail below in conjunction with drawings and Examples.

Referring to Fig. 1, introduce the circuit structure of existing Mobile Communications Unit, comprise: for this device providesDC power supply 30 power supply, that be made up of rechargeable battery and charging circuit, and as the base station processor and themicrocontroller 40 of this Mobile Communications Unit control core; This base station processor is connected radio mobilecommunication transceiver module 10 withmicrocontroller 40 by radio mobile communicationtransceiver module interface 401, communicates by letter with wireless communication networks by antenna 9 again; It connects data storage andnon-volatile flash memories 20 bymemory interface 402, is used to store data and solidification software; Link to each other with bluetooth controller 50 with bus D byblue tooth interface 403, to connect bluetooth-type earphone and annex; Link to each other withdisplay screen 60 with bus E bydisplay interface 404, so as on thedisplay screen 60 of Mobile Communications Unit output image; Link to each other with keyboard/touch-screen 70 with bus F by keyboard/touch screen interface 405, so that keyboard/touch-screen 70 input commands and data by Mobile Communications Unit; Link to each other with microphone 80 with loud speaker with bus G byaudio interface 406, so that pass throughloud speaker 80 output audios of Mobile Communications Unit, simultaneously by microphone input voice; Link to each other withUSB socket 90 with bus H byUSB interface 407, transmit data so that connect computer byUSB socket 90.

Radio mobilecommunication transceiver module 10 wherein can connect the 2G/3G/4G wireless communication networks respectively, comprise CDMA2000, CDMA2000 3X, CDMA2000EV-DV, TD-SCDMA, high-speed packet based on universal mobile telecommunications system UMTS inserts High-Speed Packet Access (HSPA), high-speed packet inserts following develop (HSPA+), High-Speed Downlink Packet Access (HSDPA), 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution), micro-wave access global inter communication WiMAX, or WI-FI etc., the bus E that connectsdisplay screen 60 is the show bus of any pattern, for example the bus protocol rgb format of images or video data, yuv format, HDMI (High Definition Multimedia Interface) HMDI form, the DisplayPort form, mobile display digital interface MDDI data format, or mobile industry processor interface standard MIPI data format; The bus D that connects bluetooth controller 50 is the bluetooth-type STD bus, the bus F that links to each other with keyboard/touch-screen 70 is any kind of control line or bus, with the bus G that loud speaker links to each other with microphone 80 is IC97 or other bus, and the bus H that links to each other withUSB socket 90 is the cable that meets the usb bus agreement; Base station processor andmicrocontroller 40 are also integrated 2D and 3D figure OverDrive Processor ODP.

Existing Mobile Communications Unit as shown in Figure 1 can connect computer byUSB socket 90 and transmit data, for example transmit MP3, film or photo files each other with computer, transmit data by the mode of file management to existing Mobile Communications Unit on computers again, this moment, this Mobile Communications Unit was as computer annex, with the form appearance of USB dish.This as the existing Mobile Communications Unit that Fig. 1 introduced, comprise the 3G smart mobile phone, mobile internet device NID, ultra portable equipment UMD, PDA etc.

Mobile Communications Unit of the present invention improves on existing Mobile Communications Unit basis and realizes, the control circuit of the most brief basic configuration of this device is provided with: the DC power supply that power supply is provided, the wireless mobile communications transceiver module and the antenna that carry out data communication with wireless communication networks, be connected with the wireless mobile communications transceiver module, base station processor and microcontroller that transceive data is handled, the data storage and/or the nonvolatile flash memory memory that are used to store solidification software and/or initialization data that link to each other with microcontroller with base station processor, and the remote control unit that connects base station processor and microcontroller and bus interface respectively, described bus interface is used to connect computer; Wherein:

Remote control unit is used for the image of base station processor and microcontroller output or video data or order and/or voice data or order are handled, again by described bus interface with these data with order and send the computer that is connected with described bus interface to; Simultaneously the remote control unit computer that will be connected with described bus interface is input to the keyboard data of this Mobile Communications Unit or order or mouse data or order or touch screen data or order or voice data or order by this bus interface and handles, and the base station processor and the microcontroller that send in this Mobile Communications Unit are handled again;

Bus interface is used for according to corresponding bus protocol the image of this Mobile Communications Unit output or video data or order and/or voice data or order being outputed to the computer that is connected with this bus interface; The computer that will be connected with this bus interface is input to keyboard data or order or mouse data or order or touch screen data or the order or the voice data of this Mobile Communications Unit or orders according to corresponding bus protocol and sends this Mobile Communications Unit to by this bus interface simultaneously.

People can use the Mobile Communications Unit of the present invention of above-mentioned basic configuration to connect computer by bus interface and use, to reduce the production cost of this device.

The another kind configuration of Mobile Communications Unit of the present invention then also is provided with on the control circuit of this device: the display screen that is used for output image information, be used to import the keyboard or the touch-screen of data, be used for the loud speaker and the microphone of I/O audio frequency, this display screen, keyboard or touch-screen, loud speaker and microphone all are connected with remote control unit.Wherein: in this configuration, remote control unit also sends the image of base station processor and microcontroller output or video data or order and/or voice data or order to described display screen and/or the described loud speaker in this Mobile Communications Unit; Keyboard data that remote control unit also will be by the described keyboard in this Mobile Communications Unit or touch-screen and the input of described microphone or order or touch screen data or order or voice data or order simultaneously sends described base station processor and the microcontroller in this Mobile Communications Unit to.

Introduce two embodiment and the using method thereof of apparatus of the present invention below respectively.

Referring to Fig. 2, introduce the control circuit structure of first kind of embodiment of Mobile Communications Unit of the present invention and form: it is to increaseremote control unit 100 andbus interface 200 is formed on existing Mobile Communications Unit control circuit basis shown in Figure 1.Whereinremote control unit 100 sends the image of base station processor andmicrocontroller 40 outputs or video data E, voice data to be connected with thisbus interface 200 computer bybus interface 200, perhaps exports to built-indisplay screen 60 and the loud speaker and themicrophone 80 of Mobile Communications Unit of the present invention; Simultaneously the voice data of the order of keyboard/touch-screen that this computer is sent bybus interface 200 and data, microphone input viaremote control unit 100 after, send base station processor andmicrocontroller 40 to by bus F and Audio Data Line G respectively again, perhaps the voice data of order that the built-in keybad/touch-screen 70 of Mobile Communications Unit of the present invention is imported and data, microphone input sends base station processor andmicrocontroller 40 to viaremote control unit 100.

Following mask body is introduced the operation principle of this device:

When Mobile Communications Unit of the present invention shown in Figure 2 is not connected to computer bybus interface 200, the function of this Mobile Communications Unit is suitable with existing Mobile Communications Unit, and promptly the user can be as using existing Mobile Communications Unit to use this device.Just, this Mobile Communications Unit is communicated by letter with wireless communication networks by radio mobile communicationtransceiver module interface 401, radio mobilecommunication transceiver module 10 and antenna 9;Remote control unit 100 with the image of base station processor andmicrocontroller 40 outputs or video data via data wire E be connected to show input interface 101 after, send input andoutput control unit 110 to bybus 1E again, input andoutput control unit 110 with its conversion after, viabus 2E with show output interface 102 and bus 3E exports to the built-indisplay screen 60 of Mobile Communications Unit of the present invention.Afterremote control unit 100 is connected toaudio interface 107 with the voice data of base station processor andmicrocontroller 40 outputs via data wire G, send input andoutput control unit 110 to by bus 1G again, input andoutput control unit 110 with its conversion after, export to theboombox 80 of Mobile Communications Unit of the present invention viabus 2G and audio frequency input/output interface 108 and bus 3G; The language of user's input simultaneously sends input andoutput control unit 110 bymicrophone 80 to through audio frequency input/output interface 108, send theaudio interface 406 of base station processor andmicrocontroller 40 again to by audio frequency input/output interface 107 by input andoutput control unit 110, after handling by base station processor andmicrocontroller 40, send to the terminal installation that communicates with Mobile Communications Unit of the present invention by wireless communication networks.The order and the data of built-in keybad/touch-screen 70 inputs of Mobile Communications Unit of the present invention send keyboard/touch-screen input interface 106 to bybus 3F, again after bus 2F sends input andoutput control unit 110 to, send the keyboard/touch screen interface 405 of base station processor andmicrocontroller 40 by input andoutput control unit 110 to by keyboard/touch-screen input interface 105 again, handle by base station processor and microcontroller 40.Show that wherein input interface 101 can directly connect demonstration output interface 102, or same circuit: promptlybus 1E and 2E are same buses.Audio frequency input/output interface 107 can directly link to each other with audio frequency input/output interface 108, or same circuit: promptlybus 1G and 2G are same buses.Keyboard/touch-screen input interface 105 can directly link to each other with keyboard/touch-screen input interface 106, or same circuit: promptly bus 1F and 2F are same buses.Remote control unit 100 can also integratedly be used for storing memory of data.

When Mobile Communications Unit of the present invention shown in Figure 2 is connected to computer bybus interface 200, can utilize the inventive method to use all functions of this Mobile Communications Unit on computers.Like this, the user can be sitting in by the computer, the image or the video information that show this Mobile Communications Unit output by the large display screen of computer, sound equipment/microphone by computer comes transferring voice, QWERTY keyboard by computer or touch-screen or mouse come input information, simultaneously can also be connected to the Internet, and computer itself need not be connected on the Internet by this Mobile Communications Unit.As long as the user has Mobile Communications Unit of the present invention, just can use a computer whenever and wherever possible connects the Internet, and need not order fixing service on net at home more like this; Resemble now increasing user and do not re-use landline telephone, and use mobile phone the same, give the user with more freedom with pare down expenses.

Below introduce the method for using first kind of embodiment of apparatus of the present invention by computer:

The user interface program of Mobile Communications Unit of the present invention and the driver of Mobile Communications Unit are installed on computers, wherein the driver of Mobile Communications Unit of the present invention is responsible for Mobile Communications Unit of the present invention is transferred to by bus interface 200 image or the video data or the order of computer, voice messaging sends user interface program to, again by user interface program with image or video data or order, voice messaging outputs to large display screen and the acoustics that is connected with computer respectively, the order the also user imported respectively by the keyboard that is connected with computer and microphone of user interface program simultaneously and speech data send this Mobile Communications Unit to by the bus interface 200 of this Mobile Communications Unit remote control unit 100, after sending the base station processor and microcontroller 40 of this Mobile Communications Unit to by remote control unit 100 again, it is handled by base station processor and microcontroller 40.Mobile Communications Unit of the present invention is responsible for moving all programs, comprise make a phone call, online, play multimedia files etc., this computer-chronograph is equivalent to the input and output user interface apparatus of this Mobile Communications Unit, be used to show the image of this Mobile Communications Unit output or the voice messaging of video information and this Mobile Communications Unit of output, and send user to of the present invention Mobile Communications Unit with voice by the bus interface 200 that is connected with computer by the keyboard of computer or the data or the order of touch-screen and microphone input.

When Mobile Communications Unit of the present invention shown in Figure 2 is connected to computer bybus interface 200, this Mobile Communications Unit communicates and swap data with the computer that is connected by the following method of the present invention, thereby uses all functions of this Mobile Communications Unit on computers by the inventive method:

Method one: when Mobile Communications Unit of the present invention outputs to computer with the image of its output or video data bybus interface 200, base station processor andmicrocontroller 40 bydisplay interface 404 with the form output image data of bus E demonstration input interface 101 toremote control unit 100, demonstration input interface 101 is exported to input andoutput control unit 110 with image or video data with the form ofbus 1E again, then after treatment by input andoutput control unit 110, form with bus J sendsbus control unit 130 to, after packing according to corresponding bus protocol bybus control unit 130 again, be transferred tobus interface 200 by bus K again, be transferred to the driver that is installed in the Mobile Communications Unit of the present invention on the computer that is connected with Mobile Communications Unit of the present invention bybus interface 200, after handling according to corresponding bus protocol by the driver of this Mobile Communications Unit, send the user interface program of installation Mobile Communications Unit of the present invention on computers to, image is outputed to the large display screen that links to each other with computer by the user interface program of Mobile Communications Unit of the present invention.

Method two: when Mobile Communications Unit of the present invention outputs to computer with the voice data of this Mobile Communications Unit output bybus interface 200, base station processor andmicrocontroller 40 byaudio interface 406 with the form outputting audio data of bus G audio frequency input/output interface 107 toremote control unit 100, audio frequency input/output interface 107 is exported to input andoutput control unit 110 with voice data with the form of bus 1G again, sendbus control unit 130 to the form of bus J after treatment by input andoutput control unit 110 again, pack according to corresponding bus protocol bybus control unit 130 again, after sendingbus interface 200 to by bus K again, be transferred to the driver that is installed in this Mobile Communications Unit on the computer that links to each other with Mobile Communications Unit of the present invention bybus interface 200, after handling according to corresponding bus protocol by the driver of Mobile Communications Unit of the present invention, send the user interface program of installation Mobile Communications Unit of the present invention on computers to, user interface program by Mobile Communications Unit of the present invention outputs to the audio output apparatus that links to each other with computer to voice data again, for example loudspeaker or bluetooth-type earphone.

Method three: when Mobile Communications Unit of the present invention by thebus interface 200 that links to each other with computer during from the computer input audio data, the user interface program of installation this Mobile Communications Unit is on computers imported the user by the microphone that is connected with computer voice data sends the driver of Mobile Communications Unit of the present invention to, after the driver of Mobile Communications Unit of the present invention is handled according to corresponding bus protocol packing, send thebus control unit 130 of the Mobile Communications Unit of the present invention that is connected with computer again to bybus interface 200, after handling according to corresponding bus protocol bybus control unit 130, send input andoutput control unit 110 to by bus J, after handling by input andoutput control unit 110 again, send audio frequency input/output interface 107 to bus 1G, send base station processor andmicrocontroller 40 byaudio interface 406 with the form of bus G by audio frequency input/output interface 107 again, handle by base station processor andmicrocontroller 40.

Method four: when Mobile Communications Unit of the present invention by thebus interface 200 that is connected with computer keyboard from computer, when mouse or touch-screen input data, the user interface program that Mobile Communications Unit of the present invention on computers is installed is with the keyboard of user by being connected with computer, the data of mouse or touch-screen input send the driver of Mobile Communications Unit of the present invention to, after handling via the driver of Mobile Communications Unit of the present invention, according to corresponding bus protocol packing, send thebus control unit 130 of the Mobile Communications Unit of the present invention that is connected with computer again to bybus interface 200, handle the back bybus control unit 130 according to corresponding bus protocol and send input andoutput control unit 110 to by bus J, send keyboard/touch-screen input interface 105 to bus 1F after treatment by input andoutput control unit 110 again, after sending base station processor andmicrocontroller 40 by keyboard/touch-screen input interface 105 to by keyboard/touch screen interface 405 again, handle by base station processor andmicrocontroller 40.

Remote control unit 100 in the Mobile Communications Unit of the present invention as shown in Figure 2 detects the image display resolution of this Mobile Communications Unit output automatically, and this image display resolution is sent to the driver of installation Mobile Communications Unit of the present invention on computers bybus interface 200, send the user interface program of installation this Mobile Communications Unit on computers again to, by the user interface program of this Mobile Communications Unit corresponding resolution is set and carries out image and show.Adopt as shown in Figure 2 Mobile Communications Unit of the present invention and method, the base station processor of this Mobile Communications Unit andmicrocontroller 40 need not know that the input data of image/audio frequency/keyboard aredisplay screen 60/ loud speaker andmicrophone 80/ keyboard or the touch-screens 70 that derives from the Mobile Communications Unit of the present invention, still derive from the computer that is connected by withbus interface 200, its translation function is finished automatically by remote control unit 100.When Mobile Communications Unit of the present invention was connected to computer bybus interface 200 simultaneously, the backlight or display screen ofdisplay screen 60 was closed automatically, to save power supply power consumption, prolonged the service time of Mobile Communications Unit of the present invention.

When as shown in Figure 2 Mobile Communications Unit of the present invention is connected to computer bybus interface 200, the driver of installation this Mobile Communications Unit on computers and/or user interface program are activated automatically and carry out preliminary examinationization, receive image or the video data and the voice data of this Mobile Communications Unit that sends from Mobile Communications Unit of the present invention according to corresponding bus protocol, after handling, the user interface program that sends Mobile Communications Unit of the present invention again to is handled; The user interface program of Mobile Communications Unit of the present invention is with keyboard, mouse or the touch screen data of input, the driver that voice data sends Mobile Communications Unit of the present invention to simultaneously, after handling accordingly by Mobile Communications Unit driver of the present invention again, according to corresponding bus protocol packing, send the Mobile Communications Unit of the present invention that is connected with computer to bybus interface 200 again.

When as shown in Figure 2 Mobile Communications Unit of the present invention and computer disconnect when being connected, the driver and/or the user interface program that are installed in the Mobile Communications Unit of the present invention of computer withdraw from automatically, theremote control unit 100 of Mobile Communications Unit of the present invention is connected to the input/output information of base station processor andmicrocontroller 40display screen 60/ keyboard or touch-screen 70/ loud speaker and themicrophone 80 of this Mobile Communications Unit automatically simultaneously, this moment, the function of this Mobile Communications Unit was suitable with existing Mobile Communications Unit, can independently use it.

Need to prove that when thebus interface 200 in the Mobile Communications Unit of the present invention shown in Figure 2 was USB, itsUSB interface 90 can be same interface withbus interface 200.

When using Mobile Communications Unit of the present invention shown in Figure 2 by computer, the user interface informations by this Mobile Communications Unit of 200 of bus interface exchange between this Mobile Communications Unit and the computer, swap data file not between them; For example, download to file in this Mobile Communications Unit, can not deposit in the computer by Mobile Communications Unit of the present invention online.

Referring to Fig. 3, introducing the control circuit structure of second kind of embodiment of Mobile Communications Unit of the present invention forms: it is on Mobile Communications Unit control circuit of the present invention basis shown in Figure 2, has increased between base station processor and microcontroller 40A and remote control unit 100A that remote controllers interface and USB interface form.Wherein base station processor and microcontroller 40A pass through remote controllers interface 408 to transmit between the remote controllers interface 120 of bus I and remote control unit 100A and exchange control command and data, base station processor also is connected with remote control unit 100A byUSB interface 407 with microcontroller 40A, and the computer that is connected with Mobile Communications Unit of the present invention bybus interface 200 carries out data and exchange files again.

Because the circuit structure of Mobile Communications Unit of the present invention shown in Figure 3 and Mobile Communications Unit of the present invention shown in Figure 2 is basic identical, therefore, only introduces both differences here.

Base station processor in the Mobile Communications Unit of the present invention shown in Figure 3 and microcontroller 40 transmit control command and data by the remote controllers interface among remote controllers interface 408 and the remote control unit 100A 120, after remote control unit 100A receives order, handle.Send the image display resolution of inquiring about the computer screen that is connected with bus interface 200 as base station processor with microcontroller 40A, after remote control unit 100A receives order, send querying command to the driver that this Mobile Communications Unit on computers is installed, driver by this Mobile Communications Unit returns the image display resolution of computer screen for remote control unit 100A by bus interface 200, send base station processor and microcontroller 40A to by remote control unit 100A again, after base station processor and microcontroller 40A obtained image display resolution information, whether decision needed to reset the image display resolution.Adopt this method, when Mobile Communications Unit of the present invention shown in Figure 3 was not connected to computer by bus interface 200, the base station processor of Mobile Communications Unit of the present invention and microcontroller 40A were provided with the image display resolution according to the display screen 60 of this Mobile Communications Unit; And when Mobile Communications Unit of the present invention shown in Figure 3 was connected to computer by bus interface 200, the base station processor of this Mobile Communications Unit was provided with the image display resolution with microcontroller 40A according to the large display screen that links to each other with the computer that is connected by bus interface 200.

Base station processor in the Mobile Communications Unit of the present invention shown in Figure 3 links to each other with the usb 1 09 of remote control unit 100A byUSB interface 407 with microcontroller 40A, the USB type data that input andoutput control unit 110 sends usb 1 09 and order send the driver of this Mobile Communications Unit that is installed in the computer that is connected withbus interface 200 to bybus control unit 130 andbus interface 200, are handled accordingly by the driver of this Mobile Communications Unit.Adopt this method, Mobile Communications Unit of the present invention and with computer thatbus interface 200 is connected between can carry out data and exchange files, or transmit USB type data or order mutually bybus interface 200 between described Mobile Communications Unit and the computer, for example can adopt this method to copy on the computer that is connected withbus interface 200 from the internet downloaded files by Mobile Communications Unit of the present invention, simultaneously also can with computer thatbus interface 200 is connected in document copying in the internal memory of Mobile Communications Unit of the present invention.

In a word,remote control unit 100 and 100A among two kinds of embodiment of Mobile Communications Unit of the present invention as shown in Figures 2 and 3 carry out compression and decompression to data between this Mobile Communications Unit and the computer and order, also the function of remote control unit 100A can be integrated in the chip of base station processor andmicrocontroller 40 or 40A simultaneously.

Really, in Fig. 2 and the Mobile Communications Unit of the present invention shown in Figure 3, can not disposedisplay screen 60, keyboard or/touch-screen 70, loud speaker andmicrophone 80, the Mobile Communications Unit of the present invention of the most brief this basic configuration was directly controlled by the computer that links to each other withbus interface 200 and was used this moment.

Remote control unit 100 among two kinds of embodiment of Mobile Communications Unit of the present invention as shown in Figures 2 and 3 and the function of 100A can also be realized by the solidification software functional module that is installed in this Mobile Communications Unit, the circuit structure composition diagram of this Mobile Communications Unit as shown in Figure 1 at this moment, justUSB interface 90 is changed intobus interface 200, the base station processor in the Mobile Communications Unit andmicrocontroller 40 are also integrated corresponding bus interface controller.When this Mobile Communications Unit was connected to computer bybus interface 200, the solidification software in the Mobile Communications Unit of the present invention will be realized using Mobile Communications Unit by computer by the following method:

Method one: after being installed in solidification software functional module in the Mobile Communications Unit of the present invention the image of base station processor andmicrocontroller 40 outputs or video data and order being handled, according to corresponding bus inferface protocol packing, send the driver that is installed in this Mobile Communications Unit on the computer that is connected with Mobile Communications Unit of the present invention to bybus interface 200 again, be correspondingly processed by the driver of this Mobile Communications Unit.

Method two: after the solidification software functional module in the Mobile Communications Unit of the present invention is handled the voice data of base station processor andmicrocontroller 40 outputs or order, according to corresponding bus inferface protocol packing, send the driver that is installed in this Mobile Communications Unit on the computer that is connected with Mobile Communications Unit of the present invention to bybus interface 200 again, be correspondingly processed by the driver of this Mobile Communications Unit.

Method three: after the solidification software functional module in the Mobile Communications Unit of the present invention receives the data or order or USB type data or order of keyboard/touch-screen that the driver that is installed in this Mobile Communications Unit on the computer that is connected with Mobile Communications Unit of the present invention sends viabus interface 200, after unpacking and handle according to corresponding bus inferface protocol, other program curing that sends in this Mobile Communications Unit is correspondingly processed.

Introduce the workflow of the driver of installation Mobile Communications Unit of the present invention on computers referring to Fig. 4 and Fig. 5.

Referring to Fig. 4, when Mobile Communications Unit of the present invention was connected to computer by bus interface 200, the driver of this Mobile Communications Unit was activated and enters preliminary examinationization, finish preliminary examinationization after, enter the reception coomand mode.The data that the driver of this Mobile Communications Unit is responsible for sending Mobile Communications Unit of the present invention to computer are handled according to relevant bus protocol, whether the driver of this Mobile Communications Unit is judged the data that send earlier: be image or video data and order, if, after then the driver of this Mobile Communications Unit is handled it, the user interface program that sends this Mobile Communications Unit again to is handled, then, output to display screen by the user interface program of this Mobile Communications Unit again; If not image or video data and order, then, whether the driver of this Mobile Communications Unit is judged the data that send: be voice data or order, if, after then the driver of this Mobile Communications Unit was handled, the user interface program that sends this Mobile Communications Unit again to carried out subsequent treatment.If not voice data and order, the driver of Mobile Communications Unit of the present invention is also judged the data that send: whether be the special command of this Mobile Communications Unit input, if then carry out this special command or send the user interface program of this Mobile Communications Unit to.If not the special command of Mobile Communications Unit input, whether the driver of Mobile Communications Unit of the present invention is judged the data that send: be USB type data or order, if, after then the driver of this Mobile Communications Unit was handled, the user interface program or the operating system that send this Mobile Communications Unit again to were carried out subsequent treatment.Look carrying out above-mentioned various judgement, the corresponding data mode if not this Mobile Communications Unit is sent then all turns back to the program respective phases of operation.

Referring to Fig. 5, when the user interface program of Mobile Communications Unit of the present invention is sent to this Mobile Communications Unit with the voice data of user's input, the user interface program of this Mobile Communications Unit sends the voice data of user's input to the driver of this Mobile Communications Unit earlier, after the driver of this Mobile Communications Unit is handled voice data or order, according to the associated bus lines protocol packing, send underlying operating system to, send this Mobile Communications Unit by underlying operating system to by the bus interface that is connected with the bus interface 200 of this Mobile Communications Unit again and handle.When the user interface program of Mobile Communications Unit of the present invention keyboard with user's input, when the data of mouse or touch-screen or order are sent to this Mobile Communications Unit, the user interface program of this Mobile Communications Unit is with the keyboard of user's input, the data of mouse or touch-screen or order send the driver of this Mobile Communications Unit to, by the driver of this Mobile Communications Unit to keyboard, after the data of mouse or touch-screen input or order are handled, according to the associated bus lines protocol packing, send underlying operating system again to, send this Mobile Communications Unit by underlying operating system to by the associated bus lines interface that is connected with the bus interface 200 of this Mobile Communications Unit and handle.When the user interface program of Mobile Communications Unit of the present invention with USB type data/when order is sent to this Mobile Communications Unit, the user interface program of this Mobile Communications Unit sends USB type data/order the driver of this Mobile Communications Unit to, by the driver of this Mobile Communications Unit to after USB type data/order is handled, according to the associated bus lines protocol packing, send underlying operating system to, send this Mobile Communications Unit by underlying operating system to by the associated bus lines interface that is connected with the bus interface 200 of this Mobile Communications Unit again and handle; Simultaneously, when the user interface program of Mobile Communications Unit of the present invention is sent to this Mobile Communications Unit with other data and order, the user interface program of this Mobile Communications Unit sends it driver of this Mobile Communications Unit to, after by the driver of this Mobile Communications Unit it being handled, according to the associated bus lines protocol packing, after sending underlying operating system to again, send this Mobile Communications Unit by underlying operating system to by the associated bus lines interface that is connected with the bus interface 200 of Mobile Communications Unit of the present invention and handle.

Referring to Fig. 6, introduce the workflow of the user interface program that Mobile Communications Unit of the present invention on computers is installed.When Mobile Communications Unit of the present invention was connected to computer by bus interface 200, the user interface program of this Mobile Communications Unit was activated and enters preliminary examinationization, finish preliminary examinationization after, enter the reception coomand mode.Whether what the user interface program of Mobile Communications Unit of the present invention judged earlier that the driver of this Mobile Communications Unit gives that this Mobile Communications Unit sends is view data or the order that this device is exported, if then the user interface program of this Mobile Communications Unit outputs to the display screen that is connected with computer with view data or order; If not view data or order, whether what the user interface program of this Mobile Communications Unit judged that the driver of this Mobile Communications Unit sends again is the voice data or the order of this device output, if then the user interface program of this Mobile Communications Unit outputs to the audio output apparatus (as loudspeaker or bluetooth-type earphone) that is connected with computer with voice data or order; When the user interface program of Mobile Communications Unit of the present invention judge that the driver of this Mobile Communications Unit sends be the file data of this Mobile Communications Unit output or file manipulation command the time, the user interface program of Mobile Communications Unit of the present invention outputs to operation system of computer with file data or file manipulation command, is handled by operating system; And when the user passes through the data of computer input keyboard, mouse or touch-screen or orders, the user interface program of Mobile Communications Unit of the present invention is with the data of keyboard, mouse or the touch-screen of user's input or the driver that order outputs to this Mobile Communications Unit, and the driver by this Mobile Communications Unit sends these data or order to this Mobile Communications Unit again; When the user passes through computer microphone or bluetooth-type headset input audio data that links to each other with computer or order, the driver that the user interface program of Mobile Communications Unit of the present invention outputs to this Mobile Communications Unit with the voice data or the order of user input, the driver by Mobile Communications Unit sends this Mobile Communications Unit to again.

The user interface program of the invention described above Mobile Communications Unit and the driver of Mobile Communications Unit of the present invention can be merged into same program.

Referring to Fig. 7, introduce the embodiment that Mobile Communications Unit 300 of the present invention is connected to computer 400.Mobile Communications Unit 300 of the present invention is connected with the bus interface 410 of computer 400 by bus interface 200, and 500 of displays are connected to computer by display interface 420, and 600 of keyboard or mouses are connected to computer by keyboard or mouse interface 430.Then, utilize Mobile Communications Unit 300 of the present invention and the present invention to use the method for Mobile Communications Unit by computer, the image or the video information of these Mobile Communications Unit 300 outputs are presented on the display 500, keyboard or mouse data and order the bus interface 410 by computer 400 of user by 600 inputs of keyboard or mouse sends this Mobile Communications Unit 300 bus interface 200 to, handled by this Mobile Communications Unit 300 again.Like this, it is other that the user just can be sitting in computer 400, uses all functions of Mobile Communications Unit 300 of the present invention by computer 400.For example, make a phone call by the telephone communication program in the Mobile Communications Unit 300 of the present invention, or by being installed in the Internet routine online of this Mobile Communications Unit 300, simultaneously, the image or the video information of these Mobile Communications Unit 300 outputs show on the large display screen 500 that is connected with computer, data by the QWERTY keyboard that is connected with computer or mouse 600 inputs are sent in this Mobile Communications Unit 300, thereby make the user can make full use of the benefit of the large display screen that is connected with computer, simultaneously, also pass through the bus interface swap file between Mobile Communications Unit 300 and the computer 400, data and order, perhaps transmit USB type data or order mutually by bus interface between Mobile Communications Unit 300 and the computer 400, and the user can make things convenient for again, computer is connected to high speed wireless net and Internet by Mobile Communications Unit 300 of the present invention simply whenever and wherever possible, again do not want the supplementary payments expense, to apply for fixedly service on net.

Mobile Communications Unit 300 in the embodiment shown in fig. 7, can be as Fig. 2 or Mobile Communications Unit of the present invention shown in Figure 3, this moment,remote control unit 100 or the 100A in this Mobile Communications Unit sent the image of these Mobile Communications Unit 300 outputs or video data, voice data to computer 400, andremote control unit 100 or 100A send the data of keyboard, mouse or the touch-screen of computer 400 inputs or voice data or order to base station processor andmicrocontroller 40 or 40A and handle simultaneously.

Mobile Communications Unit 300 in the embodiment shown in fig. 7, also can be existing Mobile Communications Unit as shown in Figure 1, theremote control unit 100 that can realize Mobile Communications Unit of the present invention or the solidification software functional module of 100A function are installed in this Mobile Communications Unit this moment.Send the image of this Mobile Communications Unit 300 outputs or video data and/or voice data to computer 400 by being installed in the Mobile Communications Unit 300 the solidification software functional module that realizesremote control unit 100 or 100A function this moment, be installed in simultaneously in the Mobile Communications Unit 300 realizeremote control unit 100 or 100A function the solidification software functional module again with the keyboard of computer 400 inputs, mouse or touch screen data, after voice data or order were handled, other program curing that sends to again in the Mobile Communications Unit 300 was handled accordingly.

Claims (22)

1. Mobile Communications Unit, the control circuit of this device is provided with: the DC power supply of being made up of rechargeable battery and/or charging circuit that power supply is provided, the wireless mobile communications transceiver module and the antenna that carry out data communication with wireless communication networks, be connected with the wireless mobile communications transceiver module, to base station processor and microcontroller that transceive data is handled, the data storage and/or the nonvolatile flash memory memory that are connected with microcontroller with base station processor, be used to store solidification software and/or initialization data; It is characterized in that, also be provided with on the control circuit of this Mobile Communications Unit: connect the remote control unit of base station processor and microcontroller and bus interface respectively, described bus interface is used to connect computer; Wherein:

Remote control unit is used for the image of base station processor and microcontroller output or video data or order and/or voice data or order are handled, again by described bus interface with these data with order and send the computer that is connected with described bus interface to; This remote control unit pair computer that is connected with described bus interface is input to after the keyboard data of this Mobile Communications Unit or order or mouse data or order or touch screen data or order or voice data or order handle by this bus interface simultaneously, and the base station processor and the microcontroller that send in this Mobile Communications Unit are handled again;

Bus interface is used for according to corresponding bus protocol the image of this Mobile Communications Unit output or video data or order and/or voice data or order being outputed to the computer that is connected with this bus interface; The computer that will be connected with this bus interface is input to keyboard data or order or mouse data or order or touch screen data or the order or the voice data of this Mobile Communications Unit or orders according to corresponding bus protocol and sends this Mobile Communications Unit to by this bus interface simultaneously.

2. Mobile Communications Unit according to claim 1, it is characterized in that: also be provided with on the control circuit of this Mobile Communications Unit: the display screen that is used for output image or video information, be used to import the keyboard or the touch-screen of data, the loud speaker and the microphone that are used for the I/O audio frequency, described display screen, described keyboard or touch-screen, described loud speaker and microphone all are connected with described remote control unit; Wherein:

Remote control unit also sends the image of base station processor and microcontroller output or video data or order and/or voice data or order to described display screen and/or the described loud speaker in the described Mobile Communications Unit; Remote control unit also will be by described keyboard or the touch-screen in the described Mobile Communications Unit simultaneously, and the keyboard data of described microphone input or order or touch screen data or order or voice data or order send described base station processor and the microcontroller in the described Mobile Communications Unit to.

3. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: described wireless communication networks be the third generation or the 4th generation the mobile broadband wireless communication network, comprise: CDMA2000, CDMA20003X, CDMA2000EV-DV, TD-SCDMA, high-speed packet based on universal mobile telecommunications system UMTS inserts High-Speed Packet Access (HSPA), high-speed packet inserts following develop (HSPA+), High-Speed Downlink Packet Access (HSDPA), 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution), micro-wave access global inter communication WiMAX or WI-FI.

4. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: described bus interface is the wired bus interface that comprises general-purpose serial bus USB or IEEE1394 STD bus, or comprise the interface of ultra broadband UWB wireless technology or, or based on the bus interface of IP agreement based on the wireless bus interface of Wireless USB bus, wireless IEEE1394 STD bus or the WI-FI bus of the ultra broadband UWB technology of WiMedia Alliance.

5. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit is connected with computer by described bus interface, the computer that this remote control unit will be connected with this bus interface is input to keyboard data or order or mouse data or order or touch screen data or the order or the voice data of this Mobile Communications Unit or orders according to sending described base station processor and microcontroller to after the described bus protocol processing, is handled by this base station processor and microcontroller.

6. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit is connected with computer by described bus interface, after described remote control unit is handled the image of described base station processor and microcontroller output or video data or order and/or voice data or order, after packing according to corresponding bus protocol, image after will packing again or video data or order and/or voice data or order send described computer to by described bus interface again; Wherein the bus protocol of images or video data is rgb format or yuv format or HDMI (High Definition Multimedia Interface) HMDI form or DisplayPort form or mobile display digital interface MDDI data format or mobile industry processor interface standard MIPI data format.

7. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit does not connect computer, described remote control unit is with image or the video data or the order of base station processor and microcontroller output, voice data or order send described display screen and the described loud speaker in the described Mobile Communications Unit respectively to, simultaneously with described keyboard or touch-screen in the described Mobile Communications Unit, or the data of described microphone input or the order base station processor and the microcontroller that send this Mobile Communications Unit to, handle by this base station processor and microcontroller.

8. Mobile Communications Unit according to claim 1 and 2 is characterized in that: described Mobile Communications Unit also comprises and is used for the bluetooth controller that is connected with bluetooth accessory.

9. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit is connected with computer by described bus interface, the backlight electric power of the display screen of this Mobile Communications Unit is closed, or the display screen power supply is closed.

10. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit connects computer by described bus interface, by described bus interface swap file, data and order, transmit USB type data or order mutually by described bus interface between perhaps described Mobile Communications Unit and the computer between described Mobile Communications Unit and the computer.

11. Mobile Communications Unit according to claim 1 and 2 is characterized in that: remote control unit in the described Mobile Communications Unit and base station processor and microcontroller are the devices that is integrated in same chip.

12. Mobile Communications Unit according to claim 1 and 2 is characterized in that: the remote control unit in the described Mobile Communications Unit can be realized by the solidification software functional module that can finish the various corresponding functions of described remote control unit in the described Mobile Communications Unit.

13. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit was connected with computer by described bus interface, described remote control unit carried out the compression and decompression processing to the data and the order that exchange between described Mobile Communications Unit and the computer.

14. Mobile Communications Unit according to claim 1 and 2, it is characterized in that: when described Mobile Communications Unit is connected with computer by described bus interface, this Mobile Communications Unit according to computer that this bus interface is connected in the image display resolution of peripheral unit display screen change the image display resolution that the image of described base station processor and microcontroller shows automatically.

15. method of using Mobile Communications Unit by computer, it is characterized in that: computer is connected with the bus interface of Mobile Communications Unit by bus interface, and wireless mobile communications transceiver module and antenna and the wireless communication networks of this Mobile Communications Unit by wherein carries out data communication; Solidification software functional module in remote control unit in the described Mobile Communications Unit or the base station processor in the described Mobile Communications Unit and the microcontroller outputs to the computer that is connected with the bus interface of this Mobile Communications Unit with the image of this Mobile Communications Unit output or video data or order and/or voice data or order by bus interface, to be input to the keyboard data or the order of this Mobile Communications Unit by this computer simultaneously, or mouse or touch screen data or order, or voice data or order send remote control unit or base station processor in the described Mobile Communications Unit and the solidification software functional module in the microcontroller in this Mobile Communications Unit to by this bus interface, the base station processor and the microcontroller that send in this Mobile Communications Unit after being handled by remote control unit are handled again, or after handling by base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller, send to the interior base station processor of this Mobile Communications Unit and other program curing in the microcontroller and handle accordingly, realize information interaction.

16. method according to claim 15 is characterized in that: described method comprises following operating procedure:

(1) Mobile Communications Unit links to each other with computer by bus interface, and the driver module of this Mobile Communications Unit is installed on this computer;

(2) Mobile Communications Unit carries out data communication by being installed in radio mobile communication transceiver module in this Mobile Communications Unit and antenna and wireless communication networks;

(3) by the solidification software functional module in the base station processor in the remote control unit in the Mobile Communications Unit or this Mobile Communications Unit and the microcontroller image of this Mobile Communications Unit output or video data or order and/or voice data or order are outputed in the computer that is connected with the bus interface of this Mobile Communications Unit by bus interface, handle by the driver module that is installed in this Mobile Communications Unit in this computer;

(4) driver that is installed in this Mobile Communications Unit in the computer that is connected with the bus interface of this Mobile Communications Unit will be input to the keyboard data or the order of this Mobile Communications Unit by computer, or mouse or touch screen data or order, or voice data or order send remote control unit or base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller in this Mobile Communications Unit to by described bus interface, base station processor and the microcontroller that is sent in the Mobile Communications Unit by this remote control unit handled again, or after handling by base station processor in this Mobile Communications Unit and the solidification software functional module in the microcontroller, send to base station processor in this Mobile Communications Unit and other program curing in the microcontroller and handle accordingly.

17. method according to claim 15, it is characterized in that: described wireless communication networks be the third generation or the 4th generation the mobile broadband wireless communication network, comprise: CDMA2000, CDMA20003X, CDMA2000EV-DV, TD-SCDMA, high-speed packet based on universal mobile telecommunications system UMTS inserts High-Speed Packet Access (HSPA), high-speed packet inserts following develop (HSPA+), High-SpeedDownlink Packet Access (HSDPA), 3G (Third Generation) Moblie technology Long Term Evolution 3GPP LTE (Long Term Evolution), micro-wave access global inter communication WiMAX or WI-FI.

18. method according to claim 15, it is characterized in that: described bus interface is the wired bus interface that comprises general-purpose serial bus USB or IEEE1394 STD bus, or comprise ultra broadband UWB wave point, based on the wireless bus interface of Wireless USB bus, wireless IEEE1394 STD bus or the WI-FI bus of the ultra broadband UWB technology of WiMedia Alliance, or based on the bus interface of IP agreement.

19. method according to claim 15, it is characterized in that: described Mobile Communications Unit and with computer that the bus interface of this Mobile Communications Unit is connected between by this bus interface swap file, data and order, transmit USB type data or order mutually by described bus interface between perhaps described Mobile Communications Unit and the computer.

20. method according to claim 15, it is characterized in that: the user interface software function module that this Mobile Communications Unit also is installed in described and the computer that the bus interface of Mobile Communications Unit is connected, this user interface software function module is used for the image of this Mobile Communications Unit that the driver with this Mobile Communications Unit sends or video data or order and/or voice data or order and outputs to the display screen that is connected with this computer, loud speaker or audio amplifier or the bluetooth accessory that is connected with computer respectively; Simultaneously, the user interface software function module of this Mobile Communications Unit is with the data of keyboard, mouse or the touch-screen input of user by being connected with this computer or the driver that order sends this Mobile Communications Unit to, send this Mobile Communications Unit by this driver to by described bus interface again, perhaps the driver that sends voice data or the order of user by the input of the described microphone that is connected with computer or bluetooth accessory to this Mobile Communications Unit sends this Mobile Communications Unit by this driver to by described bus interface again.

21. method according to claim 15 is characterized in that: described Mobile Communications Unit according to computer that described bus interface is connected in the image display resolution of peripheral unit display screen change the image display resolution that the image of described base station processor and microcontroller shows automatically.

22. method according to claim 15 is characterized in that: the bus protocol of described image or video data is rgb format, yuv format, HDMI (High Definition Multimedia Interface) HMDI form, DisplayPort form, mobile display digital interface MDDI data format or mobile industry processor interface standard MIPI data format.

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