WO2012145979A1 - Mobile communication network terminal - Google Patents

Mobile communication network terminal Download PDF

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Publication number
WO2012145979A1
WO2012145979A1 PCT/CN2011/078736 CN2011078736W WO2012145979A1 WO 2012145979 A1 WO2012145979 A1 WO 2012145979A1 CN 2011078736 W CN2011078736 W CN 2011078736W WO 2012145979 A1 WO2012145979 A1 WO 2012145979A1
Authority
WO
WIPO (PCT)
Prior art keywords
host
slave
signal
module
display
Prior art date
Application number
PCT/CN2011/078736
Other languages
French (fr)
Chinese (zh)
Inventor
周朝晖
姜英才
黄磊
Original Assignee
Zhou Chaohui
Jiang Yingcai
Huang Lei
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Zhou Chaohui, Jiang Yingcai, Huang Lei filed Critical Zhou Chaohui
Publication of WO2012145979A1 publication Critical patent/WO2012145979A1/en

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
    • H04M1/72412—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories using two-way short-range wireless interfaces

Definitions

  • the present invention relates to a mobile communication network terminal, and more particularly to a mobile communication network terminal capable of independently using a communication host or a connection sub-machine to increase operational flexibility.
  • Mobile communication terminals such as mobile phones are widely used for their mobility and portability.
  • mobile communication terminals have developed a connection network browsing webpage information or viewing sound in addition to mobile communication functions.
  • Powerful data transfer or data processing functions such as video files and even entertainment games.
  • the display screen of the prior art mobile communication terminal has a small size. If the mobile communication terminal is used to connect to the web to browse the webpage or view video and audio materials for digital entertainment, the size of the display screen is small, which makes the interface operation inconvenient and flexible. Greatly reduce the effectiveness of web browsing and entertainment.
  • the invention provides a mobile communication network terminal, which is convenient for the use of the mobile communication function, and is also convenient for connecting and operating external devices, thereby improving the ease of operation of the communication host.
  • the present invention provides a mobile communication network terminal, including a communication host having a mobile communication function connected to a mobile communication system, the communication host including a processor, a mobile communication module and a host extension respectively connected to the processor Interface module and audio input/output module.
  • the mobile communication network terminal as described above further includes a slave unit, and the slave unit includes a child machine display screen, a slave input/output module, a slave extension display module, and a slave extension interface module of the slave input/output module.
  • the host expansion interface module connects the slave extension interface module and operates the slave to operate the communication host.
  • the communication host further includes a host display screen connected to the processor, the host expansion interface module includes a display signal control module and a host signal interface, and the sub-machine expansion interface module includes a sub-interface The signal signal interface, the display signal control module is connected to the display signal of the processor of the communication host and is connected to the host signal interface.
  • the processor sets an identification control module, and the identification control module detects a connection state of the host expansion interface module and the extension interface module of the sub-machine and switches to the operation
  • the slave machine operates the slave state of the communication host; the identification control module identifies the disconnection state of the host extension interface module and the slave extension interface module and switches to the host state of the communication host operation state.
  • the communication host further includes a host display screen
  • the host expansion interface module further includes a display signal control module
  • the display signal control module receives the display signal of the processor and is respectively connected to the host display.
  • the screen and host signal interface to control the display or shutdown of the host display.
  • the display signal control module includes a multi-way switch module, and the multi-way switch module respectively receives display signals of the processor and outputs to the host display screen and the host signal interface respectively.
  • the display signal control module further includes an HDMI interface module, and the HDMI interface module is respectively connected to the multiplex switch and the audio signal, and is connected to the host signal interface, and the slave extension of the slave device
  • the interface module includes a slave HDMI interface module that connects the slave signal interface, and the slave HDMI interface module processes the HDMI signal of the HDMI interface module of the communication host transmitted by the slave signal interface and generates a display signal and an audio signal.
  • the display signal control module in the host expansion interface module is connected to the display signal of the processor of the communication host and is connected to the host signal interface, and the display signal and display control of the processor of the communication host
  • the signals are respectively connected to the host display, and the display control signals control the display function of the display screen of the host to be turned off or on.
  • the display signal control module of the host interface expansion module further includes an LVDS interface module, and the LVDS interface module is connected to the display signal of the communication host and the display control enable signal and output to the host display and the host respectively.
  • the signal interface, the slave extension interface module of the slave machine sets an LVDS interface module, and the processor of the communication host sets an SPI interface connected to the host display screen and controls the display function of the host display screen.
  • the processor of the communication host further sets a GPIO interface, and the GPIO interface respectively detects the connection state of the sub-machine expansion interface module of the sub-machine and the host expansion interface module of the host, and controls the sub-machine
  • the power supply supplies power to the power module of the communication host or charges the communication host.
  • the communication host further includes a memory respectively connected to the processor,
  • the input/output module of the communication host includes a microphone and a speaker respectively connected to the processor, a button operation signal, a button operation signal, a USB interface signal, The audio signal, the I2C protocol signal, and the detection signal are respectively connected to the host signal interface.
  • the input/output module of the slave device includes a slave touch screen, a slave button, a slave camera, a slave USB interface, and a slave speaker respectively connected to the slave extension interface module. And the handset microphone.
  • the area of the display screen of the sub-machine is larger than the area of the main display screen, and the area of the touch screen of the sub-machine is larger than the area of the main display screen.
  • the mobile communication network terminal of the present invention sets a host expansion interface module capable of connecting an external device such as a child machine, thereby increasing the flexibility of operation and use, and making the operation interface more friendly.
  • sexuality and convenience make the communication host easy to operate and entertain, and expand the diversified and convenient use function of the mobile communication network terminal.
  • FIG. 1 is a schematic structural diagram of a first embodiment of a mobile communication network terminal of the present invention.
  • FIG. 2 is a schematic structural diagram of a second embodiment of a mobile communication network terminal of the present invention.
  • FIG. 3 is a schematic structural diagram of a third embodiment of a mobile communication network terminal of the present invention.
  • FIG. 4 is a schematic structural diagram of a fourth embodiment of the mobile communication network terminal of the present invention.
  • the mobile communication network terminal of the present invention is connected to a mobile communication network system to realize a mobile communication function or a data transmission function, for example, a WCDMA or CDMA2000 TD-SCDMA mobile communication system connected to a GSM or CDMA mobile communication system or a third generation mobile communication system, etc. as a mobile communication
  • the terminal can also be connected to the mobile communication system as a network terminal to connect to the Internet for web browsing or viewing audio and video files and other entertainment functions.
  • the mobile communication network terminal of the invention comprises a communication host and a slave machine, and the communication host and the slave machine can be connected into one integrated product, and the communication host is controlled by the operation of the slave machine, and the communication host can also be disconnected from the slave machine as a connection mobile.
  • the communication terminal of the communication system is used.
  • the mechanical connection or combination of the communication host and the slave of the mobile communication network terminal of the present invention may be designed to design a groove on the back of the body of the slave, and embed the communication host in the groove of the body of the slave. Inside, or on the side of the body of the child machine, an embedded structure for the communication host to be inserted is designed.
  • the connection mode of the communication host and the sub-machine can be various combinations or plug-in methods of the prior art, and details are not described herein again.
  • the mobile communication network terminal of the present invention comprises a communication host 1 and a slave 2, the communication host 1 is connected to the prior art mobile communication network system and the host extension interface module 140 is set, and the slave 2 sets the slave extension interface module 210 and expands through the slave.
  • the interface module 210 is connected to the main body of the communication host 1 After the interface module 140 is expanded, the communication host 1 can be operated by operating the slave 2.
  • the communication host 1 includes a processor 110, an audio input module respectively connected to the processor 110, an audio output module, a host display screen 120, a memory 170, a mobile communication module 160, a USB data interface, a touch screen 150, a host expansion interface module 140, and providing work.
  • the processor 110 has an audio and video processing function.
  • an image processor, a video processing or an audio processor can also be independently provided to increase the processing capability of the processor.
  • the input module of the communication host includes an operation button 114, an imaging device 115, a microphone 117, the microphone 117 as an audio input module input source of the communication host 1, the audio output module includes a speaker 116, and the processor 110 is further connected to the sensor 112 and the wireless network module 113.
  • the global positioning system module 180 GPS module
  • the operation button 114 is used as an input device
  • the touch screen 150 also serves as an input device for operating the communication host 1
  • the touch screen 150 is more convenient for the user to implement the key operation. Sleek input operations such as arc sliding or drawing increase operational flexibility and ease of operation.
  • the sensor 112 may be a gravity sensor, a light sensor or a distance sensor.
  • the gravity sensor senses the orientation of the user holding the communication host 1 by the gravity sensor, so that the image display orientation of the communication host 1 can be realized for the user to view, and the light sensor or the distance sensor passes the light. Sensing or distance sensing is used to sense and be user-friendly.
  • the microphone 117 is used as an audio input module for sound source input
  • the speaker 116 is used as a sound output
  • the wireless network module 113 includes a Wi-Fi network module, which can be connected to an external Wi-Fi wireless network and connected to the Internet
  • the global positioning system module receives The global positioning signal and outputs positioning information to the host display 120 and/or output to the speaker 116 for playback.
  • the mobile communication module 160 functions as a function module for implementing a mobile communication function, and includes a wireless communication signal processing module and a SIM card module for connecting a mobile communication system to implement a communication function or to transmit data.
  • the processor 110 is connected to the host expansion interface module 140, and the host expansion interface module 140 includes a display signal control module and a host signal interface 142.
  • the processor 110 is provided with an identification control module 111.
  • the identification control module 111 is connected to the host signal interface 142.
  • the button operation signal, the USB signal, the audio signal, the I2C protocol signal and the detection signal of the processor 110 are directly connected to the host signal interface 142, respectively.
  • the display signal is coupled to the host signal interface 142 via the display signal control module.
  • the display signal control module is a multiplexer 141, and the display signal is connected to the multiplexer 141.
  • the multiplexer 141 selects and outputs the display signal of the communication host 1 to the host display 120 and the host signal interface 142.
  • the switch 141 controls the display signal output from the communication host 1 to be output to the host display 120 or to the host signal interface 142 in a selected manner, either.
  • the host extension interface module 140 receives the display signal, the USB signal, the audio signal, and the I2C protocol signal output by the processor 110 and provides the slave 2 to the host 1.
  • the host extension interface module 140 receives the USB signal of the slave 2,
  • the button signal, the audio signal, and the I2C signal are supplied to the processor 110 of the communication host 1.
  • the communication host 1 acquires a detection signal of the connection state between the communication host 1 and the slave 2 and supplies it to the processor 110 of the communication host 1.
  • the display signal, the key operation signal, the USB interface signal, the audio signal, the I2C protocol signal, and the detection signal of the host expansion interface module 140 are integrated in a physical structure interface and disposed in the host signal interface 142. Further, it is convenient to connect with the child extension interface module 210 of the slave 2.
  • the slave 2 includes a slave extension interface module 210, a slave display 220, a slave battery 240, a slave USB interface 216, and a slave input module/slave output module.
  • the slave input/output modules include a handset button 214, a slave camera 215, a handset speaker 217, a handset microphone 218, and a handset touch panel 230.
  • the input function of the handset touch screen 230 can be replaced by the handset button 214 without setting the handset touch screen 230.
  • the operation of the slave touch panel 230 makes it easier to make the graphical interface more
  • the operation mode such as sliding or drawing, is more flexible.
  • the handset touch screen 230 is preferably one of the configurations of the input module.
  • the slave extension interface module 210 includes a slave signal interface 142 and a USB hub 212 corresponding to the host signal interface 142 of the communication host 1, and the slave signal interface 211 is connected to the host signal interface 142 to obtain a display signal from the communication host 1.
  • the USB signal, the audio signal, the I2C protocol signal are transmitted to the slave display 220 and the slave 2 of the slave 2 through the slave extension interface module 210, and the signals of other components of the slave 2 can also be transmitted to the communication host 1 .
  • the display signal is transmitted to the slave display 220 for display
  • the signals of the slave button 214 and the slave touch panel 230 are transmitted to the communication host 1
  • the image signal acquired by the slave camera 215 is transmitted to the communication host 1.
  • the audio is transmitted.
  • the signal is transmitted to the slave speaker 217 for playback, and the audio signal acquired by the slave microphone 218 is transmitted to the communication host 1.
  • the slave signal interface 211 of the slave extension interface module 210 integrates and sets an interface of the display signal, the button operation signal, the USB interface signal, the audio signal, the I2C protocol signal, and the touch screen communication signal to the slave signal interface 211 to interact with the host signal.
  • the interface 142 is correspondingly connected.
  • the image signal of the slave camera 215 is transmitted to the slave signal interface 211 through the hub in the USB data format.
  • the slave 2 can also be connected to the USB device through the USB interface 216 connected to the USB hub.
  • the extension interface module 210 and the communication host 1 perform USB data format transmission, and the communication host 1 adopts USB-OTG technology. Therefore, the USB device connected to the slave 2 can be a master device or a slave device, the slave button 214, and the slave touch panel.
  • the signal of 230 is transmitted to the communication host 1 through the I2C data format, so that the communication host 1 can receive the slave button signal of the slave 2 and the touch screen signal of the slave.
  • the communication host 1 can set the Bluetooth communication module, and the Bluetooth headset 213 of the handset 2 is connected to the Bluetooth communication module of the communication host 1 through the slave signal interface 211, and the Bluetooth headset 213 of the handset can also be connected through The handset battery 240 charges the Bluetooth headset 213.
  • the identification control module 111 of the processor 110 of the communication host 1 detects the slave 2 through the detection signal line.
  • the first state of the connection state between the slave extension interface module 210 and the host extension interface module 140 is processed by the processor 110 to generate a first state signal, and the host state in the operation control state of the communication host 1 is switched to operate through the slave 2
  • the slave state of the communication host 1; in the slave state, the multiplexer 141 in the embodiment switches the display signal to the host signal interface 142, so that the display signal output by the communication host 1 is connected to the host signal interface 142.
  • the slave signal interface 211 is output to the slave display 220, and the host display 120 has no display signal output.
  • the user can operate and input or transmit signals to the processor 110 of the communication host 1 through the slave button 214, the slave camera 215, the slave microphone 218, the slave touch panel 230, and the slave USB interface 216 of the slave 2
  • the communication host 1 is operated, and the operated contents are output through the slave speaker 217 and the slave display 220 at the same time.
  • the identification control module 111 detects the host extension interface module of the communication host 1 by connecting the detection signal line of the processor 1.
  • the second state of the disconnection state of the slave device extension interface module 210 of the slave device 2 is processed by the processor 110 to generate a second state signal, and the slave device 2 operates to control the slave state of the communication host 1 to the communication host.
  • the display signal is switched to the output of the host display 120, so that the display signal of the communication host 1 is directly output to the host display 120 output display, and the host signal interface 142 has no display signal output.
  • the user operates the imaging device 115, the microphone 117, and the operation button 114 of the communication host 1 to directly operate and control the communication host 1, and outputs the operated content through the host display 120 and the speaker 116 of the communication host 1.
  • the wireless network module 113 and the sensor 112 can also be operated, and the processor 110 of the communication host 1 receives and processes the signals of the wireless network module 113 and the sensor 112.
  • FIG. 2 is a second embodiment of the present invention, and the same structure as that of FIG. 1 is used in FIG.
  • the display signal control module in the host expansion interface module 140 of the communication host 1 in this embodiment further sets the HDMI interface module 143 (High Definition Multimedia Interface, HDMI, Chinese: The high-definition multimedia interface), the HDMI interface module 143 is respectively connected to the multiplexer 141 and the audio signal and connected to the host signal interface 142, and correspondingly, the slave extension interface module 210 of the slave 2
  • the HDMI interface module 219 includes a slave HDMI interface module 219, and the slave HDMI interface module 219 processes the HDMI signal of the HDMI interface module 143 of the communication host 1 transmitted by the slave signal 211 and generates a display signal and an audio signal output.
  • the signal connection sub-display 220 outputs an output, and the audio signal is connected to the sub-unit speaker 217 for output playback. Since the HDMI interface acts as a two-way transmission interface, the handset microphone 218 is also connected to the handset HDMI interface module to input a sound source and transmit it to the communication host 1 for processing.
  • the sub-machine expansion interface module 210 may further be configured with an image processor 215a for processing an image transmitted by the sub-camera.
  • the image processor is integrated in the camera 215 without being disposed in the child extension interface module 210.
  • the present embodiment is different from the first embodiment.
  • the display signal control module in the host expansion interface module 140 of the communication host 1 in this embodiment is connected to the display signal of the processor 110 of the communication host 1 and is connected to the host signal interface 142.
  • the display signal and the display control signal of the processor 110 of the communication host 1 are respectively connected to the host display screen 120, and the display control signal controls the display function of the host display screen 120 to be turned off or on.
  • the display signal control line output of the processor 110 of the communication host 1 turns off the display control signal of the host display 120 to the host display. 120.
  • the display function of the host display screen 120 is turned off, and the display signal of the processor 110 is output to the host signal interface 142 through the display signal control module, and output to the slave display 220 through the slave signal interface 211 connected to the host signal interface 142. Output.
  • the identification control module 111 detects that the child extension interface module 210 is disconnected from the host extension interface module 140 by the detection signal, the display control signal output of the processor 110 of the communication host 1 turns on the host display 120 to turn on the host display.
  • the display function of the screen 120, the display signal of the processor 110 is output to the host display 120 to display the output.
  • FIG. 4 is a fourth embodiment of the present invention, and the same reference numerals in FIG. 2 as those in FIG. 1 are denoted by the same reference numerals as in FIG. 1. Therefore, the same structure as in FIG. Mark again.
  • the difference between this embodiment and the first embodiment is that the display signal control module in the host expansion interface module 140 of the communication host 1 in the specific embodiment sets the LVDS interface module 145 (Low-Voltage Differential Signaling, abbreviated LVDS, low-voltage differential).
  • LVDS interface module 145 Low-Voltage Differential Signaling, abbreviated LVDS, low-voltage differential
  • the display signal of the communication host and the display control enable signal (Enable signal, gp, enable signal) are respectively output to the LVDS interface module 145, and the display signal of the LVDS interface module 145 is connected to the host signal interface 142, correspondingly,
  • the slave extension interface module 210 of the slave 2 also sets the slave LVDS interface module 220a for processing control of the display signals of the slave 2.
  • the host of the communication host sets the SPI interface (Serial) The Peripheral Interface is used to control the host display 120.
  • the module 111 controls the SPI interface module to turn off the display output of the host display 120, and gives the display control enable signal of the LVDS interface module 145, so that the LVDS interface module 145 operates, and the display signal of the communication host 1 will display a signal through the LVDS interface module 145.
  • the host signal interface 142 is transmitted to the slave signal interface 211, and is output to the slave LVDS interface module 220a of the slave 2 through the slave signal interface 211 for format conversion processing, and the slave display of the output slave 2 is output.
  • Screen 220 displays the output.
  • the specific embodiment is different from the first embodiment in that, in the specific embodiment, the processor of the communication host 1 further sets a GPIO interface (General Purpose Input Output, abbreviated as GPIO, Chinese name: general-purpose input/output, or bus).
  • the expander module is used as an interface for detecting signals and control signals, and is used for detecting a first state signal of a connection state of the slave extension interface module 210 of the slave 2 and the host extension interface module 140 of the communication host 1 and controlling the slave
  • the power management 241 of 2 supplies power to the communication host 1 or the host battery 192 of the communication host 1 through the power management module 191 of the communication host 1 connected to the slave signal interface 211.
  • the slave LVDS interface module 220a of the slave extension interface module 210 can also be directly disposed or integrated in the handset display 220.
  • the mobile communication network terminal of the present invention comprises a communication host and a slave, the communication host sets a host extension interface module, and the slave sets a slave extension interface module, and is in the host through the connection state or disconnection state of the communication host and the slave.
  • State or slave state in the slave state, the communication host detects the connection state of the host extension interface module and the slave extension interface module to generate a first state signal, and the communication host thereby controls and switches to the operation of the communication host by the slave.
  • the state of the slave in an operating state enables the user to directly operate the slave to operate and control the communication host.
  • each device of the slave can be used, and the handset touch screen and the slave button can be directly operated by the slave.
  • the slave camera and the slave microphone operate the communication host, and realize the output through the slave display and the slave speaker of the slave.
  • the communication host detects the host extended interface module and the slave extended interface module.
  • the disconnected state generates a second status signal, and the communication host switches to the communication host operation. State of the second state of the host operating system, then the user direct operation without using a communication slave and the host.
  • the mobile communication network terminal of the present invention is more flexible and convenient to use the mobile communication network terminal of the present invention in a specific application by means of the connection or disconnection state of the communication host and the slave device, for example, in a specific embodiment.
  • the size specification of the display screen of the present invention can be set larger than the size specification of the host display screen, and the size specification of the touch screen of the slave machine is larger than the size specification of the host display screen.
  • the area of the display screen of the slave is larger than the area of the display screen of the host, and the area of the touch screen of the slave is larger than the area of the display of the host, and is convenient for In the slave state, it can be operated directly through a large-area sub-display or sub-machine touch screen, enabling easier and more flexible operations, such as game interface manipulation or browsing of web pages, and other entertainment functions, based on existing electronic products or The multi-enrichment trend of online entertainment, by operating a large-area display screen to operate the communication host, making the operation more convenient and user-friendly, is conducive to entertainment and fun.
  • the slave battery in the slave state, can also provide working power for the communication host, or charge the host battery of the communication host without connecting external AC power; when the invention is in the state of the host operated by the communication host, the communication The small size of the host is easy to carry around, and the mobile communication system can be connected to the mobile communication system as a mobile communication terminal through the mobile communication function of the communication host.
  • the above described embodiments of the mobile communication terminal of the present invention are only for explaining the principle and structure of the present invention, and are not intended to show the present invention, and such equivalent transformation according to the present invention or the prior art is in the art. It will be apparent to those skilled in the art that it is within the scope of the present disclosure.

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  • Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Computer Networks & Wireless Communication (AREA)
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Abstract

A mobile communication network terminal is disclosed by the present invention. The mobile communication network terminal comprises a host machine which is connected with a mobile communication system and has mobile communication function, the communication host machine comprises a processor connected to the mobile communication module, the host machine expansion interface module, the audio output/input device, the host machine expansion interface module of the communication host machine can be connect to the exterior device, for example submachine or display device and so on, so that operation interface of the mobile communication network terminal can be operated friendly and conveniently, the operation is more convenient and flexible, the entertainment and operability of the terminal is improved.

Description

移动通讯网络终端  Mobile communication network terminal
技术领域 Technical field
本发明涉及一种移动通讯网络终端，尤其涉及可独立使用通讯主机或连接子机增 加操作灵活性的移动通讯网络终端。  The present invention relates to a mobile communication network terminal, and more particularly to a mobile communication network terminal capable of independently using a communication host or a connection sub-machine to increase operational flexibility.
背景技术 Background technique
移动通讯终端例如移动电话， 因其可移动性和便于携带性得到广泛的使用。 随着 移动通讯网络系统从第二代的 GSM移动通讯系统到第三代的 CDMA等移动通讯系统 的发展， 移动通讯终端除了移动通讯功能之外， 也发展了连接网络浏览网页资料， 或 者观看音视频文件， 甚至娱乐游戏等强大的数据传输或数据处理功能。 然而， 现有技 术的移动通讯终端的显示屏幕的尺寸较小， 若使用移动通讯终端连接网络浏览网页或 观看影音资料等进行数字化娱乐时， 其显示屏幕的尺寸小而使得界面操作不方便灵 活， 大大降低了网页浏览和娱乐使用效果。  Mobile communication terminals such as mobile phones are widely used for their mobility and portability. With the development of mobile communication network systems from the second generation GSM mobile communication system to the third generation of CDMA and other mobile communication systems, mobile communication terminals have developed a connection network browsing webpage information or viewing sound in addition to mobile communication functions. Powerful data transfer or data processing functions such as video files and even entertainment games. However, the display screen of the prior art mobile communication terminal has a small size. If the mobile communication terminal is used to connect to the web to browse the webpage or view video and audio materials for digital entertainment, the size of the display screen is small, which makes the interface operation inconvenient and flexible. Greatly reduce the effectiveness of web browsing and entertainment.
因此， 亟需发展一种既便于作为移动通讯网络终端的移动通讯功能使用， 又便于 作为数据传输或处理功能操作和娱乐使用的移动网络终端设备， 则成为当前的移动通 讯网络终端发展的新趋势。  Therefore, there is an urgent need to develop a mobile network terminal device that is convenient for use as a mobile communication network terminal and convenient for use as a data transmission or processing function operation and entertainment, and thus becomes a new trend of current mobile communication network terminal development. .
发明内容 Summary of the invention
本发明提供一种移动通讯网络终端，便于移动通讯功能的使用，也便于连接外部 的设备操作使用， 提高通讯主机易操作性。  The invention provides a mobile communication network terminal, which is convenient for the use of the mobile communication function, and is also convenient for connecting and operating external devices, thereby improving the ease of operation of the communication host.
为解决上述的技术问题，本发明提供一种移动通讯网络终端，包括连接移动通讯 系统具有移动通讯功能的通讯主机， 所述通讯主机包括处理器， 分别连接至处理器的 移动通信模块、 主机扩展接口模块和音频输入 /输出模块。  In order to solve the above technical problem, the present invention provides a mobile communication network terminal, including a communication host having a mobile communication function connected to a mobile communication system, the communication host including a processor, a mobile communication module and a host extension respectively connected to the processor Interface module and audio input/output module.
如上所述的移动通讯网络终端， 还包括子机， 所述子机包括子机显示屏、 子机输 入 /输出模块、 连接子机显示屏和子机输入 /输出模块的子机扩展接口模块， 所述主机 扩展接口模块连接子机扩展接口模块并通过操作子机以操作通讯主机。  The mobile communication network terminal as described above further includes a slave unit, and the slave unit includes a child machine display screen, a slave input/output module, a slave extension display module, and a slave extension interface module of the slave input/output module. The host expansion interface module connects the slave extension interface module and operates the slave to operate the communication host.
如上所述的移动通讯网络终端， 所述通讯主机还包括连接至处理器的主机显示 屏， 所述的主机扩展接口模块包括显示信号控制模块和主机信号接口， 所述子机扩展 接口模块包括子机信号接口， 所述显示信号控制模块连接通讯主机的处理器的显示信 号并连接至主机信号接口。  The mobile communication network terminal as described above, the communication host further includes a host display screen connected to the processor, the host expansion interface module includes a display signal control module and a host signal interface, and the sub-machine expansion interface module includes a sub-interface The signal signal interface, the display signal control module is connected to the display signal of the processor of the communication host and is connected to the host signal interface.
如上所述的移动通讯网络终端， 所述的处理器设置识别控制模块， 所述识别控制 模块侦测所述主机扩展接口模块与子机扩展接口模块的连接状态并切换至通过操作 子机操作通讯主机的子机状态； 所述识别控制模块识别所述主机扩展接口模块与子机 扩展接口模块的断开状态并切换至通讯主机操作状态的主机状态。 In the mobile communication network terminal as described above, the processor sets an identification control module, and the identification control module detects a connection state of the host expansion interface module and the extension interface module of the sub-machine and switches to the operation The slave machine operates the slave state of the communication host; the identification control module identifies the disconnection state of the host extension interface module and the slave extension interface module and switches to the host state of the communication host operation state.
如上所述的移动通讯网络终端， 所述通讯主机还包括主机显示屏， 所述主机扩展 接口模块还包括显示信号控制模块， 所述显示信号控制模块接收处理器的显示信号并 分别连接至主机显示屏和主机信号接口以控制主机显示屏的关闭或开启。  In the mobile communication network terminal as described above, the communication host further includes a host display screen, the host expansion interface module further includes a display signal control module, and the display signal control module receives the display signal of the processor and is respectively connected to the host display. The screen and host signal interface to control the display or shutdown of the host display.
如上所述的移动通讯网络终端， 所述显示信号控制模块包括多路开关模块， 所述 多路开关模块分别接收处理器的显示信号并分别输出至主机显示屏和主机信号接口。  In the mobile communication network terminal as described above, the display signal control module includes a multi-way switch module, and the multi-way switch module respectively receives display signals of the processor and outputs to the host display screen and the host signal interface respectively.
如上所述的移动通讯网络终端， 所述显示信号控制模块还设置 HDMI接口模块， 所述 HDMI接口模块分别连接多路开关和音频信号后并连接至主机信号接口，所述子 机的子机扩展接口模块包括连接子机信号接口的子机 HDMI接口模块， 子机 HDMI 接口模块处理子机信号接口传输的通讯主机的 HDMI接口模块的 HDMI信号并生成显 示信号和音频信号。  In the mobile communication network terminal as described above, the display signal control module further includes an HDMI interface module, and the HDMI interface module is respectively connected to the multiplex switch and the audio signal, and is connected to the host signal interface, and the slave extension of the slave device The interface module includes a slave HDMI interface module that connects the slave signal interface, and the slave HDMI interface module processes the HDMI signal of the HDMI interface module of the communication host transmitted by the slave signal interface and generates a display signal and an audio signal.
如上所述的移动通讯网络终端， 所述主机扩展接口模块中的显示信号控制模块连 接通讯主机的处理器的显示信号并连接至主机信号接口， 所述通讯主机的处理器的显 示信号和显示控制信号分别连接至主机显示屏， 所述显示控制信号控制主机显示屏幕 的显示功能的关闭或开启。  In the mobile communication network terminal as described above, the display signal control module in the host expansion interface module is connected to the display signal of the processor of the communication host and is connected to the host signal interface, and the display signal and display control of the processor of the communication host The signals are respectively connected to the host display, and the display control signals control the display function of the display screen of the host to be turned off or on.
如上所述的移动通讯网络终端， 所述主机接口扩展模块的显示信号控制模块还包 括 LVDS接口模块， LVDS接口模块连接通讯主机的显示信号和显示控制使能信号并 分别输出至主机显示屏和主机信号接口， 所述子机的子机扩展接口模块设置 LVDS接 口模块， 通讯主机的处理器设置连接至主机显示屏的 SPI接口并控制主机显示屏的显 示功能。  In the mobile communication network terminal as described above, the display signal control module of the host interface expansion module further includes an LVDS interface module, and the LVDS interface module is connected to the display signal of the communication host and the display control enable signal and output to the host display and the host respectively. The signal interface, the slave extension interface module of the slave machine sets an LVDS interface module, and the processor of the communication host sets an SPI interface connected to the host display screen and controls the display function of the host display screen.
如上所述的移动通讯网络终端， 所述通讯主机的处理器还设置 GPIO接口， 所述 GPIO接口分别侦测子机的子机扩展接口模块与主机的主机扩展接口模块的连接状态 并控制子机的电源为通讯主机的电源模块提供电源或为通讯主机充电。  In the mobile communication network terminal as described above, the processor of the communication host further sets a GPIO interface, and the GPIO interface respectively detects the connection state of the sub-machine expansion interface module of the sub-machine and the host expansion interface module of the host, and controls the sub-machine The power supply supplies power to the power module of the communication host or charges the communication host.
如上所述的移动通讯网络终端，， 所述通讯主机还包括分别连接处理器的存储器、 In the mobile communication network terminal as described above, the communication host further includes a memory respectively connected to the processor,
GPS 模块、 摄像装置以及提供工作电源的电源模块， 所述通讯主机的输入 /输出模块 包括分别连接至处理器的麦克风和扬声器， 所述处理器的按键操作信号、 按键操作信 号、 USB接口信号、 音频信号、 I2C协议信号和侦测信号分别连接至主机信号接口。 a GPS module, a camera device, and a power module for providing a working power source, wherein the input/output module of the communication host includes a microphone and a speaker respectively connected to the processor, a button operation signal, a button operation signal, a USB interface signal, The audio signal, the I2C protocol signal, and the detection signal are respectively connected to the host signal interface.
如上所述的移动通讯网络终端，， 所述子机的输入 /输出模块包括分别连接至子机 扩展接口模块的子机触摸屏、 子机按键、 子机摄像头、 子机 USB接口、 子机扬声器 和子机麦克风。 In the mobile communication network terminal as described above, the input/output module of the slave device includes a slave touch screen, a slave button, a slave camera, a slave USB interface, and a slave speaker respectively connected to the slave extension interface module. And the handset microphone.
如上所述的移动通讯网络终端， 所述的子机显示屏的面积大于主机显示屏的面 积， 所述子机触摸屏的面积大于主机显示屏的面积。  In the mobile communication network terminal as described above, the area of the display screen of the sub-machine is larger than the area of the main display screen, and the area of the touch screen of the sub-machine is larger than the area of the main display screen.
如上所述， 相比较于现有技术的移动通讯终端， 本发明的移动通讯网络终端设置 可连接子机等外部设备的主机扩展接口模块， 增加操作和使用的灵活性， 使得操作界 面更具友好性和便利性， 使得通讯主机具有易操作性和娱乐性， 拓展了移动通讯网络 终端的多样化便利性使用功能。  As described above, compared with the prior art mobile communication terminal, the mobile communication network terminal of the present invention sets a host expansion interface module capable of connecting an external device such as a child machine, thereby increasing the flexibility of operation and use, and making the operation interface more friendly. Sexuality and convenience make the communication host easy to operate and entertain, and expand the diversified and convenient use function of the mobile communication network terminal.
附图说明 DRAWINGS
图 1是本发明移动通讯网络终端的第一实施例的结构原理图。  1 is a schematic structural diagram of a first embodiment of a mobile communication network terminal of the present invention.
图 2是本发明移动通讯网络终端的第二实施例的结构原理图。  2 is a schematic structural diagram of a second embodiment of a mobile communication network terminal of the present invention.
图 3是本发明移动通讯网络终端的第三实施例的结构原理图。  3 is a schematic structural diagram of a third embodiment of a mobile communication network terminal of the present invention.
图 4是本发明移动通讯网络终端的第四实施例的结构原理图。  4 is a schematic structural diagram of a fourth embodiment of the mobile communication network terminal of the present invention.
具体实 式 Specific form
为进一步阐述本发 明达成预定 目 的所采取 的技术手段及功 效， 以下结合附图及实施方式、 结构特征， 对本发明的具体结构及 其功效， 详细说明如下。  The specific structure and function of the present invention will be described in detail below in conjunction with the accompanying drawings, embodiments, and structural features, in order to further illustrate the technical means and advantages of the present invention.
本发明的移动通讯网络终端连接移动通讯网络系统实现移动通讯功能或数据传 输功能，例如连接 GSM或 CDMA移动通讯系统或者第三代移动通讯系统的 WCDMA、 CDMA2000 TD-SCDMA移动通讯系统等作为移动通讯终端使用， 还可以连接移动 通讯系统作为网络终端连接至因特网络进行网页浏览或者观看音视频文件等娱乐功 能。 本发明的移动通讯网络终端包括通讯主机和子机， 通讯主机和子机可以连接一体 成为一体化结构的产品， 并通过子机的操作而控制通讯主机， 通讯主机也可以和子机 断开单独作为连接移动通讯系统的通讯终端使用。  The mobile communication network terminal of the present invention is connected to a mobile communication network system to realize a mobile communication function or a data transmission function, for example, a WCDMA or CDMA2000 TD-SCDMA mobile communication system connected to a GSM or CDMA mobile communication system or a third generation mobile communication system, etc. as a mobile communication The terminal can also be connected to the mobile communication system as a network terminal to connect to the Internet for web browsing or viewing audio and video files and other entertainment functions. The mobile communication network terminal of the invention comprises a communication host and a slave machine, and the communication host and the slave machine can be connected into one integrated product, and the communication host is controlled by the operation of the slave machine, and the communication host can also be disconnected from the slave machine as a connection mobile. The communication terminal of the communication system is used.
在具体实施例中， 本发明的移动通讯网络终端的通讯主机和子机的机械结构连接 或组合方式可以设计成在子机的机体的背部设计凹槽， 将通讯主机嵌入子机的机体的 凹槽内， 或者在子机的机体的侧边设计供通讯主机插入的嵌入结构等。 上述种种的通 讯主机与子机的连接方式可以采用现有技术的种种组合或插接方式， 在此不再赘述。  In a specific embodiment, the mechanical connection or combination of the communication host and the slave of the mobile communication network terminal of the present invention may be designed to design a groove on the back of the body of the slave, and embed the communication host in the groove of the body of the slave. Inside, or on the side of the body of the child machine, an embedded structure for the communication host to be inserted is designed. The connection mode of the communication host and the sub-machine can be various combinations or plug-in methods of the prior art, and details are not described herein again.
如图 1， 为本发明的第一实施例。 本发明的移动通讯网络终端包括通讯主机 1和 子机 2， 通讯主机 1连接现有技术的移动通讯网络系统并设置主机扩展接口模块 140， 子机 2设置子机扩展接口模块 210并通过子机扩展接口模块 210连接通讯主机 1的主 机扩展接口模块 140后， 可以通过操作子机 2操作通讯主机 1。 1 is a first embodiment of the present invention. The mobile communication network terminal of the present invention comprises a communication host 1 and a slave 2, the communication host 1 is connected to the prior art mobile communication network system and the host extension interface module 140 is set, and the slave 2 sets the slave extension interface module 210 and expands through the slave. The interface module 210 is connected to the main body of the communication host 1 After the interface module 140 is expanded, the communication host 1 can be operated by operating the slave 2.
通讯主机 1包括处理器 110、 分别连接处理器 110的音频输入模块、 音频输出模 块、 主机显示屏 120、 存储器 170、 移动通信模块 160、 USB数据接口、 触摸屏 150、 主机扩展接口模块 140以及提供工作电源的电源模块 190。 在本发明中， 处理器 110 具有音视频处理功能， 当然， 也可以独立设置图像处理器、 视频处理或音频处理器， 以增加处理器的处理能力。 通讯主机的输入模块包括操作按键 114、 摄像装置 115， 麦克风 117， 麦克风 117作为通讯主机 1的音频输入模块输入声音源， 音频输出模块 包括扬声器 116，处理器 110还连接传感器 112、无线网络模块 113和全球定位系统模 块 180 (GPS模块）， 在具体实施例中， 操作按键 114作为输入设备使用， 触摸屏 150 也作为操作通讯主机 1的输入设备， 而触摸屏 150更为方便用户实现按键操作所不能 操作的圆弧滑动或绘图等圆滑输入操作， 增加操作的灵活性和易操作性。 传感器 112 可以是重力传感器、 光线传感器或距离传感器， 重力传感器以重力传感器感应用户握 持通讯主机 1的方位进而可以实现通讯主机 1的图像显示的方位以便于用户观看， 光 线传感器或距离传感器通过光线感应或距离感应的方式来感应并方便用户使用。麦克 风 117作为音频输入模块用于声音源输入， 扬声器 116作为声音输出， 无线网络模块 113包括 Wi-Fi网络模块， 可以连接外部的 Wi-Fi无线网络并连接至因特网络， 全球 定位系统模块接收全球定位信号并输出定位信息至主机显示屏 120 和 /或输出至扬声 器 116播放。 移动通信模块 160作为实现移动通讯功能的功能模块， 包括无线通信信 号处理模块和 SIM卡模块， 用于连接移动通讯系统实现通讯功能或传输数据。  The communication host 1 includes a processor 110, an audio input module respectively connected to the processor 110, an audio output module, a host display screen 120, a memory 170, a mobile communication module 160, a USB data interface, a touch screen 150, a host expansion interface module 140, and providing work. Power module 190 of the power supply. In the present invention, the processor 110 has an audio and video processing function. Of course, an image processor, a video processing or an audio processor can also be independently provided to increase the processing capability of the processor. The input module of the communication host includes an operation button 114, an imaging device 115, a microphone 117, the microphone 117 as an audio input module input source of the communication host 1, the audio output module includes a speaker 116, and the processor 110 is further connected to the sensor 112 and the wireless network module 113. And the global positioning system module 180 (GPS module), in a specific embodiment, the operation button 114 is used as an input device, the touch screen 150 also serves as an input device for operating the communication host 1, and the touch screen 150 is more convenient for the user to implement the key operation. Sleek input operations such as arc sliding or drawing increase operational flexibility and ease of operation. The sensor 112 may be a gravity sensor, a light sensor or a distance sensor. The gravity sensor senses the orientation of the user holding the communication host 1 by the gravity sensor, so that the image display orientation of the communication host 1 can be realized for the user to view, and the light sensor or the distance sensor passes the light. Sensing or distance sensing is used to sense and be user-friendly. The microphone 117 is used as an audio input module for sound source input, the speaker 116 is used as a sound output, and the wireless network module 113 includes a Wi-Fi network module, which can be connected to an external Wi-Fi wireless network and connected to the Internet, and the global positioning system module receives The global positioning signal and outputs positioning information to the host display 120 and/or output to the speaker 116 for playback. The mobile communication module 160 functions as a function module for implementing a mobile communication function, and includes a wireless communication signal processing module and a SIM card module for connecting a mobile communication system to implement a communication function or to transmit data.
处理器 110连接主机扩展接口模块 140， 主机扩展接口模块 140包括显示信号控 制模块和主机信号接口 142。 处理器 110设置识别控制模块 111， 识别控制模块 111 连接至主机信号接口 142， 处理器 110的按键操作信号、 USB信号、 音频信号、 I2C 协议信号和侦测信号分别直接连接至主机信号接口 142， 显示信号通过显示信号控制 模块连接至主机信号接口 142。在本具体实施例中，显示信号控制模块为多路开关 141， 显示信号连接至多路开关 141， 多路开关 141将通讯主机 1的显示信号选择输出至主 机显示屏 120和主机信号接口 142， 多路开关 141通过选择的方式控制通讯主机 1输 出的显示信号以输出至主机显示屏 120或者输出至主机信号接口 142， 两者择其一。 主机扩展接口模块 140接收处理器 110输出的显示信号、 USB信号、 音频信号、 I2C 协议信号并提供给与主机 1连接的子机 2， 同时， 主机扩展接口模块 140接收子机 2 的 USB信号、 按键信号、 音频信号、 I2C信号并提供给通讯主机 1的处理器 110。 在 通讯主机 1和子机 2连接时， 通讯主机 1获取通讯主机 1与子机 2之间的连接状态的 侦测信号并提供给通讯主机 1的处理器 110。在具体实施例中，主机扩展接口模块 140 的显示信号、 按键操作信号、 USB接口信号、 音频信号、 I2C协议信号和侦测信号以 物理结构接口的方式整合一体并设置于主机信号接口 142内， 进而便于与子机 2的子 机扩展接口模块 210连接。 The processor 110 is connected to the host expansion interface module 140, and the host expansion interface module 140 includes a display signal control module and a host signal interface 142. The processor 110 is provided with an identification control module 111. The identification control module 111 is connected to the host signal interface 142. The button operation signal, the USB signal, the audio signal, the I2C protocol signal and the detection signal of the processor 110 are directly connected to the host signal interface 142, respectively. The display signal is coupled to the host signal interface 142 via the display signal control module. In this embodiment, the display signal control module is a multiplexer 141, and the display signal is connected to the multiplexer 141. The multiplexer 141 selects and outputs the display signal of the communication host 1 to the host display 120 and the host signal interface 142. The switch 141 controls the display signal output from the communication host 1 to be output to the host display 120 or to the host signal interface 142 in a selected manner, either. The host extension interface module 140 receives the display signal, the USB signal, the audio signal, and the I2C protocol signal output by the processor 110 and provides the slave 2 to the host 1. The host extension interface module 140 receives the USB signal of the slave 2, The button signal, the audio signal, and the I2C signal are supplied to the processor 110 of the communication host 1. In When the communication host 1 and the slave 2 are connected, the communication host 1 acquires a detection signal of the connection state between the communication host 1 and the slave 2 and supplies it to the processor 110 of the communication host 1. In a specific embodiment, the display signal, the key operation signal, the USB interface signal, the audio signal, the I2C protocol signal, and the detection signal of the host expansion interface module 140 are integrated in a physical structure interface and disposed in the host signal interface 142. Further, it is convenient to connect with the child extension interface module 210 of the slave 2.
子机 2包括子机扩展接口模块 210、 子机显示屏 220、 子机电池 240、 子机 USB 接口 216以及子机输入模块 /子机输出模块。子机输入 /输出模块包括子机按键 214、子 机摄像头 215、子机扬声器 217、子机麦克风 218和子机触摸屏 230。在具体实施例中， 子机触摸屏 230的输入功能可以由子机按键 214替代而不设置子机触摸屏 230， 相比 较于子机按键 214的操作方式，子机触摸屏 230的操作更容易使得图形界面更为友好， 操作方式例如滑动或者画图的曲线绘制更为灵活， 在具体实施例中优选子机触摸屏 230作为输入模块的配置之一。  The slave 2 includes a slave extension interface module 210, a slave display 220, a slave battery 240, a slave USB interface 216, and a slave input module/slave output module. The slave input/output modules include a handset button 214, a slave camera 215, a handset speaker 217, a handset microphone 218, and a handset touch panel 230. In a specific embodiment, the input function of the handset touch screen 230 can be replaced by the handset button 214 without setting the handset touch screen 230. Compared to the operation mode of the handset button 214, the operation of the slave touch panel 230 makes it easier to make the graphical interface more For the sake of friendliness, the operation mode, such as sliding or drawing, is more flexible. In a particular embodiment, the handset touch screen 230 is preferably one of the configurations of the input module.
子机扩展接口模块 210包括与通讯主机 1的主机信号接口 142对应连接的子机信 号接口 142和 USB集线器 212， 子机信号接口 211与主机信号接口 142连接后，获取 来自通讯主机 1的显示信号、 USB信号、 音频信号、 I2C协议信号并通过子机扩展接 口模块 210传输给子机 2的子机显示屏 220、 子机 2， 也可以将子机 2的其它部件的 信号传输给通讯主机 1。 例如， 将显示信号传输给子机显示屏 220进行显示、 将子机 按键 214、 子机触摸屏 230的信号传输给通讯主机 1， 将子机摄像头 215获取的图像 信号传输给通讯主机 1、 将音频信号传输给子机扬声器 217进行播放， 并将子机麦克 风 218获取的音频信号传输给通讯主机 1。子机扩展接口模块 210的子机信号接口 211 整合并将显示信号、 按键操作信号、 USB接口信号、 音频信号、 I2C协议信号以及触 摸屏通信信号的接口设置于子机信号接口 211内以与主机信号接口 142对应连接。在 本实施例中， 子机摄像头 215的图像信号是以 USB数据格式通过集线器传输到子机 信号接口 211， 另外， 子机 2也可以通过连接 USB集线器的子机 USB接口 216外接 USB设备， 通过子机扩展接口模块 210与通讯主机 1进行 USB数据格式传输， 通讯 主机 1采用 USB-OTG技术， 因此， 连接子机 2的 USB设备可以是主设备或从设备， 子机按键 214、 子机触摸屏 230的信号是通过 I2C数据格式与通讯主机 1进行传输， 使得通讯主机 1可以接收子机 2的子机按键信号、 子机触摸屏信号。  The slave extension interface module 210 includes a slave signal interface 142 and a USB hub 212 corresponding to the host signal interface 142 of the communication host 1, and the slave signal interface 211 is connected to the host signal interface 142 to obtain a display signal from the communication host 1. The USB signal, the audio signal, the I2C protocol signal are transmitted to the slave display 220 and the slave 2 of the slave 2 through the slave extension interface module 210, and the signals of other components of the slave 2 can also be transmitted to the communication host 1 . For example, the display signal is transmitted to the slave display 220 for display, the signals of the slave button 214 and the slave touch panel 230 are transmitted to the communication host 1, and the image signal acquired by the slave camera 215 is transmitted to the communication host 1. The audio is transmitted. The signal is transmitted to the slave speaker 217 for playback, and the audio signal acquired by the slave microphone 218 is transmitted to the communication host 1. The slave signal interface 211 of the slave extension interface module 210 integrates and sets an interface of the display signal, the button operation signal, the USB interface signal, the audio signal, the I2C protocol signal, and the touch screen communication signal to the slave signal interface 211 to interact with the host signal. The interface 142 is correspondingly connected. In this embodiment, the image signal of the slave camera 215 is transmitted to the slave signal interface 211 through the hub in the USB data format. In addition, the slave 2 can also be connected to the USB device through the USB interface 216 connected to the USB hub. The extension interface module 210 and the communication host 1 perform USB data format transmission, and the communication host 1 adopts USB-OTG technology. Therefore, the USB device connected to the slave 2 can be a master device or a slave device, the slave button 214, and the slave touch panel. The signal of 230 is transmitted to the communication host 1 through the I2C data format, so that the communication host 1 can receive the slave button signal of the slave 2 and the touch screen signal of the slave.
此外， 通讯主机 1可以设置蓝牙通讯模块， 子机 2的蓝牙耳机 213通过子机信号 接口 211与通讯主机 1的蓝牙通讯模块连接通讯， 子机的蓝牙耳机 213还可以通过连 接子机电池 240为蓝牙耳机 213充电。 In addition, the communication host 1 can set the Bluetooth communication module, and the Bluetooth headset 213 of the handset 2 is connected to the Bluetooth communication module of the communication host 1 through the slave signal interface 211, and the Bluetooth headset 213 of the handset can also be connected through The handset battery 240 charges the Bluetooth headset 213.
在使用中， 当子机 2的子机信号接口 211与通讯主机 1的主机信号接口 142物理 连接时， 通讯主机 1的处理器 110的识别控制模块 111通过侦测信号线路侦测子机 2 的子机扩展接口模块 210与主机扩展接口模块 140的连接状态的第一状态， 由处理器 110处理生成第一状态信号， 并将通讯主机 1操作控制状态下的主机状态切换至通过 子机 2操作通讯主机 1的子机状态； 在子机状态下， 本具体实施例中的多路开关 141 将显示信号切换至主机信号接口 142， 使得通讯主机 1输出的显示信号通过与主机信 号接口 142连接的子机信号接口 211输出至子机显示屏 220， 主机显示屏 120无显示 信号输出。 此时， 用户可操作并通过子机 2的子机按键 214、 子机摄像头 215、 子机 麦克风 218、 子机触摸屏 230、 子机 USB接口 216输入或传输信号至通讯主机 1的处 理器 110进而操作通讯主机 1， 同时通过子机扬声器 217、 子机显示屏 220输出所操 作的内容。  In use, when the slave signal interface 211 of the slave 2 is physically connected to the host signal interface 142 of the communication host 1, the identification control module 111 of the processor 110 of the communication host 1 detects the slave 2 through the detection signal line. The first state of the connection state between the slave extension interface module 210 and the host extension interface module 140 is processed by the processor 110 to generate a first state signal, and the host state in the operation control state of the communication host 1 is switched to operate through the slave 2 The slave state of the communication host 1; in the slave state, the multiplexer 141 in the embodiment switches the display signal to the host signal interface 142, so that the display signal output by the communication host 1 is connected to the host signal interface 142. The slave signal interface 211 is output to the slave display 220, and the host display 120 has no display signal output. At this time, the user can operate and input or transmit signals to the processor 110 of the communication host 1 through the slave button 214, the slave camera 215, the slave microphone 218, the slave touch panel 230, and the slave USB interface 216 of the slave 2 The communication host 1 is operated, and the operated contents are output through the slave speaker 217 and the slave display 220 at the same time.
当子机 2的子机信号接口 211与通讯主机 1的主机信号接口 142断开物理连接时， 识别控制模块 111通过连接处理器 1的侦测信号线路侦测到通讯主机 1的主机扩展接 口模块 140与子机 2的子机扩展接口模块 210的断开状态的第二状态， 由处理器 110 处理生成第二状态信号， 并将子机 2操作控制通讯主机 1的子机状态切换至通讯主机 1操作控制状态下的主机状态； 在主机状态下， 子机 2与通讯主机 1断开连接， 用户 直接操作使用通讯主机 1作为移动通讯系统的通讯终端使用， 本具体实施例的多路开 关 141将显示信号切换至主机显示屏 120输出， 使得通讯主机 1的显示信号直接输出 至主机显示屏 120输出显示， 主机信号接口 142无显示信号输出。 此时， 用户操作使 用通讯主机 1的摄像装置 115、 麦克风 117、 操作按键 114进而直接操作控制通讯主 机 1， 并通过通讯主机 1的主机显示屏 120、 扬声器 116输出所操作的内容。 当然， 也可以操作使用无线网络模块 113、 传感器 112， 通讯主机 1的处理器 110接收无线 网络模块 113、 传感器 112的信号并处理。  When the slave signal interface 211 of the slave 2 is disconnected from the host signal interface 142 of the communication host 1, the identification control module 111 detects the host extension interface module of the communication host 1 by connecting the detection signal line of the processor 1. The second state of the disconnection state of the slave device extension interface module 210 of the slave device 2 is processed by the processor 110 to generate a second state signal, and the slave device 2 operates to control the slave state of the communication host 1 to the communication host. 1 The host state in the operation control state; in the host state, the slave 2 is disconnected from the communication host 1, and the user directly operates the communication host 1 as the communication terminal of the mobile communication system, and the multiplex switch 141 of the specific embodiment The display signal is switched to the output of the host display 120, so that the display signal of the communication host 1 is directly output to the host display 120 output display, and the host signal interface 142 has no display signal output. At this time, the user operates the imaging device 115, the microphone 117, and the operation button 114 of the communication host 1 to directly operate and control the communication host 1, and outputs the operated content through the host display 120 and the speaker 116 of the communication host 1. Of course, the wireless network module 113 and the sensor 112 can also be operated, and the processor 110 of the communication host 1 receives and processes the signals of the wireless network module 113 and the sensor 112.
如图 2， 为本发明的第二实施例， 在图 2中与图 1中相同的结构的标记采用与图 2 is a second embodiment of the present invention, and the same structure as that of FIG. 1 is used in FIG.
1相同的标记， 因此， 在本图 2中与图 1中相同的结构就不再标记。 本实施例与第一 实施例不同之处在于， 本实施例中的通讯主机 1的主机扩展接口模块 140中的显示信 号控制模块还设置 HDMI接口模块 143 (High Definition Multimedia Interface, 縮写 HDMI, 中文： 高清晰度多媒体接口）， HDMI接口模块 143分别连接多路开关 141和 音频信号后并连接至主机信号接口 142， 相对应地， 子机 2的子机扩展接口模块 210 包括连接子机信号接口 211的子机 HDMI接口模块 219， 子机 HDMI接口模块 219处 理子机信号 211接口传输的通讯主机 1的 HDMI接口模块 143的 HDMI信号并生成显 示信号和音频信号输出， 显示信号连接子机显示屏 220输出显示， 音频信号连接至子 机扬声器 217输出播放。 由于 HDMI接口作为双向传输接口， 因此， 子机麦克风 218 也连接至子机 HDMI接口模块以输入声音源并传输至通讯主机 1处理。此外， 在本具 体实施例中， 子机扩展接口模块 210还可以设置图像处理器 215a， 用于处理子机摄像 头所传输的图像， 当然， 也可以采用第一实施例的实施方式， 在子机摄像头 215中集 成设置图像处理器而不用设置于子机扩展接口模块 210中。 1 is the same mark, and therefore, the same structure as in Fig. 1 in Fig. 2 is no longer marked. The difference between the embodiment and the first embodiment is that the display signal control module in the host expansion interface module 140 of the communication host 1 in this embodiment further sets the HDMI interface module 143 (High Definition Multimedia Interface, HDMI, Chinese: The high-definition multimedia interface), the HDMI interface module 143 is respectively connected to the multiplexer 141 and the audio signal and connected to the host signal interface 142, and correspondingly, the slave extension interface module 210 of the slave 2 The HDMI interface module 219 includes a slave HDMI interface module 219, and the slave HDMI interface module 219 processes the HDMI signal of the HDMI interface module 143 of the communication host 1 transmitted by the slave signal 211 and generates a display signal and an audio signal output. The signal connection sub-display 220 outputs an output, and the audio signal is connected to the sub-unit speaker 217 for output playback. Since the HDMI interface acts as a two-way transmission interface, the handset microphone 218 is also connected to the handset HDMI interface module to input a sound source and transmit it to the communication host 1 for processing. In addition, in the specific embodiment, the sub-machine expansion interface module 210 may further be configured with an image processor 215a for processing an image transmitted by the sub-camera. Of course, the embodiment of the first embodiment may also be used. The image processor is integrated in the camera 215 without being disposed in the child extension interface module 210.
如图 3， 为本发明的第三实施例， 在图 3中与图 1中相同的结构的标记采用与图 1相同的标记， 因此， 在本图 3中与图 1中相同的结构就不再标记。 本实施例与第一 实施例不同之处， 本实施例中的通讯主机 1的主机扩展接口模块 140中的显示信号控 制模块连接通讯主机 1的处理器 110的显示信号并连接至主机信号接口 142， 通讯主 机 1的处理器 110的显示信号和显示控制信号分别连接至主机显示屏 120， 显示控制 信号控制主机显示屏 120的显示功能的关闭或开启。 当识别控制模块 111通过侦测信 号侦测到子机 2与通讯主机 1的连接状态时， 通讯主机 1的处理器 110的显示信号控 制线输出关闭主机显示屏 120的显示控制信号至主机显示屏 120， 主机显示屏 120的 显示功能关闭， 处理器 110 的显示信号通过显示信号控制模块输出至主机信号接口 142， 并通过连接主机信号接口 142的子机信号接口 211输出至子机显示屏 220显示 输出。 当识别控制模块 111通过侦测信号侦测到子机扩展接口模块 210与主机扩展接 口模块 140断开状态时， 通讯主机 1的处理器 110的显示控制信号输出开启主机显示 屏 120以开启主机显示屏 120的显示功能， 处理器 110的显示信号输出至主机显示屏 120显示输出。  3 is a third embodiment of the present invention, and the same reference numerals in FIG. 3 as those in FIG. 1 are denoted by the same reference numerals as in FIG. 1. Therefore, the same structure as in FIG. Mark again. The present embodiment is different from the first embodiment. The display signal control module in the host expansion interface module 140 of the communication host 1 in this embodiment is connected to the display signal of the processor 110 of the communication host 1 and is connected to the host signal interface 142. The display signal and the display control signal of the processor 110 of the communication host 1 are respectively connected to the host display screen 120, and the display control signal controls the display function of the host display screen 120 to be turned off or on. When the identification control module 111 detects the connection state of the slave 2 to the communication host 1 through the detection signal, the display signal control line output of the processor 110 of the communication host 1 turns off the display control signal of the host display 120 to the host display. 120. The display function of the host display screen 120 is turned off, and the display signal of the processor 110 is output to the host signal interface 142 through the display signal control module, and output to the slave display 220 through the slave signal interface 211 connected to the host signal interface 142. Output. When the identification control module 111 detects that the child extension interface module 210 is disconnected from the host extension interface module 140 by the detection signal, the display control signal output of the processor 110 of the communication host 1 turns on the host display 120 to turn on the host display. The display function of the screen 120, the display signal of the processor 110 is output to the host display 120 to display the output.
如图 4， 为本发明的第四实施例， 在图 2中与图 1中相同的结构的标记采用与图 1相同的标记， 因此， 在本图 2中与图 1中相同的结构就不再标记。 本实施例与第一 实施例不同之处在于， 本具体实施例中通讯主机 1的主机扩展接口模块 140中的显示 信号控制模块设置 LVDS接口模块 145( Low- Voltage Differential Signaling,縮写 LVDS， 低压差分信号）， 通讯主机的显示信号和显示控制使能信号 （Enable信号， gp， 使能 信号） 分别输出至 LVDS接口模块 145， LVDS接口模块 145的显示信号连接至主机 信号接口 142， 相对应地， 子机 2的子机扩展接口模块 210也设置子机 LVDS接口模 块 220a，用于子机 2的显示信号的处理控制。通讯主机的处理器设置 SPI接口（Serial Peripheral Interface 串行外设接口） 模块用于控制主机显示屏 120， 当识别控制模块 111侦测到子机 2的子机扩展接口模块 210与通讯主机 1的主机扩展接口模块 140连 接后， 识别控制模块 111控制 SPI接口模块关闭主机显示屏 120的显示输出， 并给出 LVDS接口模块 145的显示控制使能信号， 使得 LVDS接口模块 145工作， 通讯主机 1的显示信号通过 LVDS接口模块 145将显示信号进行格式转换后， 通过主机信号接 口 142传输给子机信号接口 211，并通过子机信号接口 211输出至子机 2的子机 LVDS 接口模块 220a进行格式转换处理后输出子机 2的子机显示屏 220显示输出。 本具体 实施例与第一实施例不同之处还在于， 本具体实施例中， 通讯主机 1的处理器还设置 GPIO接口 （General Purpose Input Output, 縮写 GPIO， 中文名称： 通用输入 /输出， 或总线扩展器）模块作为侦测信号和控制信号的接口， 并用于侦测子机 2的子机扩展 接口模块 210与通讯主机 1的主机扩展接口模块 140的连接状态的第一状态信号并控 制子机 2的电源管理 241通过与子机信号接口 211连接的通讯主机 1的电源管理模块 191为通讯主机 1供电或为通讯主机 1的主机电池 192充电。当然，在具体实施例中， 子机扩展接口模块 210的子机 LVDS接口模块 220a也可以直接设置或集成在子机显 示屏 220中。 4 is a fourth embodiment of the present invention, and the same reference numerals in FIG. 2 as those in FIG. 1 are denoted by the same reference numerals as in FIG. 1. Therefore, the same structure as in FIG. Mark again. The difference between this embodiment and the first embodiment is that the display signal control module in the host expansion interface module 140 of the communication host 1 in the specific embodiment sets the LVDS interface module 145 (Low-Voltage Differential Signaling, abbreviated LVDS, low-voltage differential). Signal), the display signal of the communication host and the display control enable signal (Enable signal, gp, enable signal) are respectively output to the LVDS interface module 145, and the display signal of the LVDS interface module 145 is connected to the host signal interface 142, correspondingly, The slave extension interface module 210 of the slave 2 also sets the slave LVDS interface module 220a for processing control of the display signals of the slave 2. The host of the communication host sets the SPI interface (Serial) The Peripheral Interface is used to control the host display 120. When the identification control module 111 detects that the handset extension interface module 210 of the handset 2 is connected to the host extension interface module 140 of the communication host 1, the identification control is performed. The module 111 controls the SPI interface module to turn off the display output of the host display 120, and gives the display control enable signal of the LVDS interface module 145, so that the LVDS interface module 145 operates, and the display signal of the communication host 1 will display a signal through the LVDS interface module 145. After the format conversion, the host signal interface 142 is transmitted to the slave signal interface 211, and is output to the slave LVDS interface module 220a of the slave 2 through the slave signal interface 211 for format conversion processing, and the slave display of the output slave 2 is output. Screen 220 displays the output. The specific embodiment is different from the first embodiment in that, in the specific embodiment, the processor of the communication host 1 further sets a GPIO interface (General Purpose Input Output, abbreviated as GPIO, Chinese name: general-purpose input/output, or bus). The expander module is used as an interface for detecting signals and control signals, and is used for detecting a first state signal of a connection state of the slave extension interface module 210 of the slave 2 and the host extension interface module 140 of the communication host 1 and controlling the slave The power management 241 of 2 supplies power to the communication host 1 or the host battery 192 of the communication host 1 through the power management module 191 of the communication host 1 connected to the slave signal interface 211. Of course, in a specific embodiment, the slave LVDS interface module 220a of the slave extension interface module 210 can also be directly disposed or integrated in the handset display 220.
综上所述， 本发明移动通讯网络终端包括通讯主机和子机， 通讯主机设置主机扩 展接口模块， 子机设置子机扩展接口模块， 通过通讯主机与子机的连接状态或断开状 态而处于主机状态或子机状态， 在子机状态时， 通讯主机侦测主机扩展接口模块与子 机扩展接口模块的连接状态生成第一状态信号， 通讯主机由此控制并切换至由子机操 作通讯主机的第一操作状态的子机状态， 使得用户直接操作子机即可操作控制通讯主 机， 在子机状态， 子机的各设备可以使用， 即可通过直接操作子机的子机触摸屏、 子 机按键、 子机摄像头、 子机麦克风而操作通讯主机， 并实现通过子机的子机显示屏、 子机扬声器等输出， 在主机状态时， 通讯主机在侦测到主机扩展接口模块与子机扩展 接口模块断开状态生成第二状态信号， 通讯主机切换至通讯主机操作控制的第二操作 状态的主机状态， 此时用户直接操作通讯主机并无需使用子机。  In summary, the mobile communication network terminal of the present invention comprises a communication host and a slave, the communication host sets a host extension interface module, and the slave sets a slave extension interface module, and is in the host through the connection state or disconnection state of the communication host and the slave. State or slave state, in the slave state, the communication host detects the connection state of the host extension interface module and the slave extension interface module to generate a first state signal, and the communication host thereby controls and switches to the operation of the communication host by the slave. The state of the slave in an operating state enables the user to directly operate the slave to operate and control the communication host. In the slave state, each device of the slave can be used, and the handset touch screen and the slave button can be directly operated by the slave. The slave camera and the slave microphone operate the communication host, and realize the output through the slave display and the slave speaker of the slave. In the host state, the communication host detects the host extended interface module and the slave extended interface module. The disconnected state generates a second status signal, and the communication host switches to the communication host operation. State of the second state of the host operating system, then the user direct operation without using a communication slave and the host.
本发明的移动通讯网络终端通过通讯主机与子机的连接或断开状态的方式， 使得 用户可以在具体应用中操作使用本发明的移动通讯网络终端时更为灵活方便， 例如， 在具体实施例中， 可以设置本发明的子机显示屏的尺寸规格大于主机显示屏的尺寸规 格， 且子机触摸屏的尺寸规格大于主机显示屏的尺寸规格。 由此， 使得子机显示屏的 面积大于主机显示屏的面积， 且子机触摸屏的面积大于主机显示屏的面积， 而便于在 子机状态下可以直接通过大面积的子机显示屏或子机触摸屏操作， 实现更轻松灵活的 操作， 例如游戏界面操控或者流览网页等等娱乐功能， 基于现有的电子产品的游戏产 品或网络娱乐的多元丰富化趋势， 通过操作大面积的子机显示屏的方式来操作通讯主 机， 使得操作更为便捷和界面友好， 有利于娱乐性和趣味性。 此外， 在子机状态时， 子机电池还可以为通讯主机提供工作电源， 或者为通讯主机的主机电池充电而无需再 连接外部的交流电源； 当本发明在通讯主机操作的主机状态时， 通讯主机的体积小巧 便于随身携带， 可以通过通讯主机的移动通信功能连接移动通讯系统作为移动通讯终 端使用。本发明的移动通讯终端在上述所举的实施例仅仅用以说明本发明的原理和结 构， 而非用以显示本发明， 凡此种种依据本发明或现有技术的等效变换是本领域的技 术人员所显而易见地得知， 理应在本发明所公开保护的范畴之内。 The mobile communication network terminal of the present invention is more flexible and convenient to use the mobile communication network terminal of the present invention in a specific application by means of the connection or disconnection state of the communication host and the slave device, for example, in a specific embodiment. The size specification of the display screen of the present invention can be set larger than the size specification of the host display screen, and the size specification of the touch screen of the slave machine is larger than the size specification of the host display screen. Thereby, the area of the display screen of the slave is larger than the area of the display screen of the host, and the area of the touch screen of the slave is larger than the area of the display of the host, and is convenient for In the slave state, it can be operated directly through a large-area sub-display or sub-machine touch screen, enabling easier and more flexible operations, such as game interface manipulation or browsing of web pages, and other entertainment functions, based on existing electronic products or The multi-enrichment trend of online entertainment, by operating a large-area display screen to operate the communication host, making the operation more convenient and user-friendly, is conducive to entertainment and fun. In addition, in the slave state, the slave battery can also provide working power for the communication host, or charge the host battery of the communication host without connecting external AC power; when the invention is in the state of the host operated by the communication host, the communication The small size of the host is easy to carry around, and the mobile communication system can be connected to the mobile communication system as a mobile communication terminal through the mobile communication function of the communication host. The above described embodiments of the mobile communication terminal of the present invention are only for explaining the principle and structure of the present invention, and are not intended to show the present invention, and such equivalent transformation according to the present invention or the prior art is in the art. It will be apparent to those skilled in the art that it is within the scope of the present disclosure.

Claims

权利要求书 Claim
1、 一种移动通讯网络终端，包括连接移动通讯系统具有移动通讯功能的通讯 主机， 所述通讯主机包括处理器， 分别连接至处理器的移动通信模块、音频输入 /输出 模块以及提供工作电源的电源模块， 其特征在于， 所述通讯主机还包括连接处理器的 主机扩展接口模块。  A mobile communication network terminal, comprising: a communication host connected to a mobile communication system having a mobile communication function, the communication host comprising a processor, respectively connected to the mobile communication module of the processor, an audio input/output module, and a working power supply The power module is characterized in that the communication host further comprises a host expansion interface module connected to the processor.
2、 根据权利要求 1所述的移动通讯网络终端， 其特征在于， 还包括子机， 所 述子机包括子机显示屏、 子机输入 /输出模块、 连接子机显示屏和子机输入 /输出模块 的子机扩展接口模块， 所述主机扩展接口模块连接子机扩展接口模块并通过操作子机 以操作通讯主机。  2. The mobile communication network terminal according to claim 1, further comprising a slave, wherein the slave includes a slave display, a slave input/output module, a connected slave display, and a slave input/output. The slave extension interface module of the module, the host extension interface module connects the slave extension interface module and operates the slave by operating the slave.
3、 根据权利要求 2所述的移动通讯网络终端，其特征在于，所述通讯主机还 包括连接至处理器的主机显示屏， 所述的主机扩展接口模块包括显示信号控制模块和 主机信号接口， 所述子机扩展接口模块包括子机信号接口， 所述显示信号控制模块连 接通讯主机的处理器的显示信号并连接至主机信号接口。  3. The mobile communication network terminal according to claim 2, wherein the communication host further comprises a host display screen connected to the processor, and the host expansion interface module comprises a display signal control module and a host signal interface. The slave extension interface module includes a slave signal interface, and the display signal control module is connected to a display signal of a processor of the communication host and is connected to the host signal interface.
4、 根据权利要求 1所述的移动通讯网络终端，其特征在于，所述的处理器设 置识别控制模块， 所述识别控制模块侦测所述主机扩展接口模块与子机扩展接口模块 的连接状态并切换至通过操作子机操作通讯主机的子机状态； 所述识别控制模块识别 所述主机扩展接口模块与子机扩展接口模块的断开状态并切换至通讯主机操作状态 的主机状态。  The mobile communication network terminal according to claim 1, wherein the processor sets an identification control module, and the identification control module detects a connection status between the host expansion interface module and the child extension interface module. And switching to the slave state of operating the communication host by operating the slave; the identification control module identifying the disconnection state of the host extension interface module and the slave extension interface module and switching to the host state of the communication host operation state.
5、 根据权利要求 4所述的移动通讯网络终端，其特征在于，所述主机扩展接 口模块还包括显示信号控制模块， 所述显示信号控制模块接收处理器的显示信号并分 别连接至主机显示屏和主机信号接口以控制主机显示屏的关闭或开启。  The mobile communication network terminal according to claim 4, wherein the host expansion interface module further comprises a display signal control module, wherein the display signal control module receives the display signal of the processor and is respectively connected to the host display screen. Interface with the host signal to control the display or shutdown of the host display.
6、 根据权利要求 5所述的移动通讯网络终端，其特征在于，所述显示信号控 制模块包括多路开关模块， 所述多路开关模块分别接收处理器的显示信号并分别输出 至主机显示屏和主机信号接口。  The mobile communication network terminal according to claim 5, wherein the display signal control module comprises a multi-way switch module, and the multi-way switch module respectively receives display signals of the processor and outputs the signals to the host display respectively. Interface with the host signal.
7、 根据权利要求 6所述的移动通讯网络终端，其特征在于，所述显示信号控 制模块还设置 HDMI接口模块，所述 HDMI接口模块分别连接多路开关和音频信号后 并连接至主机信号接口， 所述子机的子机扩展接口模块包括连接子机信号接口的子机 HDMI接口模块， 子机 HDMI接口模块处理子机信号接口传输的通讯主机的 HDMI 接口模块的 HDMI信号并生成显示信号和音频信号。  The mobile communication network terminal according to claim 6, wherein the display signal control module further comprises an HDMI interface module, wherein the HDMI interface module respectively connects the multi-way switch and the audio signal and is connected to the host signal interface The slave extension interface module of the slave includes a slave HDMI interface module that connects the slave signal interface, and the slave HDMI interface module processes the HDMI signal of the HDMI interface module of the communication host transmitted by the slave signal interface and generates a display signal and audio signal.
8、 根据权利要求 5所述的移动通讯网络终端，其特征在于，所述主机扩展接 口模块中的显示信号控制模块连接通讯主机的处理器的显示信号并连接至主机信号 接口， 所述通讯主机的处理器的显示信号和显示控制信号分别连接至主机显示屏， 所 述显示控制信号控制主机显示屏幕的显示功能的关闭或开启。 8. The mobile communication network terminal according to claim 5, wherein said host extension connection The display signal control module in the port module is connected to the display signal of the processor of the communication host and is connected to the host signal interface, and the display signal and the display control signal of the processor of the communication host are respectively connected to the host display screen, and the display control signal is Controls whether the display function of the host display screen is turned off or on.
9、 根据权利要求 5所述的移动通讯网络终端，其特征在于，所述主机接口扩 展模块的显示信号控制模块还包括 LVDS接口模块， LVDS接口模块连接通讯主机的 显示信号和显示控制使能信号并分别输出至主机显示屏和主机信号接口， 所述子机的 子机扩展接口模块设置 LVDS接口模块， 通讯主机的处理器设置连接至主机显示屏的 SPI接口并控制主机显示屏的显示功能。  The mobile communication network terminal according to claim 5, wherein the display signal control module of the host interface expansion module further comprises an LVDS interface module, and the LVDS interface module is connected to the display signal of the communication host and the display control enable signal. And output to the host display and the host signal interface respectively, the slave extension interface module of the slave sets the LVDS interface module, and the processor of the communication host sets the SPI interface connected to the host display and controls the display function of the host display.
10、 根据权利要求 9所述的移动通讯网络终端，其特征在于，所述通讯主机的 处理器还设置 GPIO接口， 所述 GPIO接口分别侦测子机的子机扩展接口模块与主机 的主机扩展接口模块的连接状态并控制子机的电源为通讯主机的电源模块提供电源 或为通讯主机充电。  10. The mobile communication network terminal according to claim 9, wherein the processor of the communication host further sets a GPIO interface, and the GPIO interface respectively detects a slave extension interface module of the slave and a host extension of the host. The connection status of the interface module and control the power of the slave to supply power to the power module of the communication host or to charge the communication host.
11、 根据权利要求 1-10任一权利要求所述的移动通讯网络终端，其特征在于， 所述通讯主机还包括分别连接处理器的存储器、 GPS模块和摄像装置， 所述通讯主机 的输入 /输出模块包括分别连接至处理器的麦克风和扬声器，所述处理器的按键操作信 号、 按键操作信号、 USB接口信号、 音频信号、 I2C协议信号和侦测信号分别连接至 主机信号接口。  The mobile communication network terminal according to any one of claims 1 to 10, wherein the communication host further comprises a memory, a GPS module and a camera device respectively connected to the processor, and the input of the communication host/ The output module includes a microphone and a speaker respectively connected to the processor, and the button operation signal, the button operation signal, the USB interface signal, the audio signal, the I2C protocol signal and the detection signal of the processor are respectively connected to the host signal interface.
12、 根据权利要求 11任一权利要求所述的移动通讯网络终端， 其特征在于， 所述子机的输入 /输出模块包括分别连接至子机扩展接口模块的子机触摸屏、 子机按 键、 子机摄像头、 子机 USB接口、 子机扬声器和子机麦克风。  The mobile communication network terminal according to any one of the preceding claims, wherein the input/output module of the slave comprises a slave touch screen, a slave button, and a child respectively connected to the slave expansion interface module. Camera, slave USB interface, handset speaker and handset microphone.
13、 根据权利要求 12所述的移动通讯网络终端， 其特征在于， 所述的子机显 示屏的面积大于主机显示屏的面积， 所述子机触摸屏的面积大于主机显示屏的面积。  13. The mobile communication network terminal according to claim 12, wherein an area of the slave display screen is larger than an area of the host display screen, and an area of the touch screen of the slave machine is larger than an area of the host display screen.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113973143A (en) * 2020-07-24 2022-01-25 北京小米移动软件有限公司 Display device and control device of split type mobile terminal and mobile terminal

Families Citing this family (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI558125B (en) * 2014-04-18 2016-11-11 智易科技股份有限公司 Modular network apparatus and system in combination with multiple modular network apparatuses
CN106101770A (en) * 2016-06-23 2016-11-09 惠州Tcl移动通信有限公司 A kind of separate type telecommunication mobile terminal and using method thereof
EP3886406B1 (en) * 2018-12-29 2023-07-19 Guangdong Oppo Mobile Telecommunications Corp., Ltd. Mobile terminal
CN111083409A (en) * 2019-12-27 2020-04-28 苏州斯拓锐网络科技有限公司 Novel AI picture passes module
CN111625146B (en) * 2020-05-27 2023-08-04 北京无线电测量研究所 Electronic product with double touch screens

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20030112585A1 (en) * 2001-12-13 2003-06-19 Silvester Kelan Craig Multiprocessor notebook computer with a tablet PC conversion capability
CN201234298Y (en) * 2008-05-16 2009-05-06 李明 Expanding apparatus for smart phone
CN101505336A (en) * 2008-02-06 2009-08-12 美国博通公司 Computing device with handheld and extended computing devices
WO2010030610A1 (en) * 2008-09-11 2010-03-18 Ely Tsern Expandable systems architecture for a handheld device that dynamically generates different user environments for device displays

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20030112585A1 (en) * 2001-12-13 2003-06-19 Silvester Kelan Craig Multiprocessor notebook computer with a tablet PC conversion capability
CN101505336A (en) * 2008-02-06 2009-08-12 美国博通公司 Computing device with handheld and extended computing devices
CN201234298Y (en) * 2008-05-16 2009-05-06 李明 Expanding apparatus for smart phone
WO2010030610A1 (en) * 2008-09-11 2010-03-18 Ely Tsern Expandable systems architecture for a handheld device that dynamically generates different user environments for device displays

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113973143A (en) * 2020-07-24 2022-01-25 北京小米移动软件有限公司 Display device and control device of split type mobile terminal and mobile terminal

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