WO2012031519A1 - Split multifunctional mobile terminal - Google Patents

Split multifunctional mobile terminal Download PDF

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Publication number
WO2012031519A1
WO2012031519A1 PCT/CN2011/078340 CN2011078340W WO2012031519A1 WO 2012031519 A1 WO2012031519 A1 WO 2012031519A1 CN 2011078340 W CN2011078340 W CN 2011078340W WO 2012031519 A1 WO2012031519 A1 WO 2012031519A1
Authority
WO
WIPO (PCT)
Prior art keywords
host
slave
module
data
interface
Prior art date
Application number
PCT/CN2011/078340
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 WO2012031519A1 publication Critical patent/WO2012031519A1/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
    • H04M1/02—Constructional features of telephone sets
    • H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
    • H04M1/0254—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets comprising one or a plurality of mechanically detachable modules
    • H04M1/0256—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets comprising one or a plurality of mechanically detachable modules wherein the modules are operable in the detached state, e.g. one module for the user interface and one module for the transceiver
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1632—External expansion units, e.g. docking stations

Definitions

  • the utility model relates to a split type mobile terminal which can be separated and used in combination, in particular to a portable host which is convenient to carry and makes the score body convenient to use as a mobile communication terminal, and is convenient to connect the network as a network terminal operation when combined.
  • Mobile communication terminals such as mobile phones have become an indispensable tool for people's communication. With the development of communication and electronic technology, the functions of mobile phones are becoming more and more powerful.
  • the installed operating system can be used to support the Internet or process documents, so that the functional part of the mobile phone realizes the processing function of the computer.
  • the use of the mobile phone is mainly designed for portable handheld use. Therefore, the button interface of the mobile phone is small, and the display screen is also small.
  • the prior art tablet computer has a large screen, convenient input operation, and is widely used. However, because of its large size, the tablet computer is inconvenient to be used as a handheld device for mobile communication terminals, and is not convenient for instant mobile communication when people go out.
  • the utility model provides a split type multimedia communication device.
  • the detachable combination mode of the host machine and the slave machine facilitates the portable use of the user, and the host and the slave machine can be separated and used separately, and the communication function is convenient to use, and can also be combined and used. Use for document processing and web browsing.
  • the utility model provides a split type multifunctional mobile terminal, which comprises a host and a slave connected to the host, the host comprises a host body and a host display screen, and the host body is provided with a microprocessor and a mobile communication.
  • the storage module stores an operating system and an application program
  • the slave includes a slave body and a slave display
  • the display size of the machine is larger than that of the host display, and the sub-machine body sets the sub-machine touch screen module, the sub-machine audio module, the sub-machine data interface, the network module, and the sub-machine power module that provides the sub-module working;
  • the host also includes settings
  • the host data and the control interface module in the host body, the host data and the control interface module are respectively connected to the microprocessor, the host audio module and the host data interface, and the slave body is opened to slot, the slave device Data and control interface module and sub-machine touch screen module , Slave audio module, slave module data interface and a network connection, the host slot of the insertion slave, the slave a data and control interface module and a host data and control interface module, the microprocess
  • the host body is provided with a host interface slot
  • the host interface slot is provided with a plug-in board
  • the plug-in board is provided with a host connection terminal
  • the host connection terminal is connected with the host data and the interface. Module.
  • the slave body is provided with a slot for accommodating the host, and the slot connection is provided with a slave connection terminal for connecting the slave data and the interface module.
  • the host interface slot is located at a side of the host body, the slot of the slave device is located at a side of the slave, and the host is inserted into a slot of the slave, the host The connection terminal is connected to the slave connection terminal.
  • a metal shield case is disposed in the host interface slot
  • a plug-in board is disposed in the metal shield case
  • the host connection terminal plug-in board is inserted on the plug-in board to form an array of rows and columns. Pins.
  • the host interface slot is located at a lower side wall of the main unit, and the slot of the sub-machine is located at a middle position of the back of the sub-machine body.
  • the sub-machine connection device is protruded from the inner side of the slotted lower wall of the sub-machine, and the sub-machine connection terminal is disposed in the sub-machine connection device.
  • the host interface slot is located on a lower side wall of the main body, and is adapted to the shape and structure of the sub-machine connecting device.
  • the slave machine further includes a slave camera module, a TV-0UT module and a VGA module that connect the slave data and the control interface module
  • the network module includes a network adapter
  • the host also includes a GPS module, a WIFI module, a Bluetooth module, an SD module, and a host camera module respectively connected to the microprocessor.
  • the slave data interface includes a USB interface
  • the host data interface includes a USB interface module
  • the host is conveniently used as a portable communication terminal.
  • the host is connected and integrated with the slave interface and the control module of the slave through the host data and the control interface module, it is convenient.
  • the document processing and web browsing operations are realized through the slave display operation, and the user operates on the slave display to increase the comfort of the operation.
  • FIG. 1 is a fragmentary state diagram of a split type multi-function mobile terminal of the present invention.
  • FIG. 2a is a structural block diagram of a host of the split type multifunctional mobile terminal of the present invention.
  • 2b is a structural block diagram of a slave of the split type multifunctional mobile terminal of the present invention.
  • Figure 3a is a perspective view of a first embodiment of the handset of the present invention.
  • Figure 3b is a perspective view of a first embodiment of a host adapted to the handset of Figure 3a.
  • Figure 3c is a perspective view of a second embodiment of a host adapted to the handset of Figure 3a.
  • Figure 4a is a perspective view of a second embodiment of the handset of the present invention.
  • Figure 4b is a perspective view of a first embodiment of a host adapted to the handset of Figure 4a.
  • Figure 4c is a perspective view of a second embodiment of a host adapted to the handset of Figure 4a.
  • the split type multi-function mobile terminal includes a host 1 and a slave 2, the host 1 includes a host body 11, a host display 12 is disposed on the host body 11, and the host display 12 can be a touch screen.
  • the operation button is set below, and the side of the main body 11 is provided with a host interface 13, and the host interface 13 includes a charging interface or a data transmission interface for charging.
  • the handset 2 includes a handset body 21, and a handset display 22 for display is provided on the handset unit 21, and a button 25 for playing or advancing and rewinding is disposed below the handset display 22 on the handset body 21.
  • the display size of the handset display 22 is larger than the display size of the host, and the handset display 22 uses a touch screen. Therefore, after the host 1 is connected to the slave 2, the handset display 22 can be operated to operate the host 1, and the user interface of the host is output to the handset display 22 for display.
  • the lower end side of the handset body 21 is provided with a headphone jack 23, a slave data interface 24, and a control button 26 for controlling operations, such as a lock button or a menu button.
  • the side of the handset 2 also has a slot 27 for housing the host 1, and the host 1 is inserted into the slot 27 to connect to the slave 2 and transmit data.
  • FIGS. 2 and 3 are block diagrams of the structure of the host 1 and the slave 2.
  • a microprocessor and various circuit modules for performing mobile communication and data processing are disposed in the host body 11 of the host 1.
  • Each circuit module connected to the microprocessor includes a mobile communication module, a host touch screen module, a host audio module, a host camera module, a GPS module, a data interface for data transmission, and a host power supply module that provides operation of each module and the microprocessor.
  • Mobile communications includes a baseband processor, a radio frequency module, and an antenna. According to different needs, in a specific embodiment, the mobile communication module can adopt a 2G mobile communication module, a 3G mobile communication module, or a combination thereof.
  • the host also includes a Wi-Fi module, a Bluetooth module or an infrared transmission module, and the data interface includes an SD card module and a USB interface module.
  • the memory connected to the microprocessor stores the operating system and application of the host 1.
  • the microprocessor may use an ARM processor or an Xs Ca le, an Intel processor, etc., and the processor includes a video processing module for Codec processing of video data.
  • the memory stores operating systems and applications to control and process data.
  • the operating system can be a Linux operating system, or a PALM system, a WINDOWS MOBILE system, or a SYMBIAN system, or an Android system, or an iPhone OS operating system.
  • the data processing device can be implemented as a data processing device.
  • the host 1 can utilize a prior art smart phone as a host, except that a host data and control interface module and an application suitable for connecting to the child machine are also provided on the basis of the smart phone.
  • the host data and control interface module of the host 1 are respectively connected to the microprocessor, the USB interface module and the host audio module, and the data transmission and communication with the slave 2 are realized when the host 1 is connected to the slave 2.
  • Each circuit module for supporting the operation of the slave unit 2 after being connected to the host unit 1 is provided in the slave body 21 of the slave unit 2, and includes a touch screen driver and a slave unit for providing a touch screen drive and a touch operation of the slave display 22
  • the camera module, the network module, the TV-OUT module, the VGA module, the USB interface and the sub-machine audio module, and the power module that provides the operation of each module, the above-mentioned circuit modules of the sub-machine 2 are respectively connected to the sub-machine data and the control interface module.
  • the handset 2 of the present invention is not connected to the host, it does not have a mobile communication function and a data processing function, and does not have a data processing function. After being connected to the host, the function of the mobile communication and the function of data processing can be realized.
  • the network module of the handset 2 includes a network adapter, and after the host is connected to the slave, the network can be connected through a wired network.
  • the power module of the slave 2 is used to supply power to each module of the slave 2, and can be used to charge and supply power to the host when the host is connected.
  • 4a, 4b, and 4c are the first embodiment of the split type multifunctional mobile terminal of the present invention.
  • the right side of the handset 2 has a rectangular slot 27, and the host 1 displays the back.
  • a rectangular host interface slot 15 is opened, and the host interface slot 15 is provided with a plug-in board 151, which may be referred to a partial enlarged view of FIG. 4b.
  • the plug-in board 151 is provided with a host connection terminal 152 for connecting with the slave data of the slave unit 2 and the control interface module, in order to increase the stability of the plug and The electromagnetic shielding effect, the metal mesh shielding shell of the prior art can also be disposed in the host interface slot 15, the shielding shell covering board 151 and the host connecting terminal 152, A stable elastic piece can be provided on the shielding case for holding.
  • the host interface slot 15 can also adopt other implementation manners. Referring to FIG. 4c, a metal shielding housing 151A is disposed in the host interface slot 15A. Referring to FIG.
  • the metal shielding housing 15 is provided with a plug-in board 152A, and a host connection terminal 153A for connecting to the slave data and the control interface module of the slave unit 2 is disposed on the switch 152A, so that the host connection terminal 153A is inserted into the plug-in board to form an array of rows and columns. Pin.
  • a second embodiment of the split type multifunctional mobile terminal of the present invention is shown.
  • the difference from the first embodiment is mainly that, in the present embodiment, the handset 2C opens a slot 27C at the center of the back for placing the host and implementing data transmission communication with the slave.
  • the rectangular slot 27C provided on the back of the handset 2C is adapted to the size of the main unit to facilitate the cooperation of the host.
  • the inner side of the lower wall of the slot 27C is protruded to provide the slave connecting device 28C, and the slave connecting device 28C can adopt the connector structure of the prior art, including the metal casing for inserting and fixing and electromagnetic shielding, and the inside and the metal casing.
  • the shape of the slave connection device 28C can be designed according to the needs of the appearance, and the connection terminals of the slave can also be designed according to the needs.
  • the host interface slots 15C and 15D of the host 1C and the ID are located on the host body.
  • the lower sidewalls of the 11C, 11D are adapted to the structure of the slave connection device 28C of the slave 2C to facilitate plugging and thus data transmission communication.
  • the direction of the host interface slot 15D of the host 1D may be adjusted according to different implementations of the connection between the host and the slave, which is different from the host 1C in the specific embodiment of FIG. 5c in that
  • the host interface slot 15D of the host 1D is opposite to the host interface slot 15C of the host 1C, so that the host interface slot 15D of the host 1D is inserted into the handset connection device 28C of the slot 27C of the slave 2C, and the host display 12D of the host 1D is displayed.
  • the inside of the child machine is oriented, that is, the orientation of the host display screen 12D is made to coincide with the orientation of the child machine 2C.
  • the host display 12D of the host 1D When the host 1D is used in combination with the slave 2C, the host display 12D of the host 1D is located on the back of the handset 2C and is not easily damaged by wear. Therefore, when the host 1C is connected to the slave 2C, the host display 12C of the host 1C is opposite to the slave display of the slave 2C, toward the back of the slave 2C.
  • the host display screen 12C of the host 1C is susceptible to wear, but in the embodiment of Fig. 5c, after the host 1C is used in combination with the slave 2C, the host display 12C can also operate as a slave interface as an operation interface of the touch screen.
  • the host 1 When the split type multifunctional mobile terminal of the present invention is used, the host 1 is inserted into the slot 27 of the slave, and the host data and control interface of the host are connected with the slave data and control interface of the slave 2C, thereby realizing Data connection and transmission between the host and the slave. After the host and the slave are connected to realize data transmission communication, the microprocessor of the host 1 detects the host data and the control interface module and the slave data of the slave 2 and the control interface module are connected. In the state, the host is switched to the operating state in the connected state of the slave 2 and the host 1.
  • the host display 12 is switched to the slave display 22, and the host 1 receives and processes the touch operation of the slave display 22 of the handset 2 through the host data and control interface module and to the slave.
  • the touch screen module transmits display data displayed by the handset display 22.
  • the host 1 receives the data of the slave camera module, the network module, the TV-OUT module, the VGA module, the USB interface, and the slave audio module of the slave.
  • the operation of the host's mobile communication module, host camera module, GPS module, Wi-Fi module, Bluetooth module or infrared transmission module can be operated through the operation interface provided by the slave's display screen.
  • Both the camera module and the slave camera module can work.
  • the slave can also set the slave SD card reader interface 29C, as shown in Figure 4a, the slave SD card reader interface connects the slave data and the control interface module.
  • the slave When the slave is connected to the host, it reads through the SD card of the slave.
  • the card interface can be inserted into the SD card to operate the data of the SD card through the SD card module of the host.
  • the audio module and the USB interface module of the host 1 are respectively switched to the USB interface of the slave audio module and the slave, and the data transmitted by the slave audio module of the slave 2 and the USB interface of the slave are processed and processed.
  • the slave audio module of the slave 2 only receives the external sound signal and transmits it to the host or transmits the audio decoded sound to the outside, and the USB interface of the external device connected to the USB interface performs data transmission, and the USB data control and protocol processing are performed by The host's USB interface module is completed. Therefore, when the host 1 switches to the slave 2 operation, the user operates the slave audio module of the slave 2, for example, receives external sound through the slave audio module, and transmits data and host data and control interface through the slave data and control interface.
  • the microprocessor transmitted to the slave's host audio module is processed and transmitted to the host's microprocessor.
  • the audio and video frequency files need to be played, and then processed by the host audio module and the video module, and then transmitted to the slave through the host data and control interface module.
  • the output of the sub-machine audio module of the machine for example, the sound is output through the headphone jack or the speaker of the sub-machine, and the display image is output through the sub-machine display screen of the sub-machine.
  • the split type multifunctional mobile terminal of the utility model can operate the display screen of the slave machine to realize network connection and webpage browsing operation, and the user displays in the slave machine because the display screen of the slave machine is larger than the display screen of the host machine.
  • the touch operation is performed on the screen, or can be operated on the display of the child machine through an application, for example, using the interface of the soft keyboard. Therefore, the operation on the display of the child machine increases the user's operation comfort, and facilitates web browsing operation or document processing. Operation.
  • the user can select the Wi-Fi module of the host to connect to the Internet, or connect to the Internet through the network module of the slave, such as the RJ45 network cable.
  • the user operates the split multi-function mobile terminal of the present invention through the display of the slave, and selects the Wi-Fi network module to connect to the Internet.
  • the microprocessor receives the Wi-Fi network module connected to the operating system of the slave display through the host data and control interface module and the slave data and control interface module.
  • the user enters the web address through the handset display and accesses the web address via the Wi-Fi module.
  • the microprocessor processes the data acquired through the network and transmits the data to the slave display module through the host data and control interface module and the slave data and control interface module, or the slave audio module outputs the playback sound.
  • the host data and the control interface module of the present invention are disconnected from the slave data and the control interface module, and the host display screen of the operation host is operated, and the child of the slave is operated.
  • the display and modules cannot be used as stand-alone devices.
  • the split type multi-function mobile terminal of the present invention when the host and the slave are separated from each other, the host is small in size and convenient to carry as a separate communication terminal, and the host can realize talking, surfing, taking photos, listening. Music, play video, GPS navigation, or communicate with other Bluetooth devices, connect other USB devices or external SD devices, etc., can also launch application software (such as games, document processing, etc.) as document processing or through Wi-Fi network
  • the module is connected to the network for web browsing.
  • the host's microprocessor detects the connection status between the slave and the host and switches to the slave state.
  • the user operates the slave display of the handset 2.
  • the corresponding mobile communication and data processing functions can be performed.
  • the split type multi-function mobile terminal of the present invention has the portable and compact flexibility of the mobile communication terminal, and has the convenience and comfort of the tablet operation, and is suitable for popularization and application.

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  • Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Theoretical Computer Science (AREA)
  • Computer Hardware Design (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
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Abstract

Disclosed in the utility model is a detachable multifunctional mobile terminal, comprising a main unit and a sub unit. The main unit comprises: a main unit body and a main unit display. The main unit body is provided with a microprocessor for communication and document processing, and a main unit data and interface module connected with the microprocessor. The sub unit comprises a sub unit body and a sub unit display. The sub unit body is provided with a sub unit touch screen module, a sub unit audio module, a sub unit data interface, a network module, a sub unit data and interface module, and a sub unit power module supplying power for each of the sub unit modules. The main unit is inserted into the sub unit body, the sub unit data and control interface module and the main unit data and control interface module. The microprocessor of the main unit detects the connection status between the main unit and the sub unit, and switches the microprocessor of the main unit to receive and process the data transmitted by the sub unit data and control interface module. Therefore, when the main unit and the sub unit of the present utility model are separately used, the main unit can be conveniently used as a portable communication terminal; when the main unit and the sub unit are jointly used, the sub unit display is convenient for document processing operations, etc, enhancing user comfort.

Description

分体式多功能移动终端  Split type multifunctional mobile terminal
技术领域 Technical field
本实用新型涉及一种可分离和组合使用的分体式移动终端，尤其涉及一种便于携 带并使得分体的主机方便作为移动通讯终端使用， 组合时方便连接网络作为网络终端 操作使用。  The utility model relates to a split type mobile terminal which can be separated and used in combination, in particular to a portable host which is convenient to carry and makes the score body convenient to use as a mobile communication terminal, and is convenient to connect the network as a network terminal operation when combined.
背景技术 Background technique
移动通讯终端例如手机， 已经成为人们通讯的必备工具。随着通信及电子技术的 发展， 手机的功能也越来越强大， 安装的操作***可以用于支持上网或者处理文档， 使得手机的功能部分实现计算机的处理功能。 但是， 手机的使用主要是为便携式手持 使用而设计， 因此， 手机的按键界面小， 显示屏幕也较小， 在手机连接网络浏览网页 或者处理文档， 不便于操作， 降低了操作的舒适感。  Mobile communication terminals such as mobile phones have become an indispensable tool for people's communication. With the development of communication and electronic technology, the functions of mobile phones are becoming more and more powerful. The installed operating system can be used to support the Internet or process documents, so that the functional part of the mobile phone realizes the processing function of the computer. However, the use of the mobile phone is mainly designed for portable handheld use. Therefore, the button interface of the mobile phone is small, and the display screen is also small. When the mobile phone is connected to the network to browse the webpage or process the document, it is inconvenient to operate, and the operation comfort is reduced.
现有技术的平板电脑， 屏幕大， 输入操作方便， 得到广泛的使用。 然而， 平板电 脑因其体积大， 不便于作为移动通讯终端的手持式使用， 不便于人们外出时的即时的 移动通讯。  The prior art tablet computer has a large screen, convenient input operation, and is widely used. However, because of its large size, the tablet computer is inconvenient to be used as a handheld device for mobile communication terminals, and is not convenient for instant mobile communication when people go out.
因此，提供一种兼具有便携式移动通讯功能和便捷式文档处理功能的多功能移动 终端， 则成为当前电子产品发展的急切需求。  Therefore, providing a multifunctional mobile terminal having both portable mobile communication functions and portable document processing functions has become an urgent need for the development of current electronic products.
发明内容 Summary of the invention
本实用新型提供一种分体式多媒体通讯设备， 通过主机与子机的可分离的组合 方式， 方便用户便携使用， 可以将主机与子机分离单独使用， 便于使用通讯功能， 也 可以组合使用， 便于文档处理和网页浏览等使用。  The utility model provides a split type multimedia communication device. The detachable combination mode of the host machine and the slave machine facilitates the portable use of the user, and the host and the slave machine can be separated and used separately, and the communication function is convenient to use, and can also be combined and used. Use for document processing and web browsing.
为解决上述的技术问题， 本实用新型提供一种分体式多功能移动终端， 包括主机 和与主机连接使用的子机， 主机包括主机本体和主机显示屏， 主机本体内设置微处理 器、 移动通讯模块、 存储模块、 主机音频模块， 主机数据接口、 主机触摸屏模块以及 提供前述各模块工作的主机电源模块， 存储模块存储操作***及应用程序， 所述子机 包括子机本体和子机显示屏， 子机显示屏尺寸大于主机显示屏， 子机本体设置子机触 摸屏模块、 子机音频模块、 子机数据接口、 网络模块以及提供子机各模块工作的子机 电源模块； 所述的主机还包括设置于主机本体内的主机数据及控制接口模块， 所述的 主机数据及控制接口模块分别连接微处理器、 主机音频模块和主机数据接口， 所述的 子机本体开设开槽， 所述的子机数据及控制接口模块分别与子机触摸屏模块、 子机音 频模块、 子机数据接口以及网络模块连接， 所述主机***子机的开槽内， 所述的子机 数据及控制接口模块与主机数据及控制接口模块， 所述主机的微处理器侦测主机与子 机的连接状态并切换主机的微处理器以接收和处理子机数据及控制接口模块传输的 数据。 In order to solve the above technical problem, the utility model provides a split type multifunctional mobile terminal, which comprises a host and a slave connected to the host, the host comprises a host body and a host display screen, and the host body is provided with a microprocessor and a mobile communication. a module, a storage module, a host audio module, a host data interface, a host touch screen module, and a host power module providing the foregoing modules, the storage module stores an operating system and an application program, and the slave includes a slave body and a slave display, The display size of the machine is larger than that of the host display, and the sub-machine body sets the sub-machine touch screen module, the sub-machine audio module, the sub-machine data interface, the network module, and the sub-machine power module that provides the sub-module working; the host also includes settings The host data and the control interface module in the host body, the host data and the control interface module are respectively connected to the microprocessor, the host audio module and the host data interface, and the slave body is opened to slot, the slave device Data and control interface module and sub-machine touch screen module , Slave audio module, slave module data interface and a network connection, the host slot of the insertion slave, the slave a data and control interface module and a host data and control interface module, the microprocessor of the host detects a connection state between the host and the slave and switches the microprocessor of the host to receive and process the data of the slave and control the data transmitted by the interface module .
如上所述的分体式多功能移动终端， 所述的主机本体上设置主机接口槽， 主机接 口槽内设置插板， 插板上设置与主机连接端子， 所述的主机连接端子连接主机数据及 接口模块。  In the split type multifunctional mobile terminal as described above, the host body is provided with a host interface slot, the host interface slot is provided with a plug-in board, the plug-in board is provided with a host connection terminal, and the host connection terminal is connected with the host data and the interface. Module.
如上所述的分体式多功能移动终端， 所述子机本体开设用于容纳主机的开槽， 所 述开槽内设置连接子机数据及接口模块的子机连接端子。  In the split type multi-function mobile terminal as described above, the slave body is provided with a slot for accommodating the host, and the slot connection is provided with a slave connection terminal for connecting the slave data and the interface module.
如上所述的分体式多功能移动终端， 主机接口槽位于主机本体的侧边， 所述子机 的开槽位于子机的侧边， 所述的主机***子机的开槽内， 所述主机连接端子与所述子 机连接端子连接。  In the split type multifunctional mobile terminal as described above, the host interface slot is located at a side of the host body, the slot of the slave device is located at a side of the slave, and the host is inserted into a slot of the slave, the host The connection terminal is connected to the slave connection terminal.
如上所述的分体式多功能移动终端， 所述主机接口槽内设置金属屏蔽壳体， 所述 金属屏蔽壳体内设置插板， 所述的主机连接端子插板插设于插板上形成行列排列的插 针。  In the above-mentioned split type multi-function mobile terminal, a metal shield case is disposed in the host interface slot, a plug-in board is disposed in the metal shield case, and the host connection terminal plug-in board is inserted on the plug-in board to form an array of rows and columns. Pins.
如上所述的分体式多功能移动终端， 所述主机接口槽位于主机的下侧壁， 所述子 机的开槽位于在子机本体背部的中部位置。  In the split type multi-function mobile terminal as described above, the host interface slot is located at a lower side wall of the main unit, and the slot of the sub-machine is located at a middle position of the back of the sub-machine body.
如上所述的分体式多功能移动终端， 所述子机的开槽的下壁内侧凸出设置子机连 接装置， 所述子机连接装置内设置所述的子机连接端子。  In the split type multi-function mobile terminal as described above, the sub-machine connection device is protruded from the inner side of the slotted lower wall of the sub-machine, and the sub-machine connection terminal is disposed in the sub-machine connection device.
如上所述的分体式多功能移动终端， 所述主机接口槽位于主机本体的下侧壁， 且 与所述子机连接装置的形状结构相适配。  In the split type multifunctional mobile terminal as described above, the host interface slot is located on a lower side wall of the main body, and is adapted to the shape and structure of the sub-machine connecting device.
如上所述的分体式多功能移动终端， 所述的子机还包括连接子机数据及控制接口 模块的子机摄像头模块、 TV-0UT模块和 VGA模块， 所述网络模块包括网络适配器， 所 述的主机还包括分别连接微处理器的 GPS模块、 WIFI模块、 蓝牙模块、 SD模块和主 机摄像头模块。  The split type multifunctional mobile terminal as described above, the slave machine further includes a slave camera module, a TV-0UT module and a VGA module that connect the slave data and the control interface module, the network module includes a network adapter, The host also includes a GPS module, a WIFI module, a Bluetooth module, an SD module, and a host camera module respectively connected to the microprocessor.
如上所述的分体式多功能移动终端， 所述子机数据接口包括 USB接口， 所述主机 数据接口包括 USB接口模块。  In the split type multifunctional mobile terminal as described above, the slave data interface includes a USB interface, and the host data interface includes a USB interface module.
如上所述，本实用新型的主机与子机分离后， 主机方便作为便携式的通讯终端使 用， 当主机通过主机数据及控制接口模块与子机的子机接口及控制模块连接组合一体 使用时， 便于通过子机显示屏操作实现文档处理和网页浏览操作， 用户在子机显示屏 上操作， 增加操作的舒适度。 附图说明 As described above, after the host and the slave of the present invention are separated, the host is conveniently used as a portable communication terminal. When the host is connected and integrated with the slave interface and the control module of the slave through the host data and the control interface module, it is convenient. The document processing and web browsing operations are realized through the slave display operation, and the user operates on the slave display to increase the comfort of the operation. DRAWINGS
图 1是本实用新型分体式多功能移动终端的分体状态图。  1 is a fragmentary state diagram of a split type multi-function mobile terminal of the present invention.
图 2a是本实用新型分体式多功能移动终端的主机的结构框图。  2a is a structural block diagram of a host of the split type multifunctional mobile terminal of the present invention.
图 2b是本实用新型分体式多功能移动终端的子机的结构框图。  2b is a structural block diagram of a slave of the split type multifunctional mobile terminal of the present invention.
图 3a是本实用新型的子机的第一实施例的立体图。  Figure 3a is a perspective view of a first embodiment of the handset of the present invention.
图 3b是与图 3a的子机适配的主机的第一实施例的立体图。  Figure 3b is a perspective view of a first embodiment of a host adapted to the handset of Figure 3a.
图 3c是与图 3a的子机适配的主机的第二实施例的立体图。  Figure 3c is a perspective view of a second embodiment of a host adapted to the handset of Figure 3a.
图 4a是本实用新型子机的第二实施例的立体图。  Figure 4a is a perspective view of a second embodiment of the handset of the present invention.
图 4b是与图 4a的子机适配的主机的第一实施例的立体图。  Figure 4b is a perspective view of a first embodiment of a host adapted to the handset of Figure 4a.
图 4c是与图 4a的子机适配的主机的第二实施例的立体图。  Figure 4c is a perspective view of a second embodiment of a host adapted to the handset of Figure 4a.
具体实 式 Specific form
为进一步阐述本实用新型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， 对本实用新型分体式多功能移动终端的具体结构及其功效， 详细说明如下。  In order to further illustrate the technical means and functions taken by the present invention to achieve the intended purpose, the specific structure and function of the split type multifunctional mobile terminal of the present invention will be described in detail below with reference to the accompanying drawings, embodiments and structural features.
如图 1， 本实用新型分体式多功能移动终端包括主机 1和子机 2， 主机 1包括主 机本体 11， 主机本体 11上设置主机显示屏 12， 主机显示屏 12可以采用触摸屏， 在 主机显示屏 12的下方设置操作按键， 主机本体 11的侧边设置主机接口 13， 主机接口 13包括用于充电的充电接口或者数据传输接口。  As shown in FIG. 1, the split type multi-function mobile terminal includes a host 1 and a slave 2, the host 1 includes a host body 11, a host display 12 is disposed on the host body 11, and the host display 12 can be a touch screen. The operation button is set below, and the side of the main body 11 is provided with a host interface 13, and the host interface 13 includes a charging interface or a data transmission interface for charging.
子机 2包括子机本体 21， 子机本体 21上设置用于显示的子机显示屏 22， 子机本 体 21上位于子机显示屏 22的下方设置播放或者前进、 后退的按键 25。 子机显示屏 22的显示尺寸大于主机的显示屏尺寸， 子机显示屏 22采用触摸屏。 因此， 主机 1与 子机 2连接后， 可以操作子机显示屏 22进而操作主机 1， 主机的用户操作界面输出至 子机显示屏 22显示。  The handset 2 includes a handset body 21, and a handset display 22 for display is provided on the handset unit 21, and a button 25 for playing or advancing and rewinding is disposed below the handset display 22 on the handset body 21. The display size of the handset display 22 is larger than the display size of the host, and the handset display 22 uses a touch screen. Therefore, after the host 1 is connected to the slave 2, the handset display 22 can be operated to operate the host 1, and the user interface of the host is output to the handset display 22 for display.
子机本体 21的下端侧边设置耳机插孔 23、子机数据接口 24和用于控制操作的控 制按键 26， 例如锁定键或者菜单键。 子机 2的侧边还开设用于收纳主机 1的开槽 27， 主机 1***开槽 27可与子机 2连接并传输数据。  The lower end side of the handset body 21 is provided with a headphone jack 23, a slave data interface 24, and a control button 26 for controlling operations, such as a lock button or a menu button. The side of the handset 2 also has a slot 27 for housing the host 1, and the host 1 is inserted into the slot 27 to connect to the slave 2 and transmit data.
如图 2及图 3， 为主机 1和子机 2的结构原理框图。主机 1的主机本体 11内设置 用于进行移动通讯和数据处理的微处理器和各电路模块。与微处理器连接的各电路模 块包括移动通讯模块、主机触摸屏模块、主机音频模块、主机摄像头模块、 GPS模块、 用于数据传输的数据接口以及提供各模块和微处理器工作的主机电源模块。移动通讯 模块包括基带处理器、 射频模块及天线。 根据不同的需要， 在具体实施例中， 移动通 讯模块可以采用 2G制式移动通讯模块， 3G制式移动通讯模块或者其结合。主机还包 括 Wi-Fi模块、 蓝牙模块或者红外线传输模块， 数据接口包括 SD卡模块和 USB接口 模块。与微处理器连接的存储器存储主机 1的操作***和应用程序，在具体实施例中， 微处理器可以采用 ARM处理器或者 XsCale、 Intel处理器等， 处理器包括视频处理模 块， 用于视频数据的编解码处理。 存储器存储操作***及应用程序， 以控制和处理数 据，操作***可以采用 Linux操作***，或者 PALM***、 WINDOWS MOBILE***、 或者 SYMBIAN***、 或者 Android***、 或者 iPhone OS操作***。 因此， 主机 1 安装操作***后， 则可以实现除了移动通讯的功能外， 还可以作为数据处理设备实现 数据处理等操作。 在具体实施例中， 主机 1可以利用现有技术的智能手机作为主机， 所不同的是， 在智能手机的基础上还设置有主机数据及控制接口模块以及适用于与子 机连接的应用程序。 2 and 3 are block diagrams of the structure of the host 1 and the slave 2. A microprocessor and various circuit modules for performing mobile communication and data processing are disposed in the host body 11 of the host 1. Each circuit module connected to the microprocessor includes a mobile communication module, a host touch screen module, a host audio module, a host camera module, a GPS module, a data interface for data transmission, and a host power supply module that provides operation of each module and the microprocessor. Mobile communications The module includes a baseband processor, a radio frequency module, and an antenna. According to different needs, in a specific embodiment, the mobile communication module can adopt a 2G mobile communication module, a 3G mobile communication module, or a combination thereof. The host also includes a Wi-Fi module, a Bluetooth module or an infrared transmission module, and the data interface includes an SD card module and a USB interface module. The memory connected to the microprocessor stores the operating system and application of the host 1. In a specific embodiment, the microprocessor may use an ARM processor or an Xs Ca le, an Intel processor, etc., and the processor includes a video processing module for Codec processing of video data. The memory stores operating systems and applications to control and process data. The operating system can be a Linux operating system, or a PALM system, a WINDOWS MOBILE system, or a SYMBIAN system, or an Android system, or an iPhone OS operating system. Therefore, after the host 1 is installed with the operating system, in addition to the functions of the mobile communication, the data processing device can be implemented as a data processing device. In a specific embodiment, the host 1 can utilize a prior art smart phone as a host, except that a host data and control interface module and an application suitable for connecting to the child machine are also provided on the basis of the smart phone.
主机 1的主机数据及控制接口模块分别与微处理器、 USB接口模块和主机音频模 块连接， 当主机 1与子机 2连接时实现与子机 2的数据传输及通信。  The host data and control interface module of the host 1 are respectively connected to the microprocessor, the USB interface module and the host audio module, and the data transmission and communication with the slave 2 are realized when the host 1 is connected to the slave 2.
子机 2的子机本体 21内设置用于支持子机 2与主机 1连接后的操作的各电路模 块， 包括提供子机显示屏 22 的触摸屏幕驱动及触摸操作的子机触摸屏模块、 子机摄 像头模块、 网络模块、 TV-OUT模块、 VGA模块、 USB接口和子机音频模块及提供 各模块工作的电源模块， 子机 2的上述各电路模块均分别连接至子机数据及控制接口 模块。 本实用新型的子机 2在不连接主机时， 不具有移动通讯功能和数据处理功能也 不具有数据处理功能， 与主机连接后， 可以实现移动通讯的功能和数据处理的功能。 子机 2的网络模块包括网络适配器， 在主机与子机连接后， 可以通过有线网络连接互 联网。  Each circuit module for supporting the operation of the slave unit 2 after being connected to the host unit 1 is provided in the slave body 21 of the slave unit 2, and includes a touch screen driver and a slave unit for providing a touch screen drive and a touch operation of the slave display 22 The camera module, the network module, the TV-OUT module, the VGA module, the USB interface and the sub-machine audio module, and the power module that provides the operation of each module, the above-mentioned circuit modules of the sub-machine 2 are respectively connected to the sub-machine data and the control interface module. When the handset 2 of the present invention is not connected to the host, it does not have a mobile communication function and a data processing function, and does not have a data processing function. After being connected to the host, the function of the mobile communication and the function of data processing can be realized. The network module of the handset 2 includes a network adapter, and after the host is connected to the slave, the network can be connected through a wired network.
子机 2的电源模块用于为子机 2的各模块进行供电， 并且可以在连接主机时， 可 以为主机电源进行充电并提供工作电源。  The power module of the slave 2 is used to supply power to each module of the slave 2, and can be used to charge and supply power to the host when the host is connected.
如图 4a、 图 4b、 图 4c， 为本实用新型的分体式多功能移动终端的第一实施例。 在本实施例中， 子机 2的右侧边开设矩形的开槽 27， 主机 1显示的是背面， 在图 4b 中的主机 1的右侧边， 开设矩形的主机接口槽 15， 主机接口槽 15内设置插板 151， 可参阅图 4b的局部放大图， 插板 151上设置用于与子机 2的子机数据及控制接口模 块连接的主机连接端子 152， 为了增加插接的稳定性和电磁屏蔽效果， 主机接口槽 15 内还可以设置现有技术的金属屏蔽壳体，屏蔽壳体包覆插板 151及主机连接端子 152， 屏蔽壳体上可设置用于扣持稳定的弹片。 当然， 在具体实施例中， 主机接口槽 15还 可以采用其他的实施方式，参阅图 4c，在主机接口槽 15A内设置金属屏蔽壳体 151A, 可参阅图 4c的局部放大图， 金属屏蔽壳体 15内设置插板 152A, 在插班 152A上设置 用于与子机 2的子机数据及控制接口模块连接的主机连接端子 153A, 使得主机连接 端子 153A插板插设于插板上形成行列排列的插针。 4a, 4b, and 4c are the first embodiment of the split type multifunctional mobile terminal of the present invention. In this embodiment, the right side of the handset 2 has a rectangular slot 27, and the host 1 displays the back. In the right side of the host 1 in FIG. 4b, a rectangular host interface slot 15 is opened, and the host interface slot 15 is provided with a plug-in board 151, which may be referred to a partial enlarged view of FIG. 4b. The plug-in board 151 is provided with a host connection terminal 152 for connecting with the slave data of the slave unit 2 and the control interface module, in order to increase the stability of the plug and The electromagnetic shielding effect, the metal mesh shielding shell of the prior art can also be disposed in the host interface slot 15, the shielding shell covering board 151 and the host connecting terminal 152, A stable elastic piece can be provided on the shielding case for holding. Certainly, in the specific embodiment, the host interface slot 15 can also adopt other implementation manners. Referring to FIG. 4c, a metal shielding housing 151A is disposed in the host interface slot 15A. Referring to FIG. 4c, a partial enlarged view, the metal shielding housing 15 is provided with a plug-in board 152A, and a host connection terminal 153A for connecting to the slave data and the control interface module of the slave unit 2 is disposed on the switch 152A, so that the host connection terminal 153A is inserted into the plug-in board to form an array of rows and columns. Pin.
再参阅图 5a、 图 5b、 图 5c， 为本实用新型分体式多功能移动终端的第二实施例。 与第一实施例不同之处主要在于， 在本实施例中， 子机 2C在背部的中部位置开设开 槽 27C, 用于放置主机并与子机实现数据传输通信。 子机 2C的背部设置的矩形的开 槽 27C与主机的尺寸相适配， 以方便主机的配合放置。开槽 27C的下壁内侧凸出设置 子机连接装置 28C, 子机连接装置 28C可以采用现有技术的连接器结构， 包括用于插 拔固定和电磁屏蔽作用的金属外壳、设置与金属外壳内的塑料座以及设置于塑料座上 的子机连接端子。当然，子机连接装置 28C的形状可以根据需要进行外观造型的设计， 子机连接端子也可以根据需要设计其排列方式。 本具体实施例中， 为配合主机的主机 数据及控制接口模块与子机的子机数据及控制模块连接，在图 5b、图 5c中，主机 1C、 ID的主机接口槽 15C、 15D位于主机本体 11C、 11D的下侧壁， 且与子机 2C的子机 连接装置 28C的结构相适配， 以方便插接进而实现数据传输通信。  Referring to FIG. 5a, FIG. 5b and FIG. 5c, a second embodiment of the split type multifunctional mobile terminal of the present invention is shown. The difference from the first embodiment is mainly that, in the present embodiment, the handset 2C opens a slot 27C at the center of the back for placing the host and implementing data transmission communication with the slave. The rectangular slot 27C provided on the back of the handset 2C is adapted to the size of the main unit to facilitate the cooperation of the host. The inner side of the lower wall of the slot 27C is protruded to provide the slave connecting device 28C, and the slave connecting device 28C can adopt the connector structure of the prior art, including the metal casing for inserting and fixing and electromagnetic shielding, and the inside and the metal casing. The plastic seat and the slave connection terminal disposed on the plastic seat. Of course, the shape of the slave connection device 28C can be designed according to the needs of the appearance, and the connection terminals of the slave can also be designed according to the needs. In this embodiment, in order to cooperate with the host data of the host and the control interface module and the slave data and control module of the slave, in FIG. 5b and FIG. 5c, the host interface slots 15C and 15D of the host 1C and the ID are located on the host body. The lower sidewalls of the 11C, 11D are adapted to the structure of the slave connection device 28C of the slave 2C to facilitate plugging and thus data transmission communication.
在图 5d的具体实施例中， 根据主机与子机连接的不同实施情况， 还可以调整主 机 1D的主机接口槽 15D的方向，与图 5c的具体实施例中的主机 1C的不同之处在于， 主机 1D的主机接口槽 15D与主机 1C的主机接口槽 15C的方向相反， 使得主机 1D 的主机接口槽 15D***子机 2C的开槽 27C的子机连接装置 28C后， 主机 1D的主机 显示屏 12D朝向子机的内部， 也就是， 使得主机显示屏 12D的朝向与子机 2C的朝向 一致。 在将主机 1D与子机 2C相组合使用时， 主机 1D的主机显示屏 12D位于子机 2C的背面也不容易受到磨损而损坏。 因此， 当主机 1C与子机 2C连接后， 主机 1C 的主机显示屏 12C与子机 2C的子机显示屏的朝向相反， 朝向子机 2C的背面。 主机 1C的主机显示屏 12C容易受到磨损， 但是， 在图 5c的实施例中， 主机 1C与子机 2C 组合使用后， 主机显示屏 12C也可以作为触摸屏的操作界面进行子机的操作。  In the specific embodiment of FIG. 5d, the direction of the host interface slot 15D of the host 1D may be adjusted according to different implementations of the connection between the host and the slave, which is different from the host 1C in the specific embodiment of FIG. 5c in that The host interface slot 15D of the host 1D is opposite to the host interface slot 15C of the host 1C, so that the host interface slot 15D of the host 1D is inserted into the handset connection device 28C of the slot 27C of the slave 2C, and the host display 12D of the host 1D is displayed. The inside of the child machine is oriented, that is, the orientation of the host display screen 12D is made to coincide with the orientation of the child machine 2C. When the host 1D is used in combination with the slave 2C, the host display 12D of the host 1D is located on the back of the handset 2C and is not easily damaged by wear. Therefore, when the host 1C is connected to the slave 2C, the host display 12C of the host 1C is opposite to the slave display of the slave 2C, toward the back of the slave 2C. The host display screen 12C of the host 1C is susceptible to wear, but in the embodiment of Fig. 5c, after the host 1C is used in combination with the slave 2C, the host display 12C can also operate as a slave interface as an operation interface of the touch screen.
本实用新型的分体式多功能移动终端在操作使用时， 将主机 1 ***子机的开槽 27， 并使得主机的主机数据及控制接口与子机 2C的子机数据及控制接口连接， 进而 实现主机与子机的数据连接及传输。 当主机与子机连接实现数据传输通信后， 主机 1 的微处理器侦测到主机数据及控制接口模块与子机 2的子机数据及控制接口模块连接 的状态， 将主机切换至子机 2与主机 1的连接状态下的操作状态。 When the split type multifunctional mobile terminal of the present invention is used, the host 1 is inserted into the slot 27 of the slave, and the host data and control interface of the host are connected with the slave data and control interface of the slave 2C, thereby realizing Data connection and transmission between the host and the slave. After the host and the slave are connected to realize data transmission communication, the microprocessor of the host 1 detects the host data and the control interface module and the slave data of the slave 2 and the control interface module are connected. In the state, the host is switched to the operating state in the connected state of the slave 2 and the host 1.
主机 1连接至子机 2后， 由主机显示屏 12切换至子机显示屏 22， 主机 1通过主 机数据及控制接口模块接收并处理子机 2的子机显示屏 22的触摸操作并向子机触摸 屏模块传输显示数据由子机显示屏 22显示。  After the host 1 is connected to the slave 2, the host display 12 is switched to the slave display 22, and the host 1 receives and processes the touch operation of the slave display 22 of the handset 2 through the host data and control interface module and to the slave. The touch screen module transmits display data displayed by the handset display 22.
主机 1接收子机的子机摄像头模块、 网络模块、 TV-OUT模块、 VGA模块、 USB 接口和子机音频模块的数据。与子机连接后，主机的移动通讯模块、主机摄像头模块、 GPS模块、 Wi-Fi模块、 蓝牙模块或者红外线传输模块的操作使用可以通过子机的子 机显示屏提供的操作界面操作使用， 主机摄像头模块和子机摄像头模块均可以工作， 例如， 使用主机摄像头时可以摄取子机后面的影像， 而使用子机摄像头时可以摄取子 机前面的影像。 子机还可以设置子机 SD卡读卡接口 29C, 如图 4a所示， 子机 SD卡 读卡接口连接子机数据及控制接口模块， 在子机连接主机时， 通过子机的 SD卡读卡 接口可以*** SD卡进而通过主机的 SD卡模块操作 SD卡的数据。  The host 1 receives the data of the slave camera module, the network module, the TV-OUT module, the VGA module, the USB interface, and the slave audio module of the slave. After being connected to the slave, the operation of the host's mobile communication module, host camera module, GPS module, Wi-Fi module, Bluetooth module or infrared transmission module can be operated through the operation interface provided by the slave's display screen. Both the camera module and the slave camera module can work. For example, when using the host camera, the image behind the handset can be taken, and when the camera is used, the image on the front of the handset can be taken. The slave can also set the slave SD card reader interface 29C, as shown in Figure 4a, the slave SD card reader interface connects the slave data and the control interface module. When the slave is connected to the host, it reads through the SD card of the slave. The card interface can be inserted into the SD card to operate the data of the SD card through the SD card module of the host.
在子机与主机连接后， 主机 1 的音频模块和 USB接口模块分别切换至子机音频 模块和子机的 USB接口并接收子机 2的子机音频模块和子机的 USB接口传输的数据 并进行处理， 子机 2的子机音频模块仅接收外部的声音信号传输给主机或者传输音频 解码后的声音至外部， USB接口连接的外部设备的 USB接口进行数据传输， USB数 据的控制及协议处理均由主机的 USB接口模块完成。 因此， 当主机 1切换至子机 2 操作时， 用户操作子机 2的子机音频模块， 例如， 通过子机音频模块接收外部声音， 通过子机数据及控制接口传输数据和主机数据及控制接口传输给子机的主机音频模 块处理后传输给主机的微处理器， 需要播放音视频频文件， 则通过主机音频模块和视 频模块处理后， 通过主机数据及控制接口模块传输至子机， 通过子机的子机音频模块 输出， 例如通过子机的耳机插孔或者扬声器输出声音， 并通过子机的子机显示屏输出 显示影像。  After the slave is connected to the host, the audio module and the USB interface module of the host 1 are respectively switched to the USB interface of the slave audio module and the slave, and the data transmitted by the slave audio module of the slave 2 and the USB interface of the slave are processed and processed. The slave audio module of the slave 2 only receives the external sound signal and transmits it to the host or transmits the audio decoded sound to the outside, and the USB interface of the external device connected to the USB interface performs data transmission, and the USB data control and protocol processing are performed by The host's USB interface module is completed. Therefore, when the host 1 switches to the slave 2 operation, the user operates the slave audio module of the slave 2, for example, receives external sound through the slave audio module, and transmits data and host data and control interface through the slave data and control interface. The microprocessor transmitted to the slave's host audio module is processed and transmitted to the host's microprocessor. The audio and video frequency files need to be played, and then processed by the host audio module and the video module, and then transmitted to the slave through the host data and control interface module. The output of the sub-machine audio module of the machine, for example, the sound is output through the headphone jack or the speaker of the sub-machine, and the display image is output through the sub-machine display screen of the sub-machine.
在本实用新型的主机连接子机后， 本实用新型的分体式多功能移动终端可以操作 子机显示屏实现网络连接及网页浏览操作， 由于子机显示屏大于主机显示屏， 用户在 子机显示屏上进行触摸操作， 或者可以通过应用程序， 例如使用软键盘的界面在子机 显示屏上操作， 因此， 在子机显示屏上的操作增加用户的操作舒适度， 方便网页浏览 操作或者文档处理的操作。  After the host connector of the utility model is connected, the split type multifunctional mobile terminal of the utility model can operate the display screen of the slave machine to realize network connection and webpage browsing operation, and the user displays in the slave machine because the display screen of the slave machine is larger than the display screen of the host machine. The touch operation is performed on the screen, or can be operated on the display of the child machine through an application, for example, using the interface of the soft keyboard. Therefore, the operation on the display of the child machine increases the user's operation comfort, and facilitates web browsing operation or document processing. Operation.
用户在子机与主机连接时，可以选择主机的 Wi-Fi模块实现因特互联网络的连接， 也可以通过子机的网络模块， 例如 RJ45 网络连接线连接至因特互联网络。 主机与子 机连接后连接因特互联网络时， 用户通过子机显示屏操作本实用新型的分体式多功能 移动终端进行操作， 选择 Wi-Fi网络模块连接上网。 微处理器通过主机数据及控制接 口模块与子机数据及控制接口模块， 接收到子机显示屏的操作病控制 Wi-Fi网络模块 连接网络。 用户通过子机显示屏输入网址， 并通过 Wi-Fi模块访问该网址。 微处理器 对通过网络获取的数据进行处理后通过主机数据及控制接口模块与子机数据及控制 接口模块传给子机显示模块显示或者子机音频模块输出播放声音。 When the child is connected to the host, the user can select the Wi-Fi module of the host to connect to the Internet, or connect to the Internet through the network module of the slave, such as the RJ45 network cable. Host and child When the machine is connected and connected to the Internet, the user operates the split multi-function mobile terminal of the present invention through the display of the slave, and selects the Wi-Fi network module to connect to the Internet. The microprocessor receives the Wi-Fi network module connected to the operating system of the slave display through the host data and control interface module and the slave data and control interface module. The user enters the web address through the handset display and accesses the web address via the Wi-Fi module. The microprocessor processes the data acquired through the network and transmits the data to the slave display module through the host data and control interface module and the slave data and control interface module, or the slave audio module outputs the playback sound.
当然， 当主机与子机断开连接而分离使用时， 本实用新型的主机数据及控制接口 模块和子机数据及控制接口模块断开连接， 操作主机的主机显示屏进行操作， 而子机 的子机显示屏和各模块不能作为独立的设备进行操作使用。  Of course, when the host and the slave are disconnected and used separately, the host data and the control interface module of the present invention are disconnected from the slave data and the control interface module, and the host display screen of the operation host is operated, and the child of the slave is operated. The display and modules cannot be used as stand-alone devices.
综上所述， 本实用新型的分体式多功能移动终端， 将主机与子机分离使用时， 主 机的体积小， 便于携带当作单独的通讯终端使用， 主机可以实现通话、 上网、 拍照、 听音乐、 播放视频、 GPS定位导航， 或者与其它蓝牙设备通信， 连接其它 USB设备 或者外接 SD设备等功能， 也可以启动应用软件（如游戏、 文档处理等）， 作为文档处 理或者通过 Wi-Fi网络模块连接网络进行网页浏览使用，当将主机与子机组合使用时， 主机的微处理侦测到子机与主机的连接状态并切换至子机使用状态， 用户操作子机 2 的子机显示屏即可进行相应的移动通讯和数据处理功能， 由于子机显示屏的尺寸规格 大， 也使得操作子机时方便快捷， 增加使用的舒适度。 因此， 本实用新型的分体式多 功能移动终端兼具有移动通讯终端的便携和小巧的灵活性， 又具有平板电脑操作的方 便性和舒适性， 适于推广应用。  In summary, the split type multi-function mobile terminal of the present invention, when the host and the slave are separated from each other, the host is small in size and convenient to carry as a separate communication terminal, and the host can realize talking, surfing, taking photos, listening. Music, play video, GPS navigation, or communicate with other Bluetooth devices, connect other USB devices or external SD devices, etc., can also launch application software (such as games, document processing, etc.) as document processing or through Wi-Fi network The module is connected to the network for web browsing. When the host is used in combination with the slave, the host's microprocessor detects the connection status between the slave and the host and switches to the slave state. The user operates the slave display of the handset 2. The corresponding mobile communication and data processing functions can be performed. Due to the large size of the display of the handset, the operation of the handset is convenient and quick, and the comfort of use is increased. Therefore, the split type multi-function mobile terminal of the present invention has the portable and compact flexibility of the mobile communication terminal, and has the convenience and comfort of the tablet operation, and is suitable for popularization and application.

Claims

权利要求书 Claim
1、 一种分体式多功能移动终端， 包括主机， 主机包括主机本体和主机显示屏， 主机本体内设置微处理器、移动通讯模块、存储模块、主机音频模块， 主机数据接口、 主机触摸屏模块以及提供前述各模块工作的主机电源模块， 存储模块存储操作***及 应用程序， 其特征在于， 还包括与主机连接使用的子机， 所述子机包括子机本体和子 机显示屏， 子机本体设置子机触摸屏模块、 子机音频模块、 子机数据接口、 网络模块 以及提供子机各模块工作的子机电源模块；  1. A split type multifunctional mobile terminal, comprising a host, the host comprises a host body and a host display screen, and the host body is provided with a microprocessor, a mobile communication module, a storage module, a host audio module, a host data interface, a host touch screen module, and Providing a host power module for working in the foregoing modules, the storage module storing an operating system and an application, and further comprising: a slave connected to the host, the slave includes a slave body and a slave display, and the slave body is configured The slave touch screen module, the slave audio module, the slave data interface, the network module, and the slave power module that provides the working of each module of the slave;
所述的主机还包括设置于主机本体内的主机数据及控制接口模块， 所述的主机数 据及控制接口模块分别连接微处理器、 主机音频模块和主机数据接口， 所述子机显示 屏尺寸大于主机显示屏， 所述的子机本体开设开槽， 所述的子机数据及控制接口模块 分别与子机触摸屏模块、 子机音频模块、 子机数据接口以及网络模块连接， 所述主机 ***子机的开槽内， 所述的子机数据及控制接口模块与主机数据及控制接口模块， 所 述主机的微处理器侦测主机与子机的连接状态并切换主机的微处理器以接收和处理 子机数据及控制接口模块传输的数据。  The host further includes a host data and a control interface module disposed in the host body, wherein the host data and the control interface module are respectively connected to the microprocessor, the host audio module, and the host data interface, and the display size of the slave device is greater than a host display, the slave body is slotted, and the slave data and control interface module is respectively connected to the slave touch screen module, the slave audio module, the slave data interface, and the network module, where the host insert In the slot of the machine, the slave data and control interface module and the host data and control interface module, the microprocessor of the host detects the connection state of the host and the slave and switches the microprocessor of the host to receive and Processing the data of the slave and the data transmitted by the control interface module.
2、 如权利要求 1所述的分体式多功能移动终端， 其特征在于， 所述的主机本体上 设置主机接口槽， 主机接口槽内设置插板， 插板上设置与主机连接端子， 所述的主机 连接端子连接主机数据及接口模块。  The split type multifunctional mobile terminal according to claim 1, wherein the host body is provided with a host interface slot, the host interface slot is provided with a plug-in board, and the plug-in board is provided with a host connection terminal, The host connection terminal is connected to the host data and the interface module.
3、 如权利要求 2所述的分体式多功能移动终端， 其特征在于， 所述子机本体开设 用于容纳主机的开槽， 所述开槽内设置连接子机数据及接口模块的子机连接端子。  The split type multifunctional mobile terminal according to claim 2, wherein the slave body is provided with a slot for accommodating the host, and the slave is configured to connect the slave data and the interface module Connection terminal.
4、 如权利要求 3所述的分体式多功能移动终端， 其特征在于， 主机接口槽位于主 机本体的侧边， 所述子机的开槽位于子机的侧边， 所述的主机***子机的开槽内， 所 述主机连接端子与所述子机连接端子连接。  The split type multifunctional mobile terminal according to claim 3, wherein the host interface slot is located at a side of the host body, the slot of the slave device is located at a side of the slave, and the host insert is In the slot of the machine, the host connection terminal is connected to the slave connection terminal.
5、 如权利要求 4所述的分体式多功能移动终端， 其特征在于， 所述主机接口槽内 设置金属屏蔽壳体， 所述金属屏蔽壳体内设置插板， 所述的主机连接端子插板插设于 插板上形成行列排列的插针。  The split type multi-function mobile terminal according to claim 4, wherein a metal shield case is disposed in the host interface slot, a plug-in board is disposed in the metal shield case, and the host connection terminal board is inserted Inserted into the board to form pins arranged in rows and columns.
6、 如权利要求 3所述的分体式多功能移动终端， 其特征在于， 所述主机接口槽位 于主机的下侧壁， 所述子机的开槽位于在子机本体背部的中部位置。  The split type multi-function mobile terminal according to claim 3, wherein the host interface slot is located on a lower side wall of the host, and the slot of the slave unit is located at a middle position on the back of the slave body.
7、 如权利要求 6所述的分体式多功能移动终端， 其特征在于， 所述子机的开槽的 下壁内侧凸出设置子机连接装置， 所述子机连接装置内设置所述的子机连接端子。  The split type multi-function mobile terminal according to claim 6, wherein the slotted lower wall of the slave unit is convexly disposed to provide a slave connection device, and the slave device is provided with the Slave connection terminal.
8、 如权利要求 7所述的分体式多功能移动终端， 其特征在于， 所述主机接口槽位 于主机本体的下侧壁， 且与所述子机连接装置的形状结构相适配。 The split type multifunctional mobile terminal according to claim 7, wherein the host interface slot The lower sidewall of the main body is adapted to the shape and structure of the sub-connecting device.
9、如权利要求 1-8任一权利要求所述的分体式多功能移动终端， 其特征在于， 所 述的子机还包括连接子机数据及控制接口模块的子机摄像头模块、 TV-0UT模块和 VGA 模块， 所述网络模块包括网络适配器， 所述的主机还包括分别连接微处理器的 GPS模 块、 WIFI模块、 蓝牙模块、 SD模块和主机摄像头模块。  The split type multifunctional mobile terminal according to any one of claims 1-8, wherein the slave machine further comprises a slave camera module that connects the slave data and the control interface module, and the TV-0UT The module and the VGA module, the network module includes a network adapter, and the host further includes a GPS module, a WIFI module, a Bluetooth module, an SD module, and a host camera module respectively connected to the microprocessor.
10、 如权利要求 1-8任一权利要求所述的分体式多功能移动终端， 其特征在于， 所述子机数据接口包括 USB接口， 所述主机数据接口包括 USB接口模块。  The split type multifunctional mobile terminal according to any one of claims 1 to 8, wherein the slave data interface comprises a USB interface, and the host data interface comprises a USB interface module.
PCT/CN2011/078340 2010-09-10 2011-08-12 Split multifunctional mobile terminal WO2012031519A1 (en)

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