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WO2010148971A1 - Method, system and external connected card for extending functions of mobile terminal - Google Patents

Method, system and external connected card for extending functions of mobile terminal Download PDF

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Publication number
WO2010148971A1
WO2010148971A1 PCT/CN2010/073902 CN2010073902W WO2010148971A1 WO 2010148971 A1 WO2010148971 A1 WO 2010148971A1 CN 2010073902 W CN2010073902 W CN 2010073902W WO 2010148971 A1 WO2010148971 A1 WO 2010148971A1
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WO
WIPO (PCT)
Prior art keywords
terminal
external
function
function module
interface
Prior art date
Legal status (The legal status 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 status listed.)
Ceased
Application number
PCT/CN2010/073902
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French (fr)
Chinese (zh)
Inventor
赵清毅
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ZTE Corp
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ZTE Corp
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Publication of WO2010148971A1 publication Critical patent/WO2010148971A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
    • G06F13/38—Information transfer, e.g. on bus
    • G06F13/382—Information transfer, e.g. on bus using universal interface adapter
    • G06F13/385—Information transfer, e.g. on bus using universal interface adapter for adaptation of a particular data processing system to different peripheral devices
    • 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
    • H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
    • 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
    • H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
    • H04M1/7246—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions by connection of exchangeable housing parts
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

Definitions

  • the terminal has been watching for many years, and the function has not been more and more, with the handwriting, it has now reached the smart hand. Looking at the improvement of the intelligent ability, the requirements of the handwriting are diversified, and the functions of the big screen, the handwriting, and the W are gradually being configured in the same mainstream. The thickness and miniaturization of the user's handwriting are also in high demand, but there are more contradictions. The function of the solid is also increased, and the ability to use the handwriting is the same as that of the big one. The ability to be intelligent, in the case of no shortage, the higher the integration, the greater the rest, the disadvantage of miniaturization and ultra-thin phase.
  • the main purpose of this is to provide a method, system and external connection for the terminal function, and the same in the terminal, to meet the needs of the customer's handwriting function.
  • this wood scheme is Method, method for providing terminal function
  • the function on the terminal the function module, according to S O, the terminal function module uses the S O interface to interact.
  • the function module S O interface of the terminal function module is connected to the terminal identity ( ) information, and the terminal does not output the function module according to the S O S O interface information.
  • the S0 interface of the external terminal is connected in a good manner, and the indication on the external card is connected.
  • the terminal functions provided by the system, the terminal, and the external terminal,
  • the terminal in the S O interface, has an external plug-in, and does not have an external function module, its own phase function, in the user's function, the function module program, according to the S O external connection
  • the external external solid function module is
  • the terminal does not receive the information received by the rest terminal of the external function module, and the external function module is not provided.
  • the external card needs to communicate with each other, and the external solid is close to receiving and information.
  • the function module steps on the received meta information and meta information.
  • the function module on the S O interface's own information terminal, interacts according to the S O terminal.
  • the external connection is the same as the communication
  • the function module steps on the received meta information and meta information.
  • the method, system and external connection of the terminal function are provided, and the function module supporting the S is externally integrated in the external connection, and the S interface of the external plug-in terminal and the terminal SO interface function module are arranged according to the phase of the function module.
  • the function of the function on the terminal, the program of the function module, the number interaction of the function of the SO interface function module, and the terminal function according to the present, the external solidification of the function module is integrated on the external card, and the layout surface of the terminal , to reduce the consumption and so that the terminal can be miniaturized and can circumvent the policy, the function can not be equipped with the external connection, and the external connection is beneficial to the hardware.
  • the basic idea of this is to integrate the function module supporting the S interface into the S interface of the external terminal in the external connection, the function of the terminal function module according to the function of the phase of the function module, and the function mode.
  • the group of programs, according to SO, the terminal function module utilizes the number interaction of the SO interface function, the terminal function.
  • the function module includes a module, a C B module, a GPS module, and the like.
  • Step 101 Integrating the function module supporting the S O interface into the external connection
  • the functional module supporting the SO interface and its external solid are integrated in the external connection, wherein the external solid function module provides the module, the receiving and information days, the source O, and the indication SO interface. Whether the connection is good or not, etc.
  • the slot of the terminal S O interface is connected, the slot phase, the gold finger also has the 6 S O of the forest, and the module of 8
  • the slot of the terminal S O interface used by the module is a T-slot.
  • Step 102 external plug-in terminal, terminal S O interface function module, self-phase function
  • the terminal can be a mode SO interface.
  • the information w module information, or C B module information, or GPS module information described in this step is the information w module information, or C B module information, or GPS module information described in this step.
  • Step 103 function of the function module on the terminal
  • terminal function module uses S O interface to interact
  • the terminal function is provided, 2 is shown, the terminal 21, the external connection 22
  • the external terminal 22 is connected to the integrated function module and the external solid state thereof, and the SO interface of the terminal 21 is connected to the information terminal 21 of the SO interface itself. Number interaction of S terminal 21 functions
  • the external 22 external fixing and function module 221 wherein the external fixing body provides the working and frequency to the function module 221
  • Indication 224 whether the external terminal 22 is connected well, by the S O interface, the connection is good, otherwise there is no connection.
  • the external connection 22 needs to communicate with each other.
  • the function module 221 steps to the meta information and meta information received at 225.
  • the terminal 31 in the mode S O interface, in the external 32-bit plug-in, the received information w module information, the external 32 w module, its own function, in the function,
  • the terminal 31 has an SO interface, 4, and the slot force T of its SO interface External 32, in the integrated function module and its external solid, the S interface of the terminal 31 is connected, its own information, receiving and information, and information, interacting according to the SO terminal 31
  • Steps the T socket of the external 32 gold finger terminal 31 is connected, near O 322, the module 323 w module 321 , 324 , the indication 325 , shown in the layout 5 of the external 32 , wherein, O
  • the external connection of the terminal function is provided, and the external connection has a terminal S O interface, and the external solid-state function module 61
  • the function module 61 is connected to the information terminal of the S O interface according to the S O terminal
  • Module 63 providing frequency in function module 61
  • the external connection is the same as the communication, and the external fixation step is close to 65, for receiving and information.
  • the function module 61 steps 65 to receive the meta information and the meta information.

Landscapes

  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Telephone Function (AREA)

Abstract

A method for extending functions of a mobile terminal is provided. The method includes: integrating the extended function module that supporting Secure Digital Input Output (SDIO) interface and the peripheral modules thereof into an external connected card (101); connecting the external connected card and the SDIO interface of the mobile terminal, then detecting the type of the extended function module by the mobile terminal, activating the corresponding extended function according to the type of the extended function module (102); after the corresponding function is started up on the mobile terminal, loading the driver of the extended function module, the mobile terminal and the extended function module could exchange data through the SDIO interface(103). A system and an external connected card for extending functions of a mobile terminal are also provided at the same time. In the light of this scheme, it can save the layout area of the mobile terminal mainboard, decrease the standby power consumption of the complete machine and the power off leakage current, and it is easy to miniaturize the mobile terminal; at the same time it can elude policy risk.

Description

終端功能 的方法、 統及外接 木領域  Terminal function method, system and external wood field

本 涉及 終端功能 木， 尤其涉及 終端功能 的方法、 統及外接 。 背景 木  This is related to the terminal function wood, especially the method, system and external connection of the terminal function. Background

終端 看多年的 ， 功能越未越 ， 以手札 ， 今已 到智能手札什 。 看智能 能力的提高， 們 手札的要求 多元化， 大屏幕、手札 、 W 同等功能漸漸 力配置主流 同 ， 用戶 手札的厚度、 小型化也有了較高的需求， 但 就出現了矛盾 越多， 外固的功能 也 增多， 占用手札 同就 大 同 的， 智 能 的 能力， 在 不吏的情況下， 集成 越高， 休 越大， 小型化、 超薄相 的不利。 目前主要有 方案 ， 是提高集 成 ， 引 更小的晶圓 另 就是 不同客戶 ， 外固的功 能 ， 將不 于此客戶 的功能去掉以 布局面 。 第 神方案將 未成本的增 ， 且增 了 第二 方案的 就是 功能的減少， 使得各 手札功能的 化不明 ， 以 新功能 引客 戶， 且不能滿足客戶 手札功能的需求。 內容  The terminal has been watching for many years, and the function has not been more and more, with the handwriting, it has now reached the smart hand. Looking at the improvement of the intelligent ability, the requirements of the handwriting are diversified, and the functions of the big screen, the handwriting, and the W are gradually being configured in the same mainstream. The thickness and miniaturization of the user's handwriting are also in high demand, but there are more contradictions. The function of the solid is also increased, and the ability to use the handwriting is the same as that of the big one. The ability to be intelligent, in the case of no shortage, the higher the integration, the greater the rest, the disadvantage of miniaturization and ultra-thin phase. At present, there are mainly solutions, which are to improve the integration, to introduce smaller wafers, and to different customers and external solid functions, and to remove the functions of the customers from the layout. The first plan of the gods will increase without the cost, and the second plan is to reduce the function, so that the function of each handwriting is unknown, and the new function attracts customers, and can not meet the needs of the customer's hand function. Content

有 于此， 本 的主要目的在于提供 終端功能 的方法、 統及外接 ， 在 終端內部 同的同 ， 滿足客戶 手札功能的 需求。  In view of this, the main purpose of this is to provide a method, system and external connection for the terminal function, and the same in the terminal, to meet the needs of the customer's handwriting function.

到上述目的， 本 的 木方案是 的 本 提供的 終端功能 的方法， 方法 To the above purpose, this wood scheme is Method, method for providing terminal function

將支持安全數字 / ( )接口的 功能模組 外固 集成在 介外接 中  Integrate the function module supporting the secure digital / ( ) interface into the external connection

將外接 終端的S 接口連接 ， 終端 功能模組 的 ， 按照 功能模組的 相 的 功能  Connect the S interface of the external terminal to the terminal function module according to the function of the function module

在 終端上 的功能 ， 功能模組的 程序， 按 照S O ， 終端 功能模組利用 S O接口 交互。  The function on the terminal, the function module, according to S O, the terminal function module uses the S O interface to interact.

上述 中， 所述 終端 功能模組的 休 外接 中的 功能模組 S O接口向 終端 身份 ( )信息， 終端按照 S O S O接口 信息 別出 功能模組的 。  In the above, the function module S O interface of the terminal function module is connected to the terminal identity ( ) information, and the terminal does not output the function module according to the S O S O interface information.

上述 中， 所述將外接 終端的 S O接口連接 步 在接 良好 ， 外接卡上的 指示 。  In the above, the S0 interface of the external terminal is connected in a good manner, and the indication on the external card is connected.

本 提供的 終端功能 的 統， 統 終端、 外接 其中，  The terminal functions provided by the system, the terminal, and the external terminal,

終端， 于 S O接口， 在有外接 插 ， 別出外接 中 功能模組的 ， 自身相 的 功能， 在用戶 的 功能 ， 功能模組的 程序，按照S O 外接  The terminal, in the S O interface, has an external plug-in, and does not have an external function module, its own phase function, in the user's function, the function module program, according to the S O external connection

交互  Interaction

外接 ， 于集成 功能模組及外固 ， 終端的 S O接口 連接， 按照S O 終端 交互。  Externally connected to the integrated function module and the external solid-state and terminal S O interfaces, and interact according to the S O terminal.

上述 中， 所述外接 步 外固 、 功能模組 其 中，  In the above, the external external solid function module is

外固 ， 于向 功能模組提供工作 及 頻率  Externally fixed to provide work and frequency to functional modules

功能模組， 于 S O接口 自身的 信息 終端， 按照S 終端 交互 Function module, in the information terminal of the SO interface itself, Follow the S terminal interaction

所述 終端 別出外接 中 功能模組的 休 終端 接收到的 信息， 別出外接 中 功能模組的 。  The terminal does not receive the information received by the rest terminal of the external function module, and the external function module is not provided.

上述 中， 所述外固 步 、 模組 、 指示 其中，  In the above, the outer step, the module, the indication,

， 于 終端的 S O接口的 ， 向 功能模組提供工作  , at the S O interface of the terminal, providing work to the function module

， 于 功能模組提供 頻率  , providing frequency in the function module

指示 ， 于在外接 終端連接良好 ， 由 S O接口的 。  Instructions, in the connection of the external terminal is good, by the S O interface.

上述 中， 外接卡在需要 同 通信 ， 所述外固 步 近 ， 于接收和 信息  In the above, the external card needs to communicate with each other, and the external solid is close to receiving and information.

所述 功能模組 步 于 接收的元 信息和 的元 信息 。  The function module steps on the received meta information and meta information.

本 提供的 終端功能 的外接 ， 外接  External connection of the terminal function provided by this, external

外固 、 功能模組 其中， External solid, functional module

外固 ， 于向 功能模組提供工作 及 頻率  Externally fixed to provide work and frequency to functional modules

功能模組， 于 S O接口 自身的 信息 終端， 按照S O 終端 交互。  The function module, on the S O interface's own information terminal, interacts according to the S O terminal.

上述 中， 所述外固 步 O 、 模組 、 指示 ， 其中， In the above, the outer solid step O, the module, the indication, wherein,

O ， 于 終端的 S O接口的 ， 向 功能模組提供工作  O, at the S O interface of the terminal, providing work to the function module

， 于 功能模組提供 頻率  , providing frequency in the function module

指示 ， 于在外接 終端連接良好 ， 由 S O接口的 。 Indication, in the connection of the external terminal is good, by the SO interface .

上述 中， 所述外接 同 通信 ， 外  In the above, the external connection is the same as the communication

近 ， 于接收和 信息 Near , receiving and information

所述 功能模組 步 于 接收的元 信息和 的元 信息 。  The function module steps on the received meta information and meta information.

本 提供了 終端功能 的方法、 統及外接 ， 將支持 S 的 功能模組 外固 集成在 介外接 中，將外接 插 終端的S 接口 ， 終端 S O接口 功能模組的 ， 按照 功能模組的 相 的 功能 在 終端上 的 功能 ， 功能模組的 程序，利用 S O接口 功能模組 功能的數 交互， 而 終端功能的 按照本 的 ， 將 功能模組的外固 集成在外接卡上， 了 終端 的 布局面 ， 降低 耗以及 ， 使 終端 小型化 同 可以規避政策凡 ， 于 的功能在沒有 的地 可以不配各外 接 此外， 外接 各， 有利于 硬件的升 。 說明 The method, system and external connection of the terminal function are provided, and the function module supporting the S is externally integrated in the external connection, and the S interface of the external plug-in terminal and the terminal SO interface function module are arranged according to the phase of the function module. The function of the function on the terminal, the program of the function module, the number interaction of the function of the SO interface function module, and the terminal function according to the present, the external solidification of the function module is integrated on the external card, and the layout surface of the terminal , to reduce the consumption and so that the terminal can be miniaturized and can circumvent the policy, the function can not be equipped with the external connection, and the external connection is beneficial to the hardware. Description

1力本 終端功能 的方法的流程示意 The flow chart of the method of the terminal function

2力本 終端功能 的 統的 示意 2, the function of the terminal function

3力本 終端 功能 的 統的 示意 3 The function of the terminal function

4 現有 終端T 插槽位置的 4 existing terminal T slot position

5力本 終端 功能 的 統的外接 的內部布局 休 方式 5 external external layout of the terminal function Hugh way

本 的基本思想是 將支持S 接口的 功能模組 外固 集成在 介外接 中 將外接 終端的S 接口連接 ， 終端 功能模組的 ， 按照 功能模組的 相 的 功能 在 終端上 的功能 ， 功能模組的 程序， 按照 S O ， 終端 功能模組利用 S O接口 功能的數 交互， 終端功能的 。  The basic idea of this is to integrate the function module supporting the S interface into the S interface of the external terminal in the external connection, the function of the terminal function module according to the function of the phase of the function module, and the function mode. The group of programs, according to SO, the terminal function module utilizes the number interaction of the SO interface function, the terminal function.

所述 功能模組包括 模組、 C B模組、 GPS模組等。  The function module includes a module, a C B module, a GPS module, and the like.

下面 因及 休 本 步的 細說明。  The following is a detailed explanation of the steps taken.

本 終端功能 的方法， 1 所示， 方法 以下 步驟  The method of this terminal function, 1 shows the method below

步驟101 將支持S O接口的 功能模組 外固 集成在 介 外接 中  Step 101: Integrating the function module supporting the S O interface into the external connection

休的，將支持S O接口的 功能模組及其外固 集成在 介外 接中， 其中， 所述外固 功能模組提供 的模組 、 接收和 信息的天 、 提供 源的 O 、 及指示 S O 接口連接是否良好的 指示 等外固 此外接 用金手指  Hugh, the functional module supporting the SO interface and its external solid are integrated in the external connection, wherein the external solid function module provides the module, the receiving and information days, the source O, and the indication SO interface. Whether the connection is good or not, etc.

終端S O接口的插槽相連接， 插槽相 ， 金手指 上也具有 林 的6 S O， 及 和 8 所述模組  The slot of the terminal S O interface is connected, the slot phase, the gold finger also has the 6 S O of the forest, and the module of 8

模組使用的 所述 終端S O接口的插槽 般 T 插槽。  The slot of the terminal S O interface used by the module is a T-slot.

步驟102 將外接 插 終端 ， 終端 S O接口 功能模組的 ， 自身相 的 功能  Step 102: external plug-in terminal, terminal S O interface function module, self-phase function

休的 將外接 插 終端 在連接良好 終端的S O 接口的 將 外接卡上的 指示 ， 外接 中的 功能模組 S 接口向 終端 信息， 終端按照S O S O接 口 信息是否 存儲 信息， 果不是，則 功能模組， 信息 別出 功能模組的 ， 終端操作 統中相 的 功能， 功能按鍵 可按下等 果是， 則按照現有 木 中的存儲 ， 本 流程。 終端可以 方式 S O 接口。 The indication of the external plug-in terminal on the external card of the SO interface connected to the good terminal, the function module in the external connection S interface to terminal information, whether the terminal stores information according to SOSO interface information, if not, function module, information output function module, terminal operation system phase function, function button can be pressed, etc., according to Existing wood storage, this process. The terminal can be a mode SO interface.

本步驟中所述的 信息 w 模組信息、或C B模組信息、或GPS 模組信息等。  The information w module information, or C B module information, or GPS module information described in this step.

步驟103 在 終端上 功能模組 的功能 ，  Step 103: function of the function module on the terminal,

模組的 程序， 按照SDO ， 終端 功能模組利用 S O 接口 交互  Module program, according to SDO, terminal function module uses S O interface to interact

休的， 用戶在 終端上 功能模組 的功能， 終端 功能模組的 程序，按照S O ， 終端 功能模組 利用 S O接口 功能的數 交互 功能模組需要 同 通信 ， 功能模組 接收和 信息 信息  Hugh, the function of the user on the terminal, the function of the terminal function module, according to the S O, the terminal function module, the number of interactive functions using the S O interface function, the communication module, the function module receiving and information information

， 比 、 或 等， 終端功能的 。  , than , , or , etc., terminal function.

上述方法， 本 提供了 終端功能 的 統， 2 所示， 統 終端21、 外接 22 其中，  In the above method, the terminal function is provided, 2 is shown, the terminal 21, the external connection 22

終端 21， 于以 方式 S O接口， 在 到有不力 的外接 22插 ， 接收到的 信息， 別出外接 22中 功能模組的 ， 自身相 的 功能， 在用戶 的 功能 ， 功能模組的 程序， 按照S O 外接 22  The terminal 21, in the way of the SO interface, in the presence of a weak external 22, the received information, the function of the external module in the external 22, the function of the user, the function of the user, the function of the module, according to SO external 22

功能的數 交互 Number of functions

外接 22， 于集成 功能模組及其外固 ， 終端 21 的S O接口連接， 通 S O接口 自身的 信息 終端21， 按照 S 終端21 功能的數 交互 The external terminal 22 is connected to the integrated function module and the external solid state thereof, and the SO interface of the terminal 21 is connected to the information terminal 21 of the SO interface itself. Number interaction of S terminal 21 functions

步的， 所述外接 22 外固 、 功能模組221， 其中， 外固 ， 于向 功能模組221提供工作 及 頻率  In the step, the external 22 external fixing and function module 221, wherein the external fixing body provides the working and frequency to the function module 221

功能模組221， 于 S O接口 自身的 信息 21， 按照S O 終端21 功能的數 交互  The function module 221, the information of the S O interface itself 21, according to the number of functions of the S O terminal 21

所述外固 步 O 222、模組 223、 指 示 224 其中， The outer step O 222, the module 223, and the indicator 224

O 222， 于 終端21的S O接口的 ， 向 功能模組221提供工作  O 222, at the S O interface of the terminal 21, provides work to the function module 221

模組 223， 于 功能模組221提供 頻率  Module 223, providing frequency in function module 221

指示 224， 于 外接 22 終端21是否連接良好， 由 S O接口的 ， 連接良好 不 則 沒有連接好  Indication 224, whether the external terminal 22 is connected well, by the S O interface, the connection is good, otherwise there is no connection.

所述外接 22在需要 同 通信 ， 外固 步近  The external connection 22 needs to communicate with each other.

225， 于接收和 信息 225, for receiving and information

所述 功能模組 221 步 于 225接收的元 信息和 的元 信息 。  The function module 221 steps to the meta information and meta information received at 225.

下面 休 本 的 再做 步的 描述。  Let's take a look at the steps below.

本 終端w 功能 的 統， 3所示， 統 終端31、 外接 32 其中，  The function of the terminal w function, shown in 3, the terminal 31, the external connection 32

終端 31， 于以 方式 S O接口， 在 到有不力存 儲 的外接 32插 ， 接收到的 信息 w 模組信息， 別出 外接 32中 w 模組， 自身的 功能， 在 功能 ，  The terminal 31, in the mode S O interface, in the external 32-bit plug-in, the received information w module information, the external 32 w module, its own function, in the function,

模組的 程序， 按照S O 模組 交互  Module program, interacting according to S O module

所述 終端 31具有S O接口， 4所示， 其S O接口的插槽 力T 外接 32， 于集成 功能模組及其外固 ， 終端 31 的 S 接口連接， 自身的 信息， 接收和 信息、 及 信 息 ， 按照S O 終端31 交互 The terminal 31 has an SO interface, 4, and the slot force T of its SO interface External 32, in the integrated function module and its external solid, the S interface of the terminal 31 is connected, its own information, receiving and information, and information, interacting according to the SO terminal 31

步的， 所述外接 32 金手指 終端 31的 T 插槽 相連接， 近 O 322、 模組 323 w 模組321、 324、 指示 325， 在外接 32中的布局 5所示， 其中， O Steps, the T socket of the external 32 gold finger terminal 31 is connected, near O 322, the module 323 w module 321 , 324 , the indication 325 , shown in the layout 5 of the external 32 , wherein, O

322、 模組 323、 324、 指示 325 w 模組321的 外固  322, module 323, 324, indicating 325 w module 321 external solid

模組321， 于 S O接口 自身的 信息 終端31, 及 324接收的元 信息和 的元 信息 ， 按照S O 終端31 交互 The module 321, the meta information and the meta information received by the information terminal 31 of the S O interface and the 324, interact with the S O terminal 31.

O 322， 于 終端31的S O接口的 ， 向w 模組321提供工作  O 322, at the S O interface of the terminal 31, provides work to the w module 321

模組 323， 于 w 模組321提供 頻率 Module 323, providing frequency in w module 321

324， 于接收和 信息  324, for receiving and information

指示 325， 于在外接 32 終端31連接良好 ，由 S O 接口的 。  Indication 325, in the external 32 terminal 31 connected well, by the S O interface.

于上述 ， 本 近提供了 終端功能 的外接 ， 6所示， 外接 具有 終端S O接口連接的 ， 近 外 固 、 功能模組61 其中，  In the above, the external connection of the terminal function is provided, and the external connection has a terminal S O interface, and the external solid-state function module 61

外固 ， 于向 功能模組61提供工作 及 頻率  Externally fixed, providing work and frequency to the functional module 61

功能模組61， 于 S O接口 自身的 信息 終端， 按照S O 終端 交互  The function module 61 is connected to the information terminal of the S O interface according to the S O terminal

所述外固 步 O 62、模組 63、 指示 64， 其中， 62， 于 終端的S 接口的 ， 向 功能模組61提供工作 The outer step O 62, the module 63, the indication 64, wherein 62, at the S interface of the terminal, providing work to the function module 61

模組 63， 于 功能模組61提供 頻率  Module 63, providing frequency in function module 61

指示 64， 于在外接 終端連接良好 ， 由 S O接口¥  Indication 64, in the connection of the external terminal is good, by the S O interface ¥

所述外接 同 通信 ，外固 步近 65, 于接收和 信息  The external connection is the same as the communication, and the external fixation step is close to 65, for receiving and information.

所述 功能模組 61 步 于 65接收的元 信息和 的元 信息 。  The function module 61 steps 65 to receive the meta information and the meta information.

以上所述， 力本 的較佳 而已， 非 于限定本 的 固， 凡在本 的精神和原則 內所作的任何修 、 等同替換和 等， 包含在本 的休 固 內。  In the above, the best of the present invention is not limited to the definition of the present invention. Any repairs, equivalent substitutions, etc. made within the spirit and principles of this article are included in this rest.

Claims

要求 Claim 1、 終端功能 的方法， 其特 在于， 方法  1. A method of terminal function, which is characterized by 將支持安全數字 / (S O)接口的 功能模組 外固 集成在 介外接 中  Integrate the function module supporting the secure digital / (S O) interface into the external connection 將外接 終端的S O接口連接 ， 終端 功能模組 的 ， 按照 功能模組的 相 的 功能  Connect the S O interface of the external terminal to the terminal function module according to the phase function of the function module 在 終端上 的功能 ， 功能模組的 程序， 按 照S O ， 終端 功能模組利用 S O接口 交互。  The function on the terminal, the function module, according to S O, the terminal function module uses the S O interface to interact. 2、 要求1所述的方法， 其特 在于， 所述 終端  2. The method of claim 1, wherein the terminal 功能 的 休 外接 中的 功能模組 S O接口向 終 端 身份 ( )信息， 終端按照S O S O接口 信息 別出 功能模組的 。 In the function of the external connection, the function module S O interface to the terminal identity ( ) information, the terminal according to the S O S O interface information to the function module. 3、 要求1所述的方法， 其特 在于， 所述將外接 終 端的 S O接口連接 步 在接 良好 ，外接卡上的 指示 。  3. The method of claim 1, wherein the S0 interface of the external terminal is connected to the indication of the good external card. 4、 終端功能 的 統， 其特 在于， 統 終 端、 外接 其中，  4, the terminal function system, its special feature, the terminal, external, 終端， 于 S O接口， 在有外接 插 ， 別出外接 中 功能模組的 ， 自身相 的 功能， 在用戶 的 功能 ， 功能模組的 程序，按照S O 外接  The terminal, in the S O interface, has an external plug-in, and does not have an external function module, its own phase function, in the user's function, the function module program, according to the S O external connection 交互  Interaction 外接 ， 于集成 功能模組及外固 ， 終端的S O接口 連接， 按照S O 終端 交互。  Externally connected to the integrated function module and the external solid, terminal S O interface, according to the S O terminal interaction. 5、 要求4所述的 統， 其特 在于， 所述外接 外固 、 功能模組 其中， 外固 ， 于向 功能模組提供工作 及 頻率 功能模組， 于 S 接口 自身的 信息 終端， 按照S O 終端 交互 5. The system described in claim 4, wherein the external external solid and functional modules are External solid, providing working and frequency function modules to the function module, and interacting with the SO terminal according to the information terminal of the S interface itself 所述 終端 別出外接 中 功能模組的 休 終端 接收到的 信息， 別出外接 中 功能模組的 。  The terminal does not receive the information received by the rest terminal of the external function module, and the external function module is not provided. 6、 要求5所述的 統， 其特 在于， 所述外固 步 O 、 模組 、 指示 其中， 6. The system of claim 5, wherein the outer step O, the module, and the indication are, O ， 于 終端的 S O接口的 ， 向 功能模組提供工作  O, at the S O interface of the terminal, providing work to the function module 模組 ， 于 功能模組提供 頻率  Module, providing frequency in the function module 指示 ， 于在外接 終端連接良好 ， 由 S O接口的 。  Instructions, in the connection of the external terminal is good, by the S O interface. 7、 要求5所述的 統， 其特 在于， 外接卡在需要 同 通信 ， 所述外固 步近 ， 于接收和 信息 所述 功能模組， 步 于 接收的元 信息和 的元 信息 。  7. The system of claim 5, wherein the external card is in communication with the external device, and the function module is received and information, and the meta information and the meta information are received. 8、 終端功能 的外接 ，其特 在于， 外接 外固 、 功能模組 其中，  8. The external connection of the terminal function, which is characterized by external external solid and functional modules. 外固 ， 于向 功能模組提供工作 及 頻率  Externally fixed to provide work and frequency to functional modules 功能模組， 于 S O接口 自身的 信息 終端， 按照S O 終端 交互。  The function module, on the S O interface's own information terminal, interacts according to the S O terminal. 9、 要求8所述的外接 ， 其特 在于， 所述外固 步 O 、 、 指示 ， 其中， 9. The external connection of claim 8, wherein the outer step O, and the indication, wherein, O ， 于 終端的 S O接口的 ， 向 功能模組提供工作 模組 ， 于 功能模組提供 頻率 O, in the SO interface of the terminal, provides work to the function module Module, providing frequency to the function module 指示 ， 于在外接 終端連接良好 ， 由 S O接口的 。  Instructions, in the connection of the external terminal is good, by the S O interface. 10、 要求 9所述的外接 ， 其特 在于， 所述外接  10. The external connection of claim 9, wherein the external connection 同 通信 ， 外固 步近包括 ， 于接收和 信 息  With communication, external solid steps include, for receiving and information 所述 功能模組， 步 于 接收的元 信息和 的元 信息 。  The function module is stepped on the received meta information and meta information.
PCT/CN2010/073902 2009-12-22 2010-06-12 Method, system and external connected card for extending functions of mobile terminal Ceased WO2010148971A1 (en)

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US20070138305A1 (en) * 2000-01-05 2007-06-21 Kabushiki Kaisha Toshiba IC card with radio interface function, antenna module and data processing apparatus using the IC card
US20090144456A1 (en) * 2007-11-30 2009-06-04 Alexander David Gelf Interface Device for Securely Extending Computer Functionality
CN101594455A (en) * 2009-06-26 2009-12-02 北京昆腾微电子有限公司 The CMMB Conditional Access Module
US20100011128A1 (en) * 2008-07-14 2010-01-14 Texas Instruments Incorporated Unified input/output controller for integrated wireless devices

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20070138305A1 (en) * 2000-01-05 2007-06-21 Kabushiki Kaisha Toshiba IC card with radio interface function, antenna module and data processing apparatus using the IC card
US20090144456A1 (en) * 2007-11-30 2009-06-04 Alexander David Gelf Interface Device for Securely Extending Computer Functionality
US20100011128A1 (en) * 2008-07-14 2010-01-14 Texas Instruments Incorporated Unified input/output controller for integrated wireless devices
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