CN105407126A - System and method for controlling mobile terminal through Bluetooth controller - Google Patents

Abstract

The present invention discloses a system and method for controlling a mobile terminal through a bluetooth controller. The system includes a bluetooth controller and a mobile terminal; the bluetooth controller includes a first processor, a first bluetooth module, and an input module. A processor is connected with the first bluetooth module and the input module respectively; the mobile terminal includes a second processor, the second bluetooth module, an application program module and a display module, and the second processor is respectively connected with the second bluetooth module and the application program module , display module connection; the bluetooth controller is connected to the mobile terminal through respective bluetooth modules, the control command input by the input module is sent to the first processor, and the first processor sends the corresponding control command to the second through the first bluetooth module A processor; the second processor controls the operation of the application program module according to the received control command, and displays different interfaces in the display module at the same time. The invention can conveniently and quickly control the application program of the mobile terminal.

Description

System and method for controlling mobile terminal through bluetooth controller

technical field

The invention belongs to the technical field of communication equipment control, and relates to a mobile terminal control system, in particular to a system for controlling a mobile terminal through a Bluetooth controller; at the same time, the invention also relates to a method for controlling a mobile terminal through a Bluetooth controller .

Background technique

Nowadays, with the rapid development of the mobile Internet and the rapid popularization of mobile terminals, more and more people own mobile terminals, the performance of mobile terminals is getting stronger and stronger, and the functions realized are also diverse. dependence is increasing. In addition to the most basic functions of phone calls and text messages, mobile terminals are gradually becoming an extension of people's body organs and an inseparable part of life due to their own multi-sensing devices, networking, and numerous types of Apps.

At the same time, road traffic safety, road condition information and navigation, and other needs related to vehicles or the driving environment are also being concerned by more and more car owners with the rapid urbanization process and the increase in vehicle ownership , They hope to obtain a safe, comfortable and smooth driving process through various means, and even communicate and share with friends under the premise of safety.

Therefore, the demand of car owners to use mobile terminals in the car is increasing and stronger. There are a variety of Apps on mobile terminals to complete navigation, maps, surrounding search, infotainment, crowdsourced maps, etc. Automakers such as Chevrolet (MyLink) and Cadillac (CUE) are also developing car intelligence for special vehicles. The system satisfies part of the needs of car owners through the interconnection between mobile terminals and vehicle-mounted equipment. At the beginning of this year, the CarPlay product officially launched by Apple in the United States provides a solution for car owners to use mobile terminals in a car environment with a good experience.

In view of this, there is an urgent need to design a new mobile device control system so as to control the mobile terminal more conveniently.

Contents of the invention

The technical problem to be solved by the present invention is to provide a system for controlling the mobile terminal through a bluetooth controller, which can conveniently and quickly control the application program of the mobile terminal.

In addition, the present invention also provides a method for controlling the mobile terminal through the bluetooth controller, which can conveniently and quickly control the application program of the mobile terminal.

In order to solve the problems of the technologies described above, the present invention adopts the following technical solutions:

A system for controlling a mobile terminal through a bluetooth controller, said system comprising: a bluetooth controller and a mobile terminal;

The bluetooth controller includes a first processor, a first bluetooth module, and an input module, and the first processor is connected to the first bluetooth module and the input module respectively;

The mobile terminal includes a second processor, a second bluetooth module, an application program module, and a display module, and the second processor is connected to the second bluetooth module, the application program module, and the display module respectively;

The bluetooth controller is connected to the mobile terminal through respective bluetooth modules, and the control command input by the input module is sent to the first processor, and the first processor uses bluetooth SPP protocol or HID protocol to send the corresponding control command through the first bluetooth module to the second processor;

The second processor controls the operation of the application program module according to the received control command, and displays different interfaces in the display module at the same time;

The input module includes a number of control buttons, specifically including an up button, a down button, a left button, a right button, and a confirmation button; the content displayed by the application module in the display module includes a number of control areas, through which The function of selecting the control area;

Press the up, down, left, and right keys of the Bluetooth controller to switch the control block up, down, left, and right; press the confirmation key of the Bluetooth controller to select or confirm the control block; press the return key of the Bluetooth controller to control the block Return to the upper menu or cancel the operation; long press the setting button of the Bluetooth controller to quickly pull up a specific function on the application module; double-click the setting button of the Bluetooth controller to quickly enter a specific function;

The system also includes a remote server and a vehicle-mounted device, the vehicle-mounted device is connected to the mobile terminal through a USB cable, and the mobile terminal is connected to the server through a wireless network; the Bluetooth controller is used as a part of the vehicle-mounted device;

The on-board equipment also includes:

- a data communication module, used to establish a connection with the mobile terminal and exchange data information;

- A data encoding module, used for encoding according to a set protocol to generate data to be sent;

- The data analysis module is used to analyze the data sent by the mobile terminal according to the set protocol;

- an information presentation module, configured to run a corresponding application on the vehicle-mounted device according to the parsed data; the information presentation module includes presentation units of several application programs, the first application program presents a first interface on the mobile terminal, and When the vehicle-mounted device runs the first application program at the same time, the presentation unit presents on the vehicle-mounted device a second interface different from the first interface and convenient for use on the vehicle-mounted device according to the data sent by the mobile terminal;

- a verification module, used to verify the mobile terminal according to the identification obtained from the mobile terminal, and establish a connection after the verification is successful;

The mobile terminal also includes:

- The second data communication module is used to establish a connection with the vehicle-mounted equipment and exchange data information;

-The second data encoding module is used to encode according to the set protocol to generate data to be sent;

- The second data analysis module is used to analyze the data sent by the vehicle equipment according to the set protocol;

- The second wireless communication module is used for wireless communication with the server;

- the second program control module, used to control the operation of the application program;

The servers include:

- a third communication module, used to establish a connection with the mobile terminal;

- The third verification module is used to verify the mobile terminal and the vehicle-mounted device according to the mobile terminal identifier and the vehicle-mounted device identifier obtained from the mobile terminal, and establish a connection after the verification is successful;

- The third information recording module is used to record the behavior data of the in-vehicle equipment used in conjunction with the mobile terminal.

A system for controlling a mobile terminal through a bluetooth controller, said system comprising: a bluetooth controller and a mobile terminal;

The bluetooth controller includes a first processor, a first bluetooth module, and an input module, and the first processor is connected to the first bluetooth module and the input module respectively;

The mobile terminal includes a second processor, a second bluetooth module, an application program module, and a display module, and the second processor is connected to the second bluetooth module, the application program module, and the display module respectively;

The bluetooth controller is connected to the mobile terminal through respective bluetooth modules, and the control command input by the input module is sent to the first processor, and the first processor sends the corresponding control command to the second processor through the first bluetooth module;

The second processor controls the operation of the application program module according to the received control command, and displays different interfaces on the display module at the same time.

As a preferred solution of the present invention, the input module includes several control buttons, specifically including an up button, a down button, a left button, a right button, and a confirmation button;

The content displayed by the application program module on the display module includes several control areas, and the control areas are selected through the functions of the above-mentioned control keys.

As a preferred solution of the present invention, the system also includes a remote server and a vehicle-mounted device, the vehicle-mounted device is connected to the mobile terminal through a USB cable, and the mobile terminal is connected to the server through a wireless network; the Bluetooth controller serves as part of the on-board equipment;

The on-board equipment also includes:

- a data communication module, used to establish a connection with the mobile terminal and exchange data information;

- A data encoding module, used for encoding according to a set protocol to generate data to be sent;

- The data analysis module is used to analyze the data sent by the mobile terminal according to the set protocol;

- an information presentation module, configured to run a corresponding application on the vehicle-mounted device according to the parsed data; the information presentation module includes presentation units of several application programs, the first application program presents a first interface on the mobile terminal, and When the vehicle-mounted device runs the first application program at the same time, the presentation unit presents on the vehicle-mounted device a second interface different from the first interface and convenient for use on the vehicle-mounted device according to the data sent by the mobile terminal;

- a verification module, used to verify the mobile terminal according to the identification obtained from the mobile terminal, and establish a connection after the verification is successful;

The mobile terminal includes:

- The second data communication module is used to establish a connection with the vehicle-mounted equipment and exchange data information;

-The second data encoding module is used to encode according to the set protocol to generate data to be sent;

- The second data analysis module is used to analyze the data sent by the vehicle equipment according to the set protocol;

- The second wireless communication module is used for wireless communication with the server;

- the second program control module, used to control the operation of the application program;

The servers include:

- a third communication module, used to establish a connection with the mobile terminal;

- The third verification module is used to verify the mobile terminal and the vehicle-mounted device according to the mobile terminal identifier and the vehicle-mounted device identifier obtained from the mobile terminal, and establish a connection after the verification is successful;

- The third information recording module is used to record the behavior data of the in-vehicle equipment used in conjunction with the mobile terminal.

A control method for a mobile terminal using the above system, the control method includes the following steps:

Step S1, the input module of the Bluetooth controller inputs a control command and sends it to the first processor;

Step S2, the first processor sends the corresponding control command to the second processor of the mobile terminal through the first Bluetooth module;

Step S3, the second processor controls the application program module to run according to the received control command, and displays different interfaces on the display module at the same time.

As a preferred solution of the present invention, in step S1, control commands are input through several control buttons of the input module, and the control buttons specifically include an up button, a down button, a left button, a right button, and a confirmation button;

In step S3, the content displayed by the application program module on the display module includes several control areas, and the control area is selected through the functions of the above-mentioned control keys.

As a preferred solution of the present invention, press the up, down, left, and right keys of the bluetooth controller to switch the control block up, down, left, and right; press the confirmation key of the bluetooth controller to select or confirm the control block; press the bluetooth The back button of the controller, the control block returns to the previous menu or cancels the operation; long press the setting button of the Bluetooth controller, quickly pull up the specific function on the application module; double-click the setting button of the Bluetooth controller, quickly enter a specific function.

As a preferred solution of the present invention, when the Bluetooth controller is connected to the mobile terminal for the first time, the control method also includes:

Step A1, the Bluetooth controller has power and is in the wake-up state; wake up the Bluetooth controller by clicking any button on the Bluetooth controller;

Step A2, performing Bluetooth pairing between the mobile terminal and the Bluetooth controller;

Step A3, after the mobile terminal is successfully paired with the Bluetooth controller, the setting application program module will be automatically pulled up;

Step A4, click the button on the Bluetooth controller to control the setting application program module accordingly;

After the initial connection, the control method further includes:

Step B1, the Bluetooth controller has power and is in the wake-up state; wake up the Bluetooth controller by clicking any button on the Bluetooth controller;

Step B2, the mobile terminal and the Bluetooth controller automatically perform Bluetooth pairing;

Step B3, after the mobile terminal is successfully connected to the Bluetooth controller, the setting application program module will be automatically pulled up;

Step B4. Click the button on the Bluetooth controller to control the setting application program module accordingly.

As a preferred solution of the present invention, the system also includes a remote server and a vehicle-mounted device, the vehicle-mounted device is connected to the mobile terminal through a USB cable, and the mobile terminal is connected to the server through a wireless network; the Bluetooth controller serves as part of the on-board equipment;

The control method further includes an information presentation step, specifically including:

Step C1, the vehicle is ignited, and the on-board equipment is started;

Step C2, connecting the mobile terminal to the vehicle-mounted device through its data communication module;

Step C3, the vehicle-mounted device accesses the mobile terminal, obtains its corresponding identification and verifies it, and executes step 4 after the verification is passed, otherwise ends;

Step C4, the vehicle-mounted device sends the verification result to the server through the mobile terminal, and the server records the connection behavior of the vehicle-mounted device and the mobile terminal; if the server cannot be connected, the behavior record is temporarily stored in the mobile terminal; The main interface generated by the information presentation module;

Step C5, using the vehicle-mounted device or mobile terminal to send a request command, requesting to start a third-party application program;

Step C6, the mobile terminal receives the request command, performs corresponding processing according to the request command, generates corresponding data, starts the corresponding third-party application program, and generates feedback data according to the set protocol encoding, and then pushes the feedback data to the vehicle-mounted device;

Step C7, the vehicle-mounted device receives the data sent by the mobile terminal, and analyzes it according to the set protocol, and then runs the corresponding third-party application program on the vehicle-mounted device according to the parsed data; specifically, the information presentation module includes several applications The presentation unit of the program, the first application program presents the first interface on the mobile terminal, and when the vehicle-mounted device runs the first application program at the same time, the presentation unit presents different interfaces on the vehicle-mounted device according to the data sent by the mobile terminal. It is connected with the first interface and the second interface that is convenient to be used on the vehicle equipment.

The beneficial effect of the present invention is that: the system and method for controlling the mobile terminal through the bluetooth controller proposed by the present invention can conveniently and quickly control the application program of the mobile terminal. The purpose of the present invention is to meet the needs of users to use the mobile terminal more conveniently in the car, and in order to provide this convenience, a solution combining software and hardware is adopted, that is, by using a bluetooth controller (product name: magic finger) and mobile The terminal App works together.

Description of drawings

Fig. 1 is a schematic diagram of the use of the control system of the present invention.

Fig. 2 is a schematic diagram of the composition of the control system of the present invention.

FIG. 3 is a schematic diagram of the selection of the system control block of the present invention.

detailed description

Preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.

Embodiment one

Referring to Fig. 1 and Fig. 2, the present invention discloses a system for controlling a mobile terminal through a bluetooth controller, and the system includes: a bluetooth controller and a mobile terminal. The bluetooth controller includes a first processor, a first bluetooth module, and an input module, and the first processor is connected to the first bluetooth module and the input module respectively. The mobile terminal includes a second processor, a second bluetooth module, an application program module, and a display module, and the second processor is respectively connected to the second bluetooth module, the application program module, and the display module.

The bluetooth controller is connected to the mobile terminal through respective bluetooth modules, and the control command input by the input module is sent to the first processor, and the first processor uses bluetooth SPP protocol or HID protocol to send the corresponding control command through the first bluetooth module to the second processor; the second processor controls the operation of the application program module according to the received control command, and displays different interfaces on the display module at the same time.

In this embodiment, the input module includes several control buttons, specifically including an up button, a down button, a left button, a right button, and a confirmation button; the content displayed by the application module on the display module includes several control areas , select the control area (as shown in Figure 3) through the functions of the above-mentioned control buttons.

Specifically, please refer to Figure 3. For example, press the up, down, left, and right keys of the Bluetooth controller to switch the control block up, down, left, and right; press the confirmation key of the Bluetooth controller to select or confirm the control block; press The return button of the Bluetooth controller, to control the block to return to the upper menu or cancel the operation; long press the setting button of the Bluetooth controller to quickly pull up the specific function on the application module; double-click the setting button of the Bluetooth controller to quickly to enter a specific function.

The present invention also discloses a method for controlling the mobile terminal using the above system, the control method includes the following steps:

[Step S1] The input module of the Bluetooth controller inputs a control command and sends it to the first processor.

Control commands can be input through several control buttons of the input module, and the control buttons specifically include an up button, a down button, a left button, a right button, and a confirmation button.

[Step S2] The first processor sends the corresponding control command to the second processor of the mobile terminal through the first Bluetooth module;

[Step S3] The second processor controls the operation of the application program module according to the received control command, and displays different interfaces on the display module at the same time.

The content displayed by the application program module on the display module includes several control areas, and the control areas are selected through the functions of the above-mentioned control keys.

For example: press the up, down, left, and right keys of the Bluetooth controller to switch the control block up, down, left, and right; press the confirmation key of the Bluetooth controller to select or confirm the control block; press the return key of the Bluetooth controller to control block to return to the upper menu or cancel; press and hold the setting button of the Bluetooth controller to quickly pull up a specific function on the application module; double-click the setting button of the Bluetooth controller to quickly enter a specific function.

When the Bluetooth controller is connected to the mobile terminal for the first time, the control method also includes:

Step A1, the Bluetooth controller has power and is in the wake-up state; wake up the Bluetooth controller by clicking any button on the Bluetooth controller;

Step A2, performing Bluetooth pairing between the mobile terminal and the Bluetooth controller;

Step A3, after the mobile terminal is successfully paired with the Bluetooth controller, the setting application program module will be automatically pulled up;

Step A4, click the button on the Bluetooth controller to control the setting application program module accordingly;

After the initial connection, the control method further includes:

Step B1, the Bluetooth controller has power and is in the wake-up state; wake up the Bluetooth controller by clicking any button on the Bluetooth controller;

Step B2, the mobile terminal and the Bluetooth controller automatically perform Bluetooth pairing;

Step B3, after the mobile terminal is successfully connected to the Bluetooth controller, the setting application program module will be automatically pulled up;

Step B4. Click the button on the Bluetooth controller to control the setting application program module accordingly.

Embodiment two

The difference between this embodiment and Embodiment 1 is that in this embodiment, the system also includes a remote server and a vehicle-mounted device. The vehicle-mounted device is connected to the mobile terminal through a USB cable, and the mobile terminal is connected to the server through a wireless network. ; The bluetooth controller is used as a part of the vehicle equipment.

The vehicle-mounted device also includes: a data communication module, a data encoding module, a data analysis module, an information presentation module, and a verification module.

The data communication module is used to establish a connection with the mobile terminal to exchange data information; the data encoding module is used to encode according to the set protocol to generate data to be sent; the data analysis module is used to analyze the data sent by the mobile terminal according to the set protocol.

The information presentation module is used to run the corresponding application on the vehicle-mounted device according to the analyzed data; the information presentation module includes several application program presentation units, the first application program presents a first interface on the mobile terminal, and the vehicle-mounted When the device runs the first application program at the same time, the presentation unit presents on the vehicle-mounted device a second interface different from the first interface and convenient for use on the vehicle-mounted device according to the data sent by the mobile terminal.

The verification module is used to verify the mobile terminal according to the identification obtained from the mobile terminal, and establish a connection after the verification is successful.

The mobile terminal further includes: a second data communication module, a second data encoding module, a second data analysis module, a second wireless communication module, and a second program control module.

The second data communication module is used to establish a connection with the vehicle-mounted equipment and communicate data information; the second data encoding module is used to encode according to the set protocol to generate data to be sent; the second data analysis module is used to analyze the vehicle-mounted device according to the set protocol The data sent by the device; the second wireless communication module is used for wireless communication with the server; the second program control module is used for controlling the operation of the application program.

The server includes: a third communication module, a third verification module, and a third information recording module. The third communication module is used to establish a connection with the mobile terminal; the third verification module is used to verify the mobile terminal and the vehicle-mounted device according to the mobile terminal identification and the vehicle-mounted equipment identification obtained from the mobile terminal, and establish a connection after the verification is successful; the third information The recording module is used to record the behavior data of the cooperation between the vehicle equipment and the mobile terminal.

In this embodiment, the vehicle-mounted terminal and the mobile terminal (including smart phones) can carry out two-way information communication and interaction, and the human-computer interaction interface for safe driving is displayed on the vehicle-mounted terminal, and the application on the mobile terminal can be controlled at the same time; therefore, the present invention can quickly , flexible, and low-cost to introduce new applications on the vehicle terminal.

Correspondingly, the control method further includes an information presentation step, specifically including:

[Step C1] The vehicle is ignited, and the on-board equipment is started;

[Step C2] Connect the mobile terminal to the vehicle-mounted device through its data communication module;

[Step C3] The on-vehicle device accesses the mobile terminal, obtains its corresponding identification and verifies it, and executes step 4 after the verification is passed, otherwise ends;

[Step C4] The vehicle-mounted device sends the verification result to the server through the mobile terminal, and the server records the connection behavior of the vehicle-mounted device and the mobile terminal; if the server cannot be connected, the behavior record is temporarily stored in the mobile terminal; Presenting the main interface generated by the information presentation module;

[Step C5] Utilize the in-vehicle device or mobile terminal to send a request command to request to start a third-party application program;

[Step C6] The mobile terminal receives the request command, performs corresponding processing according to the request command, generates corresponding data, starts the corresponding third-party application program, and generates feedback data according to the set protocol code, and then pushes the feedback data to the vehicle-mounted device;

[Step C7] The vehicle-mounted device receives the data sent by the mobile terminal, and analyzes it according to the set protocol, and then runs the corresponding third-party application program on the vehicle-mounted device according to the parsed data; specifically, the information presentation module includes several The presentation unit of the application program, the first application program presents the first interface on the mobile terminal, when the vehicle-mounted device runs the first application program at the same time, the presentation unit presents the first interface on the vehicle-mounted device according to the data sent by the mobile terminal A second interface that is different from the first interface and is convenient for use on vehicle equipment.

In summary, the system and method for controlling a mobile terminal through a Bluetooth controller proposed by the present invention can conveniently and quickly control the application programs of the mobile terminal. The purpose of the present invention is to meet the needs of users to use the mobile terminal more conveniently in the car, and in order to provide this convenience, a solution combining software and hardware is adopted, that is, by using a bluetooth controller (product name: magic finger) and mobile The terminal App works together.

The description and application of the invention herein is illustrative and is not intended to limit the scope of the invention to the above-described embodiments. Variations and changes to the embodiments disclosed herein are possible, and substitutions and equivalents for various components of the embodiments are known to those of ordinary skill in the art. It should be clear to those skilled in the art that the present invention can be realized in other forms, structures, arrangements, proportions, and with other components, materials and components without departing from the spirit or essential characteristics of the present invention. Other modifications and changes may be made to the embodiments disclosed herein without departing from the scope and spirit of the invention.

Claims (9)

1. by the system that bluetooth controller controls mobile terminal, it is characterized in that, described system comprises: bluetooth controller, mobile terminal;

Described bluetooth controller comprises first processor, the first bluetooth module, input module, and first processor is connected with the first bluetooth module, input module respectively;

Described mobile terminal comprises the second processor, the second bluetooth module, application program module, display module, and the second processor is connected with the second bluetooth module, application program module, display module respectively;

Described bluetooth controller is connected by respective bluetooth module with mobile terminal, the control command of input module input is sent to first processor, and first processor uses the SPP agreement of bluetooth or HID agreement that corresponding control command is sent to the second processor by the first bluetooth module;

Described second processor runs according to the control command controlling application program module received, and shows different interface in display module simultaneously;

Described input module comprises some control buttons, specifically comprise upwards button, downwards button, to left button, to the right button, confirm button, return button; The content that described application program module shows in display module comprises some control areas, by the effect of above-mentioned control button, selects control area;

Press the key up and down of bluetooth controller, control block carries out switching up and down; Press the acknowledgement key of bluetooth controller, control the operation that block carries out choosing or confirming; Press the return key of bluetooth controller, control block and carry out the operation returning Previous Menu or cancellation; The long setting button pressing bluetooth controller, the specific function in quick pull-up application program module; Double-click the setting button of bluetooth controller, enter certain specific function fast;

Described system also comprises the server, the mobile unit that are arranged at far-end, and described mobile unit connects mobile terminal by USB connecting line, and mobile terminal is by wireless network connection server; Described bluetooth controller is as a part for mobile unit;

Described mobile unit also comprises:

-data communication module, in order to connect with described mobile terminal, communicating data information;

-data coding module, in order to according to setting protocol code, generates data to be sent;

-data resolution module, in order to the data sent according to setting protocol analysis mobile terminal;

-information presents module, in order to run corresponding application on mobile unit according to the data be resolved to; Described information presents in module the display unit comprising some application programs, first application program presents the first interface on mobile terminals, described mobile unit when synchronization runs this first application program, described display unit according to the data that mobile terminal sends present on mobile unit different with described first interface, be convenient to second contact surface that mobile unit uses;

-authentication module, in order to according to verifying from the mark of acquisition for mobile terminal mobile terminal, connects after being proved to be successful;

Described mobile terminal also comprises:

-the second data communication module, in order to connect with described mobile unit, communicating data information;

-the second data coding module, in order to according to setting protocol code, generates data to be sent;

-the second data resolution module, in order to the data sent according to setting protocol analysis mobile unit;

-the second wireless communication module, in order to carry out and server wireless telecommunications;

-the second program controling module, in order to the operation of controlling application program;

Described server comprises:

-three communication module, in order to connect with mobile terminal;

-three authentication module, in order to according to from the mobile terminal identification of acquisition for mobile terminal and mobile unit mark, verifies mobile terminal and mobile unit, connects after being proved to be successful;

-three information logging modle, in order to record mobile unit and mobile terminal with the use of behavioral data.

2. by the system that bluetooth controller controls mobile terminal, it is characterized in that, described system comprises: bluetooth controller, mobile terminal;

Described bluetooth controller comprises first processor, the first bluetooth module, input module, and first processor is connected with the first bluetooth module, input module respectively;

Described mobile terminal comprises the second processor, the second bluetooth module, application program module, display module, and the second processor is connected with the second bluetooth module, application program module, display module respectively;

Described bluetooth controller is connected by respective bluetooth module with mobile terminal, and the control command of input module input is sent to first processor, and corresponding control command is sent to the second processor by the first bluetooth module by first processor;

Described second processor runs according to the control command controlling application program module received, and shows different interface in display module simultaneously.

3. the system controlled mobile terminal by bluetooth controller according to claim 2, be is characterized in that:

Described input module comprises some control buttons, specifically comprise upwards button, downwards button, to left button, to the right button, confirm button;

The content that described application program module shows in display module comprises some control areas, by the effect of above-mentioned control button, selects control area.

4. the system controlled mobile terminal by bluetooth controller according to claim 2, be is characterized in that:

Described system also comprises the server, the mobile unit that are arranged at far-end, and described mobile unit connects mobile terminal by USB connecting line, and mobile terminal is by wireless network connection server; Described bluetooth controller is as a part for mobile unit;

Described mobile unit also comprises:

-data communication module, in order to connect with described mobile terminal, communicating data information;

-data coding module, in order to according to setting protocol code, generates data to be sent;

-data resolution module, in order to the data sent according to setting protocol analysis mobile terminal;

-information presents module, in order to run corresponding application on mobile unit according to the data be resolved to; Described information presents in module the display unit comprising some application programs, first application program presents the first interface on mobile terminals, described mobile unit when synchronization runs this first application program, described display unit according to the data that mobile terminal sends present on mobile unit different with described first interface, be convenient to second contact surface that mobile unit uses;

-authentication module, in order to according to verifying from the mark of acquisition for mobile terminal mobile terminal, connects after being proved to be successful;

Described mobile terminal comprises:

-the second data communication module, in order to connect with described mobile unit, communicating data information;

-the second data coding module, in order to according to setting protocol code, generates data to be sent;

-the second data resolution module, in order to the data sent according to setting protocol analysis mobile unit;

-the second wireless communication module, in order to carry out and server wireless telecommunications;

-the second program controling module, in order to the operation of controlling application program;

Described server comprises:

-three communication module, in order to connect with mobile terminal;

-three authentication module, in order to according to from the mobile terminal identification of acquisition for mobile terminal and mobile unit mark, verifies mobile terminal and mobile unit, connects after being proved to be successful;

-three information logging modle, in order to record mobile unit and mobile terminal with the use of behavioral data.

5. utilize the described system of one of claim 1 to 4 to a control method for mobile terminal, it is characterized in that, described control method comprises the steps:

The input module input of control commands of step S1, bluetooth controller, is sent to first processor;

Corresponding control command is sent to the second processor of mobile terminal by step S2, first processor by the first bluetooth module;

Step S3, the second processor run according to the control command controlling application program module received, and show different interface in display module simultaneously.

6. control method according to claim 5, is characterized in that:

In step S1, by some control key-press input control commands of input module, control button specifically comprise upwards button, downwards button, to left button, to the right button, confirm button, return button;

In step S3, the content that described application program module shows in display module comprises some control areas, by the effect of above-mentioned control button, selects control area.

7. control method according to claim 6, is characterized in that:

Press the key up and down of bluetooth controller, control block carries out switching up and down; Press the acknowledgement key of bluetooth controller, control the operation that block carries out choosing or confirming; Press the return key of bluetooth controller, control block and carry out the operation returning Previous Menu or cancellation; The long setting button pressing bluetooth controller, the specific function in quick pull-up application program module; Double-click the setting button of bluetooth controller, enter certain specific function fast.

8. control method according to claim 6, is characterized in that:

When bluetooth controller and mobile terminal first connection, described control method also comprises:

Steps A 1, bluetooth controller have electricity, and are in wake-up states; Bluetooth controller is waken up by clicking bluetooth controller any key;

Steps A 2, mobile terminal and bluetooth controller carry out Bluetooth pairing;

After steps A 3, mobile terminal and bluetooth controller successful matching, setting application program module can be automatically pulled;

Steps A 4, the button clicked on bluetooth controller, namely control accordingly to setting application program module;

After first connection, described control method also comprises:

Step B1, bluetooth controller have electricity, and are in wake-up states; Bluetooth controller is waken up by clicking bluetooth controller any key;

Step B2, mobile terminal and bluetooth controller carry out Bluetooth pairing automatically;

After step B3, mobile terminal and bluetooth controller successful connection, setting application program module can be automatically pulled;

Step B4, the button clicked on bluetooth controller, namely control accordingly to setting application program module.

9. control method according to claim 5, is characterized in that:

Described system also comprises the server, the mobile unit that are arranged at far-end, and described mobile unit connects mobile terminal by USB connecting line, and mobile terminal is by wireless network connection server; Described bluetooth controller is as a part for mobile unit;

Described control method comprises information rendering step further, specifically comprises:

Step C1, vehicle ignition, mobile unit starts;

Step C2, by mobile terminal by its data communication model calling to mobile unit;

Step C3, mobile unit access mobile terminal, obtains its correspondence and identifies and verify, be verified rear execution step 4, otherwise terminate;

The result is sent to server by mobile terminal by step C4, mobile unit, and the connection behavior of server record mobile unit and mobile terminal keeps a record; When cannot connection server, behavior record temporarily stores at mobile terminal; Meanwhile, mobile unit presents the main interface that described information presents CMOS macro cell;

Step C5, utilize mobile unit or mobile terminal to send request order, request starts third party application;

Step C6, mobile terminal receive described request order, do respective handling according to request command, generate corresponding data, start corresponding third party application, and generate feedback data by setting protocol code, then feedback data are pushed to mobile unit;

The data that step C7, mobile unit mobile terminal receive send, and resolve according to setting agreement, then on mobile unit, run corresponding third party application according to the data be resolved to; Particularly, described information presents in module the display unit comprising some application programs, first application program presents the first interface on mobile terminals, described mobile unit when synchronization runs this first application program, described display unit according to the data that mobile terminal sends present on mobile unit different with described first interface, be convenient to second contact surface that mobile unit uses.