CN103036968B - A kind ofly shown by on-vehicle host and control the method and system of smart mobile phone - Google Patents
A kind ofly shown by on-vehicle host and control the method and system of smart mobile phone Download PDFInfo
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- CN103036968B CN103036968B CN201210530325.1A CN201210530325A CN103036968B CN 103036968 B CN103036968 B CN 103036968B CN 201210530325 A CN201210530325 A CN 201210530325A CN 103036968 B CN103036968 B CN 103036968B
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Abstract
The invention discloses and a kind ofly shown by on-vehicle host and control the method and system of smart mobile phone.Described method comprises; The screen interface of smart mobile phone is transferred to on-vehicle host in the mode of video flowing by audio-video conversion device; And the voice data of smart mobile phone is transferred to described on-vehicle host in the mode of audio stream by audio-video conversion device; Position coordinates corresponding for described mouse event is scaled mobile phone screen coordinate data according to described smart mobile phone screen pixels size data by Mouse hook software; Described smart mobile phone is simulated described mouse event and described mobile phone screen coordinate data and is formed corresponding operational order, and controls described smart mobile phone and carry out corresponding operating according to described operational order.Adopt the present invention, user is controlled on-vehicle host on automobile, and then the operation such as carry out that mobile portable phone is dialed/answered easily; Run the various application programs of smart mobile phone.
Description
Technical Field
The invention relates to the field of vehicle-mounted wireless networks and applied automotive electronics, in particular to a method and a system for displaying and controlling a smart phone through a vehicle-mounted host.
Background
In recent years, the development of smart phones has led to vehicle-mounted hosts in many aspects, and therefore, the industry has been engaged in connecting smart phones with vehicle-mounted hosts, so that users can display screens of the smart phones through the vehicle-mounted hosts, play sound output of the smart phones, and answer/dial calls of the smart phones and run application programs on the smart phones through operation of the screens of the vehicle-mounted hosts, so that users can conveniently operate the smart phones in the driving process, and risk factors brought by the users operating the smart phones in the driving process are reduced.
In the prior art, a technology capable of connecting a vehicle-mounted host computer and a smart phone mainly comprises a MirrorLink protocol, but the MirrorLink protocol has the defects that since the MirrorLink protocol is not completely popularized in the mobile phone industry, a plurality of mobile phone manufacturers do not join the association, and for apple high-end mobile phone manufacturers, the MirrorLink protocol is not supported, and a set of protocols and software with functions similar to the MirrorLink are provided.
However, the MirrorLink protocol has the defect that as the MirrorLink protocol is not completely popularized in the mobile phone industry, a plurality of mobile phone manufacturers do not join the association, and as for the apple high-end mobile phone manufacturer, the MirrorLink protocol is not supported, and the apple high-end mobile phone manufacturer has a set of protocols and software with functions similar to the MirrorLink. Thus, many handsets currently do not support the MirrorLink protocol. This places significant limitations on the widespread use of the MirrorLink protocol.
Accordingly, the prior art is yet to be improved and developed.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a method and a system for displaying and controlling a smart phone through a vehicle-mounted host, so as to implement a user operating on a touch screen of the vehicle-mounted host, wherein mouse hook software of the vehicle-mounted host monitors and receives a mouse event of the touch screen and a position coordinate corresponding to the mouse event, converts the position coordinate corresponding to the mouse event according to pixel size data of a smart phone screen, and sends the converted mobile phone screen coordinate data and the mouse event to the smart phone, and the smart phone simulates the mouse event on the mobile phone screen coordinate, that is, simulates operations such as clicking or sliding at the position. By the method and the device, the application program of the smart phone can be conveniently controlled by the vehicle-mounted host in the process of driving the vehicle, so that convenience is brought to users, and the driving safety is improved.
The technical scheme adopted by the invention for solving the technical problem is as follows:
a method for displaying and controlling a smart phone through a vehicle-mounted host computer comprises the following steps;
A. the method comprises the steps of transmitting a screen interface of the smart phone to a vehicle-mounted host through an audio and video conversion device in a video stream mode, and transmitting audio data of the smart phone to the vehicle-mounted host through the audio and video conversion device in an audio stream mode;
B. establishing wireless connection between the vehicle-mounted host and the smart phone;
C. when the mouse hook software on the vehicle-mounted host monitors that the vehicle-mounted host receives a mouse event input by a user through a touch screen, the mouse hook software acquires the mouse event and a position coordinate corresponding to the mouse event;
D. the mouse hook software receives smart phone screen pixel size data sent by the smart phone in advance in a wireless mode, converts position coordinates corresponding to the mouse event into mobile phone screen coordinate data according to the smart phone screen pixel size data, and sends the mobile phone screen coordinate data and the mouse event to the smart phone in a wireless mode;
E. the smart phone receives the mouse event and the mobile phone screen coordinate data, simulates the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and controls the smart phone to perform corresponding operation according to the operation instruction.
The step A also comprises the following steps; the audio and video conversion device is respectively connected with the vehicle-mounted host and the smart phone through data lines.
And the step C also comprises the step of continuing monitoring by the mouse hook software when the mouse hook software does not monitor that the vehicle-mounted host computer receives a mouse event input by a user through a touch screen.
The step B also comprises the following steps;
establishing wireless connection with a second Bluetooth module installed on the smart phone through a first Bluetooth module installed on the vehicle-mounted host;
or wireless connection is established between a first WIFI module installed on the vehicle-mounted host and a second WIFI module installed on the smart phone.
The first Bluetooth module is in communication connection with the second Bluetooth module through an SPP protocol, and the first WIFI module is in communication connection with the second WIFI module through a TCP/IP protocol.
The step D also comprises the following steps; the smart phone obtains the pixel size data of the smart phone screen through an application programming interface.
A system based on the method comprises the following steps: the intelligent mobile phone comprises a vehicle-mounted host computer and an intelligent mobile phone, wherein the vehicle-mounted host computer is used for being mounted on an automobile, the intelligent mobile phone is in communication connection with the vehicle-mounted host computer, the intelligent mobile phone also comprises an audio and video conversion device which is respectively connected with the vehicle-mounted host computer and the intelligent mobile phone through data lines, and the vehicle-mounted host computer is provided with the audio and video conversion device;
the touch sensing and displaying module is used for receiving a mouse event input by a user in a touch manner and displaying a screen interface of the smart phone;
the audio and video stream analysis module is used for receiving and analyzing the audio stream and the video stream which are sent by the smart phone and converted by the audio and video conversion device, and transmitting the analyzed video stream to the touch sensing and display module for displaying;
the mouse hook module is used for receiving the size data of the smart phone screen pixels sent by the smart phone in a wireless mode, monitoring and acquiring a mouse event input by a user through the touch sensing and display module and a position coordinate corresponding to the mouse event, converting the position coordinate corresponding to the mouse event into mobile phone screen coordinate data according to the smart phone screen pixel size data, and sending the mouse event and the mobile phone screen coordinate data to the smart phone in a wireless mode;
the smart phone is provided with;
the acquisition module is used for acquiring the pixel size data of the screen of the smart phone through an application programming interface and sending the pixel size data of the screen of the smart phone to the vehicle-mounted host;
the analysis module is used for receiving the mouse event and the mobile phone screen coordinate data sent by the vehicle-mounted host, simulating the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and controlling the smart phone to perform corresponding operation according to the operation instruction;
the transmitting module is used for transmitting the audio stream and the video stream of the smart phone to the vehicle-mounted host through the audio/video conversion device;
the audio and video conversion device is provided with;
and the conversion module is used for converting the audio stream and the video stream of the smart phone into the audio stream and the video stream which are consistent with the audio and video input format of the vehicle-mounted host according to the audio and video input format of the vehicle-mounted host, and inputting the converted audio stream and video stream into the vehicle-mounted host.
The vehicle-mounted host is also provided with a first Bluetooth module and/or a first WIFI module, and the smart phone is provided with a second Bluetooth module in communication connection with the first Bluetooth module and/or a second WIFI module in communication connection with the first WIFI module; wherein,
the first Bluetooth module is in communication connection with the second Bluetooth module through an SPP protocol, or the first WIFI module is in communication connection with the second WIFI module through a TCP/IP protocol.
The vehicle-mounted host is also provided with a CVBS video input interface or a VGA video input interface or an RGB video input interface and an L/R audio input interface;
the conversion module of the audio/video conversion device is respectively connected with a CVBS video input interface or a VGA video input interface or an RGB video input interface of the vehicle-mounted host computer through a data line and is connected with an L/R audio input interface;
the intelligent mobile phone is also connected with an MHL interface or an HDMI interface of the intelligent mobile phone through a data line.
According to the method and the system for displaying and controlling the smart phone through the vehicle-mounted host, provided by the invention, a mouse event which is input by a user in a touch screen of the vehicle-mounted host and a position coordinate corresponding to the mouse event are converted into coordinate data corresponding to a screen of the smart phone through mouse hook software arranged on the vehicle-mounted host, so that the smart phone performs synchronous mouse clicking, moving and other actions according to the coordinate data and the mouse event, the purpose of controlling the smart phone through the vehicle-mounted host is achieved.
Drawings
Fig. 1 is a flowchart illustrating steps of a method for displaying and controlling a smart phone via a host in a vehicle according to a preferred embodiment of the present invention.
Fig. 2 is a schematic diagram of a preferred embodiment of the operating principle of the audio/video conversion device provided by the invention.
Fig. 3 is a schematic structural diagram of a system based on the method for displaying and controlling a smart phone through an in-vehicle host according to the preferred embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer and clearer, the present invention is further described in detail below with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The method provided by the present invention is described in detail below with reference to fig. 1, wherein fig. 1 is a flowchart illustrating steps of a method for displaying and controlling a smart phone through a vehicle-mounted host according to a preferred embodiment of the present invention.
101, transmitting a screen interface of a smart phone to a vehicle-mounted host through an audio/video conversion device in a video stream manner, and transmitting audio data of the smart phone to the vehicle-mounted host through the audio/video conversion device in an audio stream manner, wherein a touch screen of the vehicle-mounted host displays the screen interface of the smart phone, and sound equipment connected with the vehicle-mounted host plays the audio data;
the operation principle of the audio/video conversion device is described in detail with reference to fig. 2, that is, the audio/video conversion device 310 is connected to the CVBS video input interface, the VGA video input interface, or the RGB video input interface 320 of the vehicle-mounted host computer and the L/R audio input interface 321 of the vehicle-mounted host computer through data lines, and is further connected to the MHL interface 301 or the HDMI interface 302 of the smart phone through data lines.
That is, when the audio/video conversion device 310 is connected to the MHL interface 301 of the smart phone, the audio/video conversion device 320 converts the audio/video stream in the MHL format into the HDMI format, and when the audio/video conversion device 310 is connected to the HDMI interface 302 of the smart phone, the audio/video stream in the HDMI format is received. And converting the audio and video stream in the HDMI format into a video stream in a CVBS (video broadcast system) or VGA or RGB (red, green and blue) format and an L/R (audio) stream.
The video stream in the format of CVBS, VGA or RGB is connected to the CVBS, VGA or RGB video input interface 320 of the vehicle host, and the audio stream is connected with the L/R audio input interface 321 of the vehicle host.
102, establishing wireless connection between the vehicle-mounted host and the smart phone;
the specific way for establishing the wireless connection is; establishing wireless connection with a second Bluetooth module installed on the smart phone through a first Bluetooth module installed on the vehicle-mounted host; or wireless connection is established between a first WIFI module installed on the vehicle-mounted host and a second WIFI module installed on the smart phone.
The first Bluetooth module is in communication connection with the second Bluetooth module through an SPP protocol, and the first WIFI module is in communication connection with the second WIFI module through a TCP/IP protocol.
103, monitoring whether the vehicle-mounted host receives a mouse event input by a user through a touch screen by mouse hook software on the vehicle-mounted host;
when the mouse hook software is not monitored, the step 104 is entered, and the mouse hook software continues to monitor;
when the mouse hook software monitors, entering step 105, and the mouse hook software acquiring the mouse event and the position coordinate corresponding to the mouse event;
106, the mouse hook software receives the smart phone screen pixel size data sent by the smart phone in advance in a wireless mode, converts the position coordinates corresponding to the mouse event into mobile phone screen coordinate data according to the smart phone screen pixel size data, and sends the mobile phone screen coordinate data and the mouse event to the smart phone in a wireless mode;
the smart phone obtains the size data of the screen of the smart phone through an application programming interface, wherein the application programming interface is called API for short.
And step 107, the smart phone receives the mouse event and the mobile phone screen coordinate data, simulates the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and controls the smart phone to perform corresponding operation according to the operation instruction.
Through the preferred embodiment, in the specific using process, a user firstly connects the smart phone with the vehicle-mounted host through the audio/video conversion device, the touch screen of the vehicle-mounted host synchronously displays the screen interface of the smart phone, the audio equipment connected with the vehicle-mounted host plays the audio stream output by the smart phone, at the moment, the user can perform touch operation on the touch screen of the vehicle-mounted host, the mouse hook software of the vehicle-mounted host monitors and acquires the mouse event and the position coordinate corresponding to the mouse event, converts the position coordinate corresponding to the mouse event into the coordinate data of the screen of the smart phone according to the pixel size of the screen of the smart phone, and sends the mouse event and the coordinate data to the smart phone, so that the user can control the application program of the smart phone, such as answering/dialing the phone, through the touch screen of the vehicle-mounted host, the method has the advantages that internet browsing, video watching and the like are achieved, and potential safety hazards caused by the fact that a user directly operates the smart phone in the vehicle driving process are solved.
The present invention further provides a system, and the structure of the system is described in detail below with reference to fig. 3, wherein fig. 3 is a schematic structural diagram of a preferred embodiment of the system based on the method for controlling a smart phone through a vehicle-mounted host according to the present invention.
As shown in fig. 3, the system includes a vehicle-mounted host 210 for being installed on a vehicle, a smart phone 220 in communication connection with the vehicle-mounted host 210, and an audio/video conversion device 230 respectively connected with the vehicle-mounted host and the smart phone through data lines;
the in-vehicle host 210 includes;
the touch sensing and displaying module 211 is configured to receive a mouse event input by a user through touch, and is further configured to display a screen interface of the smart phone;
the audio and video stream analyzing module 215 is used for receiving and analyzing the audio stream and the video stream which are sent by the smart phone and converted by the audio and video conversion device, and transmitting the analyzed video stream to the touch sensing and display module for displaying;
the mouse hook module 212 is used for receiving the size data of the smart phone screen pixels sent by the smart phone 220, monitoring and acquiring a mouse event input by a user through the touch sensing module 211 and a position coordinate corresponding to the mouse event, converting the position coordinate corresponding to the mouse event into mobile phone screen coordinate data according to the size data of the smart phone screen pixels, and sending the mouse event and the mobile phone screen coordinate data to the smart phone in a wireless mode;
the smart phone 220 is provided with;
the acquisition module 223 is used for acquiring the pixel size data of the screen of the smart phone through an application programming interface and sending the pixel size data of the screen of the smart phone to the vehicle-mounted host;
the analysis module 224 is configured to receive the mouse event and the mobile phone screen coordinate data sent by the vehicle-mounted host, simulate the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and control the smart phone to perform corresponding operation according to the operation instruction;
the sending module 225 is configured to send the audio/video stream of the smartphone to the vehicle-mounted host through the audio/video conversion device;
the audio/video conversion device 230 is provided;
the conversion module 231 is configured to convert the audio stream and the video stream of the smart phone into an audio stream and a video stream in accordance with the audio and video input format of the in-vehicle host according to the audio and video input format of the in-vehicle host, and input the converted audio stream and video stream to the in-vehicle host.
Preferably, the vehicle-mounted host 210 is further provided with a CVBS video input interface, a VGA video input interface, an RGB video input interface, and an L/R audio input interface, the smart phone is provided with an MHL interface or an HDMI interface, and the conversion module 231 is respectively connected with the CVBS video input interface, the VGA video input interface, the RGB video input interface, and the L/R audio input interface of the vehicle-mounted host 210 through data lines;
the conversion module 231 is further connected to the MHL interface or the HDMI interface of the smart phone 210 through a data line.
In the system of the preferred embodiment, the mouse event, the position coordinate, the smart phone screen pixel size data, and the phone screen coordinate data are transmitted by establishing a wireless connection between the smart phone 220 and the vehicle-mounted host 210, and the wireless connection is established in the following manner;
the vehicle-mounted host 210 is provided with a first bluetooth module 213 and/or a first WIFI module 214, and the smart phone 220 is provided with a second bluetooth module 221 in communication connection with the first bluetooth module 213 and/or a second WIFI module 222 in communication connection with the first WIFI module 214.
In actual use, the user can select to establish wireless connection through the Bluetooth module or establish wireless connection through the WIFI module.
In summary, the present invention provides a method and a system for displaying and controlling a smart phone by a vehicle-mounted host, wherein a video of the smart phone is synchronously displayed on a large screen of the vehicle-mounted host, an audio is played by a vehicle-mounted high-tone sound device, and a user can conveniently perform operations such as dialing/answering a phone call of the smart phone on a vehicle by controlling the vehicle-mounted host; various application programs of the smart phone are operated, generally, the application programs of the smart phone are frequently updated and upgraded, and therefore navigation and multimedia contents of vehicle-mounted electronics are enriched. Meanwhile, the pleasure and the safety of driving are improved. The system provided by the invention can be compatible with various mobile phones with MHL or HDMI output.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (8)
1. A method for displaying and controlling a smart phone through a vehicle-mounted host is characterized by comprising the following steps;
A. the method comprises the steps of transmitting a screen interface of the smart phone to a vehicle-mounted host through an audio and video conversion device in a video stream mode, and transmitting audio data of the smart phone to the vehicle-mounted host through the audio and video conversion device in an audio stream mode;
B. establishing wireless connection between the vehicle-mounted host and the smart phone;
C. when the mouse hook software on the vehicle-mounted host monitors that the vehicle-mounted host receives a mouse event input by a user through a touch screen, the mouse hook software acquires the mouse event and a position coordinate corresponding to the mouse event;
D. the mouse hook software receives smart phone screen pixel size data sent by the smart phone in advance in a wireless mode, converts position coordinates corresponding to the mouse event into mobile phone screen coordinate data according to the smart phone screen pixel size data, sends the mobile phone screen coordinate data and the mouse event to the smart phone in a wireless mode, and the smart phone obtains the smart phone screen pixel size data through an application programming interface;
E. the smart phone receives the mouse event and the mobile phone screen coordinate data, simulates the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and controls the smart phone to perform corresponding operation according to the operation instruction;
the user can answer/make a call, surf the internet and browse and watch videos by controlling the application program of the smart phone on the touch screen of the vehicle-mounted host.
2. The method for displaying and controlling the smart phone through the vehicle-mounted host computer according to claim 1, wherein the step A further comprises; the audio and video conversion device is respectively connected with the vehicle-mounted host and the smart phone through data lines.
3. The method according to claim 1, wherein the step C further comprises the step of continuing to monitor by the mouse hook software when the mouse hook software does not monitor that the vehicle host receives a mouse event input by a user through a touch screen.
4. The method for displaying and controlling the smart phone through the vehicle-mounted host computer according to claim 1, wherein the step B further comprises;
establishing wireless connection with a second Bluetooth module installed on the smart phone through a first Bluetooth module installed on the vehicle-mounted host;
or wireless connection is established between a first WIFI module installed on the vehicle-mounted host and a second WIFI module installed on the smart phone.
5. The method for displaying and controlling the smart phone through the on-board host according to claim 4, wherein the first Bluetooth module is in communication connection with the second Bluetooth module through an SPP protocol, and the first WIFI module is in communication connection with the second WIFI module through a TCP/IP protocol.
6. A system based on the method of any one of claims 1 to 5, comprising: the vehicle-mounted intelligent mobile phone comprises a vehicle-mounted host computer and an intelligent mobile phone, wherein the vehicle-mounted host computer is arranged on an automobile;
the touch sensing and displaying module is used for receiving a mouse event input by a user in a touch manner and displaying a screen interface of the smart phone;
the audio and video stream analysis module is used for receiving and analyzing the audio stream and the video stream which are sent by the smart phone and converted by the audio and video conversion device, and transmitting the analyzed video stream to the touch sensing and display module for displaying;
the mouse hook module is used for receiving the size data of the smart phone screen pixels sent by the smart phone in a wireless mode, monitoring and acquiring a mouse event input by a user through the touch sensing and display module and a position coordinate corresponding to the mouse event, converting the position coordinate corresponding to the mouse event into mobile phone screen coordinate data according to the smart phone screen pixel size data, and sending the mouse event and the mobile phone screen coordinate data to the smart phone in a wireless mode;
the smart phone is provided with;
the acquisition module is used for acquiring the pixel size data of the screen of the smart phone through an application programming interface and sending the pixel size data of the screen of the smart phone to the vehicle-mounted host;
the analysis module is used for receiving the mouse event and the mobile phone screen coordinate data sent by the vehicle-mounted host, simulating the mouse event and the mobile phone screen coordinate data to form a corresponding operation instruction, and controlling the smart phone to perform corresponding operation according to the operation instruction;
the transmitting module is used for transmitting the audio stream and the video stream of the smart phone to the vehicle-mounted host through the audio/video conversion device;
the audio and video conversion device is provided with;
the conversion module is used for converting the audio stream and the video stream of the smart phone into the audio stream and the video stream which are consistent with the audio and video input format of the vehicle-mounted host according to the audio and video input format of the vehicle-mounted host, and inputting the converted audio stream and video stream into the vehicle-mounted host; the user can answer/make a call, surf the internet and browse and watch videos by controlling the application program of the smart phone on the touch screen of the vehicle-mounted host.
7. The system of claim 6, wherein the vehicle-mounted host is further provided with a first Bluetooth module and/or a first WIFI module, and the smart phone is provided with a second Bluetooth module in communication connection with the first Bluetooth module and/or a second WIFI module in communication connection with the first WIFI module; wherein,
the first Bluetooth module is in communication connection with the second Bluetooth module through an SPP protocol, or the first WIFI module is in communication connection with the second WIFI module through a TCP/IP protocol.
8. The system of claim 6, wherein the vehicle-mounted host is further provided with a CVBS video input interface, a VGA video input interface, an RGB video input interface and an L/R audio input interface, wherein the smart phone is provided with an MHL interface or an HDMI interface;
the conversion module of the audio/video conversion device is respectively connected with a CVBS video input interface or a VGA video input interface or an RGB video input interface of the vehicle-mounted host computer through a data line and is connected with an L/R audio input interface;
the intelligent mobile phone is also connected with an MHL interface or an HDMI interface of the intelligent mobile phone through a data line.
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| CN102594903A (en) * | 2012-03-02 | 2012-07-18 | 许晓聪 | Intelligentized mobile vehicle-mounted system |
| CN102780778A (en) * | 2012-07-23 | 2012-11-14 | 深圳市航盛电子股份有限公司 | Method for mutual control of vehicle-mounted intelligent system and intelligent terminal |
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