CN103036968A - Method and system for smart phone controlled and displayed by vehicle-mounted host computer - Google Patents
Method and system for smart phone controlled and displayed by vehicle-mounted host computer Download PDFInfo
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- CN103036968A CN103036968A CN2012105303251A CN201210530325A CN103036968A CN 103036968 A CN103036968 A CN 103036968A CN 2012105303251 A CN2012105303251 A CN 2012105303251A CN 201210530325 A CN201210530325 A CN 201210530325A CN 103036968 A CN103036968 A CN 103036968A
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Abstract
The invention discloses a method and a system for a smart phone controlled and displayed by vehicle-mounted host computer. The method comprises the steps of transferring a screen interface of the smart phone to the vehicle-mounted host computer by means of video streaming and through an audio and video conversion device, transferring audio data of the smart phone to the vehicle-mounted host computer by means of audio streaming and through the audio and video conversion device, conversing a position coordinate which corresponds to a mouse event to coordinate data of a phone screen by a mouse hook software according to data of the pixel size of the smart phone screen, simulating the mouse event and the coordinate data of the phone screen by the smart phone, forming a corresponding operational order, and controlling the smart phone to carry out a corresponding operation according to the operational order. According to the method and the system for the smart phone controlled and displayed by vehicle-mounted host computer, a user in a vehicle is enabled to control the vehicle-mounted host computer, and moreover operations such as phone dialing and answering can be carried out conveniently, and various applications of the smart phone can be run.
Description
Technical field
The present invention relates to the vehicle electric field of onboard wireless network and application, in particular a kind of method and system that show and control smart mobile phone by on-vehicle host.
Background technology
In recent years, the development of smart mobile phone has been led over on-vehicle host aspect a lot, therefore, industry has got down to smart mobile phone and on-vehicle host has been coupled together, so that the user can show by on-vehicle host the screen of mobile phone, play the voice output of smart mobile phone, operation by the on-vehicle host screen, realize smart mobile phone answer/make phone, application program on the operation mobile phone, so that the user is in driving procedure, operating handset reduces user's hazards that operating handset brings in driving procedure easily.
Can reach the technology that connects on-vehicle host and smart mobile phone in the prior art and mainly contain the MirrorLink agreement, the MirrorLink agreement is also fully not universal in mobile phone industry but MirrorLink agreement defective is, many cell phone manufacturers also do not add this association, and for this high-end cell phone manufacturer of apple, do not support the MirrorLink agreement, agreement and the software of the similar MirrorLink function of a cover is arranged oneself.
The MirrorLink agreement is also fully not universal in mobile phone industry but MirrorLink agreement defective is, many cell phone manufacturers also do not add this association, and for this high-end cell phone manufacturer of apple, do not support the MirrorLink agreement, agreement and the software of the similar MirrorLink function of a cover is arranged oneself.Therefore, present many mobile phones are not also supported the MirrorLink agreement.This is so that the extensive use of MirrorLink agreement brings significant limitation.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The technical problem to be solved in the present invention is, defects for prior art, a kind of method and system that show and control smart mobile phone by on-vehicle host are provided, realize that the user operates at the touch-screen of on-vehicle host, the Mouse hook software monitoring of on-vehicle host also receives the mouse event of touch-screen and the position coordinates corresponding with described mouse event, and convert according to the smart mobile phone screen pixels size data position coordinates that described mouse event is corresponding, and the mobile phone screen coordinate data after will converting and described mouse event send to smart mobile phone, described smart mobile phone is at the described mouse event of described mobile phone screen coordinate simulation, namely simulates in operations such as the click of this position or slips.By the present invention, so that the user is in the process of steering vehicle, can control easily the application program of smart mobile phone by on-vehicle host, in the user friendly while, also promoted driving safety.
The technical scheme that technical solution problem of the present invention adopts is as follows:
A kind of method by on-vehicle host demonstration and control smart mobile phone wherein, comprises step;
A, 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 described audio-video conversion device; The touch-screen of described on-vehicle host shows the screen interface of described smart mobile phone, the stereo set playing audio data that is connected with described on-vehicle host;
B, the wireless connections of setting up described on-vehicle host and described smart mobile phone;
C, when the Mouse hook software on the described on-vehicle host monitors described on-vehicle host and receives the mouse event of user by touch-screen input, then described Mouse hook software obtains described mouse event and the position coordinates corresponding with described mouse event;
D, described Mouse hook software receive the smart mobile phone screen pixels size data that described smart mobile phone sends in advance by wireless mode, and according to described smart mobile phone screen pixels size data the position coordinates corresponding with described mouse event is scaled the mobile phone screen coordinate data, and described mobile phone screen coordinate data and described mouse event are sent to smart mobile phone by wireless mode;
E, described smart mobile phone receive described mouse event and mobile phone screen coordinate data, simulate described mouse event and described mobile phone screen coordinate data and form corresponding operational order, and control described smart mobile phone and operate accordingly according to described operational order.
Described steps A also comprises; Described audio-video conversion device by data wire respectively with described on-vehicle host be connected smart mobile phone and be connected.
Described step C also comprises, when described Mouse hook software did not monitor described on-vehicle host and receives the user by touch-screen input mouse event, then described Mouse hook software continued monitoring.
Described step B also comprises;
Set up wireless connections by the first bluetooth module that is installed on the described on-vehicle host with the second bluetooth module that is installed on the described smart mobile phone;
Perhaps, set up wireless connections by a WIFI module that is installed on the described on-vehicle host with the 2nd WIFI module that is installed on the described smart mobile phone.
Described the first bluetooth module is by SPP agreement and the communication connection of described the second bluetooth module, and a described WIFI module is connected with described the 2nd WIFI module communication by ICP/IP protocol.
Described step D also comprises; Described smart mobile phone obtains smart mobile phone screen pixels size data by application programming interface.
A kind of system based on said method, comprise: be used for being installed in the on-vehicle host on the automobile, and with the smart mobile phone of described on-vehicle host communication connection, its also comprise respectively with described on-vehicle host be connected the audio-video conversion device that smart mobile phone is connected by data wire, wherein, described on-vehicle host is provided with;
Touch sensible and display module are used for receiving the mouse event that the user touches input, and show the screen interface of smart mobile phone;
The audio/video flow parsing module be used for receiving and resolve audio stream and the video flowing that described smart mobile phone sends and process audio frequency and video reforming unit transforms, and the described video flowing after will resolving sends described touch sensible to and display module shows; Sending the described audio stream of parsing to be connected with described on-vehicle host stereo set plays;
The Mouse hook module, be used for receiving the described smart mobile phone screen pixels size data that smart mobile phone sends by wireless mode, monitoring is also obtained the user by described touch sensible and the mouse event of display module input and the position coordinates corresponding with described mouse event, and according to described smart mobile phone screen pixels size data the position coordinates corresponding with described mouse event is scaled the mobile phone screen coordinate data; And described mouse event and mobile phone screen coordinate data sent to described smart mobile phone by wireless mode;
Described smart mobile phone is provided with;
Acquisition module is used for obtaining smart mobile phone screen pixels size data by application programming interface, and described smart mobile phone screen pixels size data is sent to described on-vehicle host;
Parsing module, be used for receiving described mouse event and the described mobile phone screen coordinate data that described on-vehicle host sends, and simulate described mouse event and described mobile phone screen coordinate data and form corresponding operational order, and control described smart mobile phone and carry out corresponding operating according to described operational order;
Sending module is used for audio stream and the video flowing of smart mobile phone are sent to described on-vehicle host by audio-video conversion device;
Described audio-video conversion device is provided with;
Modular converter, be used for the Voice ﹠ Video pattern of the input according to on-vehicle host, convert the audio stream of described smart mobile phone to the audio stream consistent with the Voice ﹠ Video pattern of the input of on-vehicle host and video flowing with video flowing, and the audio stream after the described conversion and video flowing are input to described on-vehicle host.
Described on-vehicle host also is provided with the first bluetooth module and/or a WIFI module, and described smart mobile phone is provided with and the second bluetooth module of described the first bluetooth module communication connection and/or the 2nd WIFI module that is connected with a described WIFI module communication; Wherein,
Described the first bluetooth module is by SPP agreement and the communication connection of described the second bluetooth module, and perhaps a described WIFI module is connected with described the 2nd WIFI module communication by ICP/IP protocol.
Described on-vehicle host also is provided with CVBS video input interface or VGA video input interface or rgb video input interface, and the L/R audio input interface; Described smart mobile phone is provided with MHL interface or HDMI interface;
The modular converter of described audio-video conversion device is connected with the CVBS video input interface of described on-vehicle host or VGA video input interface or rgb video input interface respectively by data wire, is connected with the L/R audio input interface;
It also is connected with MHL interface or the HDMI interface of described smart mobile phone by data wire.
A kind of method and system that show and control smart mobile phone by on-vehicle host provided by the present invention, by the Mouse hook software that arranges in on-vehicle host, the user is scaled coordinate data corresponding on the mobile phone screen at the mouse event of on-vehicle host touch-screen touch input and the position coordinates corresponding with described mouse event, so that smart mobile phone carries out synchronous mouse click according to described coordinate data and mouse event, move and wait action, reached the purpose by on-vehicle host control smart mobile phone, interface and the display interface on the smart mobile phone screen of on-vehicle host touch screen display of the present invention are synchronous, and the audio stream of mobile phone is play by the high tone quality stereo set of automobile.
Description of drawings
Fig. 1 is a kind of preferred embodiment flow chart of steps that shows and control the method for smart mobile phone by on-vehicle host provided by the invention.
Fig. 2 is the operation principle preferred embodiment schematic diagram of described audio-video conversion device provided by the present invention.
Fig. 3 the present invention is based on describedly to show and the preferred embodiment structural representation of the system of the method for control smart mobile phone by on-vehicle host.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, clear and definite, developing simultaneously referring to accompanying drawing, the present invention is described in more detail for embodiment.Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
Below in conjunction with Fig. 1 method provided by the present invention is elaborated, wherein, Fig. 1 is a kind of preferred embodiment flow chart of steps that shows and control the method for smart mobile phone by on-vehicle host provided by the invention.
Wherein in conjunction with Fig. 2 the operation principle of audio-video conversion device is elaborated, namely described audio-video conversion device 310 is connected L/R audio input interface 321 with the CVBS video input interface of described on-vehicle host or VGA video input interface or rgb video input interface 320 respectively by data wire and is connected with on-vehicle host; It also is connected with MHL interface 301 or the HDMI interface 302 of described smart mobile phone by data wire.
Namely working as described audio-video conversion device 310 is connected with the MHL interface 301 of described smart mobile phone, then described audio-video conversion device 320 is converted to the HDMI form to the audio/video flow of MHL form first, when described audio-video conversion device 310 is connected with the HDMI interface 302 of described smart mobile phone, then receive the audio/video flow of HDMI form.The audio/video flow of described HDMI form is converted to video flowing and the L/R audio stream of CVBS or VGA or rgb format.
Described video flowing for CVBS or VGA or rgb format is connected to on-vehicle host CVBS or VGA or rgb video input interface 320, described audio stream is connected connection with on-vehicle host L/R audio input interface.
Wherein, the concrete mode of setting up wireless connections is; Set up wireless connections by the first bluetooth module that is installed on the described on-vehicle host with the second bluetooth module that is installed on the described smart mobile phone; Perhaps, set up wireless connections by a WIFI module that is installed on the described on-vehicle host with the 2nd WIFI module that is installed on the described smart mobile phone.
Described the first bluetooth module is by SPP agreement and the communication connection of described the second bluetooth module, and a described WIFI module is connected with described the 2nd WIFI module communication by ICP/IP protocol.
Mouse hook software on step 103, the described on-vehicle host is monitored described on-vehicle host and whether is received the user by touch-screen input mouse event;
When described Mouse hook software does not monitor, then enter step 104, described Mouse hook software continuation monitoring;
When described Mouse hook software monitors, then enter step 105, described Mouse hook software obtains described mouse event and the position coordinates corresponding with described mouse event;
Wherein, described smart mobile phone obtains smart mobile phone screen size data by application programming interface, and described application programming interface is called for short API.
By this preferred embodiment, in concrete use procedure, the user is connected with described on-vehicle host described smart mobile phone first by audio-video conversion device, the screen interface of the touch-screen simultaneous display smart mobile phone of described on-vehicle host, the stereo set that is connected with on-vehicle host is play the audio stream of smart mobile phone output, this moment, the user can carry out touch operation at the touch-screen of on-vehicle host, the Mouse hook software monitoring of on-vehicle host is also obtained mouse event and the position coordinates corresponding with described mouse event, and be converted into the coordinate data of smart mobile phone screen according to position coordinates corresponding to the described mouse event of the large young pathbreaker of smart mobile phone screen pixels, and described mouse event and coordinate data sent to smart mobile phone, so that the user is by just controlling the application program of smart mobile phone on the on-vehicle host touch-screen, answer/make phone for example, surf the web, watch video etc., solve the hidden danger that the direct control smart mobile phone brings in user's steering vehicle process.
The present invention also provides a system, below in conjunction with Fig. 3 the structure of described system is elaborated, and wherein, Fig. 3 is the preferred embodiment structural representation that the present invention is based on the system of described method by on-vehicle host control smart mobile phone.
As shown in Figure 3, described system comprises be used to the on-vehicle host 210 that is installed on the automobile, with the smart mobile phone 220, of described on-vehicle host 210 communication connections respectively with described on-vehicle host be connected the audio-video conversion device 230 that smart mobile phone is connected by data wire;
Described on-vehicle host 210 comprises;
Touch sensible and display module 211 are used for receiving the mouse event that the user touches input, and it also is used for showing the screen interface of described smart mobile phone;
Audio/video flow parsing module 215 be used for receiving and resolve audio stream and the video flowing that described smart mobile phone sends and process audio frequency and video reforming unit transforms, and the described video flowing after will resolving sends described touch sensible to and display module shows; Sending the described audio stream of parsing to be connected with described on-vehicle host stereo set plays;
Described smart mobile phone 220 is provided with;
Parsing module 224, be used for receiving described mouse event and the described mobile phone screen coordinate data that described on-vehicle host sends, and simulate described mouse event and described mobile phone screen coordinate data and form corresponding operational order, and control described smart mobile phone and carry out corresponding operating according to described operational order;
Sending module 225 is used for the audio/video flow of smart mobile phone is sent to described on-vehicle host by audio-video conversion device;
Described audio-video conversion device 230 is provided with;
Preferably, described on-vehicle host 210 also is provided with CVBS video input interface or VGA video input interface or rgb video input interface, and the L/R audio input interface; Described smart mobile phone is provided with MHL interface or HDMI interface; Described modular converter 231 is connected with the L/R audio input interface with the CVBS video input interface of described on-vehicle host 210 or VGA video input interface or rgb video input interface respectively by data wire;
Described modular converter 231 also is connected with MHL interface or the HDMI interface of described smart mobile phone 210 by data wire.
In the system of this preferred embodiment, described mouse event, described position coordinates, described smart mobile phone screen pixels size data, described mobile phone screen coordinate data are set up wireless connections by described smart mobile phone 220 with described on-vehicle host 210 and are transmitted, and its mode of setting up wireless connections is;
Be provided with the first bluetooth module 213 and/or a WIFI module 214 on the described on-vehicle host 210, be provided with on the described smart mobile phone 220 and the second bluetooth module 221 of described the first bluetooth module 213 communication connections and/or the 2nd WIFI module 222 that communicates to connect with a described WIFI module 214.
The user in actual use, can select is to set up wireless connections by bluetooth module, perhaps sets up wireless connections by the WIFI module.
In sum, the invention provides the method and system that a kind of on-vehicle host shows and control smart mobile phone, the audio video synchronization of mobile phone is presented on the large-screen of on-vehicle host, audio frequency is play by the stereo set of vehicle-mounted high tone quality, the user can be by to the control of on-vehicle host on automobile, the operation such as carry out that mobile portable phone is dialed/answered easily; The various application programs of operation smart mobile phone, usually, the application program of mobile phone is often upgraded and upgrading, and therefore, the present invention has enriched navigation and the content of multimedia of vehicle electronics.Simultaneously, enjoyment and the fail safe of driving have also been promoted.Can compatible multiplely there be the mobile phone of MHL or HDMI output in system provided by the present invention.
Should be understood that application of the present invention is not limited to above-mentioned giving an example, for those of ordinary skills, can be improved according to the above description or conversion that all these improvement and conversion all should belong to the protection range of claims of the present invention.
Claims (9)
1. the method by on-vehicle host demonstration and control smart mobile phone is characterized in that, comprises step;
A, 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 described audio-video conversion device; The touch-screen of described on-vehicle host shows the screen interface of described smart mobile phone, the stereo set playing audio data that is connected with described on-vehicle host;
B, the wireless connections of setting up described on-vehicle host and described smart mobile phone;
C, when the Mouse hook software on the described on-vehicle host monitors described on-vehicle host and receives the mouse event of user by touch-screen input, then described Mouse hook software obtains described mouse event and the position coordinates corresponding with described mouse event;
D, described Mouse hook software receive the smart mobile phone screen pixels size data that described smart mobile phone sends in advance by wireless mode, and according to described smart mobile phone screen pixels size data the position coordinates corresponding with described mouse event is scaled the mobile phone screen coordinate data, and described mobile phone screen coordinate data and described mouse event are sent to smart mobile phone by wireless mode;
E, described smart mobile phone receive described mouse event and mobile phone screen coordinate data, simulate described mouse event and described mobile phone screen coordinate data and form corresponding operational order, and control described smart mobile phone and operate accordingly according to described operational order.
2. the method by on-vehicle host demonstration and control smart mobile phone according to claim 1 is characterized in that described steps A also comprises; Described audio-video conversion device by data wire respectively with described on-vehicle host be connected smart mobile phone and be connected.
3. according to claim 1ly show and the method for control smart mobile phone by on-vehicle host, it is characterized in that, described step C also comprises, do not receive the user when the touch-screen input mouse event when described Mouse hook software monitors described on-vehicle host, then described Mouse hook software continues monitoring.
4. the method by on-vehicle host demonstration and control smart mobile phone according to claim 1 is characterized in that described step B also comprises;
Set up wireless connections by the first bluetooth module that is installed on the described on-vehicle host with the second bluetooth module that is installed on the described smart mobile phone;
Perhaps, set up wireless connections by a WIFI module that is installed on the described on-vehicle host with the 2nd WIFI module that is installed on the described smart mobile phone.
5. according to claim 4ly show and the method for control smart mobile phone by on-vehicle host, it is characterized in that, described the first bluetooth module is by SPP agreement and the communication connection of described the second bluetooth module, and a described WIFI module is connected with described the 2nd WIFI module communication by ICP/IP protocol.
6. the method by on-vehicle host demonstration and control smart mobile phone according to claim 1 is characterized in that described step D also comprises; Described smart mobile phone obtains smart mobile phone screen pixels size data by application programming interface.
7. system based on the described method of claim 1 to 6 any one, comprise: be used for being installed in the on-vehicle host on the automobile, and with the smart mobile phone of described on-vehicle host communication connection, its also comprise respectively with described on-vehicle host be connected the audio-video conversion device that smart mobile phone is connected by data wire, it is characterized in that described on-vehicle host is provided with;
Touch sensible and display module are used for receiving the mouse event that the user touches input, and show the screen interface of smart mobile phone;
The audio/video flow parsing module be used for receiving and resolve audio stream and the video flowing that described smart mobile phone sends and process audio frequency and video reforming unit transforms, and the described video flowing after will resolving sends described touch sensible to and display module shows; Sending the described audio stream of parsing to be connected with described on-vehicle host stereo set plays;
The Mouse hook module, be used for receiving the described smart mobile phone screen pixels size data that smart mobile phone sends by wireless mode, monitoring is also obtained the user by described touch sensible and the mouse event of display module input and the position coordinates corresponding with described mouse event, and according to described smart mobile phone screen pixels size data the position coordinates corresponding with described mouse event is scaled the mobile phone screen coordinate data; And described mouse event and mobile phone screen coordinate data sent to described smart mobile phone by wireless mode;
Described smart mobile phone is provided with;
Acquisition module is used for obtaining smart mobile phone screen pixels size data by application programming interface, and described smart mobile phone screen pixels size data is sent to described on-vehicle host;
Parsing module, be used for receiving described mouse event and the described mobile phone screen coordinate data that described on-vehicle host sends, and simulate described mouse event and described mobile phone screen coordinate data and form corresponding operational order, and control described smart mobile phone and carry out corresponding operating according to described operational order;
Sending module is used for audio stream and the video flowing of smart mobile phone are sent to described on-vehicle host by audio-video conversion device;
Described audio-video conversion device is provided with;
Modular converter, be used for the Voice ﹠ Video pattern of the input according to on-vehicle host, convert the audio stream of described smart mobile phone to the audio stream consistent with the Voice ﹠ Video pattern of the input of on-vehicle host and video flowing with video flowing, and the audio stream after the described conversion and video flowing are input to described on-vehicle host.
8. system according to claim 7, it is characterized in that, described on-vehicle host also is provided with the first bluetooth module and/or a WIFI module, and described smart mobile phone is provided with and the second bluetooth module of described the first bluetooth module communication connection and/or the 2nd WIFI module that is connected with a described WIFI module communication; Wherein,
Described the first bluetooth module is by SPP agreement and the communication connection of described the second bluetooth module, and perhaps a described WIFI module is connected with described the 2nd WIFI module communication by ICP/IP protocol.
9. system according to claim 7 is characterized in that, described on-vehicle host also is provided with CVBS video input interface or VGA video input interface or rgb video input interface, and the L/R audio input interface; Described smart mobile phone is provided with MHL interface or HDMI interface;
The modular converter of described audio-video conversion device is connected with the CVBS video input interface of described on-vehicle host or VGA video input interface or rgb video input interface respectively by data wire, is connected with the L/R audio input interface;
It also is connected with MHL interface or the HDMI interface of described smart mobile phone by data wire.
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