CN103332150B - Vehicle carried mobile phone control system and method - Google Patents
Vehicle carried mobile phone control system and method Download PDFInfo
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- CN103332150B CN103332150B CN201310288462.3A CN201310288462A CN103332150B CN 103332150 B CN103332150 B CN 103332150B CN 201310288462 A CN201310288462 A CN 201310288462A CN 103332150 B CN103332150 B CN 103332150B
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Abstract
Major design one class vehicle carried mobile phone tele-control system of the present invention and method.System is by control terminal, and vehicle carried mobile phone, slewing, automobile mechanical interface, car data interface, in car-mounted computer, automobile electric interface, automobile, circuit forms.A kind of typical control method is set up wireless telecommunications between control terminal with vehicle carried mobile phone to be connected, in the information that control terminal screen display vehicle carried mobile phone camera collection arrives, by controlling to send instructions to vehicle carried mobile phone at control terminal button or touch screen, after vehicle carried mobile phone receives instruction, via car data interface by command to car-mounted computer, control circuit in automobile, to drive the circuit of slewing, slewing is rotated, finally reaches mobile phone camera and point to the object of wishing the orientation seen.
Description
Technical field
Vehicle-mounted peripheral system and telecommunication, vehicle-mounted peripheral system is auxiliary with driving.
Background technology
During usual automobile driver carrying children, it can be allowed to be sitting in copilot station or rear deck seat, many times need to look after its state, harmful effect is formed for single-hearted devotion driving.The present invention is head it off, designs a kind of vehicle carried mobile phone control system, and when driving, another people long-rangely can be chatted with child attracted its attention etc. by situation inside and outside this system immediate observation car, makes driving safer.At hour of danger, can also chaufeur be waken up with a start, avoid traffic accident.By the additional function of this system, vehicle condition information can also be obtained.
Summary of the invention
Major design one class vehicle carried mobile phone tele-control system of the present invention and method.
The first system is by control terminal, vehicle carried mobile phone, slewing, automobile mechanical interface, car data interface, circuit composition in car-mounted computer, automobile electric interface, automobile, wherein control terminal can be all kinds of mobile phone, computing machine and computer, and vehicle carried mobile phone can be all kinds of mobile phone having camera function; By in 2G network, 3G network, LTE network, 4G network, satellite communication network, one or more set up communication link between control terminal and vehicle carried mobile phone; Car-mounted computer can be car running computer conputer controlled module, Automobile Computing Platform central computer system, vehicle carried video equipment computer and all kinds of to be installed on automobile can the computing machines of realizing circuit controlling functions.
The relation of various parts is as follows:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, and any instrument can not be utilized to take off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected with car data interface, to realize and the communication of car-mounted computer, and optional acquisition electric energy;
Car-mounted computer can control circuit in automobile, to drive the circuit of slewing, controls slewing and rotates;
Slewing obtains electric energy by the electrical interface of itself and automobile, maybe can carry common batteries, storage battery or solar cell.
System control method is:
First make to set up wireless telecommunications between control terminal with vehicle carried mobile phone to be connected, in the information that control terminal screen display vehicle carried mobile phone camera collection arrives, by controlling to send instructions to vehicle carried mobile phone at control terminal button or touch screen, after vehicle carried mobile phone receives instruction, via car data interface by command to car-mounted computer, control the circuit of circuit drives slewing in automobile, rotate to control slewing, make mobile phone camera point to different azimuth.
The second system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface, automobile mechanical interface, automobile electric interface, in automobile circuit composition:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, and any instrument can not be utilized to take off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by electrical interface;
Slewing is connected with circuit in automobile by automobile electric interface, obtains electric energy from automobile circuit.
The third system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface, automobile mechanical interface form:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, and any instrument can not be utilized to take off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by electrical interface;
Slewing can carry common batteries, storage battery or solar cell.
4th kind of system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface form:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is by pasting, and binding or suction type are fixed on car body, or is fixed by the middle mode being connected another object with car body;
Vehicle carried mobile phone is fixed on slewing, and any instrument can not be utilized to take off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by electrical interface;
Slewing can carry common batteries, storage battery, solar cell.
Above second, 3rd, 4th kind of system is by common control method, namely first make to set up wireless telecommunications between control terminal with vehicle carried mobile phone to be connected, in the information that control terminal screen display vehicle carried mobile phone camera collection arrives, again by controlling to send instructions to vehicle carried mobile phone at control terminal button or touch screen, after vehicle carried mobile phone receives instruction, processing instruction information and produce USB interface and or earphone interface signal, signal via USB interface and or earphone interface, be transferred to slewing electrical interface, drive the circuit of slewing, rotate to control slewing, mobile phone camera is made to point to different azimuth.
In addition, two kinds of Premium Features can also be realized by the first system:
Instruction is sent from control terminal, after vehicle carried mobile phone receives instruction, via car data interface by command to car-mounted computer, control circuit in automobile, electric-controlled parts is operated and changes operative condition, electric-controlled parts refers to the parts that can be realized control by circuit here;
The data message that car-mounted computer can be collected, via car data interface, is transferred to vehicle carried mobile phone, and vehicle carried mobile phone, via wireless network, sends data to Systematical control terminal.
Accompanying drawing explanation
Fig. 1 is system schematic, expression system by manually operated control terminal, radio communication chain circuit, vehicle carried mobile phone, slewing, slewing electrical interface, automobile mechanical interface, car data interface, circuit composition in car-mounted computer, automobile electric interface, automobile.
Detailed description of the invention
In conjunction with Fig. 1 in Figure of description, the simplest typical apply scene of the second system in summary of the invention is described, other are not repeated.
Choose two smart mobile phone A, B, both can pass through 3G network transmission of video information, and all have camera.
Using mobile phone A as control terminal, control software design is installed and runs.
Using mobile phone B as vehicle carried mobile phone, controlled software be installed and run, can receive and process the command information of mobile phone A control software design.
Slewing is made up of two external electrical interfaces of pedestal, two sections of axles (epimere and hypomere), mobile phone holding device, pedestal interior circuit board, two motors be connected with pedestal circuit card, circuit card, wherein:
A). pedestal mechanical interface mates completely with the mechanical interface of ashtray in automobile, can insert in ashtray in automobile mechanical interface, be fixed on vehicle body;
B). have circuit card in pedestal, its one end electrical interface is connected with automobile cigarette lighter electrical interface, to obtain electric energy supply from automobile;
C). pedestal is connected by rotatable connectors with two section axle, and the motor control interface of being powered by circuit card rotates, and makes two section axle around pedestal pitch rotation;
D). connected by interface blowout patche envelope between two sections of axle two sections, two sections are connected to and are positioned at axle motor two rotors rotated in opposite directions, and motor is powered by pedestal interior circuit board, if there is control electric current, epimere axle can be made to rotate around hypomere axle;
E). the top of slewing is holding device, can clamp mobile phone, and is aided with rubber band and fixes.
Mobile phone B is fixed on the holding device of slewing.
The USB interface of mobile phone B is connected with the other end electrical interface of slewing.
Mobile phone A and mobile phone B set up data cube computation.
The information that mobile phone A display mobile phone B camera collection arrives.
Operator checks the video image information shown in mobile phone A, and finding needs mobile phone B is rotated to certain direction, namely in mobile phone A control software design, inputs instruction and sends.
Command information is transferred to mobile phone B by Wi-Fi.
Mobile phone B receives command information, and the command information that its controlled software process receives also is supported by mobile phone software and hardware, controls USB interface and exports.
Mobile phone USB interface outputs information to connected slewing electrical interface.
Slewing electrical interface signals drives the change of pedestal interior circuit board electric current and voltage, control linkage two motor rotations on circuit boards, two section axle is rotated around pedestal pitching, or two sections of axle epimere axles rotate around hypomere, drive mobile phone to point to different azimuth, make camera absorb the information of different azimuth.
Claims (10)
1. a vehicle carried mobile phone control system, is characterized in that, system by control terminal, vehicle carried mobile phone, slewing, automobile mechanical interface, car data interface, in car-mounted computer, automobile electric interface, automobile circuit composition:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, can with taking off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected with car data interface, to realize and the communication of car-mounted computer, and optional acquisition electric energy;
After vehicle carried mobile phone receives the instruction of control terminal transmission, via car data interface by command to car-mounted computer, car-mounted computer controls circuit in automobile, to drive the circuit of slewing, control slewing rotates, and makes vehicle carried mobile phone camera point to different azimuth;
Slewing obtains electric energy by the electrical interface of itself and automobile, maybe can carry common batteries, storage battery or solar cell.
2. system according to claim 1, it is characterized in that, slewing has two rotating shafts, and mobile phone level and pitch orientation can be driven to rotate.
3. system according to claim 1, it is characterized in that, control terminal can be all kinds of mobile phone, computing machine and computer, vehicle carried mobile phone can be all kinds of mobile phone having camera function, by in 2G network, 3G network, LTE network, 4G network, satellite communication network, one or more set up communication link between control terminal and vehicle carried mobile phone, car-mounted computer can be Hang Che electricity Nao conputer controlled module, Qi Chejisuanpingtai central computer system, vehicle carried video equipment computer and all kinds of to be installed on automobile can the computing machine of realizing circuit controlling functions.
4. a vehicle carried mobile phone motion control method, it is characterized in that, utilize system described in claim 1 or 2 or 3, first make to set up wireless telecommunications between control terminal with vehicle carried mobile phone to be connected, in the information that control terminal screen display vehicle carried mobile phone camera collection arrives, by controlling to send instructions to vehicle carried mobile phone at control terminal button or touch screen, after vehicle carried mobile phone receives instruction, via car data interface by command to car-mounted computer, control the circuit of circuit drives slewing in automobile, rotate to control slewing, mobile phone camera is made to point to different azimuth.
5. the long-range control method of electric-controlled parts in an automobile, it is characterized in that, utilize system described in claim 1, instruction is sent from control terminal, after vehicle carried mobile phone receives instruction, via car data interface by command to car-mounted computer, control circuit in automobile, electric-controlled parts operated and changes operative condition.
6. an automotive operation data capture method, is characterized in that, utilizes system described in claim 1, the data message that car-mounted computer can be collected, via car data interface, is transferred to vehicle carried mobile phone, vehicle carried mobile phone, via wireless network, sends data to Systematical control terminal.
7. a vehicle carried mobile phone control system, is characterized in that, system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface, automobile mechanical interface, automobile electric interface, in automobile circuit composition:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, can with taking off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by slewing electrical interface;
Slewing is connected with circuit in automobile by automobile electric interface, obtains electric energy from automobile circuit.
8. a vehicle carried mobile phone control system, is characterized in that, system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface, automobile mechanical interface form:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is fixed on car body by the mechanical interface of automobile;
Vehicle carried mobile phone is fixed on slewing, can with taking off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by electrical interface;
Slewing can carry common batteries, storage battery or solar cell.
9. a vehicle carried mobile phone control system, is characterized in that, system by control terminal, vehicle carried mobile phone, slewing, slewing electrical interface form:
Control terminal and vehicle carried mobile phone pass through wireless network communication;
Slewing is by pasting, and binding or suction type are fixed on car body, or is fixed by the middle mode being connected another object with car body;
Vehicle carried mobile phone is fixed on slewing, can with taking off at any time;
Vehicle carried mobile phone by USB interface with or earphone interface be connected slewing electrical interface, control slewing circuit state by electrical interface;
Slewing can carry common batteries, storage battery, solar cell.
10. a vehicle carried mobile phone motion control method, it is characterized in that, utilize system described in claim 7 or 8 or 9, first make to set up wireless telecommunications between control terminal with vehicle carried mobile phone to be connected, in the information that control terminal screen display vehicle carried mobile phone camera collection arrives, again by controlling to send instructions to vehicle carried mobile phone at control terminal button or touch screen, after vehicle carried mobile phone receives instruction, processing instruction information and produce USB interface and or earphone interface signal, signal via USB interface and or earphone interface, be transferred to slewing electrical interface, drive the circuit of slewing, rotate to control slewing, mobile phone camera is made to point to different azimuth.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310288462.3A CN103332150B (en) | 2013-07-10 | 2013-07-10 | Vehicle carried mobile phone control system and method |
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| CN201310288462.3A CN103332150B (en) | 2013-07-10 | 2013-07-10 | Vehicle carried mobile phone control system and method |
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| CN103332150B true CN103332150B (en) | 2016-02-24 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103685946B (en) | 2013-11-30 | 2017-08-08 | 北京智谷睿拓技术服务有限公司 | A kind of photographic method and control device |
| CN103645842B (en) * | 2013-12-19 | 2017-01-04 | 惠州华阳通用电子有限公司 | A kind of method of identification intelligent terminal horizontal/vertical screen and car-mounted terminal |
| CN106888312B (en) * | 2016-12-27 | 2018-10-16 | 比亚迪股份有限公司 | The switching method and apparatus of the screen state of car-mounted terminal |
| CN106873765B (en) * | 2016-12-27 | 2018-09-11 | 比亚迪股份有限公司 | The switching method and apparatus of the screen state of car-mounted terminal |
| CN110611769A (en) * | 2019-09-29 | 2019-12-24 | 深圳市大拿科技有限公司 | Vehicle-mounted image acquisition method and device, electronic equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20060273967A1 (en) * | 2004-08-26 | 2006-12-07 | Raysat, Inc. | System and method for low cost mobile TV |
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| CN101790077A (en) * | 2009-01-22 | 2010-07-28 | 广东电子工业研究院有限公司 | Vehicular multifunctional rotary image pick-up system |
| CN201465192U (en) * | 2009-05-08 | 2010-05-12 | 翟俊玮 | Vehicle-mounted 3G (3rd-generation) remote monitoring system |
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