CN104637326A - Vehicle driving safety system based on cloud service - Google Patents
Vehicle driving safety system based on cloud service Download PDFInfo
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- CN104637326A CN104637326A CN201510075218.8A CN201510075218A CN104637326A CN 104637326 A CN104637326 A CN 104637326A CN 201510075218 A CN201510075218 A CN 201510075218A CN 104637326 A CN104637326 A CN 104637326A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/09—Arrangements for giving variable traffic instructions
- G08G1/0962—Arrangements for giving variable traffic instructions having an indicator mounted inside the vehicle, e.g. giving voice messages
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/16—Anti-collision systems
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Abstract
The invention relates to a vehicle driving safety system based on cloud service. The vehicle driving safety system comprises a vehicle system, a cloud server and a control center, wherein the vehicle system comprises a data acquisition module, a network communication module and an information interaction module, the data acquisition module is used for collecting data related to driving, the data are uploaded to the cloud server in a wireless mode in real time through the network communication module, the collected data are processed in real time by the cloud server and are transmitted to the control center, real-time monitoring information is formed by the control center on the basis of the data transmitted by the cloud server and then is broadcast and output from the monitoring output end of the control center, a monitoring instruction input from the monitoring input end of the control center is received, the monitoring instruction is transmitted to the vehicle system in a wireless mode in real time and then is received by the vehicle system, and the monitoring instruction is broadcast and output through the information interaction module. The invention further discloses the vehicle system based on the cloud service. According to the vehicle driving safety system, the driving safety and the traffic operating efficiency can be greatly improved, and especially, abnormalities and emergencies during driving can be preferably coped.
Description
Technical field
The present invention relates to a kind of vehicle drive security system based on cloud service.
Background technology
Day by day universal along with automobile, more and more people has oneself automobile, while car owning amount rapidly increases, also brings the growth of annual traffic hazard.For reducing potential hidden peril of accident, except to except the making strict assessment of driver technology, also need other electronics technology technology auxiliary.At present, for ensureing driving safety, market there are similar tire pressure monitoring system, electronic velocity measuring system, vehicle backing backsight or radar ranging system etc., certain raising can have been obtained in driving safety.By above-mentioned correlation technique, driving safety really can be allowed to increase, but Modern Traffic accident remain the number one killer jeopardizing people's security of the lives and property.Above-mentioned tire pressure monitoring system, electronic velocity measuring system or the system such as vehicle backing backsight, radar range finding, be all exist based on separate unit automobile storage, there is not any contact each other., do not contact each other between most systems, relevant data can not use each other, do not have larger value meanwhile.And only carry out the detection and control of robotization by the equipment on separate unit automobile, lack security control and the management of human-machine interaction, the situation being difficult to tackle numerous and complicated in driving conditions occurs with abnormal, emergency case.
Summary of the invention
Fundamental purpose of the present invention is for the deficiencies in the prior art, a kind of vehicle drive security system based on cloud service is provided, based on this system, introduce the interactive security control of people's car and management, greatly improve travel safety and traffic circulation efficiency, especially can tackle abnormal, emergency case during driving well.
For achieving the above object, the present invention is by the following technical solutions:
A kind of vehicle drive security system based on cloud service, comprise onboard system, cloud server and control center, described onboard system comprises data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to described cloud server by described network communication module real-time radio, described cloud server processes in real time the data gathered and is sent to described control center, described control center forms Real-Time Monitoring information based on the data that described cloud server transmits and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
Further:
Described information interaction module comprises load module and output module, and described load module receives the information inputted by driver, and uploads to described cloud server in real time by described network communication module.
Described data acquisition module comprises at least one in vehicle mounted guidance module, vehicle condition monitoring modular, radar detected module, drive recorder.
At least one in described navigation module collection driving latitude and longitude information, direction of traffic information, level height information.
Described vehicle condition monitoring modular comprises at least one in steering wheel angle monitoring means, the speed of a motor vehicle/rotation speed monitoring unit, oil consumption monitoring means, vehicle door status monitoring means, temperature information monitoring means, engine speed monitoring means, tire pressure monitoring means, emm message record cell.
Object distance after object distance and car before described radar detected module probe vehicles.
Described information interaction module comprises at least one in non-touch display screen, touch-screen, alarm lamp, alarm buzzer, microphone and input key or knob.
Described onboard system is the multiple onboard systems be positioned on multiple stage vehicle, and described multiple onboard system is all networked with described cloud server and described control center, and every chassis is all assigned unique identification information at described cloud server and described control center.
Described monitored instruction comprises warning message and/or navigation information.
A kind of vehicle drive security system based on cloud service, comprise onboard system and control center, described control center comprises cloud server and center monitoring equipment, described onboard system comprises data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to described cloud server by described network communication module real-time radio, described cloud server processes in real time the data gathered and is sent to described center monitoring equipment, described center monitoring equipment forms Real-Time Monitoring information based on the data that described cloud server transmits and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
A kind of onboard system based on cloud service, comprise data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to the network control center by described network communication module real-time radio, the network control center forms Real-Time Monitoring information based on the data that onboard system is uploaded and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
The present invention is by setting up the driving safety system based on cloud service, the control control tower concept of air line is incorporated in ground transportation, form a set of Vehicular system, driver, the Trinitarian driving safety security system of control center, inherently improve driving safety and the traffic transportation efficiency of automobile.By the related sensor, vehicle-mounted computer data etc. of cloud service in conjunction with onboard system, the relevant service data of Real-time Collection Vehicular system, be sent to cloud server or control center in real time, Vehicular system is related to content and the behavior of driving safety part, car owner can be reminded by the mode such as sound, image in backstage, or give the guide of navigation aspect, thus driving safety can be ensured to greatest extent.
As everyone knows, the security of aircraft is in fact far away higher than the security of automobile, but people are when being accustomed to the security of aircraft, is usually given the credit to the high-tech of aircraft and the singularity of its airflight.Why the accident rate of aircraft is far below automobile, and be in fact not only the sharps safe science and technology that aircraft has, the more important thing is, any airplane all remains at any time and contacts with the ground control tower ground control.Any high-tech automation equipment, all can have abnormal, the emergency case do not considered to occur, for aircraft, by ground control tower, at any time according to other situations of meteorological, course line and ground control centre, command the flight of aircraft at any time, finally make the accident of aircraft greatly reduce.After carrying out profound understanding to the example of aircraft, just can find in ground transportation system, any automobile vehicles is not unique individuality too.Equally, the independent monitoring management of any high technology equipment on automobile, its monitoring effect is all unable to catch up with there is the artificial interactive monitoring participated in.And the monitoring management system of the human-machine interaction proposed by the present invention, just greatly can improve security and the traffic circulation efficiency of the driving management of automotive networking.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of vehicle drive security system that the present invention is based on cloud service;
Fig. 2 is the Organization Chart of the data acquisition module of onboard system in a kind of embodiment;
Fig. 3 is the Organization Chart of the information interaction module of onboard system in a kind of embodiment;
Fig. 4 is a kind of workflow diagram of vehicle drive security system of embodiment.
Embodiment
Below embodiments of the present invention are elaborated.It is emphasized that following explanation is only exemplary, instead of in order to limit the scope of the invention and apply.
As shown in Figure 1 and Figure 4, in certain embodiments, vehicle drive security system based on cloud service comprises onboard system 100, cloud server 200 and control center 300, onboard system 100 comprises network communication module 110, data acquisition module 120 and information interaction module 130, data acquisition module 120 gathers the data relevant with driving, and upload to cloud server 200 by network communication module 110 real-time radio, cloud server 200 processes in real time the data gathered and is sent to control center 300, control center 300 forms Real-Time Monitoring information based on the data that cloud server 200 transmits and reports output at its monitoring output to monitor staff, control center 300 also can receive the monitored instruction of monitor staff from its monitoring input end input, monitored instruction real-time radio is issued to (by or do not sent by cloud server 200) onboard system 100.Onboard system 100 receives monitored instruction by network communication module 110, and by information interaction module 130, monitored instruction is reported output to vehicle driver.Information interaction module 130 can comprise load module and output module.In preferred embodiment, the data that load module collection is inputted by driver, and uploading to cloud server 200 in real time by network communication module 110, control center 300 comprehensively can provide monitored instruction from the information of data acquisition module 120 and information interaction module 130.
As shown in Figure 1, in certain embodiments, vehicle drive security system based on cloud service comprises cloud server 200, control center 300 and multiple onboard system 100 (onboard system 100 is only shown in figure), pass through three-part interactive, and introduce control center 300 personnel control mechanism, significantly improve vehicle drive security.
Cloud server
Cloud server 200 obtains the human-machine interaction data of data that each onboard system 100 gathers, driver and onboard system 100 by wireless telecommunications, and with the real-time communication of control center 300.The data that cloud server 200 can be uploaded onboard system 100 carry out real-time analysis and drafting, are added the mode of alarm by chart, send to control center 300, the equipment of the heart 300 is in the controlling play, monitors personnel to point out control center 300.In addition, the instruction that the monitoring personnel that cloud server 200 can also accept control center 300 send, is transmitted to onboard system 100 by relevant information, finally realizes onboard system 100, real-time interactive that driver, control center 300 monitor personnel.
Control center
Control center 300 can comprise communication module, computing machine and as monitoring input end and the input/output peripheral of output terminal.Control center 300 can receive and the data that cloud server 200 processes are shown, or can be further analyzed the data that onboard system 100 uploads to cloud server 200.Such as, the data message of some routine is predeterminable threshold value, if exceed threshold value, then the monitoring output equipment of the heart 300 in the controlling can send warning, remind control center 300 to monitor personnel.For unconventional information, monitoring output equipment is reported by image, word or audible, control center 300 testing staff can rule of thumb, the means such as technology, analyze the state of current vehicle condition and driver, finally determine that next step indicates, comprise and send warning information to particular automobile, connect and the call of driver, when the traffic safety early warning that appearance is serious, local traffic can also be asked to assist management, avoid the final generation of accident.And for example, based on the data that onboard system 100 is uploaded, control center 300 can the data of inspection trolley loading system 100 whether normal, check the emm message of automobile, shunting navigation Service is provided according to car location message, common early warning information is provided to notify car owner, great pre-alert notification third party contact person or vehicle supervision department etc.
Onboard system
Onboard system 100 can utilize conventional Vehicular entertainment navigation system, it can comprise a miniature computer equipment as control module, it bears the functions such as the amusement navigation on automobile usually, and onboard system 100 comprises network communication module 110, data acquisition module 120 and information interaction module 130.As shown in Figure 2, data acquisition module 120 can comprise vehicle mounted guidance module, vehicle condition monitoring modular, radar detected module, drive recorder.Wherein, vehicle mounted guidance module can gather driving latitude and longitude information, direction of traffic information, level height information etc.Vehicle condition monitoring modular can comprise steering wheel angle monitoring means, the speed of a motor vehicle/rotation speed monitoring unit, oil consumption monitoring means, vehicle door status monitoring means, temperature information monitoring means, engine speed monitoring means, tire pressure monitoring means, emm message record cell etc., can gather the water temperature of steering wheel angle, the speed of a motor vehicle/rotating speed, oil consumption, car door, device temperature information, engine speed, water tank water pipe, emm message and other warning messages and monitor.Object distance etc. after object distance and car before the detectable car of radar detected module.As shown in figures 1 and 3, information interaction module 130 can comprise alarm lamp 131, alarm buzzer 132, display screen (non-touch), touch-screen 133, microphone 134 and input key or knob etc.
As shown in Figure 4, according to a kind of example, the course of work based on the vehicle drive security system of cloud service is as follows:
1. driver, onboard system 100 is connected 3G or 4G network (if there is fixing AP focus, also can access).
2. the monitoring network service of onboard system 100, finds that network can normally connect, starts thread Information Monitoring immediately.The information content gathered is described above.
3. the content of collection is sent to network communication module 110 by data acquisition module 120, and network communication module 110 can adopt XMPP to send the data to cloud server 200.
4. after cloud server 200 receives data, according to the identification information of vehicle, stored in relevant memory module.
5. data store successfully, can call data analysis software analysis, information can be shown in Web page mode.Displaying contents can comprise: histogram, pie chart, curve map etc.Meanwhile, to information graduation process, represent by green, yellow, redness respectively.Green expression normal operation, yellow expression can notify that car owner notes associated safety, and redness expresses possibility to be needed to notify that third party intervenes, and gets rid of potential problem.
6. the monitoring personnel observable cloud server 200 of control center 300 transmits and the data message that the peripheral hardware of the heart 300 in the controlling shows, timely driver or related personnel or take respective handling measure.Such as, problematic color is analyzed, the deficiency that may exist when finding system automatic analysis.
7. for abnormal conditions, the mode of the instant messaging that monitoring personnel provide by system, sends warning message to driver, and the screen of driver, LED or hummer may occur relative alarm.
8., after driver receives warning message by onboard system, the microphone carried can be adopted to connect and to converse with control center 300, confirm problem and correlation behavior.Meanwhile, by the voice support of monitoring center, system potential risk is got rid of.
As mentioned above, by being implemented to be transferred to cloud server 200 or control center 300 by vehicle data, assisting then by control center 300, effectively realizes escorting to human pilot.Adopt based on after the vehicle drive security system of cloud service, vehicle associated safety data can change many numbers certificate into from the data that portion is independent, the independent analysis of driver that can be never professional judges to turn to be monitored by control center 300 People Analysis of specialty and is indicated, and will improve driving safety significantly.The beneficial effect brought can be exemplified below:
Effectively can improve driving safety: by above-mentioned analysis, by by data sharing, be conducive to professional and vehicle condition is analyzed, and adopt instant messaging technology, real-time alerting driver or notify that third party assists, will effectively reduce traffic hazard incidence.
Safety navigation service can be provided: for the driver of not familiar route, even if there is navigation software, also may be new not because of navigation map, cause the phenomenon of taking a wrong way.Because whole system is connected in real time with control center 300, up-to-date navigation circuit can be issued in Request Control center 300 at any time, carry out safety navigation.Meanwhile, by the United Dispatching of control center 300, section that is crowded, blocking can also be avoided, realizes happy riding experience.
The value-added space of service can be improved: due to by originally single multiple Vehicular entertainment navigation systems in conjunction with server 200/ control center 300, define car networking truly.Therefore, internet major part valued added applications potentiality are possessed.Such as, doings etc. are carried out by this platform.
In further embodiments, also independent cloud server can not be set, control center has cloud server and center monitoring equipment, cloud server processes in real time the data gathered and is sent to center monitoring equipment, center monitoring equipment forms Real-Time Monitoring information based on the data that cloud server transmits and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, monitored instruction real-time radio is issued to onboard system, onboard system receives monitored instruction by network communication module, and by information interaction module, monitored instruction is reported output.
In further embodiments, a kind of onboard system based on cloud service, comprise data acquisition module, network communication module and information interaction module, the data that data collecting module collected is relevant with driving, and upload to the network control center by network communication module real-time radio, the network control center forms Real-Time Monitoring information based on the data that onboard system is uploaded and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, monitored instruction real-time radio is issued to onboard system, onboard system receives monitored instruction by network communication module, and by information interaction module, monitored instruction is reported output.
Above content combines concrete/preferred embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention; without departing from the inventive concept of the premise; its embodiment that can also describe these makes some substituting or modification, and these substitute or variant all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. the vehicle drive security system based on cloud service, it is characterized in that, comprise onboard system, cloud server and control center, described onboard system comprises data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to described cloud server by described network communication module real-time radio, described cloud server processes in real time the data gathered and is sent to described control center, described control center forms Real-Time Monitoring information based on the data that described cloud server transmits and reports output at its monitoring output, and receive the monitored instruction inputted by its monitoring input end, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
2. vehicle drive security system as claimed in claim 1, it is characterized in that, described information interaction module comprises load module and output module, and described load module receives the information inputted by driver, and uploads to described cloud server in real time by described network communication module.
3. vehicle drive security system as claimed in claim 1 or 2, it is characterized in that, described data acquisition module comprises at least one in vehicle mounted guidance module, vehicle condition monitoring modular, radar detected module, drive recorder.
4. vehicle drive security system as claimed in claim 3, it is characterized in that, at least one in described navigation module collection driving latitude and longitude information, direction of traffic information, level height information, object distance after object distance and car before described radar detected module probe vehicles.
5. vehicle drive security system as claimed in claim 3, it is characterized in that, described vehicle condition monitoring modular comprises at least one in steering wheel angle monitoring means, the speed of a motor vehicle/rotation speed monitoring unit, oil consumption monitoring means, vehicle door status monitoring means, temperature information monitoring means, engine speed monitoring means, tire pressure monitoring means, emm message record cell.
6. vehicle drive security system as claimed in claim 1 or 2, it is characterized in that, described information interaction module comprises at least one in non-touch display screen, touch-screen, alarm lamp, alarm buzzer, microphone and input key or knob.
7. the vehicle drive security system as described in any one of claim 1 to 6, it is characterized in that, described onboard system is the multiple onboard systems be positioned on multiple stage vehicle, described multiple onboard system is all networked with described cloud server and described control center, and every chassis is all assigned unique identification information at described cloud server and described control center.
8. the vehicle drive security system as described in any one of claim 1 to 6, is characterized in that, described monitored instruction comprises warning message and/or navigation information.
9. the vehicle drive security system based on cloud service, it is characterized in that, comprise onboard system and control center, described control center comprises cloud server and center monitoring equipment, described onboard system comprises data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to described cloud server by described network communication module real-time radio, described cloud server processes in real time the data gathered and is sent to described center monitoring equipment, described center monitoring equipment forms Real-Time Monitoring information based on the data that described cloud server transmits and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
10. the onboard system based on cloud service, it is characterized in that, comprise data acquisition module, network communication module and information interaction module, the data that described data collecting module collected is relevant with driving, and upload to the network control center by described network communication module real-time radio, the network control center forms Real-Time Monitoring information based on the data that onboard system is uploaded and reports output at its monitoring output, and the monitored instruction received from its monitoring input end input, described monitored instruction real-time radio is issued to described onboard system, described onboard system receives described monitored instruction by described network communication module, and by information interaction module, described monitored instruction is reported output.
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