CN109961159A - A kind of novel automobile vehicle non-disassembly measurement and networking monitoring method - Google Patents

A kind of novel automobile vehicle non-disassembly measurement and networking monitoring method Download PDF

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CN109961159A
CN109961159A CN201910172218.8A CN201910172218A CN109961159A CN 109961159 A CN109961159 A CN 109961159A CN 201910172218 A CN201910172218 A CN 201910172218A CN 109961159 A CN109961159 A CN 109961159A
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赵祥模
张立成
周洲
程鑫
尚旭明
郝茹茹
徐志刚
刘占文
闵海根
刘晓鑫
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Changan University
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    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract

A kind of novel automobile vehicle non-disassembly measurement and networking monitoring method, the present invention relates to motor vehicle detecting technical fields;Principle is constructed based on distributed system, builds four-layer network network frame;Inspection body's grade platform of building is realized detection data typing, uploaded: inspection body is mainly used for that motor vehicle detecting data are acquired and are uploaded;The data that the city-level cloud platform of building is verified and evaluation testing agency uploads, supervisory organ's examinations, and it is shared in city-level cloud platform to will test data;The provincial cloud platform of building summarizes the data of affiliated city-level cloud platform, realizes that data are shared provincial, supervision city-level mechanism does one's duty;The national cloud platform of building realizes the shared of national data, supervises provincial organization fulfilling.It can make motor vehicle detecting transparent procedures, come into the open, can effectively inhibit bad competition, the strike action of practicing fraud, road improvement traffic safety;And zero redundancy of detection data can be realized with optimizing detection process.

Description

A kind of novel automobile vehicle non-disassembly measurement and networking monitoring method
Technical field
The present invention relates to motor vehicle detecting technical fields, and in particular to a kind of novel automobile vehicle non-disassembly measurement and connection Net monitoring and managing method.
Background technique
National security supervises general bureau, the current research of publication on Department of Transportation's December 19 reports display, China in 2016 It is informed of a case altogether road traffic accident 864.3 ten thousand, increases by 65.9 ten thousand on year-on-year basis, rise 16.5%.The 1-4 month in 2017, China's road Larger ratings above driving accident number occurs for transport field and death toll obviously rose compared with the same period in 2016, increases separately 12.2% and 16.2%.The part such as (source: national emergent broadcast net is comprehensive) motor turning, braking, traveling, electrical is to cause The principal element of accident, thus to automobile safety performance detection very it is necessary to;It is daily that Global Oil in 2017 consumes China The amount of consuming petroleum: 10,000,000,000 barrels, ranking the second in the world, but China's oil resource scarcity, rely primarily on import, Russia, sand Spy, Angola, Iraq etc. are all the main petroleum resources in China.In face of energy crisis, energy-saving and emission-reduction reduce oil consumption and do not allow to neglect Depending on these detect combination property of motor vehicle and propose requirements at the higher level;, environmental pollution is reduced, developing ecology civilization is to motor vehicle ring It protects detection and proposes new demand, new standard.To sum up, the motor vehicle inspection comprising safety, comprehensive performance and environmental protection tests can be effective Alleviate severe traffic safety problem, energy consumption problem and problem of environmental pollution.
Summary of the invention
In view of the defects and deficiencies of the prior art, the present invention intends to provide a kind of structure is simple, design rationally, make With convenient novel automobile vehicle non-disassembly measurement and networking monitoring method, motor vehicle detecting transparent procedures, public affairs could be made Become civilized, can effectively inhibit bad competition, the strike action of practicing fraud, road improvement traffic safety;And it can be with optimizing detection Vehicle detection excessively concentration problem can be effectively relieved in process, alleviate detection pressure;The available more friendly experience of user While, support strange land detection;Due to using cloud platform shared data, zero redundancy of detection data is realized.
To achieve the above object, the technical solution adopted by the present invention is that: its operating procedure is as follows:
1, principle is constructed based on distributed system, builds four-layer network network frame, respectively include inspection body grade platform, city-level Cloud platform, provincial cloud platform and national cloud platform, are transmitted using HTTP/JSON data format, realize four-layer network network number According to shared, that is, inspection body obtains motor vehicle detecting information by detection device, and motor vehicle detecting data are carried out local deposit Shelves, while uploading the data to city-level cloud platform;City-level cloud platform and provincial cloud platform, national cloud platform utilize distributed system It is shared to realize that data synchronize for system strange land data synchronization mechanism, it is ensured that data consistency realizes that data sharing and inspection data are same Step;
2, the inspection body's grade platform constructed realizes detection data typing, uploads (including video, image and text data); Motor vehicle directly detects in inspection body, and the project being related to has: visual examination, chassis dynamic, under-pan examining, road test inspection It tests, speed, braking, light sideslip, chassis output power, oil consumption, suspension, sound level, exhaust emissions etc.;
In order to eliminate the redundancy of detection data typing, " safety ", " environmental protection " and " comprehensive performance " detection, user are not repartitioned By detection project application (reservation or scene are filled in), each detection project is only once applied;For current " peace Entirely ", the project that " environmental protection " and " comprehensive performance " detection is overlapped, only application detection is primary, and will test result data, to be uploaded to cloud flat Platform;Data needed for three government organs of safety, fortune pipe and environmental protection are obtained according to respective pipe functional requirement by cloud platform carry out Determine;
Support strange land detection, that is, motor vehicle essential information and detection data realize that big data cloud platform is total by frame It enjoys;Motor vehicle can inquire the project detected in strange land (the whole country) measuring station, can be with for the project not detected It is continued to test in strange land;
3, the data that the city-level cloud platform constructed is verified and evaluation testing agency uploads, supervisory organ's examinations, and will Detection data is shared in city-level cloud platform;The provincial cloud platform of building summarizes the data of affiliated city-level cloud platform, realizes that data exist Provincial shared, supervision city-level mechanism does one's duty;The national cloud platform of building realizes the shared of national data, supervises provincial machine Structure fulfilling.
Further, the detection system process of inspection body's grade platform of the step 2 is as follows:
2.1, car owner reserves: when selecting to examine vehicle hot line, client reserves according to autonomous or manual prompt's information realization and examines vehicle; When selecting Shen Che portal website or careful vehicle App, positioning and neighbouring measuring station information are provided for user;When payment, support Line pays and arrives and pays;After paying the fees successfully, system prompt user examines the points for attention (time, place, carrying data etc.) that vehicle is; It completes to reserve after car owner entrusts vehicle into inspection body's personnel's hand;Later, user can pass through portal website or App Concern vehicle review process in real time, enhances the sense of access of car owner;Test ending is completed to audit if vehicle is qualified;If vehicle It is unqualified, recommend car owner to place under repair to the neighbouring place that repairs for particular problem, to the service that user is more humane;
2.2, inspection declaration: according to user's reservation information or live reservation information, the essential information and needs of typing motor vehicle The project of inspection;Motor vehicle essential information is obtained by the networking inquiry of 18C49 interface, can pass through brand number, number plate type It is inquired with Vehicle Identification Number combination;According to the detection classification (detection of safe and environment-friendly and comprehensive performance) of user's application, knot Vehicle generic is closed, 18C64 interface is called to obtain project (visual examination, chassis dynamic, the chassis inspection detected needed for motor vehicle It looks into);It after data input, calls 18C51 interface that motor vehicle typing information is written, completes inspection declaration work;
2.3, item detection: after the completion of vehicle inspection declaration, vehicle to be checked enters queue to be checked;Terminal is examined in intelligent movable (PDA) vehicle to be checked is selected, the write-in of 18C52 interface is called to start checking information, calls the write-in of 18C55 interface is outer to examine project Information;Later, 18C47 interface is called to obtain to the photo and desk checking project in requisition for shooting, appearance is adjusted after detecting Visual examination Entry Details are uploaded with 18C80 interface, 18C63 interface is called to upload the photograph taken during visual examination Piece completes detection, calls 18C58 interface that project ending message is written, the process of instrument and equipment test portion is similar, all items After having inspected, item detection is completed;Remaining instrument and equipment inspection item detection process (such as: Tail gas measuring, braking performance test Deng) similar with appearance testing process;
2.4, application audit: after all items have inspected, it is determined as if there is project, that is, vehicle of disqualified upon inspection Unqualified, which enters reinspection queue, and due to the data sharing of cloud platform, car owner can choose maintenance or go to other at this time Measuring station detection;If all items are all qualified, determine that vehicle is qualified, calls the write-in of 18C62 interface to examine and determine result information; After determining that qualified information of vehicles is transferred to high bat scanning station, calls 18C61 interface to upload insurance information, 18C63 is called to connect Each inspection data photo is written in mouth;Finally 18C64 interface is called to submit motor vehicle inspection data to audit Shen to city-level cloud platform Please.
Further, guarantee the confidence level of testing result data in the step 2, realize to detection process, Beat complete record synchronizes entirely, and cloud platform passes through the interface upload of national regulation, download information, realization using HTTP/JSON format The supervision of testing process;By trigger mechanism, intermediate result is pushed to car owner in real time, realizes inspection of the user to motor vehicle Survey the real-time tracking of situation.Such as: it is when being detected to motor-vehicle tail-gas, exhaust emission standard and actual vehicle data is same When be pushed to user, while providing evaluation (qualified or unqualified), so that user is had real-time understanding to motor vehicle detecting process, give The more the sense of access of user,;Supervise inspection body staff in strict accordance with newest standard to each of vehicle project to be checked It tests, guarantees that security risk is not present in the motor vehicle through detecting really, the fuel efficiency highest of itself is pacified for road traffic Contribution in terms of complete and energy-saving and emission-reduction.
After adopting the above method, the invention has the following beneficial effects: a kind of novel automobile vehicle of the present invention does not disintegrate Detection and networking monitoring method, can make motor vehicle detecting transparent procedures, come into the open, and can effectively inhibit bad competition, beat Hit the action of practicing fraud, road improvement traffic safety;And vehicle detection can be effectively relieved excessively with optimizing detection process Concentration problem alleviates detection pressure;While user's available more friendly experience, strange land detection is supported;Due to using Cloud platform shared data realizes zero redundancy of detection data, the present invention have structure simple, and setting is reasonable, and cost of manufacture is low etc. Advantage.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.
Fig. 1 is four layers of frame diagram of networking in the present invention based on HTTP/JSON.
Fig. 2 is network topology structure figure in the present invention.
Fig. 3 is that car owner reserves flow chart in the present invention.
Fig. 4 is inspection declaration flow chart in the present invention.
Fig. 5 is middle term mesh overhaul flow chart of the present invention.
Fig. 6 is application auditing flow figure in the present invention.
Specific embodiment
The present invention will be further described below with reference to the drawings.
Referring to as shown in figs 1 to 6, present embodiment the technical solution adopted is that: its operating procedure is as follows:
1, principle is constructed based on distributed system, builds four-layer network network frame (referring to Fig. 1), respectively include inspection body's grade Platform, city-level cloud platform, provincial cloud platform and national cloud platform, are transmitted using HTTP/JSON data format, realize four Layer network data sharing, network topology structure according to fig. 2 build grid cloud platform, realize in detection data the whole country It is shared, guarantee zero redundancy of testing result data.Terminal user is broadly divided into three classes, and the first kind is mobile terminal user, passes through hand Application program or WWW service login server on machine, tablet computer, such user distribution is extensive, if having movable signal or The place of wireless Wifi covering can be connected into system.Second class is the use using desktop computer or mobile PC such as family, enterprise Family passes through accessing WWW service login server.Third class is inspection body user, the connection type of such user and server As preceding two classes user, both can by move mode, can also by fixed PC machine, but such user unit one belongs to Public security net is with Virtual Private Network VPN interconnection, it may be convenient to provide some convenience services for user;
System server uses distributed frame, and the first order is login service device, provides load balancing, login service device is adopted With port model is completed, there is certain connection upper limit, the quantity of login service device is determined according to the quantity of user.Login service Device according to each online quantity of application server user be user select a suitable application server, at this time disconnect user with The connection of login service device.All read-write requests of application server processes user, and by data exchange to DB server, DB takes Business device be divided on core master library and each distributed server from library.Example from library as master library is buffered in distributed environment In, Cong Kuyu master library needs synchronous in time;
2, the inspection body's grade platform constructed realizes detection data typing, uploads (including video, image and text data); Motor vehicle directly detects in inspection body, and the project being related to has: visual examination, chassis dynamic, under-pan examining, road test inspection It tests, speed, braking, light sideslip, chassis output power, oil consumption, suspension, sound level, exhaust emissions etc.;Detection system process is such as Under:
2.1, car owner reserves: referring to Fig. 3, when selecting to examine vehicle hot line, client is according to autonomous or manual prompt's information realization It reserves and examines vehicle;When selecting Shen Che portal website or careful vehicle App, positioning and neighbouring measuring station information are provided for user;Payment When, it supports on-line payment and arrives to pay;After paying the fees successfully, system prompt user examines the points for attention that vehicle is, and (time, place are taken Band data etc.);It completes to reserve after car owner entrusts vehicle into inspection body's personnel's hand;Later, user can pass through portal Website or App pay close attention to vehicle review process in real time, enhance the sense of access of car owner;Test ending is completed if vehicle is qualified Audit;If vehicle is unqualified, car owner is recommended to place under repair to the place that nearby repairs for particular problem, it is more humane to user Service;
2.2, inspection declaration: referring to Fig. 4, according to user's reservation information or live reservation information, the basic letter of typing motor vehicle Breath and the project for needing to examine;Motor vehicle essential information by 18C49 interface networking inquiry obtain, can by brand number, Number plate type and Vehicle Identification Number combination are inquired;Detection classification (the safe and environment-friendly and comprehensive performance applied according to user Detection), in conjunction with vehicle generic, calling 18C64 interface to obtain the required project detected of motor vehicle, (visual examination, chassis are dynamic State, under-pan examining etc.);It after data input, calls 18C51 interface that motor vehicle typing information is written, completes inspection declaration work;
2.3, item detection: after the completion of vehicle inspection declaration, vehicle to be checked enters queue to be checked;Referring to Fig. 5, examined in intelligent movable It tests terminal (PDA) and selects a vehicle to be checked, the write-in of 18C52 interface is called to start checking information, call the write-in of 18C55 interface Outer inspection project information;Later, 18C47 interface is called to obtain to the photo and desk checking project in requisition for shooting, appearance detection After call 18C80 interface upload visual examination Entry Details, call 18C63 interface upload visual examination during The photo taken completes detection, calls 18C58 interface that project ending message, the process class of instrument and equipment test portion is written Seemingly, after all items have inspected, item detection is completed;Remaining instrument and equipment inspection item detection process (such as: tail gas inspection Survey, braking performance test etc.) it is similar with appearance testing process;
2.4, application audit: after all items have inspected, it is determined as if there is project, that is, vehicle of disqualified upon inspection Unqualified, which enters reinspection queue, and due to the data sharing of cloud platform, car owner can choose maintenance or go to other at this time Measuring station detection;If all items are all qualified, determine that vehicle is qualified, calls the write-in of 18C62 interface to examine and determine result information; After determining that qualified information of vehicles is transferred to high bat scanning station, calls 18C61 interface to upload insurance information, 18C63 is called to connect Each inspection data photo is written in mouth;Finally 18C64 interface is called to submit motor vehicle inspection data to audit Shen to city-level cloud platform Please.
In order to eliminate the redundancy of detection data typing, " safety ", " environmental protection " and " comprehensive performance " detection, user are not repartitioned By detection project application (reservation or scene are filled in), each detection project is only once applied;For current " peace Entirely ", the project that " environmental protection " and " comprehensive performance " detection is overlapped, only application detection is primary, and will test result data, to be uploaded to cloud flat Platform;Data needed for three government organs of safety, fortune pipe and environmental protection are obtained according to respective demand by cloud platform are determined;
Support strange land detection, that is, motor vehicle essential information and detection data realize that big data cloud platform is total by frame It enjoys;Motor vehicle can inquire the project detected in strange land (the whole country) measuring station, can be with for the project not detected It is continued to test in strange land;
3, the data that the city-level cloud platform constructed is verified and evaluation testing agency uploads, supervisory organ's examinations, and will Detection data is shared in city-level cloud platform;The provincial cloud platform of building summarizes the data of affiliated city-level cloud platform, realizes that data exist Provincial shared, supervision city-level mechanism does one's duty;The national cloud platform of building realizes the shared of national data, supervises provincial machine Structure fulfilling.
Further, guarantee the confidence level of testing result data in the step 2, realize to detection process, Beat complete record synchronizes entirely, and cloud platform passes through the interface upload of national regulation, download information, realization using HTTP/JSON format The supervision of testing process;By trigger mechanism, intermediate result is pushed to car owner in real time, realizes inspection of the user to motor vehicle Survey the real-time tracking of situation.Such as: it is when being detected to motor-vehicle tail-gas, exhaust emission standard and actual vehicle data is same When be pushed to user, while providing evaluation (qualified or unqualified), so that user is had real-time understanding to motor vehicle detecting process, give The more the sense of access of user,;Supervise inspection body staff in strict accordance with newest standard to each of vehicle project to be checked It tests, guarantees that security risk is not present in the motor vehicle through detecting really, the fuel efficiency highest of itself is pacified for road traffic Contribution in terms of complete and energy-saving and emission-reduction.
After adopting the above method, present embodiment has the beneficial effect that
1, motor vehicle detecting transparent procedures can be made, come into the open, bad competition, strike can effectively be inhibited to practise fraud Behavior, road improvement traffic safety;
2, vehicle detection excessively concentration problem can be effectively relieved with optimizing detection process, alleviates detection pressure;
3, while user's available more friendly experience, strange land detection is supported;
4, due to using cloud platform shared data, zero redundancy of detection data is realized.
The above is only used to illustrate the technical scheme of the present invention and not to limit it, and those of ordinary skill in the art are to this hair The other modifications or equivalent replacement that bright technical solution is made, as long as it does not depart from the spirit and scope of the technical scheme of the present invention, It is intended to be within the scope of the claims of the invention.

Claims (3)

1. a kind of novel automobile vehicle non-disassembly measurement and networking monitoring method, it is characterised in that: its operating procedure is as follows:
(1), principle is constructed based on distributed system, builds four-layer network network frame, respectively include inspection body grade platform, city-level cloud Platform, provincial cloud platform and national cloud platform, are transmitted using HTTP/JSON data format, realize four-layer network network data It is shared;
(2), the inspection body's grade platform constructed is realized detection data typing, is uploaded;
In order to eliminate the redundancy of detection data typing, " safety ", " environmental protection " and " comprehensive performance " detection is not repartitioned, user passes through Each detection project is only once applied in detection project application;For current " safety ", " environmental protection " and " comprehensive performance " inspection The project that check weighing closes, only application detection is primary, will test result data and is uploaded to cloud platform;Safety, fortune pipe and environmentally friendly three Government organs require data needed for obtaining by cloud platform to be determined according to respective supervision function;
Support strange land detection, that is, motor vehicle essential information and detection data realize that big data cloud platform is shared by frame;Machine Motor-car can inquire the project detected in strange land measuring station, and the project not detected can be continued to test in strange land;
(3), the data that the city-level cloud platform constructed is verified and evaluation testing agency uploads, supervisory organ's examinations, and will inspection Measured data is shared in city-level cloud platform;The provincial cloud platform of building summarizes the data of affiliated city-level cloud platform, realizes that data are saving Grade is shared, and supervision city-level mechanism does one's duty;The national cloud platform of building realizes the shared of national data, supervises provincial organization Fulfilling.
2. a kind of novel automobile vehicle non-disassembly measurement according to claim 1 and networking monitoring method, feature exist In: the detection system process of inspection body's grade platform of the step (2) is as follows:
(2.1), car owner reserves: when selecting to examine vehicle hot line, client reserves according to autonomous or manual prompt's information realization and examines vehicle;When When selecting Shen Che portal website or careful vehicle App, positioning and neighbouring measuring station information are provided for user;When payment, support online It pays and arrives and pay;After paying the fees successfully, system prompt user examines the points for attention that vehicle is;Vehicle is entrusted to inspection body in car owner Reservation is completed after in personnel's hand;Later, user can pay close attention to vehicle review process by portal website or App in real time, increase The sense of access of strong car owner;Test ending is completed to audit if vehicle is qualified;If vehicle is unqualified, pushed away for particular problem It recommends car owner to place under repair to the place that nearby repairs, to the service that user is more humane;
(2.2), it inspection declaration: according to user's reservation information or live reservation information, the essential information of typing motor vehicle and needs to examine The project tested;Motor vehicle essential information by 18C49 interface networking inquiry obtain, can by brand number, number plate type and Vehicle Identification Number combination is inquired;18C64 is called to connect in conjunction with vehicle generic according to the detection classification that user applies The project detected needed for mouth acquisition motor vehicle;After data input, call 18C51 interface that motor vehicle typing information is written, it is complete It works at inspection declaration;
(2.3), item detection: after the completion of vehicle inspection declaration, vehicle to be checked enters queue to be checked;Terminal selection is examined in intelligent movable One vehicle to be checked calls the write-in of 18C52 interface to start checking information, calls the write-in of 18C55 interface is outer to examine project information;It Afterwards, 18C47 interface is called to obtain to the photo and desk checking project in requisition for shooting, appearance calls 18C80 after detecting Interface uploads visual examination Entry Details, and 18C63 interface is called to upload the photo taken during visual examination, completes Detection calls 18C58 interface that project ending message is written, and the process of instrument and equipment test portion is similar, and all items have inspected Cheng Hou, item detection are completed;
(2.4), application audit: after all items have inspected, it is determined as not if there is project, that is, vehicle of disqualified upon inspection Qualification, the vehicle enter reinspection queue, and due to the data sharing of cloud platform, car owner can choose maintenance or go to other inspections at this time Survey station detection;If all items are all qualified, determine that vehicle is qualified, calls the write-in of 18C62 interface to examine and determine result information;Sentence After fixed qualified information of vehicles is transferred to high bat scanning station, calls 18C61 interface to upload insurance information, call 18C63 interface Each inspection data photo is written;18C64 interface is finally called to submit the audit application of motor vehicle inspection data to city-level cloud platform.
3. a kind of novel automobile vehicle non-disassembly measurement according to claim 1 and networking monitoring method, feature exist In: guarantee the confidence level of testing result data in the step (2), realizes to detection process, beat complete record, complete Synchronous, cloud platform, by the interface upload of national regulation, download information, realizes testing process using HTTP/JSON format Supervision;By trigger mechanism, intermediate result is pushed to car owner in real time, realizes user to the real-time of the detection case of motor vehicle Tracking.
CN201910172218.8A 2019-03-07 2019-03-07 A kind of novel automobile vehicle non-disassembly measurement and networking monitoring method Pending CN109961159A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114299631A (en) * 2021-12-22 2022-04-08 江西五十铃汽车有限公司 Data configuration method, system, storage medium and equipment

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101697251A (en) * 2009-10-12 2010-04-21 骆勇强 Intelligent dynamic management system of motor vehicles
CN201876710U (en) * 2010-08-05 2011-06-22 安徽科力信息产业有限责任公司 Detection remote supervising system of motor vehicle
WO2011140993A1 (en) * 2010-05-12 2011-11-17 北京星河易达科技有限公司 Intelligent traffic safety system based on comprehensive state detection and decision method thereof
CN103281388A (en) * 2013-05-31 2013-09-04 驾道科技有限公司 Motor vehicle cloud detection and monitoring management method
CN107256431A (en) * 2017-06-12 2017-10-17 江苏帮您车网络科技有限公司 The method monitored to Vehicular exhaust is realized by maintenance company based on Internet of Things
CN107330812A (en) * 2017-05-13 2017-11-07 长安大学 A kind of Vehicle Security examines operating information system
CN109309716A (en) * 2018-09-27 2019-02-05 北京维艾思气象信息科技有限公司 For sharing the cloud platform and its construction method and purposes of three-level Products of Meteorological Services

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101697251A (en) * 2009-10-12 2010-04-21 骆勇强 Intelligent dynamic management system of motor vehicles
WO2011140993A1 (en) * 2010-05-12 2011-11-17 北京星河易达科技有限公司 Intelligent traffic safety system based on comprehensive state detection and decision method thereof
CN201876710U (en) * 2010-08-05 2011-06-22 安徽科力信息产业有限责任公司 Detection remote supervising system of motor vehicle
CN103281388A (en) * 2013-05-31 2013-09-04 驾道科技有限公司 Motor vehicle cloud detection and monitoring management method
CN107330812A (en) * 2017-05-13 2017-11-07 长安大学 A kind of Vehicle Security examines operating information system
CN107256431A (en) * 2017-06-12 2017-10-17 江苏帮您车网络科技有限公司 The method monitored to Vehicular exhaust is realized by maintenance company based on Internet of Things
CN109309716A (en) * 2018-09-27 2019-02-05 北京维艾思气象信息科技有限公司 For sharing the cloud platform and its construction method and purposes of three-level Products of Meteorological Services

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
吴东风 等: "依法合并道路运输车辆年检和年审问题的浅析", 《汽车维护与修理》 *
张润铿: "浅析机动车安检机构移动终端智能监管系统", 《科技风》 *

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114299631A (en) * 2021-12-22 2022-04-08 江西五十铃汽车有限公司 Data configuration method, system, storage medium and equipment

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