CN103500507B - Test the speed implementation method and system in Portable movable interval based on global position system and generalized information system - Google Patents
Test the speed implementation method and system in Portable movable interval based on global position system and generalized information system Download PDFInfo
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Abstract
The interval speed-measuring method of Portable movable based on global position system and generalized information system and system, adopts a portable watch-dog and other portable or fixing watch-dog, described watch-dog is connected with background processing system by wireless telecommunication system.System completes vehicle by front-end equipment and catches and related data detection, and the vehicle data information of catching is sent to background processing system and stores; When in system, same car is caught in other front end, system meeting automatic analysis inter-two-point path distance, judges the whether interval hypervelocity of vehicle; As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.Test the speed mode for the interval of this innovation, increased substantially the service efficiency of equipment, reduced the cost of interval speed measuring equipment, motion interval velocity-measuring system for road traffic speed management and control demand flexibly provide at a low price, implementation method and equipment efficiently.
Description
Technical field
The invention belongs to a kind of Intelligent road traffic safety management and control devices, particularly one can be portable, and can flexibly and fast networking use road interval velocity-measuring system.
Background technology
In recent years, along with Chinese society and economic develop rapidly, public vehicles recoverable amount rapidly increases, and following road traffic accident occurs again and again, and overspeed of vehicle is the main inducing that road accident takes place frequently.Traditional point test the speed mode due to management and control scope extremely limited, be more and more not suitable with the demand of road management; And popular interval speed measuring system is because management and control scope is wide, management and control science is adopted gradually in a large number, but due to its service condition harshness, starting point and terminal must use fixing bayonet socket or speed measuring equipment cause cost high and cannot extensively adopt.How to solve this contradiction, interval items of equipment a tractor serves several purposes, the interval of the composition dynamic flexible that tests the speed that tests the speed is made to facilitate networking, significantly reduce system equipment cost, impel interval test the speed this science road safety management and control measure can sooner, wider universal, be the scientific equipment that road safety management contribution is more scientific.
Summary of the invention
The present invention seeks to design a kind of for road traffic safety management, by the pipe diameter design of traditional " fixed point tests the speed; fixed interval tests the speed " road traffic speed pipe diameter design innovation for " fixed point and interval are suitable for flexibly; freedom and flexibility form motion interval velocity-measuring system fast; automated intelligent analysis generates and uploads illegal evidence " simultaneously, increase substantially the service efficiency of equipment, reduce the cost of interval speed measuring equipment, motion interval velocity-measuring system is that road traffic speed management and control demand provides low price, efficiently implementation method and equipment flexibly.To raising road management and control efficiency, reduce the generation of traffic hazard, improve patrol efficiency and police strength use effect, assure the safety for life and property of the people and there is positive effect.
Test the speed implementation method in Portable movable interval based on global position system and generalized information system, it is characterized in that implementing in accordance with the following steps:
(1) information of vehicles is caught with a Portable monitoring equipment and by global position system and generalized information system to portable set Geographic mapping;
(2) Portable monitoring equipment automatically on the vehicle evidence picture of catching superimpose device ID, catch vehicle heading, device geographical location information;
(3) vehicle evidence picture is sent to background processing system and stores by wireless telecommunication system by Portable monitoring equipment;
(4) when same vehicle running signal caught by other watch-dog be associated with background processing system, systematic analysis judges inter-two-point path Distance geometry running time, judges the whether interval hypervelocity of this vehicle; As hypervelocity, then automatically generate interval and to test the speed illegal information evidence picture, and automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time as law enforcement evidence to evidence picture.
Portable monitoring equipment is placed on ground or moving vehicle; And when being placed in ground, be installed by tripod and the quick mounting bracket of water-proof type or mounting disc.
Described watch-dog obtains time service and equipment accurately by the integrated Big Dipper or GPS terminal module to lay ground latitude and longitude information; Or by during network implementation and background system carry out time synchronized.
Background processing system and generalized information system communication realizing route analytic function, according to the different capture point longitude and latitude geography information of same the car that watch-dog is caught, analysis meter calculates the detailed path place residing for Distance geometry interval between same the car different location of catching, road name and travel direction, and can obtain section speed limit.
During work, the magnetic field orientation sensor energy automatic analysis be positioned on watch-dog goes out the traffic direction of target acquisition; And institute's capturing information is returned in real time, by the road information residing for generalized information system automatic analysis working point, backstage, automatically carry out information superposition and synthesize evidence picture being stored in system or uploading illegal operating information system in real time; Do not possessing under real-time return network condition, front-end equipment temporarily can store capturing information, capture-data information can be uploaded afterwards and obtains road information by background system analysis and be stored in system or upload illegal operating information system in real time; Evident information also can be passed through after manual examination and verification confirm and uploads illegal operating information system.
Background processing system can be connected with command centre's platform, according to the relevant information of command centre's platform base facility system, analyze the close traffic guidance screen Dynamic Information Publishing equipment in geographic position by GIS, and automatically issue " testing the speed in interval, front " " interval, front test the speed starting point " " interval, front test the speed distance XXXKM " all informations by traffic guidance screen.
The system of the interval speed-measuring method of the Portable movable based on global position system and generalized information system described in realization, it at least comprises a portable watch-dog and other portable or fixing watch-dog, and described watch-dog is connected with background processing system by wireless telecommunication system; Watch-dog comprises single goal or multiple goal velocity pick-up speed measuring equipment (radar, laser, video analysis), target acquistion sensing equipment, high-definition video equipment, the Big Dipper or gps satellite positioning equipment, device orientation checkout equipment, intellectual analysis processor, communication apparatus, number plate recognition system, power-supply system and all system modulars or to be integratedly integrated; Described watch-dog is equipped with and can goes out the magnetic field orientation sensor of the traffic direction of target acquisition and system possesses and automatically catches target of sending a car by automatic analysis, intelligence recording unit motion state evaluating objects travel direction, automatically accurately its speed is measured, automatically in the module of catching superimpose device ID on evidence picture, working point longitude and latitude, type of vehicle, the number-plate number, time, velocity information, data interaction is carried out on real-time and backstage.
During modular design, by data message, video and power delivery cable and aviation plug docking reliably; Background system comprises generalized information system and back-end data disposal system.
Fixing watch-dog and Portable monitoring equipment pass through the interval speed measuring equipment of wireless telecommunications formative dynamics; Same the car information that system is caught front-end equipment, superposes the information such as section, maximum speed limit, zone distance, average velocity, transit time automatically, the whether interval hypervelocity of automatic decision vehicle, and by interface write traffic administration operating information system.
The Wireless Communication Equipment of real-time information transmission is equipped with in portable monitoring, and the wireless transport module that can equip includes but not limited to GPRS, 3G, WIFI, bluetooth, wireless optical fiber.
This invention is formed by portable and fixed front-end equipment (at least comprising a portable set) and background processing system Integrated design.Front end portable speed-measuring equipment except crossing the quick mounting bracket of equipment water-proof type or mounting disc, the whole integrated design of instrument.Front end of the present invention portable speed-measuring equipment is placed and is installed: (1) road, Real-Time Monitoring carrys out vehicle speed, catches its vehicle data (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information and is sent to background processing system and stores.(2), on the duties vehicle moved, Real-Time Monitoring target carriage speed, catches its vehicle data (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information and is sent to background processing system and stores.Background processing system generalized information system path analysis function of the present invention, the geography information such as the different capture point longitudes and latitudes of same the car of catching according to front-end equipment, analysis meter calculates the distance (i.e. zone distance) between same the car different location of catching and the detailed path place residing for interval, road name and travel direction, and section speed limit can be obtained, the whether interval hypervelocity of automatic decision vehicle, as hypervelocity, then automatically, on evidence, superpose section, maximum speed limit, zone distance, average velocity, the information such as transit time, and by interface write traffic administration operating information system.The present invention makes interval items of equipment a tractor serves several purposes, the interval of the composition dynamic flexible that tests the speed that tests the speed facilitate networking, significantly reduce system equipment cost, impel interval test the speed this science road safety management and control measure can sooner, wider universal, be the scientific equipment that road safety management contribution is more scientific.
System front end completes vehicle when catching, and the vehicle data of catching (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information is sent to background processing system and stores by system; When in system, same car is caught in other front end, system meeting automatic analysis and judgment inter-two-point path distance, the whether interval hypervelocity of vehicle; As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.Patent of the present invention, possess and utilize existing and portable front-end equipment to set up interval speed measuring system flexibly, change the drawback that traditional interval speed measuring system must be made up of fixed front-end equipment, possesses system buildup flexible, the precision that tests the speed is high, the features such as management and control cost is low, portable front-end equipment also can be equipped on motor vehicle, initiatively dynamically captures travel direction and rear at the volley.
This invention: 1, data acquisition is by target acquistion sensing equipment, single goal or multiple goal velocity pick-up velocity radar, high-definition video equipment, the Big Dipper or gps satellite positioning equipment, device orientation checkout equipment, intellectual analysis processor, wireless (wired) communication apparatus, number plate recognition system, power-supply system have been come by modularization or Integration Design.During modular design, by data message, video and power delivery cable and aviation plug docking reliably.After front end is transferred to backstage by communication module, by background analysis process vehicle illegal evident information, and upload in illegal operating information system.Specifically as shown in Figure 1.2, front-end detection equipment is made up of checkout equipments such as catching sensor, speed pickup, Video Capture, separate between sensing, detecting instrument, speed, direction, time, geographic position, vehicle characteristics etc. are carried out to the multiple vehicles in vehicle direction to the car sensing range and detects collection.Specifically as shown in Figure 4.Can fixed equipment be there is in interval starting point and terminal; At pavement usage roof scheme of installation as shown in Figure 3, instrument at the portable scheme of installation of pavement usage as shown in the figure for front end instrument.Specifically as shown in Figure 2,3.3, background processing system comprises GIS(Geographic Information System) path analysis function and Data Analysis Services function.Its information of vehicles of being caught by front-end equipment, classification stores in systems in which.When in system, same car is caught in other front end, system can calculate the distance (i.e. zone distance) between same the car different location of catching and the detailed path place residing for interval, road name and travel direction, section speed limit, inter-two-point path distance by automatic analysis, and whether exceed the speed limit in interval to judge vehicle.As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.4, front-end equipment geomagnetic direction sensor is responsible for front end system provider to reference information; The Big Dipper or GPS device are responsible for the geographic position gathering current goal; Catch sensor and be responsible for target acquisition; The travel speed gathering target is responsible for by speed pickup; Video camera is responsible for gathering target video or pictorial information according to catching sensors command; Information is transferred to background system by communication module after the process of front end data intellectual analysis, is further processed.5, the diverse geographic location information that backstage generalized information system (Geographic Information System) is responsible for same the car transmitted according to different front-end equipment calculates the accurate distance in vehicle operating interval.
The present invention is based on being no less than a set of portable information acquisition terminal to the exceed the speed limit acquisition and processing system front end of illegal information of motion interval, its at pavement usage roof scheme of installation as shown in Figure 3, instrument is at the portable scheme of installation of pavement usage as shown in Figure 4.The information that background processing system is passed back front end and GIS analyzes processes, and obtains the illegal evident information of accurate vehicle interval hypervelocity, and is transferred to traffic administration operating information system, complete the collection analysis flow process of primary information.
Feature of the present invention
Hazard event intelligent early-warning protector has following characteristics:
1, the present invention breaks existing road interval and tests the speed and must adopt the limitation of fixed apparatus completely, portable set is referred in interval speed measuring system, through the precise acquisition of front-end information, background intelligent analysis, builds motion interval velocity-measuring system flexibly easily.
2, the present invention proposes to use the Big Dipper or GPS positioning system and GIS(Geographic Information System first), test the speed distance in accurate performance analysis interval, and use distinct device timing tracking accuracy in the Big Dipper or GPS positioning system precision time service function safeguards system.Efficiently solve motion interval to test the speed and accurately obtain a difficult problem for zone distance.
3, the present invention is first by the pipe diameter design of traditional " fixed point tests the speed; fixed interval tests the speed " road traffic speed pipe diameter design innovation for " fixed point and interval are suitable for flexibly; freedom and flexibility form motion interval velocity-measuring system fast; automated intelligent analysis generates and uploads illegal evidence " simultaneously, increase substantially the service efficiency of equipment, reduce the cost of interval speed measuring equipment, motion interval velocity-measuring system is that road traffic speed management and control demand provides low price, efficiently implementation method and equipment flexibly.
4, the technology maturation of present device functional realiey application, system group network is flexible, good stability, complete function, installs simple to operate, and practicality is easy to promote.
Accompanying drawing explanation
Fig. 1 is Portable movable interval speed measuring system principle of work block diagram based on global position system (Big Dipper or GPS) and generalized information system and workflow diagram.
Fig. 2 is the Portable movable interval speed measuring system front-end equipment roof scheme of installation based on global position system (Big Dipper or GPS) and generalized information system.
Fig. 3 is the portable scheme of installation of Portable movable interval speed measuring system front-end equipment pavement usage based on global position system (Big Dipper or GPS) and generalized information system.
Fig. 4 is portable speed-measuring System Working Principle block diagram based on global position system (Big Dipper or GPS) and generalized information system and workflow diagram.
1. in Fig. 2, Fig. 3 is install illustrated position based on the Portable movable interval speed measuring system front-end equipment of global position system (Big Dipper or GPS) and generalized information system.
Embodiment
To test the speed the limitation of its management and control scope of mode and management and control effect for effectively solving the traditional point of current road, and popular interval speed measuring system is because management and control scope is wide, management and control science is adopted gradually in a large number, but because its service condition is harsh, starting point and terminal must use fixing bayonet socket or speed measuring equipment, once install migration will re-start coil construction, re-start zone distance qualification, thus cause migration extremely loaded down with trivial details.And be limited by equipment installation, equipment cost cost is high and cannot extensively adopt.The present invention break existing point test the speed and fixed interval test the speed form limitation, adopt dynamic portable information acquisition terminal form interval speed measuring system.There is motor-driven variable, the feature such as equipment efficiency of usage is high, system cost is extremely low, technology maturation is reliable of interval networking flexibility, management and control emphasis, can impel interval test the speed this science, effective road safety management and control measure can sooner, wider universal, and can dock with traffic control center, real-time control Traffic Information distribution apparatus sends information, and specific works realization flow as shown in Figure 1.
Based on the Portable movable interval speed measuring system implementation method of global position system (Big Dipper or GPS) and generalized information system, first complete vehicle by portable and fixed front-end equipment (at least comprising a portable set) and background processing system to catch and detect with related data, the vehicle data of catching (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information is sent to background processing system and stores by system; When in system, same car is caught in other front end, system meeting automatic analysis inter-two-point path distance, judges the whether interval hypervelocity of vehicle; As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.Patent of the present invention, possess and utilize existing and portable front-end equipment to set up interval speed measuring system flexibly, change the drawback that traditional interval speed measuring system must be made up of fixed front-end equipment, possesses system buildup flexible, the precision that tests the speed is high, the features such as management and control cost is low, portable front-end equipment also can be equipped on motor vehicle, initiatively dynamically captures travel direction and rear at the volley.
Realize the system of the interval speed-measuring method of Portable movable based on global position system (Big Dipper or GPS) and generalized information system, it is formed by network organizing by portable front-end equipment and fixed front-end equipment (at least comprising the portable set of more than) and background processing system.Portable front-end equipment comprises single goal or multiple goal velocity pick-up velocity radar, target acquistion sensing equipment, high-definition video equipment, the Big Dipper or gps satellite positioning equipment, device orientation checkout equipment, intellectual analysis processor, wireless (wired) communication apparatus, number plate recognition system, power-supply system passes through modularization or Integration Design forms.
It is dynamic for forming between the speed trial ground of this system, and the starting point tested the speed in formation interval and terminal can be static, also can be the dynamic of movement.Concrete zone distance is that in the generalized information system by back-end data disposal system, accurate path analysis function calculates.System possesses catches target of sending a car automatically, intelligent recording unit motion state evaluating objects travel direction, automatically based on GIS path analysis function Accurate Analysis zone distance, and the automatic analysis point-to-point transmission mistiming, thus accurately obtain its section travel speed.As hypervelocity, then automatically catching the necessary informations such as superimpose device ID on evidence picture, working point longitude and latitude, type of vehicle, the number-plate number, time, speed, in real time and operation system carry out evidence data interaction.
Front-end equipment possesses the device orientation checkout equipment based on earth magnetism, and can forward end intellectual analysis processor direction of transfer information.
Front-end equipment comes synchronizer and system time based on the Big Dipper or GPS precision time service.
The real-time information transmission on system front end and backstage, it moves the Wireless Communication Equipment that front-end equipment is equipped with real-time information transmission, can equip but be not limited to the wireless transport modules such as GPRS, 3G, WIFI, bluetooth, wireless optical fiber.
After system is connected with command centre platform, can according to the relevant information of command centre's platform base facility system, analyzed the information distributing apparatus such as the close traffic guidance screen in geographic position by GIS, and automatically issue the information such as " testing the speed in interval, front " " interval, front test the speed starting point " " interval, front test the speed distance XXXKM " by traffic guidance screen.
Described portable front-end equipment power taking for equipment provides power supply by integrated heavy-duty battery, and by vehicle-mounted 12V Power supply and to battery charging, also can be converted to 12V Power supply with civil power by mu balanced circuit and charge to battery.
Also comprise for also fixing and the quick mounting bracket of water-proof type of proterctive equipment or mounting disc with equipment physical connection.
The present invention seeks to design a kind of for road traffic safety management, by the pipe diameter design of traditional " fixed point tests the speed; fixed interval tests the speed " road traffic speed pipe diameter design innovation for " fixed point and interval are suitable for flexibly; freedom and flexibility form motion interval velocity-measuring system fast; automated intelligent analysis generates and uploads illegal evidence " simultaneously, increase substantially the service efficiency of equipment, reduce the cost of interval speed measuring equipment, motion interval velocity-measuring system is that road traffic speed management and control demand provides low price, efficiently implementation method and equipment flexibly.To raising road management and control efficiency, reduce the generation of traffic hazard, improve patrol efficiency and police strength use effect, assure the safety for life and property of the people and there is positive effect.
Principle of work:
Portable movable interval speed measuring system based on global position system (Big Dipper or GPS) and generalized information system forms and its implementation, first complete vehicle by portable and fixed front-end equipment (at least comprising a portable set) and background processing system to catch and detect with related data, the vehicle data of catching (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information is sent to background processing system and stores by system; When in system, same car is caught in other front end, system meeting automatic analysis inter-two-point path distance, judges the whether interval hypervelocity of vehicle; As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.Patent of the present invention, possess and utilize existing and portable front-end equipment to set up interval speed measuring system flexibly, change the drawback that traditional interval speed measuring system must be made up of fixed front-end equipment, possesses system buildup flexible, the precision that tests the speed is high, the features such as management and control cost is low, portable front-end equipment also can be equipped on motor vehicle, initiatively dynamically captures travel direction and rear at the volley.
1, system is made up of portable and fixed front-end equipment (at least comprising place's portable set) and background processing system.System front end completes vehicle when catching, and the vehicle data of catching (comprising the picture, speed, longitude and latitude, time, travel direction, type of vehicle, the number-plate number etc. of catching) information is sent to background processing system and stores by system; When in system, same car is caught in other front end, system meeting automatic analysis and judgment inter-two-point path distance, the whether interval hypervelocity of vehicle; As hypervelocity, then automatically superpose the information such as interval section, interval maximum speed limit, zone distance, average velocity, transit time, as law enforcement evidence.Patent of the present invention, possess and utilize existing and portable front-end equipment to set up interval speed measuring system flexibly, change the drawback that traditional interval speed measuring system must be made up of fixed front-end equipment, possesses system buildup flexible, the precision that tests the speed is high, the features such as management and control cost is low, portable front-end equipment also can be equipped on motor vehicle, initiatively dynamically captures travel direction and rear at the volley.Front end portable detection equipment is placed on ground or moving vehicle.When being placed in ground, be installed by tripod and the quick mounting bracket of water-proof type or mounting disc.
Portable front-end equipment comprises single goal or multiple goal velocity pick-up velocity radar, target acquistion sensing equipment, high-definition video equipment, the Big Dipper or gps satellite positioning equipment, device orientation checkout equipment, intellectual analysis processor, wireless (wired) communication apparatus, number plate recognition system, power-supply system, above system modular or Integration Design, during modular design, by data message, video and power delivery cable and aviation plug docking reliably; Background system comprises GIS(Geographic Information System) system and back-end data disposal system.System possesses catches target of sending a car automatically, intelligence recording unit motion state evaluating objects travel direction, automatically accurately its speed is measured, automatically catching the necessary informations such as superimpose device ID on evidence picture, working point longitude and latitude, type of vehicle, the number-plate number, time, speed, data interaction is carried out on real-time and backstage.Front-end equipment be by the integrated Big Dipper or GPS terminal module obtain time service and equipment accurately lay ground latitude and longitude information, front-end equipment also by during network implementation and background system carry out time synchronized.Fixing speed measuring equipment can through installing the Big Dipper or GPS terminal module additional or mark GIS(Geographic Information System in background system) information, with system background networking work, realize systemic-function.
Front-end equipment is provided with the direction inductor equipment based on earth induction, and energy is fetch equipment target acquistion direction in real time, draws captured target travel direction by the analysis of intellectual analysis processor.
Background system GIS(Geographic Information System) path analysis function, the geography information such as the different capture point longitudes and latitudes of same the car of catching according to front-end equipment, analysis meter calculates the distance (i.e. zone distance) between same the car different location of catching and the detailed path place residing for interval, road name and travel direction, and can obtain section speed limit.
During for Single-point velocity determination, system energy automatic analysis goes out the traffic direction of target acquisition.Institute's capturing information returns in real time, by backstage GIS(Geographic Information System) road information residing for (Geographic Information System) system automatic analysis working point, carries out information superposition and synthesizes evidence picture being stored in system or uploading illegal operating information system in real time automatically; Do not possessing under real-time return network condition, capture-data information can obtained road information by background system analysis and be stored in system or upload illegal operating information system in real time afterwards.Evident information uploads illegal operating information system after also caning be passed through manual confirmation.
Front end can be integrated easily and fix speed measuring equipment and mobile device, the interval speed measuring equipment of formative dynamics.Same the car information that system is caught front-end equipment, superposes the information such as section, maximum speed limit, zone distance, average velocity, transit time automatically, the whether interval hypervelocity of automatic decision vehicle, and by interface write traffic administration operating information system.
Mobile front-end equipment is equipped with the Wireless Communication Equipment of real-time information transmission, can equip but be not limited to the wireless transport modules such as GPRS, 3G, WIFI, bluetooth, wireless optical fiber.
After command centre's platform connects, can according to the relevant information of command centre's platform base facility system, by GIS(Geographic Information System) analyze the information distributing apparatus such as the close traffic guidance screen in geographic position, and automatically issue the information such as " testing the speed in interval, front " " interval, front test the speed starting point " " interval, front test the speed distance XXXKM " by traffic guidance screen.
Claims (6)
1. to test the speed implementation method based on the Portable movable interval of global position system and generalized information system, it is characterized in that implementing in accordance with the following steps:
(1) information of vehicles is caught with a Portable monitoring equipment and by global position system and generalized information system to portable set Geographic mapping;
(2) Portable monitoring equipment automatically on the vehicle evidence picture of catching superimpose device ID, catch vehicle heading, device geographical location information;
(3) vehicle evidence picture is sent to background processing system and stores by wireless telecommunication system by Portable monitoring equipment;
(4) when same vehicle running signal caught by other watch-dog be associated with background processing system, systematic analysis judges inter-two-point path Distance geometry running time, judges the whether interval hypervelocity of this vehicle; As hypervelocity, then automatically generate interval and to test the speed illegal information evidence picture, and automatically superpose interval section, interval maximum speed limit, zone distance, average velocity, transit time information as law enforcement evidence to evidence picture;
And watch-dog obtains time service and equipment accurately by the integrated Big Dipper or GPS terminal module to lay ground latitude and longitude information; Or by during network implementation and background system carry out time synchronized;
Background processing system and generalized information system communication realizing route analytic function, according to the different capture point longitude and latitude geography information of same the car that watch-dog is caught, analysis meter calculates the detailed path place residing for Distance geometry interval between same the car different location of catching, road name and travel direction, and can obtain section speed limit;
Background processing system can be connected with command centre's platform simultaneously, according to the relevant information of command centre's platform base facility system, analyze the close traffic guidance screen Dynamic Information Publishing equipment in geographic position by GIS, and automatically issue " testing the speed in interval, front " " interval, front test the speed starting point " " interval, front test the speed distance XXXKM " all informations by traffic guidance screen.
2. test the speed implementation method in the Portable movable interval based on global position system and generalized information system according to claim 1, it is characterized in that Portable monitoring equipment is placed on ground or moving vehicle; And when being placed in ground, be installed by tripod and the quick mounting bracket of water-proof type or mounting disc.
3. test the speed implementation method in the Portable movable interval based on global position system and generalized information system according to claim 1, and it is characterized in that: during work, the magnetic field orientation sensor energy automatic analysis be positioned on watch-dog goes out the traffic direction of target acquisition; And institute's capturing information is returned in real time, by the road information residing for generalized information system automatic analysis working point, backstage, automatically carry out information superposition and synthesize evidence picture being stored in system or uploading illegal operating information system in real time; Do not possessing under real-time return network condition, front-end equipment temporarily can store capturing information, capture-data information can be uploaded afterwards and obtains road information by background system analysis and be stored in system or upload illegal operating information system in real time; Evident information also can be passed through after manual examination and verification confirm and uploads illegal operating information system.
4. realize the system of speed-measuring method as interval in the Portable movable based on global position system and generalized information system in claim 1-3 as described in any one, it is characterized in that at least comprising a portable watch-dog and other portable or fixing watch-dog, described watch-dog is connected with background processing system by wireless telecommunication system; Watch-dog comprises single goal or multiple goal velocity pick-up speed measuring equipment, target acquistion sensing equipment, high-definition video equipment, the Big Dipper or gps satellite positioning equipment, device orientation checkout equipment, intellectual analysis processor, communication apparatus, number plate recognition system, power-supply system and all system modulars or to be integratedly integrated; Described sensing speed measuring equipment is any one in radar, laser, video analysis; Described watch-dog is equipped with and can goes out the magnetic field orientation sensor of the traffic direction of target acquisition and system possesses and automatically catches target of sending a car by automatic analysis, intelligence recording unit motion state evaluating objects travel direction, automatically accurately its speed is measured, automatically in the module of catching superimpose device ID on evidence picture, working point longitude and latitude, type of vehicle, the number-plate number, time, velocity information, data interaction is carried out on real-time and backstage; Background system comprises generalized information system and back-end data disposal system; Fixing watch-dog and Portable monitoring equipment pass through the interval speed measuring equipment of wireless telecommunications formative dynamics; Same the car information that system is caught front-end equipment, superposes section, maximum speed limit, zone distance, average velocity, transit time information automatically, the whether interval hypervelocity of automatic decision vehicle, and by interface write traffic administration operating information system.
5. system according to claim 4, when it is characterized in that modular design, by data message, video and power delivery cable and aviation plug docking reliably.
6. system according to claim 4, it is characterized in that the Wireless Communication Equipment of real-time information transmission is equipped with in portable monitoring, the wireless transport module that can equip includes but not limited to GPRS, 3G, WIFI, bluetooth, wireless optical fiber.
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| CN104866480A (en) * | 2014-02-21 | 2015-08-26 | 支录奎 | System based on vehicle and parking traveling trace positioning real-time searching |
| CN105528898B (en) * | 2014-09-28 | 2018-03-23 | 深圳市赛格导航科技股份有限公司 | A kind of speed monitoring method and speed monitoring system based on vehicle position information |
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| CN107221155A (en) * | 2017-05-25 | 2017-09-29 | 北京易华录信息技术股份有限公司 | A kind of method for administering freeway traffic illegal activities |
| CN108347488A (en) * | 2018-02-13 | 2018-07-31 | 山东顺国电子科技有限公司 | Vehicles management method, device based on Beidou electronic map and server |
| CN108492563B (en) * | 2018-04-12 | 2020-11-06 | 西南交通大学 | Overspeed event detection method based on average speed |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101894471A (en) * | 2010-05-13 | 2010-11-24 | 安徽蓝盾光电子股份有限公司 | Vehicle velocity measurement method with adjustable velocity measurement interval distance |
| CN202887454U (en) * | 2012-08-15 | 2013-04-17 | 鄂尔多斯市龙腾捷通科技有限公司 | Embedded multifunctional integrated host capable of being applied to road-interval speed measurement |
| CN103198657A (en) * | 2013-03-19 | 2013-07-10 | 杨熙增 | Implementation method and system of mobile vehicle-mounted parking-violation capturing |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011095848A (en) * | 2009-10-27 | 2011-05-12 | Chugoku Electric Power Co Inc:The | Accident prevention monitoring control system |
-
2013
- 2013-09-30 CN CN201310468054.6A patent/CN103500507B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101894471A (en) * | 2010-05-13 | 2010-11-24 | 安徽蓝盾光电子股份有限公司 | Vehicle velocity measurement method with adjustable velocity measurement interval distance |
| CN202887454U (en) * | 2012-08-15 | 2013-04-17 | 鄂尔多斯市龙腾捷通科技有限公司 | Embedded multifunctional integrated host capable of being applied to road-interval speed measurement |
| CN103198657A (en) * | 2013-03-19 | 2013-07-10 | 杨熙增 | Implementation method and system of mobile vehicle-mounted parking-violation capturing |
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