WO2011143832A1 - Display method of regional vehicle information, monitoring apparatus and vehicle management service system - Google Patents
Display method of regional vehicle information, monitoring apparatus and vehicle management service system Download PDFInfo
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- WO2011143832A1 WO2011143832A1 PCT/CN2010/073075 CN2010073075W WO2011143832A1 WO 2011143832 A1 WO2011143832 A1 WO 2011143832A1 CN 2010073075 W CN2010073075 W CN 2010073075W WO 2011143832 A1 WO2011143832 A1 WO 2011143832A1
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/20—Monitoring the location of vehicles belonging to a group, e.g. fleet of vehicles, countable or determined number of vehicles
- G08G1/207—Monitoring the location of vehicles belonging to a group, e.g. fleet of vehicles, countable or determined number of vehicles with respect to certain areas, e.g. forbidden or allowed areas with possible alerting when inside or outside boundaries
Definitions
- the invention relates to vehicle management technology, in particular to a regional vehicle information display method, a monitoring device and a vehicle management service system. Background technique
- the vehicle management service system is currently widely used in private cars, operating companies, and vehicle manufacturers for the management and service of the owned vehicles.
- the existing vehicle management service system usually includes the vehicle mobile terminal 2, the monitoring center 100, and the customer.
- the terminal 5, the monitoring center 100 includes a server 3 and a database 4, and all the vehicle information data of the customer is stored in the database 4.
- the client terminal 5 monitors all the vehicles to which the management belongs according to its own authority by logging in to the server 3.
- the vehicle mobile terminal 2 and the monitoring center 100 exchange data via a wireless network.
- the vehicle management service system widely uses Global Positioning System (GPS) positioning technology to achieve positioning, monitoring and navigation, that is, the location and running trajectory of each vehicle can be displayed on the electronic map of the monitoring center, but the current vehicle management service
- GPS Global Positioning System
- the system has a defect, it is impossible to observe the vehicles in the designated area, that is, sometimes the client terminal needs to randomly design an arbitrary shape area on the electronic map, view the vehicle situation in this area and conduct management monitoring, and the current vehicle management service The system cannot do this.
- One of the objects of the present invention is to provide a regional vehicle information display method, a monitoring device, and a vehicle management service system that enable a customer to acquire vehicle information in a designated area.
- the invention provides a regional vehicle information display method for a vehicle management service system, comprising the steps of:
- the vehicle information is displayed.
- the obtaining the serial number of the registered vehicle in the designated area of the user is: collecting the latitude and longitude of the boundary point of the designated area of the user; Collecting the latitude and longitude of the registered vehicle;
- the registered vehicle serial number within the user-specified area is extracted by comparing the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle.
- the latitude and longitude of the registered vehicle is determined by a satellite positioning system
- the vehicle information includes vehicle static information including vehicle license number
- the vehicle dynamic information includes vehicle exercise speed, vehicle travel trajectory, vehicle travel mileage, and vehicle number.
- the invention also provides a monitoring device for a vehicle management service system, comprising:
- Obtaining a vehicle module configured to acquire a registered vehicle serial number in a designated area of the user; and acquiring an information module, configured to obtain corresponding vehicle information according to the serial number;
- a display module configured to display the vehicle information.
- the acquiring the vehicle module comprises:
- a regional latitude and longitude unit configured to collect a boundary point latitude and longitude of a user-specified area
- the comparison unit is configured to compare the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
- the present invention also provides a vehicle management service system, including a vehicle mobile terminal and a monitoring device for performing data interaction with the vehicle mobile terminal, the monitoring device comprising:
- Obtaining a vehicle module configured to acquire a registered vehicle serial number in a designated area of the user; and acquiring an information module, configured to obtain corresponding vehicle information according to the serial number;
- a display module configured to display the vehicle information.
- the acquiring the vehicle module comprises:
- a regional latitude and longitude unit configured to collect a boundary point latitude and longitude of a user-specified area
- the comparison unit is configured to compare the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
- the latitude and longitude of the registered vehicle is determined by a satellite positioning system.
- the vehicle information includes vehicle static information and vehicle dynamic information, and the vehicle is static
- the state information includes a license plate number
- the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle mileage, and a number of vehicles.
- the regional vehicle information display method, the monitoring device and the vehicle management service system proposed by the present invention collect the number of registered vehicles and the vehicle serial number in the designated area by comparing the boundary latitude and longitude of the designated area with the latitude and longitude of the registered vehicle. The customer obtains vehicle information within the designated area.
- 1 is a structural diagram of an existing vehicle management service system
- FIG. 2 is a schematic flow chart of a method for displaying regional vehicle information according to an embodiment of the present invention
- FIG. 3 is a schematic structural diagram of a monitoring apparatus according to an embodiment of the present invention.
- FIG. 4 is a schematic structural diagram of an acquisition vehicle module of a monitoring apparatus according to an embodiment of the present invention.
- FIG. 5 is a schematic structural diagram of a vehicle management service system according to an embodiment of the present invention.
- the implementation, functional features, and advantages of the present invention will be further described with reference to the accompanying drawings. detailed description
- the regional vehicle information display method, the monitoring device and the vehicle management service system proposed by the present invention obtain the serial number of the registered vehicle in the designated area by comparing the boundary point latitude and longitude of the designated area with the latitude and longitude of the registered vehicle, and according to the vehicle Serial number, search monitoring center database data, and display information about the vehicle in a list.
- a regional vehicle information display method which is used in a vehicle management service system, and includes:
- Step 101 Obtain a registered vehicle serial number in a designated area of the user
- the vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, government agencies, etc., and provides different rights according to different customer purchase services.
- the vehicle management service system includes monitoring centers and vehicles.
- the mobile terminal, the vehicle mobile terminal is a device similar to a GPS navigator, obtains the latitude and longitude of the vehicle location by GPS positioning technology, and returns to the monitoring center, and the customer stores the data of all the vehicles belonging to the database,
- the access monitoring center monitors and manages all vehicles belonging to it.
- Step 101 is specifically as follows:
- the client terminal logs in to the monitoring center, if it wants to monitor the registered vehicle of a certain area, an arbitrary shape area is demarcated on the electronic map of the monitoring center, and the monitoring center receives the area information.
- the monitoring center After receiving the area specified by the customer, the monitoring center measures the boundary points of the area and collects the latitude and longitude of all points on the boundary.
- the vehicle mobile terminal is loaded on all registered vehicles of the vehicle management service system, and the latitude and longitude of the vehicle location is obtained by GPS positioning technology. For all vehicles registered in the vehicle management system, the latitude and longitude of the location is returned every 5 seconds, and the monitoring center The latitude and longitude of all registered vehicles are collected and stored in the database.
- the serial number of all the vehicles in the area can be obtained.
- Step 102 Obtain corresponding vehicle information according to the serial number
- Vehicle related information is acquired in the database based on the vehicle serial number of the vehicle in the area.
- Step 103 Display vehicle information.
- the vehicle information of the designated area may be displayed in a list form or a specific other form, the vehicle information includes vehicle static information and vehicle dynamic information, the vehicle static information includes a license plate number, and the vehicle dynamic information includes a vehicle exercising speed, a vehicle driving track, and a vehicle mileage. Number and number of vehicles.
- a monitoring apparatus 200 is provided for a vehicle management service system, including:
- Obtaining a vehicle module 10 configured to acquire a registered vehicle serial number in a designated area of the user;
- the obtaining information module 20 is configured to obtain corresponding vehicle information according to the serial number; and the display module 30 is configured to display the vehicle information.
- the vehicle information includes vehicle static information and vehicle dynamic information
- the vehicle static information includes a license plate number
- the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle travel mileage, and a vehicle number.
- Acquiring the vehicle module 10 includes:
- a regional latitude and longitude unit 21 is configured to collect a boundary point latitude and longitude of a user-specified area
- the comparing unit 23 is configured to compare the boundary point latitude and longitude of the designated area of the user with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
- the vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, etc., and provides different rights according to different purchase services of the customer.
- the vehicle management service system includes the monitoring device 200 and the vehicle mobile terminal.
- the vehicle mobile terminal is a device with GPS navigation function, obtains the latitude and longitude of the vehicle location by GPS positioning technology, and returns to the monitoring device 200, the customer stores the data of all registered vehicles in the database, and accesses all the vehicles belonging to the monitoring center 200 Monitor management.
- an arbitrary shape area is delimited on the electronic map of the monitoring device 200.
- the regional latitude and longitude unit 21 in the vehicle module 10 acquires the boundary point of the vehicle management area, and collects the latitude and longitude of all points on the boundary.
- the vehicle mobile terminal is loaded on all registered vehicles of the vehicle management service system, and the latitude and longitude of the vehicle location is determined by GPS positioning technology. For all vehicles registered in the vehicle management system, the latitude and longitude of the location is returned every 5 seconds, and the vehicle is registered.
- the latitude and longitude unit 22 collects the latitude and longitude of all registered vehicles and stores them in the database.
- the comparing unit 23 compares the latitude and longitude of the boundary point in the specified area with the latitude and longitude of the vehicle location returned by the vehicle moving terminal, and obtains the serial number of all the vehicles of the customer in the area.
- the acquisition information module 20 acquires vehicle related information in a database based on the vehicle serial number.
- the display module 30 displays the vehicle information of the designated area in a list form or in a specific other form.
- the monitoring device 200 proposed by the present invention compares the boundary latitude and longitude of the designated area with the registered vehicle
- the latitude and longitude of the vehicle collects the number of registered vehicles and the vehicle serial number in the designated area, so that the customer can obtain the vehicle information in the designated area.
- a vehicle management service system according to an embodiment of the present invention is provided, including a vehicle mobile terminal.
- monitoring device 200 for performing data interaction with the vehicle mobile terminal 40, wherein the monitoring device 200 further includes:
- the display module 30 is configured to display vehicle information.
- the vehicle information includes vehicle static information and vehicle dynamic information
- the vehicle static information includes a license plate number
- the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle mileage, and a number of vehicles.
- Acquiring the vehicle module 10 includes:
- a regional latitude and longitude unit 21 for collecting the latitude and longitude of the boundary point of the area
- the comparing unit 23 is configured to compare the boundary point latitude and longitude of the area and the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
- the structure of the acquisition vehicle module 10 is the same as that of the acquisition vehicle module 10 shown in FIG.
- the vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, etc., and provides different rights according to different purchase services of the customer.
- the vehicle management service system includes the monitoring device 200 and the vehicle mobile terminal. 40.
- the vehicle mobile terminal 40 is a device with a GPS navigation function. The latitude and longitude of the vehicle location is obtained by the GPS positioning technology, and is returned to the monitoring device 200.
- the customer stores the data of all the vehicles belonging to the database, and accesses the monitoring device 200 to belong to the owner. The vehicle is monitored and managed.
- the client terminal After logging in to the monitoring device 200, the client terminal, if it wants to monitor the registered vehicle in a certain area, delimits an area of an arbitrary shape on the electronic map of the server.
- the area latitude and longitude unit 21 in the vehicle module 10 After receiving the area specified by the customer, the area latitude and longitude unit 21 in the vehicle module 10 acquires the boundary point of the vehicle management area, and collects the latitude and longitude of all points on the boundary.
- the vehicle mobile terminal 40 is loaded on a vehicle registered by the customer in the vehicle management service system, and is determined by GPS positioning technology.
- the latitude and longitude of the vehicle location, for all vehicles registered in the vehicle management system will return to the latitude and longitude of the location every 5 seconds, and the registered vehicle latitude and longitude unit 22 collects the latitude and longitude of all registered vehicles and stores them in the database.
- the comparing unit 23 compares the boundary point latitude and longitude in the specified area with the latitude and longitude of the vehicle location returned by the vehicle mobile terminal, and can obtain the serial number of all the vehicles of the customer in the area.
- the acquisition information module 20 acquires vehicle related information in a database based on the vehicle serial number.
- the display module 30 displays the vehicle information of the designated area in a list form or in a specific other form.
- the vehicle management service system proposed by the present invention collects the number of registered vehicles and the vehicle serial number in the designated area by comparing the boundary latitude and longitude of the designated area with the latitude and longitude of the registered vehicle, so that the customer acquires the vehicle information in the designated area.
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Abstract
Description
区域车辆信息显示的方法、 监控装置和车辆管理服务系统 技术领域 Regional vehicle information display method, monitoring device and vehicle management service system
本发明涉及到车辆管理技术， 特别涉及到一种区域车辆信息显示的方法、 监控装置和车辆管理服务系统。 背景技术 The invention relates to vehicle management technology, in particular to a regional vehicle information display method, a monitoring device and a vehicle management service system. Background technique
车辆管理服务系统目前广泛应用于私家车、 运营公司、 车辆生产厂家， 用于对所属车辆进行管理和服务， 参照图 1 , 现有车辆管理服务系统通常包括 车辆移动终端 2、 监控中心 100和客户终端 5 , 监控中心 100包括服务器 3和数据 库 4, 客户所有的车辆信息数据存放在数据库 4, 客户终端 5通过登录服务器 3 , 根据自己的权限监控管理所属的所有车辆。 车辆移动终端 2和监控中心 100通 过无线网络进行数据交换。 The vehicle management service system is currently widely used in private cars, operating companies, and vehicle manufacturers for the management and service of the owned vehicles. Referring to Figure 1, the existing vehicle management service system usually includes the vehicle mobile terminal 2, the monitoring center 100, and the customer. The terminal 5, the monitoring center 100 includes a server 3 and a database 4, and all the vehicle information data of the customer is stored in the database 4. The client terminal 5 monitors all the vehicles to which the management belongs according to its own authority by logging in to the server 3. The vehicle mobile terminal 2 and the monitoring center 100 exchange data via a wireless network.
目前车辆管理服务系统广泛使用全球定位系统 （ Global Positioning System, GPS )定位技术实现定位、 监控及导航， 即在监控中心的电子地图上 可以显示各个车辆的所在地及运行轨迹， 但是目前的车辆管理服务系统有一 个缺陷， 无法对指定区域内的车辆进行观察， 即有时客户终端需要在电子地 图上随意指定一任意形状的区域， 查看此区域内的车辆情况并进行管理监控， 而目前的车辆管理服务系统无法做到这点。 发明内容 At present, the vehicle management service system widely uses Global Positioning System (GPS) positioning technology to achieve positioning, monitoring and navigation, that is, the location and running trajectory of each vehicle can be displayed on the electronic map of the monitoring center, but the current vehicle management service The system has a defect, it is impossible to observe the vehicles in the designated area, that is, sometimes the client terminal needs to randomly design an arbitrary shape area on the electronic map, view the vehicle situation in this area and conduct management monitoring, and the current vehicle management service The system cannot do this. Summary of the invention
本发明的目的之一为提供一种区域车辆信息显示方法、 监控装置和车辆 管理服务系统， 可以使客户获取指定区域内的车辆信息。 One of the objects of the present invention is to provide a regional vehicle information display method, a monitoring device, and a vehicle management service system that enable a customer to acquire vehicle information in a designated area.
本发明提出一种区域车辆信息显示方法， 用于车辆管理服务系统， 包括 步骤： The invention provides a regional vehicle information display method for a vehicle management service system, comprising the steps of:
获取用户指定区域内的已注册车辆序列号； Obtain the registered vehicle serial number in the designated area of the user;
根据序列号， 获取相应的车辆信息； Obtain corresponding vehicle information according to the serial number;
显示所述车辆信息。 The vehicle information is displayed.
优待地， 所述获取用户指定区域内的已注册车辆的序列号具体为： 采集用户指定区域的边界点经纬度； 采集已注册车辆的经纬度； Preferably, the obtaining the serial number of the registered vehicle in the designated area of the user is: collecting the latitude and longitude of the boundary point of the designated area of the user; Collecting the latitude and longitude of the registered vehicle;
对比用户指定区域的边界点经纬度和已注册车辆的经纬度， 提取在用户 指定区域内的已注册车辆序列号。 The registered vehicle serial number within the user-specified area is extracted by comparing the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle.
优待地， 所述已注册车辆的经纬度是通过卫星定位系统测定 Advantageously, the latitude and longitude of the registered vehicle is determined by a satellite positioning system
优待地， 所述车辆信息包括车辆静态信息和车辆动态信息， 所述车辆静 态信息包括车牌号码， 所述车辆动态信息包括车辆行使速度、 车辆行驶轨迹、 车辆行驶里程数和车辆数量。 本发明还提出一种监控装置， 用于车辆管理服务系统， 包括： Advantageously, the vehicle information includes vehicle static information including vehicle license number, and the vehicle dynamic information includes vehicle exercise speed, vehicle travel trajectory, vehicle travel mileage, and vehicle number. The invention also provides a monitoring device for a vehicle management service system, comprising:
获取车辆模块， 用于获取用户指定区域内的已注册车辆序列号； 获取信息模块， 用于根据序列号， 获取相应的车辆信息； Obtaining a vehicle module, configured to acquire a registered vehicle serial number in a designated area of the user; and acquiring an information module, configured to obtain corresponding vehicle information according to the serial number;
显示模块， 用于显示所述车辆信息。 a display module, configured to display the vehicle information.
优待地， 所述获取车辆模块包括： Advantageously, the acquiring the vehicle module comprises:
区域经纬度单元， 用于采集用户指定区域的边界点经纬度； a regional latitude and longitude unit, configured to collect a boundary point latitude and longitude of a user-specified area;
注册车辆经纬度单元， 用于采集已注册车辆的经纬度； Registering a vehicle latitude and longitude unit for collecting the latitude and longitude of the registered vehicle;
对比单元， 用于对比用户指定区域的边界点经纬度和已注册车辆的经纬 度， 提取在用户指定区域内的已注册车辆序列号。 本发明还提出一种车辆管理服务系统， 包括车辆移动终端以及和所述车 辆移动终端进行数据交互的监控装置， 所述监控装置包括： The comparison unit is configured to compare the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user. The present invention also provides a vehicle management service system, including a vehicle mobile terminal and a monitoring device for performing data interaction with the vehicle mobile terminal, the monitoring device comprising:
获取车辆模块， 用于获取用户指定区域内的已注册车辆序列号； 获取信息模块， 用于根据序列号， 获取相应的车辆信息； Obtaining a vehicle module, configured to acquire a registered vehicle serial number in a designated area of the user; and acquiring an information module, configured to obtain corresponding vehicle information according to the serial number;
显示模块， 用于显示所述车辆信息。 a display module, configured to display the vehicle information.
优待地， 所述获取车辆模块包括： Advantageously, the acquiring the vehicle module comprises:
区域经纬度单元， 用于采集用户指定区域的边界点经纬度； a regional latitude and longitude unit, configured to collect a boundary point latitude and longitude of a user-specified area;
注册车辆经纬度单元， 用于采集已注册车辆的经纬度； Registering a vehicle latitude and longitude unit for collecting the latitude and longitude of the registered vehicle;
对比单元， 用于对比用户指定区域的边界点经纬度和已注册车辆的经纬 度， 提取在用户指定区域内的已注册车辆序列号。 The comparison unit is configured to compare the latitude and longitude of the boundary point of the user-specified area with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
优选地， 所述已注册车辆的经纬度是通过卫星定位系统测定。 Preferably, the latitude and longitude of the registered vehicle is determined by a satellite positioning system.
优选地， 所述车辆信息包括车辆静态信息和车辆动态信息， 所述车辆静 态信息包括车牌号码， 所述车辆动态信息包括车辆行使速度、 车辆行驶轨迹、 车辆行驶里程数和车辆数量。 本发明提出的区域车辆信息显示方法、 监控装置和车辆管理服务系统， 通过对比指定区域的边界经纬度和已注册车辆的经纬度， 收集到该指定区域 内已注册车辆的车辆数量和车辆序列号， 使客户获取指定区域内的车辆信息。 附图说明 Preferably, the vehicle information includes vehicle static information and vehicle dynamic information, and the vehicle is static The state information includes a license plate number, and the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle mileage, and a number of vehicles. The regional vehicle information display method, the monitoring device and the vehicle management service system proposed by the present invention collect the number of registered vehicles and the vehicle serial number in the designated area by comparing the boundary latitude and longitude of the designated area with the latitude and longitude of the registered vehicle. The customer obtains vehicle information within the designated area. DRAWINGS
图 1为现有车辆管理服务系统的结构图； 1 is a structural diagram of an existing vehicle management service system;
图 2为本发明实施例的区域车辆信息显示方法的流程示意图； 2 is a schematic flow chart of a method for displaying regional vehicle information according to an embodiment of the present invention;
图 3为本发明实施例的监控装置的结构示意图； 3 is a schematic structural diagram of a monitoring apparatus according to an embodiment of the present invention;
图 4为本发明实施例的监控装置的获取车辆模块的结构示意图； 4 is a schematic structural diagram of an acquisition vehicle module of a monitoring apparatus according to an embodiment of the present invention;
图 5为本发明实施例的车辆管理服务系统的结构示意图。 本发明目的的实现、 功能特点及优点将结合实施例， 参照附图做进一步 说明。 具体实施方式 FIG. 5 is a schematic structural diagram of a vehicle management service system according to an embodiment of the present invention. The implementation, functional features, and advantages of the present invention will be further described with reference to the accompanying drawings. detailed description
本发明提出的区域车辆信息显示方法、 监控装置和车辆管理服务系统， 通过对比指定区域的边界点经纬度和已注册车辆的经纬度， 获取在该指定区 域内已注册车辆的序列号， 并根据上述车辆序列号， 搜索监控中心数据库数 据， 以列表形式显示车辆的相关信息。 The regional vehicle information display method, the monitoring device and the vehicle management service system proposed by the present invention obtain the serial number of the registered vehicle in the designated area by comparing the boundary point latitude and longitude of the designated area with the latitude and longitude of the registered vehicle, and according to the vehicle Serial number, search monitoring center database data, and display information about the vehicle in a list.
参照图 2, 提出本发明实施例的区域车辆信息显示方法， 用于车辆管理 服务系统， 包括： Referring to FIG. 2, a regional vehicle information display method according to an embodiment of the present invention is provided, which is used in a vehicle management service system, and includes:
步骤 101 , 获取用户指定区域内的已注册车辆序列号； Step 101: Obtain a registered vehicle serial number in a designated area of the user;
车辆管理服务系统为车辆生产厂商以及购买服务的其它客户如公交公 司、 出租车公司、 政府机构等提供车辆管理服务， 并且根据客户购买服务的 不同提供不同权限， 车辆管理服务系统包括监控中心和车辆移动终端， 车辆 移动终端为类似 GPS导航仪的设备，通过 GPS定位技术获取车辆所在地的经 纬度， 并返回给监控中心， 客户将所属所有车辆的资料存放在数据库， 通过 访问监控中心对所属所有车辆进行监控管理。 The vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, government agencies, etc., and provides different rights according to different customer purchase services. The vehicle management service system includes monitoring centers and vehicles. The mobile terminal, the vehicle mobile terminal is a device similar to a GPS navigator, obtains the latitude and longitude of the vehicle location by GPS positioning technology, and returns to the monitoring center, and the customer stores the data of all the vehicles belonging to the database, The access monitoring center monitors and manages all vehicles belonging to it.
步骤 101具体为： Step 101 is specifically as follows:
A、 采集用户指定区域的边界点经纬度； A. Collecting the boundary point latitude and longitude of the designated area of the user;
客户终端在登录监控中心后， 如欲对某区域的所属已注册车辆进行监控， 则在监控中心的电子地图上划定一个任意形状的区域， 监控中心接收该区域 信息。 After the client terminal logs in to the monitoring center, if it wants to monitor the registered vehicle of a certain area, an arbitrary shape area is demarcated on the electronic map of the monitoring center, and the monitoring center receives the area information.
监控中心接收客户指定的区域后， 对该区域的边界点进行测算， 采集边 界上所有点的经纬度。 After receiving the area specified by the customer, the monitoring center measures the boundary points of the area and collects the latitude and longitude of all points on the boundary.
B、 采集已注册车辆的经纬度； B. Collecting the latitude and longitude of the registered vehicle;
车辆移动终端装载在车辆管理服务系统所有已注册的车辆上， 通过 GPS 定位技术获取车辆所在地的经纬度， 对于在车辆管理系统中已注册的所有车 辆， 会每隔 5秒返回所在地的经纬度， 监控中心采集已注册所有车辆的经纬 度后存放于数据库中。 The vehicle mobile terminal is loaded on all registered vehicles of the vehicle management service system, and the latitude and longitude of the vehicle location is obtained by GPS positioning technology. For all vehicles registered in the vehicle management system, the latitude and longitude of the location is returned every 5 seconds, and the monitoring center The latitude and longitude of all registered vehicles are collected and stored in the database.
C、 对比用户指定区域的边界点经纬度和已注册车辆的经纬度， 提取在用 户指定区域内的已注册车辆的序列号。 C. Compare the boundary point latitude and longitude of the user-specified area with the latitude and longitude of the registered vehicle, and extract the serial number of the registered vehicle in the user-specified area.
将上述指定区域内的边界点经纬度和车辆移动终端返回的车辆所在地的 经纬度进行对比， 可获取该区域内的所有车辆的序列号。 By comparing the latitude and longitude of the boundary point in the specified area with the latitude and longitude of the vehicle location returned by the vehicle mobile terminal, the serial number of all the vehicles in the area can be obtained.
步骤 102, 根据序列号， 获取相应的车辆信息； Step 102: Obtain corresponding vehicle information according to the serial number;
根据该区域内车辆的车辆序列号， 在数据库中获取车辆相关信息。 Vehicle related information is acquired in the database based on the vehicle serial number of the vehicle in the area.
步骤 103 , 显示车辆信息。 Step 103: Display vehicle information.
可以以列表形式或特定的其它形式显示指定区域的车辆信息， 上述车辆 信息包括车辆静态信息和车辆动态信息， 车辆静态信息包括车牌号码， 车辆 动态信息包括车辆行使速度、 车辆行驶轨迹、 车辆行驶里程数和车辆数量。 The vehicle information of the designated area may be displayed in a list form or a specific other form, the vehicle information includes vehicle static information and vehicle dynamic information, the vehicle static information includes a license plate number, and the vehicle dynamic information includes a vehicle exercising speed, a vehicle driving track, and a vehicle mileage. Number and number of vehicles.
本发明提出的方法， 通过对比指定区域的边界经纬度和已注册车辆的经 纬度， 收集到该指定区域内已注册车辆的数量和车辆序列号， 使客户获取指 定区域内的车辆信息。 参照图 3、 图 4, 提出本发明实施例的监控装置 200, 用于车辆管理服务 系统， 包括： The method proposed by the present invention collects the number of registered vehicles and the vehicle serial number in the designated area by comparing the boundary latitude and longitude of the designated area with the latitude and longitude of the registered vehicle, so that the customer acquires the vehicle information in the designated area. Referring to FIG. 3 and FIG. 4, a monitoring apparatus 200 according to an embodiment of the present invention is provided for a vehicle management service system, including:
获取车辆模块 10, 用于获取用户指定区域内的已注册车辆序列号； 获取信息模块 20, 用于根据序列号， 获取相应的车辆信息； 显示模块 30, 用于显示所述车辆信息。 Obtaining a vehicle module 10, configured to acquire a registered vehicle serial number in a designated area of the user; The obtaining information module 20 is configured to obtain corresponding vehicle information according to the serial number; and the display module 30 is configured to display the vehicle information.
上述车辆信息包括包括车辆静态信息和车辆动态信息， 车辆静态信息包 括车牌号码， 车辆动态信息包括车辆行使速度、 车辆行驶轨迹、 车辆行驶里 程数和车辆数量。 The vehicle information includes vehicle static information and vehicle dynamic information, the vehicle static information includes a license plate number, and the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle travel mileage, and a vehicle number.
获取车辆模块 10包括： Acquiring the vehicle module 10 includes:
区域经纬度单元 21 , 用于采集用户指定区域的边界点经纬度； a regional latitude and longitude unit 21 is configured to collect a boundary point latitude and longitude of a user-specified area;
注册车辆经纬度单元 22, 用于采集已注册车辆的经纬度； Registering a vehicle latitude and longitude unit 22 for collecting the latitude and longitude of the registered vehicle;
对比单元 23 , 用于对比用户指定区域的边界点经纬度和已注册车辆的经 纬度， 提取在用户指定区域内的已注册车辆序列号。 The comparing unit 23 is configured to compare the boundary point latitude and longitude of the designated area of the user with the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
下面结合附图详细本发明的监控装置。 The monitoring device of the present invention will be described in detail below with reference to the drawings.
车辆管理服务系统为车辆生产厂商以及购买服务的其它客户如公交公 司、 出租车公司等提供车辆管理服务， 并且根据客户购买服务的不同提供不 同权限， 车辆管理服务系统包括监控装置 200和车辆移动终端， 车辆移动终 端为具备 GPS导航功能的设备，通过 GPS定位技术获取车辆所在地的经纬度， 并返回给监控装置 200, 客户将所有已注册车辆的资料存放在数据库， 通过访 问监控中心 200对所属所有车辆进行监控管理。 The vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, etc., and provides different rights according to different purchase services of the customer. The vehicle management service system includes the monitoring device 200 and the vehicle mobile terminal. The vehicle mobile terminal is a device with GPS navigation function, obtains the latitude and longitude of the vehicle location by GPS positioning technology, and returns to the monitoring device 200, the customer stores the data of all registered vehicles in the database, and accesses all the vehicles belonging to the monitoring center 200 Monitor management.
客户终端在登录服务器后， 如欲对某区域的已注册车辆进行监控， 则在 监控装置 200的电子地图上划定一个任意形状的区域。 After the client terminal logs in to the server, if it wants to monitor the registered vehicle in a certain area, an arbitrary shape area is delimited on the electronic map of the monitoring device 200.
接收客户指定的区域后， 获取车辆模块 10中的区域经纬度单元 21对车 辆管理区域的边界点进行测算， 采集边界上所有点的经纬度。 车辆移动终端 装载在车辆管理服务系统所有已注册的车辆上， 通过 GPS定位技术测定车辆 所在地的经纬度， 对于在车辆管理系统中已注册的所有车辆， 会每隔 5秒返 回所在地的经纬度， 注册车辆经纬度单元 22采集已注册所有车辆的经纬度后 存放于数据库中。 对比单元 23对上述指定区域内的边界点经纬度和车辆移动 终端返回的车辆所在地的经纬度进行对比， 可获取客户在在该区域内的所有 车辆的序列号。 After receiving the area specified by the customer, the regional latitude and longitude unit 21 in the vehicle module 10 acquires the boundary point of the vehicle management area, and collects the latitude and longitude of all points on the boundary. The vehicle mobile terminal is loaded on all registered vehicles of the vehicle management service system, and the latitude and longitude of the vehicle location is determined by GPS positioning technology. For all vehicles registered in the vehicle management system, the latitude and longitude of the location is returned every 5 seconds, and the vehicle is registered. The latitude and longitude unit 22 collects the latitude and longitude of all registered vehicles and stores them in the database. The comparing unit 23 compares the latitude and longitude of the boundary point in the specified area with the latitude and longitude of the vehicle location returned by the vehicle moving terminal, and obtains the serial number of all the vehicles of the customer in the area.
获取信息模块 20根据车辆序列号， 在数据库中获取车辆相关信息。 显示 模块 30以列表形式或特定的其它形式显示指定区域的车辆信息。 The acquisition information module 20 acquires vehicle related information in a database based on the vehicle serial number. The display module 30 displays the vehicle information of the designated area in a list form or in a specific other form.
本发明提出的监控装置 200,通过对比指定区域的边界经纬度和已注册车 辆的经纬度， 收集到该指定区域内已注册车辆的数量和车辆序列号， 使客户 获取指定区域内的车辆信息。 参照图 5 , 提出本发明实施例的车辆管理服务系统， 包括车辆移动终端The monitoring device 200 proposed by the present invention compares the boundary latitude and longitude of the designated area with the registered vehicle The latitude and longitude of the vehicle collects the number of registered vehicles and the vehicle serial number in the designated area, so that the customer can obtain the vehicle information in the designated area. Referring to FIG. 5, a vehicle management service system according to an embodiment of the present invention is provided, including a vehicle mobile terminal.
40以及和车辆移动终端 40进行数据交互的监控装置 200, 其特征在于， 监控 装置 200还包括： And a monitoring device 200 for performing data interaction with the vehicle mobile terminal 40, wherein the monitoring device 200 further includes:
获取车辆模块 10, 用于获取用户指定区域内的已注册车辆序列号； 获取信息模块 20, 用于根据序列号， 获取相应的车辆信息； Obtaining a vehicle module 10, configured to acquire a registered vehicle serial number in a designated area of the user; and an acquiring information module 20, configured to obtain corresponding vehicle information according to the serial number;
显示模块 30, 用于显示车辆信息。 The display module 30 is configured to display vehicle information.
上述车辆信息包括车辆静态信息和车辆动态信息， 车辆静态信息包括车 牌号码， 车辆动态信息包括车辆行使速度、 车辆行驶轨迹、 车辆行驶里程数 和车辆数量。 The vehicle information includes vehicle static information and vehicle dynamic information, the vehicle static information includes a license plate number, and the vehicle dynamic information includes a vehicle exercise speed, a vehicle travel trajectory, a vehicle mileage, and a number of vehicles.
获取车辆模块 10包括： Acquiring the vehicle module 10 includes:
区域经纬度单元 21 , 用于采集区域的边界点经纬度； a regional latitude and longitude unit 21 for collecting the latitude and longitude of the boundary point of the area;
注册车辆经纬度单元 22, 用于采集已注册车辆的经纬度； Registering a vehicle latitude and longitude unit 22 for collecting the latitude and longitude of the registered vehicle;
对比单元 23 , 用于对比区域的边界点经纬度和已注册车辆的经纬度， 提 取在用户指定区域内的已注册车辆序列号。 The comparing unit 23 is configured to compare the boundary point latitude and longitude of the area and the latitude and longitude of the registered vehicle, and extract the registered vehicle serial number in the designated area of the user.
获取车辆模块 10的结构同图 4所示的获取车辆模块 10。 The structure of the acquisition vehicle module 10 is the same as that of the acquisition vehicle module 10 shown in FIG.
下面结合附图详细本发明的车辆管理服务系统。 The vehicle management service system of the present invention will be described in detail below with reference to the accompanying drawings.
车辆管理服务系统为车辆生产厂商以及购买服务的其它客户如公交公 司、 出租车公司等提供车辆管理服务， 并且根据客户购买服务的不同提供不 同权限， 车辆管理服务系统包括监控装置 200和车辆移动终端 40, 车辆移动 终端 40为具备 GPS导航功能的设备， 通过 GPS定位技术获取车辆所在地的 经纬度， 并返回给监控装置 200, 客户将所属所有车辆的资料存放在数据库， 通过访问监控装置 200对所属所有车辆进行监控管理。 The vehicle management service system provides vehicle management services for vehicle manufacturers and other customers who purchase services, such as bus companies, taxi companies, etc., and provides different rights according to different purchase services of the customer. The vehicle management service system includes the monitoring device 200 and the vehicle mobile terminal. 40. The vehicle mobile terminal 40 is a device with a GPS navigation function. The latitude and longitude of the vehicle location is obtained by the GPS positioning technology, and is returned to the monitoring device 200. The customer stores the data of all the vehicles belonging to the database, and accesses the monitoring device 200 to belong to the owner. The vehicle is monitored and managed.
客户终端在登录监控装置 200后， 如欲对某区域的已注册车辆进行监控， 则在服务器的电子地图上划定一个任意形状的区域。 After logging in to the monitoring device 200, the client terminal, if it wants to monitor the registered vehicle in a certain area, delimits an area of an arbitrary shape on the electronic map of the server.
接收客户指定的区域后， 获取车辆模块 10中的区域经纬度单元 21对车 辆管理区域的边界点进行测算， 采集边界上所有点的经纬度。 车辆移动终端 40装载在车辆管理服务系统内客户已注册的车辆上， 通过 GPS定位技术测定 车辆所在地的经纬度， 对于在车辆管理系统中已注册的所有车辆， 会每隔 5 秒返回所在地的经纬度， 注册车辆经纬度单元 22采集已注册所有车辆的经纬 度后存放于数据库中。 对比单元 23对上述指定区域内的边界点经纬度和车辆 移动终端返回的车辆所在地的经纬度进行对比， 可获取客户在在该区域内的 所有车辆的序列号。 After receiving the area specified by the customer, the area latitude and longitude unit 21 in the vehicle module 10 acquires the boundary point of the vehicle management area, and collects the latitude and longitude of all points on the boundary. The vehicle mobile terminal 40 is loaded on a vehicle registered by the customer in the vehicle management service system, and is determined by GPS positioning technology. The latitude and longitude of the vehicle location, for all vehicles registered in the vehicle management system, will return to the latitude and longitude of the location every 5 seconds, and the registered vehicle latitude and longitude unit 22 collects the latitude and longitude of all registered vehicles and stores them in the database. The comparing unit 23 compares the boundary point latitude and longitude in the specified area with the latitude and longitude of the vehicle location returned by the vehicle mobile terminal, and can obtain the serial number of all the vehicles of the customer in the area.
获取信息模块 20根据车辆序列号， 在数据库中获取车辆相关信息。 显示 模块 30以列表形式或特定的其它形式显示指定区域的车辆信息。 The acquisition information module 20 acquires vehicle related information in a database based on the vehicle serial number. The display module 30 displays the vehicle information of the designated area in a list form or in a specific other form.
本发明提出的车辆管理服务系统， 通过对比指定区域的边界经纬度和已 注册车辆的经纬度， 收集到该指定区域内已注册车辆的数量和车辆序列号， 使客户获取指定区域内的车辆信息。 以上所述仅为本发明的优选实施例， 并非因此限制本发明的专利范围， 凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换， 或直接 或间接运用在其他相关的技术领域， 均同理包括在本发明的专利保护范围内。 The vehicle management service system proposed by the present invention collects the number of registered vehicles and the vehicle serial number in the designated area by comparing the boundary latitude and longitude of the designated area with the latitude and longitude of the registered vehicle, so that the customer acquires the vehicle information in the designated area. The above description is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent flow transformation made by the specification and the drawings of the present invention may be directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of the present invention.
Claims
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