Virtual electronic fence management system and method and intelligent lighting devices

Abstract

The invention provides a virtual electronic fence management system and method and intelligent lighting devices. The virtual electronic fence management system comprises wireless signal transceiving units and the intelligent lighting devices; a virtual electronic fence area is covered with signals of the wireless signal transceiving units, and the wireless signal transceiving units are used for establishing wireless communication connection with shared vehicles entering the virtual electronic fence area; and the intelligent lighting devices are in communication connection with the wireless signal transceiving units or integrate with the wireless signal transceiving units, and used for collecting and managing shared vehicle parking information in the virtual electronic fence area. Accordingto the virtual electronic fence management system, the outdoor intelligent lighting devices such as streetlamps can be utilized as carriers to realize the virtual electronic fence function, thus accurate fixed-point-parking parking space management is conducted on the shared vehicles, networking management is convenient, the information release and collection efficiency is high, nearby parking spaces can be recommended, and multiple-point efficient and convenient vehicle renting and returning can be achieved; and meanwhile, power supply is guaranteed, the streetlamps serve as positioning points, thus positioning equipment (all the streetlamps are the position) can be omitted, and the mounting positions do not need to be additionally arranged.

Description

technical field [0001] The invention relates to the field of smart cities, in particular to a virtual electronic fence management system, method and smart lighting equipment. Background technique [0002] At present, the shared vehicle rental market is booming. Common shared bicycles include Mobike, ofo, Xiaoming bicycles, etc., and there are even shared electric vehicles and shared cars; Occupying the road will not only affect the city appearance, but also cause potential safety hazards. Therefore, returning cars at multiple points has become a necessary condition. In order to reduce operating costs, reduce the setting of parking piles, and accurately locate the range of electronic fences, it has become a key point of product development. Urgent needs. Most of the electronic fences on the market are based on GPS positioning and rely on latitude and longitude to determine the range of the fence. However, the error of the GPS positioning range is relatively large, and the po...

AI Technical Summary

Problems solved by technology

[0002] At present, the shared vehicle rental market is booming. Common shared bicycles include Mobike, ofo, Xiaoming bicycles, etc., and there are even shared electric vehicles and shared cars; Occupying the road will not only affect the city appearance, but also cause potential safety hazards. Therefore, returning cars at multiple points has become a necessary condition. In order to reduce operating costs, reduce the setting of parking piles, and accurately locate the range of electronic fences, it has become a key point of product development. Urgent needs

Most of the electronic fences on the market are based on GPS positioning and rely on latitude and longitude to determine the range of the fence. However, the error of the GPS positioning range is relatively large, and the positioning of the range of the electronic fence is not accurate, which makes it inconvenient for users to return the car. At the same time, the existing electronic fence does not have a system public facilities as a platform, power supply and networking cannot be guaranteed

[0003] At the same time, the electronic fence is running offline, and its management data is difficult to obtain and not easy to manage; moreover, the current electronic fence does not have some intelligent functions, such as real-time information release, and cannot dynamically and intelligently prompt parking space information, etc.

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