Infrared Beacon Underground Parking Space Navigation System and Its Method Based on Infrared Technology

Abstract

This application relates to an infrared beacon underground parking space navigation system based on infrared technology, including: a navigation module, a parking space detection module, a parking space database, a network module, a server and a terminal program; the navigation module includes a parking lot infrared module and a vehicle-mounted infrared module; the parking lot infrared module The module includes several first infrared modules, which are arranged on the top of the parking lot to form a positioning network. The first infrared module is used to transmit infrared signals with location information to the vehicle-mounted infrared module; the parking lot infrared module also includes The second infrared module at the field entrance is used to transmit an infrared signal with map download information to the vehicle-mounted infrared module. The effect of this application: this application considers different situations such as car owners go to the best parking space to park according to the route, stop at the best parking space and the best parking space is occupied after the best parking space is allocated, which is more suitable for practical application.

Description

technical field [0001] The present application relates to the field of vehicle navigation, in particular to an infrared beacon-based underground parking space navigation system and method based on infrared technology. Background technique [0002] At present, in the existing parking lot, especially in the underground parking lot, the garage range is relatively large, and even distributed in many floors, therefore, when the car owner enters the parking lot to park, it is necessary to search for parking spaces one by one in multiple layers. At the same time, in order to guide the car owner to park , In the parking lot, it is also necessary to arrange for management personnel to set up roadblocks or signages on site, which is very time-consuming, and it is easy to cause traffic jams in the originally narrow passages, which poses a great safety hazard. When the car owner returns to the parking lot to pick up the car again, it will take a long time to find the car again. For the ...

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Problems solved by technology

[0004] Regarding the above-mentioned related technologies, the inventor believes that there are defects: the application provides an optimal parking space for the owner, but in actual situations, for example, the parking space provided by the parking system is far away from the elevator, and it is inconvenient to enter the mall, or the system The irregular parking of vehicles on both sides of the given parking space makes the parking space narrow, and the owner’s driving skills are not very good and he cannot park accurately. Therefore, the owner may not park in the best parking space according to the system’s prompts, or may not park in the best parking space when going to the system. The given parking space is occupied by other car owners on the road, and the applicant believes that the system provided in the application is not the best parking space

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