Garage interaction system

Abstract

The invention relates to the field of garage positioning systems, and particularly relates to a garage interaction system which comprises a UWB base station and a vehicle entrance card pasted with a UWB label. The vehicle entrance card is also provided with a liquid crystal screen; the UWB base station is arranged in the parking area of the garage; each parking space in the parking area is provided with a pressure sensor and a UWB center label. A camera is further arranged on the parking space, a gate is arranged at the entrance of the garage and a license plate recognition instrument, the UWBbase station, the vehicle entrance card, the pressure sensor, the camera and a license plate recognition instrument are all connected with the terminal. The mobile phone of a vehicle owner is provided with an APP of a server side, and the terminal is in network connection with the server side. According to the garage interaction system, the positions of unoccupied parking spaces can be positioned, the parking information can be determined by acquiring the final parking position of the vehicle and the parking route and the reversing route can be guided so that the vehicle owner can be guided to park in the nearest empty parking space and park the vehicle very conveniently, and the position of the vehicle can be found quickly to pick up the vehicle when the vehicle is picked up.

Description

technical field [0001] The invention relates to the field of garage positioning systems, in particular to a garage interactive system. Background technique [0002] Most of the existing garage parking space recognition devices use IC cards to manage the parking spaces. The owner uses the parking space by swiping the card. The background system understands the usage of the parking space according to the result of the card swiping, and displays the vacant parking space through manual remote control statistics. There is no indication of the specific location of the vacant parking space, which is inconvenient to manage. At the same time, the parking spaces in the existing garages have not formed a unified positioning. When parking, the owner relies on manpower to remember the location of the vehicle. Compact, it is easy to park the car poorly when parking, affecting the parking of vehicles on both sides, and cannot quickly find the location of your car when you go out to pick up...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing garage parking space recognition devices use IC cards to manage the parking spaces. The owner uses the parking space by swiping the card. The background system understands the usage of the parking space according to the result of the card swiping, and displays the vacant parking space through manual remote control statistics. There is no indication of the specific location of the vacant parking space, which is inconvenient to manage. At the same time, the parking spaces in the existing garages have not formed a unified positioning. When parking, the owner relies on manpower to remember the location of the vehicle. Compact, it is easy to park the car badly when parking, which affects the parking of vehicles on both sides, and cannot quickly find the location of your car when you leave the field to pick up the car, causing parking difficulties and troublesome car picking problems that plague the majority of car owners

Images