Reverse vehicle finding system and method

Abstract

The invention provides a reverse vehicle finding system and method. The reverse vehicle finding system comprises a camera platform, a vehicle recognition device, a management center and an inquiry device, wherein the vehicle recognition device is used for recognizing out the license number of a vehicle from a vehicle image; the management center obtains and records the appearance information of the vehicle according to the shooting time, the license number of the vehicle and the identification information of the camera platform, and the management center prestores the corresponding relation between the identification information of the camera platform and the parking lot area, and therefore the parking lot area corresponding to the identification information of the camera platform serves as the area where the vehicle appears; the inquiry device regards the area where the vehicle corresponding to the license number appears most recently according to the license number input by a user, and the inquiry result is returned. The reverse vehicle finding system and method can improve the management level of a parking lot; manual charge is replaced to completely achieve the unattended operation; the position where the vehicle is located can be found out rapidly; the fuzzy query mode increases the screening speed of information and improves the relevance between the information, and the vehicle can be found out conveniently.

Description

technical field [0001] The present invention relates to electronic information technology, in particular, to a reverse car search system and method. Background technique [0002] With the progress and development of society, people's way of life has undergone profound changes. As the number of personal cars has doubled, the construction scale of the corresponding parking lot has also increased. Headache: When the customer wants to pick up the car, he has forgotten where he parked the car. Only manual methods can be used to search for vehicles in various areas, and the efficiency of searching for vehicles is low. When encountering the peak time of departure, a large number of vehicles are concentrated at the exit waiting to pay the toll and leave. The toll collectors are under great pressure and slow in speed. Vehicles have to queue up for a long time to pay the toll, which often causes serious congestion in the passage and wastes precious time of car owners. Contents of t...

AI Technical Summary

Problems solved by technology

Only manual methods can be used to search for vehicles in various areas, and the efficiency of car search is low

When encountering the peak time of departure, a large number of vehicles are concentrated at the exit waiting to pay the toll and leave. The toll collectors are under great pressure and slow in speed. Vehicles have to queue up for a long time to pay the toll, which often causes serious congestion in the passage and wastes precious time of car owners.

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