Mechanical stereoscopic garage intelligent recognition method

Abstract

Disclosed is a mechanical stereoscopic garage intelligent recognition method. A recognition system is equipped with a license plate recognition system, an IC card system, a fingerprint recognition system and a touch screen. The method includes the steps of first detecting a vehicle, after passing the detection, positioning the vehicle of a user having a license plate and a parking space allocatedby the system, and parking the vehicle in the parking space allocated by the system; issuing an IC card to the vehicle of a user having no license plate, and binding the IC card to the parking space allocated by the system and parking the vehicle; parking the vehicle of a fixed user in the fixed parking space after recognition by fingerprint recognition technology; and recognizing the parking information of the user having a license plate, the user having no license plate and the fixed user respectively when picking up vehicles, and picking up the vehicles. The advantages are that the whole garage is in an unattended working state, with no equipment operators, the system automatically recognizes the vehicle identity, the user can park or pick up the vehicle by sending out a parking or pick-up command on the touch screen, and the operating system must be equipped with various recognition systems to adapt to various vehicles and multiple users and to facilitate function extension in later periods.

Description

technical field [0001] The invention relates to the identification technology of a mechanical three-dimensional garage, in particular to an intelligent identification method for a mechanical three-dimensional garage. Background technique [0002] At present, the mechanical three-dimensional garage usually requires on-site management by managers to operate normally. Each garage needs to be equipped with operators 24 hours a day to access and retrieve cars. Manually identify vehicles and carry out operation scheduling for the entire garage. Different users , all need to be manually identified, and automatic identification cannot be realized. Contents of the invention [0003] The purpose of the present invention is to provide an unattended working state for the entire garage, without equipment operators, the system automatically identifies the identity of the vehicle, and the user can access the vehicle by issuing an access command on the touch screen. The operating system m...

AI Technical Summary

Problems solved by technology

[0002] At present, the mechanical three-dimensional garage usually needs on-site management by managers to operate normally. Each garage needs to be equipped with operators 24 hours a day to access and retrieve cars. The vehicles are manually identified and the operation of the entire garage is dispatched. Different users , all need to be manually identified, and automatic identification cannot be realized

Images