A three-dimensional garage safety detection method

Abstract

The invention discloses a safety detection method for a three-dimensional garage, which belongs to the technical field of a three-dimensional garage. When a vehicle travels to a buffer area, a vehicle detector determines that it is a vehicle, and a height detection module sends a vehicle height detection signal to a controller of a three-dimensional garage to control The controller judges whether the vehicle is super high; if the vehicle is not super high, the controller provides a berth to the entrance and exit of the three-dimensional garage, and the garage door opens; when the vehicle enters the garage, it detects whether the vehicle is in place; if the vehicle is in place, it detects whether the vehicle is super long and super wide; If the vehicle is not too long or too wide, the controller judges whether the driver leaves the garage; if the driver leaves the garage, the controller authorizes the garage operator to operate and allow the car to be stored; If there is no signal from the module, the garage door is closed until it is fully closed. The invention realizes superelevation detection of the vehicle outside the three-dimensional garage and determines whether the driver leaves the garage, thereby effectively ensuring the operation of the three-dimensional garage and the safety of the driver.

Description

technical field [0001] The invention belongs to the technical field of three-dimensional garages, in particular to a safety detection method for three-dimensional garages. Background technique [0002] With the development of society and the improvement of people's living standards, motor vehicles have become the main means of transportation for people to travel, and the difficulty of parking in cities has become a thorny problem faced by various places. The establishment of three-dimensional garages is an effective way to solve the problem. [0003] In order to ensure the entry and exit of vehicles that meet the safe size and prevent damage caused by vehicles exceeding the safe operating range, it is necessary to conduct safety inspections on vehicles, including super-height inspections on vehicles. At present, the existing three-dimensional garage vehicle superelevation detection methods are divided into two types: one is the detection during the process of the vehicle ent...

AI Technical Summary

Problems solved by technology

In the first method, when the vehicle is detected to be over-height, an over-height alarm will be issued, but the garage can operate normally after the alarm is canceled manually. If the driver who is not familiar with the garage stops, after the equipment sends out an over-height alarm, the voice alarm will still be ignored. When the vehicle is stored, when the super-high vehicle is lifted to a certain height on the vehicle-carrying board, the top of the vehicle will collide with the garage equipment, causing an accident to damage the vehicle; the second method also has certain potential safety hazards, that is, after the driver enters the warehouse Damage a vehicle by storing it despite the voice alert

[0004] In addition, the intelligent three-dimensional garage and the semi-automatic three-dimensional garage cannot sense whether the driver is out of the garage during the process of storing the car. There are the following problems: when the vehicle arrives at the designated location and the driver has not got off the car, if someone else operates the garage, the driver will The personnel will be stored in the corresponding berth together with the vehicle, so there is a great risk in the garage, that is, the personal safety of the driver in the car, and the risk of the vehicle due to the panic of the driver

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