An all-round vehicle attitude adjustment platform

Abstract

An all-round vehicle attitude adjustment platform, including a vehicle board, a conveyor belt system and a visual feedback system. The surface of the vehicle-carrying board includes four symmetrical quadrants. The conveyor belt system includes four sets of conveyor belts respectively arranged in the four quadrants. The four straight lines where the moving directions of the four groups of conveyor belts are located surround the center of the vehicle-carrying board. The conveyor belts in the same quadrant One set of conveyor belts is driven synchronously, and four sets of conveyor belts work independently of each other. The car-carrying plate and the conveyor belts are adapted to the size of the car so that the car is carried by the conveyor belts in at least two different quadrants on the car-carrying plate. The visual feedback system is used to capture and judge the position and attitude of the car on the vehicle-carrying board, and control the moving direction and speed of the conveyor belt in each quadrant to complete the adjustment of the car's position and / or attitude. The user only needs to drive the car into the platform area, and the platform can automatically adjust the position and posture of the car without using additional handling equipment to prepare for the car to be put into storage.

Description

technical field [0001] The invention relates to an all-round vehicle attitude adjustment platform. Background technique [0002] With the decrease of urban ground space, various three-dimensional garages or smart garages have brought a series of solutions to the problem of tight parking spaces. These three-dimensional garages or smart garages need to monitor the position or attitude of the car when working Adjustment to ensure that the car can be accurately placed in the corresponding garage with the correct posture, while the parking of the current three-dimensional garage or smart garage mostly relies on the user to park the car at the designated location, resulting in the difficulty of parking the user and the difficulty of parking. The cost increases, and some garages use additional walking carriers to adapt to the parking position of the car, which puts forward high requirements for the design, control and management of the carriers. Contents of the invention [0003...

AI Technical Summary

Problems solved by technology

[0002] With the decrease of urban ground space, various three-dimensional garages or smart garages have brought a series of solutions to the problem of tight parking spaces. These three-dimensional garages or smart garages need to monitor the position or attitude of the car when working Adjustment to ensure that the car can be accurately placed in the corresponding garage with the correct posture, while the parking of the current three-dimensional garage or smart garage mostly relies on the user to park the car at the designated location, resulting in the difficulty of parking the user and the difficulty of parking. Increased costs, some garages use additional walking carriers to adapt to the parking position of the car, which puts high demands on the design, control and management of the carriers

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