A platform for automatic adjustment of vehicle parking posture

Abstract

The invention discloses an automatic automobile parking pose adjusting platform which comprises a rotating mechanism, a front-end rotating mechanism, a rear-end rotating mechanism, a pose detecting device, an upper supporting plate and a lower supporting plate. The rotating mechanism is arranged at the left front position of the lower supporting plate, the front-end rotating mechanism is arranged at the right front position of the lower supporting plate through a front-end arc rail, the rear-end rotating mechanism is arranged on the rear portion of the lower supporting plate through a rear-end arc rail, gaps matched with the rotating mechanism, the front-end rotating mechanism and the rear-end rotating mechanism are formed in the upper supporting plate, and the upper supporting plate is arranged over the lower supporting plate. According to the automatic automobile parking pose adjusting platform, the requirement of a stereoscopic parking system for the accuracy of the initial automobile parking area is lowered, and the original requirement that four wheels are parked on the proper area is transformed to the requirement that it only needs to be guaranteed that the left front wheel is parked on a rotary circular truncated cone. An outside force application mechanism is prevented from impacting or touching the wheels, and therefore damage-free adjustment is achieved, and the trouble that a driver needs to adjust the parking pose many times is omitted.

Description

technical field [0001] The invention relates to an adjustment platform, in particular to an automatic adjustment platform for vehicle parking posture. Background technique [0002] In recent years, the three-dimensional garage technology that can fully improve the space utilization of the site has been put into practical use and has been widely recognized. Among them, in the existing planar mobile mechanical three-dimensional parking garage technology, a storage room is generally provided to facilitate the insertion of the handling device under the vehicle chassis, and then complete the handling of the vehicle by supporting the wheels. [0003] Most of the traditional shunting platforms in the storage room are disc-shaped, that is, the adjustment of the vehicle's posture is completed through the rotation of the entire disc, and there is a gap of about 90° included angle. At this time, when the 4 wheels of the car are all parked in the appropriate area of ​​the disc, even i...

AI Technical Summary

Problems solved by technology

However, due to the horizontal and vertical friction between the tire and the ground during the pushing process, it will inevitably cause damage to the tire surface; moreover, the pushing rod will have an impact on the hub of the car during the working process, which will cause deformation of the hub and affect the service life

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