Comb tooth type vehicle carrier transverse-moving device

Abstract

The invention provides a comb tooth type vehicle carrier transverse-moving device high in moving speed and reasonable in design. The comb tooth type vehicle carrier transverse-moving device comprises transverse-moving drive devices and guide groove bracket mechanisms, wherein the transverse-moving drive devices are arranged on all layers and columns of cross beams on the front side and the rear side of a main stereo garage frame, each transverse-moving drive device includes a transverse-moving drive mechanism, a driving chain wheel mechanism, two driven chain wheel mechanisms and multiple small supporting wheel mechanisms, the transverse-moving drive devices drive the driving chain wheel mechanisms to rotate, the driving chain wheel mechanisms drive the driven chain wheel mechanisms to rotate, and the small supporting wheel mechanisms are arranged between the driving chain wheel mechanisms and the driven chain wheel mechanisms and on the outer sides of the driven chain wheel mechanisms. The guide groove bracket mechanisms are located at the front end and the rear end of a comb tooth type vehicle carrier body and installed on the driving chain wheel mechanisms and move with rotation of the driving chain wheel mechanisms.

Description

technical field [0001] The invention relates to a comb-tooth type vertical lifting mechanical parking device, in particular to a comb-tooth type vehicle carrier lateral movement device. Background technique [0002] Comb-tooth vertical lifting mechanical parking equipment is a device that transports vehicles to different floors in the vertical direction through a comb-tooth-type lifting vehicle carrier, and positions the vehicle with comb-tooth-type vehicle carriers placed on different floors. It is a mechanical device for exchanging, realizing and completing the parking and storage work of vehicles on comb-shaped vehicle carriers. [0003] Comb-tooth-type vertical lifting mechanical parking equipment steel structure general frame front and rear sides of each row of beams on each floor, fixed fixed comb-type vehicle carrier traverse device, traverse drive through power transmission driven by multiple groups The friction wheel system rotates; the two ends of the comb-shaped ...

AI Technical Summary

Problems solved by technology

[0004] Relying on the friction force between the friction wheel train and the guide groove brackets at both ends of the comb-shaped vehicle carrier, the comb-shaped vehicle carrier produces lateral movement. This transmission mode limits the lateral movement of the comb-shaped vehicle carrier. Because the speed is too high, the comb-shaped vehicle carrier will slide due to inertia after the comb-shaped vehicle carrier moves in place, and the uncontrollable friction force further aggravates this phenomenon, so The traverse speed of the comb-shaped vehicle carrier is generally relatively slow;

[0005] Moreover, when the garage is in the work of accessing vehicles, the steel structure of the garage will produce some small vibrations. These small vibrations make some comb-shaped vehicle carriers that have been statically stopped in a non-moving state for a long time move in the direction in which they can move laterally. Small displacements occur, and these small displacements will gradually accumulate to a certain extent, which will seriously affect the overall electrical control system of the garage, resulting in safe operation accidents;

[0006] The slow speed of the comb-toothed vehicle carrier and the difficulty of locking the position of the comb-toothed vehicle when it is stopped are both structural limitations brought about by Mocha transmission, which cannot be effectively solved for a long time

Images