Synchronous driving and translation parking system of vertical lifting garage

Abstract

The invention discloses a synchronous driving and translation parking system of a vertical lifting garage. The synchronous driving and translation parking system comprises two sets of translation driving devices which are symmetric mutually, each translation driving device comprises a bracket, a motor, a driving roller, a linkage roller, at least one driven roller, a chain pressing device, a limiting device and a translation in-place detection switch, each limiting device is arranged at a position, below the corresponding last driven roller, on the corresponding bracket, each translation in-place detection switch is arranged at a position, between the corresponding linkage roller and the corresponding first driven roller, on the corresponding bracket, comb-tooth vehicle carrying discs are movably connected between the translation driving devices, and in-place switch colliding plates matched with the translation in-place detection switches are arranged on the comb-tooth vehicle carrying discs. Compared with the prior art, the synchronous driving and translation parking system has the advantages that the problem of nonuniformity in driving force distribution is solved; the translation in-place detection switches are arranged at both the front end and the rear end, and a fault alarm is not given only after detection signals are sent out at the same time, so that safety coefficient reaches double effect.

Description

technical field [0001] The invention relates to a synchronously driven traverse berth system for a vertical lifting garage. Background technique [0002] The traditional PCS type tower garage parking equipment, the traversing system is a unilateral power-driven traversing technology, the unilateral drive will cause uneven distribution of driving force, especially the center of gravity of different types of cars is also different, so the cumulative Uneven force will cause the front and rear ends of the berth to run asynchronously during lateral movement. In severe cases, the berth will even tilt and the rollers will get stuck on the guide rail. Such failures cannot be ignored. [0003] In addition, the traditional traversing comb car-carrying tray only provides anti-jump protection from two directions, which has potential safety hazards. At present, the highest PCS tower garage parking equipment in the industry has reached 50 floors, which requires our technology to make th...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned problem that the present invention needs to solve is aimed at above-mentioned traditional PCS type tower garage parking equipment, unilateral drive can cause drive force to distribute unevenly, only carry out anti-jump protection to it from two directions, have the deficiency of potential safety hazard, and Provide a double-sided power drive safe and stable vertical lift garage synchronous drive traverse berth system

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