Centralized installation driving mechanism of transverse movement limiting switch of mechanical garage

Abstract

The invention provides a centralized installation driving mechanism of a transverse movement limiting switch of a mechanical garage. A left limiting block and a right limiting block are arranged at the positions, close to the two ends, on the upper side of a transverse beam of a transverse movement framework; a centralized installation bracket is fixedly arranged at the corresponding position, located on the transverse beam of the mechanical garage, of the left end of the transverse beam of the transverse movement framework; a left limiting switch and a right limiting switch are fixedly arranged on the centralized installation bracket respectively; and the left limiting switch and the right limiting switch are arranged in parallel. With the adoption of the centralized installation driving mechanism, the problems that transverse movement limiting switches are fixedly mounted at the two ends in a distribution manner, and installation, regulation and maintenance are lack of convenience, mechanical impact damages on the transverse movement limiting switches by a limiting block are caused by a hysteresis effect from control output to load shutdown, so that the transverse movement limiting switches are easily damaged and potential safety hazards are caused, are solved very well.

Description

technical field [0001] The invention relates to the field of vehicle warehouse facilities, in particular to a centralized installation drive mechanism for lateral movement limit switches of mechanical garages. Background technique [0002] At present, it is known that the lateral movement limit switches of the current mechanical garage are generally distributed and fixedly installed at both ends of the effective stroke, and then the limit blocks fixedly set on the beam are mechanically driven to push and touch the limit switch to output the electrical signal of the switch. In the structure mode, the distributed fixed installation limit switches at both ends need to independently set up two installation brackets and use two bundles of signal cables, which makes the installation, adjustment and maintenance inconvenient, and the hysteresis effect from the control output to the load shutdown causes the limit block to be horizontal. The mechanical impact damage of the limit switc...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the existing mechanical garages that adopt distributed fixed installation at both ends of the lateral movement limit switch, its installation, adjustment and maintenance are not convenient, and the hysteresis effect from the control output to the load shutdown causes the limit block to have a mechanical impact on the lateral movement limit switch Damage will cause potential safety hazards caused by easy damage to the lateral movement limit switch

The purpose of the present invention is to provide a centralized installation drive mechanism for mechanical garage lateral movement limit switches, so as to better solve the problem of inconvenient installation, adjustment and maintenance of mechanical garages using distributed fixed installation of lateral movement limit switches at both ends The hysteresis effect from the output to the load stop causes the limit block to have mechanical impact damage on the traversing limit switch, which will cause the traversing limit switch to be easily damaged and cause potential safety hazards. A mechanical garage traversing limit switch centralized installation drive mechanism

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