Insulation module automatic rapid connection mechanism and connection dismounting method thereof

Abstract

The present invention discloses an insulation module automatic rapid connection mechanism and a connection dismounting method thereof. The insulation module automatic rapid connection mechanism comprises an upper joint, a lower joint and an automatic drive device; the upper joint comprises an upper joint main body and a locking block; the upper joint main body is provided with a pin mounting holeand a bolt mounting hole which communicate to each other; the locking block is provided with a bolt, and the bolt is installed in the bolt mounting hole; the automatic drive device is configured to drive the bolt of the locking block; the automatic drive device can drive the bolt of the locking block to stretch into and pull out the pin mounting hole; the lower joint comprises a lower joint main body and a locking pin; and the locking pin is connected with the lower joint main body, and the locking pin can stretch into the pin mounting hole, wherein the bolt and the locking pin can stretch into the pin mounting hole at the same time to connect and lock the upper joint and the lower joint. The insulation module automatic rapid connection mechanism and the connection dismounting method thereof can be applied in a modularized lift platform to allow the top end of the lift platform to have high stability and allow the insulation module to automatically and effectively complete splicing.

Description

technical field [0001] The invention belongs to the technical field of mechanical structure and automatic quick connection mechanism, and in particular relates to an automatic quick connection mechanism of an insulation module and a connection and disassembly method. Background technique [0002] Power facilities often cause abnormal accidents such as disconnection and equipment damage due to various natural and human factors, which affect the normal production and life of society to a certain extent. The automatic lifting platform can help maintenance personnel to carry out high-altitude maintenance operations, so as to restore normal power supply as soon as possible and ensure the stable operation of the power system. [0003] Currently commonly used lifting platforms include scissor type, cylinder type, folding arm type, mast type, etc., but these existing structural forms of lifting platforms have a common shortcoming. Due to insufficient rigidity, people work on the top...

AI Technical Summary

Problems solved by technology

[0003] Currently commonly used lifting platforms include scissor type, cylinder type, folding arm type, mast type, etc., but these existing structural forms of lifting platforms have a common shortcoming. Due to insufficient rigidity, people work on the top of the platform. It will shake and the stability is not good

Another commonly used equipment in high-altitude maintenance, the temporary emergency repair tower, adopts a modular structure, and the height of the emergency repair tower can be raised to the designated position by splicing modules. However, manual operation is required for splicing, which is time-consuming and labor-intensive.

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