Smart integrated rod expansion groove anti-fall off components

Abstract

The invention discloses an intelligent comprehensive rod expansion tank anti-slip assembly. The intelligent comprehensive rod expansion tank anti-slip assembly aims to effectively solve the problem inthe prior art that when bolt loosens, the anti-slip bolt assembly and the expansion equipment mounted on an anti-slip outer plate fall off from the expansion tank due to the rotation of an anti-slipinner plate in the process that the expansion equipment and the anti-slip bolt assembly slide down along the expansion tank. The intelligent comprehensive rod expansion tank anti-slip assembly comprises the following parts: a vertical rod, wherein an expansion tank extending up and down is formed in the outer side face of the vertical rod; and anti-slip bolt assembly, which comprises an anti-falling inner plate located in the expansion tank, an anti-slip outer plate located on the outer side of the expansion tank, and a bolt assembly connecting the anti-slip inner plate and the anti-slip outerplate. The bolt assembly comprises two connecting bolts for connecting the anti-slip inner plate and the anti-slip outer plate, and the included angle between the connecting line of the two connecting bolts and the vertical direction is larger than 0 degree and smaller than or equal to 90 degrees.

Description

technical field [0001] The invention relates to an intelligent integrated rod, in particular to an anti-slip component of an expansion groove of an intelligent integrated rod. Background technique [0002] At present, the expansion groove of the intelligent integrated pole adopts the continuous expansion groove and the anti-off bolt assembly, which effectively solves the arrangement of continuous expansion. Among them, the expansion groove on the intelligent integrated pole is vertically arranged, and the anti-off bolt assembly includes the anti-off The inner plate and the anti-off outer plate are connected by a single bolt to lock the anti-off bolt assembly on the expansion slot. In the actual expansion arrangement, the expansion equipment is installed on the anti-off outer plate. Since the expansion groove on the vertical pole of the intelligent integrated pole is arranged vertically, when the bolts connecting the anti-off inner plate and the anti-off outer plate are loose...

AI Technical Summary

Problems solved by technology

In the actual expansion arrangement, the expansion equipment is installed on the anti-off outer plate. Since the expansion groove on the vertical pole of the intelligent integrated pole is arranged vertically, when the bolts connecting the anti-off inner plate and the anti-off outer plate are loose, the capacity expansion equipment And the anti-off bolt assembly will slide down along the expansion slot. In this process, because the anti-off inner plate and the anti-off outer plate pass through a single bolt, the anti-off inner plate is easy to rotate, so that the anti-off bolt assembly falls off from the expansion slot. , eventually causing the anti-loosening bolt assembly and the expansion equipment installed on the anti-loosening outer plate to fall off from the expansion slot

[0003] On the other hand, due to the continuity of the continuous expansion slot on the intelligent integrated pole, and the vertical arrangement of the expansion slot, its fixing reliability in the expansion arrangement is not good, and there is a risk of sliding, resulting in a risk of slippage of the expansion equipment

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