Building pipeline temporary arranging lateral anti-knock buffering base

Abstract

The invention discloses a building pipeline temporary arranging lateral anti-knock buffering base. A base plate and an arranging plate are included and are arranged in parallel. A fixing column is arranged between the base plate and the arranging plate. The lower end of the fixing column is fixedly connected with the base plate. A side spring is connected between the fixing column and a butt-jointcolumn. The upper portion of the side spring is movably provided with a moving barrel. The end, close to the butt-joint column, of the moving barrel is movably provided with an inner-layer column inan inserted manner. A pressure sensor is arranged in a pressure groove. Through the arrangement of the side spring, the arranging plate and the base plate can relatively move so that the vibration effect generated due to external force of one side can be absorbed; and through the arrangement of the inner-layer column and the moving barrel, when the side spring needs to contract, the side spring islocked, great swinging of the arranging plate due to immediate contraction of the side spring is prevented, and accordingly the situations of influences on and damage to the building arrangement dueto swinging are avoided.

Description

technical field [0001] The invention relates to the technical field of building anti-seismic equipment, in particular to a temporary lateral anti-seismic buffer base for construction pipelines. Background technique [0002] In the prior art, the announcement number is CN110913644A, an anti-seismic base for an anti-seismic cabinet, including a cabinet body, a cabinet base, and an anti-seismic structure connected between the cabinet body and the cabinet base, and a shock-absorbing groove is provided on the upper end of the cabinet base 1. Shock-absorbing groove 2. Shock-absorbing groove 1 is provided with four and it is located on both sides of the buffering groove 2. A guide rod is arranged on the inner side of the shock-absorbing groove 1; There are cushioning sleeves and spring one, the top of spring one is connected to the side wall of the cushioning tank, and the bottom end is connected to the cushioning sleeve; the anti-seismic structure includes a fixed rod and a fixed ...

AI Technical Summary

Problems solved by technology

[0003] However, during the use of the above-mentioned anti-seismic base, there are still the following obvious defects: when subjected to vibration or external impact, the spring performs buffer absorption to avoid vibration transmission, that is, when the spring performs buffer absorption, it will retract when it reaches the maximum swing range , so as to achieve the effect of avoiding vibration by swinging back and forth of the spring, but in the field of construction, some bases that need to place building facilities cannot withstand large swings back and forth, especially when they are subjected to a large impact force on one side, etc. If the spring swings back and forth a lot when absorbing the buffer, it is easy to cause the building facilities set above the base to shake greatly, which will affect or damage the facilities

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