Structural heat-insulating plate pushing mechanism

Abstract

The invention discloses a structural heat-insulating plate pushing mechanism which comprises a housing, pushing arms mounted on the housing and dynamic elements in transmission connection with the pushing arms, wherein a to-be-pushed heat-insulating plate is propped against the outer end surfaces, far away from the housing, of the pushing arms; the dynamic elements drive the pushing arms to extend outwards or retract relative to a rack; and when the pushing arms extend outwards to limit positions, the to-be-pushed heat-insulating plate reaches an construction position. In a construction process, the to-be-pushed heat-insulating plate is placed on the outer end surfaces of the pushing arms, and the dynamic elements are started to drive the pushing arms to move to the construction position, so that the to-be-pushed heat-insulating plate can be pushed to the construction position, and pushing of the heat-insulating plate is realized; and the structural heat-insulating plate pushing mechanism can complete pushing of the structural heat-insulating plate automatically, so as to improve the construction efficiency, avoid construction delay, meanwhile reduce the labor intensity and save the labor cost.

Description

Technical field [0001] The invention relates to the technical field of heat preservation board installation auxiliary equipment, in particular to a structural heat preservation board pushing mechanism. Background technique [0002] The wall is the main component of the building, its stability, weight and other properties directly affect the construction difficulty and later maintenance of the building. Compared with the existing brick-concrete structure, the new type of structural insulation board (SIP board) has been used more and more widely due to its excellent structural performance, good insulation effect and ease of construction. During the construction process, the structural insulation board needs to be pushed to the predetermined position before installation and other operations can be carried out. In the prior art, the manual method is generally used to complete the pushing of the insulation board, which leads to low efficiency of the pushing process, resulting in delay...

AI Technical Summary

Problems solved by technology

During the construction process, the structural insulation board needs to be pushed to the predetermined position before installation and other operations can be performed. In the prior art, the insulation board is generally pushed manually, which leads to low efficiency of the pushing process and delays in the construction period. Increase the labor intensity of the staff and increase the labor cost

Images