Clamping device for piecing and connecting pouring template of building

Abstract

The invention relates to a clamping device for piecing and connecting a pouring template of a building. The clamping device comprises a support, a moving handle and an elastic clip, wherein the elastic clip is made of spring steel, and is provided with a left and a right clamping parts; the support is provided with a hooking part, and a horizontal extending part used for restraining a rectangular hole of the elastic clip is arranged on the support; the moving handle is hinged with the support by taking the end part at one end of the moving handle as a fulcrum and the other end of the moving handle as a force point, and a gravity point is arranged between the fulcrum and the force point, and is hinged with the upper end of the elastic clip; the elastic clip penetrates through the rectangular hole of the support, and freedom for the displacement of the elastic clip is preserved in the longitudinal direction of the rectangular hole; the lower parts of the left and the right clamping parts of the elastic clip are of an inward opposite bent shape; when in a free state, the lower parts of the left and the right clamping parts open, and the opening distance of the lower parts is greater than the width of the rectangular hole of the support; and the upper parts of the left and the right clamping parts make contact with the long edges of the rectangular hole. The clamping device can be used for rapidly fastening and connecting the pieced pouring template, and has the advantages of convenience for use, simple structure and easiness for manufacture.

Description

technical field [0001] The invention relates to the field of fastening devices, in particular to a clamping device for splicing and connecting architectural pouring formwork. Background technique [0002] When construction projects adopt concrete pouring columns, beams, walls, and floor floors, a number of building pouring templates are used to assemble pouring molds, and concrete is poured into the pouring molds to form. At present, the fasteners used for splicing and fixing the building pouring formwork are usually bolts, and the bolts are manually passed through the holes provided on the pouring formwork, and then the bolts are tightened to form a fastening. Since the bolts need to be inserted into the holes one by one and tightened, the work efficiency is low and the labor intensity of the workers is high; especially when connecting and fixing the pouring formwork on the bottom surface, the workers have to raise their heads and raise their hands for a long time to operat...

AI Technical Summary

Problems solved by technology

Since the bolts need to be inserted into the holes one by one and tightened, the work efficiency is low and the labor intensity of the workers is high; especially when connecting and fixing the pouring formwork on the bottom surface, the workers have to raise their heads and raise their hands for a long time to operate , the labor intensity is greater, the neck and arms will be sore after a long time, and long-term labor often leads to spine and upper limb diseases

In addition, in order to facilitate the bolts to pass through the connection holes of the formwork frame, the gap between the bolts and the holes is relatively large. During the process of tightening the bolts, due to the influence of the twisting action, the originally aligned formwork often appears misplaced, resulting in pouring out. The surface of the building is uneven, which affects the pouring quality

In order to ensure the installation quality of the pouring formwork, highly skilled workers are required for installation. Since the highly skilled workers need to pay higher wages, this leads to an increase in labor costs.

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