Manufacturing equipment of composite anchor cushion plate

Abstract

The invention relates to the field of prestressed anchors machining, in particular to manufacturing equipment of a composite anchor cushion plate. The manufacturing equipment of the composite anchor cushion plate comprises a roller conveyor belt, a support plate installation mechanism, a bottom block installation mechanism, a concrete pouring mechanism, a rotating mechanism, an upper block installation mechanism and a tamping mechanism. A plurality of molds are arranged on the roller conveyor belt, convex columns are arranged in the middle part of the molds, mold grooves are formed between theconvex columns and the molds, the support plate installation mechanism and the bottom block installation mechanism have a same structure and all comprise feeding assemblies, limiting assemblies and pushing assemblies. The rotating mechanism comprises a first compacting assembly, a second compacting assembly and a driving assembly, and the tamping mechanism comprises a material moving assembly andtwo tamping assemblies. The two tamping assemblies are symmetrically arranged on both sides of the roller conveyor belt. The manufacturing equipment of the composite anchor cushion plate has the beneficial effects that the manual labor amount can be reduced, the equipment occupied area is reduced and the production speed of products is greatly improved.

Description

technical field [0001] The invention relates to the field of prestressed anchor processing, in particular to a manufacturing equipment for a composite anchor backing plate. Background technique [0002] Such as figure 1 The composite anchor plate shown, including the bottom block 1, the concrete part 2 and the upper block 3, has good impact resistance, wear resistance, durability and crack resistance, and has good construction performance. [0003] During the manufacturing process of the above-mentioned composite anchor plate, the bottom block and the upper block need to be manually installed, which will slow down the manufacturing process of the composite anchor plate, and when the upper block is installed, because the concrete below it has not solidified, so It is easy to cause the upper block to tilt, so that the structure of the composite anchor pad is uneven, resulting in uneven prestress bearing capacity of the composite anchor pad. Secondly, the composite anchor pad ...

AI Technical Summary

Problems solved by technology

[0003] During the manufacturing process of the above-mentioned composite anchor plate, the bottom block and the upper block need to be manually installed, which will slow down the manufacturing process of the composite anchor plate, and when the upper block is installed, because the concrete below it has not solidified, so It is easy to cause the upper block to tilt, so that the structure of the composite anchor pad is uneven, resulting in uneven prestress bearing capacity of the composite anchor pad. Secondly, the composite anchor pad needs to be installed because it has multiple parts. Therefore, it needs to be placed in the Moving between multiple stations increases the labor force of the workers, increases the floor space of the equipment, and further reduces the manufacturing speed of the composite anchor pad

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