Pattern compressing mould for performing compression moulding on concrete

Abstract

The invention provides a pattern compressing mould for performing compression moulding on concrete. The pattern compressing mould comprises a compressing roll, a rotating shaft and a pull rod, whereinthe rotating shaft is fixed to the compressing roll; the compressing roll rotates along the center line of the rotating shaft; a plurality of bulges fitting a road texture are arranged on the side wall of the compressing roll; the two ends of the rotating shaft stretch out to the outer sides of the two end surfaces of the compressing roll respectively; the two ends of the pull rod are hinged to the two ends of the rotating shaft respectively. The pull rod pulls the rotating shaft, the rotating shaft drives the compressing roll to rotate on the surface of a compression-moulded concrete floor,and the plurality of bulges on the compressing roll form a continuous texture on the surface of the compression-moulded concrete floor. The pattern compressing mould for performing compression moulding on the concrete performs compression moulding by rolling, is convenient to operate and saves time and labor, and a predesigned texture is formed on the concrete surface.

Description

technical field [0001] The invention relates to a pattern pressing mold, in particular to a pattern pressing mold used for pressing concrete. Background technique [0002] Press-molded concrete floors are widely used in various roads, squares and garden roads. Before forming, press-molded concrete floors need to use molds to press patterns, that is, use pre-selected pattern molds to press pattern patterns. When pressing, force should be applied. Uniform and consistent, keep the mold fixed and flat, and the pressed pattern should be formed at one time. However, the existing pattern pressing molds are all flat-plate type, which requires manual application of force, and the problem of different depths of patterns often occurs. The patterns between adjacent patterns must be manually aligned, which is prone to staggered patterns, which affects the appearance of the pavement after forming. . Contents of the invention [0003] The technical problem to be solved by the present i...

AI Technical Summary

Problems solved by technology

However, the existing pattern pressing molds are all flat-plate type, which requires manual application of force, and the problem of different depths of patterns often occurs. Adjacent patterns must be manually aligned, which is prone to staggered patterns, which affects the appearance of the pavement after forming.

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