Prestressed carbon fibre cloth stretching bed seat

Abstract

The invention discloses a pre-stress carbon fiber cloth tension table, wherein a group of lifting cylinders (1) is mounted under a bridge beam (2), one end of the bridge beam (2) is mounted with an anchor element (3) above while the anchor element is mounted with a roller shaft (5), a tension element (4) with a roller shaft (6) via a group of connectors (7) is mounted above another end of the bridge beam (2), at least two beams (10) are connected under the bridge beam (2) at same side of the tension element (4), a bearing plate (11) is connected under the two beams (10), the base of a group of tension cylinders (9) is mounted on the bottom of a frame tension clamper (8), and the tension clamper (8) is suspended at one end of the carbon fiber cloth. The invention can uniformly force pre-stress on the carbon fiber of carbon fiber cloth, with less stress consumption of pre-stress carbon fiber cloth at the load process to make construction simple and safe.

Description

technical field [0001] The invention relates to building construction auxiliary tools such as bridges, and in particular to a prestressed carbon fiber cloth stretching platform. Background technique [0002] At present, the reinforcement and reinforcement technology of ordinary carbon fiber cloth applied to concrete structures is very mature, but when ordinary carbon fiber cloth is applied to the reinforcement and reinforcement of concrete structures, carbon fiber cloth is passively stressed, and the mechanical properties of high-strength and tensile strength of carbon fiber cloth are not It has been fully utilized, resulting in a waste of materials. Contents of the invention [0003] The purpose of the present invention is to provide a prestressed carbon fiber cloth stretching stand, which can apply a certain value of prestress to the carbon fiber cloth, exert the high-strength and tensile mechanical properties of the carbon fiber cloth, and paste the prestressed carbon f...

AI Technical Summary

Problems solved by technology

[0002] At present, the reinforcement and reinforcement technology of ordinary carbon fiber cloth applied to concrete structures is very mature, but when ordinary carbon fiber cloth is applied to the reinforcement and reinforcement of concrete structures, carbon fiber cloth is passively stressed, and the mechanical properties of high-strength and tensile strength of carbon fiber cloth are not be fully utilized, resulting in a waste of material

Images