On-line process for reinforcing mesh sheets in prefabricated member production line

Abstract

The invention relates to an on-line process for reinforcing mesh sheets in a prefabricated member production line. The on-line process comprises the following processes that (1) a mesh pulling processis carried out, specifically, the processed reinforcing mesh sheets are pulled to a preset position in an on-line section; (2) the grabbing process of the reinforcing mesh sheets is carried out, specifically, a reinforcing mesh sheet clamping mechanism moves the upper part of the reinforcing mesh sheets, moves downwards and grabs the reinforcing mesh sheets, and returns to the walking position upwards after grabbing the reinforcing mesh sheets; and (3) the process of storing or putting the reinforcing mesh sheets on line, specifically, the reinforcing mesh sheet clamping mechanism transportsthe grabbed reinforcing mesh sheets to a predetermined production die table, or transports the grabbed reinforcing mesh sheets to a storage mechanism for temporary storage. According to the on-line process, the prefabricated member production line is linked with the manufacture and production of the reinforcing mesh sheets, so that the automatic on-line of the reinforcing mesh sheets in the prefabricated member production line is realized, the on-line process without personnel operation is realized, the transfer time of the reinforcing mesh sheets is saved, the production efficiency is improved, and the problem that a single device cannot directly transport products to the production line is solved.

Description

technical field [0001] The invention belongs to the technical field of prefabricated part production, and in particular relates to a prefabricated part production line reinforcement mesh on-line process. Background technique [0002] In the PC prefabricated component industry of housing construction, the existing steel mesh sheets are hoisted and transported away by manual lifting devices after production is completed, or stacked, or hoisted to the prefabricated component production line. This kind of handling and hoisting often requires two people to complete the corresponding work, and manual hoisting takes longer to hook. If you do not use tooling during the handling process, you need to pay attention to the bending of the mesh. When it comes to the prefabricated component table mold line, the mesh can be put into the side mold of the component faster and better, but there are various unstable factors in manual lifting, such as shaking, uneven mesh, and poor positioning a...

AI Technical Summary

Problems solved by technology

This kind of handling and hoisting often requires two people to complete the corresponding work, and manual hoisting takes longer to hook. If you do not use tooling during the handling process, you need to pay attention to the bending of the mesh. When it comes to the prefabricated component table mold line, the mesh can be put into the side mold of the component faster and better, but there are various unstable factors in manual lifting, such as shaking, uneven mesh, and poor positioning accuracy. High, need repositioning, etc.

As a storage method, it is mostly placed on the ground, which results in a larger footprint and a waste of space resources. At the same time, due to the low degree of automation and the many times of manual participation in the process, the accuracy of one-time mold entry is low.

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