Mesh stacking and stack-moving device and method for conducting mesh stacking and stack-moving through device

Abstract

The invention belongs to the technical field of auxiliary machinery for wire mesh production and discloses a mesh stacking and stack-moving device and a method for conducting mesh stacking and stack-moving through the device. The device is mainly technically characterized in that the device comprises a mesh frame, and two or more chain frames with conveying chains are arranged in the mesh frame; the conveying chains are connected with a chain power mechanism; two parallel mesh supports are arranged outside the chain frames; each mesh support comprises a mesh supporting plate and a supporting plate lifting mechanism. When the supporting plate lifting mechanisms are located in the lowest positions, the upper surfaces of the mesh supporting plates are lower than the upper end faces of the conveying chains. When meshes are stacked, the height difference between the upmost mesh and the to-be-fallen mesh grabbed by a mesh moving gripper is made to be quite small by adjusting the heights of the mesh supporting plates, the meshes hardly deflect when falling, and therefore the meshes are stacked in a more orderly mode, manpower is saved, the labor intensity is lowered, and the labor efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of wire mesh production auxiliary machinery, and in particular relates to a mesh palletizing and moving device and a method for using the device to carry out mesh palletizing and moving. Background technique [0002] In the field of wire mesh welding, in order to facilitate storage and transportation, the welded and cut mesh needs to be stacked and bound. There is a conveying chain at the lower end of the position, and the mesh falls on the conveying chain, and then gradually stacks to the set height, and the conveying chain moves to remove the stacked mesh. The above method has the following defects: one, in order to make the mesh stacked at a certain height, there is a certain height between the moving net gripper and the conveying chain. During the falling process of the mesh, the mesh is prone to deflection, causing the mesh to be stacked irregularly. It is not conducive to the storage and transportatio...

AI Technical Summary

Problems solved by technology

The above method has the following defects: one, in order to make the mesh stacked at a certain height, there is a certain height between the moving net gripper and the conveying chain. During the falling process of the mesh, the mesh is prone to deflection, causing the mesh to be stacked irregularly. It is not conducive to the storage and transportation of the mesh; second, in order to improve the uniformity of the mesh stacking, it is necessary for the operator to readjust the uneven mesh after the mesh falls, which greatly increases the labor intensity and improves the production process. labor costs

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