Flexible and automatic cam-extruded metal mesh belt pressing device

Abstract

The invention discloses a flexible and automatic cam-extruded metal mesh belt pressing device which is a full-automatic mechanical device for pressing and positioning a metal mesh belt. The flexible and automatic cam-extruded metal mesh belt pressing device comprises two large chain wheels arranged on a driving shaft, and cams arranged on the outer sides of the large chain wheels respectively; a plurality of chain wheel compression teeth are installed inside compression tooth installing holes of the large chain wheels through springs respectively; pressing rod parts of chain wheel compression teeth face to the inner surfaces of the cams respectively; during rotation of the driving shaft, the large chain wheels are meshed with horseshoe-shaped chain sheets on the metal mesh belt; gear racks on the chain wheel compression teeth are inserted into gaps between a metal mesh and the horseshoe-shaped chain sheets on the metal mesh belt one by one. According to own characteristics of the metal mesh belt, the pressing and positioning automatism of the metal mesh belts with multiple specifications can be achieved; after coordination with a welding robot, the welding automatism of the metal mesh belt can be further achieved, so that the welding automatism of the metal mesh belt is effectively improved, the labor force is reduced and the influence of human factors is reduced.

Description

[0001] technical field [0002] The invention relates to a metal mesh belt pressing device, in particular to a cam extrusion type metal mesh belt flexible automatic pressing device. Background technique [0003] Metal mesh belt is a kind of mesh conveyor belt made of metal material. It has the characteristics of flat mesh surface, high hardness, strong corrosion resistance, high tensile strength, good air permeability, not easy to deform, and durable. It is widely used in food and medicine. , electronics, chemical, glass and other industries processing production lines. my country is a big manufacturing and consuming country of metal mesh belts, but its current production mode is still labor-intensive, with low technical content and low added value. With the rise of labor costs, the appreciation of RMB and other factors, my country's advantage of low-cost manufacturing will gradually lose. Therefore, it is imminent to improve the manufacturing process of metal mesh belts a...

AI Technical Summary

Problems solved by technology

Since there is currently no automatic net pressing device suitable for metal mesh belts in Shanghai, the lateral extrusion of the metal mesh 9 and the positioning of the horseshoe-shaped chain piece 11 require manual participation.

[0006] It can be seen that the current extrusion process of metal mesh belts has the following limitations: 1) Low degree of automation

This processing procedure is low-tech and needs to be completed by an operator, which is labor-intensive

2) The influence of human factors is greater

3) Labor intensive, difficult to recruit and manage

At present, each production line needs to be equipped with an operator, who repeats the simple press welding operation, which lacks humanization

At the same time, with the rise of labor costs in China, the appreciation of the RMB, and the deterioration of environmental and resource bottlenecks, a series of problems will inevitably arise, such as difficulties in recruitment and management, rising manufacturing costs, and difficulties in completing orders on time.

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