Mesh weaving structure of hexagonal wire mesh weaving machine

Abstract

The invention relates to a mesh weaving structure of a hexagonal wire mesh weaving machine. The mesh weaving structure comprises a wire twisting device, first wire feeding devices, rotating devices, a wire poking device and second wire feeding devices; the first wire feeding devices are arranged behind the wire twisting device and used for feeding wires to the wire twisting device, the rotating devices are arranged between the first wire feeding devices and the wire twisting device and used for enabling the mesh wires to rotate, the wire poking device is arranged between the rotating devices and the first wire feeding devices and used for poking the mesh wires from one gear disc to a gear disc located at the adjacent position of the gear disc, and the second wire feeding devices are used for feeding the wires to the wire twisting device. According to the mesh weaving structure of the hexagonal wire mesh weaving machine, the gear discs used for enabling the mesh wires to rotate are arranged behind the wire twisting device, therefore, the condition that the mesh wires located behind the wire twisting device are woven when weaving is conducted can be effectively prevented, it is guaranteed that the weaving work is smoothly conducted, a spring-shaped mesh wire structure is omitted, and the labor intensity of workers is greatly reduced; meanwhile, the using time of the first wire feeding devices is long, therefore, frequent replacement is not needed, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the field of screen production, in particular to a weaving structure of a hexagonal screen weaving machine. Background technique [0002] The wire twisting mechanism of the wire mesh knitting machine is equipped with a wire feeding device, which continuously feeds the wire to the wire twisting mechanism. However, because the twisting mechanism needs to rotate and twist the wire, the mesh behind the twisting mechanism will also rotate when twisting the wire. Phenomenon, in this way, the mesh wire behind the twisting mechanism will also be woven and cannot be processed normally and completely. In order to solve this phenomenon, the method adopted at present is to make a mesh wire into a spring shape and set it up behind the wire twisting mechanism, which not only has a complex structure but also greatly increases the labor intensity. It needs to be replaced in time after the time. Contents of the invention [0003] The techni...

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Problems solved by technology

[0002] The wire twisting mechanism of the wire mesh knitting machine is equipped with a wire feeding device, which continuously feeds the wire to the wire twisting mechanism. However, because the twisting mechanism needs to rotate and twist the wire, the mesh behind the twisting mechanism will also rotate when twisting the wire. Phenomenon, so that the mesh behind the twisting mechanism will also be woven and cannot be processed normally and completely

In order to solve this phenomenon, the method adopted at present is to make a mesh wire into a spring shape and set it up behind the wire twisting mechanism, which not only has a complex structure but also greatly increases the labor intensity. Need to be replaced in time after time

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