Hexagonal net automatic control efficient weaving system and use method thereof

Abstract

The invention discloses a hexagonal net automatic control efficient weaving system and a use method thereof. The system is provided with a mesh forming device of a hexagonal net weaving machine and ischaracterized in that a net wire winding module and a net wire displacement module are arranged in front of the mesh forming device; the net wire winding module is provided with a wire winding wheelgroup and a transmission wheel group; each wire winding wheel in the wire winding wheel group is driven by a driving wheel in an engaged way; a net wire groove is formed in the bottom of wheel teeth of the wire winding wheel; the net wire displacement module controls the displacement of a net wire arranged between two adjacent wire winding wheels; the net wire displacement module is provided witha general driving wheel; the general driving wheel is in driving connection with the net wire between the two adjacent wire winding wheels through a transmission component; the net wire winding moduleand the net wire displacement module simultaneously complete the wire winding action of the net wire in the wire twisting process; the system is additionally provided with a PLC (Programmable Logic Controller). The hexagonal net weaving system omits a conventional net machine spring beating and mounting structure; metal wire and plastic wire nets can be woven; the characteristics of cost saving,high efficiency, high quality, high adaptability and high automation degree are achieved.

Description

technical field [0001] The invention relates to the technical field of machinery manufacturing, a machine made of wire mesh or plastic mesh, in particular to a hexagonal mesh automatic control high-efficiency weaving system and its application method. It is widely used in the weaving of metal or plastic wire hexagonal mesh, and its performance and efficiency are much better than traditional hexagonal mesh weaving machines. Background technique [0002] Existing hexagonal net weaving machine needs artificial spring, artificial spring. In order for one wire to bypass the other when weaving, one of the wires needs to be shortened to facilitate the bypassing action. The method used is to wind the wire into a spring shape; and when weaving , manually thread each spring wire into the support rod. This operation is labor-intensive and time-consuming, and also requires a complete shutdown of the machine. In the weaving process, the spring-shaped metal wire must be drawn into a st...

AI Technical Summary

Problems solved by technology

This operation is labor-intensive and time-consuming, and requires a complete shutdown of the machine

In the weaving process, the spring-shaped metal wire must be drawn into a straight wire, which not only wastes time and energy, but also easily affects the strength of the metal wire, and even causes broken wire during operation, which affects production efficiency and Anhui

In addition, playing the spring is also likely to cause uneven and unsightly weaving mesh.

In addition, the length of the spring is also limited, which limits the length of the weaving net, and cannot meet the needs of customers with different lengths of weaving.

In addition, the traditional hexagonal mesh weaving machine can only weave metal wire hexagonal mesh, and cannot weave plastic or other non-metallic meshes, so the scope of application is narrow

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