Anti-wire twisting feeding device for assisting hexagonal net making machine

Abstract

The invention relates to an anti-wire twisting feeding device for assisting a hexagonal net making machine. The anti-wire twisting feeding device comprises a wire supply frame for providing wire material, wherein the wire supply frame comprises a movable wire supply frame for providing movable stranded wires and a static wire supply frame for providing static stranded wires; the movable stranded wires and the static stranded wires are matched one to one; the static wire supply frame is provided with static wire supply coils which are rotatably arranged at parts corresponding to the movable stranded wires on the movable wire supply frame; a wire exchange channel is formed between the corresponding adjacent static wire supply coils on the static wire supply frame; a power assembly for enabling the static wire supply coils to rotate is arranged at the back part of the static wire supply frame; a wire exchange assembly is arranged at a part corresponding to the wire exchange channel is arranged at the back of the static wire supply frame. The anti-twisting wire feeding device provided by the invention is used for assisting the hexagonal net making machine to braid a hexagonal net; theanti-twisting wire feeding device provides the wire materials to the hexagonal net making machine; the wire supply frame composed of the movable wire supply frame and the static wire supply frame is adopted; meanwhile, the wire exchange assembly and the power assembly are combined, so that stranding and wire exchange of the wires on the wire supply frame and the wire materials of the hexagonal netmaking machine in a net making process are matched synchronously.

Description

technical field [0001] The invention relates to the technical field of hexagonal net weaving, in particular to an anti-twisting wire feeding device for assisting a hexagonal net making machine. Background technique [0002] Recently, conventional weaving machines are roughly divided into two categories: manual weaving and semi-automatic weaving with program control devices. Manual weaving is all manual operation, which has low production efficiency and high labor intensity. It is determined that the hexagonal net making machine is produced from this, but in the prior art, because the wire materials need to be exchanged, twisted, reset, and twisted when weaving the net, the existing equipment cannot achieve the effect of line replacement and reset. Therefore, it is easy to cause knotting of the thread material and affect the material of the thread material. Contents of the invention [0003] Aiming at the present situation of the above-mentioned prior art, the technical pr...

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Problems solved by technology

[0002] Recently, conventional weaving machines are roughly divided into two categories: manual weaving and semi-automatic weaving with program control devices. Manual weaving is all manual operation, which has low production efficiency and high labor intensity. It is determined that the hexagonal net making machine is produced from this, but in the prior art, because the wire materials need to be exchanged, twisted, reset, and twisted when weaving the net, the existing equipment cannot achieve the effect of line replacement and reset. Therefore, it is easy to cause knotting of the thread material and affect the material of the thread material

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