Braiding machine flower disc capable of braiding multi-branched tubular fabrics

Abstract

The invention provides a faceplate of a knitting machine capable of weaving multi-branch tubular fabrics, comprising a track faceplate, the track faceplate contains at least two closed motion tracks, and the junction of each motion track is provided with a track changer for switching between the motion tracks turntable. The track faceplate is composed of multiple arc-shaped tracks and their inner common tangent connections. Cylindrical grooves are arranged between the arc-shaped tracks at the junction of each movement track, and the track-changing turntable is set in the cylindrical groove. The surface is provided with at least two sets of track grooves, and different track grooves form different closed moving tracks when they are connected with the moving tracks on both sides of the cylindrical groove. By rotating the track-changing turntable, the switch between the moving tracks is realized, and the single-ring movement is transformed into a double-ring or multi-ring movement, and finally the weaving of multi-branch three-dimensional tubular fabric is realized. The invention has the advantages of simple structure, convenient operation, one-time weaving and forming of multi-branched three-dimensional tubular fabrics, track changing function through mechanical structure, stable performance and strong versatility.

Description

technical field [0001] The invention relates to a faceplate of a braiding machine capable of braiding multi-branched three-dimensional tubular fabrics, which can be used for braiding ropes or cables with a branch structure, and belongs to the technical field of braiding machines. Background technique [0002] The orbits of the faceplates of the existing knitting machines are all fixed, and the spindles can only move along a unique orbit, so it is impossible to weave a three-dimensional tubular fabric with a multi-branch structure at one time. [0003] However, in the prior art, the three-dimensional tubular fabric with a branch structure is generally processed by adopting a plurality of single-branch structures through methods such as later sewing or welding. However, the production of multi-branched three-dimensional tubular fabrics by this method has defects such as cumbersome production procedures and unstable performance at the interface. [0004] In order to overcome t...

AI Technical Summary

Problems solved by technology

However, using this method to produce multi-branched three-dimensional tubular fabrics has defects such as cumbersome production processes and unstable performance at the interface.

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