Computer flat knitting machine

Abstract

The invention provides a computer flat knitting machine which includes a head, a needle plate, a creel, a transfer, a frame, a roller, an electric controller, a moving bed and an outer housing. The head includes a knitting system and a stitch receiving needle system, the needle plate includes a selected stitch, a needle plate and a knitting needle, the knitting system and the stitch receiving needle system are set on a same column of a middle position of a triangle bottom plate, the knitting system includes a left stitch triangle, a reverse V shape triangle, a top needle triangle and a right stitch triangle, outside of the left stitch triangle is installed with a left protective needle triangle, outside of the right stitch triangle is installed with a right protective needle triangle, the top needle is installed on back side of the reverse V shape triangle, a left selected needle protective needle triangle and the right selected needle protective needle triangle are installed on two sides of the reverse V shape triangle; the stitch receiving needle system is installed between the left stitch triangle and the right stitch triangle, and locates on front side of the reverse V shape triangle, the stitch receiving needle system includes a stitch triangle and a stitch protective needle triangle located on front side; the selected needle tail part is equipped with a supporting foot, a gap is set on the needle plate tail, the supporting foot and the gap coordinate each other.

Description

technical field [0001] The invention relates to a computerized flat knitting machine, which belongs to the field of knitting machinery. Background technique [0002] Flat knitting machines can be divided into manual flat knitting machines and computerized flat knitting machines, which are widely used in the knitting field. With the continuous improvement of labor costs, manual flat knitting machines have many problems such as high production cost, low efficiency, single variety, poor fabric quality, and unstable performance. Therefore, the computerized flat knitting machine is widely used, and it has the characteristics of labor saving, high efficiency and high degree of automation. The computerized flat knitting machine mainly includes machine head assembly, needle plate assembly, creel assembly, transmission assembly, frame assembly, roller assembly, electronic control assembly, bed shifting assembly, and appearance assembly, etc. Composition, wherein the machine head as...

AI Technical Summary

Problems solved by technology

The computerized flat knitting machine mainly includes machine head assembly, needle plate assembly, creel assembly, transmission assembly, frame assembly, roller assembly, electronic control assembly, bed shifting assembly, and appearance assembly, etc. Composition, wherein the machine head assembly and the needle plate section are the main core parts of the machine. The machine head assembly mainly includes the knitting system and the transfer needle system. The prior art knitting system and the transfer needle system are arranged side by side on a triangular bottom plate In this way, the distance of the entire structure in the horizontal direction is relatively large, the structure is relatively loose, and the production efficiency is not high

And the triangular mechanism cannot transfer or can only transfer in one direction, so the ability of the machine to knit patterns is greatly affected

The needle plate part is mainly composed of the needle plate, the needle selection pins and the knitting needles. The disadvantage of the existing technology is that the needle selection pins are not accurate or the push needles are unreliable, which affects the quality of the knitted fabric.

In addition, the frame of the existing flat knitting machine is made of integral cast iron. Due to the large size of the frame, there are disadvantages such as complex processing of the integral casting, heavy weight, expensive cost, and troublesome movement and transportation.

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