Economical knitting controlling mechanism of computer flat-bed knitting machine

Abstract

The invention relates to a knitting control mechanism of an economical computerized flat knitting machine, which is positioned on a triangular bottom board and provided with at least one knitting unit. Each knitting unit consists of knitting cams controlling the knitting action of a knitting needle and a needle selector and a needle selection cam controlling the knitting needle in the knitting condition, wherein, the knitting cams consist of a transfer needle retracting cam, a depressing cam, an adapter needle retracting cam, a transfer cam, a stitch cam and a tuck cam. The distribution of the knitting cams on the triangular bottom board forms a knitting area, wherein, the needle selector and needle selection cam are arranged in the knitting area, the needle selector is positioned in the middle of the area, the needle selection cam is at the bottom of the area; the knitting cams are: the transfer needle retracting cam, an eyebrow cam, the adapter needle retracting cam, and the depressing cam are arranged on the upper part of the knitting area, and the transfer cam, the stitch cam and the tuck cam are arranged at the lower part of the knitting area. The invention has the advantages of simplified and compact structure, small-volume whole machine, low material consumption, low price and good knitting property.

Description

technical field [0001] The invention relates to a flat knitting machine, in particular to a knitting control mechanism of an economical computerized flat knitting machine. Background technique [0002] The knitting control mechanism of the computerized flat knitting machine is set on the triangular bottom plate and generally consists of multiple knitting units. Each knitting unit is composed of a knitting area I distributed on the upper side of the triangular base plate, a platen area II distributed in the middle of the triangular base plate, and a needle selection area III distributed on the lower side of the triangular base plate, as shown in FIG. 8 . Various knitting cams are arranged in the knitting area, wherein the main knitting cams are: transfer cam 102 , press cam 103 , eyebrow cam 104 , loop forming cam 105 , transfer cam 106 and tuck cam 107 . The stitch transfer cam 102 and the stitch transfer cam 106 are located in the upper half of the knitting area, and the e...

AI Technical Summary

Problems solved by technology

Therefore, the structure of the existing weaving control mechanism is relatively complicated, which makes the size of the triangular bottom plate larger

The knitting control mechanism is installed on the head of the computerized flat knitting machine, so the size of the head is correspondingly larger.

The machine head runs on the needle bed, so the size of the needle bed must increase accordingly, and the needle bed is a casting, so a larger bed body must consume more materials, resulting in high production costs

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