SU119294A1 - Single-process method of making low-heel hosiery products on a cotton machine that does not require baking - Google Patents

Description

The well-known single-process methods of making low-cut hosiery products on a cotton machine do not require a kettling, in which, after a high heel, a low hem is produced with its expansion, do not provide a sufficiently deep groove when using cotton . no deformation during molding and stabilization.

In the described method, cotton yarn is used for underscore, while ensuring that hosiery is produced with a sufficiently deep deep heel, for which its expansion is carried out in the first row in the undercarriage, for example, on its half with the loops attached. the second hinge for one needle step, for example, to the outer edge of the product with fixing the loops in the second row in the boom by transferring them from the same needles in the opposite direction to the needle step with a gradual expansion of the second half, for example, two needles lnyh through a series of steps.

FIG. I shows the finished stocking made by the proposed method; in fig. 2-part of the same stocking after its manufacture on the COTTON machine; in fig. The 3-scheme of interlacing the first four loops of low-heel rows, where the numbers 1, 2, 3, 4, 5, and 6 denote the needles of the COTTON machine, and the Roman numerals /, //, ///, and // are the rows of the needles .

The position of the initial non-closed loops of the thread on the needles at the beginning in the lower part of the first row of the low heel is indicated by A.

After the last row B of the high end has been finished (Fig. 2), the high weave of the yarn feeders is spread out, for example, half of the low hem, and the first row of the 7 low hem, directed at the right angle to the neck of the stocking, is pulled out.

The initial unlocked loops of this row A (Fig. 3), laid on all the needles participating in the expansion, are secured by transferring each second loop, for example, from the needles 2, 4 and 6 to the machine's openwork machine. on needles J, 3 and 5 in the direction that