SU737527A1 - Method of starting a finger of a glove in twin-cylinder flat-knitting machine - Google Patents

Description

(54) METHOD FOR EARNING A FINGER OF A GLOVE PRODUCT ON A DOUBLE-TILED PLANE-TERMINAL AUTOMATIC

one :

This invention relates to knitwear technology and can be used in knitwear factories in the manufacture of glove products on glove machines.

There is a way to earn a finger. Glove product, in which KOHitbi. The threads at the edges of the fingers are automatically trimmed with a special scissors mechanism and are earned together with the loops of the finger by pneumatic feeding of the cut ends to the extreme needles. This method of fastening the ends of the threads is also advantageous because in addition to eliminating the manual tightening of the ends of the threads and their fastening, the need to trim these ends is also eliminated.

However, its implementation requires a more complex structure of the automaton, for which it is necessary to additionally install a mechanism for automatic cutting of the ends of the threads and a pneumatic device for feeding the cut ends into the zone at occupation 1.

There is also known a method of earning a glove finger on a dvuhfonturnym flat room machine 2.

This way of making the fingertip of the glove is that, before knitting the tubular finger, the needles of the finger of both needles are double-weaved on all the needles of the finger of both needles, they are smoked into the sealed open loops and at the same time the needles are turned off on the side of the needle the numbers left for the tubular in the needle needle.

10 The disadvantage of the method is the presence of free ends of the threads at one of the edges of each finger, which must be tightened into the interior of the product and secured, in order to avoid expansion and dissolution of the extreme loop of the finger. Moreover, the tightening of the ends of the threads is a laborious operation that is performed manually.

The aim of the invention is to automate the fixing of the end of the thread within the finger.

This is achieved by the fact that, before double-weaving the thread, all the needles are laid on the part of the extreme needles of the finger of one needle bed and are also smoked into open loops, which are dropped from the needles together with the open double weave loops. The proposed method of earning the end of a finger of a glove is simple and does not cause any difficulties in its introduction into production. FIG. 1–3 show successive operations for earning the end of a finger tube, gloves or mittens. The numbers 1–9 and 1–9 denote the serial numbers of the needles of the corresponding front and back needles. Double unclosed loops are shaded. The way to make fingertip gloves is as follows. Before starting in the underpin of the fingers, the yarn guide is usually idled in the forward position for the subsequent laying of a series of open loops by twisting on the needles of both needle cases with a rapport of 1: 1 alternation. Unlike the one described above, the yarn guide is reset to its initial position not at idle, but when 3-4 extreme working needles are turned on at one of the needle cases from the arrival of the yarn guide. That is, for most of the width of the finger, the yarn guide is still idle (with the needles off on both needle cases off) and only not gaining its initial position on the yarn guide on four, for example, extreme needles from the needle cases, single open loops (sketches) ( see fig. 1, needles l, 2 3 4). Then, during the reverse movement in the living carriage, all the needles with a finger width of 1–9 and 1–9 are included in the work and earn a double weaving of a series of open loops 1 - G - 9–9 (see Fig. 2). The beginning of the thread is between the needle cases in the machine shed, being a continuation of the end of the thread of the previous glove (mitten). Getting into the inter needle gap, for example 4-5, the thread is successively bent into single open loops (sketches) on needles 4 3 2 and 1 and goes into the next row into a double looped loop 1 - 1; 2-2; 3-3; 4-4; 5-5; 6-6; 7; 7; 8-8 and 9-9 At the same time on the needles 1; 2; 3; four; Along with the loops of the double looped row (shaded in the drawing) there are also threads on their rods and single open loops 1; 2; 3 and 4

Claims (2)

737527 (shaded - see Fig. 2). Then the end of the thread from the needle 9 is laid on the needle 9 and then successively 8, 7, 6, 5, 4, 3, 2, 1, forming a semi-curved surface on one needle bed, for example, the front and then on the needles G, 2, 3 4, 5, 6: 7, 8, and 9 A full looped curly row on the needles of the opposite needle bed is completed. At the same time, along with dropping four single open loops from the needles 1, 2, 3 and 4, which are then expanded, they are straightened into the length of thread II-HI, as shown in FIG. 3. The straightened section of thread II-III lies on the earning loops of the end of the finger, getting inside the finger after the subsequent docking by increasing the toe of the finger and its tubular part on all the needles. The section of thread I-II, which is still between the needle cases, comes out of the finger, interconnecting adjacent gloves. Due to this arrangement of the thread at the ends of the fingers, manual insertion of the ends of the thread inside the product no longer takes place, since when cutting a section of thread I-II closer to needle II, section II-III also remains inside the finger, therefore, there is no need put him in there. Formula of the invention The method of earning a glove product on a double-bottom planar room machine, in which all needles of the finger of both needles are double-weaved, are quit it in open loops and are dropped from the needles, characterized in that, in order to automate the fixing of the end of the thread inside the finger, before double-weaving the thread on all the needles, it is laid on the part of the extreme needles of the finger of one needle bed and also quit in open loops, which are dropped from the needles along with the open loops tl mi double weave. Sources of information taken into account in the examination 1. Japan Patent No. 9825, cl. 45 A 2313, 2 $, 1966. 2. USSR Author's Certificate No. 201582, cl. D 04 B 1/28, 1962. H © 5 - S 79 figure 1 123J f G2 7 / $