CS264052B1 - Pletotkaná textilie - Google Patents

Abstract

The fabric is made of two sets of weft threads, from which knitted columns of the knitting warp are formed, which are arranged between groups of warp threads, forming another set of threads in the fabric. The warp threads are interwoven in a weaving weave with connecting weft loops of the return stitches of the weft threads, which run between the knitted columns. The essence of the solution lies in the fact that the knitted column of closed return stitches is formed from the weft thread of the first part of the system of weft threads and from the weft thread belonging to the second part of the system of weft threads, which form a chain link of one row. The adjacent knitted column is formed from the weft thread and from the weft thread, which again form a chain link of one row of closed return stitches. Connecting weft loops, connecting the return stitches in individual knitted columns, are extended over at least part of the woven strip and turn into return loops or loops with a catch.

Description

The invention relates to a woven fabric comprising a knitting warp weave formed from weft loops and having stitch columns positioned between groups of warp threads that can tie with stitch bonding loops in a weaving weave, wherein the knitting warp weave may comprise different stitch columns.

Known knitted fabric and equipment for its production are contained in MS. U.S. Pat. 141 197 · Also a fabric-like fabric is contained in MS. No. 151 197 · The machine for the production of knitted fabrics is the subject of MS. Certificate No. 153 246 ·

The fabric of the present invention is manufactured on an improved manufacturing machine having a simpler construction and increased operational reliability of the knitting mechanism. The knitting needles of this machine are mounted both pivotable in the needle carrier. in a plane parallel to the leading edge of the fabric, on the one hand sliding in the gaps of the guide comb arranged in the region of the leading edge of the fabric and parallel to it. A device for moving the knitting needles from the forward position to the rearward position and a backward position is associated with a device for inducing lateral reciprocating movement of one of the pair of members formed by the needle gripper and guide ridge to control the multiphase movement of the knitting needles in successive sheds. on the first shed of the knitting needle hook path from the forward position to the left laying position and back to the forward position, and on the second shed from the front position to the right laying position and back to the front position, the knitting hook paths

264 052

the needles are arranged symmetrically to the longitudinal axis of the knitting needles in their forward position ·

The multiphase movement of the knitting needles comprises, in the first shed and in the first phase, the movement of the hooks of the knitting needles along a curve path from a forward position in which the knitting needles are parallel to the warp yarns. to the left laying position, in which they are placed obliquely below the left weft yarns located on the left side of the warp thread groups, during the second phase the retraction of the hooks of the knitting needles with the left weft hooks *

yarns in a shorter curve path to an alignment position in which the knitting needles are again parallel to the warp yarns * in the third phase the linear movement of the knitting needle hooks into the ejection position ⁰ when shed change, and in the second shed and fourth phase the path from the forward position to the right laying position, in which the knitting needles are positioned obliquely below the right weft yarns located on the right side of the warp thread groups, during the fifth phase and also back to the alignment position and the sixth phase a linear movement into the throwing, that is, the forward position, with the laying, ®ge.

members arranged between Brdo and beam exhibits a controlled movement from a starting position above the warp threads in a closed shed, to the upper position when an opening of the shed into zajišlovací position before _t the end of the second phase of movement to the lower position and the starting position during closing of the shed » »»

The movement of the needle carrier and the spikes are synchronized to create a steadily gap between the spoke and the hooks of the knitting needles as they move »»

The laying members are preferably formed by heddle guides of the auxiliary brake blade, coupled by a lever transmission with a cam provided on the crankshaft.

264 052

According to a preferred variant of the device for controlling the multiphase movement of knitting needles, the guide ridge is arranged stationary, the needle carrier being provided on both sides, in the axial direction, with a pin slidingly mounted in a seat of the rotatably supported support arm and supported by a rotatably supported arm, whose pulley it is guided in a track (6) rotatably mounted axial cams coupled to a gearwheel, which in a ratio of 2: 1 engages with another gearwheel provided on the crankshaft, the support arms ^z being coupled to the perch by means of a tie rod.

According to a second preferred variant, the guide ridge is rigidly connected by a 3 support rail slidably mounted between radial cams provided on rotatably mounted vertical shafts connected by a gear ratio of 2: 1 to the crankshaft of the machine, the needle carrier being on both sides, axially direction, provided with a pin pivotally mounted in a bed of pivotally mounted arms, connected by a rod and a perch.

The presently described embodiment of the production machine is contained in the publication no. No. 243 555 and compared to conventional weaving technology, the machine exhibits a substantial reduction in the distance of the fabric edge from the slat, which positively affects the shed geometry.

The purpose of the present invention is to provide fabrics of different weave possibilities which can be produced on a machine according to the present invention certificate. These woven fabrics comprise two sets of weft threads or one set of weft threads which is divided into two parts. The yarns are formed by stitch pillars of knitting warp weaves arranged between groups of warp yarns that form a further set of yarns in the fabric. The warp yarns may be interwoven in some weave weave with the loops of loops of weft yarns that extend between the stitch pillars, the adjacent stitch pillars having the same or different knitting warp binding.

264 052

The essence of the fabric solution lies in the basic design. characterized in that one knitting stitch column of the selected pair of adjacent knitting stitch columns is formed both of the weft yarn belonging to the first part of the weft yarn system and of the weft yarn belonging to the second part of the weft yarn system, both weft yarns forming at least two rows of return loops. The second knitted column of said pair of contiguous knitted columns is formed of weft yarn second part set of weft yarns and the weft yarns of the first system part of the weft threads, these threads form a bond of the chain at least of alternate line deflection 0Ček _fasteners weft loops of the weft threads of the two parts of systems weft yarns ,, connecting between them the return loop in the two knitted columns deflection loops are extended over at least part of a woven strip ,, optionally to the left or right adjacent column reversible knitted stitches and _pass:? in reversing handles or in catch reversing handles.

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Further, the invention includes variations in the weave of the fabric in the aforementioned basic embodiment according to the individual points of the definition of the subject matter of the invention.

Examples of weaves of the fabrics according to the invention are explained in more detail in the description of the drawings, which at the same time comprise the basic arrangement of the knitting mechanism of the manufacturing machine and enumeration of possible variants of weaves in the stitch columns, indicating the position of knitting needles in side view of the shed device. 2a, 2b, 2c, 3a, 3b, 3c, 4®, 4b, 4c, 4d, 4e, 4f, 4g, 4h, 4i,

Fig. 4j, 4k examples of basic knitting ties in columns, Fig. 5 a table with possible variations of the positions of the knitting needle with respect to the weft threads, Figs. 6b, 8a, 8b, 10, 12, 14a, 14b, 16a.

16b, 18, 21, 23, 25, 27, 29, 31, 33, 35, 35b, 37, 39, 41, 43, 45a, 45b, 47, 52, 53, 54, 55, 56, 58, 60, Figs. 7a to 7d, 9a to 9d, 11a to 11d, 13a to 13d, 15a to 15d, 17a to 17d, 19a to 19d, 20a to 20d, 22a to 62 examples of pairs of adjacent stitches of a knitted warp knitted fabric

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22d, 32d, 24a to 24d, 26a to 26d, 28a to 28d, 30a to 30d, 32a to 24d 34a to 34d, 36a to 36d, 38a to 38d, 40 a up to 40d, 42a to 42d, 44a to 44d, 46a to 46d, 48a to 48d, 57a to 57d, 59a to 59d, 61a to 61d, 63a to 63d position of knitting needles against weft ·

threads in the production of exemplary bindings of the individual pairs of stitches, fig * 49, 50 and 51 examples of bindings · woven fabrics ·

FIG. 1a shows the position of the knitting needles 25 '.

side view of shed device · Knitting needles 25 »26 are in retracted position, hook 24 is closed with tongue 23» Knitting needle 25 entrains the weft thread 1, 1 * to the left over the woven strip 20 and knitting needle 26 enters the weft thread 2, 2 * to the right through the woven strip 20 in which the warp yarns 19 ee interconnect the weft yarns 9, 9 * from the weft yarns 1, 1 * and with the weft yarns 10, 10 * from the weft yarns 2, 2 'in a weaving weave. The weft yarn system is divided into two parts, weft yarns 1, 1 * belonging to the first part of the weft yarn system and weft yarns 2, 2 * belonging to the second part of the weft yarn system ·

As they move forward, the knitting needles 25, 26 enter the open shed from the basic position to the left, the right side, so that the knitting needle 25 passes from the left side through the open shed across the width of the woven strip 20 to the right where either the weft thread 1 of the first part of the weft assembly or the weft thread 2 of the second part of the weft assembly into the hook 24 of the knitting needle 15, which pulls the corresponding weft thread 1, 2 woven from the right side to form the weft thread 1; 2, the connecting weft loop 9, 10 and then from the right side to the left insert into the open shed from the basic position a knitting needle 26, which passes through the width of the woven strip 20 where the wedge sheet 1 is formed.

a first part of the weft yarn assembly or weft yarn 2 of the second part of the weft yarn assembly into the hook 24 of the knitting needle 26, which

4 * 6

264 052 pulls the corresponding weft yarn 1, 2 woven from the left side of the woven strip 20 to form a second weft loop 8, 10 from the weft yarn 1, 2. One part of the weft thread system knits one weave, while the other part of the weft thread system knits a second weave in the same stitch column®

Fig. 1b shows a top view of the machine. Two parts of weft yarns are used for the production of knitted fabric

1, 11, .2, .2 * or two warps to form a single woven strip 20, 20 'formed by two knitting needles 25, 26' adjacent to each other. The left knitting needle 25 enters from the left side. into the adjacent woven web 20 * from the right side. The woven strip 20 then enters from the right side a right knitting needle 26 and the adjacent woven strip 20 ** from the left side.

_C of Fig. 2A generates one weft binding chain warp knitting,-linking through one line, the closure of a "return loops 3 and weft elongated coupling loops

2, passing into the return loops 2, are formed by plugging the weft yarn 1 to the left. The closed return loops 3 are interwoven in the knitted fabric in a knitted pillar 11 _t over one row, each located on the left side of the woven strip 20 through which the extended weft loops 9 pass from the right side of the woven strip 20. The connection between successive pairs of connecting weft loops 9, which are formed from one weft yarn 1, is made by a return loop 2 »located on the right side of the knitted fabric. 11. The knitted pillar 11 is formed from closed return loops 3 from weft yarn 1 and from closed return loops 4 * from weft yarn 2 *.

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Referring to Fig. 2b, the weft yarn 1 forms a warp knitting weave interwoven through a single row, whose closed return loops with left extended weft loop loops 4 passing into the catch return loops 7 are formed by plugging the weft yarn 1 to the left. The closed return loops 3 tie in the knitted fabric each in the knitted pillar 14, over one line each on the left side of the woven strip 20 through which the extended weft loops 9 pass from the right side of the woven strip 20. The pair of weft loops 9 are substantially parallel and can be woven in the woven longitudinal strip 20 with the warp threads 19 by a weave. The connection between successive pairs of connecting weft loops 9, which are formed from one weft yarn 1, is made by a catch return loop 7 intertwined in the right adjacent knitting pillar 14 *. The left knitting pillar 14 is completed with closed return loops 4 with weft threads 22 belonging to the second part of the weft thread assembly. The right knitted pillar 14 * is formed of closed weft thread loops 32 of weft yarn 1, which alternate with closed weft thread loops 4 of weft yarn 2.

Referring to FIG. 2c, the weft thread 1 forms a warp knitting weave interwoven across a single line, similar to FIG.

2a, except that in this case open return loops 21 are used which bind in the knitting post 28. The weft yarn 2 * forms a complementary open return loop 22 *.

Referring to FIG. ₃₃ , the weft yarn 2 forms a warp knitting weave interweaving through a single row whose closed return loops 4 with right weft loops 10 _; to the return loops 6 are formed by plugging the weft yarn 2 to the right. The closed return loops 4 are interwoven in the knitted fabric always in the knitted pillar II *, over one line each on the right side of the woven strip 20 through which the extended weft loops IQ pass from the right side.

264 052

The pairs of connecting weft loops 10 are substantially parallel and may bind a weave 19 to the warp yarns 19 in the woven longitudinal strip 20. The connection between the successive pairs of coupling weft loops _10} that are made of one weft thread 2 is made a return loop 6, located on the left side of the knitted column 11 * _t that completes a closed return loop 3 * of the weft yarn 1 *.

In FIG. 3b, the weft yarn forms two binding chain knitting oanovní,-linking across a single row, the closed loop return transport 4 and weft elongated connecting loop 10 _f passing in the return tuck loops 8 are formed by clogging • you weft yarn 2 on the right. The closed return loops of% weave in the knitted fabric always in the knitted pillar 13 and over one row are located on the ₃ right side of the woven strip 20 through which the extended weft loops 10 pass from the left side of the woven strip 20. they are substantially parallel and can be woven in the woven longitudinal strip 20 with the warp threads 19 by a weave. The connection between successive pairs of connecting weft loops 10, which are formed from one weft yarn 2, is made by a catch return loop 8, interconnected in the left adjacent knitting pillar 11j.

Referring to Fig. 3c, the weft yarn 2 forms a warp knitting weave interwoven across a single row, similar to Fig. 3a, except that in this case the knitted post 28 * is formed of open return loops 21 *, 22.

Figures 4a to 4k illustrate the interconnection of the links shown in Figures 2a, 2b, 3a, 3b using one linkage with elongated left weft loops 9, 9 *, 10, 10 * to the other. weave with extended weft loops 9, 9 *, 10, 10 *

264 052 transport. Both weaves may be formed from one weft assembly, which is divided into two parts, one part of the weft thread assembly 1, 1 * interweaving alternately by means of open deflection loops 21, 21 *, 22, 22 *, and / or closed deflection loops 3 , 3 *, 4> 4 * and / or return loops 5, 5 *, 6, 6 * and / or catch return loops 2, XLj θ, θΐ ^{3 the} other part of the weft yarn system 2, 2 * ₀

FIG. 4A is a knitted pillar 11, 11 alternately interlacing the weft threads 1, 1 a part of the weft system with the second portion of the weft threads 2, 2 * weft system using reusable end closed stitch 3 ^of the first weft threads »l of ³ with end-recessed closed eyes 4, 4 *. of weft yarns 2, 2 *>

O

Fig. 4b shows the alternating interconnection of one part of the weft yarns 1 with the other part of the weft yarns 2 by means of the end return loops 6, 6 and the connecting weft loops 9, 10, the return loops 6 passing over the connecting weft loops 10 of the end return loops 6. The warp thread loops 9, 10 may or may not be interwoven between the interlocking thread loops 9, 6 with the weft thread loops 9, 10 from the weft threads 1, 2.

Referring to FIG. 4c, the return loops 5 undergo the connecting weft loops 10 and the return loops 6 also pass below the connecting weft loops 9 from the weft yarns 1.

Fig. 4d shows the interconnection of one part of the weft yarns 1 with the other part of the weft yarns 2 by means of end return loops 6 and 6 by means of connecting weft loops 2s 1θ which are interconnected with the warp yarns 19. loops 10 of the end return loops 6, which in turn are below the connecting weft loops 6 of the end return loops 2.

264 052, the loops 6 do not tie together, but are locked behind the warp yarns 1.9 with which the connecting weft loops 9, 10 of these return loops 2 tie? The position of the return loops 2 relative to the connecting weft loops 10 and the return loops 6 relative to the connecting weft loops 2 can also be reversed, as shown in FIG. 4d.

In Figure 4e, two warp knitting weaves are used to form a knitted post 12, one weft yarn portion 1, 1 * binding in a chain weave over one row, with left weft loops 9 extending to the return keys 5 * j ^{and the} other a portion of the weft yarns 2, 2 binds in a chain weave across one row with right weft loops 10 extending to the return loops 6. The interconnection of the two parts of the weft yarn sets 1, 1 * and 2, 2 * is performed in the knitted post 12 by The weft thread 1 of the first part of the weft thread system passes from the right side in the form of connecting weft loops 9 through the return loop 6 from the weft thread 2 of the second part of the weft thread system. with return loops 4 * weft threads 2 * in the knitted post 12. Weft thread 2 * of the second portion of the weft yarn assembly passes from the left side to the knitted post 12 in the form of a weft loop 10 * over the end return loop 5 * connecting the elongated link loops 8. The connecting weft loops 9, 10 * of the weft yarns 1, 2 * may pass or fall the return loops 6 of the weft yarns 1, 2.

Furthermore, the overlapping of the end rest loops 5 * 6 with the connecting weft loops 9, 10 * on each side of the knitted post 12 can be reversed, i.e. if the right side of the knitting post 12 the connecting weft loops 9 overlap the return loops 6, from weft post 12 connecting weft loops 10 * undergo return loops 5.1 ^of weft yarn 1 * ♦ Also to the right of weft post 12 the joining weft loops 9 may pass reversible loops 6 of weft yarn 2 and on the left side of weft post 12 may join weft loops loop 10 * pass through the return loops *> *.

264 052

In Fig. 4f, two warp knitting weaves are used to form the knitted post 13, one part of the weft yarns 1, 3? binds in a chain link over one line with left weft loops 9 extending into the return loops 5 and the second part of the weft yarns 2, 2? binds in a chain weave over one row with right weft loops 10 extending into the catch return loops 8. The interconnection of the two parts of the weft yarn sets 1, 11 * 2 * is performed in the knitting column 13 by the return loops 3 and 4 *. The weft yarn 1 of the first part of the weft yarn assembly comes from the right side in the form of a connecting weft loop 9 'which is interconnected by an arc to a closed return loop 3, which interweaves 3 alternately with a closed return loop 4-2. On the left side of the weft yarn pillar 13, the successive connecting weft loops 9 * form return loops 52 that may extend or overlap the connecting weft loops 10 * from the other portion of the weft yarns 2 *. The end grip return loops 8 connecting the weft loops 10 from the weft yarn 2 of the second part 'of the weft assembly overlap the weft loops 10 * on the left side of the knitted post 13.

In Fig. 4g, two warp knitting weaves are used to form the knitted post 14, wherein one portion of the weft yarns 3, 1 * binds in a chain weave over one line with left elongated weft loops 9 * »extending through the catch return loops? and the other part of the weft yarns 2, 2 * binds in a chain weave through one row with right-wound connecting weft loops 10, passing into the return loops 6. The interconnection of both parts of the weft yarn system 1, 1?,, 2, 2 * is performed in The weft thread 2 of the second part of the weft thread system comes from the left side in the form of a connecting weft loop 10 'which is interconnected by an arc to the closed return loop 4 _and which interweaves alternately.

264 052 β closed weft loops 1 in the knitted pillar 14. On the right side of the knitted pillar 14, the weft yarns 2 connect consecutive connecting weft loops 10 into return loops 6 that may underlie or overlap the connecting weft loops 9 from the first portion The weft thread loops 1. The end grip return loops 7 * connecting the weft loops 92 from the weft thread 1 * of the first part of the weft system overlap the weft loops 2 on the right side of the knitted post 14.

In Fig. 4h, two warp knitting weaves are used to form the knitted post 15, with one portion of the weft yarns 1, 1 * binding in a chain weave over one row with left extended weft loops 9 passing into the catch return loops 7 * and the other. The weft yarns 2, 2 * bind in a chain weave over one row with right-wound connecting weft loops 10, passing into the catch return loops 8. The interconnection of the two parts of the yarn yarn sets 1, i2> 2, 2 * is done in the knitting post 15 by 4 *> The weft thread 1 of the first part of the weft thread system comes from the right side under the catch return loop 7 * in the form of a connecting weft loop 9 »which is interconnected by an arc to the closed return loop and interwoven in the knitted post 15 alternately with a closed return eye *, 4 »whose connecting weft loop and 10 of the weft threads 2 second set coming from the left side where the tuck is covered by a return loop of the weft yarn 8 2 ₀ terminal of the same assembly return the tuck loops 72 »§. of one system do not interconnect with each other, and underlie or overlap the connecting weft loops 52. The second set of weft yarns.

. . In Figure 4i, two warp knitting weaves are used to form the knitted post 16, with one portion of the weft yarns 1, 1 bonding in a chain weave over one line with left weft loops 9 extending through * 13 264 05?

v catching loops 7 * _f and second part of weft yarns 2, 2? It binds in a chain linkage over one row. To the right, the extended weft loops 10 *, passing through the return loops 6. The interconnection of the two parts of the weft yarn sets 1, 11 ^is carried out in the knitting column 16 by the end return loops 4 *. The weft thread 1 of the first part of the weft thread system. comes from the right side under the catch return zL in the form of connecting weft-doe. eyelets 9, which are interconnected by an arc into a closed return eyelet 2? which interweaves in the knitted pillar 16 alternately and with a closed deflection loop 4 *, whose connecting weft loops 10 * from the weft yarn 2 * of the second set come from the left side. The loops 10 of the weft yarn 2 of the second assembly also enter the knitted post 16 from the right side. The connecting weft loops 10 from the weft yarn 2 enter the knitted pillar 16 from the right side and are connected to each other by a return loop 6 which can bind to the catch return loop 7.

In Figure 4j, two warp knitting weaves are used to form a knitted post 17, with one portion of the weft yarns 2, 2 * binding in a chain weave over a single row with right-wound connecting weft loops 10 passing into the end catch loops 8, and the other part of the weft yarns 1, 1 * binds in a chain weave over one row with left weft loops 8 extending into the return loops ξ *. The interconnection of two parts of the weft yarn systems 1, 3?, 2, 2 * is done in knitting. 17 * weft thread 2 * comes to the knitted post 17 from the left side under the catch return handle 8, the weft thread 2 of the same system is in the form of connecting weft loops 10 * interconnected by an arc to the closed return thread the loops 4 '' which interweave in the knitting column 17 alternately with the closed return loop whose connecting weft loops 9 from the weft yarn 1 of the first assembly come from the right side. The weft loops 9 * of the weft yarn 9, come into the left-side knitted pillar 17 and are connected to each other by an end return handle 9 *, and

264 062 that can bind with the catch return handle 8.

In Figure 4-k, two warp knitting weaves are used to form a knitted post 18, one weft yarn portion 1, 1 'binding in a chain weave over one row with left weft loops 9 extending into the return loops g * and the other part of weft yarns 2 _t 2? binds in the chain binding over one row with the right elongated weft loops 10 *, passing into the return loops 6. Linking two parts of the weft yarn sets 1, 1 * »

2, 2 * is provided in the knitting column 18 by means of the end restoring closed stitches 1, 4 * the fig thread 1 of the first part of the weft thread system comes from the right side in the form of a connecting weft loop 9 » which interweaves in the knitted post 18 alternately with a closed return loop 4 * «formed from a weft loop connecting 10 * weft yarn 2 *. The interconnection of the closed return loops 3, 4 * is performed over the interconnection of the end return loops g * of the weft thread 1 * with the end return loops 6 of the weft thread 2.

Fig. G shows a table showing the drawing number of the pieto * fabric weave in the first column from the left and the figure number showing the alternating movement of the two knitting needles 2g, 26 in one strip of woven fabric in the adjacent second column; and the movement may also be exemplary. the left knitting needle 2g can swing to the right side only one or more times in succession, in combination with the neighboring, that is, the right knitting needle 26, which can also swing to the left side one or more times in succession © The weft yarns 1, 1 *, Si, 2 * relative to these knitting needles 2g, 26 * The weft yarns 1 ,, 1 * _t 2 »C may lie below or above the knitting needles 2g ,, 26. Depending on this weft position with the threads 1, 1 *, 2., 2 * the respective knitting ties according to the invention are formed *

264 052

In Fig. 5, the capitalization of the needles is indicated in capital letters, using two sheets in the heddle twice.

For example, the weft thread A * is guided in the weft thread 1 * », the weft thread B is weft thread 2, the weft thread C is weft thread 1 and the weft thread L is weft thread 2 *«

The basic position of the knitting needles 2, 26 in the haul is indicated by a cross in the table and the position of the respective weft yarns 1,

1 *, 2, 2 *, which bind in one stripe of knitted fabric, with respect to the knitting needles 25, 26 is shown in the box under the respective needle A, B, C, D. Weft yarns 2, 2 * of one set are guided into one sheet The weft yarns 1, 1 'of the second set of weft yarns are guided in the second sheet. The table shows the position of the weft yarns 1, 3, 2, 2 * with respect to the knitting needle 2 and 3, respectively. 26 whether they are located below or above the knitting needle 25 ' 26. The knitting needle 25 moves to the right side,

A knitting needle 26 to the left side, wherein the weft thread 2, 2 * of the second part of the assembly is retracted to the right side and binds either in a single-chain chain link or in a pattern chain with right weft loops

10, IQ *, which are converted into reversing handles 6. * 6 * or catching handles 8, 8 *. During the operation of the knitting needle 25, the weft thread 3, 3? the first part of the weft yarn assembly 1, 1 *, 2, 2 * is pulled to the left and binds either in a chain binding over one line or in a pattern chain binding with left elongated connecting weft loops 9 »9 *, passing into return loops 2» Σ2 or in the handles 7, 7 *.

FIG. 6a shows the weave of a woven fabric having a woven strip 20 formed by a plurality of warp yarns 19 interwoven with the weft loops 9, 10 in a weaving weave, such that the weft loops 9 from the weft yarn 1 of the first part of the assembly the weft yarns 1 »1 * interweave in the left half of the woven strip 20 with the warp yarns 19 and the connecting weft loops 10 from the weft yarn 2 second * 16

264. 052 parts of the weft yarn assembly 2, 2 * interweave in the right half of the woven strip 20 with warp yarns 11 '. The weft yarns 1 bind in the binding of the Godle chain Fig. 2a) over one line with right-hand extended weft loops 9 terminated in the knitted post 11 by closed return loops 3. »In the woven strip 20 the weft loops 9 pass into return loops which tie in the middle a woven strip 20 with return loops 6 formed from a second part of the weft yarn assembly 2, which bind in chain linkage over one row (according to FIG.

3a) with left elongated connecting weft loops 10, terminated by closed return loops 4, which bind in the knitted post 11 * o The interconnection of both parts of the weft yarn sets

1, 1 * and weft yarns 2, 2 * are made by return loops

2, 6 in the middle of the woven strip 20, wherein the return loops 6, 2 are each located above the pair of connecting weft loops 10, 9. Said weave is also interconnected by the return loops 5, also interconnected by closed return loops 2 »X., 4» 4 * ^; that is, the closed return loops 2 of the weft yarn 1 of the first set tie in the knitted post 11 with the return loops 4 * of the second set of weft yarns 2 * and the weft yarns 2 tie the closed return loops 4 in the knitted post 11 * with the closed return loops 3 * weft yarn l \

Fig. 6b shows the same binding as in Fig. 6a, except that only two parts of the weft yarn system 1, 1 *, 2, 10 interweave, without warp yarns 19. '

FIGS. 7a, 7b, 7c and 7d show the process of forming the knitting warp weave of FIGS. 6a and 6b.

Gbr. 7a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 2, which form a warp knitting weave. The left knitting needle 25 creates a warp knit chain from the weft yarn 1 on the left and the right knitting needle 26 creates a warp knit chain from the weft yarn on both rows

- 17 264 052

Fig. B shows a method of catching the weft thread 1 by a knitting needle 25 which, when swung to the right, passes in the open shed under the weft thread 2. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24 and it creates from this weft thread 1 continuous connecting weft loops 9 return loops 2 «

FIG. 7c shows the basic position of the placement of the knitting needles 26 and 26 relative to the weft yarns 1, 2, as in FIG. 7a. In this position, the knitting mechanism arrives after forming the closed return loop 3®

Giant. 7d shows a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in the open shed under the weft yarn 1. The knitting needle 26 in its extreme left position catches the weft yarn 2 into the hook 24 and weft y? continuous weft loops 10 return loops 6.

Fig. 8a shows a similar knitting bond as in Fig. 6a, except that the return loops 2? 6 are interconnected under a pair of connecting weft loops 9, 10.

Fig. 8b shows a similar weave to Fig. 6b, except that only two parts of the weft yarn system 1, 1 * ₉ 2, 2 * »are interwoven with each other, wherein the return loops 2 or 6 are interconnected below the pair of connecting weft yarns loops.

Or 10.

FIGS. 9a, 9b, 9c and 9d show the process of forming the knitting warp weave of FIGS. 8a, 8b.

Fig. 9a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 2, which corresponds to the arrangement in Fig. 7a.

264 052

Fig. 9b shows a method of catching the weft yarn 1 by a knitting needle 25 which, when swung to the right, passes in the open shed above the weft yarn 2. The knitting needle 2g in its extreme right position catches the weft yarn 1 into the hook 24. this weft yarn 1 continuous weft loops 2 return loops 5 »

Fig. 9c shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 2 corresponding to the arrangement in Fig. 7c. . Giant. 9d illustrates a method of capturing the weft yarn 2 by a needle 26 which, upon pivoting to the left in the open shed passes over weft knitting needle L _of the 26th in its extreme left position to the hook 24 catches the weft yarn 2 ^and P ^ i is returned to its initial position it creates from this weft yarn 2 through ⁰ , ⁰ common connecting weft loops 10 return loops 6 »t

Λ ° «

0 °

FIG. 10 shows the weave of the woven fabric which, outside the woven strip 20 formed by the group of warp threads 19 interwoven with the weft fasteners 9 and 10, has knitted posts 12, 12. The weave is formed such that the weft loops 9 of the weft yarn 1 of the first part of the weft yarn system 1, 1 * bind to the warp yarns 19 in a weaving weave and the weft loops 10 of the weft yarn 2 of the second weft yarn system part 2, 2 *. they also bind with warp threads 19 in a weave. The weft thread 1 binds in a chain link over one row (according to FIG. 2a), with weft loops 9 extending to the right, passing both into the return loops ^{and the} closed return loops 3, co-forming the knitted post 12. The loops Jjj bind the joints. jovací. The weft loops 10 formed from the second part of the weft yarn assembly 2, which bind in the chain binding 10. . . 264 052 over one row (as shown in Fig. 3a) and form closed return loops 4 in the knitted post 12 The weft loops 10 pass into the return loops 6 that pass through the weft loops 9. The interconnection of both parts of the weft yarn sets 1 and the weft yarns 2, 2? 4, such that the return loops 3 of the weft yarn 1 of the first set weave in a knitted post 12 with return loops 4 * from the second set of weft yarns 2 *. The weft thread 2 binds with the return loops 4 of the second set in the knitted pillar 12 * ⁸ ° stitches 3 * from the first set of weft threads 1 * ♦

Giant. 11a shows the basic position of the placement of the knitting needles 25 and 26 with respect to the weft yarns 1, 1 * 2, 2 *, similar to FIG. 7a.

. O

Giant. 11b shows a method of catching the weft yarn 1 by a knitting needle 25 which, when swung to the right, passes in the open shed above the weft yarn 2. The knitting needle 2g, in its extreme right position, catches the weft yarn 1 into the hook 24 and threads 1 continuous weft loops 9 return loops 2 ·

Fig. 11c shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2 _f 2 *.

Giant. 11d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in the open shed under the weft thread 1. The knitting needle 26, in its extreme left position, catches the weft thread 2 into the hook 24 and the threads 2 of the continuous weft loops 10 of the return loops 6.

Fig. 12 shows a similar weave as in Fig. 10, except that the weft loops 9 with the return loop 2 interlock with the warp threads 19 below the link weft loops 10. The return wedge 6 of the weft thread 2 binds the link weft loop 9 from weft yarn 1 * * 20

264 052

Fig. 13a shows the basic position of the placement of the knitting needles 25 and 20 relative to the weft yarns 1, 1 ?, 2? 2? .

Fig. 13b shows a method of engaging the weft yarn 1 with a knitting needle 25 which, when swung to the right, passes in an open progression below the weft yarn 2. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24. weft threads 1 continuous connecting weft loops 9 return loops 2 ·

Fig. 13c shows the basic position of the placement of the knitting needles 25 and 26, relative to the weft yarns 1, 2, 2, 2 after returning the left knitting needle 25 to its original position.

and

Giant. 13d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in an open hatch over the weft yarn 1. The knitting needle 26, in its extreme left position, catches the weft yarn 2 into the hook 24. the threads 2 of the continuous weft loops 10 of the return loops 6.

Fig. 14a shows a similar weave to Fig. 6a except that the return loops 6 do not interlock with the weft loops 8 and 10 in the middle of the woven strip 20, but the return loops 6 overlap the loops. 9 on the left side of the woven strip 20 and the return loop tie the weft loops 10 on the right side of the woven strip 20.

Fig. 14b shows the same bond as Fig. 6b.

15a, 15b, 15c.a and 15d show the knitting warp bonding process of Figs. 14a, 14b.

FIG. 15a shows the basic position of the placement of the knitting needles 26 and 26 relative to the weft yarns 1, 2?

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Giant. 15b shows a method of catching the weft yarn 1 by a knitting needle 25 which, when swung to the right, passes under the weft yarn in an open shed 2 »The knitting needle 25 catches the weft yarn 2 into its hook 24 at its extreme right position. threads 1 continuous weft loops 9 return loops 2 ·

Fig. 15c shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 * ♦

Giant. 15d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed below the weft yarn 1. The knitting needle 26, in its extreme left position, catches the weft yarn 2 into the hook 24. 2 continuous connecting weft loops 10 of the return loops.

FIG. 16a shows a similar bond to FIG.

14a with the only difference that the return loops 5 or 6 are interconnected under a pair of connecting weft loops 9 or 10.

Fig. 16b shows the same bond as Fig. 8b.

Figures 17a, 17b, 17c and 17d show the process of forming the knit warp weave of Figures 16a and 16b.

Fig. 17a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 3, 2, 2 *.

Giant. 17b illustrates a method of engaging the weft yarn 1 with a knitting needle 25 which, when swung to the right, passes in the open shed above the weft yarn 2. The knitting needle 25, in its extreme right position, engages the hook 24 in the hook 24 and 1 continuous weft loops 9 of the return loops thereof.

- 22 264 052

FIG. 17c shows the basic position of the placement of the knitting needles 25 and 26 against the weft threads 1, 1 ?, 2, 2 * ₀

Giant. 17d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed above the weft yarn 1. The knitting needle 26, in its extreme left position, catches the weft yarn 2 into its hook 24. the threads 2 of the continuous weft loops 10 of the return loops 6.

Figure 18 shows the same bond as Figure 16a.

Figs. 19a, 19b, 19c, 19d, 20a, 20b, 20c, 20d show a two-fold process for forming the knitting warp bond of Fig. 18.

O

Giant. 19a shows _the basic position of the placement of the knitting needles 25 and 26 against the weft threads 1, 1 ', 2, 2 * _T which is not as stej in FIG. 7a.

Giant. 19b shows a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in an open shed above the weft yarn 1 * and below the weft yarn 2 *. The knitting needle 2g, in its extreme right position, catches the weft thread 1 into the hook 24 and, when returning to its initial position, forms from this weft thread 1 continuous connecting weft loops 9 of the return loops

Fig. 19c shows the basic positioning of the needles 25 and 26 relative to the weft yarns 1, 1 ', 2, 2 *. which is the same as in FIG. 7a.

Giant. 19d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed above the weft yarn 2 * and over the weft yarn 1 *. Knitting 23 264 052 needle 26, in its extreme left position, catches the weft yarn 2 into the hook 24 and, when returning to its initial position, forms from this weft yarn 2 continuous connecting weft loops 10 of the return loops 6 ·

Figure 20a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1, 2, 2 *, which is the same as in Figure 7a. °

Fig. 20b shows a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in an open shed over the weft yarn 3? and above the weft thread 2 * · The knitting needle 25, in its extreme right position, engages the hook 24 o

the weft yarn 1 and, when returning to its initial position, forms from this weft yarn 3 continuous connecting weft loops 3 of the return loops 1 ·

Fig. 20c shows the basic positioning of the needles 21 and 26 with respect to the weft yarns 1, 3? »2, 2 *» which is the same as in Fig. 7a.

Giant. 20d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed above the weft yarn 2 * and below the weft yarn I *. The knitting needle 26, in its extreme left position, catches the weft thread 2 into the hook 24 and, when returning to its initial position, forms from this weft thread 2 continuous connecting weft loops 10 of the return loops 6.

Fig. 21 shows the weave of a woven fabric, which is formed by a knitting weave of a chain over one line, with left weft loops 9 extending to the return loops 1 (see Fig. 2a ^ a knitting weave)

264 052 by linking the chain over one line with the right weft fastening loops 10 passing into the grip return loops 8 (see Fig. 3b). In the woven strip 20, the linking weft loops 9, 10 are interwoven with the warp threads 19, wherein the linking weft loops 10 pass over the return loops 8.

Figs. 22a, 22b, 22c, 22d show the process of forming the knitting warp weave of Fig. 21;

Fig. 22a shows the basic position of the placement of the knitting needles 2g and 26 relative to the weft yarns 1, 1 * _t 2, 2 *, which is the same as in Fig. 7a _e

Fig. 22b. shows a method for capturing the weft yarn 1 by a needle 25 which at the right pivoting the open shed passes over weft yarn 1 * and under weft yarn 2 * · .Pletací needle 25 in its rightmost position, he catches the hook 24 to ^J 1 and the weft yarn when returning to its starting position it creates from this weft thread 1 continuous connecting weft loops 9 of return loops 2 *

Fig. 22c shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 *, which is the same as in Fig. 7a.

Giant. 22d shows a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in the open shed below the weft yarn 2 * and above the weft yarn 3? the starting positions form from this weft yarn 2 continuous connecting weft loops 10 of the catch return loops 8 »'264 02

Fig. 23 A knitted fabric weave similar to Fig. 21 is shown except that the weft loops 2 pass over the return loops 6 on the left side of the woven strip 20. The weft yarns 1 bind according to Fig. 2b and the weft yarns. 2 bind according to FIG. 3a.

Figure 24a, 24b, 24c, 24d illustrates the knitting warp bonding process of Figure 23.

Giant. 24a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 * o

Giant. 24b illustrates a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in an open shed under the weft yarn 1 * and below the weft yarn 2 *. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24 and, when returning to the starting position, forms continuous weft loops 9 of the catch return loops 9 from this weft thread.

Fig. 24c shows the basic position of the placement of the knitting needles 22 and 26 relative to the weft yarns 1, 1 *, 2, 2 *.

Giant. 24d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed above the weft yarn 2 * and below the weft yarn 1. The knitting needle 26 engages the hook 24 at its extreme left position. from this weft yarn 2, it forms continuous connecting weft loops 10 of the return loops 6.

Fig. 25 shows a weave of a woven fabric formed by a knitting weave from a first portion of a weft yarn assembly 10 forming a chain across a single line with left weft loops 9 extending to the left.

264 > 2 in the returning loops 2 (FIG. 2b) and a second knitting weave from the second portion of the weft yarn assembly 2, forming a chain across one line with right weft loops 10 extending into the returning loops 8 (FIG.

3b) o Both knitting weaves are interconnected and the interconnecting weft loops 9, 10 with warp threads 19 in the woven strip · 20. The connecting weft loops 10 pass through the catch weft loops 8 from the adjacent weft yarn 1 * of the first part of the assembly and the connecting weft loops 8 pass under the catch return loops 8 * from the adjacent weft yarn 2 * of the second part of the assembly. The connecting weft loops 9 from the weft yarn 1 pass through the catch return loops 8 and the connecting weft loops 10 from the weft yarn 2 also pass through the catch return loops 8 '. The left knitting pillar 15 is formed from the closed return loops 2, 24 ^{and the} catch return loops 7, 16 which bind the closed return loops 3, 42. The catch return loops 2, 23 form part of the right knitted post 152 ^and tie the closed return loops. stitches j2.> A ⁰ s forming the right knitted pillar 15>

FIGS. 26a, 26b, 26c, 26d show the process of forming the knitting warp bond of FIG. 25;

Fig. 26a shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2 _f 2 *.

Fig _. 26b illustrates a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in the open shed under the weft yarn 1 * and below the weft yarn 2 * ₀ returning to its initial position makes this weft yarn 1 continuous connecting weft loops 9 of the catch return loops 2 ·

Giant. 26c shows the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 *.

264 052 27

Fig. 26d shows a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in the open shed below the weft yarn 2 and above the weft yarn 1. The knitting needle 26 catches the weft yarn 2 into its hook 24. the starting positions make from this weft yarn 2 continuous connecting weft loops 10 of the catch return loops 8 ·

Fig. 27 shows a similar weave of the woven fabric as in Fig. 25, only 3, with the difference that the weft loops 10 pass under the catch return loops 7 * & e of the adjacent left weft yarn 1 * of the first assembly. via catch return loops 8 * from adjacent right weft yarn 2 * second part of the system *

28a, 28b, 28c, 28d shows the process of forming the knitted 03nv bond according to Figs.

28a and 28c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 2, 2, 2, which is the same as in FIG. 7a;

Fig. 28b shows a method of engaging the weft yarn 1 with a knitting needle 25 'which, when swung to the right, passes in an open shed under the weft yarn 1 and above the weft yarn 2. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24 and, when returning to the starting position, forms from this weft thread 10 continuous connecting weft loops 9, grip return loops 7 '.

Fig. 28d shows a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes under the open weft thread 2 under the weft thread 2 and under the weft thread 1. The knitting needle 26 catches the weft thread 2 into its hook 24. and, when returning to its initial position, forms from this weft yarn 2 continuous connecting weft loops 10 of the catch return loops 8.

264 052

Fig. 29 shows a weave of a woven fabric formed by a knitting weave from the first part of the weft yarn assembly 1, from a chain over one line with left weft loops 9 extending into the grip return loops 7 (see Fig. 2b). and a second knitting weave from the second part of the weft yarn assembly _2t forming a chain across a single line with right weft connecting weft loops 10 passing into the return loops 6 (see FIG. 3a). Both knitting weaves tie together and the connecting weft loops 9, 10 with the warp threads 19 in the woven strip 20. The weft loops 10 of the second part of the weft thread 2 of the system with their return loops 6 tie the weft return loops 7 * of the weft thread 1 * and the weft loops 9 of the weft thread 1 pass under the return loops. 6 * of the weft yarn 2. The return loops 6 in the knitted post 16 lie below closed return loops 4 * from the weft thread 2 * _t while the closed return loops 4 * rebound the connecting weft loops 9. Catch return loops 7 * also rewind the over 3 connecting weft loops 9® In the right knitted post 16 * the closed return loops 3 * rewind through the link weft loops 10 and through catch return loops 2 ·

Fig. 30a, 30b, 30c, 30d illustrates the knitting warp bonding process of Fig. 29.

Figs. 30a and 30c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 * ₈ 2 _t 2 *, which is the same as in Fig. 7a _0.

Giant. 30b shows a method of engaging the weft yarn 7 with a knitting needle 22 that, when swung to the right, passes in the open shed under the weft yarn 1 * and under the weft yarn 2 *. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24 and, when returning to its initial position, forms from this weft thread 1, continuous connecting weft loops 9 of the catch loop 7 · ~ 29 264 052

Fig. 30d shows a method of engaging the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in the open shed above the weft yarn 2 * and above the weft yarn 3? The knitting needle 26, in its extreme left position, catches the weft thread 2 into the hook 24 and, when returning to its initial position, forms from this weft thread 2 continuous connecting weft loops 10 of the return loops 6.

Fig. 31 shows a similar weave of the woven fabric as in Fig. 29, except that the weft loops 9 of the weft yarn 1 of the first part of the assembly (according to Fig. 2a) are tied via the return loops. the loops 8 of the adjacent weft yarn 2 'belonging to the second part of the weft yarn system (FIG. 3b) and the connecting weft loops 1.0 are below the weft yarn return loops 18 of the first part of the weft yarn system. Figs. 32c, 32d show the process of forming the knit warp weave of Fig. 31;

32a and 32c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 3? _t 2, 2 *.

Giant. 32b shows a method of engaging the weft yarn 1 with a knitting needle 25 which, when swung to the right, passes in an open shed over the weft yarn 1? and above the weft yarn s The knitting needle 25, in its extreme right position, catches the weft yarn 1 into the hook 24 and, when returning to its initial position, forms from this weft yarn 1 continuous connecting weft loops 9 of the return loops 2 ·

Giant. 32d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in an open progression below the weft yarn 2 and below the weft yarn 1. The knitting needle 26, in its extreme left position, engages the hook 24

- 30 264 052

the weft yarn 2 and, when returning to its initial position, forms from this weft yarn 2 continuous connecting weft loops 10 of the catch return loops 8.

FIG. 33 shows a weave of a woven fabric formed by a knitting weave from a first portion of a weft yarn assembly 1 forming a chain across one line, with left weft loops 9 extending to the return loops 2 (FIG. 2a), and another knitting weave, formed from the second part of the weft yarn system, from which a chain is formed through a single line with right weft loops 10 moving into return loops 6 (Fig. 3a) · Both knitting weaves tie together and with their weft loops 2 » 10 with the warp threads 19 in the woven strip 20. In the left woven post 18, the weft loops 10 of the weft yarns 2 overlap the return loops g * of the weft yarn 10, and the weft loops 9 * of this weft yarn 1 * overlap weft thread loops 6 from the weft yarn 2. In the right knitted pillar 18 *, they are connected The weft loops 6 from the weft yarn 1 overlap the return loops 6 * of the weft yarn 2 * and the connecting weft loops 10 * of this weft yarn 2 * overlap the return loops 6 from the weft yarn 1.

Figures 34a, 34b, 34c, 34d illustrate the process of forming the knitting warp weave of Figure 33

34a and 34c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 * _t which is the same as in FIG. 7a.

Giant. 34b shows a method of engaging the weft yarn 1 with a knitting needle 26 which, when swung to the right, passes in an open shed over the weft yarn 3? and above the weft yarn 2, the knitting needle 25, in its extreme right position, captures the weft yarn 1 into the hook 24 and, when returning to its initial position, forms from this weft yarn 1 continuous connecting weft loops 5 of the return loops 2.

- 31 264 052

Giant. 34d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in an open shed above the weft yarn 2 * and over the weft yarn 1 *. The knitting needle 26, in its extreme left position, catches the weft thread 2 into the hook 24 and, when returning to its initial position, forms from this weft thread 2 continuous connecting weft loops 10 of the return loops 6.

Fig. 35 & illustrates a knitted fabric weave similar to Fig. 33, except that in the left knitted pillar 18, the weft loops 10 of the weft yarn 2 of the second part of the weft yarn system undergo under the return loops 5 * of the weft yarn 1. *, but the connecting weft loops 9 ** of this weft yarn .1 * in turn under the return loops 6 of the weft yarn 2. In the right knitted pillar 18 * the connecting weft loops 9 of the weft yarn 1 of the first part of the weft yarn system pass under the return loops 6. * of the weft yarn 2 *, but the connecting weft loops 10 * of this weft yarn 2 * in turn under the return loops 6 of the weft yarn 1.

Fig. 35b shows a similar weave of the woven fabric to that of Fig. 35a, except that in the woven strip 20 the weft loops 9, 10 are not interconnected with the warp threads.

Figs. 36a, 36b, 36c, 36d show the process of forming the knitting warp weave of Figs. 35a and 35b.

36a and 36c show the basic position of the placement of the knitting needles 25 and 26 with respect to the weft yarns 1, 1 *, 2, 2 *, which is the same as in FIG. 7a.

Giant. 36b shows a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in an open shed above the weft yarn 1 * and below the weft yarn 2 *.

The knitting needle 26, in its extreme left position, catches the weft thread L1 into the hook 24 and, when returning to the starting position, forms from this weft thread 1 continuous connecting weft loops 2 of the return loops 2.

Giant. 36d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed above the weft yarn 2 * and below the weft yarn 1 *. The knitting needle 26, in its extreme left position, engages the hook 24 of the weft yarn 2 and, when returning to its starting position, forms from this weft yarn 2 continuous connecting weft loops 10 of the return loops 6.

O

FIG. 37 shows the weave of the woven fabric formed by the knitting weave of the first part of the weft yarn 1 forming a chain over one line with left weft loops 2 extending into the return loops 2 (FIG. 2a) and a second knitting weave. from the second part of the weft yarns 2, from which a chain is formed over one row with right-wound connecting weft loops 10, passing into the catch gate loops 8 (Fig. 3b). The two knitting ties interweave each other and with their weft loops 9, 10 with the warp threads 19 in the woven strip 20. In the left knitted column 17a, the weft loops 10 pass through the return loops 5? > wherein the connecting weft loops 9 * of the weft yarn 3? they overlap the catch weft loops 8 of the weft yarn 2, in the right knitted pillar 17 'and the weft loops 2 ^{of the} weft yarn 1 overlap the catch weft loops 8 * of the weft yarn 2 * and the weft loops 10 * of this weft yarn 2 *, in turn, tie over the return loops 2 with the weft threads 1.

Figure 38a, 38b, 38c, 38d illustrates the process of forming the knitting warp bond shown in Figure 37.

264 052

264 052

Giant. 38a and 38c show the basic position of the placement of the knitting needles 22 and 26 with respect to the weft yarns 1, 3, 2, 2 *, which is the same as in FIG. 7a.

Giant. 38b illustrates a method of capturing the weft yarn 1 by a needle 2 £, which when pivoting traffic passes in the open shed over weft yarns 1 * and over weft yarn 2 \ The knitting needle 22 ^VG its rightmost position, intercepts a hook 24 the weft thread 1, and when returning to 2 of this weft yarn forms its starting position. continuous «connecting weft loops 6 of the return loops 6.

FIG. 38d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes under the open weft under the weft yarn 2 * and above the weft yarn 1 *. The knitting needle 26 in its extreme left position to the hook 24 catches the weft thread 2 and generates the continuous connecting weft '-'^'LJ O · ¹ ** tuck loops 10 loops deflection eighth

Fig. 39 shows a similar weave of the woven fabric to that of Fig. 37, except that in the left woven post 17a the weft loops 10 of the weft yarn 2 of the second part of the weft yarn system are under the weft yarn return loops 5 *. *. Connecting weft loops £ 2. from this weft yarn 1 they come under the catch wedges 8 of the weft yarn 2. In the right knitted pillar 17 * and the weft loops 8 of the weft yarn 1, they come under the weft loops 8 * of the weft yarn 2 and the weft loops 10 *. of this weft yarn 2 * under the return loops 6 of the weft yarn 1.

Figs. 40a, 40b, 40c, 40d show the process of forming the knitting oon bond of Fig. 39.

264 <λ> 2

Fig. 40a and 40c show the basic position of the placement of the knitting needles a 26 relative to the weft yarns 1, 1 *, 2, 2 *, which is as in Fig. 7a _e

Giant. 40b shows a method of catching the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in the open shed above the weft yarn 1 * and below the weft yarn 2 *. from its weft yarn 1, it forms continuous connecting weft loops 8 of the return loops χ.

Fig. 40d shows a method of catching the weft yarn 2 with a knitting needle 26 which, when swung to the left, passes under the open yarn under the weft yarn 2 * and below the weft yarn 1 *. , and it makes continuous connecting weft loops 10 of the catch return loops 8.

FIG. 41 illustrates the binding pletotkaná fabric is formed by knitting the binding of the first part of the weft ni _c children one, forming the chain over one line with the left elongated connecting weft loops 2 »converting the tuck return loops χ (Fig. 2b from the second interlacing bindings from the other part of the weft yarns 2, from which a chain is formed through a single line with right-wound connecting weft loops 10, passing into the return loops 6 (Fig. 3a). with warp threads 19 in the woven strip 20.

In the left knitted pillar 16a, the weft loops 10 of the weft yarn 2 of the second part of the weft yarn system 2, 2 * tie over the catch wedges 7 * of the weft yarn 1 '.

264 052 and the weft loops 9 * of this weft yarn 1 * in turn over the weft yarn return loops 6 in the knitted pillar 16 * and the weft loops 9 of the weft yarn 1 belonging to the first part of the weft yarn system 2s i. via the return loops 6 * with the weft yarn 2 * and the connecting weft loops IQ * of this weft yarn 2 *, in turn, overlap the catch return loops 2 from the weft yarn 1.

Figs. 42a, 42b, 42c, 42d show the process of forming a knitting warp bond of Fig. 41.

Figures 42a and 42c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 3 ', 2, 2', which is the same as in Figure 7a.

Giant. 42b illustrates a method of engaging the weft yarn 1 with a knitting needle 22 that, when swung to the right, passes in the open shed below the weft yarn 1 * and above the weft yarn 2 *. The knitting needle 25, in its extreme right position, catches the weft thread 2 into the hook 24 and, when returning to its initial position, forms from this weft thread 1 continuous connecting weft loops 9 of the catch return loops 2 '.

Fig. 42d illustrates a method of engaging the weft yarn 5 with a braiding needle 26 that, when swung to the left, passes in an open shed above the weft yarn 2 'and above. The knitting needle 26, in its extreme left-hand position ^, engages the hook 24 of the weft yarn 2 ^and in its initial position forms from this weft yarn 2 continuous connecting weft loops 10 of the return loops 6.

FIG. 43 shows similar binding pletotkané fabric as in FIG. 41, but with the difference that the left plete- _(NEM connecting post 16a of the weft loops 10 of the weft thread 2;

the other parts of the weft yarn system pass under the catch return loops 7 * with the weft yarn I * and the weft loop connection 9 *:

264 U> 2 of this weft yarn 3? in the right knitting pillar 16 * and the weft loops 6 of the first part of the weft yarn assembly, they pass under the weft loops 6 of the weft yarn 2 * and the connecting weft loops IQ * from this the weft yarns 2, in turn, underpass the weft return loops 2 of the weft yarn 1.

Figures 44a, 44b, 44c, 44d show the process of forming the knit warp shown in Figure 43 *

Figures 44a and 44c show the basic position of the placement of the knitting needles 25 and 26 with respect to the weft yarns 1, 1 * ₈ 2, 2 * which is the same as in Figure 7a.

Giant. 44b illustrates a method of engaging the weft yarn 1 with a knitting needle 25 &apos; which, when swung to the right, passes in an open sheath under the weft yarn 1 and underneath the weft yarn 2. The knitting needle 25, in its extreme right position, catches the weft thread 1 into the hook 24 and, when returning to its initial position, forms from this weft thread 1 continuous connecting weft loops 5 of the grip return loops.

Giant. 44d illustrates a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in an open hatch over the weft yarn 2? and under the weft thread 1 *. The knitting needle 26, in its extreme left position, catches the weft yarn 2 into the hook 24 and, when returning to the initial position, forms from this weft yarn 2 continuous connecting weft loops 10 of the return loops 6 ,.

Fig. 45a shows a weave of a woven fabric formed by a knitting weave from a first portion of a weft yarn assembly 2 &apos; which forms a chain across one line with left elongated weft loops extending into the hold-back loops 2 (Fig. 2b) _# and a second by a knitting weave from the second part of the weft yarn assembly 2, 2 *, which form a chain over one line with right-wound connecting weft loops 10 passing into the catch return loops 8 (Fig. 3b). The two knitting ties tie together and with their extended weft loops 9, 10 still tie with the warp threads 19 in the woven strip.

20. In the left knitted pillar 15a, the weft loops 10 of the weft yarn 2 of the second part of the weft yarn system overlap the catch wedges 7 * of the weft yarn 1 * and the weft loops 9 of this weft yarn 1 rewind over the catch wedges 8 of The weft yarns 2. In the right knitted pillar 15 * and the weft yarn joining loop 5 with the weft yarn 1 lying to the first part of the weft yarn assembly, they overlap the catch wedges 8 * of the weft yarn 2 * and the weft yarn loops 10 * therefrom. the weft yarns 2 * in turn over the returning loops 2 ² weft yarns 1.

_FIG.; 45b shows a similar knitted fabric weave. 45 &gt; except that in the woven strip 20 the weft loops 8, 10 do not bind to the warp threads 19.

Figs. 46a, 46b, 46c, 46d show the process of forming the knitting warp weave of Figs. 45a and 45b.

46a and 46c show the basic position of the placement of the knitting needles 25 and 26 relative to the weft yarns 1, 1 *, 2, 2 *. which is the same as in FIG. 7a.

Giant. 46b shows a method of engaging the weft yarn 1 with a knitting needle 25 that, when swung to the right, passes in the open shed below the weft yarn 1 * and above the weft yarn 2 *. The knitting needle 25, in its extreme right position, catches the weft thread X into the hook 24 and, when returning to its initial position, forms from this weft thread continuous connecting weft loops 9 of the catch return loops.

264 052

Fig. 46d shows a method of engaging the weft yarn 2 with a knitting needle 26 that, when swung to the left, passes in the open shed below the weft yarn 2 * and above the weft yarn 1 *. returning to the starting position creates from this weft yarn 2 continuous connecting weft loops 10 of the grip loop 8.

In FIG. Fig. 47 shows a similar weave of the woven fabric as in Fig. 45a, except that in the left woven post 15b, the weft loops 10 of the weft yarn 2 of the second part of the weft yarn system pass underneath the weft return loops 7 *. the linking weft loops 9 of this weft yarn 1, in turn, under the catch return loops 8 of the weft yarn 2. In the right knitted pillar 15b ^{x the} linking weft loops 9 of the weft yarn 1 of the first weft yarn system under the catch return loops 8 of the weft yarn 2 * and the connecting weft loops 10 * of this weft yarn 2 * under the grip return loops χ ^{55 of the} weft yarn 1.

Fig. 48a, 48b, 48c, 48d shows the process of forming a knitting warp bond according to Figs.

Na o £ r. 4a and 48c show the basic position of the placement of the knitting needles 25 and 26 with respect to the weft yarns 1, 1 *, 2 _t 2 *, which is the same as in FIG. 7a.

Giant. 48b illustrates a method of engaging the weft yarn 1 with a knitting needle 25 which, when swung to the right, passes in the open shed under the weft yarn 1 * and below the weft yarn 2. returning to its starting position creates from this weft yarn 1 continuous connecting weft loops 2 of the catch return loops χ.

39 264 052

Fig. 48d shows a method of catching a weft yarn 2 with a knitting needle 26 which, when swung to the left, passes in an open hatch under the weft yarn 2 * ^and P ° 1. and, when returning to its initial position, forms from this weft yarn 2 continuous connecting weft loops 10 of the catch return loops 8.

Fig. 49 shows the weave of the woven fabric, which is formed by a knitting weave from the first part of the weft yarn assembly 1, 1 * ₈ from a chain over one line with left weft loops 2 extending to the return loops 2 (Fig. 2a) ) and a second knitting weave from the second part of the weft yarn assembly 2 _t 2 *, forming a chain across one line and to the right by extended weft loops 10, passing into the return loops 6 (Fig. 3). and 6 in the knitted columns 11, 11 * and also in the middle of the woven strip 20 interconnect the return loops 2 ^and formed from the grip return loops 9, 10, which also interlace with the warp threads 19 in the woven strip 20 as shown in Fig. 6a. .

Fig. 49 shows the ending of the fabric in the slice on the left side by the edge knitting pillar 29 in which the closed return loops 3 * of the weft thread 1 * interweave the end closed loops 33 of the edge weft thread 11 inserted into the right side . On the right hand side, the fabric is terminated by an edge knitting pillar 30 formed by closed return loops 52 on both rows, which interlock with the edge closed loops of edge weft yarn 12, to the left. Outer closed loops 34 form a chain over one line · Closed return loops 4 * are made of weft yarn 2 * ♦

Fig. 50 shows a weave of a knitted fabric similar to that shown in Fig. 49. The return loops 2 ^are terminated closer to the knitted posts 12, Ig1 and closer to the edge knitted posts 29, 10, whose weave is identical to Figs. 49 ·

Fig. 51 shows a weave of the knitted fabric of the invention similar to that shown in Fig. 50, with the difference that the reversible handles 2 &apos; below them. Reversible handles 2 Ȥ2>

6 62. The ropes knitted in columns 18, 18 * · Slab mutually braided sleeves 35 "M d ^fíOU consist of closed loop reciprocating £.» Which in turn interconnects with regional closed loops 2b with regional closed stitches are formed of the weft yarn 31 regional and regional closed yarns 34 are formed from marginal weft yarns 32 · Marginal knitted posts 22 »M additionally contain returning loop loops 21» §2 »formed of connecting weft loops 10. Catch return loops 7 *, §2 bind to marginal loops 21 »34 ·

Figs. 52, 53, 54, 55 for forming a weave of knitted fabric instead of a chain over one line and to the left by extended weft loops 8, 9, 10, 10, 10 alternating regular ¹ with a chain weave across one line with right extended links using the weft loops 9, 9 *, 10, 10 * an exemplary chain combination with extended weft loops 9, 22 is used »10 * * The drawings show only exemplary embodiments ·

Fig. 52 shows an exemplary embodiment of a weave of woven fabric, which is formed from all of the exemplary options mentioned above, with a chain weave with extended weft loops 2 »1θ passing through the return loops 2» §2 * 6 · 6 * and the catch return loops 2. » 22 »8, 8 * (see Figs. 2a, 2b, 3a, 3b) · The weft thread chain 2 laid to the right is again formed over one row, the elongated connecting weft loops 10 interweave the yarn threads 12 in the woven strip 20 and the individual weft loops 10 are interconnected by return loops 6 alternating with the catch return loops 8 Likewise, the weft thread chain 1 laid to the left is over one line and the extended weft loops 2 interconnect with the warp threads 41 in the woven strip 20. Individual connecting two loops of the weft ^ύ 3οα reversible interconnected loops _having alternating £ I will return with error loops 2 ·

Fig. 53 shows an exemplary embodiment of a weave of a woven fabric that is formed from a combination of two chains with elongated weft loops 2 »

10, extending in this case the return loops of the weft loops 6. The connection 9, 10 can also pass through error return loops 7 * ₉ ILs> Sl * ^ ^ro bind used irregularly alternating chain links of the chain so that the weft yarn 1 with the left extending connector The weft loop 6 interweaves more than the chain of the weft yarn 2 by an extended weft loop 10 to the right. Linking in the Knitted Columns 8, 35 * j Similar to Figs. 33 and 35o. the fabric, which is formed from a combination of two chains with right and left elongated connecting weft loops 8, 10 passing into the return loops 2, 6. The connecting weft loops 9, 10 may also pass into the catch return loops. An exemplary alternation of chains made from weft yarns 1 * 2 and weft yarns 1, 2 * was used to form a weave in the knitted columns 22 & 39 *. The two chain links may tie together, as shown in FIGS. 10, 12, 14, 16 and 18.

Fig. 55 shows a knock-on embodiment of a weave of a woven fabric similar to that of Fig. 54, except that the linking of the return loops 26 is provided in the middle of the woven strip 20, similar to Figs.

- 42 264 052

The exemplary binding possibilities according to the invention are considerable, starting from the four basic interweaving shown in FIGS. 2a, 2b, 3a, 3b for establishing one weft yarn 1,

1 *, 2, 2 *. They are always based on elongated connecting weft loops 2 » ¹⁰ *» in a woven strip and two knitted posts 11, 11 * belonging thereto.

lying at the edges of the respective woven web 20, 20 &quot; 20 &quot; FIG. 56 illustrates an exemplary embodiment of a woven fabric weave formed of two weft assemblies. One set of weft yarns 1, 1 * binds to the left-hand chain of the chain, whereby the closed stitches 2 formed from the weft yarn 1 interconnect in the knitted column 41, each individual closed loop 2 passing through the loop 4 * and from the weft yarn 2 *. Underneath the knitted pillar 41, the return loops 2 of the closed loops J with the return loops 6 of the weft thread 2. tie the extended weft loops 10 of the return loops 6 through the warp threads 19 in the woven strip 20 and pass into the closed loops 4a, Through the column 41 »through the closed loops 4a, the closed loops 3 * pass from the weft thread 1 *. Return loops 5 * closed loops 3 * interweave with return loops 6 * from weft yarn Joining loops 9, 9 * closed loops 2 »2 ^ do not interweave in the woven strip 20 with warp yarns 19. The loops in the knitted columns 41« 42 * may be closed and open.

Fig. 57a shows the basic position of the knitting needles 26, 26 for forming the weave of Fig. 56 and the respective weft yarns 11,1,2,2,2.

^u, '

Fig. 57b 4® shows the same position of the weft yarns 2, 2U when they are shed by the knitting needle in the right direction as in Fig. 1d.

Fig. 57c shows the position of the knitting needles 25, 26 after inserting the weft yarn 2 into the woven strip 20 from the left trance, but the weft yarn has not been discarded

Fig. 57d shows a base on the knitting needles 25, 26 which swing to the right but do not pass through the woven fabric 20, thereby forming a chain in the knitted post 41 &quot; 41 &quot; handles j>,

5 * of the chain closed stitches 3 * interweave with the return loops 6, (P) formed from the weft yarns 2 formed according to Fig. 57b. The return loops may also be with a catch.

Fig. 58 shows an exemplary embodiment of a woven fabric weave,

O which is formed from two weft systems. One set of weft yarns 2, 2 'binds to the right in the weave chain, wherein the closed yarns formed from the weft yarn 2 interconnect in the knitted pillar 42 when each of the individual closed eyelets 4 has previously passed through the eyelet Ja. Underneath the knitted pillar 42 the return loops 6 of the weft yarn 2 with the return loops 5 * _and which are formed of the weft yarn 1 * are interwoven. The extended weft loops 2 2 of the weft yarn 1 terminate in an exemplary knitted pillar 42 With the warp yarns Ig bind in the woven strip 20 the extended weft loops 9 while the weft loops 10, 10 *. closed stitches 4, 4.1 of both exemplary knitted columns «,« 1 β with warp yarns Ig, do not bind · Stitches can be open or closed · Return loops (5 can tie or tie extended elongated weft loops 9 as well as return loops can tie or The braided post 42 'is formed in much the same way as the braided post 42.

264; 0> 2

Fig. 59a shows the basic position for forming the weave of Fig. 58, wherein the position of the knitting needles 22, 26 and their respective weft yarns 1, 3 ?, 2,

2 * is the same as in FIG. 7a.

FIG. 59b shows the position in the shed insertion of the weft threads 1, 1 ', similar to FIG. 20b.

Fig. 59c shows the position of the knitting needles 26 after the weft yarn 1, 3 has been inserted. into the woven web 20 from the right side, but the weft yarn 1, 1 'has not been thrown off these knitting needles 25.

Fig. 59d shows a base on a knitting needle 26 _t which swings to the left but does not pass through the woven strip 20. Thus, from the weft yarn 2 thus formed, it forms a chain whose return loops 6, 6 * interconnect with the return loops 2 ». 5, formed according to the arrangement of FIG. 59b.

<· * ' ^Ť O

Fig. 60 illustrates an exemplary embodiment of a weave weave that is formed from two weft assemblies, wherein one weft assembly is additionally divided into two parts and interwoven with a weft weave in a woven strip 20. The interconnection of two parts of the weft assembly of the basic outline is the same as in Fig. 35. The difference is only in the mutual interconnection of the two. parts of the weft assembly in the knitted pillar 36, 33 ', wherein the closed stitches Ja, 3 * and one part of the weft threads 1, 1 * do not coincide with the closed stitches 4a, 4 * and the other parts of the weft threads 2, 2jj. and they interweave through one line with the additional loops 47 ^{of the} additional weft thread 41. belonging to the second part of the weft system® Offset by one row. From the stitches, closed stitches 4a, 4 ^K and ₍ again across one row) are interwoven in the pattern knitting pillar £ 2.9 43 * with additional stitches ££. * interweave the weft threads 2, 2 * of the second part of the weft assembly with the weft threads 1, 1 * of the first part of the weft assembly, by means of the return loops 6, 6 and 6, respectively.

Fig. 61a shows the basic position for forming the weave of Fig. 60, wherein the position of the knitting needles 26, 26 and the respective weft yarns 1, 1? _and 2, 2 * is similar to Figure 7a. The only difference is that the interconnection of the stitches 4, 4 'and 3' and 4 ^' is effected by a chain and an additional weft yarn which is based on the knitting needles 26, 26, for example, by an additional laying needle 46 or other loading element.

Fig. 61b shows a position similar to that of Fig. 36d when inserting the weft threads 1 * ₈ .

Obxs 61c show the position of the knitting needles 26 after insertion of the additional weft yarn 45 into the woven web 20 from the left side. Before the weft yarn 45 is thrown away, the knitting needles 26, 26 return to prevent an established weft that slides past the tongue 23 and an additional weft yarn 24 of the second assembly is inserted into the hook 24 by an additional roller member 46.

Fig. 61d shows the basic position as in Fig. 61a *

Fig. 61e shows a similar position when inserting the weft yarns X, 2 * through the shed to the left as in Fig. 36b *

In FIG. 6X, the position of the knitting needles 25, 26 after insertion of the additional weft yarn 45 into the woven strip 20 from the right side is shown before the additional ejection has occurred.

264 052 weft yarns 45 »The knitting needles 25, 26 return so as to prevent a kinked weft that goes down with the tongue 21 and into the hook 24 an additional weft yarn 45 of the second set is inserted.

Fig. 62 shows an exemplary embodiment of a pietot fabric weave similar to that shown in Fig. 60, the only difference being that stitches Jn, βa and stitches 4n, 4 jsou 1 are. and the chain of the additional weft yarn 2, ^0, these loops, is shifted one line in the laid, so that when the weft yarn 1 is inserted into the woven web 20 from the left, the subsequent laying of the additional weft yarn is 4. The additional weft yarn member 46 in the left-hand direction and when the weft yarn 2 is inserted into the woven web 20 from left to right is the subsequent laying of the additional weft yarn 46 with the additional weft yarn member 46 to the right.

Q

In Fig. 63a _a to f show a similar position for forming pletotkaniny as in FIGS. 61a-f.

The drawings show exemplary embodiments from a wide range of possibilities that the solution according to the invention allows. The fabric always comprises a double interconnection, namely the interlocking of the return loops, over which the printing loops interweave, which can still be interconnected with thread loops, which form return loops or catch catch loops in adjacent knitted columns.

Claims (19)

OBJECT OF THE INVENTION • 264 052 lo A woven fabric, comprising two sets of weft threads or one set of weft threads divided into two parts, forming stitches of knitting warp stitches arranged between groups of warp threads forming a further set of yarns in the fabric _. some weaving loops with weft loops connecting between the weft threads between the stitch pillars, the adjacent stitch pillars having the same or different knitting warp weave, characterized in that one knitted pillar (11 to 15, 15 », 15b, 16, 16a , 17, 17a, 18, 28, 37, 38, 39, 40, 41, 42, 43, .44) of the return loops (3, 4 *, 21, 22 *) from the selected pair of adjacent knitting posts (11, 11) * to 15, 15% 15 », 15 * a, 15b, 15 * b, 16 ,. 16 *, 16a, 16 * a, 17, 17% 17a, 17 * a, 18, 18 *, 28, 28 *, 37, 37% 38, 38 *, 39, 39 *, 40, 40 *, 41, 41 *, 42, 42 *, 43, 43 *, 44, 44 *) return stitches (3, 3 *, 4, 4 *, 21, 21% 22, 22 *) is formed from the weft yarn (1) of the first part of the weft yarn system (1, 1 *) and the weft yarn (2% of the second part of the weft yarn system (2, 2 *) forming chain binding of at least ob one row of return loops (3, 3 *, 4, 4 *, 21, 21 *, 22, 22 *) _? and the second knitted post (11 * to 15 *, 15 * a, 15 * b, 16 % 16 * a, 17 *, 17 * a, 18 *, 28 *, 37% 38% 39% 40% 41 *, 42 *, 43 *, 44 *) return loops (3 *, 4, 21 *, 22) ) of this pair of adjacent knitted posts (11, 11 * to 15 15 *, 15a, 15 * a, 15b, 15 * b, 16, 16 * 16a, 16 * a, 17, 171 17a, 17 * a, 18 , 18, 28, 28% (37, 37 *, 38, 38 *, 39, 39 *, 40, 40 *, 41, 41 *, 42, 42 *, 43, 43 *, 44, 44 *) is created. from the weft yarn (2) of the second part of the set of weft yarns (2, 2 *) and from the weft yarn (1 *) of the first part of the set of weft yarns (1,1% forming a chain link at least two rows of stitches) drawbar weft loops (9, 9 *) of weft, yarns (1, 1 *) and connecting weft loop (10, 10 *) of weft yarns (2, 2 *) connecting the return loops (3, 3 *, 4) , 4 *, 264 082 21, 21 *, 22, 22 *) in one knitted post (11-15, 15a, 15b, 16, 16a, 17, 17a, 18, 28, 37, 38, 39, 40, 41 42, 43, 44) and a second knitted post (11 * to 15 *, 15%, 15%, 16 *, 16%, 17 *, 17%, 18 * 28 *, 37 *, 38 *, 39 *, 40 *, 41 *, 42 * ,. 43 *, 44 *) return loops (3, 3 *, 4, 4 *, 21, 21 *, 22, 22 *) are extended over at least a portion of the woven strip (20), optionally up to the adjacent left or right knitted pillar (11, 11 * to 15, 15 *, 15a, 15 * a, 15b, 15 * b, 16, 16 *, 16a, 16%, 17, '17 *, 17a, 17%, 18, ζδζ 28,28 *, 37, 37 *, 38, 38 *, 39, 39 *, 40, 40 *, 41, 41 *, 42, 42 *, 43, 43 *, 44, 44 *) return loops (3, 3 *, 4, 4, 21, 21, 22, 22 *) and pass into reversible handles (5, 5 *, 6, 6 *) or catch grips (7, 7 *, 8, 8 *) ₀ Knitted fabric according to claim 1, characterized in that the return loops (5, 5 *, 6, 6 *) are interwoven with each other. 3. The woven fabric of claim 1, wherein the returning loops (7, 7 $ 8, 8) are located below the knitted post (13, 13 *, 14, 14 *, 15, 15 *, 15a, 15). *and, 16, 16, 17, 17), wherein their one arm binds over _{c a} pair of connecting weft loops (9, 9 *, 10, 10 *). 4c The knitted fabric according to claim 1, characterized in that the return loops (5, 5 *, 6, 6 *) are located below the knitted post (16, 16 J 17, 17 *, 18, 18 *, 41, 41 *). 42, 42 *, 43 43, 44, 44) Knitted fabric according to claim 1, characterized in that the weft thread loops (7 *) and the weft thread loops (8) are located below the knitted post (15). whose forming arms bind over the pairs of connecting weft loops (9, 10 *) of the return loops (3, 4 *) and extend above or below the pairs of connecting weft loops (9 *, 10) of adjacent 264 052 weft thread loops (3 *, 4) from weft threads (1 *, 2) and below the knitted post (15 *) are located on the one hand grip return loops (7) of weft threads (1) and on the other hand grip return loops (8 * ) of weft yarns (2 *) whose forming arms bind over the pairs of connecting weft loops (9 *, 10) of the return loops (3 *, 4) and run above or below the pairs of connecting x-loop loops (9, 10 *) of adjacent return loops (3, 4 *) of weft yarns (1, 2 *), with the return loops (7, 7 *, 8, 8 *) lying on top of each other and entering the knitted post (15, 15 *) alternately from right to left · Knitted fabric according to claim 1, characterized in that the return loops (5, 5) connecting the return loops (3, 3 *) contained in the knitted post (11, 11 *, 12, 12 *, 39, 39) *) and formed from the weft yarn (1, 1 *) of the first part of the weft yarn system (1, 1 *), at some location, bind in the width of the woven strip (20, 20 *) to the return loops (6, 6 *) connecting return loops (4, 4 *) included in the knitted post (11, 11 *, 12, 12 *, 39, 39 *) and formed from the weft yarn (2, 2 *) of the second part of the weft yarn system (2, 2) *), wherein the return loops (5, 5 * »6, 6 *) extend above or below the pairs of connecting weft loops (9, 9 *, 10, 10 *) formed both from the weft yarn (2, 2 *) and weft yarns (1, Γ). . Woven fabrics according to claim 1, characterized in that the weft yarn return loops (5, 5 *) and the weft yarn return loops (6, 6 *) are: mutually arranged such that warp threads (19) intertwined with connecting weft loops (9, 9 * ^ 10, 10 *) are interposed therebetween, wherein the return loops (5, 5 * 6 »6 *) extend above or below the pairs connecting weft loops (9, 9 *, 10 _ø 10 *) o 264 052. Knitted fabric according to claim 1, characterized in that the return loops (5, 5 ', 6, 6 *) lie next to the knitted post (12, 12 *, 13, 13 *, 14, 14 *), at least on one needle side, the return loops (5, 5 *, 6, 6 *) extending above or below the pairs of connecting weft loops (9, 9 *, 10, 10 '), 9. Knitted fabric according to claim 1, characterized in that under the knitted pillar (13, 13 *, 14, 14 *, 37, 37 *) there are located gripping reversible handles (7, 7, 8, 8), one arm of which binds over the pairs of connecting weft loops (9, 9 *, 10, 10 *) of the return loops (3, 3 *, 4, 4 *) and the return loops (13, 13, 14, 14) lie next to the% 5, 5 *, 6, 6 *) extending above or below the pairs of connecting weft loops (9, 9 *, 10, 10 *) of the return loops (3, 3 *, 4, 4 *). Knitted fabrics according to claim 1, characterized in that, under the knitted post (16, 16, 17, 17), on the one hand, there are grip return loops (7, 7 *, 0, 8 *) whose Ehse binds one arm over pairs connecting weft loops (9, 9 *, 10, 10 *) of return loops (3, 3 *, 4, 4 *) and return loops (5, 5 ^ 6, ° 6 *), which run between the return loops 43, 3 *, 4, 4 *) forming a knitted pillar (16, 16 *, 17J 17 *) and catch return handles (7, 7 *, 8, 8 *) o 11. Knitted fabrics according to claim 1, characterized in that, under the knitted post (16a, 16 * a, 17a, 17 * a), on the one hand, there are grab handles (7, 7 *, 8, 8 *), one of which the arm binds through pairs of connecting weft loops (9, 9 *, 10, 10 *) of the return loops (3, 3 *, 4, 4 *) and secondly the return loops (5, .5 *, 6, 6 *) with grip handles (7, 7 *, 8, 8 *), 264 052 12. The woven fabric of claim 11, characterized in that in the knitted post (17a, 17 '), the pair of weft loops (10, 10 *) of the return loops (4, 4 *) either tie or underlie the return loops (5). 5 *) of the return loops (3, 3 *), wherein the pair of connecting weft loops (9, 9 * ') of the return loops (3, 3) override or pass the catch return loops (8, 8 *) of the return loops (4, 4) *) » Knitted fabrics according to claim 11, characterized in that in the knitted post (16a, 16 * a), the pair of connecting weft loops (10, 10 *) of the return loops (4, 4 *) either tie or pass the return loops (4). 7, 7 *) of the return loops (3, 3 *), whereby the pair of connecting weft loops (9, 9 *) of the return loops (3, 3 *) override or pass the return loops (6, 6 *) of the return loops (4 , 4 *). 14. Knitted fabric according to claim 1, characterized in that in the knitted post (15a, 15 ') the pair of weft loops (10, 10 ') of the return loops (4, 4 &apos; the return loops (7, 7 *) of the return loops (3, 3 *) and the pair of connecting weft loops (9, 9 *) of the return loops (3, 3 *) either override or pass the catch return loops (8, 8 *) exp (4, 4 *) o 15o Pletotkaná fabric according to claim 1, characterized ^- in that the tuck return loops (7, 7 *, 8, 8 ') are located underneath the braided column (15bý'15 * b), with one leg thereof attached via a pair of connecting the two weft loops (9, 9 * _with 10, 10 *) · 16c The woven fabric of claim 1, wherein the knitted post (41, 41 *) is formed of weft yarns (1, 1 *) of the first part of the weft yarn system and of weft yarns (2, 2 *) of the second part of the weft yarn system. . stitches (4, 4 *) are formed through which the individual return stitches (3, 3 *) of the knitted post (41, 41 ^) pass, the pairs being 264 0 ^ 2 connecting weft loops (10, 10 *) of loops (4, 4 *) pass into return loops (6,6) passing through and return loops (5, 5 *) of return loops (3, 3 *) « 17. Woven fabric according to claim 1, characterized in that the woven pillar (42, 42 *) is formed of weft yarns (2, 2) and the resulting loops (4, 4) interconnect and pass arcs (3a, 3 *). a) of pairs of connecting weft loops (9, 9 *) formed of weft yarns (1, 1 *), wherein the pairs of connecting weft loops (9, 9 *) are transformed into return loops (5, 5 *) intertwined with return loops (6, 6 *) eyes (4, 4 *). 18. The knitted fabric according to claim 1, characterized in that the knitted pillar (43, 43 *) is formed from the stitches (3). 3) of weft yarns (1,1 *) and of stitches (4, 4 *) of weft yarns (2, 2 *), which stitches (3, 3 *, 4, 4 *) interweave with stitches (47) a supplementary weft yarn (45) forming a chain, wherein the pair of connecting weft loops (9, 9 *> 10, 10 *) of the stitches (3, 3 * $ 4, 4 *) pass into the return loops (5, 5 *, 6) , 6 *), which interconnect with each other and are located under the knitted pillar (43, 43 *) « 19. Knitted fabric according to claim 1, characterized in that the knitted post (44, 44 *) is formed from weft yarns (3a, 4 * a) and weft yarns (3 * a). 4a) from the weft yarns (1 *, 2) and with the arcs (3a, 3 * a, 4a, 4 * a) the loops (47) tie the additional weft yarns (45) forming a chain, the pair of connecting weft loops (9, 9) , 10, 10) the arcs (3a, 3a, 4a, 4 * a) merge into return loops (5, 5, 6, 6 *) which interconnect with each other and are located below the knitted post (44, 44 *).