Method for reducing the thread end of a circular knitted cuff and cuff thereof

Abstract

The application discloses a method for reducing thread ends of a cuff, the cuff is woven by a circular weaving machine, the circular weaving machine comprises a plurality of shuttle assemblies, each of the shuttle assemblies comprises a plurality of shuttles, and at least one yarn is arranged on each of the shuttles; each of the shuttle assemblies is set to allow one shuttle to weave or multiple shuttles to work together on the circular weaving machine; the cuff comprises a cuff body; the cuff body comprises a plurality of parts, each of the parts is woven by one shuttle or multiple shuttles working together in the shuttle assembly of the required working path, and the next part is woven by using part of the shuttles or all of the shuttles in the shuttle assembly of the required working path in the current part; the above technical scheme avoids the following problems: after the current part is woven, all of the shuttles are withdrawn and cut, then other shuttles are switched to weave the next part, and a large amount of thread ends are generated, and the thread ends caused by cutting are reduced.

Description

Technical Field

[0001] The invention relates to the technical field of cuff weaving, in particular to a method for reducing thread ends in a cuff and the cuff. Background Art

[0002] The cuff, or stretchable part of knitted garments, such as the cuffs of leggings and socks, is a crucial component of these garments. In the knitting process, the cuff is typically knitted first, followed by the rest of the legging or sock. To ensure the cuff conforms to the wearer's body, existing cuff design typically involves multiple connected parts.

[0003] The cuff is usually woven on a circular loom. The circular loom includes multiple shuttle assemblies. Each shuttle assembly includes several shuttles. Different shuttles have different amounts of yarn. The existing circular loom program is basically set up so that each part of the cuff is woven by a shuttle in the shuttle assembly that needs to be worked. Therefore, when the circular loom is weaving the cuff, the amount of yarn required to weave each part of the cuff is different. Therefore, each shuttle assembly needs to switch to a different shuttle for weaving. Figure 1 and Figure 2 As shown in the figure, if the total number of yarns required to weave the shuttle assembly for the current position is one, and the total number of yarns required to weave the shuttle assembly for the next position is two, one yarn is threaded on shuttle No. 1, and two yarns are threaded on shuttle No. 2. The shuttle assembly for the current position should be woven with shuttle No. 1. After weaving the current position, the yarn cutter (Harvard disk) needs to cut the yarn, and then switch to shuttle No. 2 to weave the next position. If the yarn is not cut, the yarn that was not cut before will be carried over to the next position during the weaving process, causing it to be scrapped because it does not meet the design requirements of the cuff. However, after cutting the yarn, a large number of thread ends will be generated at the cuff. There are two main ways to deal with the thread ends at the cuffs in the prior art. One is to manually find these thread ends and use a thread hooking tool to knot and reinforce them. This method requires a lot of manpower and time costs, which is one of the main reasons for the low efficiency of mass production of socks or leg warmers. The other is to cut these thread ends short with a thread end cleaning device, but it cannot cut all of them cleanly, and the thread ends generated at the cuffs are easy to fall off, which can easily lead to a loose cuff structure during use, greatly reducing the life of the socks or leg warmers. Summary of the Invention

[0004] Therefore, it is necessary to provide a method for reducing thread ends at the cuffs to solve the problem of many thread ends during the weaving process of the cuffs of socks.

[0005] To achieve the above-mentioned purpose, the present invention provides a method for reducing thread ends in a cuff, wherein the cuff is woven on a circular loom, the circular loom including a multi-path shuttle assembly, each of which includes a plurality of shuttles, and each shuttle is threaded with at least one yarn; each shuttle assembly is set on the circular loom to allow one shuttle to weave or multiple shuttles to work together; the cuff includes a cuff body; the cuff body includes multiple parts, each part is woven by one shuttle in the shuttle assembly of the path that needs to work or by multiple shuttles weaving together, and the next part is woven using part or all of the shuttles in the shuttle assembly of the path that needs to work.

[0006] Furthermore, the weaving steps of the cuff body include:

[0007] Weaving of the current part: select one shuttle or multiple shuttles from the shuttle assembly of the route to be worked to weave the current part;

[0008] Next part weaving:

[0009] Comparing the total number of yarns required for weaving the shuttle assembly at the next position of the cuff body with the total number of yarns required for weaving the shuttle assembly at the current position;

[0010] If it is greater than, the shuttle of the shuttle assembly weaving the current position will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly weaving the current position + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for weaving the shuttle assembly at the next position, so that the shuttle of the shuttle assembly weaving the current position and the other one or more shuttles can weave the next position at the same time; or the shuttle of the shuttle assembly weaving the current position will be partially withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly weaving the current position - the total number of yarns threaded by the withdrawn shuttle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for weaving the shuttle assembly at the next position, so that the shuttle of the shuttle assembly weaving the current position that does not withdraw and the other one or more shuttles can weave the next position at the same time;

[0011] If they are equal, the shuttle of the shuttle assembly weaving the current part will not be withdrawn, and the shuttle of the shuttle assembly weaving the current part will be used to weave the next part;

[0012] If less, the shed of the total shed assembly of the current position is partially withdrawn and cut, the total number of yarns of the total shed assembly of the current position is satisfied - the total number of yarns of the withdrawn shed = the total number of yarns required for the next position weaving of the total shed assembly, and the shed of the current position is woven in the next position; or the shed of the total shed assembly of the current position is partially or completely withdrawn and cut, and at the same time, other one or more sheds of the total shed assembly are opened, the total number of yarns of the total shed assembly of the current position is satisfied - the total number of yarns of the withdrawn shed + the total number of yarns of the other one or more sheds = the total number of yarns required for the next position weaving of the total shed assembly, and the shed of the current position and the other one or more sheds are simultaneously woven in the next position.

[0013] Repeat the next position weaving step until the loom body is woven.

[0014] Further, the loom further comprises a starting mouth, which is woven before the loom body.

[0015] Further, the step of weaving the starting mouth comprises selecting one shed or multiple sheds in the total shed assembly of the required working path to weave the starting mouth.

[0016] Further, the loom body weaving of the loom applies part or all of the starting mouth to the total shed assembly of the required working path.

[0017] Further, when the loom is woven, it further comprises:

[0018] Compare the total number of yarns required for the total shed assembly of the loom body weaving with the total number of yarns of the total shed assembly of the starting mouth weaving;

[0019] If greater, the shed of the total shed assembly of the current position is partially withdrawn and cut, the total number of yarns of the total shed assembly of the current position is satisfied - the total number of yarns of the withdrawn shed = the total number of yarns required for the next position weaving of the total shed assembly, and the shed of the current position is woven in the next position; or the shed of the total shed assembly of the current position is partially or completely withdrawn and cut, and at the same time, other one or more sheds of the total shed assembly are opened, the total number of yarns of the total shed assembly of the current position is satisfied - the total number of yarns of the withdrawn shed + the total number of yarns of the other one or more sheds = the total number of yarns required for the next position weaving of the total shed assembly, and the shed of the current position and the other one or more sheds are simultaneously woven in the next position.

[0020] If they are equal, the shuttle of the shuttle assembly of the start weaving will not be withdrawn, and the shuttle of the shuttle assembly of the start weaving will be used to weave the main body of the ruffle;

[0021] If it is less than, the shuttle of the shuttle assembly of the start weaving will partially withdraw and cut the yarn to meet the total number of yarns of the shuttle assembly of the start weaving - the total number of yarns passed through the withdrawn shuttle = the total number of yarns required by the shuttle assembly of the ruffle body, so that the shuttle of the shuttle assembly that does not withdraw will weave the ruffle body; or the shuttle of the shuttle assembly of the start weaving will partially or completely withdraw and cut the yarn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly of the start weaving - the total number of yarns passed through the withdrawn shuttle + the total number of yarns passed through the other one or more shuttles = the total number of yarns required by the shuttle assembly of the ruffle body, so that the shuttle of the shuttle assembly that does not withdraw and the other one or more shuttles will weave the ruffle body at the same time.

[0022] Furthermore, the cuff is a double-layer cuff, and the double-layer cuff also includes a tie. After the cuff main body is woven, the cuff main body is folded over and the tie is woven at the starting point.

[0023] Furthermore, the cuff weaving uses a portion or all of the shuttles in the shuttle assembly of the path that needs to be worked on for the cuff body.

[0024] Furthermore, the step of weaving the tie includes:

[0025] Comparing the total number of yarns required for weaving the shuttle assembly for the cuff with the total number of yarns required for weaving the shuttle assembly for the cuff body;

[0026] If it is greater than, the shuttle of the shuttle assembly of the main body of the cuff will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly of the main body of the cuff + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for the cuff weaving of the shuttle assembly, so that the shuttle of the shuttle assembly of the main body of the cuff and the other one or more shuttles are tied and woven at the same time; or the main body of the cuff is woven The shuttle of the shuttle assembly is partially withdrawn, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns of the shuttle assembly for weaving the main body of the cuff - the total number of yarns threaded by the withdrawn shuttle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for the cuff weaving of the shuttle assembly, so that the shuttle of the shuttle assembly that is not withdrawn and the other one or more shuttles for weaving the main body of the cuff can be used for cuff weaving at the same time;

[0027] If equal, the shed of the shed assembly of the loom main body is not withdrawn, and the shed of the shed assembly of the loom main body is woven by binding;

[0028] If less, the shed of the shed assembly of the loom main body is partially withdrawn and cut, the total number of yarns of the shed assembly of the loom main body minus the total number of yarns of the withdrawn shed equals the total number of yarns required for weaving the shed assembly by binding, and the shed of the shed assembly of the loom main body which is not withdrawn is woven by binding; or the shed of the shed assembly of the loom main body is partially or completely withdrawn and cut, and one or more other sheds of the shed assembly are opened at the same time, the total number of yarns of the shed assembly of the loom main body minus the total number of yarns of the withdrawn shed plus the total number of yarns of the one or more other sheds equals the total number of yarns required for weaving the shed assembly by binding, and the shed of the shed assembly of the loom main body which is not withdrawn and the one or more other sheds are woven by binding at the same time.

[0029] A loom is formed by using the above method of reducing the thread end of the loom.

[0030] Unlike the prior art, the above technical solution allows one shed to weave or multiple sheds to work together in each shed assembly of the circular weaving machine, and each part is woven by one shed or multiple sheds in the shed assembly of the required route, and the next part is woven by using part or all of the sheds in the shed assembly of the required route of the current part, i.e. using the yarns on the current part sheds, to avoid withdrawing and cutting all the yarns after the current part is woven, and then switching to other sheds to weave the next part, thereby reducing the thread end caused by cutting. BRIEF DESCRIPTION OF DRAWINGS

[0031] Figure 1 A schematic diagram of shed switching when weaving the next part of the loom body described in the background art;

[0032] Figure 2 A schematic diagram of yarn switching when weaving the next part of the loom body described in the background art;

[0033] Figure 3 A schematic diagram of shed switching when weaving the next part of the loom body described in the embodiment of the present application;

[0034] Figure 4 A schematic diagram of yarn switching when weaving the next part of the loom body described in the embodiment of the present application;

[0035] Figure 5 A schematic diagram of shed switching when weaving the next part of the loom body described in the embodiment of the present application;

[0036] Figure 6 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0037] Figure 7 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0038] Figure 8 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0039] Figure 9 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0040] Figure 10 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0041] Figure 11 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0042] Figure 12 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0043] Figure 13 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0044] Figure 14 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0045] Figure 15 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0046] Figure 16 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0047] Figure 17 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0048] Figure 18 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0049] Figure 19 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0050] Figure 20 Schematic diagram of yarn switching when weaving the next part of the cuff body of the embodiment of the present application;

[0051] Figure 21 Schematic diagram of shuttle switching when weaving the next part of the cuff body of the embodiment of the present application;

[0052] Figure 22 Schematic diagram of yarn switching during tie weaving according to an embodiment of the present invention;

[0053] Figure 23 Schematic diagram of shuttle switching during weaving of binding in accordance with an embodiment of the present invention;

[0054] Figure 24 Schematic diagram of yarn switching during tie weaving according to an embodiment of the present invention;

[0055] Figure 25 Schematic diagram of shuttle switching during weaving of binding in accordance with an embodiment of the present invention;

[0056] Figure 26 Schematic diagram of yarn switching during tie weaving according to an embodiment of the present invention.

[0057] Description of reference numerals:

[0058] 10. Yarn;

[0059] 20. Opening;

[0060] 30. The main body of the mouth;

[0061] 301, current position;

[0062] 302, next part;

[0063] 40. Tie the mouth;

[0064] 501, shuttle No. 1;

[0065] 502, shuttle No. 2;

[0066] 503, shuttle No. 3;

[0067] 504, shuttle No. 4;

[0068] 60. Cut yarn. DETAILED DESCRIPTION

[0069] In order to explain the technical content, structural features, achieved objectives and effects of the technical solution in detail, the following is a detailed description in conjunction with specific embodiments and accompanying drawings.

[0070] References to "embodiments" herein mean that the specific features, structures, or characteristics described in conjunction with the embodiments may be included in at least one embodiment of the present application. The appearance of the word "embodiment" in various places in the specification does not necessarily refer to the same embodiment, nor does it particularly limit its independence or relevance to other embodiments. In principle, in this application, as long as there are no technical contradictions or conflicts, the various technical features mentioned in the embodiments can be combined in any manner to form a corresponding implementable technical solution.

[0071] Unless otherwise defined, the technical terms used herein have the same meanings as those generally understood by those skilled in the art to which this application belongs; the use of relevant terms herein is only for describing specific embodiments and is not intended to limit this application.

[0072] In the description of this application, the term "and / or" is used to describe a logical relationship between objects, indicating that three relationships can exist. For example, A and / or B means: A exists, B exists, and both A and B exist. In addition, the character " / " in this document generally indicates that the objects before and after are in a logical "or" relationship.

[0073] In this application, terms such as "first" and "second" are merely used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual quantity, priority or sequence relationship between these entities or operations.

[0074] Without further limitations, in this application, the words "include", "comprise", "have" or other similar expressions used in the sentences are intended to cover non-exclusive inclusion. These expressions do not exclude the presence of additional elements in the process, method or product including the elements, so that the process, method or product including a series of elements may include not only those defined elements, but also other elements not explicitly listed, or elements inherent to such process, method or product.

[0075] Consistent with the understanding in the Examination Guidelines, in this application, expressions such as "greater than," "less than," and "exceed" are understood to exclude the number itself; expressions such as "above," "below," and "within" are understood to include the number itself. Furthermore, in the description of the embodiments of this application, "multiple" means more than two (including two), and similar expressions related to "multiple" are also understood in this manner, such as "multiple groups," "multiple times," etc., unless otherwise specifically defined.

[0076] In the description of the embodiments of the present application, the space-related expressions used, such as "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "vertical", "top", "bottom", "inside", "outside", "clockwise", "counterclockwise", "axial", "radial", "circumferential", etc., indicate the orientation or position relationship based on the orientation or position relationship shown in the specific embodiments or drawings, and are only for the convenience of describing the specific embodiments of the present application or facilitating the reader's understanding, and do not indicate or imply that the device or component referred to must have a specific position, a specific orientation, or be constructed or operated in a specific orientation. Therefore, it should not be understood as a limitation on the embodiments of the present application.

[0077] Unless otherwise expressly specified or limited, in the description of the embodiments of the present application, the terms "installed", "connected", "connected", "fixed", "set", etc. used should be understood in a broad sense. For example, the "connection" can be a fixed connection, a detachable connection, or an integrated setting; it can be a mechanical connection, an electrical connection, or a communication connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be the internal connection of two elements or the interaction relationship between two elements. For those skilled in the art of the present application, the specific meanings of the above terms in the embodiments of the present application can be understood according to the specific circumstances.

[0078] See also Figures 1 to 26 As shown, the present invention provides a method for reducing thread ends in a cuff, wherein the cuff is woven using a circular loom, the circular loom including a multi-path shuttle assembly, each of which includes a plurality of shuttles, and each shuttle is threaded with at least one yarn 10; each shuttle assembly on the circular loom is set to allow one shuttle to weave or multiple shuttles to work together; the cuff includes a cuff body 30; the cuff body 30 includes a plurality of parts, each of which is woven by one shuttle in the shuttle assembly of the path that needs to work or by multiple shuttles working together to complete the weaving. In the above technical solution, each shuttle assembly on the circular loom is set to allow one shuttle to weave or multiple shuttles to work together, and the weaving of each part is completed by one shuttle or multiple shuttles in the shuttle assembly of the path that needs to work; the weaving of the next part 302 uses part or all of the shuttles in the shuttle assembly of the path that needs to work of the current part 301, that is, when weaving the next part 302, the yarn 10 worn on the shuttle of the current part 301 is used, avoiding the large number of thread ends generated by withdrawing all the shuttles and cutting the yarn 60 after the weaving of the current part 301 is completed, and then switching to other shuttles to weave the next part 302, thereby reducing the thread ends of the cut yarn 60. The above-mentioned current part 301 and next part 302 do not specifically refer to any part of the cuff main body 30. If the cuff main body 30 is starting to be woven, the current part 301 is the first part of the cuff main body 30, and the next part 302 is the second part of the cuff main body 30; if the cuff main body 30 is finishingly woven, the current part 301 is the second to last part of the cuff main body 30, and the next part 302 is the last part of the cuff main body 30. It is worth noting that the first part, the second part, the second to last part, and the last part only represent the weaving order of the cuff main body 30, and do not refer to a specific part of the cuff main body 30. The first part, the second part, the second to last part, and the last part may not overlap, or may partially or even completely overlap.

[0079] In order to reduce the number of cut yarns 60 as much as possible, in some embodiments, the steps of weaving the cuff body 30 may include:

[0080] Weaving of the current part 301: selecting one shuttle or multiple shuttles from the shuttle assemblies of the route to be worked to weave the current part 301;

[0081] Next part 302 weaving:

[0082] Comparing the total number of yarns 10 required to weave the shuttle assembly at the next portion 302 of the cuff body 30 with the total number of yarns 10 weaved at the current portion 301 of the shuttle assembly;

[0083] If it is greater than, the shuttle of the shuttle assembly woven at the current position 301 will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven at the current position 301 + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for weaving the shuttle assembly at the next position 302, so that the shuttle of the shuttle assembly woven at the current position 301 and the other one or more shuttles will weave the next position 302 at the same time; see Figure 3 and Figure 4 As shown, if the shuttle of the shuttle assembly woven in the current position 301 is shuttle No. 1 501, shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven in the current position 301 is one, and shuttle No. 3 503 of the shuttle assembly also wears one yarn 10. The total number of yarns 10 required for weaving the shuttle assembly in the next position 302 is two, then shuttle No. 3 503 needs to be opened again, so that shuttle No. 1 501 and shuttle No. 3 503 in the shuttle assembly woven in the current position 301 can simultaneously perform the tying 40. At this time, shuttle No. 1 501 of the shuttle assembly woven in the current position 301 is used in the weaving of the next position 302, and there is no need to withdraw the shuttle and cut the yarn 60, so no thread ends of the cut yarn 60 will be generated.

[0084] Alternatively, the shuttle of the shuttle assembly weaving the current part 301 partially withdraws, and at the same time, the shuttle assembly opens another one or more shuttles to meet the following equation: the total number of yarns 10 of the shuttle assembly weaving the current part 301 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for weaving the next part 302 of the shuttle assembly, so that the shuttle of the shuttle assembly weaving the current part 301 that does not withdraw and the other one or more shuttles can simultaneously weave the next part 302. Figure 5 and Figure 6As shown, the shuttles of the shuttle assembly woven at the current position 301 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 wears two yarns 10, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven at the current position 301 is three, and shuttle No. 4 504 of the shuttle assembly wears two yarns 10, and the total number of yarns 10 required for weaving the shuttle assembly at the next position 302 is four, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501 and cut the yarn 60, and then open shuttle No. 4 504, so that shuttle No. 2 502 and shuttle No. 4 504 in the shuttle assembly woven at the current position 301 can weave the next position 302 at the same time. At this time, a shuttle of the shuttle assembly woven using the current position 301 needs to partially withdraw the shuttle and cut the yarn 60. Compared with the complete withdrawal and cutting of the shuttle 60, the thread ends of the cut yarn 60 are reduced.

[0085] If they are equal, the shuttle of the shuttle assembly weaving the current part 301 will not be withdrawn, so that the shuttle of the shuttle assembly weaving the current part 301 can be used to weave the next part 302; at this time, all the shuttles of the shuttle assembly weaving the current part 301 are used in weaving the next part 302, and there is no need to withdraw the shuttle and cut the yarn 60, and no thread ends of the cut yarn 60 will be generated.

[0086] If it is less than, the shuttle of the shuttle assembly woven at the current position 301 is partially withdrawn and the yarn is cut 60, so that the total number of yarns 10 of the shuttle assembly woven at the current position 301 - the total number of yarns 10 threaded by the withdrawn shuttle = the total number of yarns 10 required for weaving the shuttle assembly at the next position 302, and the shuttle of the shuttle assembly woven at the current position 301 that does not withdraw is used to weave the next position 302; see Figure 7 and Figure 8 As shown, if the shuttles of the shuttle assembly woven in the current position 301 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 wears two yarns 10, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven in the current position 301 is three, and the total number of yarns 10 required for weaving the shuttle assembly in the next position 302 is two, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501, so that the shuttle No. 2 502 in the shuttle assembly woven in the current position 301 can be used to weave the next position 302. At this time, a shuttle of the shuttle assembly woven in the current position 301 needs to be partially withdrawn to cut the yarn 60, which reduces the thread ends of the cut yarn 60 compared to fully withdrawing the shuttle to cut the yarn 60.

[0087] Or the shuttle of the shuttle assembly weaving the current part 301 partially or completely withdraws the shuttle and cuts the yarn 60, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly weaving the current part 301 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for weaving the shuttle assembly in the next part 302, so that the shuttle of the shuttle assembly weaving the current part 301 that does not withdraw the shuttle and the other one or more shuttles simultaneously weave the next part 302; see Figure 9 and Figure 10 As shown, the shuttles of the shuttle assembly woven at the current position 301 are shuttle No. 2 502 and shuttle No. 4 504, and both shuttle No. 2 502 and shuttle No. 4 504 wear two yarns 10, that is, the total number of yarns 10 of the shuttle assembly woven at the current position 301 is four, and shuttle No. 1 501 of the shuttle assembly wears one yarn 10, and the total number of yarns 10 required for weaving the shuttle assembly at the next position 302 is three, then it is necessary to partially withdraw the shuttle, that is, withdraw shuttle No. 4 504, and then start to wear shuttle No. 1 501, so that shuttle No. 2 502 and shuttle No. 1 501 in the shuttle assembly woven at the current position 301 can weave the next position 302 at the same time. At this time, a shuttle of the shuttle assembly woven using the current position 301 needs to partially withdraw the shuttle and cut the yarn 60. Compared with the complete withdrawal and cutting of the shuttle 60, the thread ends of the cut yarn 60 are reduced.

[0088] Repeat the above steps until the cuff body 30 is woven completely.

[0089] The next portion 302 is woven using as much as possible some or all of the shuttles in the shuttle assembly of the current portion 301 in the route to be worked. That is, when weaving the next portion 302, the yarns 10 threaded on the shuttles of the current portion 301 are used as much as possible to minimize the thread ends of the cut yarn 60. The total number of yarns 10 of the shuttle assembly of the route woven by the current portion 301 is the total number of yarns 10 threaded on one or more shuttles in the shuttle assembly of the route to be worked when the current portion 301 is woven.

[0090] In some embodiments, the cuff weaving process further includes a starting stitch 20, which is woven before the cuff body 30. The starting stitch 20 is usually a loop of thread that prevents the cuff body 30 from falling apart. The step of weaving the starting stitch 20 includes selecting a shuttle from the shuttle assembly of the path to be worked or multiple shuttles to weave the starting stitch 20 together. Similarly, in order to reduce the thread ends of the cut yarn 60, the cuff body 30 can be woven using the starting stitch 20 of some or all of the shuttles in the shuttle assembly of the path to be worked. In order to reduce the thread ends of the cut yarn 60 as much as possible, the cuff weaving process can also include the following steps:

[0091] Comparing the total number of yarns 10 required for weaving the shuttle assembly by the cuff body 30 with the total number of yarns 10 woven by the starting cuff 20;

[0092] If it is greater than, the shuttle of the shuttle assembly woven at the start 20 will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven at the start 20 + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required by the cuff body 30 of the shuttle assembly, so that the shuttle of the shuttle assembly woven at the start 20 and the other one or more shuttles can weave the cuff body 30 at the same time; see Figure 11 and Figure 12 As shown, if the shuttle of the shuttle assembly for weaving the starting 20 is shuttle No. 1 501, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly for weaving the starting 20 is one, and shuttle No. 3 503 of the shuttle assembly also wears one yarn 10, and the total number of yarns 10 required for weaving the shuttle assembly for the cuff body 30 is two, then it is necessary to open shuttle No. 3 503 so that shuttle No. 1 501 and shuttle No. 3 503 in the shuttle assembly for weaving the starting 20 can simultaneously weave the cuff 40. At this time, shuttle No. 1 501 of the shuttle assembly for weaving the starting 20 is used in weaving the cuff body 30, and there is no need to withdraw the shuttle and cut the yarn 60, so no thread ends of the cut yarn 60 will be generated.

[0093] Or the shuttle of the shuttle assembly woven at the start 20 is partially withdrawn, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven at the start 20 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required by the cuff body 30 of the shuttle assembly, so that the shuttle of the shuttle assembly woven at the start 20 that does not withdraw and the other one or more shuttles can simultaneously weave the cuff body 30; see Figure 13 and Figure 14As shown, the shuttles of the shuttle assembly woven at the start 20 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 wears two yarns 10, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven at the start 20 is three, and shuttle No. 4 504 of the shuttle assembly wears two yarns 10, and the total number of yarns 10 required for the cuff body 30 to weave the shuttle assembly is four, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501 and cut the yarn 60, and then open shuttle No. 4 504, so that shuttle No. 2 502 and shuttle No. 4 504 in the shuttle assembly woven at the start 20 can weave the cuff body 30 at the same time. At this time, a shuttle of the shuttle assembly woven with the starting mouth 20 needs to be partially withdrawn and the yarn cut 60 is performed. Compared with the complete withdrawal and yarn cutting 60, the thread ends of the cut yarn 60 are reduced.

[0094] If they are equal, the shuttle of the shuttle assembly for weaving the starting mouth 20 will not be withdrawn, so that the shuttle of the shuttle assembly for weaving the starting mouth 20 can be used to weave the cuff body 30; at this time, all the shuttles of the shuttle assembly for weaving the starting mouth 20 are used in the weaving of the cuff body 30, and there is no need to withdraw the shuttle and cut the yarn 60, and no thread ends of the cut yarn 60 will be generated.

[0095] If it is less than, the shuttle of the shuttle assembly woven at the start 20 is partially withdrawn and the yarn is cut 60, so that the total number of yarns 10 of the shuttle assembly woven at the start 20 - the total number of yarns 10 threaded by the withdrawn shuttle = the total number of yarns 10 required by the shuttle assembly of the cuff body 30, so that the shuttle of the shuttle assembly woven at the start 20 that does not withdraw is used to weave the cuff body 30; see Figure 15 and Figure 16 As shown, if the shuttles of the shuttle assembly woven with the starting 20 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 wears two yarns 10, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven with the starting 20 is three, and the total number of yarns 10 required for weaving the cuff body 30 of the shuttle assembly is two, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501, so that the shuttle No. 2 502 in the shuttle assembly woven with the starting 20 can weave the cuff body 30. At this time, a shuttle of the shuttle assembly woven with the starting 20 needs to be partially withdrawn to cut the yarn 60, which reduces the thread ends of the cut yarn 60 compared to fully withdrawing the cut yarn 60.

[0096] Alternatively, the shuttle of the shuttle assembly for weaving at the start 20 partially or completely withdraws and cuts the yarn 60, and at the same time, the shuttle assembly opens another one or more shuttles to meet the following equation: the total number of yarns 10 of the shuttle assembly for weaving at the start 20 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required by the cuff body 30 of the shuttle assembly, so that the shuttle of the shuttle assembly for weaving at the start 20 that does not withdraw and the other one or more shuttles can simultaneously weave the cuff body 30. Figure 17 and Figure 18 As shown, the shuttles of the shuttle assembly woven at the start 20 are shuttle No. 2 502 and shuttle No. 4 504, and both shuttle No. 2 502 and shuttle No. 4 504 are threaded with two yarns 10, that is, the total number of yarns 10 of the shuttle assembly woven at the start 20 is four, and shuttle No. 1 501 of the shuttle assembly is threaded with one yarn 10, and the total number of yarns 10 required for the cuff body 30 to weave the shuttle assembly is three, then it is necessary to partially withdraw the shuttle, that is, withdraw shuttle No. 4, and then start threading shuttle No. 1 501, so that shuttle No. 2 502 and shuttle No. 1 501 in the shuttle assembly woven at the start 20 can weave the cuff body 30 at the same time. At this time, a shuttle of the shuttle assembly woven with the starting mouth 20 needs to be partially withdrawn and the yarn cut 60 is performed. Compared with the complete withdrawal and yarn cutting 60, the thread ends of the cut yarn 60 are reduced.

[0097] The cuff body 30 is woven by using the starting 20 as much as possible on some or all of the shuttles in the shuttle assembly of the route to be worked. That is, when weaving the cuff body 30, the yarns 10 on the shuttles of the starting 20 are used as much as possible to minimize the thread ends of the yarn cut 60. The total number of yarns 10 of the shuttle assembly of the route woven by the starting 20 is the total number of yarns 10 on one or more shuttles in the shuttle assembly of the route to be worked when the starting 20 is woven.

[0098] In some embodiments, the cuff is a double-layer cuff, which further includes a tie 40. After the cuff body 30 is woven, the cuff body 30 is folded over and the tie 40 is woven at the starting point 20. Similarly, in order to reduce thread ends of the cut yarn 60, the tie 40 can be woven using part or all of the shuttles in the shuttle assembly of the cuff body 30 that needs to be worked. In order to minimize thread ends of the cut yarn 60, the steps of weaving the tie 40 include:

[0099] Comparing the total number of yarns 10 required for weaving the shuttle assembly of the cuff 40 with the total number of yarns 10 required for weaving the shuttle assembly of the cuff body 30;

[0100] If it is greater than, the shuttle of the shuttle assembly woven by the cuff body 30 will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for the cuff 40 to weave the shuttle assembly, so that the shuttle of the shuttle assembly woven by the cuff body 30 and the other one or more shuttles will be used to weave the cuff 40 at the same time; see Figure 19 and Figure 20 As shown, if the shuttle of the shuttle assembly woven by the cuff body 30 is shuttle No. 1 501, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 is one, and shuttle No. 3 503 of the shuttle assembly also wears one yarn 10, the total number of yarns 10 required for weaving the tie 40 with the shuttle assembly is two, then it is necessary to open shuttle No. 3 503 so that shuttle No. 1 501 and shuttle No. 3 503 of the shuttle assembly woven by the cuff body 30 can simultaneously weave the tie 40. At this time, shuttle No. 1 501 of the shuttle assembly woven by the cuff body 30 is used in weaving the tie 40, and there is no need to withdraw the shuttle to cut the yarn 60, so no thread ends of the cut yarn 60 will be generated.

[0101] Alternatively, the shuttle of the shuttle assembly woven by the cuff body 30 is partially withdrawn, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for the cuff 40 to weave the shuttle assembly, so that the shuttle of the cuff body 30 that does not withdraw and the other one or more shuttles are simultaneously used to weave the cuff 40; see Figure 21 and Figure 22 As shown, the shuttles of the shuttle assembly woven by the cuff body 30 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 wears two yarns 10, and shuttle No. 1 501 wears one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 is three, and shuttle No. 4 504 of the shuttle assembly wears two yarns 10, and the total number of yarns 10 required for the tie 40 to weave the shuttle assembly is four, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501 and cut the yarn 60, and then open shuttle No. 4 504, so that shuttle No. 2 502 and shuttle No. 4 504 in the shuttle assembly woven by the cuff body 30 can weave the tie 40 at the same time. At this time, a shuttle of the shuttle assembly woven with the cuff body 30 needs to be partially withdrawn and the yarn cut 60 is performed. Compared with the complete withdrawal and yarn cutting 60, the thread ends of the cut yarn 60 are reduced.

[0102] If they are equal, the shuttle of the shuttle assembly woven by the cuff main body 30 will not be withdrawn, so that the shuttle of the shuttle assembly woven by the cuff main body 30 can be used to weave the tie 40; at this time, all the shuttles of the shuttle assembly woven by the cuff main body 30 are used in the weaving of the tie 40, and there is no need to withdraw the shuttle and cut the yarn 60, and no thread ends of the cut yarn 60 will be generated.

[0103] If it is less than, the shuttle of the shuttle assembly woven by the cuff body 30 is partially withdrawn and the yarn is cut 60, so that the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 - the total number of yarns 10 threaded by the withdrawn shuttle = the total number of yarns 10 required for the cuff 40 to weave the shuttle assembly, so that the shuttle of the cuff body 30 that does not withdraw is used to weave the cuff 40; see Figure 23 and Figure 24 As shown, if the shuttles of the shuttle assembly woven by the cuff body 30 are shuttle No. 1 501 and shuttle No. 2 502, shuttle No. 2 502 is threaded with two yarns 10, and shuttle No. 1 501 is threaded with one yarn 10, that is, the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 is three, and the total number of yarns 10 required for weaving the shuttle assembly by the tie 40 is two, then it is necessary to partially withdraw the shuttle, that is, withdraw the shuttle No. 1 501, so that the shuttle No. 2 502 of the shuttle assembly woven by the cuff body 30 can be used to weave the tie 40. At this time, a shuttle of the shuttle assembly woven by the cuff body 30 needs to be partially withdrawn to cut the yarn 60, which reduces the thread ends of the cut yarn 60 compared to fully withdrawing the shuttle 60.

[0104] Alternatively, the shuttle of the shuttle assembly woven by the cuff body 30 partially or completely withdraws and cuts the yarn 60, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 - the total number of yarns 10 threaded by the withdrawn shuttle + the total number of yarns 10 threaded by the other one or more shuttles = the total number of yarns 10 required for the cuff 40 to weave the shuttle assembly, so that the shuttle of the cuff body 30 that does not withdraw and the other one or more shuttles simultaneously weave the cuff 40; see Figure 25 and Figure 26As shown, the shuttles of the shuttle assembly woven by the cuff body 30 are shuttle No. 2 502 and shuttle No. 4 504, and both shuttle No. 2 502 and shuttle No. 4 504 are threaded with two yarns 10, that is, the total number of yarns 10 of the shuttle assembly woven by the cuff body 30 is four, and shuttle No. 1 501 of the shuttle assembly is threaded with one yarn 10, and the total number of yarns 10 required for the tie 40 to weave the shuttle assembly is three, then it is necessary to partially withdraw the shuttle, that is, withdraw shuttle No. 4 504, and then start to thread shuttle No. 1 501, so that shuttle No. 2 502 and shuttle No. 1 501 in the shuttle assembly woven by the cuff body 30 can weave the tie 40 at the same time. At this time, a shuttle of the shuttle assembly woven with the cuff body 30 needs to be partially withdrawn and the yarn cut 60 is performed. Compared with the complete withdrawal and yarn cutting 60, the thread ends of the cut yarn 60 are reduced.

[0105] When weaving the tie 40, the cuff body 30 is used as much as possible to weave part of the shuttles or all of the shuttles in the shuttle assembly of the route that needs to work, that is, when weaving the tie 40, the yarn 10 on the starting shuttle 20 is used as much as possible to reduce the thread ends of the cut yarn 60 as much as possible.

[0106] A cuff is woven and formed using the aforementioned method for reducing thread ends in the cuff. By reducing thread ends from cut yarn 60, the labor and time costs associated with manually identifying thread ends and using a thread-catching tool to tie and reinforce the cuff are reduced, thereby improving cuff production efficiency and indirectly reducing the probability of the cuff coming untied due to thread ends. The cuff can be used in leggings or socks, significantly extending the life of the leggings or socks.

[0107] It should be noted that although the above embodiments have been described herein, this does not limit the scope of patent protection of the present invention. Therefore, based on the innovative concept of the present invention, changes and modifications to the embodiments described herein, or equivalent structural or equivalent process transformations made using the contents of the present invention's specification and drawings, and direct or indirect application of the above technical solutions to other related technical fields, are all included in the scope of patent protection of the present invention.

Claims

1. A method for reducing thread ends in cuffs, characterized in that: The cuff is woven using a circular loom, which includes a multi-path shuttle assembly, each of which includes a plurality of shuttles, each of which has at least one yarn threaded through it. Each shuttle assembly on the circular loom is configured to allow one shuttle to weave or multiple shuttles to work together. The cuff includes a cuff body, which includes multiple sections. Each section is woven by one shuttle or multiple shuttles in the shuttle assembly in the path to be worked, and the next section is woven by some or all of the shuttles in the shuttle assembly in the path to be worked. The weaving steps of the cuff body include: Weaving of the current part: select one shuttle or multiple shuttles from the shuttle assembly of the route to be worked to weave the current part; Next part weaving: Comparing the total number of yarns required for weaving the shuttle assembly at the next position of the cuff body with the total number of yarns required for weaving the shuttle assembly at the current position; If it is greater than, the shuttle of the shuttle assembly weaving the current position will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly weaving the current position + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for weaving the shuttle assembly at the next position, so that the shuttle of the shuttle assembly weaving the current position and the other one or more shuttles can weave the next position at the same time; or the shuttle of the shuttle assembly weaving the current position will be partially withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly weaving the current position - the total number of yarns threaded by the withdrawn shuttle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for weaving the shuttle assembly at the next position, so that the shuttle of the shuttle assembly weaving the current position that does not withdraw and the other one or more shuttles can weave the next position at the same time; If they are equal, the shuttle of the shuttle assembly weaving the current part will not be withdrawn, and the shuttle of the shuttle assembly weaving the current part will be used to weave the next part; If it is less than, the shuttle of the shuttle assembly for weaving the current position is partially withdrawn and the yarn is cut, so that the total number of yarns of the shuttle assembly for weaving the current position - the total number of yarns passed through by the withdrawn shuttle = the total number of yarns required for weaving the shuttle assembly for the next position, so that the shuttle of the shuttle assembly for weaving the current position that does not withdraw is used to weave the next position; or the shuttle of the shuttle assembly for weaving the current position is partially withdrawn and the yarn is cut, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns of the shuttle assembly for weaving the current position - the total number of yarns passed through by the withdrawn shuttle + the total number of yarns passed through by the other one or more shuttles = the total number of yarns required for weaving the shuttle assembly for the next position, so that the shuttle of the shuttle assembly for weaving the current position that does not withdraw and the other one or more shuttles are used to weave the next position at the same time; Repeat the steps for weaving the next part until the main body of the cuff is completed.

2. The method for reducing thread ends in cuffs according to claim 1, wherein: The cuff further comprises a start, which is woven before the cuff body.

3. The method for reducing thread ends in cuffs according to claim 2, wherein: The step of weaving the start includes selecting one shuttle to weave or multiple shuttles to weave the start in the shuttle assembly of the road that needs to work.

4. The method for reducing thread ends in cuffs according to claim 2, wherein: Therefore, the weaving of the main body of the ruff should start with some or all of the shuttles in the shuttle assembly of the path that needs to work.

5. The method for reducing thread ends in cuffs according to claim 4, wherein: When the cuff is woven, the process also includes: Comparing the total number of yarns required for weaving the shuttle assembly in the main body of the cuff with the total number of yarns required for weaving the shuttle assembly at the start of the cuff; If it is greater than, the shuttle of the shuttle assembly of the start weaving will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly of the start weaving + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required by the shuttle assembly of the ruffle body, so that the shuttle of the shuttle assembly of the start weaving and the other one or more shuttles can weave the ruffle body at the same time; or the shuttle of the shuttle assembly of the start weaving will be partially withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly of the start weaving - the total number of yarns threaded by the withdrawn shuttle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required by the shuttle assembly of the ruffle body, so that the shuttle of the shuttle assembly of the start weaving that does not withdraw and the other one or more shuttles can weave the ruffle body at the same time; If they are equal, the shuttle of the shuttle assembly of the start weaving will not be withdrawn, and the shuttle of the shuttle assembly of the start weaving will be used to weave the main body of the ruffle; If it is less than, the shuttle of the shuttle assembly for the start of weaving will partially withdraw and cut the yarn, so that the total number of yarns of the shuttle assembly for the start of weaving - the total number of yarns passed through the withdrawn shuttle = the total number of yarns required by the shuttle assembly for the ruffle body, so that the shuttle of the shuttle assembly that does not withdraw will weave the ruffle body; or the shuttle of the shuttle assembly for the start of weaving will partially withdraw and cut the yarn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly for the start of weaving - the total number of yarns passed through the withdrawn shuttle + the total number of yarns passed through the other one or more shuttles = the total number of yarns required by the shuttle assembly for the ruffle body, so that the shuttle of the shuttle assembly that does not withdraw and the other one or more shuttles will weave the ruffle body at the same time.

6. The method for reducing thread ends in cuffs according to any one of claims 2 to 5, characterized in that: The cuff is a double-layer cuff, and the double-layer cuff also includes a tie. After the cuff main body is woven, the cuff main body is folded over and the tie is woven at the starting point.

7. The method for reducing thread ends in cuffs according to claim 6, wherein: Therefore, the cuff weaving uses a part of the shuttle or all of the shuttles in the shuttle assembly of the path that needs to work.

8. The method for reducing thread ends in cuffs according to claim 7, wherein: The steps of weaving the tie include: Comparing the total number of yarns required for weaving the shuttle assembly for the cuff with the total number of yarns required for weaving the shuttle assembly for the cuff body; If it is greater than, the shuttle of the shuttle assembly of the main body of the ruffle will not be withdrawn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly of the main body of the ruffle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for the ruffle weaving of the shuttle assembly, so that the shuttle of the shuttle assembly of the main body of the ruffle and the other one or more shuttles are tied and woven at the same time; or the main body of the ruffle is woven The shuttle of the shuttle assembly is partially withdrawn, and at the same time, the shuttle assembly opens another one or more shuttles to meet the total number of yarns of the shuttle assembly for weaving the main body of the ruff - the total number of yarns threaded by the withdrawn shuttle + the total number of yarns threaded by the other one or more shuttles = the total number of yarns required for the ruff weaving of the shuttle assembly, so that the shuttle of the shuttle assembly that is not withdrawn and the other one or more shuttles for weaving the main body of the ruff can be used for the ruff weaving at the same time; If they are equal, the shuttle of the shuttle assembly of the cuff main body weaving the route will not be withdrawn, and the shuttle of the shuttle assembly of the cuff main body weaving the route will be tied; If it is less than, the shuttle of the shuttle assembly woven by the main body of the ruffle will partially withdraw and cut the yarn, so that the total number of yarns of the shuttle assembly woven by the main body of the ruffle - the total number of yarns passed through by the withdrawn shuttle = the total number of yarns required for the shuttle assembly for tying weaving, so that the shuttle of the shuttle assembly woven by the main body of the ruffle that does not withdraw will be used for tying weaving; or the shuttle of the shuttle assembly woven by the main body of the ruffle will partially withdraw and cut the yarn, and at the same time, the shuttle assembly will open another one or more shuttles to meet the total number of yarns of the shuttle assembly woven by the main body of the ruffle - the total number of yarns passed through by the withdrawn shuttle + the total number of yarns passed through by other one or more shuttles = the total number of yarns required for the shuttle assembly for tying weaving, so that the shuttle of the shuttle assembly woven by the main body of the ruffle that does not withdraw and the other one or more shuttles will be used for tying weaving at the same time.

9. A cuff, characterized in that: The weaving is carried out using the method for reducing thread ends at the cuffs as described in any one of claims 1 to 8.

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