JP4834052B2 - Torsion race - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a torchon lace for widening width of torchon lace use. <P>SOLUTION: The torchon lace 100 includes a torchon lace body 10, and a spring out torchon lace pieces 21 and 22. The torchon lace body 10 includes a right end torchon lace piece 110, a left end torchon lace piece 120, an intermediate torchon lace piece 130 and a serial intermediate torchon lace piece 140. The intermediate torchon lace piece 130 is a torchon lace piece that comprises a spring out torchon lace piece 21 in an unrestricted state, spring out along the length direction A of the torchon lace piece from the torchon lace body 10. The serial intermediate torchon lace piece 140 is a torchon lace piece that comprises a spring out torchon lace piece 22 in an unrestricted state, spring out along the opposite direction B of the length direction A of the torchon lace piece from the torchon lace body 10. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a torsion race using a torsion race piece.

  A torsion race is a tape-like shape in which a plurality of bobbins wound with yarn are wound around the outer circumference of a circular knitting machine, and the yarn wound around each bobbin is crossed toward the center of the knitting machine. It is formed by knitting. The torsion lace can be formed from a wide variety of yarns such as natural fibers and chemical fibers by changing the type of yarn wound around the bobbin. The torsion race formed as described above basically has a tape shape and is flat.

  In addition, various patterns can be formed in the torsion race by changing the way the threads wound around each bobbin are interlaced. The torsion lace with various patterns was applied to clothes, bags, etc. and realized an unprecedented appearance.

  In a torsion lace formed by knitting a plurality of fine yarns, for example, in a narrow and long shape, using a torsion lace, for example, a belt portion in which a series of symbols is continuously formed longer than the lateral width, and the belt portion Conventionally, there has been a torsion race that extends from the tip of the belt and has a plurality of separation band portions made of a torsion race, and the set of braid portions continues in the longitudinal direction (see, for example, Patent Document 1).

In addition, as a torsion race, for example, in a band-like supporter used by wrapping around an ankle and a foot, a torsion race having a predetermined length and a male surface fastener fixed to one end of the torsion race There has been a fashionable supporter characterized by having a female surface fastener fixed to the back side of the other end of the torsion race (see, for example, Patent Document 2).
JP 2000-144563 A (FIG. 1) Utility Model Registration No. 3121843 (FIG. 2)

  However, conventional torsion lace is used to appeal to consumers with the design woven in torsion lace as the center of product design, as represented by the product using torsion lace described in the above patent document. I was doing better. It would be useful if there was a torsion race that made it easy for designers to take advantage of the good points of other torsion races as well as the patterns woven into torsion races.

  Then, an object of this invention is to provide the torsion race which expands the range of utilization of a torsion race.

  The present invention has been made to solve the above problems, and the torsion race of the present invention includes at least one torsion race from a torsion race main body portion in which at least three torsion race pieces are arranged in parallel and joined together. It is characterized by popping out a lace piece. This brings about the effect of expanding the range of utilization of torsion racing. That is, the torsion race can be easily utilized in various modes such as freely moving the torsion race piece protruding portion or processing the torsion race piece protruding portion into a predetermined shape.

  Further, the torsion race of the present invention includes a torsion race unit constituted by jumping out the two torsion race pieces jumping out in a direction opposite to each other in the above-described positional relationship arranged in series. Features. This brings about the effect of further expanding the range of utilization of the torsion race.

  The torsion race according to the present invention is characterized by including a torsion race unit configured by joining the torsion race pieces jumped out and adjacent torsion race pieces. This brings about the effect of further expanding the range of utilization of the torsion race.

  In the torsion race of the present invention, the jumped torsion race piece jumps out at a predetermined angle with respect to the length direction of the torsion race piece. This brings about the effect of further expanding the range of utilization of the torsion race.

  According to the present invention, it is possible to achieve an excellent effect of expanding the range of utilization of torsion races and further facilitating utilization of torsion races.

  The torsion race in the present invention has a mode in which torsion race pieces are arranged in parallel. And the torsion race piece arranged in parallel connects, for example, the horizontal ends of adjacent torsion race pieces. In the present invention, the torsion race piece is assumed to be a rectangular torsion race formed in a tape shape, but a torsion race other than the rectangular torsion race formed in a tape shape is within the scope of the present invention. For example, other square torsion races formed in a tape shape are included. The torsion race pieces are not limited to being integrally formed, but also include a plurality of tape-like torsion races connected in series.

  Furthermore, the torsion race according to the present invention has a form in which at least one torsion race piece jumps out from the torsion race pieces arranged in parallel and connected. Here, the fact that the torsion race piece jumped out is, for example, that a part of a predetermined torsion race piece among the torsion race pieces arranged in parallel is not coupled with the lateral end portion of the adjacent torsion race piece, This means that a part of a torsion race piece protrudes from an assembly of torsion race pieces arranged in parallel. Next, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a diagram showing a torsion race 100 and a torsion race 200 in the embodiment of the present invention. FIG. 1A is a perspective view of the torsion race 100. The torsion race 100 includes a torsion race main body 10 and jump-out torsion race pieces 21 and 22.

  The torsion race main body 10 is formed by arranging at least three torsion race pieces in parallel and connecting the lateral ends of adjacent torsion race pieces together. Arranging the torsion race pieces in parallel means arranging them in a direction perpendicular to the length direction of the torsion race pieces.

  In FIG. 1A, the torsion race main body 10 includes a right end torsion race piece 110, a left end torsion race piece 120, an intermediate torsion race piece 130, and a series intermediate torsion race piece 140. The right end torsion race piece 110 is a torsion race piece located at the right end of the torsion race main body 10. The left end torsion race piece 120 is a torsion race piece located at the left end of the torsion race main body 10.

  The intermediate torsion lace piece 130 is located between the right end torsion lace piece 110 and the left end torsion lace piece 120 and jumps out from the torsion race main body portion 10 along the length direction A of the torsion race piece. This is a torsion race piece including the race piece 21. The series intermediate torsion lace piece 140 is located between the right end torsion lace piece 110 and the left end torsion lace piece 120 and extends in the opposite direction B opposite to the length direction A of the torsion race piece from the torsion race main body 10. This is a torsion race piece including the jumping out torsion race piece 22 that has jumped out.

  The intermediate torsion race piece 130 and the series intermediate torsion race piece 140 are in a positional relationship arranged in series. The positional relationship arranged in series here refers to, for example, the positional relationship arranged in series along the length direction A of the torsion race pieces.

  In FIG. 1 (a), the jumping torsion race pieces 21 and 22 are drawn in an upwardly extending manner, but this is only one aspect of the jumping torsion race pieces 21 and 22; Since the race pieces 21 and 22 are torsion races, they can take various forms. For example, the jumping torsion race pieces 21 and 22 can be folded or jumped out from the front surface or the back surface of the torsion race main body 10 through the hole 11.

  Note that the torsion race 100 can be regarded as a torsion race unit 100 when regarded as one element included in a torsion race having a larger fabric area.

  FIG. 1B is a view of the torsion race 100 disassembled. The torsion race 100 has a structure in which an intermediate torsion race piece 130 and a series intermediate torsion race piece 140 are positioned between a right end torsion race piece 110 and a left end torsion race piece 120. In FIG. 1B, the intermediate torsion lace piece 130 and the series intermediate torsion lace piece 140 appear to be arranged in parallel, but as is clear from FIG. 1A, the intermediate torsion lace piece 130 is in series. The intermediate torsion race pieces 140 are in a positional relationship arranged in series with each other. (Note that in FIG. 1B, the intermediate torsion race piece 130 and the series intermediate torsion race piece 140 appear to be arranged in parallel with each other, for the sake of convenience, a diagram of the disassembly of the torsion race 100 is drawn. It's just a thing.)

  The right lateral end 131 of the intermediate torsion lace piece 130 is joined to the left lateral end 111 of the right end torsion lace piece 110, and the left lateral end 132 of the intermediate torsion lace piece 130 is the right lateral end of the left end torsion lace piece 120. The unit 121 is connected.

  Similarly, the right lateral end portion 141 of the series intermediate torsion race piece 140 is joined to the left lateral end portion 111 of the right end torsion race piece 110, and the left lateral end portion 142 of the series intermediate torsion race piece 140 is connected to the left end torsion race piece 140. 120 is joined to the right lateral end portion 121 of 120.

  When the intermediate torsion lace piece 130, the right end torsion lace piece 110, and the left end torsion lace piece 120 are connected, the intermediate torsion lace piece 130 has a predetermined length L1 from the connecting end portion 135 of the intermediate torsion lace piece 130. And the right end torsion race piece 110 and the left end torsion race piece 120 are not connected. A torsion race piece of a predetermined length L1 jumps out from the joining end portion 135 of the intermediate torsion race piece 130 and becomes a torsion race piece 21.

  Similarly, when connecting the series intermediate torsion race piece 140, the right end torsion race piece 110, and the left end torsion race piece 120, a predetermined length L2 from the joining end portion 145 of the series intermediate torsion race piece 140 is the series intermediate The torsion race piece 140, the right end torsion race piece 110, and the left end torsion race piece 120 are not connected. A torsion race piece of a predetermined length L2 jumps out from the joining end portion 145 of the series intermediate torsion race piece 140 and becomes a torsion race piece 22.

  Accordingly, the jumping torsion race piece 21 having a predetermined length L1 from the joining end portion 135 of the intermediate torsion race piece 130 and the joining end portion 145 of the series intermediate torsion race piece 140 have a predetermined length. The jumping torsion race piece 22 having a length of L2 is in an unconstrained state, and can be moved in various directions with the joining end portion 135 and the joining end portion 145 as fulcrums.

  According to the torsion race 100, the jumping out torsion lace piece 21 and the jumping out torsion lace piece 22 can be moved or processed into various shapes according to the designer's idea. For example, a ribbon shape can be formed by connecting the jumping torsion lace piece 21 and the jumping torsion lace piece 22. For this reason, if the torsion race 100 is used for a part of clothes, for example, the width of the design using the torsion race can be expanded.

  In the torsion race 100, at least one another jumping torsion race piece arranged in parallel with the jumping torsion race piece 21 may be provided next to the jumping torsion race piece 21. In this case, at least one other intermediate torsion lace piece is inserted between the right end torsion lace piece 110 and the left end torsion lace piece 120 in addition to the intermediate torsion lace piece 130, and a part of the other intermediate torsion lace piece is inserted. According to the above description, the torsion race piece may be jumped out as a non-restrained state. Similarly, in the torsion race 100, at least one another jumping torsion race piece arranged in parallel with the jumping torsion race piece 22 may be provided next to the jumping torsion race piece 22. In this case, at least one other series intermediate torsion race piece is inserted between the right end torsion race piece 110 and the left end torsion race piece 120 in addition to the series intermediate torsion race piece 140, and It is only necessary to learn a part of the above description as a non-restrained state and to jump out into a torsion race piece. Such a configuration can be applied to all other embodiments of the present invention described below.

  FIG. 1C shows a torsion race 200. As described above, when the torsion race 100 is regarded as the torsion race unit 100, the torsion race 200 has a structure in which two torsion race units 100 are connected in parallel. The torsion race 200 has a configuration in which two torsion race units 100 are connected. However, the present invention is not limited to this, and a torsion race in which three or more torsion race units 100 are connected in various modes is also configured. be able to.

  FIG. 2 is a diagram showing a torsion race 300 according to another embodiment of the present invention. FIG. 2A is a perspective view of the torsion race 300. The torsion race 300 includes a torsion race main body 310 and pop-out torsion race pieces 321 and 322. In addition, what used the name similar to the name used in FIG. 1 shall have a function similar to what was demonstrated in FIG.

  The torsion race 300 has substantially the same structure as the torsion race 100. That is, the torsion race main body 310 is a torsion race piece that is formed by juxtaposing at least three torsion race pieces in parallel and connecting the lateral ends of adjacent torsion race pieces, and jumping out from the torsion race main part 310. Some pop-out torsion race pieces 321 and 322 are provided.

  The difference between the torsion race 300 and the torsion race 100 is the jump-out direction of the jump-out torsion race piece. In the torsion race 100, the torsion race piece jumps out along the length direction of the torsion race piece as described in FIG. On the other hand, in the torsion race 300, the jumping torsion race piece jumps out at a predetermined angle with the length direction of the torsion race piece.

  That is, the jumping torsion race piece 321 jumps out in a direction C ′ that forms an angle α with the length direction C of the torsion race piece. Further, the jumping torsion race piece 322 jumps out in a direction D ′ that forms an angle β with the length direction D of the torsion race piece.

  FIG. 2B is a view of the torsion race 300 as viewed from above. 2B, the torsion race 300 is an embodiment in which the jumping torsion race piece 321 is folded in the direction of arrow E shown in FIG. 2A and the jumping torsion race piece 322 is folded in the direction of arrow F shown in FIG. It has become. The pop-out torsion race pieces 321 and 322 can be easily folded in a direction that is approximately 90 degrees with respect to the length direction of the torsion race pieces constituting the torsion race main body 310 as shown in FIG. .

  FIG. 2C is a diagram in which the torsion race 300 is disassembled. As described above, the torsion race 300 includes the torsion race main body 310 and the jumping out torsion race pieces 321 and 322. Specifically, these are the right end torsion race piece 340 and the left end torsion race piece 350. And an intermediate torsion race piece 360 and a series intermediate torsion race piece 370. In addition, what used the name similar to the name used in FIG. 1 shall have a function similar to what was demonstrated in FIG.

  The intermediate torsion race piece 360 and the series intermediate torsion race piece 370 are positioned between the right end torsion race piece 340 and the left end torsion race piece 350. In FIG. 2C, the intermediate torsion lace piece 360 and the series intermediate torsion lace piece 370 appear to be arranged in parallel, but as is clear from FIG. The torsion race pieces 370 are in a positional relationship arranged in series with each other. (In FIG. 2 (c), the intermediate torsion race piece 360 and the series intermediate torsion race piece 370 appear to be arranged in parallel with each other. For the sake of convenience, the disassembled view of the torsion race 300 is drawn as such. The torsion race 300 has the same structure as the torsion race 100 in the above points.

  A specific difference between the torsion race 300 and the torsion race 100 is a mode in which the intermediate torsion race piece 360 and the series intermediate torsion race piece 370 are joined to the right end torsion race piece 340 and the left end torsion race piece 350. .

  When the intermediate torsion lace piece 360 and the right end torsion lace piece 340 are connected, the intermediate torsion lace piece 360 and the right end torsion lace piece 340 are separated by a predetermined length L3 from the connecting end portion 365 of the intermediate torsion lace piece 360. Do not connect. Further, when the intermediate torsion race piece 360 and the left end torsion race piece 350 are joined together, the intermediate torsion race piece 360 and the left end torsion race piece 350 have a predetermined length L4 from the joining end portion 366 of the intermediate torsion race piece 360. Do not connect

  Similarly, when connecting the series intermediate torsion race piece 370 and the right end torsion race piece 340, a predetermined length L5 from the joining end portion 375 of the series intermediate torsion race piece 370 is connected to the series intermediate torsion race piece 370 and the right end. The torsion race piece 340 is not connected. Further, when the series intermediate torsion race piece 370 and the left end torsion race piece 350 are joined together, a predetermined length L6 from the joining end portion 376 of the series intermediate torsion race piece 370 is equal to the series intermediate torsion race piece 370 and the left end torsion piece 370. Do not join the lace piece 350 together.

  That is, in the torsion race 300, the lengths of connecting the lateral ends of the intermediate torsion race piece 360 and the series intermediate torsion race piece 370 and the lateral ends of the right end torsion race piece 340 and the left end torsion race piece 350 are different. It has become a length. By doing so, the jumping torsion race piece jumps out at a predetermined angle with respect to the length direction of the torsion race piece. In this respect, the torsion race 300 is different from the torsion race 100.

  According to the torsion race 300, for example, as shown in FIG. 2 (b), the torsion race piece 321 and the jump torsion race piece 322 jump out in the direction of 90 degrees relative to the torsion race piece and can be moved without difficulty. Different from 100, the movement mode of the jumping torsion race piece can be realized. Further, like the torsion race 100, it can be processed into various shapes according to the designer's idea. For this reason, if the torsion race 300 is used for a part of clothes, for example, the width of the design using the torsion race can be expanded.

  Note that the torsion race 300 can be regarded as a torsion race unit 300 when regarded as one element included in a torsion race having a larger fabric area. Further, a torsion race having a structure in which the torsion race 300 is regarded as the torsion race unit 300 and two or more torsion race units 300 are connected in parallel can be realized with reference to FIG.

  FIG. 3 is a diagram showing a torsion race 400 and a torsion race 500 according to another embodiment of the present invention. FIG. 3A is a perspective view of the torsion race 400. The torsion race 400 includes a torsion race main body 410 and a jumping torsion race piece 421. Specifically, the torsion race 400 includes a right end torsion race piece 440, a left end torsion race piece 450, and an intermediate torsion race piece 460. In addition, what used the name similar to the name used in FIG. 1 shall have a function similar to what was demonstrated in FIG.

  The torsion race 400 has a specific structure in which the right end torsion race piece 110 and the left end torsion race are located in a position corresponding to the series intermediate torsion race piece 140 in the torsion race 100 described with reference to FIG. It is a coupling mode in which the lateral ends of the pieces 120 are joined together. The pop-out torsion race piece 421 in an unconstrained state in FIG. 3A can move in various directions with the joining end portion 435 as a fulcrum.

  The intermediate torsion race piece 460 in the torsion race 400 corresponds to the intermediate torsion race piece 130 in the torsion race 100, the right end torsion race piece 440 in the torsion race 400 corresponds to the right end torsion race piece 110 in the torsion race 100, The left end torsion race piece 450 in the torsion race 400 corresponds to the left end torsion race piece 120 in the torsion race 100, and the jumping out torsion race piece 421 in the torsion race 400 corresponds to the jumping out torsion race piece 21 in the torsion race 100. The joining end portion 435 in 400 corresponds to the joining end portion 135 in the torsion race 100.

  Note that the torsion race 400 can be regarded as a torsion race unit 400 when regarded as one element included in a torsion race having a larger fabric area. In addition, the form of a jumping torsion race piece that jumps out at a predetermined angle with respect to the length direction of the torsion race piece described in FIG. 2 may be applied to the torsion race 400.

  According to the torsion race 400, the jumping torsion race piece 421 in an unconstrained state can be moved or processed into various shapes according to the designer's idea. For this reason, if the torsion race 400 is used for a part of clothes, for example, the width of the design using the torsion race can be expanded.

  FIG. 3B is a perspective view of the torsion race 500. As described above, the torsion race 500 has a structure in which the torsion race units 400 are connected in parallel when the torsion race 400 is regarded as the torsion race unit 400. The torsion race 500 has a configuration in which two torsion race units 400 are connected. However, the present invention is not limited to this, and a torsion race in which three or more torsion race units 400 are connected in various modes is also configured. be able to.

  In addition, the torsion race 100 (torsion race unit 100), the torsion race 300 (torsion race unit 300), and the torsion race 400 (torsion race unit 400) can be arbitrarily combined to form a torsion other than the torsion race 200 and the torsion race 500. Laces can also be formed, but are within the scope of the present invention.

  As described above, according to the torsion races 100 to 500 according to the embodiment of the present invention, the jumping torsion race piece in the unconstrained state can be freely moved with the joining terminal portion as a fulcrum. In addition, according to the torsion races 100 to 500 according to the embodiment of the present invention, the jumping torsion race piece can jump out from either the front surface or the back surface of the torsion race main body. In addition, according to the torsion races 100 to 500 according to the embodiment of the present invention, the pop-out torsion race piece in an unconstrained state can be processed into various shapes according to the designer's idea. For this reason, if the torsion races 100 to 500 are used, various designs such as clothes materials, interior materials, and building materials can be easily applied, and the range of designs using the torsion races can be expanded. it can.

  The embodiment of the present invention shows an example for embodying the present invention, and the present invention is not limited to this, and various modifications can be made without departing from the gist of the present invention. .

  Examples of utilization of the present invention include the following examples. For example, the torsion lace 100 is taken in a part of the clothes, and a ribbon shape is formed using the jumping torsion lace pieces 21 and 22 to decorate the clothes.

It is a figure which shows the torsion race 100 and the torsion race 200 in embodiment of this invention. It is a figure which shows the torsion race 300 in another embodiment of this invention. It is a figure which shows the torsion race 400 and the torsion race 500 in another embodiment of this invention.

Explanation of symbols

10, 310, 410 Torsion race body 21, 22, 321, 322, 421 Jump out torsion race piece 100, 300, 400 Torsion race unit 100, 200, 300, 400, 500 Torsion race 110, 340, 440 Right end torsion race piece 111, 132, 142 Left lateral end portion 120, 350, 450 Left end torsion race piece 121, 131, 141 Right lateral end portion 130, 360, 460 Intermediate torsion race piece 140, 370 In-line intermediate torsion race piece 135, 145, 365, 366, 375, 376, 435 Joint termination

Claims (4)

  A torsion race characterized in that at least one torsion race piece jumps out from a torsion race main body portion in which at least three torsion race pieces are arranged in parallel and joined together.   The torsion race unit according to claim 1, further comprising: a torsion race unit configured by causing the two torsion race pieces jumped out in a positional relationship arranged in series to jump out in opposite directions. race.   The torsion race according to claim 1, further comprising a torsion race unit configured by joining the torsion race pieces that are jumped out and adjacent torsion race pieces.   The torsion race according to any one of claims 1 to 3, wherein the jumped torsion race piece protrudes at a predetermined angle with respect to a length direction of the torsion race piece.

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