JP2009041152A - Highly functional clothes - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To eliminate and remove deterioration of comfortableness to wear, apparent influences on a fabric surface, development etc., of skin disorders in highly functional clothes. <P>SOLUTION: The highly functional clothes have each first knitting part 5 knitted in such a state as to be stretched in the wale direction while making the course length limited and each second knitting part 6 knitted in such a state as to be adjacent to the first knitting part 5 in the course direction. The first knitting part 5 is subjected to plating knitting with a ground yarn 20 and a plating yarn 21. The end of one course of the ground yarn 20 therein is knitted over the end of the one course in the plating yarn 21. Thereby, a part or all of the second knitting parts 6 adjoining with the ground yarn 20 knitted over the end are knitted and the plating yarn 21 in the first knitting part 5 is knitted while repeating that the plating yarn advances by one wale at the end of the one course and is knitted in the relative opposite direction in the course. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a high-performance garment.

For example, some clothes such as spats used as sportswear are partially provided with a power portion having a strong tightening force in order to have a supporter function or a muscular strength training function. Such clothes are well known. (See, for example, Patent Document 1). Some clothing such as bras and girdles used as compensation underwear have a power portion partially provided. In these types of clothing, the power part is manufactured by knitting with a cut boss or by performing a cut-and-sew.
JP 2004-156199 A

In the garment in which the power part is knitted with the cut boss, the start end and the end of the additional thread appear naturally on the inner surface of the garment. In addition, the start and end of these additional yarns are generated for each course and are connected in the wale direction, so that this forms a linear bulge along the contour of the power portion.
In addition, in clothing with a power part provided by a cut-and-sew, a sewing thread appears on the inner surface of the garment, which not only forms a line-like bulge, but also because the power part is separately formed in the line-like bulge. This fabric edge is also included, and the bulge is more prominent and crisp.

In this way, the line-shaped bulge generated on the inner surface of the garment may reduce the comfort and affect the appearance of the fabric surface, and may cause skin problems in severe cases. .
The present invention has been made in view of the above circumstances, and provides a high-performance garment that can eliminate and eliminate a decrease in comfort, appearance effects on the fabric surface, and the occurrence of skin disorders. Objective.

In order to achieve the above object, the present invention has taken the following measures.
That is, the high-performance garment according to the present invention is knitted in a state in which the course length is limited and is knitted in a state of extending in the wale direction, and adjacent to the first knitting part in the course direction. The first knitting portion is knitted with a ground yarn and a splicing yarn, and the end portion of one course of the ground yarn is a splicing yarn. In this case, a part or all of the adjacent second knitting portion is knitted with the ground yarn knitted beyond the end of one course in the first knitting portion. It is knitted while repeating the knitting in the opposite direction by proceeding by one wale at the end of the course.

For example, in the first knitting portion, the power portion can be formed on the assumption that the splicing yarn is an elastic yarn having a strong tightening force.
In the high-performance garment according to the present invention having such a configuration, the splicing yarn of the first knitting portion does not have a yarn insertion portion (starting end of the adding yarn) or a yarn removing portion (ending end of the adding yarn) for each course. Therefore, the part which swelled in the line shape does not arise in the clothing inner surface. As a result, the high-performance garment according to the present invention does not have an unfavorable swelling on the inner surface of the garment, and can eliminate and reduce a decrease in comfort, appearance effects on the fabric surface, and the occurrence of skin damage.

  The high-performance garment according to the present invention includes a first knitted portion knitted in a state of extending in the wale direction with a finite course length, and a first knitted portion knitted in a state adjacent to the first knitted portion in the course direction. The knitting yarn of the first knitting portion is knitted while repeating the course of one wale at the end of one course and knitting the course in the opposite direction. At the same time, the knitting yarn of the second knitting portion is knitted while repeating knitting in the opposite direction by going forward one wale at the end of one course, and the first knitting portion and the second knitting. The loops appearing at the ends of the courses may be integrally formed with each other at the boundary with the part.

Note that, for example, the first knitting portion can be plated with a ground yarn and a splicing yarn. In this case, the first knitting portion can form the power portion on the assumption that the splicing yarn is an elastic yarn having a strong tightening force.
Further, the first knitting portion is not limited to knitting with plating, and the power portion can be formed by making the knitting yarn an elastic yarn having a strong tightening force.
Also in the high-function garment according to the present invention having such a configuration, the first knitting portion and the second knitting portion each have a thread insertion portion (starting end of the adding yarn) and a yarn removing portion (ending end of the adding yarn) for each course. As a result, there is no line-swelled portion on the inner surface of the garment.

Moreover, since the loops appearing at the respective course ends are integrally knitted together at the boundary portion between the first knitting portion and the second knitting portion, a portion that swells in a line shape on the inner surface of the clothing also occurs at this boundary portion. Not.
As a result, the high-performance garment according to the present invention does not have an unfavorable swelling on the inner surface of the garment, and can eliminate and reduce a decrease in comfort, appearance effects on the fabric surface, and the occurrence of skin damage.
In the high-performance garment according to the present invention, the garment shape can be implemented as any one of bras, shorts, briefs, girdles, pants, spats, shirts, and cylindrical supporters (preferably of body size).

  In the high-performance garment according to the present invention, it is possible to eliminate and eliminate the decrease in comfort, the appearance effect on the fabric surface, the occurrence of skin disorders, and the like.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
[First Embodiment]
1 to 4 show a first embodiment of a high-performance garment 1 according to the present invention. As apparent from FIG. 2, in the high-performance garment 1 of the first embodiment, the garment form is a sports spat, and the upper thigh 3 and the lower side so as to surround the left and right knee heads 2. A first knitting portion 5 is provided on the shin portion 4 of the knives. Moreover, the 2nd knitting part 6 is provided so that a clothing form may be formed in the state which supplements the circumference | surroundings of these 1st knitting parts 5. FIG.

The knitting yarn for knitting the first knitting portion 5 is an elastic yarn having a strong tightening force, and the knitting yarn for knitting the second knitting portion 6 is a yarn having a weak tightening force. Therefore, by wearing this high-performance garment 1, it is possible to obtain a supporter function or a strength training function at a predetermined part of the body using the strong tightening force generated by the first knitting portion 5.
As the knitting yarn (elastic yarn having a strong tightening force) used for the first knitting portion 5, for example, a material containing polyurethane fiber or the like (single or having a composite structure such as covering) can be used. Examples of the knitting yarn (yarn with weak tightening force) used for the second knitting portion 6 include synthetic fiber yarn (polyester, nylon, etc.), semi-synthetic fiber yarn (rayon, etc.), natural yarn (cotton, wool, silk, etc.). ), Elastic yarns (polyurethane etc.) with relatively weak tightening force, or composite yarns combining these.

The first knitting unit 5 and the second knitting unit 6 are both knitted with the length direction of the high-performance garment 1 as the wale direction and the waist direction as the course direction. It has a region defined as “. In other words, the first knitting portion 5 is different from a so-called cylindrical fabric, which is composed only of portions where the course direction is endless.
Therefore, as is clear from FIG. 1, for example, in the “region where the course length is finite” in the first knitting portion 5, the course ends 5a and 5b are formed side by side in the wale direction. In this state, the second knitting portion 6 is connected from one course end 5a to the other course end 5b.

The first knitting portion 5 is knitted with elastic yarn having a strong tightening force as described above. Preferably, the first knitting portion 5 has a knitting structure in which knitting is performed with a ground yarn and a splicing yarn to further increase the tightening force. Good. In this case, an elastic yarn having a strong tightening force is used for one of the ground yarn or the splicing yarn (for example, the splicing yarn), and the same tightening as that used for the second knitting unit 6 for the other (for example, the ground yarn) Use weak threads. An elastic yarn having a strong tightening force may be used for both the ground yarn and the splicing yarn.
The first knitting portion 5 is knitted while repeating that the knitting yarn advances by one wale at the end of one course and knitting the course in a relative reverse direction (see FIG. 3B). reference). Therefore, the knitting yarn is in an endless state (one from the beginning to the end of knitting) in one knitting portion.

On the other hand, since the second knitting portion 6 is knitted with a knitting yarn having a weak tightening force, fabric characteristics with an emphasis on fit to the body, breathability, ease of movement, etc. can be obtained. Yes.
The basic knitting structure of the second knitting unit 6 is substantially the same as that of the first knitting unit 5, and the knitting yarn for forming the second knitting unit 6 advances by one wales at the end of one course. The course is knitted while repeating the knitting in the opposite direction (see FIG. 3B). Therefore, the knitting yarn is in an endless state (one from the beginning to the end of knitting) in one knitting portion.

Here, the first knitting unit 5 is based on the second knitting unit 6 and is not knitted by a cut boss or joined (sewn) by a cut-and-sew. The first knitting unit 5 and the second knitting unit 6 And are knitted together and have a flat knitting structure.
That is, as shown in FIG. 3A, the loops appearing at the respective course ends are closed at the boundary between the first knitting portion 5 and the second knitting portion 6 (there is no cut portion), These loops are knitted so as to be entangled between the knitting parts 5 and 6. Therefore, the 1st knitting part 5 and the 2nd knitting part 6 do not have a thread insertion part (starting end of the additional thread) or a thread removing part (terminal end of the additional thread) for each course. The part which swells in the shape of a line is not produced.

Therefore, the high-performance garment 1 according to the first embodiment does not have an unfavorable bulge on the inner surface of the garment, and can eliminate and eliminate a decrease in comfort, an appearance effect on the fabric surface, and the occurrence of a skin disorder. it can.
Such a high-performance garment 1 can be knitted using a flat knitting machine 10 as shown in FIG. For example, in the flat knitting machine 10, a plurality of yarn carriers 11 to 14 are individually fed with knitting yarns, and the arbitrary yarn carriers 11 to 14 are selected in the process in which the carriage 15 travels along the bed 16. Thus, it is assumed that the structure can be connected to the carriage 15. It is assumed that an elastic yarn is supplied to the second yarn carrier 12.
[First organization example]
Now, the case where the first second knitting portion 6 (6A), the first knitting portion 5, and the second second knitting portion 6 (6B) are knitted from the left side to the right side as shown in FIG. 1 will be described. Then, when the carriage 15 travels from the left part to the right part of the bed 16, the first yarn carrier 11 is selected for one course at the left end position of the region where the first second knitting part 6A is to be knitted. Knitting is started, and when the knitting is completed, the needle is deactivated by switching the needle selector, and the knitting in which the first yarn carrier 11 is selected is interrupted.

The second yarn carrier 12 is selected from the time when the carriage 15 reaches the left end position of the region where the first knitting portion 5 is to be knitted, and knitting for one course in the region is started. When the first knitting portion 5 is plated, the third yarn carrier 13 is also selected at the same time and the plating is performed. When the knitting is completed, the needles are deactivated by switching the needle selector, and the knitting in which the second yarn carrier 12 (and the third yarn carrier 13) is selected is interrupted.
When the carriage 15 reaches the left end position of the region where the second second knitting portion 6B is to be knitted, the fourth yarn carrier 14 is selected, and knitting for one course in the region is started. At the stage when the knitting for one course is completed, the knitting for one course is continuously started for the second second knitting portion 6B while the carriage 15 is traveling in the reverse direction of the course.

In this way, when the second second knitting portion 6B is knitted for two courses, the needle is deactivated by switching the needle selector, and the knitting in which the fourth yarn carrier 14 is selected is interrupted.
The second yarn carrier 12 (and the third yarn carrier 13) is selected from the time when the carriage 15 reaches the right end position of the region where the first knitting portion 5 is to be knitted, and knitting for one course in the region. To start. When the knitting is completed, the needles are deactivated by switching the needle selector, and the knitting in which the second yarn carrier 12 (and the third yarn carrier 13) is selected is interrupted.

Further, the first yarn carrier 11 is selected from the time when the carriage 15 reaches the right end position of the region where the first second knitting portion 6A is to be knitted, and knitting for one course in the region is started. . After the knitting for one course is completed, the carriage 15 is caused to run in the opposite direction of the course. Thereafter, the knitting operation is repeated in the same manner, and then the knitting is performed.
[Example of second organization]
When knitting the first second knitting part 6 (6A), the first knitting part 5 and the second second knitting part 6 (6B) from the left side to the right side as shown in FIG. When the carriage 15 travels from the left part to the right part of the bed 16, knitting for one course in which the first yarn carrier 11 is selected at the left end position of the region where the first second knitting part 6A is to be knitted is performed. When the knitting is completed, the needle is deactivated by switching the needle selector, and the knitting in which the first yarn carrier 11 is selected is interrupted.

The carriage 15 is idled to the right of the bed 16 as it is, and the running direction is reversed at the right end of the stroke in the entire knitting area. Next, the carriage 15 is caused to run idle to the left of the bed 16, and when the first second knitting portion 6A reaches the right end position of the area to be knitted, the knitting for one course in the area is resumed. In this way, when the first second knitting portion 6A has been knitted for two courses, the needle is deactivated by switching the needle selector, and the knitting in which the first yarn carrier 11 is selected is interrupted.
The carriage 15 is reversed in the direction of travel of the carriage 15 at the left end of the stroke of the entire knitting area, and the carriage 15 is idled to the right of the bed 16, and the second knitting portion 5 is reached from the time when the first knitting portion 5 reaches the left end position of the knitting area. The yarn carrier 12 is selected and knitting for one course in the region is started. When the first knitting portion 5 is plated, the third yarn carrier 13 is also selected at the same time and the plating is performed. When the knitting is completed, the needles are deactivated by switching the needle selector, and the knitting in which the second yarn carrier 12 (and the third yarn carrier 13) is selected is interrupted.

The carriage 15 is idled to the right of the bed 16 as it is, and the running direction is reversed at the right end of the stroke in the entire knitting area. Next, the carriage 15 is idled to the left of the bed 16, and when the first knitting portion 5 reaches the right end position of the area to be knitted, the knitting for one course in the area is resumed. When the first knitting portion 5 has been knitted for two courses in this way, the needle is deactivated by switching the needle selector, and the second yarn carrier 12 (and the third yarn carrier 13) is selected. Suspend the organization.
When the traveling direction of the carriage 15 is reversed at the left end of the stroke of the entire knitting area and the carriage 15 is idled to the right of the bed 16, and the second second knitting portion 6B reaches the left end position of the area to be knitted. The fourth yarn carrier 14 is selected, and knitting for one course in the area is started. When the knitting is completed, the needle is deactivated by switching the needle selector, and the knitting in which the fourth yarn carrier 14 is selected is interrupted.

The carriage 15 is idled to the right of the bed 16 as it is, and the running direction is reversed at the right end of the stroke in the entire knitting area. Next, the carriage 15 is idled to the left of the bed 16, and when the second second knitting portion 6B reaches the right end position of the region to be knitted, knitting for one course in the region is resumed. In this way, when the second second knitting portion 6B is knitted for two courses, the needle is deactivated by switching the needle selector, and the knitting in which the fourth yarn carrier 14 is selected is interrupted.
Thereafter, the knitting operation is repeated in the same manner and the knitting is performed.
[Second Embodiment]
5 and 6 show a second embodiment of the high-performance garment 1 according to the present invention. Note that the high-performance garment 1 of the second embodiment also has sports clothing similar to that of the first embodiment, and the arrangement of the first knitting portion 5 and the second knitting portion 6 is the same as that of the first embodiment. And

The first knitting portion 5 and the second knitting portion 6 are knitted with the length direction of the high-performance garment 1 as the wale direction and the waist direction as the course direction, respectively, and the first knitting portion 5 is “the course length is finite. It is the same as that of the first embodiment in that it has “regions”.
As apparent from FIG. 5, in the second embodiment, the first knitting portion 5 is plated with a ground yarn 20 and a splicing yarn 21, whereas the second knitting portion 6 Is knitted only by the ground yarn 20.
The splicing yarn 21 of the first knitting portion 5 is knitted while repeating the course of one wale at the end of one course and knitting the course in the opposite direction. Therefore, the splicing yarn 21 is in the first knitting portion 5 and is in an endless state (one from the beginning to the end of knitting).

The ground yarn 20 of the first knitting unit 5 is also knitted while repeating the course of one wale at the end of one course and knitting the course in a relative reverse direction, but the end of the one course is The spliced yarn 21 is knitted beyond the end of one course. Part or all of the second knitting part 6 adjacent to the first knitting part 5 is knitted with the ground yarn 20 knitted beyond this.
In the first knitting portion 5, the splicing yarn 21 is an elastic yarn having a strong tightening force, and the ground yarn 20 is a yarn having a weak tightening force. The ground yarn 20 of the first knitting unit 5 and the ground yarn 20 of the second knitting unit 6 are the same in terms of material as the above knitting method is adopted.

As the splicing yarn 21, for example, a material (single or having a composite structure such as covering) including polyurethane fiber can be used. Examples of the ground yarn 20 include synthetic fiber yarn (polyester, nylon, etc.), semi-synthetic fiber yarn (rayon, etc.), natural yarn (cotton, wool, silk, etc.), and elastic yarn (polyurethane, etc.) having relatively weak tightening force. Alternatively, a composite yarn obtained by combining these can be used.
Therefore, by wearing this high-performance garment 1, it is possible to obtain a supporter function or a strength training function at a predetermined part of the body using the strong tightening force generated by the first knitting part 5, and the second knitting part. Using the tightening force generated by 6, fit to the body, breathability, ease of movement, and the like can be obtained.

As is apparent from the above description, the first knitting portion 5 is an area that is knitted by the ground yarn 20 and the splicing yarn 21, and is never knitted by the cut boss while using the knitted fabric of the ground yarn 20 as a base. Neither is it connected, nor is it connected (sewn) by a cut-and-sew.
Therefore, the high-performance garment 1 according to the second embodiment also has a thread insertion portion (starting end of additional yarn) and a yarn removal portion (addition) at the boundary between the first knitting portion 5 and the second knitting portion 6. The end of the yarn does not occur, and as a result, a portion that swells in a line shape does not occur on the inner surface of the garment. As described above, since there is no unfavorable swelling on the inner surface of the garment, it is possible to eliminate and eliminate a decrease in comfort, an appearance effect on the fabric surface, and a skin disorder.
[Example of organization]
A case will be described in which the high-performance garment 1 of the second embodiment is knitted using a circular knitting machine with a rotation direction switching mechanism.

This circular knitting machine is capable of operation control such that the cylinder is alternately switched between forward rotation and reverse rotation at a predetermined rotation angle (for example, every 90 ° or 180 °). In addition, a yarn feeder for the ground yarn 20 is installed at four equal positions in the circumferential direction with respect to the cylinder, and further, a yarn feeder for the spun yarn 21 is installed at the two circumferential positions in the circumferential direction which are alternately arranged. Shall.
If this circular knitting machine is used, as shown in FIG. 6, in knitting the high-performance garment 1 of the second embodiment, blocks (1A, 1B, 1C, 1D), these four blocks 1A, 1B, 1C, 1D can be knitted down to advance simultaneously.

That is, if one end a1, b1, c1, d1 of each block 1A, 1B, 1C, 1D is set as the knitting start position of one course, the other end a2 separated by 1/4 circle (90 °) from each position. , B2, c2, d2 are the course turn-back positions a2, b2, c2, d2 of the blocks 1A, 1B, 1C, 1D.
Therefore, for example, when the cylinder rotates 90 ° in the clockwise direction of FIG. 6, knitting is started from one end a1 in the block 1A, and the cylinder temporarily stops when the other end a2 is reached. Then, the cylinder immediately starts to reverse in the counterclockwise direction. At this time, at the other end a2, one wal is advanced, and then the course is turned in the opposite direction and the knitting of one course is started again. It becomes the situation of being done.

Such a knitting is carried out simultaneously in each of the blocks 1A, 1B, 1C, 1D, and is repeated and the whole is knitted down.
In such knitting, at the yarn feeder position where the ground yarn 20 is fed, the knitting needle is always held at the knitting operating position, while at the yarn feeder position where the splicing yarn 21 is fed. Only when the first knitting portion 5 is to be knitted, the knitting needle is held in the knitting operation position, and when it corresponds to the second knitting portion 6, the knitting needle is controlled to be switched to the inoperative position by the needle selector.
[Other Embodiments]
By the way, the present invention is not limited to the above embodiments, and can be appropriately changed according to the embodiments.

For example, the clothing form may be a bra as shown in FIG. 7, or may be a shorts, a brief, a girdle, a pant, a shirt, a cylindrical supporter, or the like. Also, the purpose of use is not limited to obtaining a supporter function or strength training function for sports, but may be used to obtain a body shape correction function.
In the first embodiment, the use of a flat knitting machine is not limited, and a circular knitting machine with a rotation direction switching mechanism can also be used. In this case, the circular knitting machine may repeat the operation of reversing the rotation direction of the cylinder by a predetermined rotation angle (for every course length) in accordance with the knitting portion (5, 6) having the longer course length. Become.

In the second embodiment, a flat knitting machine can also be used.
In any of the embodiments, the stitch structure of the first knitting portion 5 and the second knitting portion 6 is not particularly limited, and may be appropriately adopted, such as a tentacle or a milling knitting.
When the pants as shown in FIG. 8 are used as the clothing form (FIG. 8A shows the front side and FIG. 8B shows the rear side), the region extending from the crotch to the upper row is the first knitting portion 5, The circumference can be formed as the second knitting portion 6.
In this case, for example, the following materials are used for the knitting yarn of the first knitting portion 5 (the one used as a splicing yarn in the case of plating knitting) for the purpose of enriching sweat absorption and quick drying. Can do.
・ X-shaped polyester
・ Composite yarn of cupra and polyester (for example, product name: Acticot manufactured by Asahi Kasei)
・ Amorphous cross-section polyester (for example, Teijin's trade name: Calculo)
・ Hygroscopic nylon (for example, product name: Cupe manufactured by Toray Industries, Inc.)
・ Composite yarn of cotton and polyester (for example, product name: Philasis manufactured by Toyobo Co., Ltd.)
・ Porous polyester (for example, Teijin's product name: Welky)
・ Composite fiber of polyester and eval (for example, Kuraray's trade name: Sofista)
・ Y-shaped cross section polyester (for example, trade name: Aquasterus manufactured by Kanebo Gosei Co., Ltd.)
・ Deformed cross-section acrylic (for example, product name: Colux manufactured by Mitsubishi Rayon Co., Ltd.)
-Moisture absorption and release nylon (for example, product name: Higura manufactured by Unitika)
Examples of the knitting yarn of the second knitting portion 6 include synthetic fiber yarn (polyester, nylon, etc.), semi-synthetic fiber yarn (rayon, etc.), natural yarn (cotton, wool, silk, etc.), elastic yarn (polyurethane, etc.). Alternatively, a composite yarn obtained by combining these can be used.

For the knitting yarn of the first knitting portion 5, in addition to the above, for example, the following materials can be used for the purpose of enriching the cool feeling.
・ Composite fiber of polyester and eval (for example, Kuraray's trade name: Sofista)
・ Product name made by DuPont: Coolmax ・ Product name made by Toray: Cool-in When making a shirt as shown in FIG. 9 as a clothing form, the armpit area is the first knitting part 5 and the second knitting around it. The above-mentioned various materials are used as the knitting yarn of the first knitting portion 5 for the purpose of making the first knitting portion 5 rich in sweat absorption and quick drying, or making the first knitting portion 5 rich in cooling sensation. (Each material described with reference to FIG. 8) can also be used.

When the pants having a short length as shown in FIG. 10 are used as the garment shape, the center region of the crotch portion can be formed as the first knitting portion 5, and the circumference can be formed as the second knitting portion 6.
In this case, for example, the following materials can be used for the knitting yarn of the first knitting portion 5 (the one used as a splicing yarn in the case of plating knitting) for the purpose of enriching the deodorizing property. .
・ Photocatalytic deodorant acrylic (for example, product name: Self-clear manufactured by Toyobo Co., Ltd.)
・ Ammonia deodorizing acrylate fiber (for example, Toyobo's trade name: Dismel)
・ Artificial enzyme deodorant fiber (for example, product name: Deometaphy manufactured by Daiwabo)
Metal ion complex salt deodorizing acrylic (for example, product name: Sirius V manufactured by Mitsubishi Rayon Co., Ltd.)
For the knitting yarn of the first knitting unit 5, in addition to the above, for example, the following materials can be used for the purpose of enriching the antifouling property.
・ Water-repellent antifouling cotton (for example, product name: Eternary manufactured by Toyobo)
When making the pants having a long length as shown in FIGS. 11 and 12 (half pants or long pants) as a clothing form, an area centering around the thigh (FIG. 11) or an area extending from the buttocks to the waist (FIG. 12). The first knitting portion 5 and the upper and lower portions thereof can be formed as the second knitting portion 6.

In this case, for example, the following materials can be used for the knitting yarn of the first knitting unit 5 (the one used as a splicing yarn in the case of plating knitting) for the purpose of abundant heat retention.
・ Hygroscopic exothermic acrylate fiber (for example, Toyobo's trade name: Ex)
・ Hollow fiber polyester (for example, product name: Fariro, manufactured by Toray Industries, Inc.)
・ Hygroscopic heat-generating fiber that combines wool and cotton (for example, Toyobo's product name: Natural Conditioner)
・ Hygroscopic heat-generating polyacrylate fiber (for example, product name: Moiscare manufactured by Toyobo Co., Ltd.)
・ Hollow polyester (for example, Asahi Kasei's trade name: Twin Air)
-Well-shaped cross-section polyester (for example, trade name: Micro Art manufactured by Unitika)
・ Heat storage and heat insulation material (for example, product name: Solar α manufactured by Unitika)
・ Fast infrared radiation ceramic kneaded polyester (for example, Kuraray's trade name: Longwave)
・ Cotton hollow fiber (for example, product name: Spin Air manufactured by Kurabo Industries)
・ Heat-retained acrylic (for example, product name: Thermo Catch manufactured by Mitsubishi Rayon Co., Ltd.)
When the trunks as shown in FIG. 13 are used as the clothing form, the lower abdomen region is formed as the first knitting portion 5 and the periphery thereof is formed as the second knitting portion 6. For the purpose, it is also possible to use the above-mentioned various materials (each material described with reference to FIGS. 11 and 12) as the knitting yarn of the first knitting unit 5.

In the case of a shirt as shown in FIG. 14 as the clothing form, the upper knitted region (the region covering the trapezius) can be formed as the first knitting portion 5, and the periphery can be formed as the second knitting portion 6.
In this case, the knitting yarn of the first knitting portion 5 (the one used as a splicing yarn in the case of plating knitting) is for the purpose of enriching stretchability, strength and smoothness (such as prevention of stiff shoulders), for example, The following materials can be used.
-Magnetic fiber produced by combining resin binder (polyamide, etc.) and magnetic powder (see, for example, Japanese Patent Application Laid-Open No. 2004-91932)
In addition, in the shirts with elbows and pants with knees, the skin is made of skin care material, weakly acidic yarn, pH control with the corresponding part as the first knitting part for the purpose of preventing the roughness and skin damage caused by clothing friction etc. A material etc. can be used.

Further, it is known that the use of conductive fibers is effective in preventing irritation caused by static electricity, enriching dust-proofing properties, and maintaining partial heat. It is also known that the conductive fiber has an action as an electromagnetic wave shield as another action.
Therefore, the first knitting portion 5 is a region required for each use mode and purpose of use of such conductive fibers (for example, around the sleeve cuff of a long sleeve shirt for antistatic purposes and around the chest and abdomen for an electromagnetic wave shield). Conductive fibers can also be used. For example, the following materials can be used as the conductive fiber.
-Carbon kneaded polyester (for example, product name: Megana manufactured by Unitika)
-Conductive nylon (for example, Kanebo's trade name: Beltron)
・ Metal-plated fiber (for example, trade name: Sil Fiber manufactured by Mitsubishi Materials Corporation)

It is the side view which showed each knitting part typically about the AA arrow line part of FIG. It is the front view which showed 1st Embodiment (spats) of the highly functional clothing which concerns on this invention. (A) is an enlarged view of part B of FIG. 1, and (B) is a virtual diagram (assuming that the end of each knitting part is in a single state) that is easy to understand by drawing (A) in a separated state. Figure drawn). It is explanatory drawing which showed an example of the organization method. It is the figure (figure corresponding to Drawing 1 of a 1st embodiment) which showed the difference from a 1st embodiment in a 2nd embodiment of high-function clothes concerning the present invention clearly. It is a BB line arrow directional view of FIG. It is the front view which showed another embodiment (bra) of the highly functional clothing which concerns on this invention. It is embodiment which employ | adopted pants as a clothing form, (A) shows the front surface, (B) is the figure which showed the back surface. It is the figure (front figure) which showed embodiment which employ | adopted the shirt as a clothing form. It is the figure (rear figure) which showed the embodiment which employ | adopted short pants as a clothing form. It is the figure (front figure) which showed the embodiment which employ | adopted long pants as a clothing form. It is the figure (rear figure) which showed the embodiment which employ | adopted long pants as a clothing form. It is the figure (front view) which showed the embodiment which adopted trunks as clothing form. It is the figure (rear figure) which showed the embodiment which employ | adopted the shirt as a clothing form.

Explanation of symbols

1 High-performance clothing 5 First knitting part 6 Second knitting part 20 Ground yarn 21 Splicing yarn

Claims (6)

A first knitting portion (5) knitted in a state of extending in the wale direction with a finite course length;
A second knitting portion (6) knitted in a state adjacent to the first knitting portion (5) in the course direction;
The first knitting portion (5) is knitted with a ground yarn (20) and a splicing yarn (21), and the end portion of one course of the ground yarn (20) is a splicing yarn ( A part or all of the adjacent second knitting portion (6) is knitted by the ground yarn (20) knitted beyond this by knitting beyond the end of one course in 21),
The splicing yarn (21) of the first knitting portion (5) is knitted while repeating the knitting in the opposite direction by proceeding by one wale at the end of one course. clothing. A first knitting portion (5) knitted in a state of extending in the wale direction with a finite course length;
A second knitting portion (6) knitted in a state adjacent to the first knitting portion (5) in the course direction;
The knitting yarn of the first knitting part (5) is knitted while repeating the knitting process in the opposite direction by proceeding by one wale at the end of one course,
The knitting yarn of the second knitting part (6) is knitted while repeating the course of one wale at the end of one course and knitting the course in the opposite direction,
A high-performance garment characterized in that loops appearing at the respective course ends are integrally knitted together at the boundary between the first knitting portion (5) and the second knitting portion (6).   The high-performance garment according to claim 2, wherein the first knitting portion (5) is knitted with a ground yarn (20) and a splicing yarn (21).   The high-performance garment according to claim 1 or 3, wherein the first knitting portion (5) forms a power portion by the splicing yarn (21) being an elastic yarn having a strong tightening force. .   The high-performance garment according to claim 2, wherein the first knitting portion (5) forms a power portion by using a knitting yarn as an elastic yarn having a strong tightening force.   The high function according to any one of claims 1 to 5, wherein the clothing form is any one of a bra, a short, a brief, a girdle, a pant, a spats, a shirt, and a tubular supporter. clothing.

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