JP2005290625A - Undershirt - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an undershirt having miscellaneous function of motor function without loosing wearing feeling. <P>SOLUTION: The undershirt is formed of stretchable warp knitted fabric knitted with non-elastic yarns and elastic yarns, and cylindrical warp knitted fabric having at least three kinds of knitted fabric parts respectively different in tightening force. The highly tightening parts 1 are arranged at a part 11 ranging from musculus triceps brachii to a sleeve part through a brachioradial muscle, a part 12 ranging from the back body part to the bottom part of the undershirt, and a part 13 ranging from the greater pectoral muscle of the front body part to the bottom part passing through the part of the musculus rectus abdominis. The moderately tightening part 2 is arranged at an upper arm bicep part 21 and an anterior serratus muscle and an external oblique part 22. The slightly tightening part 3 are arranged at the other parts. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an undershirt composed of a stretch warp knitted fabric having front and back structures composed of jacquard knitting knitted using inelastic yarns and elastic yarns, and more specifically, at least three types of knitted fabrics having different tightening forces The present invention relates to an undershirt using a tubular warp knitted fabric that is knitted integrally from a portion.

  For innerwear such as foundations and sportswear, elastic warp knitted fabrics that combine elastic yarns with non-elastic yarns are often used. Alternatively, products with muscle support are manufactured. As its manufacturing method, usually, an elastic warp knitted fabric is knitted using a tricot knitting machine and a Russell warp knitting machine, and cut into parts consisting of a plurality of elastic warp knitted fabrics such as a front body, a back body, and an arm, A method of manufacturing these by sewing has been generally performed.

  However, a sewing operation has to be performed, and there is a concern that the sewn portion may give the wearer a feeling of strangeness.

  In addition, some clothing such as sportswear is known for its taping effect, warm-up effect and fatigue reduction effect by applying moderate pressure around the muscle or around the muscle.

  For example, in Patent Document 1 below, in the back of the shirt, it passes from the vicinity of the upper side of the trapezius muscle to the inner upper corner of the scapula, and from the seventh thoracic vertebra to the ninth thoracic vertebra. A strong tightening force part that covers the part that reaches the lower part of the rib on the opposite side side through any of the vicinity, and in the front part of the shirt, from the vicinity of the distal equivalent part of the deltoid muscle to the vicinity of the edge of the equivalent part of the deltoid muscle It ends in the vicinity of the upper end of the shirt at the side of the neck at the side of the neck, and in the back of the shirt, from the vicinity of the portion corresponding to the deltoid muscle through the vicinity of the edge of the portion corresponding to the deltoid muscle, from the portion corresponding to the seventh cervical vertebra to the portion corresponding to the third thoracic vertebra There is disclosed a stretch fabric shirt having a strong tightening force portion extending in the same direction and symmetrically extending to the opposite side. This eliminates the hassle of being treated by specialists like taping, is easy to wear, has no pain and is comfortable to wear, and has hygienic problems such as the occurrence of itching due to skin stuffiness. In addition, it is an object of the present invention to provide a protective clothing for shoulder and upper limbs that is effective in preventing and treating the shoulder joint and its nearby muscles, and disorders of the upper limb muscles in the vicinity of the shoulder joint.

  However, it cannot be said that the effect of enhancing the motor function assisting effect by wearing the wear is sufficient.

  In addition, the method using a circular knitting has problems that it is easy to conduct a wire, is inferior in durability and form stability, and is difficult to knit a portion having a large tightening force.

  In addition, when making a part with strong tightening force by applying a patch, there is a problem that the patch must be sewn, which increases the sewing process, and the breathability of the patch part becomes worse. There is.

According to the research of the present inventor, in order to improve the motor function in the undershirt, not only the tightening force is partially applied, but also the strength (size) of the tightening force and the range in which the tightening force is applied. And how to combine them is a problem. However, an undershirt that has improved the assist effect of the motor function in consideration of the above points has not yet appeared.
JP 2000-8203 A

  The present inventor has made extensive studies in view of the above-described problems, and has a stretchable warp having a front and back lining structure composed of jacquard knitting using inelastic yarns and elastic yarns. In a knitted fabric, a sports undershirt consisting of a cylindrical warp knitted fabric obtained by knitting and knitting at least three types of knitted fabric portions having different tightening forces, the knitted fabric portions having different tightening forces, It has been found that the motor function can be greatly improved by the specific arrangement, and the present invention has been completed.

  That is, the present invention provides an undershirt that is most suitable for sports, which can improve the motor function and also improve the feeling of wearing.

  The present invention that solves the above problems is (1) a cylindrical stretch warp knitted fabric having a front and back fabric structure by jacquard knitting knitted using a non-elastic yarn and elastic yarn by a double raschel warp knitting machine. An undershirt comprising a tubular warp knitted fabric integrally knitted by knitting at least three kinds of knitted fabric portions having different tightening forces, wherein the portion 1 having a large tightening force is the triceps surae in the arm portion. From the brachial muscle to the sleeve, the part of the lower part of the neck from the trapezius to the bottom of the undershirt, and the lower part of the front from the lower part of the neck to the rectus abdominis The middle part of the tightening force is placed in the part of the biceps, the front saw and the external oblique muscles in the arm, and the tightening force The small part must be placed on the other part Is an undershirt which is characterized.

  And (2) the tightening force at 30% extension of the portion having a large tightening force, the medium portion of the tightening force, and the portion having a small tightening force is 30 to 60 CN, 20 to 45 CN, and 10 to 30 CN, respectively. The difference in the tightening force between the part with the large tightening force and the medium part of the tightening force, and the difference in the tightening force between the medium part of the tightening force and the part with the small tightening force is 1.2 to 3.0 times, respectively. It is an undershirt of the said (1) description characterized by the above-mentioned.

  In addition, (3) the proportion of the portion having a large tightening force, the middle portion of the tightening force, and the portion having a small tightening force in the entire undershirt is 30 to 50%, 40 to 60%, and 10 to 30%, respectively. It is an undershirt of the said (1) or (2) characterized by the above-mentioned.

  Further, (4) a portion where the tightening force is large, a portion where the tightening force is medium, and a portion where the tightening force is small are each formed by two overlapping yarns in the well direction of the sinker loop, one overlapping portion, The undershirt according to any one of (1) to (3), wherein two overlapping portions are formed by alternately knitting portions and one knitting portion.

  (5) The undershirt according to any one of (1) to (4), wherein a body part and an arm part are integrally formed in a tubular shape.

  (6) The undershirt according to any one of (1) to (4), wherein the body part and the arm part are separately knitted into a cylindrical shape and integrated by sewing.

  The undershirt comprising the elastic tubular warp knitted fabric of the present invention knitted knitted fabric portions with different tightening forces into a tubular shape, so that the uncomfortable feeling at the time of wearing by the sewing portion can be eliminated and the sewing process is omitted. Or it can reduce significantly and can aim at the improvement of the motor function assistance effect at the time of using especially for the underwear for sports.

  Hereinafter, the present invention will be described in more detail.

  The present invention relates to an undershirt comprising a tubular elastic warp knitted fabric having a front and back fabric structure composed of jacquard knitting knitted using an inelastic yarn and an elastic yarn by a double raschel warp knitting machine equipped with a jacquard fold. The tubular warp knitted fabric is integrally knitted into a tubular shape by knitting at least three kinds of knitted fabric portions having different tightening forces, and the body part and both arms are formed by the tubular warp knitted fabric. Is formed. 1 and 2 are views of the undershirt of the present invention, which is composed of three types of knitted fabric portions 1, 2, and 3 having different tightening forces, as viewed from the front and the rear.

  As shown in FIGS. 1 and 2, in the undershirt of the present invention, the portion 1 having the greatest tightening force (the satin tone portion in the figure) passes from the triceps brachii to the brachial muscle in the arm A. A part 11 to be applied to the sleeve part, a part 12 to be applied to the bottom of the undershirt from the trapezoid part of the lower neck part of the back part of the body part B, and a part of the greater pectoral muscle to the rectus abdominis than the lower part of the neck part of the front part It is arrange | positioned in the part 13 which passes along a skirt through. Further, the intermediate portion 2 (shaded portion in the figure) of the tightening force is disposed at the biceps portion 21 of the arm portion A and the front saw and external oblique portions 22 and further tightening force. The small part 3 (white background part in the figure) is arranged in the other part. These three types of knitted fabric portions 1, 2 and 3 having different tightening forces have a difference in tightening force depending on the knitting structure, the type of yarn used, or a combination thereof, as shown in FIGS. Shall be attached. 3 to 5, FIG. 3 is a knitting structure that becomes a portion 1 having a large tightening force, FIG. 4 is a knitting structure that is a medium portion 2 of a tightening force, and FIG. 5 is a small tightening force. The knitting structure which becomes the part 3 is illustrated.

  The function of the undershirt in which portions having different tightening forces are arranged as described above will be described based on, for example, an operation when playing baseball.

  In exercise such as baseball (throwing, hitting, defending), the role of turning the shoulder, shaking the arm, bending the arm, moving the waist back and forth, left and right is generally known as the outer muscle , Trapezius, deltoid, triceps, biceps. By arranging knitted fabrics having different stretching forces corresponding to the movement of these muscles and fitting them to the body, the motor function can be further improved.

Therefore, to explain the relationship between tightening force and underwear that improves the motor function that led to the present invention,
(1) A portion 1 having a large tightening force, for example, a portion 1 having a large tightening force due to the knitting structure shown in FIG. 3, is arranged substantially along the portion of the trapezius muscle at the lower neck of the back body and over the bottom of the undershirt. It is arranged so as to cover the substantially central part of the back body (the part 12), and further, the part 1 having a large tightening force is disposed from the lower part of the neck of the front body to the part of the rectus abdominis. It arrange | positions so that the substantially center part of the front body may be covered over a skirt part (the said part 13). As a result, the back muscles can be stabilized, and at the same time, a repulsive force is added to the front / rear / left / right movements of the waist, improving the motor function.

  Similarly, by positioning the portion 1 having a large tightening force such as the knitting structure of FIG. 3 in the region from the triceps portion to the forearm via the elbow (the portion 11), When bending and stretching the arm or waving the arm, the elbow becomes a fulcrum and a repulsive force can be added, and the exercise ability can be improved.

  At the same time, the clothing pressure due to the large tightening force stimulates the triceps surae muscles, and the effect of improving arm swinging is also obtained.

(2) Next, in order to make it easier to turn the shoulders and raise the arms without difficulty, the sides of the front body and the lower side of the sides do not obstruct the movement of the muscles. 3. For example, a portion having a small tightening force by the knitting structure of FIG.

(3) Finally, a portion 2 having a medium tightening force, for example, a portion of the braided tissue having a medium tightening force shown in FIG. The movement of the muscle outer part, latissimus dorsi and deltoid muscles can be positively improved.

  Further, for the portion 1 having a large tightening force, the portion 2 having a medium tightening force, and the portion 3 having a small tightening force, the tightening force at 30% elongation is 30 to 60 CN, 20 to 45 CN, and 10 to 10, respectively. 30CN and the difference in the tightening force between the portion 1 having a large tightening force and the portion 2 having a medium tightening force, and the difference in the tightening force between the portion 3 having a medium tightening force and the portion 3 having a small tightening force, Each is preferably 1.2 to 3.0 times.

  That is, if the tightening force of the portion 1 where the tightening force is large is weaker than 30 CN, the motor function assist effect may not be obtained satisfactorily. There is a risk of feeling. Further, if the tightening force of the portion 3 having a small tightening force is smaller than 10 CN, it is difficult to fit the body at the time of wearing, and if it is larger than 30 CN, uncomfortable feeling may be felt at the time of wearing.

  Further, if the ratio of the respective tightening forces is smaller than 1.2 times, the difference between the portions having different tightening forces is difficult to occur, and the motor function assisting effect according to the present invention is hardly exhibited. Further, if the ratio of the respective tightening forces is larger than 3.0 times, puckering is strongly generated at each boundary portion, so that the quality may be inferior, and uncomfortable feeling may be felt at the time of wearing.

  As the method for measuring the tightening force, for example, the knitted fabric portions of the knitted fabrics having different tightening forces shown in FIGS. 3 to 5 are knitted, and the sample size of each knitted fabric portion is 2.5 cm wide and long. The length of each sample was set to 16 cm using an Instron universal tensile tester, and the sample length (grab interval) was 2.5 cm for the upper grip, 3.5 cm for the lower grip, 10 cm for the tensile interval, and a pulling speed of 30 ± 2 cm / min. The elongation recovery of up to 80% is repeated 3 times, and the tightening force is a value that is half of the sum of the stress at the time of 30% elongation at the time of the third elongation recovery and the stress at the time of recovery. In the present invention, the tightening force is measured by using a sample long in the well direction and measuring the tightening force in the well direction of the knitted fabric.

  Further, the ratio of the portion 1 having a large tightening force, the portion 2 having a medium tightening force, and the portion 3 having a small tightening force to the entire undershirt is 30 to 50%, 40 to 60%, and 10 to 30%, respectively. Preferably, it is 35 to 45%, 45 to 55%, and 10 to 20%. If the portion 1 having a large tightening force is less than 30% of the whole, there is a possibility that the effect of assisting the motor function is not sufficiently obtained, and if it exceeds 50%, the wearing feeling may be impaired.

  In addition, when the above-described portion 1 having a large tightening force, the portion 2 having a medium tightening force, and the portion 3 having a small tightening force are different depending on the knitting structure, for example, as shown in the knitting structure of FIGS. Each part of the sinker loop where the yarn overlap is knitted in two for each course (part with high tightening force). One overlapping part and two overlapping parts are knitted alternately for each predetermined course It is preferable to consist of a portion (medium portion of tightening force), a portion knitted by one for each course (portion with small tightening force).

  If the portion with a large tightening force is knitted so that there are more than two overlapping yarns in the well direction of the sinker loop, the tightening force may become too strong, or the fabric thickness may become too large and the feeling of wear may deteriorate. In addition, there is a possibility that puckering may occur at the boundary between different tightening forces.

  The thicknesses of the portion 1 having a large tightening force, the middle portion 2 of the tightening force, and the portion 3 having a small tightening force are 1.0 to 2.4 mm, 0.8 to 1.6 mm, and 0.6 to 1.4 mm, respectively. It is preferable that When these ranges are exceeded, it may be difficult to obtain a fit when worn, or the texture may become too hard and the wear feeling may deteriorate.

  The difference in tightening force can also be obtained by using the same thread type with different fineness. However, the place where the tightening force is strong may be too hard, and the place where the tightening force is weak may be weak. This is not preferable.

  In the above description based on the illustrated embodiment, the case where there are three types of knitted fabric portions having different tightening forces has been described. However, for example, the intermediate portion 2 of the tightening force is used as the tightening force in an organized manner. It is also possible to divide into two or more parts with a difference, and to form four or more different parts of tightening force as the whole undershirt.

  In the undershirt of the present invention, the body part B and both arm parts A and A may be separately knitted into a cylindrical shape, and then integrated by stitching. The body part B and both arm parts A and A may be integrated. Can be knitted together in a cylindrical shape at the same time.

  The elastic yarn used in the present invention is particularly preferably one that is excellent in stretchability and does not impair stretchability in the presetting process at the time of dyeing, and uses an elastic yarn of ether polyurethane fiber or ester polyurethane fiber. Among these, ether polyurethane fibers are preferably used.

  The fineness of the fiber used is preferably 33 to 110 dtex, particularly preferably 44 to 84 dtex.

  If it is less than 33 dtex, sufficient tightening force may not be obtained, and if it exceeds 110 dtex, the wearing feeling may be uncomfortable. The form of the elastic yarn to be used may be only the elastic yarn or an elastic yarn covered with an inelastic yarn.

  Examples of the yarn covering the elastic yarn include various fibers such as natural fibers such as cotton, wool and silk, regenerated fibers such as cupra and rayon, semi-synthetic fibers such as acetate, and synthetic fibers such as polyester and nylon. Short fibers and long fibers, round cross-sections, irregular cross-section yarns, and the like can be used, and composite yarns combining one or more of these fiber types and forms can be used. Moreover, sweat absorption can be imparted to the undershirt by using fibers having sweat absorption. These finenesses are preferably 33 to 220 dtex, and particularly preferably 44 to 167 dtex.

  In addition, the form of the elastic yarn coating is a core-spun yarn in which a so-called covered yarn or a short fiber is wound, such as a single covered yarn in which the above-mentioned yarn is wound around the stretched elastic yarn in a single layer or a double covered yarn in which the yarn is double-wrapped, or air entanglement. And coated elastic yarns by false twisting method.

  The inelastic yarn used in the present invention is not particularly limited. For example, natural fibers such as cotton, wool and silk, cellulosic fibers such as cupra and rayon, and various fibers such as synthetic fibers such as acetate, polyester and nylon. Yarns can be used, and short fibers and long fibers, round cross-sections, and irregular cross-section yarns can also be used. Moreover, sweat absorption can be imparted to the undershirt by using fibers having sweat absorption.

  For knitting the cylindrical warp knitted fabric of the present invention, a 16 to 28 gauge double raschel warp knitting machine having two rows of needle beds can be used. The warp knitting structure according to the present invention is not particularly limited, and an arbitrary structure can be used.

  The finishing knitting density is preferably 45 to 90 courses / 吋, 30 to 60 wells / 吋, particularly 50 to 70 courses / 吋, and 36 to 55 wells / 吋. When the knitting density is smaller than these, it is difficult to obtain sufficient tightening force and strength. When the knitting density is exceeded, the fabric may be thick and the weight may be increased, and the feeling of wearing becomes worse.

  The knitting method of the undershirt which consists of the cylindrical warp knitted fabric of this invention is demonstrated. For this knitting, a double raschel warp knitting machine having needle beds at the front and rear, particularly a double raschel warp knitting machine having a jacquard rod whose movement is controlled by a jacquard apparatus is used.

  In this knitting, the front and rear body forming the body part B of the undershirt are knitted from the lower end side (hem side) of the abdomen by knitting needles within a predetermined set width at front and rear corresponding positions of the front and back needle beds, The front body is knitted with the front knitting needle, and the back body is knitted with the back knitting needle. The left and right end portions of the undershirt body part are knitted to form a tubular knitted fabric by connecting the front and back knitted fabrics by supplying the knitting yarns at the left and right ends of the set width to the front and back needle beds, Knit from the bottom (hem) to both sides. At the same time, the arms A and A are stretched from the sleeves to the armpits, knitting yarn is supplied to the front and back needle beds, the front and back knitted fabrics are connected, and the fabric is knitted diagonally. At the same time, the cuff portion is knitted with an appropriate size so that the front and rear knitted fabrics can be separated, and is cut off after knitting to form cuffs. Further, the yarns at the ends of the upper part of the cuffs and the part forming the arm part from the upper part of the sleeve to the shoulder and neck are supplied to the front and back needle beds, and the front and back knitted fabrics are knitted together. The left and right arms A, A are knitted into a tubular shape, and thus the undershirt is knitted by knitting in a tubular shape in combination with the tubular knitted portions of the front and back bodies. When knitting, as shown in FIGS. 1 and 2, the undershirt of the present invention can be knitted by changing the knitting structure or the like and knitting portions having different tightening forces.

  Further, after the body part B and the arm part A are separately knitted into a cylindrical shape, the body part B and the arm part A can be knitted by stitching them at the shoulder part.

  Any method can be used for the dyeing method of the cylindrical warp knitted fabric constituting the present invention. It is possible to separate products one by one and dye them after sewing, so-called product dyeing, and it is also possible to dye them while the knitted fabric is continuous.

  The cylindrical warp knitted fabric constituting the present invention can be used for foundations such as girdles, bras and body suits, inners such as lingerie, and materials such as supporters.

  The present invention will be further described based on examples.

〔Evaluation methods〕
The undershirt used was prepared so that each of the three types of knitted fabric portions having different tightening forces had a predetermined tightening force according to the size of the subject.

[A feeling of wearing]
An undershirt was worn and the wearing feeling was evaluated as follows.

  ○ It was comfortable without being overwhelmed.

  Δ: A slight sensation of sensation was felt, but discomfort was not felt.

  X It was uncomfortable with a sense of slack.

[Exercise effect of motor function]
The wearer performed basic exercises such as throwing and running, and evaluated the ease of exercise and the effect of improving their abilities.

[Example 1]
Using a double raschel warp knitting machine (MDP RDPJ6 / 2N-24E) equipped with jacquard reeds, 56 dtex 30f polyester yarns are used for reeds L-2 and L-5, respectively, and jacquard reeds L-3 and L -4 uses a covered yarn in which a polyester yarn of 84 dtex 72f and a polyurethane elastic yarn of 44 dtex are respectively covered under a condition of a covering number of 500 T / m, and the knitting yarn introduced into the heels L-2 and L-3 The front body is knitted with the front knitting needle, the back body is knitted with the knitting yarn introduced into the collars L-5 and L-4 with the back knitting needle, and the combination of the knitting structures of FIGS. As described, an undershirt was knitted with different portions of tightening force. The knitting density was 60 courses and 40 wells. This product was evaluated for tightening force, wearing feeling, and motor function assisting effect. The results are shown in Table 1 below.

[Example 2]
Using a double raschel warp knitting machine (RDPJ6 / 2N-24E manufactured by Meyer) equipped with a jacquard cocoon, a polyester yarn of 56 dtex 30f is used for each of the heels L-2 and L-5, For L-4, a covered yarn obtained by single-covering a 56 dtex 24 f polyester yarn and a 22 dtex polyurethane elastic yarn under the condition of a covering number of 500 T / m is used, and the combination of the knitting structures shown in FIGS. And the undershirt which has arrange | positioned the part from which tightening force differs as described in FIG. 2 was knitted. The knitting density was 60 courses and 40 wells. This product was evaluated for tightening force, feeling of wearing and assisting motor function. The results are shown in Table 1.

[Comparative Example 1]
Using the yarn under the same conditions as in Example 1, the undershirt was knitted with the knitting structure of the middle part of the tightening force as a whole. This product is also shown in Table 1.

[Comparative Example 2]
The undershirt was knitted under the same conditions as in Example 1 except that the arrangement of the portion with the large tightening force in FIGS. This product had a poor feeling of wearing and a low effect of the exercise assisting function.

[Comparative Example 3]
An undershirt was knitted under the same conditions as in Example 1 except that the arrangement of the portion with the large tightening force and the portion with the small tightening force in FIGS. This product had a poor feeling of wearing, and the effect of the exercise assisting function was not obtained.

[Comparative Example 4]
An undershirt was knitted under the same conditions as in Example 1 except that the arrangement of the intermediate portion of the tightening force in FIGS. 1 and 2 and the portion having a small tightening force were replaced. This product had a poor feeling of wearing, and the effect of the exercise assisting function was not sufficiently obtained.

[Comparative Example 5]
The middle part of the tightening force is arranged in the part where the tightening force is large in FIG. 1 and FIG. 2, the small part of the tightening force is arranged in the middle part of the tightening force, and the tightening force is large in the part where the tightening force is small. An undershirt was knitted under the same conditions as in Example 1 except that the portions were arranged. This product also had a poor wearing feeling, and the effect of the exercise assisting function was not obtained.

[Comparative Example 6]
1 and 2, a portion with a small tightening force is disposed at a portion with a large tightening force, a portion with a large tightening force is disposed at a portion with a medium tightening force, and a medium tightening force is disposed at a portion with a small tightening force. An undershirt was knitted under the same conditions as in Example 1 except that the portions were arranged. This product had a poor feeling of wearing, and the effect of the exercise assisting function was not obtained.

  As apparent from Table 1 above and other comparative examples, not only Example 1 but also Example 2 have three types: a portion with a large tightening force, a medium portion with a tightening force, and a portion with a small tightening force. By arranging the knitted fabric part in a specific part, it has the effect of assisting the motor function such as throwing and running, especially in the case of Example 1, the movement compared to the undershirt of the same tightening force The function was greatly improved and the feeling of wearing was also very good.

  The present invention can be suitably used for a sports undershirt by taking advantage of its motor function assisting effect, fit, wearing feeling, and the like, and can also be suitably used for other general undershirts.

It is a front view of this shirt which shows arrangement | positioning of the part from which the tightening force differs in the undershirt of the Example of this invention. It is the rear view of this shirt which shows arrangement | positioning of the part from which the tightening force differs in the undershirt of the Example of this invention. It is an example of the organization chart of the part with big tightening force. It is an example of the organization chart of the middle part of tightening force. It is an example of the organization chart of the part with small tightening force.

Explanation of symbols

1 Part with strong tightening force 11 Part from the triceps surae through the part of the brachial muscle to the sleeve part 12 Part from the trapezius part to the undershirt hem part 13 Part from the greater pectoral muscle to the part of the rectus abdominis Part that passes through the hem part 2 Medium part of tightening force 21 Biceps part 22 Front anterior and external oblique part 22
3 Parts with weak tightening force A Arm B Body

Claims (6)

With a double raschel warp knitting machine, at least three kinds of knitted fabric parts with different tightening forces are knitted in a stretchable warp knitted fabric having a front and back knitted fabric knitted using inelastic yarn and elastic yarn. An undershirt composed of a cylindrical warp knitted fabric knitted integrally by
The portion 1 where the tightening force is large is a portion that is applied from the triceps of the arm to the sleeve through the portion of the brachial muscle, and a portion that is applied from the trapezius portion of the lower neck of the back body to the bottom of the undershirt , And from the lower part of the neck in the front body through the part of the greater pectoral muscle to the rectus abdominal muscle and placed on the hem part,
The medium part of the tightening force is arranged in the part of the biceps brachii in the arm part and the part of the front saw and external oblique muscles in the front body,
The parts with small tightening force are arranged in other parts,
Undershirt characterized by that.   The portion where the tightening force is large, the portion where the tightening force is medium, and the portion where the tightening force is small are 30 to 60 CN, 20 to 45 CN, and 10 to 30 CN, respectively. The difference in the tightening force between the middle part and the middle part of the tightening force, and the difference in the tightening force between the middle part of the tightening force and the part with the smaller tightening force are 1.2 to 3.0 times, respectively. The undershirt according to claim 1.   The ratio of the portion having a large tightening force, the medium portion of the tightening force, and the portion having a small tightening force to the entire undershirt is 30 to 50%, 40 to 60%, and 10 to 30%, respectively. The undershirt according to claim 1 or 2.   The portion where the tightening force is large, the portion where the tightening force is medium, and the portion where the tightening force is small are the portion where the overlap of the yarns in the well direction of the sinker loop is knitted with two pieces, one overlapping portion and two overlapping portions, respectively. The undershirt according to any one of claims 1 to 3, wherein the overlapping portions are composed of alternately knitted portions and a single knitted portion.   The undershirt according to any one of claims 1 to 4, wherein the body part and the arm part are knitted in a cylindrical shape. The undershirt according to any one of claims 1 to 4, wherein the body part and the arm part are separately knitted into a cylindrical shape and integrated by sewing.

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