JP4789684B2 - Body correction clothing - Google Patents

Description

  The present invention relates to a body shape correction garment effective for preventing pelvic deviation and posture correction.

In general, the pelvis is tilted forward, the femur is shifted forward, and the hips are widespread due to muscle weakness or chronic poor posture (eg, single bite, foot pair, center of gravity, etc.) It is said that when the spine bends (becomes a dorsum), the neck bone comes out forward and the posture deteriorates (see FIG. 4).
Conventionally, clothing having a function of preventing or correcting the above phenomenon is known (see, for example, Patent Documents 1 and 2).
JP 2002-263127 A JP 2004-107844 A

Since the thing of patent document 1 uses the belt for a separate pelvis correction for a clothing main body, it takes time and effort to attach and detach, and there is a problem by the point that it is hard to wear casually, such as not being worn unless it is severe. is there.
Moreover, although the said problem is eliminated, the thing in patent document 2 is effective in prevention of the pelvic anteversion and posture correction, since the cooperation between the front and back parts having strong tightening force is not taken. There is a problem in that it is not possible to demonstrate the function.
The present invention has been developed in view of the above-mentioned problems of the prior art, and can take advantage of the ability to prevent the pelvis from tilting forward or correct the posture while effectively linking the parts having strong tightening force. An object of the present invention is to provide a body shape correction garment that can be worn easily without taking time and effort.

In order to achieve the above object, the body shape correcting garment of the present invention has a front body and a back body that are formed in a symmetrical shape, and spreads upward from the crotch to the waist in the center of the front body. In the garment correction garment having the V zone arranged in the V zone, the main belt-like portion having tightening forces F1, F1 stronger in the left-right direction than the V zone is equivalent to the pelvis from the left and right sides of the V zone to the center of the back body Further, the auxiliary belt-shaped portion having a strong tightening force in the left-right direction is shifted downward from the main belt-shaped portion in the lower abdominal portion corresponding to the V zone, The component force F2 that pulls the V zone upward is generated,
Anti-slip irregularities are provided on the inner surface of the main band-shaped part and the inner surface of the auxiliary band-shaped part,
The unevenness for anti-slip is formed by a plurality of hook-shaped ridges composed of pile yarn loop portions of a pile fabric, and the hook-shaped ridges are formed with the longitudinal direction thereof along the wearer's height direction. The height of the hook-shaped ridge is characterized by being formed by repeatedly repeating a plurality of different patterns in the wearer's waistline direction .
According to the above configuration, the strong tightening force in the left-right direction acting on the main belt-shaped part is a force that strongly pulls the wearer's front center V-zone toward the center of the back body toward the left and right sides. The pulling force in the left-right direction generates a component force that pulls up the V zone upward, and this upward component force causes an action of pulling up the lower abdomen of the wearer, Can be effectively contributed to the prevention of the forward tilt and the correction of the posture.

In addition, an auxiliary belt-like portion having a strong tightening force in the left-right direction is arranged at a position corresponding to the lower abdominal portion of the V zone so as to be shifted downward from the main belt-like portion.
According to the said structure, the pulling force to the left-right direction by a main strip | belt-shaped site | part can be more effectively converted into the component force which pulls up V zone upward. That is, if the V zone easily extends in the left-right direction, the pulling force in the left-right direction of the main belt-shaped portion is wasted to the extension of the V-zone in the left-right direction, and the upward component force decreases. By providing an auxiliary belt-like portion having a strong tightening force in the left-right direction, unnecessary extension of the V zone in the left-right direction can be prevented, and the upward component force can be increased. In this case, the auxiliary belt-like portion is the main belt-like portion. However, since the auxiliary belt-shaped portion is shifted downward from the main belt-shaped portion, the upward component force can be effectively exhibited.

The inner surface of the main belt-shaped part and the inner surface of the auxiliary belt-shaped part are provided with non-slip irregularities.
According to the above configuration, it is possible to prevent collapse during wearing, and the main belt portion and the auxiliary belt portion are in contact with the wearer's skin (inner surface), and the wearer's pelvis is tilted forward. Can be prevented, and the posture can be corrected more effectively.
The unevenness for anti-slip is formed by a plurality of hook-shaped ridges composed of pile yarn loop portions of a pile fabric, and the hook-shaped ridges are formed with the longitudinal direction thereof along the wearer's height direction. In addition, it is preferable that the height of the hook-shaped ridge is formed by repeating a plurality of patterns sequentially different in the wearer's waistline direction.

  According to the above configuration, the anti-slip unevenness that comes into contact with the wearer's background is made of pile fabric, so that the feeling of wear is improved. At this time, the hook-shaped ridge extends along the longitudinal direction of the wearer. And the top of the hook-shaped ridge is formed on the surface of the wearer. The contact frictional resistance between the ground surface and the clothing in the wearer's waistline direction when touched and pushed down can be changed depending on the pushed-down direction. That is, the frictional resistance when the tops of the saddle-shaped ridges having different heights from the rear toward the front are aligned and in contact with the ground, and vice versa, the heights are different from the rear toward the front. In the frictional resistance when only the highest top of the ridges contacts the ground, the former is larger. By utilizing this, it is possible to increase the frictional resistance in the direction of pulling the wearer's skin and muscles and the entire pelvis backward, and to reduce the reverse frictional resistance, thereby contributing to correction of the pelvis. .

When the elasticity of the pile thread is weak, the height of the hook-shaped ridge is formed by repeating a plurality of patterns that gradually increase from the rear to the front in the waist direction of the wearer. In a strong case, the pattern is preferably formed by repeating a plurality of patterns that gradually decrease from the rear toward the front in the waist direction of the wearer.
According to the above configuration, even if the frictional resistance is reversed by the elasticity of the pile yarn, the main belt-like portion having a strong tightening force in the left-right direction in accordance with the movement of the waist accompanying the movement of the wearer's body is the frictional resistance. Therefore, the wearer's pelvis can be pulled backward to further prevent the pelvis from tilting forward and improve the posture correction function.

The anti-slip unevenness may be formed by attaching a resin material in a dot shape.
Moreover, the site | part which has the said strong tightening force may be formed by the power switch of the knitting | organization structure | tissue of the cloth which comprises the front and back bodies.
According to the said structure, the site | part which has a strong tightening force can be continuously knitted with other body cloths continuously, and creation of this kind clothing becomes easy.

  According to the present invention, it is possible to cooperate between parts having a strong tightening force, effectively prevent the pelvis from tilting forward or correct the posture, and take less time to attach and detach, and can be easily worn. Clothing can be provided.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
As shown in FIGS. 1 and 2, the body shape correction garment 1 of the present invention includes a V zone 5 disposed in the center of the front body 4 from the crotch 2 to the waist 3, and both the left and right sides of the V zone 5. A main belt-like portion 7 is disposed so as to surround the periphery of the pelvis equivalent part to the center of the back body 6 and has a tightening force stronger in the left-right direction than the V zone 5.
The body-correcting garment 1 has a front body 4 and a back body 6 formed in a symmetrical shape, and on the front body 4 side, a fabric that becomes a V zone 5 (a body fabric and a co-fabric) is sewn along the V line. The back body 6 side is sewn to the center in the left-right direction, and the crotch piece (not shown) of the body fabric and the co-fabric is sewn to the crotch portion 2.

A power net formed by knitting polyurethane elastic fibers in nylon or the like is suitable as the fabric constituting the front and back bodies 4 and 6 of the body shape correction garment 1, but it is a fabric using other fiber materials. There may be.
In the portion corresponding to the lower abdominal part of the V zone 5, an auxiliary band-shaped part 8 having a strong tightening force in the left-right direction is disposed below the main band-shaped part 7.
Anti-slip irregularities 9 as shown in FIG. 3 are provided on the inner surface of the main belt-shaped portion 7 and the inner surface of the auxiliary belt-shaped portion 8.

The anti-slip irregularities 9 are formed by a plurality of hook-like ridges 9b formed of pile yarn loop portions of the pile fabric 9a, and the hook-like ridges 9b have the longitudinal direction along the height direction of the wearer. The height of the hook-shaped ridges 9b is successively different in the wearer's waist direction (in the embodiment, three rows, preferably 2 to 4 rows in order from the rear toward the front). Then, it is formed in a sawtooth shape.
In the case of three rows, the height of the pile yarn loop portion, that is, the height of the hook-shaped ridge 9b is 0.7 to 1.5 mm, preferably 1.0 mm, and the middle one is the middle. 0.5-1.0 mm, preferably 0.7 mm, and the smallest one is 0.4-0.7 mm, preferably 0.5 mm. These large, medium and small patterns have a density of about 6.3 rows / cm. It is formed to become.

When the elasticity of the pile yarn is weak (for example, cotton yarn No. 55/1), the height of the hook-shaped ridge 9b is repeated a plurality of patterns that gradually increase from the rear to the front in the waist direction of the wearer. When the pile yarn is highly elastic (for example, cotton yarn No. 80/2), it is preferable to repeatedly form a pattern that gradually decreases from the rear to the front in the waist direction of the wearer. .
The parts 7 and 8 having the strong tightening force are formed by switching the power of the knitted fabric of the fabric constituting the front and rear bodies 4 and 6.

In addition, as for the site | parts 7 and 8 which have strong tightening force, another fabric may be affixed on the predetermined site | part of the fabric which comprises the front and back bodies 4 and 6, or may be sewn on.
The anti-slip irregularities 9 are formed by partially changing the knitting structure of the fabric constituting the front and back bodies 4, 6, such as one-side knitting.
The unevenness 9 for anti-slip may be rubber knitted, or may be formed by adhering a resin material in the form of dots on the inner surfaces of the front and back bodies 4 and 6. In this case, as the resin material, polyurethane-based hot-melt resin, polyester-based hot-melt resin, EVA-based hot-melt resin, polyolefin-based hot-melt resin, styrene-based elastomer, moisture-curable urethane-based hot-melt resin, reactive-type hot-melt resin Etc. are effective.

The diameter of the resin dots is preferably about 0.75 mm (the size before welding is preferably about 0.7 mm if heat welding is performed by hot pressing). The adhesion density of the resin dots is preferably about 4 to 20 dots / cm (more preferably 7 to 8 dots / cm), and the occupied area ratio to the fabric is preferably about 25%.
Embodiment of the body shape correction | amendment clothing 1 which concerns on this invention consists of the above structures, and if this is worn, the following effects will be acquired.
That is, the strong laterally tightening forces F1 and F1 acting on the main belt-like portion 7 cause the V zone 5 at the center of the front of the wearer to face the center of the back body 6 as shown in FIGS. Forces F1 and F1 that are strongly pulled on both sides in the direction, and these lateral pulling forces F1 and F1 generate a component force F2 that pulls the V zone 5 upward, and this upward component force F2 The action of pulling up the lower abdomen is produced, so that the forward tilt of the wearer's pelvis can be prevented and the posture can be effectively corrected. FIG. 4A is a side view of a normal posture of the human body, where the pelvis 10 and the femur 11 are in a normal position, and the spine 12 and the neck bone 13 maintain a normal S-curve. ), The pelvis 10 tilts forward, the center of gravity goes forward, and in order to support this, the upper joint of the femur 11 shifts forward, the curve of the spine 12 becomes tight, and the back of the spine becomes stiff, supporting the head The neck bone 13 is also strongly bent forward.

  In addition, since an auxiliary belt-like portion 8 having a strong tightening force in the left-right direction is disposed below the main belt-like portion 7 in the lower abdominal portion corresponding to the V zone 5, The pulling forces F1 and F1 in the direction can be more effectively converted into a component force F2 that pulls up the V zone 5 upward. That is, if the V zone 5 is easily stretched in the left-right direction, the pulling forces F1, F1 in the left-right direction of the main belt-shaped portion 7 are wasted for the left-right extension of the V zone 5, and the upward component force F2 is reduced However, by providing the auxiliary zone 8 having a strong tightening force in the left-right direction in the V zone 5, useless extension of the V zone 5 in the left-right direction is prevented, and the upward component force F2 can be increased. In that case, if the auxiliary belt-like portion 8 is at the same height position as the main belt-like portion 7, the upward component force F2 is canceled, but the auxiliary belt-like portion 8 is shifted downward from the main belt-like portion 7, The upward component force F2 can be effectively exhibited.

Moreover, since the unevenness | corrugation 9 for slip prevention is provided in the inner surface of the said main strip | belt-shaped site | part 7 and the inner surface of the auxiliary | assistant strip | belt-shaped site | part 8, it can prevent the collapse | wearing at the time of wear, and the main strip | belt-shaped site | part 7 and an auxiliary | assistant strip | belt shape. The part (inner surface) of the region 8 that contacts the wearer's background can be brought into close contact with the background to prevent the wearer's pelvis 10 from being tilted forward, and can be more effectively contributed to correcting the posture.
The anti-slip irregularities 9 are formed by a plurality of hook-like ridges 9b made of a pile yarn loop portion of the pile fabric 9a, and the hook-like ridges 9b extend in the longitudinal direction of the wearer. The height of the hook-shaped ridge 9b is formed by repeating a plurality of patterns that are sequentially different in the direction of the waist of the wearer, preventing collapse, preventing the pelvis 10 from tilting forward, and posture The correction function can be further improved.

In addition, when the portions 7 and 8 having strong tightening force are formed by switching the power of the knitted tissue of the fabric constituting the front and rear bodies 4 and 6, the portions 7 and 8 having strong tightening force are replaced with other portions 7 and 8 respectively. It can be continuously knitted in series with the fabrics of the body bodies 4 and 6, and this kind of clothing can be easily created.
Further, when the knitting structure of the fabric constituting the front and rear bodies 4 and 6 is formed by partial modification of the knitting structure such as single knitting, the anti-slip unevenness 9 has an influence on the outer surface side of the fabric. Without giving, it is possible to knitting the non-slip irregularities 9 in series with other body parts and to improve the appearance of the seed garment.

The present invention comprises the above embodiments, but the present invention is not limited only to the above embodiments, and can be freely modified and implemented within the scope of the matters described in the claims. it can. Moreover, the clothes which this invention makes object are a girdle, tights, a leotard, pantyhose, a body suit, a swimsuit, etc.

It is a front view showing one embodiment of a figure correction garment according to the present invention. It is a rear view of the clothing of FIG. It is sectional drawing which shows an example of the unevenness | corrugation for slip prevention. (A) is a side view of a human body in a normal posture, and (B) is a side view of a human body in a bad posture.

DESCRIPTION OF SYMBOLS 1 Body correction clothing 2 Crotch part 3 Waist part 4 Front body 5 V zone 6 Rear body 7 Main belt part 8 Auxiliary belt part 9 Non-slip unevenness

Claims (2)

It has a front body (4) and a back body (6) created in a symmetrical shape, and spreads upward from the crotch (2) to the waist (3) in the center of the front body (4) In the body shape correction garment provided with the V zone (5) arranged in the V zone (5), the main belt portion (7) having tightening forces F1, F1 stronger in the left-right direction than the V zone (5) Is arranged so as to surround the periphery of the pelvis-corresponding portion from the left and right sides to the center of the back body (6), and further, the auxiliary portion having a strong tightening force in the left-right direction in the lower abdominal portion corresponding to the V zone (5) The band-shaped part (8) is arranged so as to be shifted downward from the main band-shaped part (7) to generate a component force F2 that pulls the V zone (5) upward,
Anti-slip irregularities (9) are provided on the inner surface of the main belt-shaped portion (7) and the inner surface of the auxiliary belt-shaped portion (8),
The non-slip unevenness (9) is formed by a plurality of hook-like ridges (9b) made of a pile yarn loop portion of the pile fabric (9a), and the hook-like ridges (9b) have a longitudinal direction. It is formed along the height direction of the wearer, and the height of the hook-shaped ridge (9b) is formed by repeatedly repeating a plurality of different patterns in the wearer's waist direction. Body correction clothing. When the elasticity of the pile yarn is weak, the height of the hook-shaped ridge (9b) is formed by repeating a plurality of patterns that gradually increase from the rear to the front in the waist direction of the wearer, and the pile yarn The body shape correcting garment according to claim 1, wherein when the elasticity of the body is strong, a plurality of patterns that are gradually lowered from the rear to the front in the waist direction of the wearer are repeatedly formed .

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