JP2013150769A

JP2013150769A - Posture improvement girdle

Info

Publication number: JP2013150769A
Application number: JP2012125419A
Authority: JP
Inventors: Reiko Miyakoshi; 礼子宮腰; Nobuko Hirukawa; 伸子蛭川; Kofumi Matsubara; こふみ松原
Original assignee: MAKI CREATION KK; Quadrille Nishida KK
Current assignee: MAKI CREATION KK; Quadrille Nishida KK
Priority date: 2012-05-31
Filing date: 2012-05-31
Publication date: 2013-08-08
Anticipated expiration: 2032-01-24
Also published as: JP5099800B1

Abstract

PROBLEM TO BE SOLVED: To provide a girdle which can promote the muscle tension of a rectus abdominis and abdominal oblique, can successfully guide the twisting of a body trunk and pelvic rotation to allow smooth walking so that the distortion of a pelvis can be improved by walking, and further forwardly lean and guide a backward-inclined pelvis to a correct position while easily maintaining a position.SOLUTION: A girdle of a pelvis-hip joint integrated structure is designed in such a manner that muscle groups attached to the upper part of an ilium from the center of a sacral bone is obliquely supported to coordinate a hip joint invertor with a hip joint adductor, and compression placed on each portion is varied so as to act on an iliac muscle, psoas major, external oblique muscle or the like located in front of the ilium. By this design, functions of the pelvis and hip joint are enhanced by the action of a force on the muscle groups connecting the ilium to the hip joint, the flexibility of the hip joint muscle groups can be brought out to extend a movable region, knees can be stabilized in an advancing direction, legs can be easily kicked out or returned, and the excessive forward lean of the pelvis can be prevented.

Description

本発明は、人体を支える骨盤に付随する筋群に働きかけ骨盤を正しい位置に導くのみでなく、歩行や体幹バランス保持に関わる筋肉に働きかけ歩行運動を軽快に導くような構成を有する姿勢改善ガードルに関する。 The present invention is a posture-improving girdle having a configuration that not only works on muscle groups associated with the pelvis supporting the human body but leads the pelvis to the correct position, but also works on muscles involved in walking and maintaining the balance of the trunk and leads the walking motion lightly. About.

姿勢の良さは、人の美しさにとって重要である。美しいプロポーションが崩れる要因は、矢状面、前額面、および水平面の姿勢の崩れである。矢状面の姿勢の崩れとしては、矢状面の姿勢を構築している頸椎・胸椎・腰椎の弯曲バランスが崩れて胸椎後弯角が増大する円背や、上半身の不安定な重みが腰椎に集中し、腰部の弯曲が増大する反り腰、加齢による筋力の低下から上半身の重みを支えられなくなること等から生じる骨盤後弯姿勢などが知られている。前額面の姿勢の崩れとしては、片側にバッグを持ち続ける動作や、仕事やスポーツで片側に体を傾ける動作などの影響により発生する脊柱の右または左への弯曲から生じる側弯等が知られている。また、ゴルフやテニスのような一方向の回転によってパワーを出す動作や、人の介助に見られる片側の支持により身体の捻れを要する動作などは、体幹筋群の緊張度の左右差となって表れ、水平面での背骨や骨盤の歪みに繋がることが知られている。 Good posture is important for human beauty. The factor that causes the beautiful proportion to collapse is the collapse of the sagittal, frontal, and horizontal orientations. The collapse of the sagittal posture may be caused by the back of the cervical vertebrae, the thoracic vertebrae, or the lumbar spine that has built the sagittal posture, and the back of the thoracic spine increases, and the unstable weight of the upper body is the lumbar spine. There are known warp hips that concentrate on the hips, and the pelvic heel posture that arises from the fact that the weight of the upper body cannot be supported due to the decrease in muscle strength due to aging. Forehead face posture disruption is known to include lateral movement caused by bending the spine to the right or left caused by the action of holding the bag on one side or tilting the body to one side for work or sports. ing. In addition, movements that generate power by rotating in one direction, such as golf and tennis, and movements that require twisting of the body due to support on one side, which are seen in human assistance, are differences in the degree of tension in the trunk muscle group. It is known that this can lead to distortion of the spine and pelvis in the horizontal plane.

これらの姿勢の崩れは、骨格の歪みとなり、上半身と下半身のつなぎ目である骨盤に大きな影響を及ぼす。骨盤は、体幹や下肢の筋肉と複雑に結ばれ、下肢を股関節で繋ぎ、人の立位や動きを組み立てている。また、骨盤は体幹の重みを支え体重を下肢に伝える重要な役割を果たしており、骨盤のバランスが整った姿勢を保つことで、座る・立つ・動くという人体の基本となる動作を正しく行うことが可能となる。従って、骨盤を正すことは、健康的で美しいプロポーションと軽やかな動きを手に入れるために重要である。 These posture collapses cause skeletal distortion and have a significant effect on the pelvis, the joint between the upper and lower bodies. The pelvis is intricately connected to the trunk and muscles of the lower limbs, and the lower limbs are connected by hip joints to assemble human standing and movement. Also, the pelvis plays an important role in supporting the weight of the trunk and transmitting the weight to the lower limbs. By maintaining a well-balanced posture of the pelvis, it correctly performs the basic motion of the human body such as sitting, standing and moving Is possible. Therefore, correcting the pelvis is important for obtaining healthy and beautiful proportions and light movements.

上記のような崩れた姿勢を改善することを目的として骨盤に働きかける下着が数多く存在する。例えば、特許文献１には、伸縮性を有する生地からなるガードル本体と、該ガードル本体の背面で交差して該ガードル本体に縫付けられた、伸縮性及び弾力性を有する生地からなる１対の背面交差部材とを具備した骨盤矯正ガードルが開示されている。また、特許文献２には、全体に横方向に伸縮性のある布地で形成されたパンツ本体の裏面に、長手方向に伸縮性を発揮する、左右の腰部から内転筋に沿って前面の股下に至るように設けた補強弾性帯Ｘと、腹部中央を頂点として、背面で大殿筋を持ち上げるように設けた補強弾性帯Ｙを備えており、補強弾性帯Ｘと補強弾性帯Ｙが、股関節の位置で二重に重なり合う構成の骨盤矯正用パンティーガードルが開示されている。 There are many underwear that work on the pelvis for the purpose of improving such a broken posture. For example, Patent Document 1 discloses a pair of a girdle body made of a stretchable fabric and a fabric made of a stretchable and elastic fabric that is sewn to the girdle body crossing the back of the girdle body. A pelvic correction girdle having a back cross member is disclosed. Further, Patent Document 2 discloses that the back of the pant body, which is formed of a cloth that is stretchable in the lateral direction as a whole, is stretchable in the longitudinal direction. A reinforcing elastic band X provided to reach the center of the abdomen and a reinforcing elastic band Y provided so as to lift the gluteal muscle at the back, with the abdominal center being the apex, and the reinforcing elastic band X and the reinforcing elastic band Y are A pelvic correction panty girdle with a double overlapping configuration in position is disclosed.

しかしながら、特許文献１に記載された骨盤矯正ガードルは、ガードル本体の背面で交差してガードル本体に縫付けられた、伸縮性及び弾力性を有する生地からなる１対の背面交差部材の強力な引張り力によって強制的に骨盤の歪みを矯正するものであるので、当該強力な引張り力による圧迫感は避けられない。また、この強力な引張り力によって骨盤に直接的に働きかけているため、ガードルの装着をやめると、日常生活における上記のような姿勢の歪みを引き起こす動作によって再び骨盤の歪みが起こる可能性が高いという問題がある。また、特許文献２に記載された骨盤矯正用パンティーガードルは、補強弾性帯Ｘが関節に負担をかけずに関節周辺の筋肉を鍛え、骨盤と股関節を矯正し、長内転筋を鍛える効果を発揮し、補強弾性帯Ｙが骨盤と股関節の矯正と腹部を整えるとしている（特許文献２の明細書段落番号［０００７］、［０００８］）が、長手方向に伸縮性を発揮する補強弾性帯Ｘと補強弾性帯Ｙのみでは、複数の筋群が付随する骨盤を効果的に矯正するためには不十分である。さらに、従来からある骨盤矯正下着は、静的な立位姿勢時で効果を示すアイテムであって、骨盤の周囲の圧迫力が強く、歩行時での骨盤回旋や足運びの円滑性が損なわれるリスクがあり、骨盤と歩行時のスムーズな運動について考慮を欠く、という問題がある。その結果、歩行時も含めた姿勢改善という効果の面で未だ満足度が低いものであった。 However, the pelvic correction girdle described in Patent Document 1 is a strong pull of a pair of back cross members made of a stretchable and elastic fabric that crosses the back of the girdle body and is sewn to the girdle body. Since the pelvic distortion is forcibly corrected by force, a feeling of pressure due to the strong tensile force is inevitable. In addition, because it works directly on the pelvis with this strong tensile force, if you stop wearing the girdle, there is a high possibility that pelvic distortion will occur again due to the action that causes distortion of the posture as described above in daily life There's a problem. Moreover, the panty girdle for pelvic correction described in Patent Document 2 has the effect that the reinforced elastic band X trains muscles around the joint without imposing a burden on the joint, corrects the pelvis and hip joint, and trains the long adductor muscle. Reinforced elastic band Y that exhibits pelvic and hip joint correction and abdominal part (paragraph numbers [0007] and [0008] of Patent Document 2) that exhibits elasticity in the longitudinal direction. The reinforcing elastic band Y alone is insufficient to effectively correct the pelvis accompanied by a plurality of muscle groups. Furthermore, conventional pelvic correction underwear is an item that is effective in a static standing posture, and the pressure around the pelvis is strong, and the smoothness of pelvic rotation and walking during walking is impaired. There is a risk that there is a risk that the pelvis and smooth movements during walking are not considered. As a result, the satisfaction level was still low in terms of the effect of posture improvement including walking.

特開２０１１−９９１６９号公報JP 2011-99169 A 特許第４４９３０４７号公報Japanese Patent No. 4493447

本発明の目的の１つは、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することを可能とするガードルを提供することである。 One of the objects of the present invention is to promote the tension of the rectus abdominis and the oblique abdominal muscles, lead the trunk torsion and pelvic rotation movement smoothly, smooth the walking, and further tilt the pelvis tilted forward to correct position And providing a girdle that can be easily held in place.

本発明の別の目的は、下腹を前方より抑え下腹が出ることを抑制し、また骨盤後弯角の増幅を防ぎ、矢状面での背骨の弯曲形成を良好にし、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことを可能とするガードルを提供することである。 Another object of the present invention is to suppress the lower abdomen from the front, prevent the lower abdomen from coming out, prevent amplification of the posterior pelvic depression, improve the spinal curvature in the sagittal plane, and excessive pelvis during walking It is an object to provide a girdle that makes it possible to guide lightly asymmetrically swinging foot while controlling forward tilt.

本発明のさらなる別の目的は、ヒップアップや腹引き締め作用によって美しい臀部形状を作りだし、さらに歩行時の股関節内・外旋運動を容易にして歩く姿勢を美しくすることを可能とするガードルを提供することである。 Still another object of the present invention is to provide a girdle that makes it possible to create a beautiful buttocks shape by hip-up and abdominal tightening action, and to make the walking posture beautiful by facilitating the hip joint internal / external rotation movement during walking. That is.

本発明のさらなる別の目的は、歩くことで骨盤の歪みを改善することを可能とするガードルを提供することである。 Yet another object of the present invention is to provide a girdle that allows walking to improve pelvic distortion.

上記の目的は、以下に記載の姿勢改善ガードルによって達成される。 The above object is achieved by the posture improving girdle described below.

請求項１に係る発明は、緊締力の大きさと方向が異なる複数の領域を含む本体部分からなり、前記本体部分が身体に装着されたとき骨盤に付随する筋群に前記緊締力が付与される姿勢改善ガードルであって、前記複数の領域は、少なくとも、第４緊締部および第５緊締部を含み、
前記本体部分が身体に装着されたとき、前記第４緊締部は、腹直筋を、骨盤前方にあってウエストにあたる位置から恥骨結合部まで覆い、および前記第５緊締部は、前記第４緊締部を、恥骨結合部から同幅で分離し、両脚の大腿前方に分岐させ、対称的に大腿外側へ向かい、縫工筋に交わる位置までを覆い、
前記第４緊締部は第１の緊締力Ｆ１を有し、前記第５緊締部の上部は第２の緊締力Ｆ２を有し、および前記第５緊締部の下部は第３の緊締力Ｆ３を有し、ここで、前記第１の緊締力、前記第２の緊締力及び前記第３の緊締力が、Ｆ１＞Ｆ２＞Ｆ３の関係を満たし、並びに
前記第４緊締部は、腹直筋の走行に沿う方向に強い伸縮力を持ち、および前記第５緊締部は、斜め方向に強い伸縮力を持つことを特徴とする姿勢改善ガードルに関する。 The invention according to claim 1 includes a main body portion including a plurality of regions having different tightening force magnitudes and directions, and the tightening force is applied to muscle groups associated with the pelvis when the main body portion is attached to the body. The posture improving girdle, wherein the plurality of regions include at least a fourth tightening portion and a fifth tightening portion,
When the main body portion is attached to the body, the fourth tightening portion covers the rectus abdominis muscle from the position corresponding to the waist at the front of the pelvis to the pubic joint, and the fifth tightening portion includes the fourth tightening portion. The part is separated from the pubic joint with the same width, branched to the front of the thigh of both legs, symmetrically toward the outer side of the thigh, and covering the position where it intersects the sewing muscle,
The fourth tightening portion has a first tightening force F1, the upper portion of the fifth tightening portion has a second tightening force F2, and the lower portion of the fifth tightening portion has a third tightening force F3. Wherein the first tightening force, the second tightening force, and the third tightening force satisfy a relationship of F1>F2> F3, and the fourth tightening portion includes a rectus abdominis muscle The posture improving girdle has a strong elastic force in a direction along the running, and the fifth tightening portion has a strong elastic force in an oblique direction.

請求項２に係る発明は、前記複数の領域が、さらに、第３緊締部を含み、
前記本体部分が身体に装着されたとき、前記第３緊締部は、仙骨の上方端から中心に位置する仙骨棘全域を覆い、
前記第３緊締部は第２の緊締力Ｆ２を有し、および
前記第３緊締部は、斜めクロス方向に強い伸縮力を持つことを特徴とする請求項１に記載の姿勢改善ガードルに関する。 In the invention according to claim 2, the plurality of regions further includes a third tightening portion,
When the body portion is attached to the body, the third tightening portion covers the entire sacral spine located at the center from the upper end of the sacrum,
2. The posture improving girdle according to claim 1, wherein the third tightening portion has a second tightening force F2, and the third tightening portion has a strong stretching force in an oblique cross direction.

請求項３に係る発明は、前記複数の領域が、さらに、第１緊締部および第２緊締部を含み、
前記本体部分が身体に装着されたとき、前記第１緊締部は、左右の腸骨稜側方より、それぞれ、腸骨稜の前方を斜め下方の、骨盤の中心にある恥骨結合部に向かい、さらに大腿部の内側を覆い、および前記第２緊締部は、腸骨稜外唇に付着する中殿筋の外側から仙骨の側方にある腸骨稜側方を通過し大腿前方を通って大腿内側に至るまでを覆い、
前記第１緊締部の上部は第１の緊締力Ｆ１を有し、前記第１緊締部の下部は第３の緊締力Ｆ３を有し、前記第２緊締部の上部は第３の緊締力Ｆ３を有し、および前記第２緊締部の下部は第５の緊締力Ｆ５を有し、ここで、前記第１の緊締力、前記第２の緊締力、前記第３の緊締力および前記第５の緊締力が、Ｆ１＞Ｆ２＞Ｆ３＞Ｆ５の関係を満たし、並びに
前記第１緊締部は、外腹斜筋の収縮方向に強い伸縮力を持ち、および前記第２緊締部は、斜め方向に強い伸縮力を持つことを特徴とする請求項２に記載の姿勢改善ガードルに関する。 In the invention according to claim 3, the plurality of regions further include a first tightening portion and a second tightening portion,
When the main body portion is attached to the body, the first tightening portion is directed to the pubic joint at the center of the pelvis, obliquely below the front of the iliac crest, from the left and right iliac crest sides, Further, the inner side of the thigh is covered, and the second tightening portion passes from the outer side of the gluteus medius attached to the outer lip of the iliac crest to the side of the iliac crest on the side of the sacrum and passes through the front of the thigh. Cover up to the inside of the thigh,
The upper portion of the first tightening portion has a first tightening force F1, the lower portion of the first tightening portion has a third tightening force F3, and the upper portion of the second tightening portion has a third tightening force F3. And a lower portion of the second tightening portion has a fifth tightening force F5, wherein the first tightening force, the second tightening force, the third tightening force, and the fifth tightening force The tightening force satisfies the relationship of F1>F2>F3> F5, and the first tightening portion has a strong stretching force in the contraction direction of the external oblique muscle, and the second tightening portion is inclined. The posture improving girdle according to claim 2, wherein the posture improving girdle has a strong stretching force.

請求項４に係る発明は、前記複数の領域が、さらに、第７緊締部を含み、
前記本体部分が身体に装着されたとき、前記第７緊締部は、前記第４緊締部の両側に位置し、恥骨結合の上方で前記第４緊締部が補わない腹直筋の側方を覆い、
前記第７緊締部は第４の緊締力Ｆ４を有し、ここで、前記第１の緊締力、前記第２の緊締力、前記第３の緊締力及び前記第４の緊締力が、Ｆ１＞Ｆ２＞Ｆ３＞Ｆ４の関係を満たし、並びに
前記第７緊締部は、縦方向に強い伸縮力を持つことを特徴とする請求項１に記載の姿勢改善ガードルに関する。 In the invention according to claim 4, the plurality of regions further includes a seventh tightening portion,
When the main body portion is attached to the body, the seventh tightening portion is located on both sides of the fourth tightening portion and covers the side of the rectus abdominis muscle that is not supplemented by the fourth tightening portion above the pubic joint. ,
The seventh tightening portion has a fourth tightening force F4, where the first tightening force, the second tightening force, the third tightening force, and the fourth tightening force are F1>. 2. The posture improving girdle according to claim 1, wherein a relationship of F2>F3> F4 is satisfied, and the seventh tightening portion has a strong stretching force in a vertical direction.

請求項３に係る姿勢改善ガードルによれば、第１緊締部、第２緊締部および第３緊締部を含むので、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することが可能となる。 According to the posture improvement girdle according to the third aspect, since the first tightening portion, the second tightening portion, and the third tightening portion are included, the tension of the rectus abdominis muscle and the oblique oblique muscle is promoted, and the torsion of the trunk and the pelvic rotation movement are performed. Good guidance and smooth walking are possible, and the pelvis tilted backward is tilted forward and guided to the correct position, and the position can be easily maintained.

請求項１〜４に係る姿勢改善ガードルによれば、第４緊締部および第５緊締部を含むので、下腹を前方より抑え下腹が出ることを抑制し、また骨盤後弯角の増幅を防ぎ、矢状面での背骨の弯曲形成を良好にし、さらに、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことが可能となる。 According to the posture improvement girdle according to claims 1 to 4, since the fourth tightening portion and the fifth tightening portion are included, the lower abdomen is suppressed from the front and the lower abdomen is prevented from coming out, and the amplification of the pelvic recumbent angle is prevented, It is possible to improve the spine curvature in the sagittal plane and to easily guide the asymmetrically swinging foot while controlling excessive pelvic forward tilt during walking.

請求項３に係る姿勢改善ガードルによれば、第１緊締部および第４緊締部を含むので、下腹を前方より抑え下腹が出ることを抑制し、骨盤後弯角の増幅を防ぐことに加えて、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、歩くことで骨盤の歪みを改善することが可能となる。 According to the posture improvement girdle according to claim 3, since the first tightening portion and the fourth tightening portion are included, in addition to suppressing the lower abdomen from the front and preventing the lower abdomen from coming out, in addition to preventing the amplification of the pelvic back depression angle It is possible to improve the pelvic distortion by accelerating the tension of the rectus abdominis muscle and the oblique abdominal muscle, leading the torsion of the trunk and the pelvic rotation movement, smoothing the walking, and walking.

請求項４に係る姿勢改善ガードルによれば、第７緊締部を含むので、腹斜筋の左右対称的な伸びと緊張性を引き出して、歩行時の下肢の運動を骨盤中心からゆったり起こすことが可能となる。 According to the posture improvement girdle according to the fourth aspect, since the seventh tightening portion is included, it is possible to draw the symmetrical extension and tension of the oblique oblique muscles and loosely cause the movement of the lower limb during walking from the center of the pelvis. It becomes possible.

図１Ａの（ａ）〜（ｅ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の位置を示す。（ａ）は、本発明の姿勢改善ガードルの実施の形態１の正面図であり、（ｂ）は、背面図であり、（ｃ）は、左前方から見た図であり、（ｄ）は、左側面図であり、および（ｅ）は、左後方から見た図である。(A)-(e) of FIG. 1A shows the position of each tightening part of Embodiment 1 of the attitude | position improvement girdle of this invention. (A) is the front view of Embodiment 1 of the attitude | position improvement girdle of this invention, (b) is a rear view, (c) is the figure seen from the left front, (d) is FIG. 4B is a left side view, and FIG. 図１Ｂの（ａ）〜（ｅ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の緊締力の大きさを示す。（ａ）は、本発明の姿勢改善ガードルの実施の形態１の正面図であり、（ｂ）は、背面図であり、（ｃ）は、左前方から見た図であり（ｄ）は、左側面図であり、および（ｅ）は、左後方から見た図である。FIGS. 1A to 1E show magnitudes of tightening forces of the respective tightening portions of the first embodiment of the posture improving girdle of the present invention. (A) is the front view of Embodiment 1 of the attitude | position improvement girdle of this invention, (b) is a rear view, (c) is the figure seen from the left front, (d), It is a left side view, and (e) is the figure seen from the left rear. 図１Ｃの（ａ）〜（ｂ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の緊締力の方向を示す。（ａ）は、本発明の姿勢改善ガードルの実施の形態１の正面図であり、（ｂ）は、背面図である。FIGS. 1A to 1B show directions of the tightening force of the respective tightening portions of the first embodiment of the posture improving girdle of the present invention. (A) is a front view of Embodiment 1 of the attitude | position improvement girdle of this invention, (b) is a rear view. 図２Ａは、本発明の姿勢改善ガードル実施の形態１を身体に装着した時の姿勢改善ガードルの各緊締部と骨との位置関係を示す正面図である。FIG. 2A is a front view showing a positional relationship between each tightening portion of the posture improving girdle and the bone when the posture improving girdle of the first embodiment of the present invention is attached to the body. 図２Ｂは、本発明の姿勢改善ガードル実施の形態１の姿勢改善ガードルを身体に装着した時の姿勢改善ガードルの各緊締部と骨との位置関係を示す左側面図である。FIG. 2B is a left side view showing the positional relationship between each tightening portion of the posture improving girdle and the bone when the posture improving girdle of Embodiment 1 of the present invention is attached to the body. 図２Ｃは、本発明の姿勢改善ガードル実施の形態１の姿勢改善ガードルを身体に装着した時の姿勢改善ガードルの各緊締部と骨との位置関係を示す背面図である。FIG. 2C is a rear view showing the positional relationship between each tightening portion of the posture improving girdle and the bone when the posture improving girdle of Embodiment 1 of the present invention is attached to the body. 図３Ａは、本発明の姿勢改善ガードル実施の形態１の姿勢改善ガードルを身体に装着した時の姿勢改善ガードルの各緊締部と筋肉との位置関係を示す正面図である。FIG. 3A is a front view showing a positional relationship between each tightening portion and muscles of the posture improving girdle when the posture improving girdle of Embodiment 1 of the present invention is attached to the body. 図３Ｂは、本発明の姿勢改善ガードル実施の形態１の姿勢改善ガードルを身体に装着した時の姿勢改善ガードルの各緊締部と筋肉との位置関係を示す左側面図である。FIG. 3B is a left side view showing a positional relationship between each tightening portion and muscles of the posture improving girdle when the posture improving girdle of Embodiment 1 of the present invention is attached to the body. 図３Ｃは、本発明の姿勢改善ガードル実施の形態１を身体に装着した時の姿勢改善ガードルの各緊締部と筋肉との位置関係を示す背面図である。FIG. 3C is a rear view showing a positional relationship between each tightening portion and muscles of the posture improving girdle when the posture improving girdle Embodiment 1 of the present invention is attached to the body. 図４の（ａ）は、本発明の姿勢改善ガードルの実施の形態２の正面図であり、図４の（ｂ）は、その左側面図であり、図４の（ｃ）は、その背面図である。FIG. 4 (a) is a front view of Embodiment 2 of the posture improving girdle of the present invention, FIG. 4 (b) is a left side view thereof, and FIG. 4 (c) is a rear view thereof. FIG. 図５の（ａ）は、本発明の姿勢改善ガードルの実施の形態３の正面図であり、図５の（ｂ）は、その左側面図であり、図５の（ｃ）は、その背面図である。FIG. 5 (a) is a front view of Embodiment 3 of the posture improving girdle of the present invention, FIG. 5 (b) is a left side view thereof, and FIG. 5 (c) is a rear view thereof. FIG. 図６の（ａ）は、本発明の姿勢改善ガードルの実施の形態４の正面図であり、図６の（ｂ）は、その左側面図であり、図６の（ｃ）は、その背面図である。6 (a) is a front view of a posture improving girdle according to a fourth embodiment of the present invention, FIG. 6 (b) is a left side view thereof, and FIG. 6 (c) is a rear view thereof. FIG. 図７の（ａ）は、本発明の姿勢改善ガードルの実施の形態５の正面図であり、図７の（ｂ）は、その左側面図であり、図７の（ｃ）は、その背面図である。FIG. 7 (a) is a front view of Embodiment 5 of the posture improving girdle of the present invention, FIG. 7 (b) is a left side view thereof, and FIG. 7 (c) is a rear view thereof. FIG. 図８の（ａ）は、本発明の姿勢改善ガードルの実施の形態６の正面図であり、図８の（ｂ）は、その左側面図であり、図８の（ｃ）は、その背面図である。FIG. 8 (a) is a front view of a posture improving girdle according to a sixth embodiment of the present invention, FIG. 8 (b) is a left side view thereof, and FIG. 8 (c) is a rear view thereof. FIG. 図９の（ａ）は、本発明の姿勢改善ガードルの実施の形態７の正面図であり、図９の（ｂ）は、その左側面図であり、図９の（ｃ）は、その背面図である。FIG. 9 (a) is a front view of Embodiment 7 of the posture improving girdle of the present invention, FIG. 9 (b) is a left side view thereof, and FIG. 9 (c) is a rear view thereof. FIG. 図１０の（ａ）は、本発明の姿勢改善ガードルの実施の形態８の正面図であり、図１０の（ｂ）は、その左側面図であり、図１０の（ｃ）は、その背面図である。10 (a) is a front view of an eighth embodiment of the posture improving girdle of the present invention, FIG. 10 (b) is a left side view thereof, and FIG. 10 (c) is a rear view thereof. FIG. 図１１の（ａ）は、身体の骨格の正面図であり、図１１の（ｂ）は、その左側面図であり、および図１１の（ｃ）は、その背面図である。FIG. 11A is a front view of the skeleton of the body, FIG. 11B is a left side view thereof, and FIG. 11C is a rear view thereof. 図１２の（ａ）は、身体の骨格と筋肉の正面図であり、図１２の（ｂ）は、その左側面図であり、および図１２の（ｃ）は、その背面図である。12 (a) is a front view of the body skeleton and muscles, FIG. 12 (b) is a left side view thereof, and FIG. 12 (c) is a rear view thereof. 図１３の（ａ）は、仙骨角を示す図であり、図１３の（ｂ）〜（ｄ）は、仙骨角と骨盤の前傾の関係を示す図である。(A) of FIG. 13 is a figure which shows a sacral angle | corner, (b)-(d) of FIG. 13 is a figure which shows the relationship between the sacral angle | corner and the forward inclination of a pelvis. 図１４は、歩行時の左右の脚で非対称な運動を図示したものである。FIG. 14 illustrates asymmetric movements between the left and right legs during walking. 図１５は、ガードルを装着しない場合のシルエットと、本発明の姿勢改善ガードルを装着した場合のシルエットの比較を示す。FIG. 15 shows a comparison between a silhouette when the girdle is not worn and a silhouette when the posture improving girdle of the present invention is worn.

本発明の技術的特徴である、緊締力の大きさと方向（伸縮力の大きさと方向）が異なる複数の領域（以下、この各領域を、「緊締部」と称す）は、素材の伸縮力や重ね使いに様々なバリエーションがある。理解を容易にするために、まず、本発明の姿勢改善ガードルの一実施の形態（実施の形態１、図１Ａ〜図３Ｃ）に基づいて、各緊締部の位置と機能を具体的に説明する。
本発明の姿勢改善ガードルを身体に装着した時の各緊締部の位置の多少のずれは、許容される。また、各緊締部の素材の伸縮する方向について、本発明の姿勢改善ガードル（Ｇ）の履き込み口（ＵＰ）を上、裾を下として、水平方向を横方向、垂直方向を縦方向とする（図１Ｂ参照）。さらに、各緊締部の素材が交差する（以下、「クロスする」ともいう）構成のガードルの場合、その交差する方向を、「クロス方向」と言い、その交差する方向が水平方向でも垂直方向でもない場合、特に、「斜めクロス方向」と言う。この「斜めクロス方向」との用語は、各緊締部の素材が交差しない構成のガードルにおいても、各緊締部の素材が交差する構成のガードルと同様の方向を指すために使用される。 A plurality of regions having different tightening force magnitudes and directions (stretching force magnitudes and directions), which are technical characteristics of the present invention (hereinafter, these regions are referred to as “tightening portions”), There are various variations in repeated use. In order to facilitate understanding, first, the position and function of each tightening portion will be specifically described based on an embodiment of the posture improving girdle of the present invention (Embodiment 1, FIGS. 1A to 3C). .
When the posture improving girdle of the present invention is attached to the body, a slight shift in the position of each tightening portion is allowed. Further, with respect to the direction in which the material of each tightening portion expands and contracts, the wearing port (UP) of the posture improving girdle (G) of the present invention is up, the hem is down, the horizontal direction is the horizontal direction, and the vertical direction is the vertical direction. (See FIG. 1B). Furthermore, in the case of a girdle configured so that the materials of the tightening portions intersect (hereinafter also referred to as “cross”), the intersecting direction is referred to as “cross direction”, and the intersecting direction may be horizontal or vertical. If not, it is particularly referred to as “oblique cross direction”. The term “oblique cross direction” is used to indicate the same direction as a girdle having a configuration in which the materials of the tightening portions intersect even in a girdle having a configuration in which the materials of the tightening portions do not intersect.

［実施の形態１］
本発明の実施の形態１は、以下の第１緊締部から第９緊締部を含む姿勢改善ガードルである。
図１Ａの（ａ）〜（ｅ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の位置を示す図である。
図１Ｂの（ａ）〜（ｅ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の緊締力の大きさを示す図である。図１Ｂにおいて、左上方より右下方に延びる線で構成された第１緊締部の上部のハッチングおよび右上方より左下方に延びる線で構成された第１緊締部の上部のハッチング、並びに上方より下方に延びる線で構成された第４緊締部のハッチングは、第１の緊締力Ｆ１を意味する。左上方より右下方に延びる線と右上方より左下方に延びる線が交差している第３緊締部のハッチング、並びに左上方より右下方に延びる線と右上方より左下方に延びる線が交差している第５緊締部の上部のハッチングおよび右上方より左下方に延びる線と左上方より右下方に延びる線が交差している第５緊締部の上部のハッチングは、第２の緊締力Ｆ２を意味する。左上方より右下方に延びる線で構成された第１緊締部の下部のハッチングおよび右上方より左下方に延びる線で構成された第１緊締部の下部のハッチング、左上方より右下方に延びる線で構成された第２緊締部の上部のハッチングおよび右上方より左下方に延びる線で構成された第２緊締部の上部のハッチング、並びに左上方より右下方に延びる線で構成された第５緊締部の下部のハッチングおよび右上方より左下方に延びる線で構成された第５緊締部の下部のハッチングは、第３の緊締力Ｆ３を意味する。上方より下方に延びる線で構成された第６緊締部のハッチング、および上方より下方に延びる線で構成された第７緊締部のハッチングは、第４緊締力Ｆ４を意味する。無地領域の、第２緊締部の下部、第８緊締部および第９緊締部の部分は、第５緊締力Ｆ５を意味する。
図１Ｃの（ａ）〜（ｂ）は、本発明の姿勢改善ガードルの実施の形態１の各緊締部の伸縮力の方向を示す。図１Ｃにおいて、矢印「→←」は、伸縮力の強い方向を示し、矢印の「←→」は、伸縮力の弱い方向を示す。
図２Ａ〜２Ｃは、本発明の姿勢改善ガードルの実施の形態１を身体に装着した時の各緊締部と骨との位置関係を示し、および図３Ａ〜３Ｃは、本発明の姿勢改善ガードルの実施の形態１を身体に装着した時の各緊締部と筋肉との位置関係を示す。 [Embodiment 1]
Embodiment 1 of the present invention is a posture improving girdle including the following first tightening portion to ninth tightening portion.
(A)-(e) of Drawing 1A is a figure showing a position of each tightening part of Embodiment 1 of a posture improvement girdle of the present invention.
FIGS. 1A to 1E are views showing the magnitude of the tightening force of each tightening portion of the first embodiment of the posture improving girdle of the present invention. In FIG. 1B, the upper portion of the first tightening portion composed of a line extending from the upper left to the lower right and the upper portion of the first tightening portion composed of the line extending from the upper right to the lower left, and below the upper portion The hatching of the fourth tightening portion constituted by a line extending in the direction means the first tightening force F1. The hatching of the third fastening portion where the line extending from the upper left to the lower right and the line extending from the upper right to the lower left intersects, and the line extending from the upper left to the lower right and the line extending from the upper right to the lower left intersect. The upper hatching of the fifth tightening portion and the hatching of the upper portion of the fifth tightening portion where the line extending from the upper right to the lower left and the line extending from the upper left to the lower right cross each other have the second tightening force F2. means. A hatching at the lower part of the first tightening portion composed of a line extending from the upper left to the lower right and a hatching at a lower portion of the first tightening portion composed of a line extending from the upper right to the lower left, and a line extending from the upper left to the lower right The upper portion of the second tightening portion constituted by the upper hatching and the upper portion of the second fastening portion constituted by the line extending from the upper right to the lower left, and the fifth tightening constituted by the line extending from the upper left to the lower right. The hatching at the lower part of the part and the hatching at the lower part of the fifth tightening part constituted by the line extending from the upper right to the lower left means the third tightening force F3. The hatching of the sixth tightening portion configured by a line extending downward from above and the hatching of the seventh tightening portion configured by a line extending downward from above indicate the fourth tightening force F4. The lower portion of the second tightening portion, the eighth tightening portion, and the ninth tightening portion in the plain region mean the fifth tightening force F5.
(A)-(b) of Drawing 1C shows the direction of the expansion-contraction force of each tightening part of Embodiment 1 of the posture improvement girdle of the present invention. In FIG. 1C, an arrow “→ ←” indicates a direction in which the stretching force is strong, and an arrow “← →” indicates a direction in which the stretching force is weak.
2A to 2C show the positional relationship between each tightening portion and the bone when Embodiment 1 of the posture improving girdle of the present invention is attached to the body, and FIGS. 3A to 3C are views of the posture improving girdle of the present invention. The positional relationship between each tightening portion and the muscle when Embodiment 1 is attached to the body is shown.

＜第１緊締部＞
外腹斜筋の収縮方向に伸縮力の強い素材を、左右の腸骨稜側方より、それぞれ、腸骨稜の前方を斜め下方の、骨盤の中心にある恥骨結合部に向かい、さらに大腿部の内側を覆う位置に配置する（第１緊締部（１）、図１Ａ〜１Ｃ参照）。第１緊締部（１）のうち骨盤を覆う部分には、第１の緊締力Ｆ１を有する素材を配置し（この部分を、「上部」という）、第１緊締部（１）の骨盤下部から大腿部近傍の部分には、第３の緊締力Ｆ３を有する素材を配置する（この部分を、「下部」という）（図１Ａにおいて、第1緊締部（１）中の点線は、上部と下部の境界を示す）。骨盤の側方で腸骨外側に位置する腸骨外唇あたりで第２緊締部（２）と合流した第１緊締部（１）の第１の緊締力Ｆ１および第３の緊締力Ｆ３を、両腸骨稜側方より骨盤の前方へ導き、腸骨稜の前方斜め下方の、骨盤の中心にある恥骨結合部まで繋ぐ（図２Ａ〜２Ｃ、図３Ａ〜３Ｃ参照）。 <First tightening section>
A material with strong elasticity in the direction of contraction of the external oblique muscles, from the left and right iliac crest laterally, in front of the iliac crest, diagonally downward, toward the pubic joint at the center of the pelvis, and further to the thigh It arrange | positions in the position which covers the inner side of a part (refer 1st fastening part (1), FIGS. 1A-1C). A material having a first tightening force F1 is disposed on a portion of the first tightening portion (1) that covers the pelvis (this portion is referred to as an “upper portion”), and from the lower pelvis of the first tightening portion (1). A material having a third tightening force F3 is disposed in the vicinity of the thigh (this portion is referred to as a “lower portion”) (in FIG. 1A, the dotted line in the first tightening portion (1) Indicates the lower boundary). The first tightening force F1 and the third tightening force F3 of the first tightening portion (1) joined with the second tightening portion (2) around the iliac outer lip located on the outer side of the iliac at the side of the pelvis, It leads to the front of the pelvis from the sides of both iliac crests and connects to the pubic joint at the center of the pelvis, obliquely below the iliac crest (see FIGS. 2A to 2C and FIGS. 3A to 3C).

この第１緊締部（１）の配置下には、腸骨の内側縁に付着し、対側の肋骨に付着する外腹斜筋が走行する。この第１緊締部（１）の第１の緊締力Ｆ１及び第３の緊締力Ｆ３が示す収縮方向は、外腹斜筋の収縮方向に沿う形となり、腹斜筋に力が均等に与えられ、腹斜筋の緊張性を高め、両側の腸骨を骨盤の中心軸に導くことができる。また、左右で均等に引き出された腹斜筋の緊張性は、立脚期から脚を一歩踏み出す際の対側の肋骨を形成する胸郭部をバランスよく前方へ引き出し、上半身と下半身の回旋バランスを良好にする。さらに、歩行時に脚を一歩踏み出す際に進行方向へ骨盤を回旋させる腹斜筋の骨盤回旋作用を向上させ、歩行を円滑にする。 Under the arrangement of the first tightening portion (1), the external oblique muscle that adheres to the inner edge of the iliac and adheres to the contralateral rib runs. The contraction direction indicated by the first tightening force F1 and the third tightening force F3 of the first tightening portion (1) is along the contraction direction of the external oblique muscle, and the force is equally applied to the oblique muscle. Can increase the oblique muscle tension and guide the iliac bones on both sides to the central axis of the pelvis. In addition, the tonality of the abdominal oblique muscle, which is pulled out evenly on the left and right, pulls out the rib cage that forms the opposite rib when stepping on the leg from the stance phase in a balanced manner, providing a good balance of rotation between the upper and lower body To. Furthermore, it improves the pelvic rotation action of the oblique oblique muscles that rotate the pelvis in the direction of travel when stepping on the leg during walking, thereby facilitating walking.

両腸骨から恥骨結合部にかけて斜めに配置した第１緊締部（１）の緊締力が腹斜筋の緊張を促し、水平面上で起こる体幹の捻れと非対称動作となる骨盤回旋運動を良好に導いた結果、歩行に伴う骨盤回旋を、背骨を中心に左右対称に引き起こし、歩行をスムーズに展開させることが可能となる。歩行メカニズムで重要な骨盤回旋がスムーズになれば、骨盤とともに一歩踏み出す歩行メカニズムが良好となり、歩行周期もリズムよく行われ、一歩の振幅を大きくすることが可能となる。この歩行周期の円滑さは、骨盤内の腸骨に付着する左右の腹斜筋の緊張性を均等化し、歩くことで骨盤回旋リズムが改善され、骨盤の歪みの改善に大きく貢献することができる。 The tightening force of the first tightening part (1) placed obliquely from both iliac bones to the pubic bone joint part promotes the tension of the oblique oblique muscles, and the torsion of the trunk that occurs on the horizontal plane and the pelvic rotation movement that becomes asymmetrical movement is improved As a result, the pelvic rotation accompanying walking is caused symmetrically about the spine, and the walking can be smoothly developed. If the pelvic rotation that is important in the walking mechanism becomes smooth, the walking mechanism that takes one step together with the pelvis becomes good, the walking cycle is performed with a good rhythm, and the amplitude of one step can be increased. The smoothness of this walking cycle equalizes the tension of the left and right abdominal oblique muscles attached to the iliac bone in the pelvis, and the pelvic rotation rhythm is improved by walking, which can greatly contribute to the improvement of pelvic distortion. .

＜第２緊締部＞
斜め方向に伸縮力の強い素材を、腸骨稜外唇に付着する中殿筋の外側から後腸骨棘側方を通過し縫工筋の走行方向に沿う形をとりながら大腿前方を通過し、大腿内側に至るまでを覆う位置に配置する（第２緊締部（２）、図１Ａ〜１Ｃ参照）。第２緊締部（２）は、腸骨稜外唇に付着する中殿筋の外側から対側の腸骨稜に面する仙腸関節の側方にある後腸骨棘側方までの幅を有し、同側の大殿筋上方部から股関節周囲筋を補う幅を有したまま大腿前方を通過し、大腿内側に至るまでを覆う。第２緊締部（２）は、第１緊締部（１）と合流させた腸骨稜外唇に付着する中殿筋の外側から開始し、大殿筋の上方部を押さえ、そのままパワーが途切れることなく大殿筋が付着する後上腸骨棘を通過し、仙腸関節をまたぐよう仙骨１、２、３、４、５の棘突起を越える外側部で止める。つまり、第２緊締部（２）は、大殿筋の上方部で腸骨上方端に沿う範囲から、腸骨外側の大転子上方・中央・下方を補う面積で斜め下方に通過させ、腸骨稜の上前腸骨棘から始まり、大腿前方を斜走し、膝内側部に走行する縫工筋の全長のほぼ１／３を上方から押さえるように配置する（図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。第２緊締部（２）のうち、本発明の姿勢改善ガードル（Ｇ）の履き込み口（ＵＰ）から、全長の約４分の３の上方部分に、第３の緊締力Ｆ３を有する素材を配置し（この部分を、「上部」という）、残りの約４分の１の下方部分に、第５の緊締力Ｆ５を有する素材を配置する（この部分を、「下部」という）（図１Ｂ参照）。第２緊締部（２）の下部は、大殿筋の最大の筋線維を持つ筋腹で緊張力の最も強い範囲は含まない（図１Ａにおいて、第２緊締部（２）中の点線は、上部と下部の境界を示す）。 <Second tightening section>
A material with strong elasticity in the diagonal direction passes from the outer side of the gluteus medulla adhering to the outer lip of the iliac crest to the side of the posterior iliac spine and passes through the front of the thigh while taking a shape along the running direction of the sewing muscle. It arrange | positions in the position which covers to thigh inner side (refer to 2nd tightening part (2), FIGS. 1A-1C). The second tightening portion (2) has a width from the outside of the gluteus medius attached to the outer lip of the iliac crest to the lateral side of the posterior iliac spine on the side of the sacroiliac joint facing the opposite iliac crest. It covers the area from the upper part of the greater gluteus muscle to the front of the thigh while having a width that compensates for the hip periarticular muscle, and to the inside of the thigh. The second tightening portion (2) starts from the outer side of the gluteus medius attached to the outer lip of the iliac crest joined with the first tightening portion (1), presses the upper portion of the greater gluteus muscle, and the power is interrupted as it is. After the gluteal muscle is attached, it passes through the superior iliac spine and stops at the outer side beyond the spinous process of sacrum 1, 2, 3, 4, 5 so as to straddle the sacroiliac joint. In other words, the second tightening portion (2) passes from the range along the upper iliac at the upper part of the gluteus medius, obliquely downward with an area that supplements the upper, middle and lower trochanters outside the iliac, Starting from the upper anterior iliac spine of the ridge, obliquely running in front of the thigh, and arranged so as to hold about 1/3 of the total length of the sewing muscle running on the inner side of the knee from above (FIGS. 2A to 2C and 3A to 3A) 3C). Of the second tightening portion (2), a material having a third tightening force F3 is provided at an upper portion of about three-quarters of the total length from the loading opening (UP) of the posture improving girdle (G) of the present invention. (This portion is referred to as “upper portion”), and the material having the fifth tightening force F5 is disposed in the remaining lower portion of about one quarter (this portion is referred to as “lower portion”) (FIG. 1B). reference). The lower part of the second tightening part (2) is a muscle abdomen having the largest muscle fiber of the gluteus muscularis and does not include the strongest tension range (in FIG. 1A, the dotted line in the second tightening part (2) is the upper part) And the bottom boundary).

第２緊締部（２）によって、骨盤後方の上縁から骨盤前方の中心に向かう力が生み出され、これは骨盤を腸骨上縁全体から前方へ押す力となり、骨盤前傾を容易に保持することが可能となる。 The second tightening portion (2) generates a force from the upper edge of the posterior pelvis to the center of the pelvis, which is a force that pushes the pelvis forward from the entire upper edge of the iliac and easily maintains the pelvic anteversion. It becomes possible.

＜第３緊締部＞
斜めクロス方向に強い伸縮力を持つ素材を、仙骨の上方端から骨盤の中心に位置する仙骨棘全域を覆う位置に配置する（第３緊締部（３）、図１Ａ〜１Ｃ参照）。第３緊締部（３）は、第２の緊締力Ｆ２を有する。好ましくは、第３緊締部（３）は、左右の第２緊締部（２）と骨盤後方で中心にある仙骨全域において交差し、左右の第２緊締部（２）の素材が示すバイアス状の伸張力が交差する配置となり（図１Ｂおよび１Ｃ参照）、仙骨中心から仙腸関節を含む範囲にバイアス状の力が交差した第１の緊締力Ｆ１の次に強い緊締力（この緊締力を、以下、「バイアスクロスパワー」という）を与える（図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。 <Third tightening section>
A material having a strong stretching force in the oblique cross direction is disposed at a position covering the entire sacral spine located at the center of the pelvis from the upper end of the sacrum (see the third tightening portion (3), FIGS. 1A to 1C). The third tightening portion (3) has a second tightening force F2. Preferably, the third tightening portion (3) intersects the left and right second tightening portions (2) in the entire sacrum centered at the rear of the pelvis, and has a bias-like shape indicated by the material of the left and right second tightening portions (2). The arrangement is such that the stretching force intersects (see FIGS. 1B and 1C), and the strongest tightening force next to the first tightening force F1 in which the bias-like force intersects from the sacral center to the range including the sacroiliac joint (this tightening force is (Hereinafter referred to as “bias cross power”) (see FIGS. 2A to 2C and FIGS. 3A to 3C).

第３緊締部には、好ましくは左右の第２緊締部（２）と、さらに第３緊締部（３）が仙骨上で交差することで生まれる、バイアスクロスパワーにより、骨盤を構成する両腸骨稜の上外側方向から仙骨中心にかけて強い緊締力が生まれ、後方より仙骨を前方へ押す力が強まる。第３緊締部（３）の配置下には、仙骨から腰椎にかけて走行する脊柱起立筋が走っている。この第３緊締部（３）のバイアスクロスパワーによる緊締力は、同緊締部下に位置する脊柱起立筋の短縮性筋収縮を引き出すよう作用し、脊柱起立筋の伸展に伴う骨盤後傾位を改善し、腰椎前弯角を正常化させ、その直上の胸椎の後弯角増大を制御し、矢状面の弯曲を良好に導く。また、この位置下にある腰部から仙骨に走行する脊柱起立筋の緊張は、腰椎部の前弯を引き出し、骨盤後傾から生じる腰椎後弯を改善し、本来腰椎が成す前弯角に導くことを可能とする。そして、良好な腰椎前弯となったことで、その上方に位置する胸椎・頸椎の弯曲も改善され、頸椎・胸椎・腰椎からなる背骨の弯曲バランスの改善も可能とする。結果、姿勢が改善され、上半身の姿勢改善を実現することが可能となる。 The third tightening portion preferably includes both iliac bones that constitute the pelvis by bias cross power, which is born when the left and right second tightening portions (2) and the third tightening portion (3) intersect on the sacrum. A strong tightening force is created from the upper and outer sides of the ridge to the center of the sacrum, and the force that pushes the sacrum forward from the rear increases. A spine standing muscle running from the sacrum to the lumbar spine runs under the arrangement of the third tightening portion (3). The tightening force due to the bias cross power of the third tightening part (3) acts to pull out the contraction of the erection of the spine standing under the tightening part, thereby improving the posterior pelvic tilt accompanying the extension of the erection of the spine. And normalizing the lumbar anterior depression, controlling the increase in the posterior depression of the thoracic vertebra just above it, leading to good sagittal curvature. In addition, the tension of the erector spine that runs from the lumbar region under this position to the sacrum pulls out the lumbar lordosis, improves the lumbar kyphosis resulting from the pelvic tilt, and leads to the anteversion angle originally formed by the lumbar vertebra Is possible. Further, since the lumbar vertebral prosthesis is good, the curvature of the thoracic vertebrae and cervical vertebra located above the vertebrae is improved, and the spinal curvature of the cervical vertebrae, thoracic vertebrae and lumbar vertebrae can be improved. As a result, the posture is improved, and the posture of the upper body can be improved.

＜第１緊締部、第２緊締部および第３緊締部の総合作用＞
第３緊締部（３）のバイアスクロスパワーによる緊締力は、骨盤の腸骨稜の上方と仙骨上方を後方から前方方向へ押す力として働く。この第３緊締部（３）を、第２緊締部（２）へ、さらに骨盤前方の第１緊締部（１）へと、骨盤の外側の腸骨稜後方から骨盤前方の恥骨結合部まで繋ぐことにより、仙骨中心から両側の腸骨上方に付着する内腹斜筋、腰方形筋、脊柱起立筋を体幹中心軸方向へ押さえる力が働き、骨盤後弯で緩んだ内腹斜筋、腰方形筋、脊柱起立筋の緊張を引き出すことが可能となり、後傾した骨盤を前傾させる効果が得られる。 <Overall action of the first tightening portion, the second tightening portion, and the third tightening portion>
The tightening force by the bias cross power of the third tightening portion (3) works as a force for pushing the upper part of the pelvic ridge and the upper part of the sacrum from the rear to the front. This third tightening portion (3) is connected to the second tightening portion (2) and further to the first tightening portion (1) in front of the pelvis from the posterior iliac crest outside the pelvis to the pubic joint joint in front of the pelvis. As a result, the force of pressing the internal oblique, lumbar, and erector spinal muscles attached to the upper part of the iliac on both sides from the sacral center works in the direction of the central axis of the trunk. It becomes possible to draw out the tension of the square muscle and the spine standing muscle, and the effect of tilting the pelvis tilted forward can be obtained.

上記の仙骨上の第３緊締部（３）のバイアスクロスパワーの第２の緊締力Ｆ２と、その両側に配置した第２緊締部（２）の第３の緊締力Ｆ３のパワーの総合力は、骨盤の傾きを良好な位置に導き、腰椎前弯を引き出す効果を高める。また、このように左右から対称的に力を配置することによって、骨盤の位置が正され、均等な体重分散が可能となり、下肢が動き易くなるという効果が生まれる。 The total force of the second tightening force F2 of the bias cross power of the third tightening portion (3) on the sacrum and the third tightening force F3 of the second tightening portion (2) arranged on both sides thereof is , Guide the pelvic tilt to a good position and enhance the effect of pulling out the lumbar lordosis. In addition, by arranging forces symmetrically from the left and right in this way, the position of the pelvis is corrected, an even weight distribution is possible, and the effect that the lower limbs are easy to move is produced.

本発明の特徴は、第１緊締部（１）、第２緊締部（２）および第３緊締部（３）の総合作用によって、円背姿勢の原因として問題視されている骨盤後傾増幅に対して、大殿筋を上方から押さえる力により骨盤を前傾させ、仙骨を上方より押さえるという部分的作用に加えて、仙骨と大殿筋の上方から骨盤前方の恥骨結合に総合的なバイアス力を作用させるという点にある。さらに、本発明は、第１緊締部（１）と第２緊締部（２）が示すバイアス状の緊締力が、股関節内旋方向に作用する中殿筋、大殿筋に作用することを特徴とする。これによって、中殿筋、大殿筋の伸展力を引き出し、骨盤を前方へ導く股関節内旋運動をし易くし、骨盤の内旋運動も起こし易くする効果を奏することが可能となる。一歩踏み出す歩行動作においては、股関節内旋運動とともに、骨盤の回旋運動が必要とされる。この運動を円滑に行うために、本発明は、骨盤後方から股関節の上方・中心・下方を通って、縫工筋のほぼ１／２中央を補う位置までを、強い緊締力のバイアス状の素材で骨盤前方の鼡径靭帯の方向に沿う形で繋ぐ構成（第２緊締部（２）と第１緊締部（１））を特徴とする。本発明のこの構成によって、骨盤回旋運動を円滑にしつつ、股関節を内旋させる力を強め、進行方向に膝を導く作用が引き出され、その結果、膝関節を安定させながら骨盤内旋運動をスムーズにすることが可能となる。 A feature of the present invention is that the combined action of the first tightening portion (1), the second tightening portion (2), and the third tightening portion (3) increases the posterior tilt of the pelvis, which is regarded as a problem as a cause of the circular posture. On the other hand, in addition to the partial action of tilting the pelvis forward and pressing the sacrum from above with the force of pressing the gluteus medius from above, a comprehensive bias force acts on the pubic bone connection from above the sacrum and gluteal muscles. The point is that Furthermore, the present invention is characterized in that the biased tightening force indicated by the first tightening portion (1) and the second tightening portion (2) acts on the gluteus medius and the gluteal muscles acting in the hip joint internal rotation direction. To do. As a result, it is possible to exert the effect of drawing out the extension force of the gluteus medius and the gluteus medius and facilitating the internal rotation of the hip joint that facilitates the internal rotation of the pelvis. In the walking motion that takes one step, the pelvic rotation motion is required along with the hip internal rotation motion. In order to perform this movement smoothly, the present invention provides a bias-like material having a strong tightening force from the pelvic rearward to the position where the half of the sewing muscle is compensated through the upper, middle and lower parts of the hip joint. The structure (2nd tightening part (2) and 1st tightening part (1)) connected in the form along the direction of the inguinal ligament ahead of the pelvis. According to this configuration of the present invention, the action of guiding the knee in the advancing direction is pulled out while smoothing the pelvic rotation movement, strengthening the force of internal rotation of the hip joint, and as a result, smoothing the pelvic internal rotation movement while stabilizing the knee joint It becomes possible to.

＜第４緊締部＞
体幹前方にあって垂直方向に最大の長さを持つ腹直筋の下方（ヘソあたり）の、骨盤前方にあってウエストにあたる位置から、最も骨盤腔底の最下方、恥骨結合部が位置する範囲までを覆う位置に、腹直筋の走行に沿う方向に強い伸縮力を持つ素材を配置する（第４緊締部（４）、図１Ａ〜１Ｃ参照）。第４緊締部（４）は、第１の緊締力Ｆ１を有し、身体の前方にあって胸骨下とその胸骨を挟む両側の肋骨から始まり、恥骨を繋ぐ筋肉である腹直筋の骨盤内にある位置を前方より押さえる位置に配置する（図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。ここで、腹直筋の走行に沿う方向は、ほぼ縦方向である。 <4th tightening part>
The position of the pubic joint is located at the front of the trunk and below the rectus abdominis (maximum length), which is the longest in the vertical direction, from the position of the front of the pelvis and the waist to the bottom of the pelvic cavity floor. A material having a strong elastic force in the direction along the running of the rectus abdominis muscle is disposed at a position covering the range (fourth tightening portion (4), see FIGS. 1A to 1C). The fourth tightening portion (4) has a first tightening force F1, starts from the ribs on both sides of the front of the body and under the sternum and sandwiches the sternum, and within the pelvis of the rectus abdominis muscle which is a muscle connecting the pubic bone It arrange | positions in the position which presses the position which exists in from the front (refer FIG. 2A-2C and FIG. 3A-3C). Here, the direction along the running of the rectus abdominis muscle is substantially the vertical direction.

この第４緊締部（４）の有する第１の緊締力Ｆ１は、骨盤腔で内臓の重みを支える腹直筋・腹斜筋・腹横筋の緊張を高め、腹を前方より押さえ、これらの筋肉の緊張は下腹のポッコリとなる膨らみを抑制する。また、この第４緊締部（４）の第１の緊締力Ｆ１は、骨盤を前方から支える力を発揮し、結果、骨盤後弯角が増幅するのを防ぐ。さらに、この第４緊締部（４）の持つ縦方向に強い伸縮力は、腹直筋が短縮方向へ作用するように導き、腹筋群を緊張させ腹筋力を高め、腹筋と背筋のバランスを良好にし（ほぼ３対７）、立位姿勢に伴う矢状面での弯曲形成を良好にする。このような腹筋の緊張に伴って腹筋と背筋の仕事量のバランスが改善され、姿勢バランスも良好となる。これにより、移動時の体幹バランスがとり易くなり、ひいては、歩くリズムを軽快にすることが可能となる。 The first tightening force F1 of the fourth tightening portion (4) increases the tension of the rectus abdominis, abdominal oblique muscle, and abdominal abdominal muscles that support the weights of the internal organs in the pelvic cavity, and presses the abdomen from the front. The tension suppresses the bulging that becomes the lower stomach. Further, the first tightening force F1 of the fourth tightening portion (4) exerts a force to support the pelvis from the front, and as a result, prevents the pelvic recumbent angle from being amplified. In addition, the strong elastic force in the vertical direction of the fourth tightening part (4) leads the rectus abdominis muscles to act in the shortening direction, tensions the abdominal muscles to increase the abdominal muscle strength, and provides a good balance between the abdominal muscles and the back muscles (Almost 3 to 7), and the fold formation on the sagittal plane accompanying the standing posture is improved. With such abdominal muscle tension, the work balance of the abdominal and back muscles is improved, and the posture balance is also improved. As a result, it becomes easier to balance the trunk during movement, and as a result, the walking rhythm can be lightened.

＜第４緊締部と第１緊締部の総合作用＞
第４緊締部（４）と第１緊締部（１）の２つの第１の緊締力Ｆ１により、同位置下にある腹直筋と腸腰筋が短縮方向に力を発揮し易くなり、骨盤を前傾に導くことが可能となる。骨盤前方にある恥骨に向かって第４緊締部（４）と第１緊締部（１）の２つの第１の緊締力Ｆ１を合流させ、かつ腸骨上方と骨盤底にある恥骨を、バイアス方向に作用する第１緊締部（１）により繋ぐことにより、骨盤内の腹斜筋の短縮性収縮力も引き出すことが可能となる。これによって、骨盤の前傾をさらに導き、骨盤後弯角を改善させる整体効果が得られる。 <Overall action of the 4th tightening part and the 1st tightening part>
The two first tightening forces F1 of the fourth tightening portion (4) and the first tightening portion (1) make it easier for the rectus abdominis muscle and the intestinal psoas muscle under the same position to exert force in the shortening direction, and the pelvis Can be led forward. The two first tightening forces F1 of the fourth tightening portion (4) and the first tightening portion (1) are merged toward the pubic bone in front of the pelvis, and the pubic bone above the iliac bone and the pelvis bottom is biased. By connecting with the first tightening portion (1) acting on the abdominal muscle, it becomes possible to draw out the shortening contraction force of the oblique oblique muscle in the pelvis. As a result, a manipulative effect can be obtained that further leads to the forward tilt of the pelvis and improves the pelvic tilt angle.

骨盤前方への傾きを最大に引き出すことは、第４緊締部（４）と第１緊締部（１）に同等の最強の緊縮力を配置することと、第４緊締部（４）の両側に配置した第１緊締部（１）が、最も強い伸縮力を斜め方向に発生する設計によって達成される。この設計によると、バイアス状に配置した第１緊締部（１）の緊締力の強く伸縮する方向と拮抗する方向に走行する腸腰筋に対し、前方から圧力が加わる。その圧力は第１緊締部（１）の配置下の腸腰筋の緊張度を高め、収縮作用効果を良好に導く。この収縮する力が骨盤を前方から支えて安定させ、骨盤後弯角を減少させる。 In order to maximize the inclination toward the pelvis forward, placing the same strongest tightening force on the fourth tightening portion (4) and the first tightening portion (1) and on both sides of the fourth tightening portion (4) The arranged first tightening portion (1) is achieved by a design that generates the strongest stretching force in an oblique direction. According to this design, pressure is applied from the front to the iliopsoas muscle that runs in a direction that antagonizes the direction in which the tightening force of the first tightening portion (1) arranged in a bias shape strongly expands and contracts. The pressure increases the tension level of the iliopsoas muscle under the arrangement of the first tightening portion (1) and leads to a good contractile effect. This contracting force supports and stabilizes the pelvis from the front and reduces the pelvic heel angle.

＜第５緊締部＞
第４緊締部（４）を、恥骨結合部から同幅でセパレート（以下、「分離」とする）し、両脚の大腿前方に分岐させ、対称的に大腿外側へ配置し、腸骨外側で上前腸骨棘から膝内側に走行する縫工筋に交わる位置までを覆う位置に、斜め方向に強い伸縮力を持つ素材を配置する。第５緊締部のうち第１緊締部と交わる部分（この部分を、「上部」という）は、第２の緊締力Ｆ２を有し、第１緊締部と交わらない部分（この部分を、「下部」という）は、第３緊締力Ｆ３を有する（第５緊締部（５）、図１Ａ〜１Ｃ参照）。この大腿前方の斜め外側方向に配置した第５緊締部（５）の最下位置は、腸骨外側で上前腸骨棘から膝内側に走行する縫工筋のほぼ１／２と交わる位置までとする（図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。 <5th tightening part>
Separate the 4th tightening part (4) with the same width from the pubic joint (hereinafter referred to as “separation”), branch it to the front of the thigh of both legs, place it symmetrically outside the thigh, and A material having a strong elastic force in an oblique direction is arranged at a position covering from the anterior iliac spine to a position where it intersects with the sewing muscle running inside the knee. A portion of the fifth tightening portion that intersects with the first tightening portion (this portion is referred to as “upper portion”) has a second tightening force F2, and does not intersect with the first tightening portion (this portion is referred to as “lower portion”). Has a third tightening force F3 (see fifth tightening portion (5), FIGS. 1A to 1C). The lowest position of the fifth tightening portion (5) arranged in the diagonally outward direction in front of the thigh is up to a position intersecting with almost half of the sewing muscle that runs from the upper anterior iliac spine to the inside of the knee outside the iliac bone. (See FIGS. 2A to 2C and FIGS. 3A to 3C).

第５緊締部（５）の大腿外側に配置した第１緊締部と交わる上部の第２の緊締力Ｆ２、および下部の第３の緊締力Ｆ３によって生まれるバイアス状の伸縮力は、骨盤回旋がスムーズに行なわれるよう働く振り出し筋である腹斜筋と腸腰筋の筋緊張性を良好に引き出せるように作用し、歩行時の非対称性運動となる脚の運動を軽快に導くことが可能となる。また、第５緊締部（５）の最終位置を、大腿内側から大腿前方の中央より外側にあたる位置とすることによって、大腿前方の大腿四頭筋への抵抗量を軽減することが可能となる。さらに、第５緊締部（５）を大腿中央よりやや外側で縫工筋を押さえる位置で止めることによって、歩行に支障をきたすことなく縫工筋の収縮作用に抵抗を与え、その抵抗に反する力を発揮することが可能となる。この縫工筋の収縮力の高まりによって、歩行の際の一歩前に脚を振り出す足運びがより軽快となり、歩行を円滑にすることが可能となる。 The biased stretch force generated by the upper second tightening force F2 and the lower third tightening force F3 intersecting with the first tightening portion disposed on the outer thigh of the fifth tightening portion (5) makes the pelvic rotation smooth. Therefore, the muscles of the abdominal oblique muscle and the iliopsoas muscle, which are the swinging muscles that work as described above, can be pulled out satisfactorily, and the leg movement, which is an asymmetric movement during walking, can be guided lightly. Further, by setting the final position of the fifth tightening portion (5) to a position that is outside the center of the front of the thigh from the inner side of the thigh, the amount of resistance to the quadriceps of the front of the thigh can be reduced. Further, by stopping the fifth tightening portion (5) at a position where the sewing muscle is pressed slightly outside the center of the thigh, a resistance is given to the contraction action of the sewing muscle without hindering walking, and a force against the resistance. Can be achieved. This increase in the contraction force of the sewing muscles makes it easier to walk out the leg one step before walking, making it possible to walk smoothly.

＜第４緊締部と第５緊締部の総合作用＞
第４緊締部（４）の素材は、第１の緊締力Ｆ１を有し、縦方向に強い伸縮力を持つ。この伸縮力は腹直筋の短縮性収縮と同一方向に作用する。第４緊締部（４）は、骨盤中央で腹直筋中心にある白線の一部分を覆い、その配置下にある腹直筋と腹横筋の腹圧を高め、骨盤を前方から支え、腰仙部の弯曲を適切な位置へ導き易くし、腰椎への負担を軽減することが可能となる。また、この第４緊締部（４）は、恥骨結合部近傍あたりで第５緊締部（５）に途切れることなく繋がれ、第４緊締部（４）から第５緊締部（５）へかけて配置される逆Ｙ字の第１緊締部と交わる第５緊締部（５）の上部の第２の緊締力Ｆ２、および第５緊締部（５）の下部の第３の緊締力Ｆ３は、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快にし、バランス良く脚の引き上げを実現することを可能とする。 <Comprehensive action of 4th tightening part and 5th tightening part>
The material of the fourth tightening portion (4) has a first tightening force F1 and a strong stretching force in the vertical direction. This stretching force acts in the same direction as the contraction of the rectus abdominis muscle. The fourth tightening portion (4) covers a part of the white line at the center of the rectus abdominal muscle at the center of the pelvis, increases the abdominal pressure of the rectus abdominis and lateral abdominal muscles, supports the pelvis from the front, It is possible to easily guide the curvature to an appropriate position and to reduce the burden on the lumbar spine. Further, the fourth tightening portion (4) is connected to the fifth tightening portion (5) without interruption in the vicinity of the pubic joint, and extends from the fourth tightening portion (4) to the fifth tightening portion (5). The second tightening force F2 at the upper portion of the fifth tightening portion (5) and the third tightening force F3 at the lower portion of the fifth tightening portion (5) intersecting with the arranged reverse Y-shaped first tightening portion are walking. While controlling the excessive pelvic forward tilt of the time, the asymmetrically swinging foot is lightened, and the leg can be lifted in a balanced manner.

＜第６緊締部＞
大殿筋下方部からハムストリング筋の上方部を補う幅を有し、腸骨外側で股関節全域を覆い、大腿後面の内側部に位置する半腱様筋と半膜様筋のほぼ１／２上方を覆う位置に、縦方向に強い伸縮力を持つ素材を配置する（第６緊締部（６）、図１Ａ〜１Ｃ参照）。第６緊締部（６）は、第４の緊締力Ｆ４を有する。第６緊締部（６）には、腸骨稜外側にある大転子上から始まった強い緊締力を、骨盤の最下方にある坐骨から骨盤中心の恥骨結合部を繋ぐ線上を上端とし、ハムストリング筋の付着部から筋腹中央に向かう位置を下端とし、当該上端から当該下端に向かってに斜めに配置する。この配置面積は歩行時に大腿骨を前方へ引き出す筋力に抵抗を与えずしてスムーズに振り出す面積とする（図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。 <Sixth tightening section>
It has a width that complements the upper part of the hamstring muscle from the lower part of the gluteus muscle, covers the entire hip joint outside the iliac bone, and is almost ½ above the semi-tendonoid and semimembranous muscles located on the inner side of the back of the thigh A material having a strong stretching force in the vertical direction is disposed at a position covering the upper side (sixth tightening portion (6), see FIGS. 1A to 1C). The sixth tightening portion (6) has a fourth tightening force F4. The sixth tightening part (6) has a strong tightening force that began on the greater trochanter on the outer side of the iliac crest, with the upper end on the line connecting the sciatic bone at the bottom of the pelvis and the pubic joint at the center of the pelvis. The lower end is a position from the string muscle adhering portion toward the center of the muscle belly, and the upper end is arranged obliquely from the upper end toward the lower end. This arrangement area is an area in which the thighbone is drawn out smoothly without giving resistance to the muscle strength to pull out the femur forward during walking (see FIGS. 2A to 2C and FIGS. 3A to 3C).

脚を一歩前に振り出す時、第６緊締部（６）が有する縦方向に強い伸縮力が、大殿筋下方からハムストリング筋上部の筋伸展力、いわゆる矢状面（縦方向）に伸びようとする力に対して伸び難さの抵抗を与える。この抵抗力は、一歩踏み出す方向への抵抗力となり、大殿筋の拮抗作用をなす腸腰筋の筋出力を引き出し、この筋出力向上が下腹部の緊張へ繋がる。この下腹部への緊張は、腹引締め作用に繋がり、歩きながら腹を引き締めることが可能となる。 When swinging out the leg one step forward, the strong elastic force of the sixth tightening part (6) in the vertical direction will extend from the lower gluteus muscle to the muscle extension force above the hamstring muscle, the so-called sagittal plane (vertical direction) It gives resistance of difficulty to stretch against the force. This resistance force becomes a resistance force in the direction of taking one step, and the muscle output of the iliopsoas muscle that antagonizes the gluteus medius is extracted, and this muscle output improvement leads to tension in the lower abdomen. This tension in the lower abdomen leads to an abdominal tightening action, and it becomes possible to tighten the abdomen while walking.

また、歩行時に股関節伸展位をとっている軸脚となる後方脚が前方へ一歩踏み出される際の、立脚時のコンセントリック収縮からエキセントリック収縮に変化しつつ力を生む筋収縮に対して、第６緊締部（６）が有する縦方向に強い伸縮力を持つ第４の緊締力Ｆ４は、完全立脚時の踵接地期から一歩踏み出し、遊脚期を終え、初期接地を迎える際に作用する筋肉が伸びすぎない抵抗となり、エキセントリック収縮をサポートする。この第６緊締部（６）の縦方向に強い伸縮力は、次に完全立脚期を作る筋肉のコンセントリック収縮と第６緊締部（６）の収縮と同じ方向の収縮力を発揮する。すなわち、股関節伸展運動を引き起こし易くする。 In addition, when the rear leg, which is the axle leg that is in the hip extension position during walking, is stepped forward, the muscle contraction that produces force while changing from the concentric contraction to the eccentric contraction during the standing leg is The fourth tightening force F4 with strong elastic force in the vertical direction of the tightening part (6) is a step that takes a step from the heel-contacting period at the time of full stance, ends the swing leg period, and acts on the initial grounding. Resistance that doesn't stretch too much and supports eccentric contraction. The strong stretching force in the longitudinal direction of the sixth tightening portion (6) exhibits the contracting force in the same direction as the concentric contraction of the muscle that forms the complete stance phase and the contraction of the sixth tightening portion (6). That is, the hip joint extension movement is easily caused.

さらに、第６緊締部（６）の股関節伸展位を起こし易くした設計は、股関節伸展位で主働筋として働く大殿筋の緊張を高める。この大殿筋の緊張は、ヒップアップ効果に繋がるので、本発明の姿勢改善ガードルを履いて歩くことで、ヒップは持ち上がり美しい臀部形状を作り出す効果が得られる。また、股関節伸展位をとり易くした第６緊締部（６）の緊締力は、骨盤後傾時に起こる股関節屈曲位を制御し、骨盤の前傾を作り出す効果を示す。その結果、立脚と歩行時の重心をとり易いニュートラルな位置へ骨盤を導き、歩く姿勢を美しく作り上げることが可能となる。 Further, the design of the sixth tightening portion (6) that facilitates the hip extension position increases the tension of the gluteus medius that acts as the main muscle in the hip extension position. Since the tension of the gluteus medius leads to a hip-up effect, the hip can be lifted and walked with the posture improving girdle of the present invention to produce an effect of creating a beautiful buttocks shape. Further, the tightening force of the sixth tightening portion (6) that makes it easy to take the hip joint extended position has an effect of controlling the hip joint bending position that occurs when the pelvis is tilted backward to create the pelvic forward tilt. As a result, it is possible to guide the pelvis to a neutral position where it is easy to take the center of gravity when standing and walking, and to create a beautiful walking posture.

＜第７緊締部＞
第４緊締部（４）の両側に位置し、恥骨結合の上方で第４緊締部（４）が補わない腹直筋の側方の位置に、縦方向に強い伸縮力を持つ素材を配置する（第７緊締部（７）、図１Ａ〜１Ｃ、図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。第７緊締部（７）は、第４の緊締力Ｆ４を有する。 <Seventh tightening part>
A material having a strong elastic force in the vertical direction is arranged on both sides of the fourth tightening portion (4) and at a position on the side of the rectus abdominis that is not supplemented by the fourth tightening portion (4) above the pubic joint. (See seventh tightening portion (7), FIGS. 1A to 1C, FIGS. 2A to 2C, and FIGS. 3A to 3C). The seventh tightening portion (7) has a fourth tightening force F4.

この第７緊締部（７）が有する第４の緊締力Ｆ４は、腹直筋中央で前方から腹圧を高め、緊張力を引き出し、斜め走行にある腹斜筋の伸びを引き出す効果を得ることを可能とする。第７緊締部（７）は、最も緊締力が強い第４緊締部と第１緊締部との間に配置され、その緊締力は、第４緊締部と第1緊締部の緊締力より弱い構成とする。この構成により、緊締力を腹斜筋に間欠的に作用させることができ、腹斜筋が伸びるゆとりを持たせることが可能になり、歩幅を作り上げる時、骨盤を締め付け過ぎず、左右で交互になされる歩行時の両下肢運動を骨盤中心からゆったり起こすことを可能とする。 The fourth tightening force F4 possessed by the seventh tightening portion (7) increases the abdominal pressure from the front in the center of the rectus abdominis muscle, pulls out the tension force, and obtains the effect of pulling out the extension of the oblique oblique muscle in the oblique running. Is possible. The seventh tightening portion (7) is disposed between the fourth tightening portion and the first tightening portion having the strongest tightening force, and the tightening force is weaker than the tightening force of the fourth tightening portion and the first tightening portion. And With this configuration, the tightening force can be intermittently applied to the abdominal oblique muscles, allowing the abdominal oblique muscles to have a stretch, and when creating a stride, do not overtighten the pelvis, but alternately on the left and right It is possible to loosen both lower limb movements during walking from the center of the pelvis.

＜第８緊締部＞
大殿筋の上方端を含まない位置から大殿筋の下方部にかけて、股関節伸展運動時に大殿筋の緊張力が充分に発揮できる位置に、第６緊締部の素材より弱い伸縮力を持つ素材を配置する（第８緊締部（８）、図１Ａ〜１Ｃ、図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。第８緊締部（８）は、大腿後面に配置した第６緊締部（６）の緊締力より弱い第５の緊締力Ｆ５を有する。なお、大殿筋の上方端を含まない位置とは、大殿筋の筋腹で大きな膨らみを持つ位置のことを言う。 <Eighth tightening section>
A material that has a weaker stretching force than the material of the sixth tightening part is placed in a position where the tension of the gluteus gluteal muscle can be fully exerted during the hip extension exercise from the position not including the upper end of the gluteus medius to the lower part of the gluteus gluteal muscle (See the eighth tightening portion (8), FIGS. 1A to 1C, FIGS. 2A to 2C, and FIGS. 3A to 3C). The eighth tightening portion (8) has a fifth tightening force F5 that is weaker than the tightening force of the sixth tightening portion (6) disposed on the rear surface of the thigh. The position not including the upper end of the gluteus medius means a position having a large bulge in the gluteal muscle of the gluteus medius.

第８緊締部（８）の緊締力は、ヒップアップ力となる大殿筋の伸びる力、股関節屈曲運動時における緩む伸展性（エキセントリック収縮力）を確保するように作用する。 The tightening force of the eighth tightening portion (8) acts to ensure the stretching force of the gluteus musculature that becomes the hip-up force and the extensibility (eccentric contraction force) that relaxes during the hip flexion movement.

＜第９緊締部＞
大腿後面でハムストリング筋の外側部の一部を覆い、大腿外側の腸脛靭帯に沿う位置に、縦方向に第６緊締部の素材より弱い伸縮力を持つ素材を配置する（第９緊締部（９）、図１Ａ〜１Ｃ、図２Ａ〜２Ｃおよび図３Ａ〜３Ｃ参照）。第９緊締部（９）は、第５の緊締力Ｆ５を有する。第９緊締部（９）の緊締力が示す張力は、大腿部後方にあるハムストリング筋への第６緊締部（６）の圧迫力より小さくする。 <9th tightening part>
A part of the outer part of the hamstring muscle is covered with the rear face of the thigh, and a material having a lower elastic force than the material of the sixth tightening part is disposed in the vertical direction at a position along the intestinal shin ligament on the outer side of the thigh (the ninth tightening part) (9), see FIGS. 1A-1C, FIGS. 2A-2C and FIGS. 3A-3C). The ninth tightening portion (9) has a fifth tightening force F5. The tension indicated by the tightening force of the ninth tightening portion (9) is set to be smaller than the pressing force of the sixth tightening portion (6) to the hamstring muscle located behind the thigh.

この構成によって、筋肉の力を発揮する際に起こる筋腹の膨張を抑制することなくスムーズに膨張させ、力を発揮し易くなる。そして、第９緊締部（９）の縦伸びを軽く抑制する力は、縦方向に伸びようとする伸展力への抵抗を軽減させ、柔軟性を引き出す。さらに、大腿二頭筋の緊張を引き出しつつ腸脛靭帯作用も付加され、骨盤を後方より支えるハムストリング筋の筋腹膨張を許す緊締力効果を奏することが可能である。 With this configuration, the muscle belly is expanded smoothly without suppressing the muscle belly expansion that occurs when the muscle force is exerted, and the force is easily exerted. And the force which suppresses the longitudinal extension of the 9th tightening part (9) lightly reduces the resistance to the extension force which is going to extend in the vertical direction, and draws out flexibility. Furthermore, the action of the intestinal shin ligament is added while pulling out the tension of the biceps femoris muscle, and it is possible to exert a tightening force effect that allows the muscle abdominal expansion of the hamstring muscle that supports the pelvis from the rear.

＜第６緊締部と第９緊締部の総合作用＞
第６緊締部（６）を、大腿後方でハムストリング筋のほぼ１／２を占める位置で縦方向に配置した第９緊締部（９）と繋いだことで、筋腹の膨張を許しつつ、ハムストリング筋の膨張性と柔軟性における作用を高め、さらに骨盤を後方から支える力を作用させることが可能となり、より一層骨盤を安定させる効果を発揮することが可能となる。 <Overall action of the sixth tightening part and the ninth tightening part>
By connecting the sixth tightening portion (6) with the ninth tightening portion (9) arranged in the longitudinal direction at a position occupying almost half of the hamstring muscle at the back of the thigh, while allowing expansion of the muscle abdomen, It is possible to enhance the expansion and flexibility of the hamstring muscles, and further to exert a force to support the pelvis from the rear, thereby further exerting the effect of stabilizing the pelvis.

本発明の姿勢改善ガードルは、実施の形態１のように、第１緊締部から第９緊締部の全てを構成とする姿勢改善ガードルとすることができる。この全ての緊締部を有する姿勢改善ガードルは、本発明の全ての効果を奏するので望ましいが、本発明においては、各緊締部を部分的に組み合わせてもよい。この各緊締部を組み合わせる方法としては、均質な素材と、その上に、１つ以上の複数の素材を組合せることによって、より伸縮力の強い部分を搭載する方法や、伸縮力の弱い素材と、伸縮力の強い素材を複数組合せて縫合する方法、複数の伸縮力の異なる部分、即ち伸縮力の弱い部分と伸縮力の強い部分、を必要な位置に配置し、一体的に編成する方法などが挙げられるが、これらに限定されない。 As in the first embodiment, the posture improving girdle of the present invention can be a posture improving girdle including all of the first tightening portion to the ninth tightening portion. The posture improving girdle having all of the tightening portions is desirable because it has all the effects of the present invention, but in the present invention, the tightening portions may be partially combined. As a method of combining these tightening portions, a method of mounting a portion having a higher stretch force by combining a homogeneous material and one or more plural materials thereon, a material having a weak stretch force, , A method of stitching together a plurality of materials having a strong stretching force, a method of arranging a plurality of portions having different stretching forces, that is, a portion having a weak stretching force and a portion having a strong stretching force at a necessary position, and knitting integrally, etc. However, it is not limited to these.

本発明の姿勢改善ガードルに含まれる各緊締部の緊締力の強さとしては、好ましくは、緊締力の強い順に、第１の緊締力Ｆ１、第２の緊締力Ｆ２、第３の緊締力Ｆ３、第４の緊締力Ｆ４、第５の緊締力Ｆ５、の５つの強さが存在するが、これらに限定されない。好ましくは、第１の緊締力Ｆ１（第１緊締部および第４緊締部）が約３００ｃＮから約４００ｃＮ、第３の緊締力Ｆ３（第２緊締部）が約２００ｃＮから約３００ｃＮ、第５の緊締力Ｆ５（第８緊締部および第９緊締部）が約１００ｃＮから約２００ｃＮである。第２の緊締力Ｆ２は、適宜、上記の範囲の具体的な第１の緊締力より小さく、上記の範囲の具体的な第３の緊締力より大きい緊締力である。同様に、第４の緊締力Ｆ４は、適宜、上記の範囲の具体的な第３の緊締力より小さく、上記の範囲の具体的な第５の緊締力より大きい緊締力である。例えば、第１の緊締力が４００ｃＮ、第３の緊締力が３００ｃＮ、第５の緊締力が１５０ｃＮの場合、例えば、第２の緊締力は３５０ｃＮ、第４の緊締力は２００ｃＮである。 As the strength of the tightening force of each tightening portion included in the posture improving girdle of the present invention, it is preferable that the first tightening force F1, the second tightening force F2, and the third tightening force F3 are in order of increasing tightening force. There are five strengths of the fourth tightening force F4 and the fifth tightening force F5, but the present invention is not limited to these. Preferably, the first tightening force F1 (first tightening portion and fourth tightening portion) is about 300 cN to about 400 cN, the third tightening force F3 (second tightening portion) is about 200 cN to about 300 cN, and the fifth tightening The force F5 (the eighth tightening portion and the ninth tightening portion) is about 100 cN to about 200 cN. The second tightening force F2 is suitably a tightening force that is smaller than the specific first tightening force in the above range and larger than the specific third tightening force in the above range. Similarly, the fourth tightening force F4 is suitably a tightening force that is smaller than the specific third tightening force in the above range and larger than the specific fifth tightening force in the above range. For example, when the first tightening force is 400 cN, the third tightening force is 300 cN, and the fifth tightening force is 150 cN, for example, the second tightening force is 350 cN, and the fourth tightening force is 200 cN.

［実施の形態２］
本発明の実施の形態２は、図４に示されるように、少なくとも、第１緊締部（１）、第２緊締部（２）および第３緊締部（３）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、歩くことで骨盤の歪みを改善し、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することが可能となる。 [Embodiment 2]
As shown in FIG. 4, Embodiment 2 of the present invention is a posture improving girdle including at least a first tightening portion (1), a second tightening portion (2), and a third tightening portion (3).
By wearing this posture improvement girdle, it promotes the tension of the rectus abdominis and oblique abdominal muscles, leads the trunk torsion and pelvic rotation movement well, smoothes walking, improves pelvic distortion by walking, The pelvis tilted backward can be tilted forward and guided to the correct position, and the position can be easily maintained.

［実施の形態３］
本発明の実施の形態３は、図５に示されるように、少なくとも、第４緊締部（４）および第５緊締部（５）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、下腹を前方より抑え下腹が出ることを抑制し、また骨盤後弯角の増幅を防ぎ、矢状面での弯曲形成を良好にし、さらに、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことが可能となる。 [Embodiment 3]
Embodiment 3 of the present invention is a posture improving girdle including at least a fourth tightening portion (4) and a fifth tightening portion (5) as shown in FIG.
Wearing this posture improvement girdle suppresses the lower abdomen from the front, prevents the lower abdomen from coming out, prevents the amplification of the pelvic recumbent angle, improves the curvature of the sagittal plane, It is possible to lightly guide the asymmetrical swing while controlling the forward pelvic tilt.

［実施の形態４］
本発明の実施の形態４は、図６に示されるように、少なくとも、第４緊締部（４）、第５緊締部（５）および第３緊締部（３）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することに加えて、ヒップアップや腹引き締め作用によって美しい臀部形状を作りだし、さらに歩行時の股関節内・外旋運動を容易にして歩く姿勢を美しくすることを可能とするガードルを提供することである。 [Embodiment 4]
The fourth embodiment of the present invention is a posture improving girdle including at least a fourth tightening portion (4), a fifth tightening portion (5), and a third tightening portion (3), as shown in FIG.
By wearing this posture improvement girdle, the pelvis tilted backward is tilted forward and guided to the correct position, and in addition to holding the position easily, a beautiful hip shape is created by hip-up and stomach tightening action, and further walking It is to provide a girdle that can make the walking posture beautiful by facilitating the internal / external rotation of the hip joint.

［実施の形態５］
本発明の実施の形態５は、図７に示されるように、少なくとも、第３緊締部（３）および第６緊締部（６）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することに加えて、ヒップアップや腹引き締め作用によって美しい臀部形状を作りだし、さらに歩行時の股関節運動を容易にして歩く姿勢を美しくすることが可能となる。 [Embodiment 5]
Embodiment 5 of the present invention is a posture improving girdle including at least a third tightening portion (3) and a sixth tightening portion (6), as shown in FIG.
By wearing this posture improvement girdle, the pelvis tilted backward is tilted forward and guided to the correct position, and in addition to holding the position easily, a beautiful hip shape is created by hip-up and stomach tightening action, and further walking It is possible to make the walking posture beautiful by facilitating the hip joint movement.

［実施の形態６］
本発明の実施の形態６は、図８に示されるように、少なくとも、第１緊締部（１）および第４緊締部（４）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、下腹を前方より抑え下腹が出ることを抑制し、骨盤後弯角の増幅を防ぐことに加えて、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、歩くことで骨盤の歪みを改善することが可能となる。 [Embodiment 6]
Embodiment 6 of the present invention is a posture improving girdle including at least a first tightening portion (1) and a fourth tightening portion (4) as shown in FIG.
By wearing this posture-improving girdle, the lower abdomen is restrained from the front, the lower abdomen is prevented from coming out, the amplification of the pelvic recumbent angle is prevented, and the tension of the rectus abdominis and abdominal oblique muscles is promoted. It is possible to improve the pelvic distortion by guiding the torsion and the pelvic rotation movement, making the walking smooth and walking.

［実施の形態７］
本発明の実施の形態７は、図９に示されるように、少なくとも、第４緊締部（４）、第５緊締部（５）および第７緊締部（７）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、下腹を前方より抑え下腹が出ることを抑制し、また骨盤後弯角の増幅を防ぎ、矢状面での弯曲形成を良好にし、さらに、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことに加えて、腹斜筋と股関節内旋筋の伸びを引き出して、歩行時の両方の下肢の運動を骨盤中心からゆったり起こすことが可能となる。 [Embodiment 7]
Embodiment 7 of the present invention is a posture improving girdle including at least a fourth tightening portion (4), a fifth tightening portion (5) and a seventh tightening portion (7), as shown in FIG.
Wearing this posture improvement girdle suppresses the lower abdomen from the front, prevents the lower abdomen from coming out, prevents the amplification of the pelvic recumbent angle, improves the curvature of the sagittal plane, In addition to lightly guiding the asymmetrically swinging foot while controlling the forward pelvic tilt, it also draws out the extension of the oblique and hip internal rotator muscles, and exercises both lower limbs during walking It is possible to wake up comfortably.

［実施の形態８］
本発明の実施の形態８は、図１０に示されるように、少なくとも、第１緊締部（１）、第２緊締部（２）、第３緊締部（３）、第６緊締部（６）および第８緊締部（８）を含む姿勢改善ガードルである。
この姿勢改善ガードルを装着することによって、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、歩くことで骨盤の歪みを改善し、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することに加えて、ヒップアップや腹引き締め作用によって美しい臀部形状を作りだし、さらに歩行時の股関節内・外旋運動を容易にして歩く姿勢を美しくすることが可能となる。さらに、ヒップアップ力となる大殿筋の伸びる力と、股関節屈曲運動時における緩む伸展性（エキセントリック収縮力）を確保することが可能となる。 [Embodiment 8]
In the eighth embodiment of the present invention, as shown in FIG. 10, at least the first tightening portion (1), the second tightening portion (2), the third tightening portion (3), and the sixth tightening portion (6). And a posture improving girdle including the eighth tightening portion (8).
By wearing this posture improvement girdle, it promotes the tension of the rectus abdominis and oblique abdominal muscles, leads the trunk torsion and pelvic rotation movement well, smoothes walking, improves pelvic distortion by walking, In addition to tilting the pelvis that is tilted backward and guiding it to the correct position, and maintaining the position easily, it creates a beautiful buttocks shape by hip-up and abdominal tightening action, and further, internal and external rotation movements during walking It is possible to make the walking posture beautiful with ease. Furthermore, it is possible to ensure the strength of the greater gluteus muscle that becomes the hip-up force and the extensibility (eccentric contraction force) that relaxes during the hip flexion exercise.

本発明は、上記の実施の形態１〜８に限定されず、各緊締部を組み合わせて、所望の特定の効果を奏する姿勢改善ガードルを作製することが可能である。 The present invention is not limited to the above-described first to eighth embodiments, and it is possible to produce a posture improving girdle that achieves a desired specific effect by combining the tightening portions.

本発明の姿勢改善ガードルは、ショート丈ガードル、スタンダード丈ガードル、セミロング丈ガードル、ニーロング丈ガードル、ニーアンダー丈ガードル、アンクル丈ガードル、トランクス丈ガードル等として作製することが可能である。 The posture improving girdle of the present invention can be manufactured as a short length girdle, a standard length girdle, a semi-long length girdle, a knee long length girdle, a knee under length girdle, an ankle length girdle, a trunk length length girdle, or the like.

以上のように、本発明の姿勢改善ガードルは、装着することによって、従来のガードルが有するヒップアップや腹引き締め効果に加えて、静止時において、骨盤を良好な位置に戻す改善効果のみでなく、歩行時において、左右の筋緊張性を良好に引き出し体幹バランスや歩行リズムを良好にする効果を奏する。また、力を作用させる必要のない位置には不要な力を働かせない構成のため、圧迫感をさほど感じずに快適に日常的に着用することができる。毎日着用することによって、さらに姿勢を改善し、良好な筋緊張性を引き出すことができる。さらに、上記のような良好な筋緊張性を日常的に示す効果は、習慣性円背が原因の肩凝り、緊張性頭痛症の緩和にも繋がるため、肩凝り、緊張性頭痛症の改善のためのガードルとして好適に利用され得る。 As described above, the posture improving girdle of the present invention is not only the improvement effect of returning the pelvis to a good position at rest, in addition to the hip-up and stomach tightening effects that the conventional girdle has, During walking, the left and right muscle tonicity is pulled out, and the trunk balance and walking rhythm are improved. Moreover, since it is a structure which does not apply unnecessary force to the position which does not need to apply force, it can be comfortably worn daily without feeling a feeling of pressure so much. By wearing it daily, the posture can be further improved and good muscle tone can be brought out. In addition, the above-mentioned effects of showing good muscle tone on a daily basis also lead to the relief of stiff shoulders and tension headaches caused by habitual dorsum. Can be suitably used as a girdle.

上記の本発明の姿勢改善ガードルについて理解を容易にするために、以下に、骨格と筋肉、筋肉の収縮様式、骨盤と姿勢や歩行の関係などについて説明する。 In order to facilitate understanding of the posture improving girdle of the present invention described above, the skeleton and muscles, muscle contraction modes, the relationship between the pelvis and posture and walking, etc. will be described below.

図１１の（ａ）は、身体の骨格の正面図であり、図１１の（ｂ）は、その左側面図であり、および図１１の（ｃ）は、その背面図である。図１１において、Ｂ１が仙骨、Ｂ２が腸骨、Ｂ３が尾骨、Ｂ４が坐骨、Ｂ５が股関節、Ｂ６〜Ｂ１０が腰椎（上から、第１〜第５腰椎）、Ｂ１１が大腿骨、Ｂ１２が恥骨、Ｂ１３が腸骨稜、Ｂ１４が骨盤、Ｂ１５が仙腸関節、Ｂ１６が膝関節、Ｂ１７が大転子、Ｂ１８が上前腸骨棘である。骨盤（Ｂ１４）は、左右の腸骨（Ｂ２）と恥骨（Ｂ１２）と坐骨（Ｂ４）が一体化した寛骨と、仙骨（Ｂ１）、尾骨（Ｂ３）で構成される。仙骨（Ｂ１）は骨盤の中心であって、背骨の土台となる。また、寛骨の中央に位置する寛骨臼と大腿骨頭から股関節（Ｂ５）が構成される。 FIG. 11A is a front view of the skeleton of the body, FIG. 11B is a left side view thereof, and FIG. 11C is a rear view thereof. In FIG. 11, B1 is the sacrum, B2 is the iliac bone, B3 is the tailbone, B4 is the sciatic bone, B5 is the hip joint, B6 to B10 are the lumbar vertebra (from the top to the first to fifth lumbar vertebra), B11 is the femur, and B12 is the pubic bone , B13 is the iliac crest, B14 is the pelvis, B15 is the sacroiliac joint, B16 is the knee joint, B17 is the greater trochanter, and B18 is the superior anterior iliac spine. The pelvis (B14) is composed of a hipbone integrated with the left and right iliac bones (B2), the pubic bone (B12), and the sciatic bone (B4), the sacrum (B1), and the tailbone (B3). The sacrum (B1) is the center of the pelvis and serves as the foundation of the spine. The hip joint (B5) is composed of the acetabulum and the femoral head located in the center of the hip bone.

図１２の（ａ）は、身体の骨格と筋肉の正面図であり、図１２の（ｂ）は、その左側面図であり、および図１２の（ｃ）は、その背面図である。図１２において、Ｍ１が腹直筋、Ｍ２が内腹斜筋、Ｍ３が外腹斜筋、Ｍ４が大腰筋、Ｍ５が腸骨筋、Ｍ６が鵞足、Ｍ７が鼡径靭帯、Ｍ８が脊柱起立筋、Ｍ９が大殿筋、Ｍ１０が中殿筋、Ｍ１１が縫工筋、Ｍ１２が大腿二頭筋、Ｍ１３が半腱様筋、Ｍ１４が半膜様筋である。腹直筋（Ｍ１）は、恥骨結合部および恥骨結節上縁から、第５〜第７肋軟骨と剣状突起についており、体幹の前方中心に位置し、背骨を前方から支え、骨盤の傾きに関わる。外腹斜筋（Ｍ３）は、第５〜第１２肋骨から、白線または腸骨稜についている。内腹斜筋（Ｍ２）は、腸骨稜および鼡径靭帯から、白線および第９〜第１２肋骨についている。外腹斜筋（Ｍ３）も内腹斜筋（Ｍ２）も、歩行の際、脚を一歩踏み出す時に進行方向に骨盤を回旋させる骨盤回旋作用において働く。大腰筋（Ｍ４）は、第１２胸椎〜第５腰椎から、大腿骨の小転子についており、腸骨筋（Ｍ５）は、腸骨窩から、小転子についており、小腰筋は、第１２胸椎と第１腰椎から腸恥***までついている。これらの大腰筋（Ｍ４）と腸骨筋（Ｍ５）、小腰筋は合わせて、腸腰筋と称され、腹斜筋と共に骨盤回旋がスムーズに行なわれるよう働きつつ脚の振り出しの主働筋である。縫工筋（Ｍ１１）は、上前腸骨棘（Ｂ１８）から、鵞足（Ｍ６）についており、歩行時の股関節屈曲運動および拮抗的に股関節伸展運動において働く。大殿筋（Ｍ９）は、腸骨稜、仙骨、尾骨から、殿筋粗面、腸脛靭帯についており、下半身の形状を形作り、また歩行時の股関節屈曲運動および股関節伸展運動において働く。大腿二頭筋（Ｍ１２）は、長頭が坐骨結節から、短頭が大腿骨粗面から、腓骨頭についている。半腱様筋（Ｍ１３）は、坐骨結節から鵞足（Ｍ６）についている。半膜様筋（Ｍ１４）は、坐骨結節から脛骨内顆後面についている。大腿二頭筋（Ｍ１２）と半腱様筋（Ｍ１３）、半膜様筋（Ｍ１４）は合わせて、ハムストリング筋と称され、下肢後面の筋肉を作り、下腿を回旋させ、膝伸展や膝屈曲運動を円滑にするように作用する。脊柱起立筋（Ｍ８）は、仙骨の下方部から頸椎についており、背骨を構築し支える。腹直筋（Ｍ１）を含む恥骨の上から肋骨の下までの筋肉を、腹筋と称する。腰方形筋は、腸骨稜と腸腰靭帯から第１２肋骨に付着しており、腰椎を屈曲する際に作用する。 12 (a) is a front view of the body skeleton and muscles, FIG. 12 (b) is a left side view thereof, and FIG. 12 (c) is a rear view thereof. In FIG. 12, M1 is a rectus abdominis muscle, M2 is an internal abdominal oblique muscle, M3 is an external abdominal oblique muscle, M4 is a psoas muscle, M5 is an iliac muscle, M6 is a heel foot, M7 is an inguinal ligament, and M8 is a spine standing up. The muscle, M9 is the gluteal muscle, M10 is the gluteal muscle, M11 is the sewing muscle, M12 is the biceps femoris, M13 is the semi-tendon-like muscle, and M14 is the semi-membranous muscle. The rectus abdominis muscle (M1) is located on the 5th-7th costal cartilage and the xiphoid process from the pubic joint and the upper edge of the pubic nodule, is located in the front center of the trunk, supports the spine from the front, and tilts the pelvis Involved. The external oblique muscle (M3) is attached to the white line or the iliac crest from the 5th to the 12th ribs. The internal oblique muscle (M2) is attached to the white line and the ninth to twelfth ribs from the iliac crest and the inguinal ligament. Both the external oblique muscle (M3) and the internal oblique muscle (M2) work in the pelvic rotation action in which the pelvis is rotated in the advancing direction when one leg is stepped during walking. The psoas major muscle (M4) is from the 12th thoracic vertebra to the fifth lumbar vertebrae, and is about the trochanteric femur. The iliac muscle (M5) is from the iliac fossa and is about the trochanteric trochanter. From the 12th thoracic vertebra and the 1st lumbar vertebra to the intestinal humiliation. These large pectoral muscle (M4), iliac muscle (M5), and small psoas muscle are collectively referred to as the iliac psoas muscle, and the main muscles that swing out the legs while working so that the pelvic rotation is performed smoothly together with the oblique oblique muscles. It is. The sewing muscle (M11) extends from the superior anterior iliac spine (B18) to the heel (M6), and acts in the hip joint movement movement and antagonistic movement in the hip joint movement during walking. The gluteus medius (M9) extends from the iliac crest, sacrum, and coccyx to the gluteal rough surface and the iliac ligament, forms the shape of the lower body, and acts in hip flexion and hip extension exercises during walking. In the biceps femoris (M12), the long head is attached to the radial head from the sciatic nodule and the short head from the rough femoral surface. The semi-tendon-like muscle (M13) is attached to the heel bone (M6) from the sciatic nodule. The meningeal muscle (M14) is attached from the sciatic nodule to the posterior surface of the tibial condyle. The biceps femoris (M12), semi-tendon-like muscle (M13), and semi-membranous muscle (M14) are called hamstring muscles, creating the muscles on the back of the lower limbs, rotating the lower leg, knee extension and knee Acts to smooth the flexion movement. The spinal column standing muscle (M8) is attached to the cervical vertebra from the lower part of the sacrum and builds and supports the spine. The muscle from the top of the pubic bone including the rectus abdominis (M1) to the bottom of the rib is referred to as the abdominal muscle. The lumbar muscle is attached to the twelfth rib from the iliac crest and iliac lumbar ligament, and acts when the lumbar vertebra is bent.

筋肉の収縮様式には、筋肉が縮むコンセントリック収縮（短縮性筋収縮）という収縮様式と、筋肉が伸びるエキセントリック収縮（伸張性筋収縮）という収縮様式があり、この２つの収縮様式は、拮抗的に働く。本発明の姿勢改善ガードルは、腸腰筋や縫工筋、大殿筋、ハムストリング筋のコンセントリック収縮力、エキセントリック収縮力をスムーズにするように作用する。 There are two types of muscle contraction: a concentric contraction that contracts the muscle (shortening muscle contraction) and an eccentric contraction that stretches the muscle (extensible muscle contraction). To work. The posture improving girdle of the present invention acts to smooth the concentric contractile force and eccentric contractile force of the iliopsoas muscle, the sewing muscle, the gluteal muscle, and the hamstring muscle.

図１３の（ａ）は、仙骨角を示す図であり、図１３の（ｂ）〜（ｄ）は、仙骨角と骨盤の前傾の関係を示す図である。水平線（Ｈ）と第１仙椎上部を通る直線とのなす角が、仙骨角（Ｓ）である。骨盤の前傾によって、腰椎の前弯が形成される。良好な姿勢（図１３（ｂ））においては、頸椎は前弯、胸椎は後弯、腰椎は前弯しており、頸椎・胸椎・腰椎からなる背骨の弯曲バランス（背骨アーチ）は、Ｓ字状をなし、仙骨角（Ｓ）は約３０度である。背骨の土台となる仙骨が後傾し仙骨角（Ｓ）が減少すると（図１３（ｃ））、仙骨の直上にある腰椎骨も後方に傾き、胸椎後弯角が増幅し、腰椎前弯角が減少し円背となり、重心が崩れ下半身が不安定な状態となる。また、仙骨が前傾し仙骨角（Ｓ）が増加すると（図１３（ｄ））、腰椎前弯角が増大し反り腰となり、上半身の不安定な重みが腰椎に集中した状態となる。このように矢状面で姿勢が崩れると、特に腰椎と胸椎の弯曲が後傾位をとり、椎骨上に沿って位置し、背骨の構築と弯曲を成す脊柱起立筋の緊張が緩む。 (A) of FIG. 13 is a figure which shows a sacral angle | corner, (b)-(d) of FIG. 13 is a figure which shows the relationship between the sacral angle | corner and the forward inclination of a pelvis. The angle between the horizontal line (H) and the straight line passing through the upper part of the first sacral vertebra is the sacral angle (S). The pelvic anteversion forms a lumbar lordosis. In a good posture (FIG. 13 (b)), the cervical spine is anterior, the thoracic vertebra is posterior, and the lumbar vertebra is forward, and the spinal curvature balance (spine arch) consisting of the cervical, thoracic, and lumbar vertebrae is S-shaped. The sacral angle (S) is about 30 degrees. When the sacrum, the foundation of the spine, tilts backward and the sacral angle (S) decreases (FIG. 13 (c)), the lumbar vertebra just above the sacrum also tilts backward, and the thoracic vertebral kyphosis is amplified. Decreases, the back of the circle becomes round, the center of gravity collapses, and the lower body becomes unstable. Further, when the sacrum is tilted forward and the sacral angle (S) is increased (FIG. 13 (d)), the anterior lumbar heel angle is warped and the upper body becomes unstable, and unstable weights of the upper body are concentrated on the lumbar vertebrae. When the posture is collapsed in the sagittal plane in this way, the curvature of the lumbar vertebrae and the thoracic vertebrae take a posterior tilt, and they are positioned along the vertebrae.

図１４は、歩行時の左右の脚で非対称な運動を図示したものである。図１４では、前方脚（振り出し脚）が右で、後方脚（送り脚）が左である。図１４の（ａ）は、歩行時にコンセントリック収縮力を発揮する筋肉の部分（細い矢印（ｉ）〜（ｉｖ））であり、図１４の（ｂ）は、歩行時にエキセントリック収縮力を発揮する筋肉の部分（破線の矢印（ｖ）〜（ｖｉｉｉ））であり、図１４の（ｃ）は、歩行時の骨盤の回旋方向（（ｉｘ））、および体幹・上体の回旋方向（（ｘ））である。歩行は、常に、１個の骨盤に対し、股関節を介し構築される２つの大腿骨の一側が前方へ振り出され、もう一側が後方にあって軸脚となる。この２本の大腿骨の互いに異なる前方・後方の動きがあり、はじめて一歩の足運びが実現する。股関節を介しての進行方向への振り出し脚と軸脚の安定性に依存して振幅が決定される。その振幅は、左右の二本の脚が、交互に、振り出し脚、軸足となることによって定まり、二本の脚は、互いに前方・後方の非対称な位置関係にある。この前方へ脚が振り出される動き（図１４（ａ）（ｂ）の前方脚の太い矢印）を股関節屈曲運動、体幹の後方で軸脚となる大腿骨の運動（図１４（ａ）（ｂ）の後方脚の太い矢印）を股関節伸展運動という。この股関節屈曲運動で主働筋として働く縫工筋および腸腰筋、並びに股関節伸展運動で主働筋として働く大殿筋およびハムストリング筋が、非対称的に収縮力を発揮し歩行動作を支えている。その非対称な運動においては、縫工筋と腸腰筋は、後方にある脚（図１４では、左脚）においてエキセントリック収縮の力を発揮し、前方にある脚（図１４では、右脚）においてコンセントリック収縮の力を発揮する。すなわち、これらの収縮において、縫工筋と腸腰筋は、後方にある脚（図１４では、左脚）においては短縮した状態からの伸張性筋収縮が求められ（図１４（ｂ）（ｖｉｉ）、（ｖｉｉｉ））、前方にある脚（図１４では、右脚）においては伸びた位置からの短縮性筋収縮が求められる（図１４（ａ）（ｉ）、（ｉｉ））、という左右の脚で非対称の筋緊張性が求められる。また、大殿筋とハムストリング筋は、逆に、後方にある脚（図１４では、左脚）においてコンセントリック収縮の力を発揮し（図１４（ａ）（ｉｉｉ）、（ｉｖ））、前方にある脚（図１４では、右脚）においてエキセントリック収縮の力を発揮する（図１４（ｂ）（ｖ）、（ｖｉ））。この時（すなわち、左脚が後方にあり、右脚が前方にある場合）、骨盤は右が前方回旋、左が後方回旋するので、反時計回りに回旋し（図１４（ｃ）（ｉｘ））、一方、体幹は、左が前方回旋、右が後方回旋するので、時計回りに回旋する（図１４（ｃ）（ｘ））。この動作の繰り返しが歩行である。この非対称性の筋収縮の円滑性が損なわれれば、同筋肉の左右の収縮力に差が表れ、歩行リズムが崩れる。歩行リズムの崩れは、骨盤の水平面における骨盤回旋の差にも表れる。この差は、骨盤回旋に関わる腹斜筋の緊張力の差に繋がる。この腹斜筋の緊張力の差は、体幹を支える左右の身体の均等性の差として表れ、姿勢が水平面と前額面で崩れることとなる。 FIG. 14 illustrates asymmetric movements between the left and right legs during walking. In FIG. 14, the front leg (the swing leg) is on the right and the rear leg (the feed leg) is on the left. FIG. 14A shows a muscle portion (thin arrows (i) to (iv)) that exerts a concentric contractile force when walking, and FIG. 14B shows an eccentric contractile force when walking. FIG. 14C shows the pelvic rotation direction during walking ((ix)), and the trunk / upper body rotation direction (((ix)) (muscle part (broken arrows (v) to (viii))). x)). In walking, one side of the two femurs constructed via the hip joint is always swung out forward with respect to one pelvis, and the other side is in the rear and becomes a shaft leg. The two femurs have different anterior and posterior movements, and one step can be taken for the first time. The amplitude is determined depending on the stability of the swinging leg and the pivot leg in the traveling direction through the hip joint. The amplitude is determined by the two left and right legs alternately becoming a swing leg and a pivot leg, and the two legs are in an asymmetric positional relationship between the front and the rear. This movement of swinging out the legs forward (thick arrows on the front legs in FIGS. 14 (a) and 14 (b)) is the hip flexion movement, and the movement of the femur as the axial leg behind the trunk (FIG. 14 (a) ( The thick arrow on the back leg in b) is called hip extension exercise. Sewing muscles and iliopsoas muscles acting as main muscles in this hip flexion exercise, and gluteal muscles and hamstring muscles acting as main muscles in hip joint extension exercise asymmetrically exert a contractile force to support the walking movement. In the asymmetric movement, the sewing muscle and iliopsoas muscle exert an eccentric contraction force in the rear leg (left leg in FIG. 14) and in the front leg (right leg in FIG. 14). Demonstrate the power of concentric contraction. That is, in these contractions, the muscular muscles and the iliopsoas muscles are required to have extensible muscle contraction from a shortened state in the rear leg (left leg in FIG. 14) (FIG. 14 (b) (vii ), (Viii)), the front leg (the right leg in FIG. 14) requires shortening muscle contraction from the extended position (FIGS. 14 (a) (i), (ii)) Asymmetric muscle tone is required in the legs. On the other hand, the gluteal muscle and hamstring muscle exert concentric contraction force on the rear leg (left leg in FIG. 14) (FIGS. 14 (a) (iii) and (iv)), and the front In the leg (right leg in FIG. 14), the force of eccentric contraction is exerted (FIGS. 14 (b), (v), (vi)). At this time (ie, when the left leg is in the rear and the right leg is in the front), the pelvis is rotated counterclockwise since the right rotates forward and the left rotates backward (FIG. 14 (c) (ix) On the other hand, the trunk rotates clockwise because the left rotates forward and the right rotates backward (FIGS. 14 (c) and (x)). The repetition of this operation is walking. If the smoothness of this asymmetric muscle contraction is impaired, a difference appears in the left and right contraction force of the muscle, and the walking rhythm is disrupted. The disruption of walking rhythm also appears in the difference in pelvic rotation in the horizontal plane of the pelvis. This difference leads to a difference in the strength of the oblique oblique muscles involved in pelvic rotation. This difference in the tension of the oblique oblique muscles appears as a difference in the uniformity of the left and right bodies that support the trunk, and the posture collapses between the horizontal plane and the frontal plane.

また、この腹斜筋の緊張度の変化は筋収縮の変化と同一の意味を持つことから、骨盤内で腹斜筋の緊張性に左右差が表れれば、水平面での骨盤のずれが生まれ、骨盤の歪みを招く。水平面での骨盤のずれとは、床に対し水平になる面で骨盤が前方回旋、あるいは後方回旋した状態であり（図１３（ｃ）、（ｄ）参照）、これによって骨盤とウエスト上部を占める体幹部に捻れが発生する。この捻れは、背骨の弯曲バランスの崩れに繋がり、姿勢が矢状面でも崩れることになる。 In addition, since the change in the degree of tone of the oblique oblique muscle has the same meaning as the change in muscle contraction, if there is a left-right difference in the tension of the oblique oblique muscle in the pelvis, a pelvic displacement in the horizontal plane is created. , Leading to pelvic distortion. The displacement of the pelvis in the horizontal plane is a state in which the pelvis is rotated forward or backward on a plane that is horizontal to the floor (see FIGS. 13 (c) and 13 (d)), thereby occupying the pelvis and the upper waist. Twisting occurs in the trunk. This twist leads to the collapse of the curvature balance of the spine, and the posture is broken even in the sagittal plane.

姿勢を改善するためには、矢状面の姿勢の崩れである背骨アーチを正すこと、前額面の姿勢の崩れである背骨の左右の歪みを正すこと、および水平面の姿勢の崩れである骨盤や身体の左右の均等性を整えること、の３つが重要である。その中でも、骨盤や身体の左右の均等性が整えば、重心が安定し、背骨アーチも整い、姿勢改善へと繋がる。骨盤には、体幹や下肢の筋肉が複雑に付着しているので、骨盤のずれを正すように、骨盤のみでなく骨盤周りの筋肉に対しても力を働きかけることによって、姿勢を改善し保持することが可能となる。また、身体の左右の均等性は、体幹を支える左右の筋緊張性の差が原因の一つであることから、骨盤とその周りの筋肉のみでなく歩行に必要とされる筋肉に対しても力を働きかけることによって、重心や歩行リズムを改善し、身体の左右の均等性を保持する。 To improve the posture, correct the spine arch, which is a sagittal posture collapse, correct the lateral distortion of the spine, which is a forehead posture collapse, and the pelvis, which is a horizontal posture collapse, Three things are important: to make the right and left of the body uniform. Among them, if the left and right pelvis and body are evenly aligned, the center of gravity is stabilized, the spine arch is also adjusted, and the posture is improved. Since the muscles of the trunk and lower limbs are intricately attached to the pelvis, the posture is improved and maintained by applying force not only to the pelvis but also to the muscles around the pelvis so as to correct the pelvic displacement. It becomes possible to do. In addition, the equality of the left and right sides of the body is caused by the difference in muscle tone between the left and right sides that support the trunk, so that not only the pelvis and surrounding muscles but also the muscles required for walking By applying force, it improves the center of gravity and walking rhythm, and maintains equality of the left and right sides of the body.

具体的には、骨盤・股関節一体型の構造のガードルに、仙骨中心から腸骨上方に付着する筋群を斜めにサポートして、股関節内旋筋と股関節内転筋を連携させ、かつ腸骨前方にある腸骨筋、大腰筋、外腹斜筋などに作用するように、各部位にかかる着圧に変化を持たせた設計をする。この設計によって、骨盤の過度の前傾を防ぐのみでなく、腸骨から股関節を繋ぐ筋群に力を作用させ、骨盤と股関節の機能を高め、股関節筋群の柔軟性を引き出し、可動域を広め、進行方向に膝を安定させ、脚を振り出したり戻したりし易くすることも可能となる。骨盤周りの筋肉群や歩行時に働く筋肉に力が外部から作用することによって骨盤は引き締められ、骨盤に付随する筋肉の柔軟性が高まり、股関節が動き易くなり円滑な動きが促される。このように骨盤に付随する筋群や歩行時に働く筋肉のバランスが正され、骨盤や体幹筋、下肢筋の左右の筋緊張性が整えば、腰椎仙骨関節への荷重バランスが整い重心も安定し、腰仙骨の傾きが正され背骨のバランスも整い、姿勢改善効果を得ることが可能となる。
このようにして、上記の各緊締部を含む本発明の姿勢改善ガードルが発明された。 Specifically, a girdle with an integrated pelvis / hip joint structure supports the muscle group attached to the iliac from the center of the sacrum obliquely to link the hip internal rotator and the hip adductor, and It is designed to change the pressure applied to each part so that it acts on the iliac muscle, large psoas muscle, external oblique muscle, etc. in the front. This design not only prevents excessive forward tilt of the pelvis, but also exerts a force on the muscles that connect the hip joints from the iliac bones, enhances the functions of the pelvis and hip joints, draws out the flexibility of the hip joint muscles, It is also possible to stabilize the knee in the direction of travel and make it easier to swing out and return the leg. When the force acts on the muscles around the pelvis and muscles working during walking, the pelvis is tightened, the flexibility of the muscles accompanying the pelvis is increased, the hip joint becomes easy to move, and smooth movement is promoted. In this way, if the muscles attached to the pelvis and the muscles that work during walking are balanced, and the left and right muscle tonicity of the pelvis, trunk muscles, and lower limb muscles are aligned, the load balance to the lumbar sacral joint is aligned and the center of gravity is stable In addition, the inclination of the lumbosacrum is corrected, the spine is balanced, and the posture improving effect can be obtained.
In this way, the posture improving girdle of the present invention including the above-described tightening portions has been invented.

第１〜第９の緊締部の素材を縫合して作製した本発明の１つの実施の形態である実施の形態１（図１Ａ〜１Ｃ）のガードルを用いて、以下の測定を行い、姿勢改善の効果を評価した。 Using the girdle of the first embodiment (FIGS. 1A to 1C), which is one embodiment of the present invention produced by stitching the materials of the first to ninth tightening portions, the following measurement is performed to improve the posture. The effect of was evaluated.

（実施例１）
１）立位体前屈の測定
前述のように、姿勢の崩れは骨盤の歪みに繋がる。骨盤には、脊柱起立筋や腰方形筋などの体幹筋や、ハムストリング筋や大殿筋などの下肢筋が付着しており、骨盤が歪んでいると、これらの骨盤に付着している筋の伸展力が制限され、前屈がし難くなる。言い換えると、骨盤が整って歪みが改善されると、骨盤に付着するこれらの筋肉の柔軟性と伸展力が高まり、前屈し易くなる。そこで、本発明の姿勢改善ガードルの姿勢改善効果を、立位体前屈の程度を測定することによって評価した。 Example 1
1) Measurement of standing body forward bending As mentioned above, the collapse of posture leads to distortion of the pelvis. The pelvis is attached to trunk muscles such as standing muscles of the spine and lower back and muscles of the lower limbs such as hamstrings and gluteal muscles. When the pelvis is distorted, the muscles attached to these pelvises The extension force is limited, making it difficult to bend forward. In other words, when the pelvis is in place and the strain is improved, the flexibility and extension of these muscles that adhere to the pelvis increase and tend to bend forward. Therefore, the posture improvement effect of the posture improvement girdle of the present invention was evaluated by measuring the degree of standing body forward bending.

２）測定方法
台面の位置を０ｃｍとし、そこから上に２５ｃｍ、下に２５ｃｍまで１ｃｍごとの目盛りの物差しをつけた台を用意した。被験者は、両足のかかとをつけ、足先を５ｃｍほど開いて台の上に立ち、両手を伸ばして物差しに触れながらからだを前屈させた。この時、膝を曲げたり、反動をつけたり、片手を余分におろしたりしないように注意した。両指先が達した最下端の位置を物差しの目盛りで読み取った。０ｃｍに達しないときは、０ｃｍまでの距離をマイナスで示した。この測定を、ガードルを装着しない場合（対照例）、本発明の姿勢改善ガードルを装着した場合（実施例）、および姿勢改善効果を有しない一般的な補正ガードルを装着した場合（比較例）に行った。
なお、前屈の慣れによる値の変化を防ぐ為に、ガードルを装着しない場合、本発明の姿勢改善ガードルを装着した場合、姿勢改善効果を有しない一般的な補正ガードルを装着した場合の順で測定を行った。 2) Measuring method A table with a scale of 1 cm was prepared from the position of the table surface to 0 cm, from there to 25 cm up to 25 cm down. The subject put on the heels of both feet, opened the toes about 5 cm, stood on the table, and extended both hands and touched the ruler to bend forward. At this time, care was taken not to bend the knees, apply recoil, or drop one hand. The lowest position reached by both fingertips was read on the scale of the ruler. When the distance did not reach 0 cm, the distance up to 0 cm was indicated by minus. This measurement is performed when the girdle is not worn (control example), when the posture improving girdle of the present invention is worn (example), and when a general correction girdle having no posture improving effect is worn (comparative example). went.
In order to prevent changes in the value due to habituation of bending forward, the girdle is not worn, the posture improving girdle of the present invention is worn, and the general correction girdle having no posture improving effect is worn in this order. Measurements were made.

３）測定結果
以下に各被験者の測定結果を示す（被験者（１）〜（７））。 3) Measurement result The measurement result of each subject is shown below (subjects (1) to (7)).

上記の結果から、全ての被験者において、本発明の姿勢改善ガードルを装着した場合、最も深く前屈することができたことが分かる。これは、本発明の姿勢改善ガードルを装着することによって、骨盤の歪みが改善され、骨盤に付着する脊柱起立筋や腰方形筋などの体幹筋や、ハムストリング筋や大殿筋などの下肢筋の柔軟性と伸展力が高まり、前屈し易くなったことを示している。すなわち、本発明の姿勢改善ガードルを装着することによって、骨盤の後弯が改善され、姿勢の歪みが改善し、姿勢改善効果が得られた。 From the above results, it can be seen that all subjects were able to bend most deeply when wearing the posture improving girdle of the present invention. By attaching the posture improving girdle of the present invention, the distortion of the pelvis is improved, the trunk muscles such as the spine standing muscle and the lumbar muscle attached to the pelvis, and the lower extremity muscles such as the hamstring muscle and the gluteal muscle. It has been shown that the flexibility and extensibility of have increased, making it easier to bend forward. That is, by wearing the posture improving girdle of the present invention, the pelvic heel was improved, the posture distortion was improved, and the posture improving effect was obtained.

（実施例２）
１）全身のシルエットの観察
本発明の姿勢改善ガードルによる姿勢改善効果とヒップアップ効果を、側面からの全身のシルエットの観察によって評価した。 (Example 2)
1) Observation of whole body silhouette The posture improvement effect and hip-up effect of the posture improvement girdle of the present invention were evaluated by observing the whole body silhouette from the side.

２）測定方法
被験者は、前もって定めた立ち位置に、２〜３回足踏みして身体をほぐしてから、自然体で手をストンと下ろした状態で、かつ、顔は上げ下げせず、まっすぐ前を見た状態で直立した。このように直立した被験者の左側面を固定したデジタルカメラで撮影した。この撮影を、ガードルを装着しない場合と、本発明の姿勢改善ガードルを装着した場合に行った。その後、ガードルを装着しない場合のシルエットのデータと、本発明の姿勢改善ガードルを装着した場合のシルエットのデータを重ねて表した。 2) Measurement method The subject stepped on a predetermined standing position 2 to 3 times to loosen his body, then lowered his hand with a natural body, and his face was not raised or lowered, and he looked straight ahead. Standing upright. Images were taken with a digital camera with the left side of the subject standing upright in this way fixed. This photographing was performed when the girdle was not worn and when the posture improving girdle of the present invention was worn. Thereafter, the silhouette data when the girdle is not worn and the silhouette data when the posture improving girdle of the present invention is worn are overlapped.

３）測定結果
図１５の（ａ）〜（ｈ）は、それぞれ、被験者（８）〜（１５）の観察結果である。破線がガードルを装着しない場合のシルエットであり、実線が本発明の姿勢改善ガードルを装着した場合のシルエットである。 3) Measurement results (a) to (h) in FIG. 15 are observation results of the subjects (8) to (15), respectively. A broken line is a silhouette when the girdle is not worn, and a solid line is a silhouette when the posture improving girdle of the present invention is worn.

図１５に示した結果から、本発明の姿勢改善ガードルを装着した場合、全ての被験者において、ヒップの位置が上がり、ヒップラインは丸みを帯び整っている。また、全ての被験者において、背骨の弯曲が正され姿勢バランスが良好となっている。これは、本発明の姿勢改善ガードルを装着することによって、大殿筋の緊張が高まりヒップアップされ、また、骨盤が良好な位置に導かれ、姿勢バランスが整えられたことを示している。すなわち、本発明の姿勢改善ガードルを装着することによって、ヒップアップ効果と姿勢改善効果が得られた。 From the results shown in FIG. 15, when the posture improving girdle of the present invention is worn, the hip position is raised and the hip line is rounded in all subjects. In all subjects, the curvature of the spine is corrected and the posture balance is good. This shows that by wearing the posture improving girdle of the present invention, the tension of the greater gluteus muscle was increased and the hips were raised, the pelvis was guided to a good position, and the posture balance was adjusted. That is, the hip-up effect and the posture improvement effect were obtained by wearing the posture improvement girdle of the present invention.

（実施例３）
１）歩幅の測定
姿勢が改善され骨盤と歩行時のスムーズな運動が実現されれば、歩行時の歩幅は大きくなる。そこで、本発明の姿勢改善ガードルによる姿勢改善効果を、歩幅を測定することによって評価した。 (Example 3)
1) Measuring the stride If the posture is improved and the pelvis and smooth movement during walking are realized, the stride during walking increases. Therefore, the posture improvement effect of the posture improvement girdle of the present invention was evaluated by measuring the stride.

２）測定方法
被験者は、予め定めた踏み切り位置から、真っ直ぐ１０歩、自然な状態で歩行した。自然歩行時の歩幅を測定するために、３歩目の踵接地から、９歩目の踵接地までの距離を測定し、その測定値から１歩あたりの歩幅を算出した。この測定を、ガードルを装着しない場合（対照例）、および本発明の姿勢改善ガードルを装着した場合（実施例）に行った。 2) Measuring method The test subject walked in a natural state for 10 steps straight from a predetermined crossing position. In order to measure the stride during natural walking, the distance from the third step to the ninth step was measured, and the step length per step was calculated from the measured value. This measurement was performed when the girdle was not worn (control example) and when the posture improving girdle of the present invention was worn (example).

３）測定結果
以下に各被験者の測定結果を示す（被験者（１６）〜（２１））。 3) Measurement result The measurement result of each subject is shown below (subjects (16) to (21)).

上記の結果から、全ての被験者において、歩幅が大きくなっていることが分かる。これは、本発明の姿勢改善ガードルを装着することによって、腹直筋と腹斜筋の緊張を促し体幹の捻れと骨盤回旋運動を良好に導き、歩行がスムーズとなったことを示している。すなわち、本発明の姿勢改善ガードルを装着することによって、歩行をスムーズにする効果が得られた。 From the above results, it can be seen that the stride is large in all subjects. This shows that by wearing the posture improving girdle of the present invention, the tension of the rectus abdominis and the oblique abdominal muscles was promoted, and the torsion of the trunk and the pelvic rotation motion were led well, and the walking became smooth. That is, the effect of smooth walking was obtained by wearing the posture improving girdle of the present invention.

（実施例４）
１）左右体重バランスの測定
前額面で姿勢が崩れていると、左右の脚にかかる体重に差が出る。そこで、本発明の姿勢改善ガードルの姿勢改善効果を、左右の脚にかかる体重の差を測定することによって評価した。 Example 4
1) Measurement of left and right body weight balance If the posture is broken on the front face, there will be a difference in the weight on the left and right legs. Therefore, the posture improvement effect of the posture improvement girdle of the present invention was evaluated by measuring the difference in weight on the left and right legs.

２）測定方法
水平な台の上に、同一機種の体重計２つを左右に並べた。左右の各体重計には、それぞれ、左足、右足を載せる位置を決めておいた。被験者は、左右の体重計上の決められた位置に、それぞれ、左足、右足を載せた。そして、被験者が顔を上げ下げせず真っ直ぐ前に向けて自然に立った状態での体重計の示す値を読み取った。この測定を、ガードルを装着しない場合（対照例）、および本発明の姿勢改善ガードルを装着した場合（実施例）に行った。 2) Measuring method Two weight scales of the same model were arranged on the left and right on a horizontal table. The left and right weight scales had positions where the left foot and the right foot were placed, respectively. The test subject placed the left foot and the right foot at the positions determined for weight measurement on the left and right, respectively. And the value which the test subject showed in the state which the test subject stood | straightened straight ahead without raising / lowering a face was read. This measurement was performed when the girdle was not worn (control example) and when the posture improving girdle of the present invention was worn (example).

３）測定結果
以下に各被験者の測定結果を示す（被験者（２２）〜（２７））。 3) Measurement result The measurement result of each subject is shown below (subjects (22) to (27)).

上記の結果から、全ての被験者において、左右の体重差が小さくなっていることが分かる。これは、骨盤に付随する筋群や歩行時に働く筋肉のバランスが正され骨盤や体幹筋、下肢筋の左右の筋緊張性が整い、腰椎仙骨関節への荷重バランスが整い重心が安定したことを示している。すなわち、本発明の姿勢改善ガードルを装着することによって、姿勢改善効果が得られた。 From the above results, it can be seen that the weight difference between the left and right is reduced in all subjects. This is because the muscles associated with the pelvis and the muscles that work during walking are balanced, the left and right muscle tones of the pelvis, trunk muscles, and lower limb muscles are aligned, the load balance to the lumbar sacral joint is aligned, and the center of gravity is stable Is shown. That is, the posture improving effect was obtained by wearing the posture improving girdle of the present invention.

（実施例５）
１）胸巾と背巾の測定
頸椎・胸椎・腰椎の弯曲バランスが崩れて胸椎後弯角が増大した円背は、胸椎後弯角が増大し、肩甲骨が左右に離れ外転した状態であり、背巾が広がっている一方、胸巾が狭まっている。そこで、本発明の姿勢改善ガードルによる姿勢改善効果を、背巾および胸巾を測定することによって評価した。 (Example 5)
1) Measurement of chest width and spine width The curvature of the cervical vertebrae, thoracic vertebrae, and lumbar vertebrae has collapsed and the posterior horn of the thoracic vertebra has increased. Yes, while the spine is widening, the chest width is narrowing. Therefore, the posture improvement effect of the posture improvement girdle of the present invention was evaluated by measuring the back width and the chest width.

２）測定方法
被験者は、その場で２〜３回足踏みをして身体をほぐし、手をストンと下ろした状態で自然に立ち、顔は上げ下げせず、まっすぐ前を見た。このように直立した被験者の全面腋下間（以下、「胸巾（Ｌ１）」と略す）と、背面腋下間（以下、「背巾（Ｌ２）」と略す）の２箇所を測定した。この測定を、ガードルを装着しない場合（対照例）、および本発明の姿勢改善ガードルを装着した場合（実施例）に行った。 2) Measuring method The subject stepped on the spot 2-3 times, loosened his body, stood naturally with his hands lowered, and looked straight ahead without raising or lowering his face. Two places were measured between the full armpit (hereinafter abbreviated as “chest width (L1)”) and the back armpit (hereinafter abbreviated as “back width (L2)”) of the subject standing upright. This measurement was performed when the girdle was not worn (control example) and when the posture improving girdle of the present invention was worn (example).

３）測定結果
以下に各被験者の測定結果を示す（被験者（２８）〜（３２））。
表４は、本発明の姿勢改善ガードルの装着開始日に行った対照例と実施例の測定結果である。
表５は、表４の測定日から４０日間、本発明の姿勢改善ガードルをほぼ毎日装着した場合の実施例の測定結果（「４０日目」とする）を、表４の実施例の測定結果（すなわち、本発明の姿勢改善ガードルを装着した初日の測定結果、「１日目」とする）と共に示したものである。 3) Measurement result The measurement result of each subject is shown below (subjects (28) to (32)).
Table 4 shows the measurement results of the control example and the example performed on the wearing start date of the posture improving girdle of the present invention.
Table 5 shows the measurement results of the examples (referred to as “40th day”) when the posture improving girdle of the present invention is worn almost every day for 40 days from the measurement date of Table 4, and the measurement results of the examples of Table 4 (That is, the measurement result on the first day when the posture improving girdle of the present invention is attached is referred to as “first day”).

表４の結果から、全ての被験者において、本発明の姿勢改善ガードルを装着した場合、ガードルを装着しない場合より、背巾（Ｌ２）は小さくなり、胸巾（Ｌ１）は大きくなっていることが分かる。これは、頸椎・胸椎・腰椎の弯曲バランスが整い、円背が改善されたことを示している。すなわち、本発明の姿勢改善ガードルを装着することによって、姿勢改善効果が得られた。 From the results of Table 4, it can be seen that in all subjects, when the posture improving girdle of the present invention is worn, the spine width (L2) is smaller and the chest width (L1) is larger than when the girdle is not worn. I understand. This indicates that the curvature balance of the cervical vertebrae, the thoracic vertebrae, and the lumbar vertebrae has been adjusted, and the back of the circle has been improved. That is, the posture improving effect was obtained by wearing the posture improving girdle of the present invention.

表５の結果から、全ての被験者において、本発明の姿勢改善ガードルを装着し続けた場合、背巾（Ｌ２）がより小さくなり、及び／又は、胸巾（Ｌ１）はより大きくなっていることが分かる。これは、円背改善効果が大きくなっていることを示している。すなわち、本発明の姿勢改善ガードルを継続的に装着することによって、より大きな姿勢改善効果が得られた。 From the results of Table 5, in all subjects, when the posture improving girdle of the present invention is continuously worn, the spine width (L2) becomes smaller and / or the chest width (L1) becomes larger. I understand. This indicates that the effect of improving the back of the circle is increasing. In other words, by continuously wearing the posture improvement girdle of the present invention, a greater posture improvement effect was obtained.

本発明の姿勢改善ガードルを装着することによって、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することが可能となる。また、下腹を前方より抑え下腹が出ることを抑制し、骨盤後弯角の増幅を防ぎ、矢状面での弯曲形成を良好にし、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことが可能となる。また、ヒップアップや腹引き締め作用によって美しい臀部形状を作りだし、歩行時の股関節内・外旋運動を容易にして歩く姿勢を美しくすることが可能となる。さらに、歩くことで骨盤の歪みを改善することが可能となる。 By wearing the posture improvement girdle of the present invention, it promotes the tension of the rectus abdominis and abdominis oblique muscles, leads the trunk torsion and pelvic rotation movement well, smoothes the walking, and further tilts the pelvis tilted forward It is possible to guide to the correct position and easily hold the position. In addition, the lower abdomen is suppressed from the front, the lower abdomen is prevented from coming out, amplification of the pelvic heel angle is prevented, the curve formation in the sagittal plane is improved, and the pelvic forward tilt during walking is controlled asymmetrically It is possible to guide the trip that is being shaken out lightly. In addition, a beautiful buttocks shape is created by hip-up and abdominal tightening actions, and it is possible to make the walking posture beautiful by facilitating the hip joint internal / external rotation motion during walking. Furthermore, walking can improve pelvic distortion.

１・・・第１緊締部
２・・・第２緊締部
３・・・第３緊締部
４・・・第４緊締部
５・・・第５緊締部
６・・・第６緊締部
７・・・第７緊締部
８・・・第８緊締部
９・・・第９緊締部
Ｂ１・・・仙骨
Ｂ２・・・腸骨
Ｂ３・・・尾骨
Ｂ４・・・坐骨
Ｂ５・・・股関節
Ｂ６・・・第１腰椎
Ｂ７・・・第２腰椎
Ｂ８・・・第３腰椎
Ｂ９・・・第４腰椎
Ｂ１０・・・第５腰椎
Ｂ１１・・・大腿骨
Ｂ１２・・・恥骨
Ｂ１３・・・腸骨稜
Ｂ１４・・・骨盤
Ｂ１５・・・仙腸関節
Ｂ１６・・・膝関節
Ｂ１７・・・大転子
Ｂ１８・・・上前腸骨棘
Ｇ・・・姿勢改善ガードル
Ｍ１・・・腹直筋
Ｍ２・・・内腹斜筋
Ｍ３・・・外腹斜筋
Ｍ４・・・大腰筋
Ｍ５・・・腸骨筋
Ｍ６・・・鵞足
Ｍ７・・・鼡径靭帯
Ｍ８・・・脊柱起立筋
Ｍ９・・・大殿筋
Ｍ１０・・・中殿筋
Ｍ１１・・・縫工筋
Ｍ１２・・・大腿二頭筋
Ｍ１３・・・半腱様筋
Ｍ１４・・・半膜様筋
Ｈ・・・水平線
Ｓ・・・仙骨角
ＵＰ・・・姿勢改善ガードルの履き込み口 DESCRIPTION OF SYMBOLS 1 ... 1st fastening part 2 ... 2nd fastening part 3 ... 3rd fastening part 4 ... 4th fastening part 5 ... 5th fastening part 6 ... 6th fastening part 7- .. Seventh tightening part 8 ... eighth tightening part 9 ... ninth tightening part B1 ... sacrum B2 ... iliac bone B3 ... tail bone B4 ... sciatic bone B5 ... hip joint B6 .... 1st lumbar vertebra B7 ... 2nd lumbar vertebra B8 ... 3rd lumbar vertebra B9 ... 4th lumbar vertebra B10 ... 5th lumbar vertebra B11 ... femur B12 ... pubic bone B13 ... iliac bone Crest B14 ... Pelvis B15 ... Sacroiliac joint B16 ... Knee joint B17 ... Greater trochanter B18 ... Upper anterior iliac spine G ... Posture improvement girdle M1 ... Rectus abdominis muscle M2 ... Inner abdominal oblique muscle M3 ... Exterior abdominis oblique muscle M4 ... Lumbar lumbar muscle M5 ... Iliary muscle M6 ... Loop M7 ... Inguinal ligament M8 ... Spine standing muscle M9 ..Odontosuji M10 ... 11 ... sewing muscle M12 ... biceps femoris M13 ... semi-tendon-like muscle M14 ... semi-membranous muscle H ... horizontal line S ... sacral angle UP ... posture improvement girdle Wearing mouth

請求項１に係る発明は、緊締力の大きさと方向が異なる複数の領域を含む本体部分からなり、前記本体部分が身体に装着されたとき骨盤に付随する筋群に前記緊締力が付与される姿勢改善ガードルであって、前記複数の領域は、少なくとも、第１緊締部、第２緊締部、第３緊締部、第４緊締部および第５緊締部を含み、
前記本体部分が身体に装着されたとき、前記第１緊締部は、左右の腸骨稜側方より、それぞれ、腸骨稜の前方を斜め下方の、骨盤の中心にある恥骨結合部に向かい、さらに大腿部の内側を覆い、前記第２緊締部は、腸骨稜外唇に付着する中殿筋の外側から仙骨の側方にある腸骨稜側方を通過し大腿前方を通って大腿内側に至るまでを覆い、前記第３緊締部は、仙骨の上方端から中心に位置する仙骨棘全域を覆い、前記第４緊締部は、腹直筋を、骨盤前方にあってウエストにあたる位置から恥骨結合部まで覆い、および前記第５緊締部は、前記第４緊締部を、恥骨結合部から同幅で分離し、両脚の大腿前方に分岐させ、対称的に大腿外側へ向かい、縫工筋に交わる位置までを覆い、
前記第１緊締部の上部は第１の緊締力Ｆ１を有し、前記第１緊締部の下部は第３の緊締力Ｆ３を有し、前記第２緊締部の上部は第３の緊締力Ｆ３を有し、前記第２緊締部の下部は第５の緊締力Ｆ５を有し、前記第３緊締部は第２の緊締力Ｆ２を有し、前記第４緊締部は第１の緊締力Ｆ１を有し、前記第５緊締部の上部は第２の緊締力Ｆ２を有し、および前記第５緊締部の下部は第３の緊締力Ｆ３を有し、ここで、前記第１の緊締力、前記第２の緊締力、前記第３の緊締力および前記第５の緊締力が、Ｆ１＞Ｆ２＞Ｆ３＞Ｆ５の関係を満たし、並びに
前記第１緊締部は、外腹斜筋の収縮方向に強い伸縮力を持ち、前記第２緊締部は、斜め方向に強い伸縮力を持ち、前記第３緊締部は、斜めクロス方向に強い伸縮力を持ち、前記第４緊締部は、腹直筋の走行に沿う方向に強い伸縮力を持ち、および前記第５緊締部は、斜め方向に強い伸縮力を持つことを特徴とする姿勢改善ガードルに関する。 The invention according to claim 1 includes a main body portion including a plurality of regions having different tightening force magnitudes and directions, and the tightening force is applied to muscle groups associated with the pelvis when the main body portion is attached to the body. The posture improving girdle, wherein the plurality of regions include at least a first tightening portion, a second tightening portion, a third tightening portion, a fourth tightening portion, and a fifth tightening portion,
When the main body portion is attached to the body, the first tightening portion is directed to the pubic joint at the center of the pelvis, obliquely below the front of the iliac crest, from the left and right iliac crest sides, Further, the inner side of the thigh is covered, and the second tightening portion passes from the outer side of the gluteus medius attached to the outer lip of the iliac crest to the side of the iliac crest on the side of the sacrum and passes through the front of the thigh. The third tightening portion covers the entire area of the sacral spine located at the center from the upper end of the sacrum, and the fourth tightening portion covers the rectus abdominis muscle from the position in front of the pelvis and corresponding to the waist. Cover to the pubic joint, and the fifth tightening part separates the fourth tightening part from the pubic joint part with the same width, branches to the front of the thigh of both legs, symmetrically toward the outer side of the thigh, Cover up to the position where
The upper portion of the first tightening portion has a first tightening force F1, the lower portion of the first tightening portion has a third tightening force F3, and the upper portion of the second tightening portion has a third tightening force F3. The second tightening portion has a fifth tightening force F5, the third tightening portion has a second tightening force F2, and the fourth tightening portion has a first tightening force F1. Wherein the upper portion of the fifth tightening portion has a second tightening force F2, and the lower portion of the fifth tightening portion has a third tightening force F3, where the first tightening force The second tightening force, the third tightening force, and the fifth tightening force satisfy a relationship of F1>F2>F3> F5, and
The first tightening portion has a strong stretching force in the contraction direction of the external oblique muscle, the second tightening portion has a strong stretching force in the oblique direction, and the third tightening portion strongly stretches in the oblique cross direction. The posture improving girdle having a force, wherein the fourth tightening portion has a strong stretching force in a direction along the rectus abdominis muscle, and the fifth tightening portion has a strong stretching force in an oblique direction. About.

請求項１に係る姿勢改善ガードルによれば、第１緊締部、第２緊締部および第３緊締部を含むので、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、さらに、後傾した骨盤を前傾させ正しい位置へ導き、その位置を容易に保持することが可能となる。 According to the posture improvement girdle according to claim 1, the first tightening portions, because it includes a second tightening portion and the third tightening portion, prompting tone rectus and Harahasu muscles, twisting and pelvis rotation movement of the trunk Good guidance and smooth walking are possible, and the pelvis tilted backward is tilted forward and guided to the correct position, and the position can be easily maintained.

請求項１に係る姿勢改善ガードルによれば、第４緊締部および第５緊締部を含むので、下腹を前方より抑え下腹が出ることを抑制し、また骨盤後弯角の増幅を防ぎ、矢状面での背骨の弯曲形成を良好にし、さらに、歩行時の過度な骨盤前傾を制御しながら非対称的に振り出される足運びを軽快に導くことが可能となる。 According to the posture improving girdle according to claim 1, since the fourth tightening portion and the fifth tightening portion are included, the lower abdomen is suppressed from the front, the lower abdomen is prevented from coming out, and the pelvic heel depression is prevented from being amplified. As a result, it is possible to improve the formation of the spine at the surface, and to lightly guide the asymmetrically swung foot while controlling the excessive pelvic forward tilt during walking.

請求項１に係る姿勢改善ガードルによれば、第１緊締部および第４緊締部を含むので、下腹を前方より抑え下腹が出ることを抑制し、骨盤後弯角の増幅を防ぐことに加えて、腹直筋と腹斜筋の緊張を促し、体幹の捻れと骨盤回旋運動を良好に導き、歩行をスムーズにし、歩くことで骨盤の歪みを改善することが可能となる。 According to the posture improvement girdle according to claim 1, because it includes a first tightening portions and the fourth tightening portion, abdomen was inhibited to lower abdomen suppressed from the front exits, in addition to preventing the amplification of the pelvis after弯角It is possible to improve the pelvic distortion by accelerating the tension of the rectus abdominis muscle and the oblique abdominal muscle, leading the torsion of the trunk and the pelvic rotation movement, smoothing the walking, and walking.

Claims

緊締力の大きさと方向が異なる複数の領域を含む本体部分からなり、前記本体部分が身体に装着されたとき骨盤に付随する筋群に前記緊締力が付与される姿勢改善ガードルであって、前記複数の領域は、少なくとも、第４緊締部および第５緊締部を含み、
前記本体部分が身体に装着されたとき、前記第４緊締部は、腹直筋を、骨盤前方にあってウエストにあたる位置から恥骨結合部まで覆い、および前記第５緊締部は、前記第４緊締部を、恥骨結合部から同幅で分離し、両脚の大腿前方に分岐させ、対称的に大腿外側へ向かい、縫工筋に交わる位置までを覆い、
前記第４緊締部は第１の緊締力Ｆ１を有し、前記第５緊締部の上部は第２の緊締力Ｆ２を有し、および前記第５緊締部の下部は第３の緊締力Ｆ３を有し、ここで、前記第１の緊締力、前記第２の緊締力及び前記第３の緊締力が、Ｆ１＞Ｆ２＞Ｆ３の関係を満たし、並びに
前記第４緊締部は、腹直筋の走行に沿う方向に強い伸縮力を持ち、および前記第５緊締部は、斜め方向に強い伸縮力を持つことを特徴とする姿勢改善ガードル。 A posture improving girdle comprising a main body portion including a plurality of regions having different tightening force magnitudes and directions, wherein the tightening force is applied to a muscle group associated with a pelvis when the main body portion is attached to the body, The plurality of regions include at least a fourth tightening portion and a fifth tightening portion,
When the main body portion is attached to the body, the fourth tightening portion covers the rectus abdominis muscle from the position corresponding to the waist at the front of the pelvis to the pubic joint, and the fifth tightening portion includes the fourth tightening portion. The part is separated from the pubic joint with the same width, branched to the front of the thigh of both legs, symmetrically toward the outer side of the thigh, and covering the position where it intersects the sewing muscle,
The fourth tightening portion has a first tightening force F1, the upper portion of the fifth tightening portion has a second tightening force F2, and the lower portion of the fifth tightening portion has a third tightening force F3. Wherein the first tightening force, the second tightening force, and the third tightening force satisfy a relationship of F1>F2> F3, and the fourth tightening portion includes a rectus abdominis muscle A posture improving girdle having a strong elastic force in a direction along the running, and the fifth tightening portion having a strong elastic force in an oblique direction.

前記複数の領域が、さらに、第３緊締部を含み、
前記本体部分が身体に装着されたとき、前記第３緊締部は、仙骨の上方端から中心に位置する仙骨棘全域を覆い、
前記第３緊締部は第２の緊締力Ｆ２を有し、および
前記第３緊締部は、斜めクロス方向に強い伸縮力を持つことを特徴とする請求項１に記載の姿勢改善ガードル。 The plurality of regions further includes a third tightening portion;
When the body portion is attached to the body, the third tightening portion covers the entire sacral spine located at the center from the upper end of the sacrum,
The posture improving girdle according to claim 1, wherein the third tightening portion has a second tightening force F2, and the third tightening portion has a strong stretching force in an oblique cross direction.

前記複数の領域が、さらに、第１緊締部および第２緊締部を含み、
前記本体部分が身体に装着されたとき、前記第１緊締部は、左右の腸骨稜側方より、それぞれ、腸骨稜の前方を斜め下方の、骨盤の中心にある恥骨結合部に向かい、さらに大腿部の内側を覆い、および前記第２緊締部は、腸骨稜外唇に付着する中殿筋の外側から仙骨の側方にある腸骨稜側方を通過し大腿前方を通って大腿内側に至るまでを覆い、
前記第１緊締部の上部は第１の緊締力Ｆ１を有し、前記第１緊締部の下部は第３の緊締力Ｆ３を有し、前記第２緊締部の上部は第３の緊締力Ｆ３を有し、および前記第２緊締部の下部は第５の緊締力Ｆ５を有し、ここで、前記第１の緊締力、前記第２の緊締力、前記第３の緊締力および前記第５の緊締力が、Ｆ１＞Ｆ２＞Ｆ３＞Ｆ５の関係を満たし、並びに
前記第１緊締部は、外腹斜筋の収縮方向に強い伸縮力を持ち、および前記第２緊締部は、斜め方向に強い伸縮力を持つことを特徴とする請求項２に記載の姿勢改善ガードル。 The plurality of regions further includes a first tightening portion and a second tightening portion,
When the main body portion is attached to the body, the first tightening portion is directed to the pubic joint at the center of the pelvis, obliquely below the front of the iliac crest, from the left and right iliac crest sides, Further, the inner side of the thigh is covered, and the second tightening portion passes from the outer side of the gluteus medius attached to the outer lip of the iliac crest to the side of the iliac crest on the side of the sacrum and passes through the front of the thigh. Cover up to the inside of the thigh,
The upper portion of the first tightening portion has a first tightening force F1, the lower portion of the first tightening portion has a third tightening force F3, and the upper portion of the second tightening portion has a third tightening force F3. And a lower portion of the second tightening portion has a fifth tightening force F5, wherein the first tightening force, the second tightening force, the third tightening force, and the fifth tightening force The tightening force satisfies the relationship of F1>F2>F3> F5, and the first tightening portion has a strong stretching force in the contraction direction of the external oblique muscle, and the second tightening portion is inclined. The posture improving girdle according to claim 2, having a strong stretching force.

前記複数の領域が、さらに、第７緊締部を含み、
前記本体部分が身体に装着されたとき、前記第７緊締部は、前記第４緊締部の両側に位置し、恥骨結合の上方で前記第４緊締部が補わない腹直筋の側方を覆い、
前記第７緊締部は第４の緊締力Ｆ４を有し、ここで、前記第１の緊締力、前記第２の緊締力、前記第３の緊締力及び前記第４の緊締力が、Ｆ１＞Ｆ２＞Ｆ３＞Ｆ４の関係を満たし、並びに
前記第７緊締部は、縦方向に強い伸縮力を持つことを特徴とする請求項１に記載の姿勢改善ガードル。 The plurality of regions further includes a seventh tightening portion;
When the main body portion is attached to the body, the seventh tightening portion is located on both sides of the fourth tightening portion and covers the side of the rectus abdominis muscle that is not supplemented by the fourth tightening portion above the pubic joint. ,
The seventh tightening portion has a fourth tightening force F4, where the first tightening force, the second tightening force, the third tightening force, and the fourth tightening force are F1>. The posture improving girdle according to claim 1, wherein a relationship of F2>F3> F4 is satisfied, and the seventh tightening portion has a strong stretching force in a vertical direction.