KR101287899B1 - Lower-limb body-shaping clothing - Google Patents

Abstract

The lower leg correcting unit 10 includes a lower part 11 and a lower part 11 branched from the lower part 11 and worn on the lower part 100 to be worn on the lower part 210 and the concave part 300 And a pair of legs (12) which are connected to each other. The leg portions 12 are formed by using a stretchable stretchable dough 80 and a stretchable stretchable raw material 70 having a weaker stretchability than the stretchable stretched stock 80. Each of the pair of leg portions 12 has a spiral bridge portion 20 for pulling in the knee joint 130 from the outside to the inside. The spiral bridge 20 is formed of a spiral portion 83 and extends from the front surface of the femur 110 through the inside of the knee joint 130 to the back surface of the lower thigh 120 Respectively. The spiral attachment sheet 83 is sealed to each of the front upper raw paper 71, the lower front raw paper 72 and the back raw paper 73 as the roughly stretchable raw paper 70.

Description

{LOWER-LIMB BODY-SHAPING CLOTHING}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an undergarment covering cloth including a pair of legs that are worn on a lower limb. More specifically, the present invention relates to a pair of legs, The present invention relates to an undercoat coating formed by a raw material.

In a normal life, a large burden is applied to the knee. For example, when walking on a flat ground, a load (load) of about three times the weight is applied to the knee. When you are running, about 10 times your weight is applied to your knees. When the stairs are lifted and lowered, a load of about seven times the body weight is applied to the knee. Recently, there are many people who complain of knee pain. The causes of knee pain vary, but the most common of them is deformity of the knee joint. One of the causes of deformity of the knee joint is the O leg. The O-leg is a state in which the patella of the legs is upright toward the front, and the knee of the left and right knees is widened when the radiating bones of the legs are brought into close contact with each other, that is, the knee is located outside the preferable position. It is thought that the O leg is affected by the decrease of the bone density, the decline of the muscles, the lifestyle, the increase of the weight, and the like.

Patent Document 1 proposes a limb-calibrating tool for improving the O-leg. The limbic correction tool is constituted so as to be wound around a fixed body for fixing a taping as a winding body around the waist. In this limb-rectifying section, in order to improve the O-leg, a winding body is attached to the outside of the knee or the calf through the inside of the knee from the outside of the upper part of the front surface of the thigh (the thigh).

Japanese Patent Application Laid-Open No. 2006-223845 Japanese Patent Application Laid-Open No. 2004-44078

In the limbic correction tool of Patent Document 1, it is necessary to taping the fixture at the time of use. Therefore, it is inconvenient to use in daily life. In addition, there is also a possibility that the position where the taping is performed deviates from the correct position. Therefore, the improvement of the O leg can not be sufficiently expected.

Patent Document 2 proposes a coating that protects the knee by supporting muscles around the side ligaments and the neck of the knee. However, this cloth has only the function of protecting the knees. Therefore, the improvement of the O leg can not be expected.

It is an object of the present invention to provide an undergarment covering which is convenient to use and which can improve the O leg.

According to a first aspect of the present invention, there is provided a first aspect of the present invention, which comprises a pair of leg portions to be worn on a base, and a pair of leg portions each having a stretchable stretchable and stretchable jersey, Is provided. At least one of the pair of leg portions is provided with a spiral calibration portion for drawing the knee from the outside to the inside and the spiral calibration portion is provided on the back surface of the lower thigh from the front of the femur through the inside of the knee And the steel stretch forming material of the helical strand is sealed with a stretchable raw material.

According to the present invention, when a user wears a lower limb correction covering, a force directed toward the inside of the knee from the front of the thigh is applied to the lower limb by a stretchable contraction sheet provided from the front of the thigh to the inside of the knee. In the lower limb, a force directed from the inside of the knee to the back side of the lower back is applied by the stretchable stretching material provided from the inside of the knee to the back side of the lower back. Thus, the force applied to the femur and the lower back acts to pull the knee from the outside to the inside. Therefore, improvement of the O leg can be achieved. In addition, since the calibration portion is constituted by the steel stretch fabric constituting each part of the undercoat cover, the user can use the undercoat cover with the same sensation as when using a normal undercoat. Thus, it is possible to provide a calf undergarment which is easy to use and can improve the O leg.

In the above-described undergarment correction covering, a portion corresponding to the outside of the front of the femur is defined as the predetermined portion A1, a portion located below the predetermined portion A1 corresponding to the inside of the femur is defined as the predetermined portion A2, A predetermined portion A3 is provided below the predetermined portion A2 and a predetermined portion B1 is positioned below the predetermined portion A1 corresponding to the outside of the front of the femur. When a portion located below the predetermined portion B1 is defined as the predetermined portion B2 and a portion located below the predetermined portion A3 and the predetermined portion B2 corresponding to the back surface of the lower portion is defined as the predetermined portion B3, The seam between the upper edge of the spiral portion and the stretchable elastic material is formed over the predetermined portion A3 from the predetermined portion A1 through the predetermined portion A2, It is preferable that the seam between the lower edge of the sheet and the stretchable elastic material is formed over the predetermined portion B3 from the predetermined portion B1 through the predetermined portion B2.

According to the present invention, the spiral correction portion is formed over a wide range of the front surface of the thigh and the back surface of the lower thigh. As a result, the force for pulling the knee from the outside to the inside becomes larger, and the effect of improving the O-leg can be enhanced.

In the undergarment correction covering described above, each of the pair of leg portions includes a side portion correcting portion for pushing the undergarment from the outside toward the inside, and the side correcting portion is located outside the spiral correcting portion, It is preferable that the steel stretch forming material of the side caliper is sealed with a stretchable raw material.

 According to the present invention, when the user wears the undergarment, the force applied from the outside to the inside is applied to the lower limb by the force of the stretch fabric provided from the thigh to the lower limb. Thus, the force applied to the lower leg acts to push the knee from the outside to the inside, so that the improvement effect of the O leg can be improved.

In the above-described undergarment correction covering, the side correction portion preferably has a double structure in which two sheets of stretchable elastic material are stacked.

According to the present invention, as compared with the case where the side correction portion is constituted by one piece of the stretchable elastic material, the pushing force of the leg from the outside toward the inside increases. Therefore, the improvement effect of the O leg can be enhanced.

In the undercoat coating, it is preferable that the steel stretch forming material of the helical core and the steel stretch forming material of the side caliper are sealed to each other.

According to the present invention, the spiral calibration portion extends to a portion where the leg portion is stitched on the front surface of the thigh. Therefore, since the spiral correction portion is provided in a wide range of the front surface of the femur, the force for pulling the knee from the outside to the inside becomes larger, and the improvement effect of the O leg can be further enhanced.

In the above-described undergarment correction covering, it is preferable that a heat generating raw paper is provided at a portion corresponding to the back surface of the knee.

According to the present invention, the back surface of the knee becomes warm with the heat generation of the heat generation raw paper. As a result, blood flow to the back of the knee and the vicinity thereof is improved, so that the pain of the knee due to the O leg is alleviated.

In the above-described undergarment correction covering, it is preferable that a heat generating raw paper is provided at a portion corresponding to the front of the knee.

As a person's sense, it is known to feel relief when a painful area becomes warm. According to the present invention, since the entire surface of the knee is warmed by the heat generation of the heat-generating cloth, it is possible for the user who feels pain of the knee due to the O-leg to be relieved.

It is preferable that the undergarment correction covering further includes a lower part and a solid part (upper part) worn on each part, and the pair of parts is branched from the solid part.

In the present invention, the undergarment covering jacket is constituted as a covering jacket including a solid-phase portion and a pair of leg portions. Thus, according to the user's desire, it is possible to provide a coating including a solid part capable of correcting the O leg.

In the above-described undergarment correction covering, the solid-portion portion is further provided with a mandibulant support portion for supporting the mid-stomach muscles (mid-gluteus muscle), and the stance-supporting portion is constituted by a steel stretchable synthetic resin sheet provided so as to cover the mid- desirable.

When baldness occurs when the person is walking, the balance of the body is maintained by the action of the middle and lower stomach muscles. According to the above invention, when the wearer wears the undergarment, the force to support the midlattice is applied by the stretchable contraction sheet provided to cover the midlattice. Thus, the force applied to the midsagittalus acts as an aid to the action of the midgut. Thus, the posture at the time of walking can be stabilized, and the pain of the knee due to the O leg can be alleviated.

In the above-described undergarment correction covering, it is preferable that the mandibular molar support portion has a double structure in which a stretchable elastic material sheet and a stretchable elastic material sheet are overlapped.

According to the present invention, the mandibular molar support portion is constituted by stacking at least two raw paper sheets. Therefore, as compared with the case in which the mandibular molar support portion is constituted by one piece of raw paper, the force for supporting the mandibular molar is increased and the effect of insulating the mandibular molar is enhanced. Therefore, the function of the midgut can be enhanced.

In the above-described undergarment correction covering, the solid-state part is further provided with a rectilinear muscle supporting part for supporting the rectilinear muscle (abdominal rectilinear muscle), and the rectilinear muscle supporting part includes a steel It is preferable that it is made up of stretching raw materials.

It is known that the rectus abdominis muscle acts to maintain posture. According to the above invention, when the wearer wears the undergarment, the force to support the rectilinear muscle is applied by the rectilinear muscle support portion provided to cover the rectilinear muscle. Thus, the force acting on the rectus abdominis muscle acts as a support for the function of the rectus abdominis muscle. Thus, the posture at the time of walking can be stabilized, and the pain of the knee due to the O leg can be alleviated.

In the above-described undergarment correction covering, it is preferable that the right-handed backbone supporting portion has a double structure in which a stretchable stretchable raw material sheet and a stretchable raw material sheet are overlapped.

According to the present invention, the rectilinear muscle supporting portion is constituted by stacking at least two raw tissues. Therefore, as compared with the case in which the right-handed, left-handed muscle supporting portion is constituted by one piece of raw tissue, the force for supporting the right-handed muscle is increased and the effect of warming the lower portion of the right- Therefore, the function of the rectus abdominal muscles can be enhanced.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view showing a lower half of a human body wearing a undergarment cover according to the present invention; Fig.
Fig. 2 is a rear view showing the lower half of the human body wearing the undergarment correction cloth. Fig.
3 is a front view of the undergarment cover.
Fig. 4 is a rear view of the undergarment cover. Fig.
Figure 5 is a side view of the undergarment cover.
6 (a) is a table showing various conditions used in an experiment for confirming the effect of the undercoat covering, and (b) is a table showing data of a subject.
7 (a) is a table showing measurement results in an experiment for confirming the effect of the undercoat covering, and (b) is a histogram showing the results shown in Fig. 7 (a).
Fig. 8 (a) is a front view of another example of the undergarment correction coating, Fig. 8 (b) is a rear view of the same undergarment correction coating, and Fig. 8 (c) is a side view of another example of the undergarment correction covering.
Fig. 9 (a) is a front view of another example of the undergarment correction coating, Fig. 9 (b) is a rear view of the undergarment correction coating of the other example, and Fig. 9 (c) is a side view of another example of the undergarment correction coating.
Fig. 10 is a front view of the undergarment correction cover of another example, Fig. 10 (b) is a rear view of the undergarment correction cover of the other example, and Fig. 10 (c) is a side view of another example of the undergarment correction cover.
Fig. 11 (a) is an upper front view showing a lower half of a human body wearing an undergarment correction cloth of another example, and Fig. 11 (b) is an upper rear view showing a lower half of a human body wearing an undergarment.
Fig. 12 is a bottom front view showing a lower half of a human body wearing an undergarment correction cloth of another example, and Fig. 12 (b) is a bottom rear view showing a lower half of a human body wearing an undergarment correction cloth.
Fig. 13 (a) is an upper front view showing a lower half of a human body wearing an undergarment correction cloth of another example, and Fig. 13 (b) is an upper rear view showing a lower half of a human body wearing an undergarment.
Fig. 14 (a) is a side view showing the lower half of the human body wearing the same undergarment correction cloth, and Fig. 14 (b) is a side view showing the lower half of the human body wearing the undergarment.

A structure of a part of a human body to which the undergarment cover of the present invention is worn will be described with reference to Figs. 1 and 2. Fig. In these figures, the right and left hemispheres of the human body are shown as muscles, and the left hemisynse of the human body is shown as a skeleton. In order to specify the region of the human body, the front and back surfaces of the human body are simply referred to as " front " and " back surface ", respectively. The body side in the lateral direction of the human body is referred to as " inside ", and the side opposite to the body axis is referred to as " outside "

The lower leg 100 includes a femur 110 which is a region above the tibial point 131 and a lower leg 120 which is a region from the tibial point 131 to the ankle 141, And a knee joint 130 that connects the foot 140, which is a lower portion, and the femur 110 and the lower leg 120.

The skeleton of the femur 110 is composed of the femur 151 and the patella 152. The skeleton of the lower leg 120 is composed of the tibia 153 and the fibula 154. The knee joint 130 is composed of a joint composed of a femur 151 and a tibia 153 and a joint composed of a femur 151 and a patella 152.

The muscles on the front side of the femur 110 are connected to the outer muscles 111 and the rectus muscles 112 constituting the quadriceps femur and the thin muscles inside the femur 110 113). The muscle on the back side of the femur 110 is composed of biceps femoris 114. The muscle on the back side of the lower leg 120 is composed of a gastrocnemius 121. The muscles of the abdominal region 200 are composed of rectilinear muscles 220. The muscles of the recess 300 are composed of the midsagittal 310.

The lateral extensor muscle 111 is located on the outer side in the left and right direction of the femur 110 and extends from the vicinity of the lower side of the femur-to-vestiver 155 to the vicinity of the upper side of the knee joint 130. The proximal femur rectilinear muscle 112 is located on the inner side of the outer optic muscle 111 and extends from the vicinity of the lower side of the femoral arch to the upper side of the knee joint 130. The thin rope 113 extends from the vicinity of the crotch 320 to the middle portion of the femur 110 in the vertical direction. The biceps femur 114 is located on the back surface of the femur 110 and extends from the middle of the vertical direction of the femur 110 to the vicinity of the upper outer side of the knee joint 130. The gastrocnemius 121 is located on the back surface of the knee joint 130 and extends from the vicinity of the upper portion to the middle portion in the vertical direction of the lower leg 120. The gluteus maximus 310 is spread at a position corresponding to the upper outer side of the pelvis 340.

The distinction between the vertical direction of the hip joint 110 and the hip joint 120 shown in FIGS. 1 and 2 is defined as follows. That is, the portion between the upper end of the femur 110 and the lower end of the femoral arch member 155 is referred to as a "femur upper portion 110a", and the lower end of the femur upper portion 110a and the lower end And a portion between the lower end of the middle portion of the femur 110b and the lower end of the femur 110 is referred to as a lower portion of the femur 110c. A portion where the tibia 153 and the fibula 154 of the lower leg 120 overlap each other is referred to as a "lowered portion 120a" and a portion between the lower end of the lowered portion 120a and the vicinity of the lower end of the gastrocnemius 121 Quot; lower middle portion 120b ", and a portion between the lower end of the lower middle portion 120b and the lower end of the lower portion 120 is referred to as " lower leg portion 120c ".

The structure of the undergarment correction (10) will be described with reference to Figs. 1 to 5.

The present embodiment shows an example in which the undergarment cover of the present invention is embodied as an inner type leggings covered with pants. In Figs. 3 to 5, the boundaries between the raw materials constituting the undergarment 10 are indicated by solid lines, and the seams of other raw materials stitched on the other side of the raw material are indicated by broken lines. In the following description, " the side of the raw material " is the side facing the human body in each raw material, and the " side of the raw material "

The lower portion 10 and the lower portion 300 of the undergarment 10 are provided with a solid portion 11 and a pair of leg portions 12 branched from the solid portion 11 and worn on the lower leg 100 . The pair of leg portions 12 are divided into right leg portions 12R and left leg portions 12L corresponding to the left and right legs 100, respectively. 3 and FIG. 5 show the portion corresponding to the boundary between the solid-state part 11 and the corner part 12. The chain line LX shown in FIGS.

The undergarment 10 has a length extending from the waist line 330 to the middle middle portion 120b. That is, the upper end of the solid-state part 11 is located in the waist line 330, and the lower end of the leg part 12 is located in the lower middle part 120b.

The undergarment 10 is formed by sewing a plurality of roughly stretched stock paper 70 and a plurality of stretchable stock paper 80 together. The roughly stretched stock material 70 has a stretchability of about the same as that of a raw material used for a general undergarment. The stretchable stock material 80 has a stretchability stronger than that of the stretchable stock material 70.

The roughly stretched raw paper 70 includes the front upper raw paper 71, the lower front raw paper 72, the back raw paper 73, and the crotch part paper 74. The front upper raw paper 71 covers the whole of the lower part 210 and the vicinity of the part where the femur 110 is attached and the lower front raw paper 72 covers the entire surface of the lower part 120 of the leg 12 And the backside raw paper 73 covers the entire backside of the solid-state part 11 and the backside of the femur 110 of each corner part 12. The crotch part paper 74 is a part covering the crotch 320 to be.

The front lower raw paper 72 includes a right front lower raw paper 72R and a left front lower raw paper 72L. The lower front raw paper 72L covers the entire surface of the lower leg 120 of the right leg 12R and the lower front raw paper 72L is a portion covering the entire front surface of the lower leg 120 of the left leg 12L to be. The front right lower front raw paper and the left front front raw paper 72R, 72L are respectively formed.

The back side raw paper 73 includes right side raw paper 73R and left side raw paper 73L. The right rear raw material 73R forms the right half of the rear surface of the solid part 11 and the back surface of the right corner 12R and the left back raw material 73L forms a left half portion and a left half portion of the rear surface of the solid portion 11 12L. The right back side raw paper and left back side raw paper 73R, 73L are sealed together at a central portion in the left and right direction of the solid portion 11.

The steel stretch stock 80 includes an upper front side weft material 81, an upper back side weft material 82, a spiral weave material 83, a side facing stock material 84, and a side weft material 85. The upper front opposite side raw paper sheet 81 covers a portion from the lower abdomen portion 210 to the crotch 320 and the upper back side raw paper sheet 82 is a portion covering the center of the pelvis 340 and the midsagittal 310, The side edge side raw paper sheet 84 and the side side raw paper sheets 85 are portions that cover the front surface of the femur 110 and the back surface of the inner side and the back side 120 of the knee joint 130, And the side portions of the femur 110 and the lower leg 120.

The upper front side separate raw paper 81 is stitched from the lower part 210 to the crotch part 320 on the side of the upper front raw paper 71. In Fig. 3, a region enclosed by the broken line LA represents the upper front side edge raw paper 81. The upper back side raw tissue paper 82 is stitched on the opposite side of the back side raw paper 73 at a portion corresponding to the center of the pelvis 340 and the midsole 310. In Fig. 4, a region surrounded by the broken line LB represents the upper back side opposite side raw paper 82.

The spiral attachment sheet 83 includes a raw or front edge raw material 83R and a left spiral edge raw material 83L. The left and right marginal part raw material 83R covers the entire surface of the femur 110 of the right corner part 12R and the left spiral marginal part 83L covers the entire surface of the femur 110 of the left corner part 12L . And the right and left spiral margins 83R and 83L are respectively formed.

The side facing side raw paper 84 includes a right side raw material edge sheet 84R and a left side target side raw material sheet 84L. The right side edge detection sheet 84R is a portion covering the right side surface of the solid portion 11 and the outside of the femur 110 and the lower leg 120 of the right corner portion 12R, And the outer side of the femur 110 and the lower leg 120 of the left corner portion 12L. The right side edge material 84R and the left side edge material 84L are respectively formed.

The side opposite side raw paper 85 includes a right side raw paper 85R and a left side opposite side raw paper 85L. The right-side secondary raw paper 85R is formed in the same shape as the right auxiliary-side raw-paper stock 84R and is sealed to the other side of the right-side auxiliary raw paper stock 84R. The left-side secondary raw paper 85L is formed in the same shape as the left-side front-side raw paper 84L and is sewn to the other side of the left-side front raw paper edge 84L. Right side raw paper 85R and left side raw paper stock 85L are respectively formed.

The relationship of the elasticity of each raw paper is shown below.

The elastic stretching stock 70 has a small elasticity in comparison with the stretchable stretching stock 80.

The front upper raw paper 71, the lower front raw paper 72, the back raw paper 73 and the crotch part paper 74 all have the same elasticity.

The top front side raw material sheet 81 and the top back side original raw material sheet 82 are small in stretchability in comparison with the spiral raw sheet material 83 and the side facing raw material sheet 84 and the side raw sheet raw material 85.

The upper front-side weft material 81 and the upper back-side weft material 82 both have the same elasticity.

The helix side raw paper 83, the side surface side raw paper 84, and the side side raw paper 85 all have the same elasticity.

A more detailed structure of the under correction 10 will be described.

As shown in Figs. 3 and 4, the undergarment 10 has a spiral bridge 20 and a side bridge 30 as a portion for improving the O-bridge. The spiral calibration unit 20 is provided on each of the respective legs 12 to draw the knee joint 130 from the outside to the inside and the side orthogonal unit 30 is provided for each of the solid part 11 and the respective parts 12 And is for pushing the base 100 from the outside to the inside. In addition, the undergarment 10 has a rectilinear muscle support portion 40 and a mandibular support portion 50 for stabilizing the posture at the time of walking. The rectilinear muscle supporting portion 40 is provided on the front surface of the solid portion 11 to support the rectilinear muscle 220 and the rectilinear muscle supporting portion 50 is provided on the back surface of the solid portion 11 to support the rectilinear muscle 310. [ In addition, the undergarment 10 has a heat generating portion 60 as a portion for warming the knee joint 130. The heating unit 60 is provided on each of the legs 12 and covers the front and back surfaces of the knee joint 130.

As shown in Figs. 1 and 3, the right-hand side support member 40 is constituted by an upper front side edge raw pile 81 and a part of an upper front raw pile 71 sewn on the side of the upper front side raw pile 81 have. The upper front surface side raw paper 81 is provided from the lower part 210 to the crotch 320 so as to cover the lower part of the rectilinear muscle 220 on the front surface of the solid part 11. The rectilinear muscle supporting portion 40 has a double structure in which the upper front raw paper 71 and the upper front raw paper raw paper 81 are overlapped. The lateral width of the upper front side raw paper 81 gradually increases from the crotch 320 toward the upper end of the solid-phase portion 11.

As shown in Figs. 2 and 4, the mandibular support portion 50 is constituted by a portion of a back side raw paper sheet 82 on which an upper back side raw paper raw paper 82 and an upper back side raw paper raw paper 82 are stitched on this side . The upper back surface side raw tissue paper 82 is provided in the left and right direction of the recessed portion 300 so as to cover the lower portion of the midline muscle 310 on the back surface of the solid portion 11. The loose-knit support portion 50 has a double structure in which the back side raw paper 73 and the top back side original paper 82 are stacked. The vertical width of the upper back side false-grained paper 82 gradually decreases from the outer side toward the inner side of the upper back side false-grained paper 82.

As shown in Figs. 3 to 5, the spiral section 20 is formed of a spiral stock material 83. Fig. The spiral attachment sheet 83 is continuously provided from the front surface of the femur 110 to the back surface of the lower leg 120 through the inside of the knee joint 130. [ The spiral attachment sheet 83 is formed so as to be surrounded by an upper edge 21 and a lower edge 22, a front transverse edge 23, a rear transverse edge 24 and a lower edge 25. The upper side edge 21 and the lower side edge 22 form a spiral shape from the front side to the back side of the corner portion 12 and the front side edge 23 is formed on the front side of the corner portion 12, And the rear lateral edge 24 and the rear lower edge 25 are connected to the ends of the upper edge 21 and the lower edge 22 in the rear surface of each corner 12, (22).

The upper edge 21 is sealed to the upper front raw paper 71 at the front of the corner portion 12 and is stitched to the back raw paper 73 at the back side of each corner 12. [ The lower edge 22 is sewn to the front lower raw paper 72 on the front face of each corner 12 and is sewn to the back face of the lower front raw paper 72 on the back face of each corner 12. The front transverse edge 23 is stitched on the side surface side raw paper sheet 84 and the side surface side raw paper sheet 85 on the entire surface of the corner portion 12. The back side edge 24 is stitched on the side surface side raw paper sheet 84 and the side side raw paper sheet 85 on the back surface of each corner portion 12. The undersurface bottom edge 25 is sewn to the hem portion of the leg portion 12.

Details of the respective positions of the upper edge 21 and the lower edge 22 will be described. The respective portions of the undergarment correction 10 corresponding to the respective portions of the lower limb 100 are defined as follows.

(a) A portion corresponding to the outside of the front of the femoral upper portion 110a is referred to as " part P1 ".

(b) A portion located below the region P1 corresponding to the inside of the front surface of the femoral center 110b is referred to as " region P2 ".

(c) A portion located below the region P2 corresponding to the outside of the back surface of the femoral region 110c is referred to as a " region P3 ".

(d) A portion located below the region P1 corresponding to the outside of the front of the femoral center 110b is referred to as " region Q1 ".

(e) A portion located below the region Q1 corresponding to the inside of the front surface of the lower leg portion 120a is referred to as " region Q2 ".

(f) A portion located below the region Q2 corresponding to the outer side of the back surface of the lower middle portion 120b is referred to as " region Q3 ".

As shown in Figs. 1 and 2, the upper edge 21 extends from the region P1 to the region P3 via the region P2. The lower edge 22 extends from the region Q1 through the region Q2 to the region Q3 of the lower back edge 25. The portion Q2 corresponds to a portion corresponding to the inner lower side of the knee joint 130. [

As shown in Fig. 5, the side key section 30 is composed of a side surface side raw paper sheet 84 and side side raw paper sheets 85. As shown in Fig. The side surface detecting paper sheet 84 is located on the outer side of the spiral section 20 and extends from the upper end of the lower abdomen portion 210 to the lower end of the lower middle portion 120b. A side raw paper sheet 85 having the same elasticity and shape as the side surface side raw paper sheet 84 is stitched on the other side of the side facing side raw paper sheet 84. [ That is, the side correcting section 30 has a double structure in which the side facing raw paper sheet 84 and the side facing raw paper sheet 85 are overlapped. The width of each raw paper in the left and right direction is set to a constant size throughout the whole up and down direction.

3 and 4, the heat generating portion 60 is constituted by a front heat generating portion 61 and a rear heat generating portion 62. [ The front heating portion 61 is provided so as to cover the entire surface of the knee joint 130 on the front surface of the leg portion 12 and the back surface heating portion 62 is provided on the back surface of the leg portion 12, Respectively.

3, the front heating portion 61 is constituted by a heat generation raw paper 63, a spiral portion raw paper 83 sewn on the side of the heat generation raw paper 63, and a part of the front lower raw paper 72 . The heat generating raw paper 63 is provided on the front side of the leg portion 12 in correspondence with the portion from the lower end of the middle portion of the femur 110b to the vicinity of the lower end of the lower leg portion 120a. That is, the front heat generating portion 61 has a double structure in which the spiral portion forming material 83 and the front lower raw material 72 and the heat generating raw material 63 are overlapped.

4, the backside heat generating portion 62 is constituted by a heat generation raw paper 63, a part of the back side raw paper 73 and the spiral portion raw paper 83 on which the heat generating raw paper 63 is stitched on this side have. The heat generating raw paper 63 is provided on the back side of the leg portion 12 corresponding to the portion from the lower end of the middle portion of the femur 110b to the vicinity of the lower end of the lower leg portion 120a. That is, the backside heat generating portion 62 has a double structure in which the back side raw paper 73 and the spiral raw paper 83 and the heat generating raw paper 63 are overlapped.

The heat generation raw paper 63 includes a right heat generation raw paper 63R and a left heat generation raw paper 63. [ The right calorific value raw material 63R is formed by the moisture absorbent heat generating material and constitutes a heat generating portion 60 of the right angular portion 12R and the left calorific raw raw material 63L is formed by the moisture absorbent heat generating material, Thereby forming the heat generating portion 60 of the heat exchanger. The right heat generation raw paper 63R and the left heat generation raw paper 63L are respectively formed. A portion of each corner portion 12 from the front heating portion 61 to the backside heating portion 62 via a portion corresponding to the inside of the knee joint 130 is provided as a continuous raw paper sheet. The stretchability of the heat generation raw paper 63 is larger than the stretchability of the stretchable stock material 70 and is smaller than the stretchability of the stretchable stock material 80. [

1 and 2, a description will be given of a state in which the undergarment 10 is worn on the human body. The two-dot chain line in Figs. 1 and 2 shows the outline and the seam of the undergarment 10 in the human body.

The solid-state part 11 fits around the lower part 210 and the recess part 300. The leg portions 12 fit around the base 100. The shape of the undergarment 10 in the undergarment worn by the human body is in a shape coinciding with the lines of the lower part 210 and the recess 300 and the base 100. [

With reference to Figs. 3 to 5, the force applied to each part of the human body when the undergarment 10 is worn on the human body will be described. The arrows in Figs. 3 to 5 indicate the direction of the force applied to the human body when the undergarment 10 is worn.

3 and 5, that is, a force directed toward the inside of the knee joint 130 from the upper outer side of the front surface of the femur 110, is applied to the femur 110. As shown in Fig. This force is generated by the spiral calibration unit 20 provided from the upper side of the outer optic root 111 to the inside of the knee joint 130. [ 4 and 5, that is, a force directed toward the lower outer side of the gastrocnemius 121 from the inside of the knee joint 130 is applied to the lower leg 120. As shown in Fig. This force is generated by the helical alignment unit 20 provided from the inside of the knee joint 130 to the outside of the lower portion of the gastrocnemius 121. The force applied to the femur 110 and the lower leg 120 acts as a force for pulling the knee joint 130 inward from the outside. Therefore, improvement of the O leg is achieved.

The force shown by the arrow ZC in Figs. 3 to 5, that is, the force directed toward the inside from the outside of the base 100 is applied to the side of the femur 110 and the lower leg 120. This force is caused by the force of the side portion correcting portion 30 provided from the lower portion 210 to the lower middle portion 120b. The force applied to the femur 110 and the lower leg 120 acts as a force to push the knee joint 130 from the outside to the inside. Therefore, improvement of the O leg is achieved.

3 and Fig. 5, that is, a force of pushing the rectilinear muscle 220 from the lower side toward the center in the anteroposterior direction is applied to the rectilinear muscle 220. As shown in Fig. This force is generated by the right-handed wheel support portion 40 provided so as to cover the right-handed wheel 220. The force applied to the rectilinear muscle 220 in this manner acts as a force for assisting the action of the rectilinear muscle 220 at the time of walking. Therefore, the posture at the time of walking can be stabilized.

4 and FIG. 5, that is, the pushing force from the lower side toward the upper side is applied to the middle-length and lower-limb muscle 310. As shown in FIG. This force is caused by the sternum support portion 50 provided to cover the midsagittal 310 and serves as a force for assisting the action of the midsagittal 310 at the time of walking. Therefore, the posture at the time of walking can be stabilized.

6 and 7, an experiment for verifying the improvement effect of the O leg in the undergarment correction (10), and the results of this experiment will be described. FIG. 6 shows the summary of the experimental conditions, and FIG. 7 shows the summary of the experimental results.

Generally, the greater the degree of the O leg, the greater the burden on the femur during walking. As a result, the activity of the muscles of the femur tends to become excessive. Therefore, in this experiment, when the user walks without wearing the undergarment 10 (hereinafter referred to as " not wearing ") and when wearing the undergarment 10 while wearing the undergarment 10 For each, the activity of the rectus femoris and biceps femoris was measured. The degree of improvement of the O-legs according to (10) in the undergarment correction was confirmed from the comparison result of the degrees of these activities. That is, as the degree of the O leg increases, the degree of activity of each muscle tends to increase. Therefore, when the degree of activity of each muscle at the time of wearing is lower than the degree of activity of each muscle at the time of wearing, the entire lower limb is induced to the normal position by wearing (10) in the lower limb, or It becomes closer to the normal position, the O leg is improved, and the burden on the knee joint can be considered to be reduced.

 Thus, in the present experiment, the respective muscle potentials (myoelectric potentials) at the time of non-application and at the time of wearing were measured, and the degree of improvement of the O leg was confirmed from these comparison results. The instrument used for measuring the myoelectric potential, the measurement point of the myoelectric potential, the measurement conditions of the myoelectric potential, the absence of wear, the wearer's wearing at the time of wear, and the subject's contents are as follows.

(A) A bio-signal measurement processing system manufactured by Nihon Sansei Co., Ltd. was used as the equipment to be used. In the analysis program, the EMG multi-analysis program MaP1038 was used.

(B) The measurement points were the rectus femoris and biceps femoris.

(C) Measurement conditions are as follows. I do a walking exercise without particular consciousness "," 2. Around the outside of two points arranged at intervals of about 5 m "," 3. The foot of the well-worn side with the sensor of the measuring device is turned in the direction of the inner side "and" 4. And the integrated value of the myoelectric potential measured within 5 minutes after the walking was stabilized was used as the measurement result of the myoelectric potential.

(D) The description of the lower body was made with shorts (10), shorts, socks and sneakers within the undergarments.

(E) The subjects were 30 female and 5 female. Fig. 6 (b) shows the age, waist, hip, elongation, size of (10) in the undergarment, and feet of the well-worn person of each subject.

Fig. 7 shows measurement results of the myofunction. The numerical values of each row at the time of non-application and at the time of wearing in Fig. 7 (a) show the integrated value of the near-field potential shown in the above-mentioned condition (C). The muscle activity rate represents the ratio (X2 / X1) of the integrated value X2 of the myopic potential at the time of wearing to the integrated value X1 of the myofunction at the time of non-application.

As shown in Fig. 7, in all subjects, it was found that the muscle activity rate of the rectus femoris muscle and biceps femoris at the time of wearing was lower than the muscle activity rate at the time of no wear. The mean muscle activity rate of the rectus femoris was about 31.9%. The mean value of muscle activity rate of biceps femoris was about 34.6%. The subjects with the smallest muscle activity rate of the rectus femoris were "Y" and their muscle activity rate was "10.7%" among the subjects. The subjects with the smallest biceps femoris muscle activity rate were "M", and the muscle activity rate was "25.7%".

As described above, according to the present embodiment, the following effects can be obtained.

(1) In the undergarment 10, a spiral bridge 20 is continuously provided from the front of the femur 110 through the inside of the knee joint 130 and over the backside of the lower leg 120. Thus, when the user wears the undergarment 10, a force is applied to the femur 110 and the lower leg 120 to draw the knee joint 130 inward from the outside. Therefore, improvement of the O leg can be achieved. In addition, the spiral calibration unit 20 is constituted by a raw material constituting the leg portions 12 of the undergarment 10. For this reason, the user can use (10) in the undergarment correction in the same sense as when using a normal undergarment. Therefore, it is possible to provide the undergarment 10 which is easy to use and can improve the O leg.

(2) The spiral bridge 20 extends from the outside of the front of the femoral upper portion 110a to the inside of the knee joint 130, and extends outside the back of the middle portion 120b. That is, the spiral calibration unit 20 is formed over a wide range of the front surface of the femur 110 and the back surface of the lower leg 120. As a result, the force for pulling the knee joint 130 from the outside to the inside can be increased, and the effect of improving the O-leg can be enhanced.

(3) The front transverse edge 23 of the helical alignment unit 20 is stitched with the side orthogonal unit 30 at the front of the corner 12, and the back transverse edge 24 of the spiral orthogonal unit 20, And is stitched to the side key section (30) on the back surface of each leg section (12). That is, the spiral bridge 20 is provided over a wide range of the front surface of the femur 110 and a wide range of the back surface of the leg 120. As a result, the helical alignment unit 20 can increase the force for pulling the knee joint 130 from the outside to the inside, thereby improving the effect of improving the O-leg.

(4) In the undergarment 10, a side caliper 30 for pushing the lower limb 100 from the outside to the inside is provided. Accordingly, when the user wears the undergarment 10, a force pushing the femur 110 and the lower leg 120 from the outside to the inside acts. Therefore, improvement of the O leg can be achieved. The side correcting section 30 is constituted by a raw paper constituting each corner 12 of the undergarment correction 10. For this reason, the user can use (10) in the undergarment correction in the same sense as when using a normal undergarment. Therefore, it is possible to provide the undergarment 10 which is easy to use and can improve the O leg.

(5) The side correcting section 30 has a double structure in which the side facing raw paper sheet 84 and the side opposite side raw paper sheet 85 are overlapped. As a result, the pushing force of the base 100 from the outside to the inside increases, as compared with the case where the side correcting part 30 is constituted by one piece of the stretching steel sheet. Therefore, the improvement effect of the O leg can be enhanced.

(6) In the undergarment 10, a rectilinear muscle supporting portion 40 for supporting the rectilinear muscle 220 is provided. As a result, when the user specifies the undergarment 10, a force is applied to the rectilinear muscle 220 toward the center of the rectilinear muscle 220 from the lower side. Therefore, the posture at the time of walking can be stabilized. Therefore, the pain of the knee joint 130 caused by the O leg can be alleviated.

(7) The right-handed cord support portion 40 has a double structure in which the front upper raw paper 71 and the upper front raw-side raw paper 81 are stacked. As a result, the force for supporting the rectilinear muscle 220 is increased and the effect of inserting the rectilinear muscle 220 is enhanced, as compared with the case where the rectilinear muscle-root support portion 40 is constituted by a single piece of raw paper. Therefore, the function of the rectilinear muscle 220 can be enhanced.

(8) In the undergarment 10, a mandibular support portion 50 for supporting the mandibular molar 310 is provided. Accordingly, when the user wears the undergarment 10, the pushing force of the muscles of the same muscle from the lower side to the upper side is applied to the mandibular muscle 310. Therefore, the posture at the time of walking can be stabilized. Therefore, the pain of the knee joint 130 caused by the O leg can be alleviated.

(9) The mandibular support portion 50 has a double structure in which the back side raw paper 73 and the top back side raw paper 82 are stacked. As a result, as compared with the case in which the loose-knit support portion 50 is constituted by a single piece of raw paper, the force for supporting the loin lozenge 310 increases and the effect of keeping warm loin 310 warm. Therefore, the function of the midline muscle 310 can be enhanced.

(10) Inside the undergarment (10), a backside heating part (62) for warming the back side of the knee joint (130) is provided. As a result, the back surface of the knee joint 130 is warmed by the heat generation of the heat generation raw paper 63 of the back surface heating portion 62. [ Therefore, the blood flow at the back surface of the knee joint 130 and the vicinity thereof is improved, so that the pain of the knee joint 130 caused by the O leg can be alleviated.

 (11) A front heating portion (61) for warming the front surface of the knee joint (130) is provided in the undergarment (10). As a result, the front surface of the knee joint 130 is heated by the heat generating paper 63 of the front heating portion 61 to be warmed. Therefore, it is possible to give relief to the user who is suffering from knee pain due to the O leg.

(12) The undergarment fabric (10) is configured as a wearable garment under the outerwear. Accordingly, it can be used in more scenes in everyday life. Therefore, the convenience of use as a cover for improving the O-leg can be further improved.

Further, the embodiment of the present invention may be modified as shown below.

For example, as shown in Figs. 8 (a) to 8 (c), the position at which the upper edge 21 is formed on the front face of the corner portion 12 is changed to be lower than the formation position of the embodiment . In this case, the upper edge 21 is formed to extend from the outside of the front surface of the femoral center 110b to the inside of the femoral center 110b, and outside the back surface of the knee joint 130. [ As a result, the formation range of the helical alignment unit 20 on the front surface of each corner 12 becomes smaller than that of the above embodiment.

As shown in Figs. 8 (b) to 8 (c), the positions where the lower edge 22 and the lower edge 25 are formed on the back surface of the corner portion 12 are set to be larger than the formation positions of the embodiment It may be changed to the upper side. In this case, the lower edge 22 and the lower edge 25 are formed to extend from the outside of the front of the lower femur 110c to the inside of the knee joint 130 and to the outside of the back of the lower middle portion 120b. As a result, the formation range of the helical alignment unit 20 on the back surface of each corner 12 becomes smaller than that in the above embodiment.

The change of the positions of the upper edge 21 and the lower edge 22 may be applied in combination. In this case, as shown in Figs. 8 (a) to 8 (c), the formation range of the helical alignment unit 20 becomes smaller as compared with the above-described embodiment.

As shown in Figs. 9 (a) to 9 (c), the upper edge 21 and the lower edge 22 may be formed close to each other on the front surface and the back surface of each corner 12. In this case, the entire width of the helical alignment unit 20 becomes smaller than that of the above embodiment.

As shown in Fig. 10, the spiral portion 20 made of a plurality of raw paper may be used.

3, the front transverse edge 23 of the spiral portion 83 is positioned on the outside of the front surface of the femur 110. However, the position of the front transverse edge 23 is not limited to that of the femoral component 110 in the left and right direction.

4, the back side edge 24 of the spiral edge sheet 83 is positioned on the outside of the back side of the lower side 120. However, the position of the back side edge 24 is not limited to the back side edge 24 120 in the left and right direction.

As shown in Fig. 11, the position of the upper end of the solid-state part 11 may be changed. That is, as shown by the chain double-dashed line in FIG. 11, the upper end of the solid-state part 11 may be provided above the waist line 330. 11, the upper end of the solid-state part 11 may be provided at a position lower than the waist line 330. In this case, as shown in Fig. The upper end of the solid portion 11 shown by the broken line in Fig. 11 corresponds to the upper end of the solid portion 11 in the above embodiment.

As shown in Fig. 12, the position of the lower end of the leg portion 12 may be changed. That is, as shown by the chain double-dashed line in Fig. 12, the lower end of the leg portion 12 may be provided at a portion corresponding to the middle of the middle leg portion 120b. Further, as shown by the one-dot chain line in Fig. 12, the lower end of the leg portion 12 may be provided at the lower end of the lower leg 120. 12 corresponds to the lower end of the leg portion 12 in the above-described embodiment.

As shown in Fig. 13 (a), the shape of the upper front surface side raw paper sheet 81 may be changed to a shape covering the entire front surface of the solid-state part 11. In Fig. 13 (a), the broken line indicates the shape of the upper front side edge raw paper 81 in the above embodiment.

As shown in Fig. 13 (b), the shape of the upper rear facing side raw paper 82 may be changed to a shape covering the whole of the recessed portion 300. [ In Fig. 13 (b), the broken line indicates the shape of the upper back side opposite side raw paper 82 in the above embodiment.

As shown in Fig. 14 (a), the lower end of the side correction section 30 may be provided at the lower end of the knee joint 130. [ As shown in Fig. 14 (b), the upper end of the side correcting section 30 may be provided on the upper portion of the femur 110a.

The lateral side edge portions 85 may be omitted from the side edge correcting portions 30 and the side edge correcting portions 30 may be formed only by the side surface side edge papers 84. [ Further, another side edge material can be superimposed on the side surface side edge material 84 and the side side edge material 85, so that the side portion orthogonal portion 30 can have a triple structure.

The lateral width of each raw paper in the downward direction from the upper side of the side correcting part 30 may be widened or narrowed.

The front heating portion 61 may be formed by omitting the portions corresponding to the heating raw paper 63 of the spiral portion 83 and the front lower raw paper 72. [ In this case, a raw paper corresponding to the heat generation raw paper 63 is provided at the omitted portions of the spiral portion raw paper 83 and the front whole raw paper 72. [ The raw material corresponding to the exothermic raw material 63 is sealed to the other portions of the spiral part raw paper 83 and the front whole raw paper 72 to constitute the entire surface of each part 12.

Similarly, the backside raw paper 73 and the portion corresponding to the heat generation raw paper 63 of the spiral raw paper 83 may be omitted and the backside heat generating portion 62 may be configured. In this case, a raw paper corresponding to the heat generating raw paper 63 is provided at the omitted portions of the back raw paper 73 and the spiral raw paper 83. [ The raw paper corresponding to the exothermic raw paper 63 is stitched on the back raw paper 73 and the other part of the spiral raw paper 83 to constitute the back surface of the leg 12.

The heat generating raw paper constituting the front heat generating portion 61 and the heat generating raw paper constituting the back surface heat generating portion 62 may be formed by different heat generating raw paper 63, respectively.

In the front upper raw paper 71, the portion corresponding to the upper front raw paper raw paper 81 (the portion surrounded by the broken line LA in Fig. 3) may be omitted. In this case, the raw paper corresponding to the upper front side raw paper 81 is provided in the omitted portion of the upper front raw paper 71. [ The raw paper corresponding to the upper front side raw paper 81 is stitched to another portion of the front upper raw paper 71 to constitute the front face of the solid portion 11.

In the back side raw paper 73, the portion corresponding to the upper back side raw paper 82 (the portion surrounded by the broken line LB in Fig. 4) may be omitted. In this case, a raw paper corresponding to the upper back side raw paper 82 is provided at a portion where the back raw paper 73 is omitted. The raw paper corresponding to the upper back side raw paper 82 is stitched to the other portion of the back raw paper 73 to constitute the back side of the solid portion 11.

The heat generating portion 60 is formed by using the heat generating raw material 63 made of the heat absorbing and heat generating material. However, the heat generating portion 60 may be formed by using a material having a high heat insulating effect such as a brushed material.

At least one of the side correcting unit 30, the right-handed support rope 40, the mandibular support 50 and the heating unit 60 may be omitted from the undergarment 10.

In the above embodiment, the edges of the front transverse edge 23 and side edge portion 30 of the helical alignment unit 20 are stitched to each other, but the helical alignment unit 20 and the side alignment unit 30 may be discontinuous .

The stretchability of the front upper raw paper 71, the lower front raw paper 72, the back raw paper 73, and the crotch part paper 74 may not all be the same.

The stretchability of at least one of the upper front side wefts 81 and the upper back side wefts 82 may be the same as the stretchability of the spiral wefts 83 and side facing stocks 84. The stretchability of at least one of the upper front side wefts 81 and the upper back side wefts 82 may be larger than the stretchability of the spiral wefts 83 and the side facing screeds 84. [

The stretchability of the spiral attachment stock 83 may be greater than the stretchability of the side facing stock paper 84. [ The stretchability of the side facing sheet stock 84 may be larger than the stretchability of the spiral stock 83.

The stretchability of the heat-generating raw paper 63 may be the same as the stretchability of the stretchable raw paper 70. The stretchability of the heat generation raw paper 63 may be larger than the stretchability of the stretchable stretchable paper 70.

The stretchability of the heat generation raw paper 63 may be the same as the stretchability of the steel stretchable paper 80. The stretchability of the heat generation raw paper 63 may be smaller than the stretchability of the stretchable elastic material 80. [

In the above embodiment, the stretchable elastic material 70 has a stretchability equal to that of a raw material used for general undergarments. However, if stretchability is smaller than that of the stretchable elastic material 80, Or may have a stretchability greater than that of the raw paper used for the inside of a garment.

The elasticity of the right and left spiral stock 83R and the left spiral stock 83L may not be the same.

The stretchability of the right sub-surface side raw material sheet 84R and the left side original side raw material sheet 84L may not be the same.

The stretchability of the right-hand negative-side raw paper 85R and the left-side negative raw paper 85L need not be the same.

The spiral bridge 20 may be provided only on one of the right corner 12R and the left corner 12L.

The side correcting part 30 may be provided only on one of the right corner part 12R and the left corner part 12L.

The undergarment cover of the present invention may be embodied as a leggings in a use form exposed from the lower side (pants and skirt) in addition to the inner type leggings.

The undergarment coverings of the present invention may also be applied to leggings, socks and pants other than leggings. Examples of the undergarment to which the present invention is applied include stethoscope, Momohiki, and the like. Examples of socks include high socks, sports socks, stockings, pantyhose (R), tights, ballet tights, long socks, sports stockings and leggings. Examples of pants include training pants, spats, leggings and jerseys.

In short, the present invention can be applied to all types of undergarment coverings in an undergarment including a leg portion corresponding to the middle of the thigh to the middle of the undergarment, or a sock or pants.

The undergarment coverings of the present invention may be embodied as a combination of a plurality of undergarment covers, in addition to a single undergarment cover. That is, it is also possible to use the undergarment-proof covering of the present invention in which the undergarment covering material embodied as the undergarment is stitched on the other side of the pants. It is also possible to use the undergarment of the present invention in which the undergarment cover material embodied as a sock is stitched on the side of the pants. Examples of the trousers in which the present invention can be carried out in such a form include clothes pants, slacks, training pants, jean pants, mopes (women's work pants), salopettes, pants, leggings, I can say jersey.

Claims (12)

Wherein the pair of leg portions are formed by a stretchable stretchable dough and a stretchable stretchable jig which is weaker in stretchability than the stretchable stretchable dough, In the undercoat cloth (clothes)
Wherein at least one of the pair of leg portions is provided with a spiral calibration portion for drawing the knee from the outside to the inside thereof and the spiral calibration portion is provided on the inside of the femur from the outside of the front face of the thigh, Wherein the steel stretch forming material continuously provided over the outer side of the lower portion of the gastrocnemius via an inner side of the garment restraining portion is sealed with the above-mentioned stretchable stretching material. The method according to claim 1,
A portion corresponding to the outside of the front of the thigh is defined as the predetermined portion A1 and a portion located below the predetermined portion A1 corresponding to the inside of the femur is defined as the predetermined portion A2, A predetermined portion A3,
A portion located below the predetermined portion A1 corresponding to the outside of the front of the thigh is defined as the predetermined portion B1 and a portion located below the predetermined portion A2 and the predetermined portion B1 corresponding to the inside of the lower portion is defined as the predetermined portion B2 And a portion located below the predetermined portion A3 and the predetermined portion B2 corresponding to the back surface of the lower back is defined as the predetermined portion B3,
The seam between the upper edge of the steel stretchable material of the spiral caliper and the rough stretchable material is formed from the predetermined portion A1 to the predetermined portion A3 through the predetermined portion A2,
Wherein a seam between the lower edge of the steel stretchable material of the spiral bridge and the stretchable elastic material is formed from the predetermined portion B1 to the predetermined portion B2 through the predetermined portion B2. 3. The method according to claim 1 or 2,
Wherein each of the pair of leg portions includes a side portion correcting portion for pushing the undergarment from the outside toward the inside thereof, and the side correcting portion is located outside the helical correcting portion, And the steel stretch forming material of the side caliper is stitched to the rough stretch material. The method of claim 3,
Wherein the side correction portion has a double structure in which two sheets of the stretchable elastic material are stacked. The method of claim 3,
Wherein the steel stretch forming material of the helical bending portion and the steel stretching material of the side leg portion are sealed with each other. 3. The method according to claim 1 or 2,
Characterized in that the heating cloth is provided at a portion corresponding to the back surface of the knee. 3. The method according to claim 1 or 2,
Characterized in that the heating cloth is provided at a portion corresponding to the front of the knee. 3. The method according to claim 1 or 2,
Further comprising a lower portion and a solid portion (crotch portion) worn on the recess, wherein the pair of legs branch off from the solid portion. 9. The method of claim 8,
Characterized in that the solid portion is provided with a mandibulant support portion for supporting the mandibulant muscle and the mandibulant support portion is constituted by the above-described mandibulant restricting portion provided on the back surface of the solid- Calibration cloth. 10. The method of claim 9,
Characterized in that the neutral loin-supporting portion has a double structure in which the stretchable stretching raw material and the partially stretched stretched raw material are overlapped. 9. The method of claim 8,
And the right-back muscle supporting portion is provided with the above-mentioned steel stretching raw material which covers the lower portion of the right-back abdominal muscle from the crotch to the lower abdomen portion on the front surface of the above-mentioned solid-phase portion Wherein the undercoat cloth is characterized in that the undercoat is coated. 12. The method of claim 11,
Wherein said right-back muscle supporting portion has a double structure in which said stretching steel stretching material and said stretching stretching material are overlapped.

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