JP4834181B1 - Exercise support to increase calories burned by lower body exercise - Google Patents

Abstract

Provided is an exercise assisting wear capable of increasing the amount of activity of muscles of the lower body including the adductor muscle.
The bottom 1 is provided with a forward leg abduction fabric 30 that applies to the leg a force in the abduction direction that opens the leg outward when the leg is forwarded. In addition, a rearward leg adduct fabric 50 is provided that applies to the leg a force in the inversion direction that closes the leg inward when the leg is extended backward. When the wearer of the bottom 1 walks, a force in the abduction direction is applied to the leg by the tension generated in the forward leg abduction fabric 30. Further, a force in the inversion direction is applied to the leg by the tension generated in the rearward leg addendum 50.
[Selection] Figure 1

Description

  The present invention relates to an exercise assisting dress that increases calorie consumption by exercise of the lower body.

  Patent Document 1 describes a bottom that improves an O-leg by tightening the leg inward, that is, by always applying a force in the inward direction to the leg. The wearer wearing this bottom expects the O-leg to be improved because the adductor activity is assisted by the fabric with a strong tightening force provided for each of the right and left half. can do.

JP 2008-188213 A

  By the way, paragraph [0007] of Patent Document 1 describes that the adductor muscles are trained by wearing the bottom of the document. However, since the bottom of Patent Document 1 assists the operation of the adductor as described above, it is unlikely that the adductor can be actively activated by wearing the bottom.

  On the other hand, the adductor muscle is included in one of the muscles that are difficult to be trained in daily operations. Therefore, in order to increase the muscular strength, it is necessary to continue the exercise suitable for the training of the adductor muscle. However, since continuing such exercise involves a heavy burden, there is a demand for exercise assistance that can increase the amount of activity of the lower-body muscles including the adductor muscles by daily operations.

  The present invention has been made in view of such circumstances, and an object of the present invention is to provide an exercise assisting dress capable of increasing the amount of activity of the lower body muscles including the adductor muscles.

Means for achieving the above object will be described below.
(1) According to the first aspect of the present invention, in the exercise assisting wear that increases calorie consumption by the exercise of the lower body, a force in the abduction direction that opens outward with respect to the leg that has been put forward is applied. There is a front abductor abduction part that generates tension on the rear leg, and a rearward abduction abduction section that generates tension so that a force in the inward direction that closes inward is applied to the leg that is placed behind The front abduction part of the forefoot is directed toward the lower part of the body as it proceeds from the lower part of the outer side of the buttocks toward the middle part of the front surface of the thigh through the outer side surface of the thigh. The rearward adder abduction part is located below the body as it progresses from the lower part of the inner side of the buttocks toward the middle part of the front surface of the thigh through the outer side surface of the thigh. That it corresponds to the lower body as it goes, , And the gist that it is located at a portion below the said rear Deashi adduction portion on the side surface of the outside of the thigh is the front Deashi abduction unit.

  According to the above invention, since the front leg abduction part for applying a force in the abduction direction to the leg in a state where the leg is forwarded is provided, when the wearer puts the leg forward When the force in the abduction direction is applied from the front leg abduction part to the leg, the leg tends to move in the abduction direction. That is, the leg tries to move in the abduction direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the leg which is going to move to an abduction direction approach the operation | movement at the time of normal walking. That is, the adductor muscles are operated in order to generate a force on the leg against the force in the abduction direction.

  A rearward adder part that applies force in the inward direction to the leg when the leg is extended later is provided, so when the wearer puts the leg back, the inward direction force is The leg tends to move in the inversion direction by being applied to the leg from the rearward extension part. That is, the leg tries to move in the inversion direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the leg which is going to operate | move in the inversion direction approach the operation | movement at the time of normal walking. That is, the abductor muscle (mainly the greater ankle muscle) is operated in order to generate a force against the force in the inward direction on the leg.

  Thus, according to the above-described invention, the amount of activity of the lower body muscles such as the adductor and greater gluteal muscles is increased by the functions of the anterior abductor and the rearward abduction part. It is possible to provide exercise support clothes that can be used.

(2) The invention according to claim 2 is the first abduction position at a position corresponding to the vicinity of the buttocks on the back surface of the thigh in the exercise assisting wear that increases calorie consumption by the lower body exercise according to claim 1 , The position corresponding to the side of the thigh and below the first abduction position is the second abduction position, and the position corresponding to the front of the thigh and below the second abduction position is the third outside position. The gist is that the forward leg abduction portion is provided as a turning position from the first abduction position to the third abduction position via the second abduction position.

(3) The invention described in claim 3 is the exercise support wear that increases calorie consumption by exercise of the lower body according to claim 1 or 2 , in a position corresponding to the vicinity of the buttocks on the back of the thigh and outside the front leg A position different from the position through which the rolling part passes is defined as a first adduction position, a position corresponding to the side surface of the thigh, a position below the first adduction position, and a position through which the forward leg abduction part passes. Is a second adduction position, a position corresponding to the front surface of the thigh, a position below the second adduction position, and a position different from the position through which the front abduction abduction part passes The gist of the invention is that the rearward leg adduction portion is provided as a turning position from the first adduction position to the third adduction position via the second adduction position.

(4) According to the invention of claim 4 , in the exercise assistance for increasing calorie consumption by exercise of the lower body according to claim 3 quoting claim 2 , the first adduction position is the first abduction. A position on the inner crotch side from the position, the second adduction position is a position below the second abduction position, and the third adduction position is more than the third abduction position. The gist is that it is a lower position.

(5) The invention described in claim 5 is the exercise support clothing for increasing calorie consumption by the exercise of the lower body according to claim 2 or claim 4 quoting claim 2 or claim 2. The forefoot abduction part extends from the first abduction position to the fourth abduction position via the second abduction position and the third abduction position, with the corresponding position as the fourth abduction position. The gist is that it is provided.

  In the said invention, since the front leg abduction part is comprised including the part corresponding to a 3rd abduction position to a 4th abduction position, when the same part is not included in a front abduction abduction part As compared with, the force in the abduction direction applied to the leg from the forward leg abduction part becomes larger.

(6) The invention according to claim 6 is an exercise assist that increases calorie consumption by exercise of the lower body according to claim 3 , claim 4 , or claim 5 that cites claim 2 or claim 2. In wearing, the position corresponding to the waist is defined as a fifth abduction position, and the front position extends from the fifth abduction position to the third abduction position via the first abduction position and the second abduction position. The gist is that a leg abduction part is provided.

  In the said invention, since the front leg abduction part is comprised including the part corresponding to from the 5th abduction position to the 1st abduction position, when the same part is not included in the front abduction abduction part As compared with, the force in the abduction direction applied to the leg from the forward leg abduction part becomes larger.

(7) The invention described in claim 7 refers to claim 3 , claim 4 , or claim 5 that cites claim 3 , or claim 5 that cites claim 4 , or claim 3 Claim 6 or claim 4 quoting claim 6 or claim 3 quoting claim 5 quoting claim 6 quoting claim 6 A corresponding position and a position different from the position through which the forward leg abduction section passes is defined as a fourth adduction position, and the fourth adduction position is passed through the first adduction position and the second adduction position. The gist of the invention is that the rearward leg adduction portion is provided up to the third adduction position.

  In the above invention, since the rearward leg adduction part is configured including the part corresponding to the fourth adduction position to the first adduction position, the same part is not included in the rearward leg adduction part As compared with, the force in the adduction direction applied to the leg from the rearward leg addendum becomes larger.

(8) The invention according to claim 8 is an exercise assisting wear that increases calorie consumption by exercise of the lower body according to any one of claims 1 to 7 , wherein the leg is in a state where the leg is put forward. The gist is that force in the abduction direction is applied to the leg by the rearward leg adduction part.

  According to the above configuration, since the force in the abduction direction is applied to the leg from the addendum of the rear leg when the leg is extended forward, the abduction of the forward leg is applied when the leg is extended forward. It is suppressed that the force of the abduction direction given to the leg from the part is reduced by the rearward leg adduction part.

(9) The invention according to claim 9 is an exercise assisting wear for increasing calorie consumption by exercise of the lower body according to any one of claims 1 to 8 , wherein the leg is in a state where the leg is put back. The gist is that the force in the abduction direction applied to the leg from the front leg abduction portion becomes “0”.

  The magnitude of the force in the adduction direction applied to the leg from the exercise assisting wear with the leg extended backward is mainly the force in the adduction direction applied to the leg from the addendum of the rearward leg It is determined by the difference from the force in the abduction direction applied to the leg from the leg abduction part.

  According to the above-described invention, the force in the abduction direction applied to the leg from the forward leg abduction portion is “0” in a state where the leg is extended backward, so the force is greater than “0”. Compared to the case where the leg is large, the force in the adduction direction applied to the leg in a state where the leg is extended backward is increased. For this reason, the effect of increasing the amount of activity of the abductor muscle is enhanced by applying a force in the adduction direction to the leg.

(10) The invention according to claim 10 is the same as that of the exercise support wear for increasing calorie consumption by the lower body exercise according to any one of claims 1 to 9 in a state where the leg is put forward. A forwardly extending leg externally rotating part that applies a force in the externally rotating direction to turn the leg outwardly to the same leg, and a tension generated in the externally extending leg externally rotating part in the externally rotating direction. The gist is that force is applied to the leg.

  According to the above invention, when the wearer puts the leg forward, since the front leg external rotation part for applying a force in the external rotation direction to the leg in the state where the leg is extended forward is provided. When the force in the external rotation direction is applied to the leg from the external rotation portion of the front leg, the leg tends to move in the external rotation direction. That is, the leg tries to move in the direction of external rotation in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the leg which is going to operate | move to an external rotation direction approach the operation | movement at the time of normal walking. That is, the internal rotator is operated in order to generate a force on the leg against the force in the external rotation direction. Thus, according to the said invention, the exercise | movement auxiliary | assistant wear which can increase the active mass of an internal rotator muscle can be provided.

(11) The invention described in claim 11 is the exercise support wear for increasing calorie consumption by the lower body exercise described in claim 10 , wherein the position corresponding to the inner thigh is the first external rotation position, and the back of the thigh The front extension leg external rotation part is provided from the first external rotation position to the second external rotation position with the corresponding position as the second external rotation position; and The gist is that the front leg abduction parts are connected to each other.

(12) According to the invention described in claim 12 , in the exercise support wear that increases calorie consumption by the lower body exercise according to any one of claims 1 to 11 , the exercise support wear is formed as a bottom. A foundation part sewn to the front leg abduction part and the rear leg abduction part is provided, and the front leg abduction part and the rear leg abduction part are the base part. The main point is that it is made of a fabric with stronger tightening force.

(13) The invention according to claim 13 is an exercise support wear that increases calorie consumption by exercise of the lower body according to claim 12 that cites claim 10 or claim 12 that cites claim 11. The gist of the invention is that the front leg outer revolving part is configured including a fabric having a tightening force weaker than that of the front leg outer rotation part.

  According to the above invention, the tightening force of at least a part of the fabric constituting the front leg outer revolving part is smaller than the tightening force of the cloth of the front leg outer rotation part. For this reason, when the wearer wears exercise assistive clothing compared to the case where the tightening force is the same as that of the fabric of the front leg abduction part for all of the fabrics constituting the front leg outer rotation part The tightening feeling given to the wearer can be reduced.

  ADVANTAGE OF THE INVENTION According to this invention, the exercise | movement auxiliary | assistant wear which can increase the activity amount of the muscles of the lower half body including the adductor muscle can be provided.

The front view which shows the front structure about the exercise | movement assistance wear of one Embodiment of this invention. The rear view which shows the back structure about the exercise | movement assistance wearing of the embodiment. The action figure which shows the function typically about the exercise | movement assistance wear of the embodiment. The action figure which shows the function typically about the exercise | movement assistance wear of the embodiment. The front view which shows the front structure about the exercise | movement assistance wear as other embodiment of this invention. The rear view which shows the back structure about the exercise | movement assistance wearing of the embodiment.

An embodiment of the present invention will be described with reference to FIGS.
In the present embodiment, an example in which the exercise assisting wear of the present invention is embodied as innerwear that is in close contact with the human body is shown. In FIGS. 1 and 2, the seam between the fabrics constituting the bottom 1 is indicated by a solid line. Further, another fabric provided on the back side of the fabric is indicated by a broken line.

Here, terms are defined for the body part as follows.
“Front” indicates a direction from the back of the body toward the front.
“Rear” indicates the direction from the front to the back of the body.
“Up” indicates the direction from the foot to the head.
・ "Down" indicates the direction from head to foot.
-“Left” indicates the direction from the right half to the left half.
・ "Right" indicates the direction from the left half to the right half.
“Inside” indicates the center side of the body in the left-right direction.
“Outside” indicates the side opposite to the center side of the body in the left-right direction.
-"Abdomen" shows the part corresponding to the outer side of an abdominal part.
“Lower abdomen” indicates a portion below the waist in the abdomen.
“Human buttocks” indicates the pelvis and its vicinity on the back of the trunk.
“Knee” indicates the knee joint in the lower limb and the vicinity thereof.
“Inner thigh” indicates a portion of the inner side of the thigh.
“External crotch” indicates a portion of the outer side of the thigh.
“Lower leg” indicates a lower part of the lower limb than the knee joint.
“Shin” indicates the front part of the lower leg.
・ "Sheath" indicates the back part of the lower leg.

In addition, terms for leg movement are defined as follows.
・ "Abduction" indicates the movement of the leg in the direction of opening outward.
・ "Addition" indicates the movement of the leg in the direction of closing inward.
・ "External rotation" indicates the movement of the leg whose front surface turns outward.
・ "Inner rotation" indicates the movement of the leg whose front surface turns inward.
“Left leg” indicates a period during which the foot is away from the ground in the walking cycle.
“Standing period” indicates a period during which the foot is in contact with the ground in the walking cycle.

In addition, the following terms are defined for the muscles involved in the movement of the lower limbs.
“Adductor muscle” refers to a muscle involved in the adduction of the lower limbs.
“Abductor muscle” refers to a muscle involved in abduction of the lower limbs.
“Internal rotator muscle” indicates a muscle related to the internal rotation of the lower limbs.

In addition, terms are defined for the state of the lower limbs as follows.
・ "Right leg ground contact state" indicates the state of the right leg in the stance phase.
“Left leg ground state” indicates the state of the left leg in the stance phase.
“Right leg upright state” indicates the state of the right leg with the knee joint extended in the right leg contact state.
“Left leg upright state” indicates the state of the left leg with the knee joint extended in the left leg contact state.
“Right leg separation state” indicates the state of the right leg during the swing phase.
“Left leg separation state” indicates the state of the left leg in the swing phase.
The “right leg rear separation state” indicates a state where the right leg is on the rear side in the right leg separation state.
The “right leg forward separation state” indicates a state in which the right leg is on the front side in the right leg separation state.
The “left leg rear separation state” indicates a state in which the left leg is on the rear side in the left leg separation state.
“Left leg forward separation state” indicates a state in which the left leg is on the front side in the left leg separation state.

Moreover, the term is defined as follows about the force given to a leg.
・ "Abduction force" indicates the force to abduct the leg.
・ "Inward force" indicates the force to invert the leg.
・ "External rotation force" indicates the force to rotate the leg externally.

With reference to FIG. 1 and FIG. 2, the structure of the bottom 1 is demonstrated.
The bottom 1 is provided with a bottom right 11, a bottom left 12, a waist portion 13, a crotch cloth 14, and a skirt 15. The bottom right 11 and the bottom left 12 are stitched together at a portion corresponding to the boundary between the right half body and the left half body.

  The bottom right 11 is provided as a portion that covers from the waist to the lower leg of the right leg in the right half. The bottom left 12 is provided as a part covering the waist from the waist to the lower leg of the left leg. The waist part 13 is provided as a part which covers the circumference | surroundings of a waist. The crotch cloth 14 is provided as a part covering the crotch. The hem 15 is provided corresponding to the lower leg.

  The bottom right 11 and the bottom left 12 are composed of a base fabric 20, a front leg abduction fabric 30, a front leg abduction fabric 40, and a rear leg abduction fabric 50. In each of these fabrics, adjacent portions are sewn together.

  The base fabric 20 is provided as a general fabric covering each part of the body. Further, in each of the bottom right 11 and the bottom left 12, as the fabric constituting the foundation fabric 20, the lower abdominal foundation fabric 21, the flank foundation fabric 22, the buttocks foundation fabric 23, the thigh foundation fabric 24, the knee foundation fabric 25, and the lower knee. A base fabric 26 is provided.

  The lower abdomen base fabric 21 corresponds to the lower abdomen and the portion near the hip joint on the front surface of the thigh. The flank base fabric 22 corresponds to the flank. The buttocks base fabric 23 corresponds to the buttocks. Further, the thigh foundation fabric 24 corresponds to the back surface of the thigh and the lower part of the buttocks. The knee base fabric 25 corresponds to the front part of the knee and the inner part of the back of the lower leg.

  The front leg abduction fabric 30 on the bottom right 11 is provided as a portion for applying an abduction force to the right leg in a state where the right leg is extended forward. The front left leg abduction fabric 30 on the bottom left 12 is provided as a portion for applying an abduction force to the left leg in a state where the left leg is extended forward. Further, in each of the bottom right 11 and the bottom left 12, the thigh front leg abduction fabric 31, the thigh front leg abduction fabric 32, and the buttocks front extension leg outside are provided as the fabric constituting the front leg abduction fabric 30. A roll dough 33 is provided.

  In the front leg abduction fabric 30, the lower edge of the buttocks front leg abduction fabric 33 and the upper edge of the thigh front leg abduction fabric 31 are sewn together. Further, the lower edge of the thigh front leg abduction fabric 31 and the upper edge of the front leg extension abduction fabric 32 are sewn together. Further, the front leg abduction fabric 30 and the adjacent fabrics are sewn together so that the tension of the front leg abduction fabric 30 is “0”.

  The front leg outer swirl fabric 40 on the bottom right 11 is provided as a portion for applying an outer pivot force to the right leg in a state where the right leg is forwarded. The front left leg external rotation fabric 40 at the bottom left 12 is provided as a portion for applying an external rotation force to the left leg when the left leg is extended forward. Further, in each of the bottom right 11 and the bottom left 12, as the fabric constituting the front leg outer swirl fabric 40, the inner front leg outer swirl fabric 41, the outer front leg outer swirl fabric 42, and the back support fabric 43 Is provided.

  In the front leg outer swirl fabric 40, the right end of the inner front leg outer swirl fabric 41 and the left end of the back support fabric 43 are sewn together. In addition, the left end of the back support fabric 43 and the right end of the outer front leg outer rotation fabric 42 are sewn together.

  The rear leg adduction fabric 50 of the bottom right 11 is provided as a part for applying an adduction force to the right leg in a state in which the right leg is extended backward. The rear left leg adduction fabric 50 of the bottom left 12 is provided as a portion for applying an inward turn force to the left leg in a state where the left leg is extended rearward. Further, in each of the bottom right 11 and the bottom left 12, a thigh rear leg adduct fabric 51 and a hip rear leg adduct fabric 52 are provided as fabrics constituting the rear leg adduct fabric 50. .

  In the rear leg addendum fabric 50, the lower end of the buttocks rear leg addendum fabric 52 and the upper end of the thigh rear leg addendum fabric 51 are sewn together. Further, the long side portion of the rear leg adduction fabric 50 and another fabric adjacent thereto have a tension (hereinafter referred to as “basic tension”) from the outer side of the back of the thigh to the inner side. 50 are sewn together to always occur. That is, it is sewn in a state where the fabric adjacent to the rearward leg addendum fabric 50 is shrunk.

  The bottom right 11 and the bottom left 12 are composed of three types of fabrics having different tightening strengths. That is, it is composed of a strong tightening force fabric having the largest tightening force, a weak tightening force fabric having the smallest tightening force, and a medium tightening force fabric in which the tightening force is between the strong tightening force fabric and the weak tightening force fabric. Yes.

  Each fabric of the foundation fabric 20, that is, the lower abdominal foundation fabric 21, the flank foundation fabric 22, the buttocks foundation fabric 23, the thigh foundation fabric 24, the knee foundation fabric 25, and the below-knee foundation fabric 26 is composed of a weak tightening force fabric. . As the weak tightening force fabric of the base fabric 20, a fabric having the same degree of stretchability as a fabric used for general underwear is used.

  Each of the front leg abduction fabrics 30, that is, the thigh front leg abduction fabric 31, the crus front abduction fabric 32, and the buttocks front leg abduction fabric 33 are configured by a strong tightening force fabric. . As the strong tightening force fabric of the front leg abduction fabric 30, a belt-shaped fabric having a shorter stretchability in the short direction than a stretchability in the longitudinal direction in the deployed state is used.

  The inner front leg outer swirl fabric 41 and the outer front leg outer swirl fabric 42 of the front leg outer swirl fabric 40 are constituted by a medium tightening force fabric. The back support fabric 43 of the front leg outer turning fabric 40 is composed of a strong tightening force fabric. As the strong tightening force fabric of the back support fabric 43, the same strong tightening force fabric as the front leg abduction fabric 30 is used.

  Each fabric of the rear leg addendum fabric 50, that is, the thigh rear leg addendum fabric 51 and the buttocks rear leg addendum fabric 52 are configured by a strong tightening force fabric. As the strong tightening force fabric of the rear leg addendum fabric 50, the same strong tightening force fabric as that of the front leg adder fabric 30 is used.

  Each part of the bottom 1 other than the bottom right 11 and the bottom left 12 is configured as follows. That is, the waist part 13 is comprised with the flat rubber. Further, the crotch cloth 14 is configured by superimposing two kinds of fabrics, that is, a weak tightening force fabric and a fabric having low stretchability. The hem 15 is composed of a knee foundation fabric 25 and a crus front leg abduction fabric 32. Further, on the back side of the hem 15, a tape having a larger friction than that of the weak tightening force fabric, the medium tightening force fabric, and the strong tightening force fabric is sewn.

The correspondence between each fabric 30, 40, 50 and the body part will be described.
Here, each predetermined position in the right half and the left half is defined as follows.
“Abduction position EA” indicates a position near the waist and side surface in the buttocks.
“Abduction position EB” indicates a position near the hip joint on the back of the thigh.
“Abduction position EC” indicates an upper position in the outer crotch of the thigh.
“Abduction position ED” indicates a position near the center in the left-right direction on the front surface of the thigh.
“Abduction position EE” indicates a lower position in the inner thigh of the thigh.
“Abduction position EF” indicates the center position in the left-right direction on the back of the knee.
“Abduction position EG” indicates an upper position on the side of the lower leg.
“Abduction position EH” indicates a position near the center in the left-right direction on the shin.
“External rotation position XA” indicates the center position in the left-right direction on the front surface of the thigh.
“External rotation position XB” indicates an upper position in the vertical direction in the inner thigh of the thigh.
“External rotation position XC” indicates a position near the center in the left-right direction on the back of the thigh.
“External rotation position XD” indicates a position above the knee in the outer crotch of the thigh.
“External rotation position XE” indicates a position outside the center in the left-right direction on the front surface of the knee.
“Inversion position NA” indicates a position near the waist and near the inside of the buttocks.
“Inner position NB” indicates a position near the hip joint and near the inner thigh on the back of the thigh.
“Inversion position NC” indicates a position on the back of the thigh and near the center in the left-right direction.
“Inner position ND” indicates an upper position in the outer crotch of the thigh.
The “inner position NE” indicates a position near the center in the left-right direction on the front surface of the thigh.

  The abduction position EA corresponds to the fifth abduction position. The abduction position EB corresponds to the first abduction position. The abduction position EC corresponds to a second abduction position. The abduction position ED corresponds to the third abduction position. The abduction position EG and the abduction position EH correspond to a fourth abduction position. The external rotation position XB corresponds to the first external rotation position. The external rotation position XC corresponds to the second external rotation position. Further, the adduction position NA corresponds to a fourth adduction position. Further, the adduction position NB corresponds to the first adduction position. Further, the adduction position ND corresponds to a second adduction position. The adduction position NE corresponds to a third adduction position.

The relative relationship between the above positions is shown below.
Each abduction position is a lower position in the order of the abduction positions EA to EH in the vertical direction.
Each external rotation position is a lower position in the order of the external rotation positions XA to XE in the vertical direction.
Each of the adduction positions is a lower position in the order of the adduction positions NA to NE in the vertical direction.
The inner rotation position NA is an inner position from the outer rotation position EA.
The inner rotation position NB is a position inside the outer rotation position EB in the left-right direction.
The inner rotation position NC is a position below the outer rotation position EB in the vertical direction.
The inner rotation position ND is a position below the outer rotation position EC in the vertical direction.
The external rotation position XA is a position above the external rotation position ED in the vertical direction.
The external rotation position XB is a position below the internal rotation position NB in the vertical direction.
The external rotation position XB is a position above the outer rotation position EE in the vertical direction.
The external rotation position XC is a position below the inversion position NC in the vertical direction.
The external rotation position XC is a position above the external rotation position EF in the vertical direction.
The external rotation position XD is a position below the internal rotation position ND in the vertical direction.
The external rotation position XD is a position above the external rotation position EG in the vertical direction.

  The front leg abduction fabric 30 is configured as a belt-shaped fabric that sequentially passes from the abduction position EA to the abduction position EH. Moreover, the part corresponding to the abduction position EB to the abduction position EH in the forward leg abduction fabric 30 is configured as a spiral part wound around the lower limb.

  The buttock front leg abduction fabric 33 corresponds to a portion near the waist and a portion near the side surface of the buttock. The thigh front leg abduction fabric 31 corresponds to a portion near the hip joint on the back of the thigh, an outer crotch, a front surface of the thigh, an inner crotch, and a portion on the inner side of the center in the left-right direction of the back of the knee. The crus front leg abduction fabric 32 corresponds to a portion outside the center in the left-right direction on the back of the knee, a portion outside the center of the calf, a side surface outside the crus, and a shin.

  The thigh front leg abduction fabric 31 is composed of the same type of fabrics stacked on top of each other, that is, the front fabric 31A and the back fabric 31B. The front side fabric 31A and the back side fabric 31B are sewn together in the vicinity of the hip joint on the back of the thigh and on the front of the thigh.

  The front fabric 31A corresponds to a portion near the hip joint on the back of the thigh, an outer crotch, a front surface of the thigh, an inner crotch, and a portion on the inner side of the center in the left-right direction of the back of the knee. The back side fabric 31B corresponds to a portion near the hip joint on the back of the thigh, the outer crotch, and the front of the thigh.

  The front leg outer rotation fabric 40 is configured as a fabric that sequentially passes from the external rotation position XA to the external rotation position XE. In addition, the portion corresponding to the external rotation position XA to the external rotation position XE of the front leg external rotation fabric 40 is configured as a spiral portion that wraps around the lower limb.

  The inner front leg outer rotation fabric 41 corresponds to a portion inside the center of the front surface of the thigh, an inner crotch, and a portion inside the center of the back surface of the thigh. The back support fabric 43 corresponds to the center in the left-right direction on the back of the thigh, the center in the left-right direction on the back of the knee, and the center in the left-right direction of the calf. Further, the outer front leg outer rotation fabric 42 corresponds to a portion outside the center on the back of the thigh, an outer crotch, and a portion outside the center on the front of the thigh.

  The trailing leg adduct fabric 50 is configured as a belt-shaped fabric that sequentially passes from the inversion position NA to the inversion position NE. Moreover, the part corresponding to from the adduction position NB to the adduction position NE of the rearward extension adduct fabric 50 is configured as a spiral portion wound around the lower limb.

  The buttocks rear extension adduct fabric 52 corresponds to a portion near the waist and a portion inside the buttocks. The thigh rear leg adduction fabric 51 corresponds to a portion near the hip joint and near the inner thigh on the back of the thigh, a back of the thigh, an outer crotch, and a portion outside the center in the left-right direction on the front of the thigh. Yes.

The relative positional relationship between the front leg abduction fabric 30 and the rear leg abduction fabric 50 will be described.
The portion corresponding to the addendum addendum fabric 50 from the adduction position NB to the addendum position ND is below the portion corresponding to the addendum addendum fabric 30 from the abduction position EB to the abduction position ED. Is provided. Further, the upper edge of the portion corresponding to the inner rotation position ND to the inner rotation position NE is sewn to the lower edge of the portion corresponding to the outer rotation position EC to ED of the front leg abduction fabric 30.

  The part corresponding to the back surface and the part corresponding to the external rotation position XB to the external rotation position XD in the front leg outer swirl fabric 40 is between the rear leg adder fabric 50 and the front leg abduction fabric 30. Is provided. Further, the upper edge of the portion corresponding to the outer rotation position XB to the outer rotation position XE of the front leg outer rotation fabric 40 corresponds to the inner rotation position NB to the inner rotation position NE of the rear extension leg inner rotation fabric 50. It is sewn on the lower edge of the part. Further, the lower edge of the part corresponding to the outer rotation position XA to the outer rotation position XD of the front leg outer rotation fabric 40 corresponds to the outer rotation position ED to the outer rotation position EG of the front extension leg outer rotation fabric 30. It is sewn on the upper edge of the part.

  With reference to FIG. 3, the function of the rear leg adduct fabric 50 will be described. In the figure, the inward force applied to the leg with the movement of the right leg is shown. As for the left leg, the inward force applied to the left leg is omitted because the inward force is applied in a manner according to the operation of the right leg.

In the right leg rear separation state, the right leg abductor is used as follows.
In the rear leg adduct fabric 50, a basic tension indicated by an arrow PN in the drawing is generated in both the right leg ground contact state and the right leg separation state. For this reason, in each of the above states, the right leg is imparted with an inward force by the basic tension of the rearwardly extending adduct fabric 50. In addition, since the abutment leg abduction fabric 30 is configured such that the abduction force becomes “0” in the right leg rearward separation state, the basic tension of the rear extension leg abduction fabric 50 in the right leg rearward separation state. Is not reduced by the abduction force of the front leg abduction fabric 30.

  On the other hand, in the right leg ground contact state, the inward force based on the basic tension has a greater resistance caused by the friction between the right foot and the ground than the force to invert the right leg. Adduction of the right leg is suppressed without generating a force against the rolling force in the right leg. That is, in the right leg ground contact state, the adduction is suppressed even if the wearer does not work the adductor muscle of the right leg.

  On the other hand, in the state where the right leg is rearwardly separated, the frictional force between the right foot and the ground is not generated, so the right leg tries to move in the inversion direction by the inward force of the right leg based on the basic tension. That is, the right leg tries to move in the inversion direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the right leg which is going to operate | move in the inversion direction approach the operation | movement at the time of normal walking. That is, the abductor muscle (mainly the greater ankle muscle) is operated to generate a force against the adduction force in the right leg.

In the left leg rear separation state, the left leg abductor is used as follows.
In the rear leg adduct fabric 50, basic tension is generated in both the left leg ground contact state and the left leg separation state. For this reason, in each of the above states, an inward force is applied to the left leg by the basic tension of the rearwardly extending adduct fabric 50. In addition, since the abutment leg abduction fabric 30 is configured such that the abduction force becomes “0” in the left leg rear separation state, the basic tension of the rear extension abduction fabric 50 in the left leg rear separation state. Is not reduced by the abduction force of the front leg abduction fabric 30.

  On the other hand, in the ground contact state of the left leg, the inward force based on the basic tension has a greater resistance caused by friction between the left foot and the ground than the force to invert the left leg. Adduction of the left leg is suppressed without causing the left leg to generate a force against the rolling force. That is, in the left leg ground contact state, the adduction is suppressed even if the wearer does not work the adductor muscle of the left leg.

  On the other hand, in the left leg rear separation state, the friction force between the left foot and the ground is not generated, so the left leg tries to move in the inversion direction by the inward force of the left leg based on the basic tension. That is, the left leg tries to move in the inversion direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for approaching the operation | movement at the time of normal walking to the left leg which is going to operate | move in the inversion direction. That is, the abductor muscle (mainly the greater ankle muscle) is operated to generate a force against the adduction force in the left leg.

  With reference to FIG. 4, the function of the front leg abduction fabric 30 will be described. In the figure, the abduction force applied to the leg with the movement of the right leg is shown. Since the abduction force is applied to the left leg in a manner according to the operation of the right leg, the abduction force applied to the left leg is not shown.

In the right leg forward separation state, the adductor and internal rotator muscles of the right leg are used as follows.
Comparison of the length of the body surface of the portion corresponding to the front leg abduction fabric 30 in the right leg upright state and the length of the body surface of the portion corresponding to the front leg abduction fabric 30 in the right leg forward separation state The latter is longer than the former. In other words, the front leg abduction fabric 30 and the rear leg abduction fabric 50 are stretched more in the right leg forward separation state than in the right leg upright state. In addition, as the front leg abduction fabric 30 extends, the front leg outer rotation fabric 40 extends from the inside toward the outside.

  For this reason, when it tries to return to the state before extending | stretching from the state in which the front leg abduction fabric 30 was extended, tension | tensile_strength arises in the front extension leg abduction fabric 30 as shown by arrow PE in a figure. As the tension is generated in the front leg abduction fabric 30 as described above, an abduction force is applied from the front leg abduction fabric 30 to the right leg as indicated by an arrow RE in the figure.

  Further, by trying to return to the state before the rearward leg addendum 50 is extended from the extended state, a tension is generated in the rearward adder addendum 50 as indicated by PN in the drawing. As the tension is generated in the rearward leg adduction fabric 50 as described above, an abduction force is applied from the rearward leg addendum fabric 50 to the right leg as indicated by an arrow RE in the drawing.

  Further, by trying to return from the extended state of the front leg outer swirl fabric 40 to the state before it is stretched, tension is generated in the front leg outer swirl fabric 40 as indicated by an arrow PX in the drawing. Then, along with the tension generated in the front leg outer swirl fabric 40 as described above, as shown by the arrow RX in the figure, an outer pivot force is applied from the front leg outer swirl fabric 40 to the right leg. This external rotation force is a force acting from the external rotation position XE toward the external rotation position XA via the back surface of the right leg.

  In the right leg forward separation state, as described above, the abduction force and the external rotation force are applied to the right leg from the respective fabrics of the front leg abduction fabric 30, the rear leg abduction fabric 50, and the front leg abduction fabric 40. The right leg tries to move in the abduction direction and the external rotation direction. That is, the right leg tries to move in the abduction direction and the external rotation direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the right leg which is going to operate | move in an abduction direction and an external rotation direction approach the operation | movement at the time of normal walking. That is, the adductor muscle is operated to generate a force against the abduction force in the right leg. In addition, the internal rotator is operated to generate a force against the external rotation force in the right leg.

In the left leg forward separation state, the adductor and internal rotator muscles of the left leg are used as follows.
Comparison of the length of the body surface of the portion corresponding to the front leg abduction fabric 30 in the left leg upright state and the length of the body surface of the portion corresponding to the front leg abduction fabric 30 in the left leg forward separation state The latter is longer than the former. That is, in the left leg forward separation state, the front leg abduction fabric 30 and the rear leg abduction fabric 50 are stretched more than the left leg upright state. In addition, as the front leg abduction fabric 30 extends, the front leg outer rotation fabric 40 extends from the inside toward the outside.

  For this reason, tension is generated in the front leg abduction fabric 30 by trying to return to the state before the front leg abduction fabric 30 is extended. As the tension is generated in the front leg abduction fabric 30, an abduction force is applied from the front leg abduction fabric 30 to the left leg.

  In addition, tension is generated in the rearward-limb adduct fabric 50 by trying to return from the stretched state to the state before the rearward-limb addendum fabric 50 is stretched. Then, along with the tension generated in the rearward leg addendum 50, an abduction force is applied from the rearward leg addendum 50 to the left leg.

  Further, tension is generated in the front leg outer swirl fabric 40 by trying to return to the state before the front leg outer swirl fabric 40 is stretched. Then, along with the tension generated in the front leg external rotation fabric 40 in this way, an external rotation force is applied from the front leg external rotation fabric 40 to the left leg. This external rotation force is a force acting from the external rotation position XE toward the external rotation position XA through the back surface of the left leg.

  In the left leg forward separation state, as described above, the abduction force and the external rotation force are applied to the left leg from each of the front leg abduction cloth 30, the rear leg abduction cloth 50, and the front leg abduction cloth 40. The left leg tries to move in the abduction direction and the external rotation direction. That is, the left leg tries to move in the abduction direction and the external rotation direction in a manner different from that during normal walking. For this reason, a wearer performs the operation | movement for making the left leg which is going to operate | move in an abduction direction and an external rotation direction approach the operation | movement at the time of normal walking. That is, the adductor muscle is operated to generate a force against the abduction force in the left leg. In addition, the internal rotator is operated to generate a force against the external rotation force in the left leg.

According to the bottom 1 of the present embodiment, the following effects can be obtained.
(1) The bottom 1 has a front leg abduction fabric 30 that applies to the leg a force in the direction of abduction that opens the leg outward when the leg is extended forward, and a leg when the leg is extended backward. A rearwardly extending adduct fabric 50 is provided for applying to the leg a force in the inward direction that closes the inside. According to this configuration, the amount of activity of the lower body muscles including the adductor muscle and the greater ankle muscle can be increased by the action of the front leg abduction fabric 30 and the rear leg abduction fabric 50. .

  (2) Moreover, when the wearer who wears the bottom 1 raises the leg, the basic tension of the rearward leg adduction fabric 50 becomes a load for the operation of the leg. For this reason, when a wearer raises a leg, the active mass of quadriceps can be increased.

  (3) In the bottom 1, the front leg abduction fabric 30 is configured including a portion corresponding to the abduction position ED to the abduction position EH. For this reason, compared with the case where the same part is not included in the front leg abduction fabric 30, the abduction force applied to the leg from the front leg abduction fabric 30 is increased.

  (4) In the bottom 1, the front leg abduction fabric 30 is configured including a portion corresponding to the abduction position EA to the abduction position EB. For this reason, compared with the case where the same part is not included in the front leg abduction fabric 30, the abduction force applied to the leg from the front leg abduction fabric 30 is increased.

  (5) In the bottom 1, the rear leg adduction fabric 50 is configured including the portions corresponding to the adduction position NA to the adduction position NB. For this reason, compared with the case where the same part is not included in the rearward leg adduction fabric 50, the inward force applied to the leg from the rearward leg addendum fabric 50 is increased.

  (6) In the bottom 1, an abduction force is applied to the leg from the rearward leg adduction fabric 50 when the leg is extended forward. For this reason, it is suppressed that the abduction force given to a leg from the front extension leg abduction cloth 30 by the rear extension leg abduction cloth 50 in the state where the leg is extended forward is suppressed.

  (7) The magnitude of the inward force applied to the leg from the exercise assisting wear in the state where the leg is extended rearward is mainly the inward force applied to the leg from the rearward leg adduct fabric 50 and the forward movement. It is determined by the difference from the abduction force applied to the leg from the leg abduction fabric 30.

  In the bottom 1, the abduction force applied to the leg from the forward leg abduction fabric 30 is “0” in a state where the leg is extended backward, and therefore the same force is greater than “0”. In comparison, the inversion force applied to the leg in a state where the leg is put out rearward is increased. For this reason, the effect of increasing the amount of activity of the abductor is enhanced by applying the adduction force to the leg.

  (8) The bottom 1 is provided with a front leg external rotation fabric 40 that applies to the leg a force in an external rotation direction that turns the leg outward. According to this configuration, the amount of activity of the internal rotator muscles can be increased by the action of the front leg external rotation fabric 40.

  (9) In the bottom 1, the front leg outer swirl fabric 40 is configured to include a fabric having a tightening force weaker than that of the front leg abduction fabric 30. In other words, the tightening force of a part of the fabric constituting the front leg outer rotation fabric 40 is smaller than the tightening force of the fabric of the front leg abduction fabric 30. For this reason, the wearer wears the exercise assisting clothes as compared with the case where the tightening force is the same as the tightening force of the fabric of the front leg abduction fabric 30 for all of the fabrics constituting the front leg outer rotation fabric 40. The tightening feeling imparted to the wearer can be reduced.

  (10) In the bottom 1, a double fabric constituted by the front fabric 31 </ b> A and the back fabric 31 </ b> B is provided as the thigh front leg abduction fabric 31. According to this configuration, as compared with the case where the back fabric 31B is not provided, the tightening force of the fabric corresponding to the outer rotation position EB to the outer rotation position ED is increased. For this reason, the abduction force applied to the leg in a state where the leg is extended forward can be further increased.

  (11) The front support leg outer rotation fabric 40 of the bottom 1 is provided with a back support fabric 43 constituted by a strong tightening force fabric at a portion corresponding to the outer rotation position XC. The back support fabric 43 is provided in the vertical direction from the horizontal center of the back of the thigh to the horizontal center of the calf via the horizontal center of the back of the knee. For this reason, when the wearer who wears bottom 1 swings a leg forward from back, the tension | tensile_strength of the back support material 43 becomes a load with respect to the operation | movement of the leg. For this reason, it is possible to increase the amount of muscle activity that works when the legs are swung out from behind.

  (12) In the wearer who wears the bottom 1, the adduction of the leg is suppressed without using the adductor muscles of the right leg and the left leg in the right leg ground contact state and the left leg ground contact state. That is, in the right leg ground contact state and the left leg ground contact state, it is possible to prevent the leg from moving excessively in the adduction direction. For this reason, it can suppress that a wearer's attitude | position deteriorates resulting from the inversion force of the rearward extension adduct fabric 50. FIG.

  (13) At the bottom 1, a tape having a larger friction than the weak tightening force fabric, the medium tightening force fabric, and the strong tightening force fabric is sewn on the back side of the skirt 15. According to this configuration, when the leg is moved, the shift of the bottom 1 with respect to the leg is suppressed by the tape sewn on the back side of the skirt 15. For this reason, it can suppress that the external rotation force and internal rotation force provided to a leg become small resulting from the shift | offset | difference of the bottom 1. FIG.

(Other embodiments)
The embodiment of the present invention is not limited to the above-described embodiment, and can be modified as shown below, for example. The following modifications are not applied only to the above-described embodiment, and different modifications can be combined with each other.

  In the embodiment described above, the forward leg abduction fabric 30 is configured such that the tension is “0” when the leg is extended backward, but the tension is “0” when the leg is extended backward. The forward leg abduction fabric 30 can also be configured to be larger than “0”. In this case, the anterior leg abduction cloth 30 has a rearward leg abduction cloth 50 rather than an abduction force applied to the leg by the anterior leg abduction cloth 30 in a state where the leg is extended backward. The one that increases the inward force applied to the is used.

  In the above-described embodiment, as a configuration for applying an inversion force to the leg in a state where the leg is extended backward, a configuration in which the rearward extension abduction fabric 50 is sewn to an adjacent fabric in a contracted state. Although adopted, the configuration for applying the inward force is not limited to this. For example, it is possible to change the configuration so that the rearward leg addendum fabric 50 is gathered along the longitudinal direction thereof and the rearward leg addendum fabric 50 is sewn to another adjacent fabric. . In this case, since the tightening force in the longitudinal direction of the rearward leg adduction fabric 50 is increased by gathers, the innerward force is applied to the leg when the leg is extended backward. Moreover, as long as the inward turning force is applied from the rear leg addendum, the rear leg addendum 50 can be sewn in a state in which it does not shrink.

In the above embodiment, the thigh front leg abduction fabric 31 is configured by the front fabric 31A and the back fabric 31B, but the back fabric 31B may be omitted.
In the above embodiment, the back side fabric 31B is configured to correspond to a part of the front side fabric 31A, but the back side fabric 31B can also be configured to correspond to the entire back side of the front side fabric 31A.

  In the above embodiment, the front side fabric 31A and the back side fabric 31B are configured by the same type of fabric, but the front side fabric 31A and the back side fabric 31B can also be configured by using different types of fabrics.

  In the above-described embodiment, the bottom 1 is configured by sewing the base fabric 20, the front leg abduction fabric 30, the front leg abduction fabric 40, and the rear leg abduction fabric 50 together. The configuration can be changed as follows. That is, by sewing the front leg abduction fabric 30, the front leg abduction fabric 40, and the rear leg abduction fabric 50 on the front or back side of the bottom right and bottom left, which are composed only of the basic fabric, A bottom having the same function as the bottom 1 of the embodiment can also be configured. In this case, the base fabric constituting the bottom right and the bottom left is the portion corresponding to the base fabric 20 of the above embodiment, the front leg abduction fabric 30, the front leg aft fabric 40, and the rear And a portion corresponding to the leg adduct fabric 50.

  In the above-described embodiment, a configuration is adopted in which the displacement of the bottom 1 is suppressed by sewing a tape having a large friction on the back side of the hem 15, but in addition to or instead of this, the following (A) to ( It is also possible to adopt at least one configuration of D).

  (A) The structure which suppresses the shift | offset | difference of the bottom 1 with the string which passes along the skirt 15 is employ | adopted. In this configuration, the skirt 15 is narrowed by tying the string. And the shift | offset | difference of the bottom 1 is suppressed by restrict | squeezing the skirt 15. FIG.

  (B) The structure which suppresses the shift | offset | difference of the bottom 1 by the surface fastener provided in the skirt 15 is employ | adopted. In this configuration, the hem 15 is narrowed by attaching the surface fasteners. And the shift | offset | difference of the bottom 1 is suppressed by restrict | squeezing the skirt 15. FIG.

  (C) The structure which suppresses the shift | offset | difference of the bottom 1 by the cyclic | annular part formed by extending a part of skirt 15 is employ | adopted. In this configuration, the bottom 1 is prevented from shifting by the foot sole being hooked on the annular portion.

  (D) The structure which suppresses the shift | offset | difference of the bottom 1 is employ | adopted by sewing a cloth with a big friction on the back side of the skirt 15. FIG. According to this structure, the shift | offset | difference of the bottom 1 is suppressed by the friction with a cloth with large friction, and a leg.

In the above-described embodiment, all the fabrics constituting the front leg abduction fabric 30 are configured by strong tightening force fabrics, but at least one of the respective fabrics may be configured by medium tightening force fabrics.
In the above-described embodiment, all the fabrics constituting the rear leg addendum fabric 50 are configured by the strong tightening force fabric, but at least one of the respective fabrics may be configured by the medium tightening force fabric.

In the above-described embodiment, the inner front leg outer swirl fabric 41 of the front leg outer swirl fabric 40 is configured by a medium tightening force fabric, but the inner front leg outer swirl fabric 41 may be configured by a strong tightening force fabric. it can.
In the above-described embodiment, the outer front leg outer swirl fabric 42 of the front leg outer swirl fabric 40 is configured by a medium tightening force fabric, but the outer front leg outer swirl fabric 42 may be configured by a strong tightening force fabric. it can.

In the above embodiment, the back support fabric 43 of the front leg external rotation fabric 40 is configured with a strong tightening force fabric, but the back support fabric 43 may be configured with a medium tightening force fabric.
In the above embodiment, the front leg abduction fabric 30 is composed of a strong tightening force fabric, but a portion corresponding to the front leg abduction fabric 30 is made of rubber having the same tightening force instead of the strong tightening force fabric. It can also be configured.

  In the above embodiment, the rear leg addendum fabric 50 is composed of a strong tightening force fabric, but a portion corresponding to the front leg abduction fabric 30 is made of rubber having the same tightening force instead of the strong tightening force fabric. It can also be configured.

  In the above-described embodiment, the inner front extension leg outer rotation fabric 41 of the front extension leg outer rotation fabric 40 is configured by the medium tightening force fabric, but instead of the intermediate tension force fabric, rubber or a string having an equivalent tightening force is used. A portion corresponding to the inner front leg outer rotation fabric 41 can also be configured.

  In the above-described embodiment, the outer front extending leg outer revolving fabric 42 of the front extending leg outer revolving fabric 40 is configured by a medium tightening force fabric, but instead of the middle tightening force fabric, rubber or a string having an equivalent tightening force is used. A portion corresponding to the outer front leg outer revolving fabric 42 can also be configured.

  In the above-described embodiment, the back support fabric 43 of the front leg external rotation fabric 40 is configured by a strong tightening force fabric, but instead of the strong tightening force fabric, the back support fabric 43 is made of rubber or string having the same tightening force. A portion corresponding to can also be configured.

  In the above embodiment, the front leg abduction fabric 30 and the rear leg abduction fabric 50 are configured as separate fabrics. It can also be composed of a piece of fabric.

-In the said embodiment, although the length of the bottom 1 is comprised from a waist to a shin, it can also be changed into the bottom 1 of a knee length.
In the above embodiment, the present invention is applied to the bottom 1 as underwear, but the present invention can also be applied to sports clothing (for example, swimwear). Moreover, this invention can also be implemented as a supporter as demonstrated below.

  As shown in FIG. 5 and FIG. 6, the supporter as one embodiment of the present invention includes a forward leg abduction belt 130 that applies an abduction force to the leg in a state where the leg is forwarded, There is provided a rear extension leg adduction belt 150 for applying an inward rotation force to the leg in a state where the leg is extended backward. In addition to this, a waist belt 113 for fixing the upper ends of the front leg abduction belt 130 and the rear leg abduction belt 150 to the waist, and a knee belt 115 for fixing the lower end of the front leg abduction belt 130 to the knee. And are provided.

  The front leg abduction belt 130 is provided from the vicinity of the waist to the inner crotch. Moreover, it is provided via the back of the thigh and the lower part of the buttocks, the outer crotch, and the front of the thigh. The rear leg adduction belt 150 is provided from the vicinity of the waist to a portion outside the center of the front surface of the thigh. Further, it is provided via a portion near the hip joint and near the inner crotch on the back of the thigh, the back of the thigh, and the outer crotch.

  In the above embodiment, the forward leg abduction fabric 30 is configured so as to correspond to the part from the abduction position EA to the abduction position EH. If it is the structure which can give a rolling force, the formation position of the front extension leg abduction fabric 30 is not restricted to the formation position illustrated in the said embodiment. For example, a forward leg abduction fabric formed from the outer crotch through the front of the knee to the inside of the lower leg can also be used.

  In the above-described embodiment, the front leg outer swirl fabric 40 is configured to correspond to the part from the outer rotation position XA to the outer rotation position XE. If it is the structure which can give a turning force, the formation position of the front extension | limbs external rotation fabric 40 is not restricted to the formation position illustrated in the said embodiment. For example, in the above modification of the front leg abduction fabric 30, the front leg outer rotation formed below the front leg abduction fabric and from the outer crotch to the inside of the lower leg through the front of the lower leg. A dough can also be used.

  In the above embodiment, the rearward leg addendum fabric 50 is configured so as to correspond to the portion from the adduction position NA to the adduction position NE. If it is the structure which can provide a rolling force, the formation position of the rearward extension leg adduction material 50 is not restricted to the formation position illustrated in the said embodiment. For example, it is possible to use a post-extract adduct fabric formed from the side of the lower leg to the inner thigh via the back or front of the lower leg. Further, it is also possible to use a post-extend adduct fabric formed from the side of the thigh to the inner crotch via the front of the thigh. In these modified examples, the inward force applied by the rearward leg adduction fabric is smaller than the abduction force provided by the forward extension leg abduction fabric in a state where the leg is extended forward. A leg adductor fabric is constructed.

  DESCRIPTION OF SYMBOLS 1 ... Bottom, 11 ... Bottom right, 12 ... Bottom left, 13 ... Waist part, 14 ... Crotch cloth, 15 ... Hem, 20 ... Base fabric (base part), 21 ... Lower abdomen base fabric, 23 ... Side base fabric, 22 ... Fabric foundation fabric, 24 ... Thigh foundation fabric, 25 ... Knee foundation fabric, 26 ... Knee foundation fabric, 30 ... Forefoot abduction fabric (forefoot abduction part), 31 ... Thigh forefoot abduction fabric 31A ... front side fabric, 31B ... back side fabric, 32 ... lower leg front leg abduction fabric, 33 ... buttocks front leg abduction fabric, 40 ... front leg abduction fabric (front leg outer rotation part), 41 ... Inner front leg outer swirl fabric, 42 ... outer front front leg outer swirl fabric, 43 ... back support fabric, 50 ... retracted leg adduction fabric (retracted leg addendum part), 51 ... thigh rear leg adduction fabric , 52 ... buttocks rear extension adduct fabric, 113 ... waist belt, 115 ... knee belt, 130 ... front extension leg abduction belt, 150 ... within rear extension leg Belt.

Claims (13)

In exercise support clothing that increases calories burned by lower body exercise,
A forward leg abduction part is provided that creates tension so that a force in the abduction direction that opens outwardly with respect to the leg that has been placed forward is provided;
There is provided a rearward-limb adductor that creates tension so that a force in the inward-direction to close inwardly is applied to the leg that is placed behind,
The forefoot abduction part corresponds to the lower half of the body so as to go downward from the vicinity of the outer side of the buttocks toward the middle part of the front surface of the thigh through the outer side surface of the thigh. thing,
The rearward leg adduction part corresponds to the lower half of the body so as to move downward from the inside of the buttocks toward the middle part of the front surface of the thigh via the outer side surface of the thigh. thing,
And the rearward leg adduction part on the outer side surface of the thigh is located below the front extremity abduction part. Arrive. In the exercise support wear which increases calorie consumption by exercise of the lower body according to claim 1 ,
A position corresponding to the vicinity of the buttocks on the back of the thigh is a first abduction position, a position corresponding to the side of the thigh and a position below the first abduction position is a second abduction position, and corresponds to the front of the thigh. And the position below the second abduction position is defined as a third abduction position, and the above-mentioned position is extended from the first abduction position to the third abduction position via the second abduction position. Exercise support wear that increases calories burned by lower body exercise, characterized by a leg abduction. In the exercise support clothes which increase calorie consumption by exercise of the lower body according to claim 1 or 2 ,
A position corresponding to the vicinity of the buttocks on the back surface of the thigh and a position different from the position through which the abduction leg abduction part passes is defined as a first adduction position, which is a position corresponding to the side surface of the thigh and the first adduction position. The second adduction position is a lower position and a position different from the position through which the forward leg abduction section passes, a position corresponding to the front surface of the thigh, a position below the second adduction position, and the front protrusion. A position different from the position through which the leg abduction portion passes is defined as a third adduction position, and from the first adduction position to the third adduction position via the second adduction position, Exercise support clothing that increases calories burned by lower body exercises, characterized by a rolling part. In the exercise support clothes which increase calorie consumption by the exercise of the lower body according to claim 3 quoting claim 2 ,
The first adduction position is a position closer to the inner crotch than the first abduction position;
The second adduction position is a position below the second abduction position;
And the third adduction position is a position below the third abduction position. Exercise support wear for increasing calorie consumption by exercise of the lower body. In the exercise support clothes which increase calorie consumption by exercise of the lower body according to claim 2 or claim 3 or claim 4 quoting claim 2 ,
The position corresponding to the lower leg is defined as a fourth abduction position, and the outside of the front leg is extended from the first abduction position to the fourth abduction position via the second abduction position and the third abduction position. Exercise support clothing that increases calories burned by lower body exercises, characterized by a rolling part. Claim 2 or claim 3 quoting claim 2 , claim 4 , or claim 5 , in exercise assistance to increase calorie consumption by exercise of the lower body according to claim 5 ,
A position corresponding to the waist is a fifth abduction position, and the outside of the front leg is extended from the fifth abduction position to the third abduction position via the first abduction position and the second abduction position. Exercise support clothing that increases calories burned by lower body exercises, characterized by a rolling part. According claim 3, or claim 4 or claim 5 cite claim 3, or claim 6 cite the claim 5 or claim 3, quoting Claim 4, or to cite claim 4 In the exercise support wear which increases calorie consumption by exercise of the lower body according to claim 6 , wherein the claim 6 , or the claim 5, which cites the claim 5 ,
A position corresponding to the waist and a position different from the position through which the forward leg abduction section passes is defined as a fourth adduction position, and the first adduction position and the second adduction position are determined from the fourth adduction position. The rear support leg adduction part is provided over the third adduction position via the exercise support wear for increasing calorie consumption by lower body exercise. In exercise assistance to increase calorie consumption by exercise of the lower body according to any one of claims 1 to 7 ,
The exercise support wear which increases calorie consumption by exercise of the lower body, wherein a force in the abduction direction is applied to the leg by the abduction leg adduction part in a state where the leg is extended forward. In the exercise assistance clothes which increase calorie consumption by the exercise of the lower body according to any one of claims 1 to 8 ,
The calorie consumption is increased by lower body exercise characterized by the fact that the force in the abduction direction applied to the leg from the forelimb abduction part is “0” in the state where the leg is extended backward. Exercise support clothes to let you. In exercise assistance to increase calorie consumption by exercise of the lower body according to any one of claims 1 to 9 ,
A forefoot leg revolving part is provided that applies to the same leg a force in the direction of revolving that causes the leg to turn outward in a state in which the leg is extended forward;
In addition, exercise support wear that increases calorie consumption by lower body exercise, wherein a force in the external rotation direction is applied to the leg by a tension generated in the external rotation portion of the forward leg. In the exercise support clothes which increase calorie consumption by the exercise of the lower body according to claim 10 ,
A position corresponding to the inner crotch is defined as a first external rotation position, and a position corresponding to the back of the thigh is defined as a second external rotation position. The front leg external rotation part extends from the first external rotation position to the second external rotation position. Is provided,
In addition, exercise support wear for increasing calorie consumption by exercise of the lower body, characterized in that the front leg outer rotation part and the front leg abduction part are connected to each other. In the exercise support clothes which increase calorie consumption by the exercise of the lower body according to any one of claims 1 to 11 ,
That this athletic wear is formed as a bottom,
A base portion sewn to the front leg abduction part and the rear leg abduction part is provided;
In addition, the front leg abduction part and the rear leg abduction part are made of a fabric having a tightening force stronger than that of the base part. . In the exercise assisting deposition to increase the calorie consumption by lower body movements of claim 12 quoting claim 12 or claim 11, quoting Claim 10,
The exercise support clothes for increasing calorie consumption by exercise of the lower body, wherein the front extension leg external rotation part includes a cloth having a tightening force weaker than that of the front extension leg abduction part.

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