JP2012214936A - Auxiliomotor wear for assisting walk - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an auxiliomotor wear for assisting walk which can assist a motion to raise a thigh in walking.SOLUTION: The auxiliomotor wear 1 is provided with a pants type bottom 10, a right auxiliary part 40 assisting the motion of raising the right thigh when the motion is practiced, and a left auxiliary part 40 assisting the motion of raising the left thigh when the motion is practiced. Each auxiliary part 40 is provided with an inward-directed part 50, an outward-directed part 60, and a back face part 70. Besides, each auxiliary part 40 is configured as one belt-shaped member sequentially passing from an inward-directed starting part 50X, parts 50A-50C, an inward-directed end part 50Y, a back face intermediate part 70A, an outward-directed end part 60Y, parts 60C-60A, and to an outward-directed starting part 60X. Almost all of these are independent from the bottom 10.

Description

  The present invention relates to exercise assisting clothing that assists walking.

  Patent Document 1 describes a bottom that places a load on muscles related to movement of a hip joint by disposing a cloth having a strong tightening force around the hip joint. The user can train the muscle related to the movement of the hip joint by moving the leg against this load.

JP 2002-212814 A

  By the way, the muscles of the legs and legs (for example, the psoas major and quadriceps) gradually decline with age. And when the muscles of the legs and legs are weakened, it becomes difficult to raise the thighs during walking. In this case, walking itself becomes a burden, which may reduce the frequency of walking and further weaken the muscles of the legs.

  On the other hand, the bottom for training muscles related to the movement of the hip joint, such as the bottom of Patent Document 1, is suitable for the use of the user whose muscles of the legs and hips are not weakened, but the bottom of the user whose muscles of the legs and legs are weakened. It does not assist walking. That is, since the operation of raising the thigh is hindered by the load applied from the bottom to the leg, it is considered that walking is made more difficult by wearing the bottom for a user whose leg / muscle strength has declined.

  The present invention has been made to solve the above-described problems, and an object of the present invention is to provide an exercise assisting wear assisting walking that can assist an operation of raising the thigh.

Means for achieving the above object will be described below.
(1) According to the first aspect of the present invention, there is provided an auxiliary assisting device for assisting the movement of the thigh in an exercise assisting device for assisting walking that is configured as a bottom. Attached to the auxiliary part, a back part and a front part are provided on the auxiliary part, the back part connects the part A and the part C to each other, the back part is the A and the part Passing through the part B between the part C, the front part connecting the part D, the part A and the part C to each other, and the part A to the part D are respectively the following (a ) To (d),
(A) The part A corresponds to the lower inner side of the front of the thigh (b) The part B corresponds to the lower part of the back of the thigh (c) The part C corresponds to the lower outer side of the front of the thigh (D) The part D includes at least a part corresponding to the upper part of the front of the thigh and a part of the auxiliary part that is independent of the base part as an independent part. The gist is that an independent part is formed.

  According to the above-described invention, when the operation of raising the thigh is performed, the operation in the direction of raising the thigh is assisted by the assisting portion, so that the load on the psoas muscle and the quadriceps is reduced. For this reason, the operation | movement which raises a thigh can be performed easily.

(2) The gist of the invention described in claim 2 is that the tightening force of the auxiliary portion is larger than the tightening force of the base portion in the auxiliary exercise for assisting walking according to claim 1.
(3) The invention according to claim 3 is the exercise assisting wear for assisting walking according to claim 2, wherein an inward portion and an outward portion are provided in the front portion, and the inward portion is in a height direction. In the width direction, the outer portion is inclined from the outside to the inside in the width direction, and the outward portion is inclined in the width direction from the inside to the outside in the height direction. The portion corresponding to the portion D in the inward portion is referred to as “part D1”, and the portion corresponding to the portion D in the outward portion is referred to as “part D2”. That the inward portion connects the portion D1 and the portion A to each other, and the outward portion is the portion D2 and the portion C. That are connected to each other, as well as the intersection of said inward portion and the outward portion cross each other is summarized in that provided.

  According to the above invention, when the operation of raising the thigh is performed, the operation in the direction of raising the thigh is assisted by the tension of the inward portion and the tension of the outward portion of the auxiliary portion. Is reduced. For this reason, the operation | movement which raises a thigh can be performed easily. Note that the configuration of the intersecting portion includes a configuration in which a plurality of fabrics are overlapped with each other and a configuration in which one fabric is commonly used for the inward portion and the outward portion.

  (4) According to the invention of claim 4, in the exercise assistance to assist walking according to claim 3, the part of the auxiliary part that is independent of the base part is referred to as an "independent part". The gist is that this independent part is formed at the intersection.

  In exercise assistive clothing in which a crossing portion is provided at the portion corresponding to the base of the thigh front, when the legs are moved forward and upward, the crossing portion is pressed against the base of the front of the thigh, which inhibits the flexion movement of the hip joint Is done. According to the above-described invention, when the legs are moved forward and upward, the intersecting portion is separated from the base of the front of the thigh, so that the bending movement of the hip joint is inhibited by the intersecting portion.

  (5) The invention described in claim 5 is the exercise support for assisting walking according to claim 3 or 4, wherein a part of the auxiliary part that is independent from the base part is referred to as an "independent part". The gist is that the independent part is formed in at least a part of the inward part.

  According to the above invention, since the tension generated in the inward portion is suppressed from being distributed to the base portion, the force assisting the operation in the direction of raising the thigh compared to the configuration in which the independent portion is not formed in the inward portion. Becomes larger.

  (6) The invention according to claim 6 is the exercise support for assisting walking according to any one of claims 3 to 5, wherein the auxiliary part is independent from the base part. The gist is that the independent part is formed in at least a part of the outward part as an “independent part”.

  According to the above invention, since the tension generated in the outward portion is suppressed from being distributed to the base portion, the force assisting the operation in the direction of raising the thigh compared to the configuration in which the independent portion is not formed in the outward portion. Becomes larger.

  (7) The invention described in claim 7 is the exercise assisting wear for assisting walking according to any one of claims 3 to 6, wherein the intersecting portion is in a portion corresponding to the base of the thigh front or the vicinity of the base. The gist is that it is provided.

  According to the above-described invention, the force for pulling the back portion upward and forward is increased as compared with the configuration in which the intersecting portion is provided at the portion far from the base, and thus the force for assisting the operation in the direction of raising the thigh is increased.

  (8) The invention described in claim 7 is the exercise assisting aid for assisting walking according to any one of claims 3 to 7, wherein the portion corresponding to the middle in the width direction of the right half or the left half The gist is that an intersection is provided.

  According to the above invention, there is a large difference between the tension of the inward portion acting on the thigh upward and outward and the tension of the outward portion acting on the thigh upward and inward. Therefore, the thigh is less likely to swing inward or outward during walking.

  (9) The invention according to claim 9 is the exercise support wear assisting walking according to any one of claims 3 to 8, wherein the inward portion and the outward portion are connected to each other at the intersection. It is the gist.

  According to the above invention, since the inward portion and the outward portion are connected to each other at the intersecting portion, the relative position between the inward portion and the outward portion is suppressed from being greatly shifted. The effect of assisting the operation can be obtained stably.

  (10) The invention according to claim 10 is the exercise support wear assisting walking according to any one of claims 3 to 9, wherein the part D1 to the part A along the surface of the lower body in the base part. The length from the portion D1 of the inward portion to the portion A is referred to as the “inward length”, and from the portion D2 along the surface of the lower body in the base portion. The length from the portion D2 to the portion C of the outward portion is defined as the “second reference length” as the length to the portion C, and the following (a) and (b): At least one of the conditions, ie, (a) “the inward length is smaller than the first reference length” and (b) “the outward length is smaller than the second reference length” is satisfied. It is the gist.

  According to the above invention, when the inward length is smaller than the first reference length, the inward portion extends from the base portion as the wearer wears the exercise assisting wear. In addition, when the outward length is smaller than the second reference length, the outward portion extends more than the base portion as the wearer wears the exercise assisting wear. For this reason, the tension | tensile_strength which arises in an auxiliary | assistant part becomes larger.

  (11) The invention described in claim 11 is the exercise support wear assisting walking according to claim 1 or 2, wherein the front portion is provided with a common portion, a first branch portion, and a second branch portion. The portion corresponding to the lower part of the base of the front of the thigh is “part E”, the common part connects the part D and the part E to each other, and the first branch part is the part E. And the part A are connected to each other, the second branch part is connecting the part E and the part C to each other, and in the height direction, the part E is the part A, the part A The gist is that it is located above the part B and the part C.

  According to the above invention, when the operation of raising the thigh is performed, the operation in the direction of raising the thigh is assisted by the tension of the common part of the auxiliary part, the tension of the first branch part, and the tension of the second branch part. The psoas major and quadriceps are reduced. For this reason, the operation | movement which raises a thigh can be performed easily. In the configuration of the branch portion, a configuration in which a plurality of fabrics are superposed on each other, and a single fabric is commonly used in at least two locations of the common portion, the first branch portion, and the second branch portion. Configuration is included.

  (12) The invention described in claim 12 is the exercise assisting suit for assisting walking according to claim 11, wherein the length from the portion E to the portion A along the surface of the lower body in the base portion is defined as “first number”. 1 reference length ”, the length from the portion E to the portion A of the first branch portion is referred to as“ first branch length ”, and the portion E to the portion C along the surface of the lower body in the base portion. The length from the portion E to the portion C of the second branch portion is referred to as a “second branch length”, and is along the surface of the lower body in the base portion. The length from the portion D to the portion E is set as “third reference length”, and the length from the portion D to the portion E in the common portion is set as “common length”. (B) at least one condition: (a) “the first branch length is And (b) “the second branch length is smaller than the second reference length” and (c) “the common length is smaller than the third reference length”. The essential point is that at least one of the following conditions is satisfied.

  According to the above invention, when the first branch length is smaller than the first reference length, the first branch portion extends from the base portion as the wearer wears the exercise assisting wear. In addition, when the second branch length is smaller than the second reference length, the second branch portion extends from the base portion as the wearer wears the exercise assisting wear. Moreover, when a common length is smaller than 3rd reference | standard length, a common part expand | extends rather than a base part in connection with a wearer wearing a exercise assistance wear. For this reason, the tension | tensile_strength which arises in an auxiliary | assistant part becomes larger.

  (13) The invention described in claim 13 is directed to the abduction direction applied to the thigh and the inversion direction in the exercise assisting assisting the walking according to any one of claims 1 to 12. The gist of the present invention is that the auxiliary portion is configured so that the difference from the force is within a predetermined range.

  According to the invention described above, an excessive increase in the difference between the abduction direction force applied to the thigh and the adduction direction force applied to the thigh when the wearer wears exercise assistive clothing is suppressed. Therefore, the thigh is less likely to swing inward or outward during walking.

  (14) The invention described in claim 14 is the exercise assistance for assisting walking according to any one of claims 1 to 13, wherein the back surface portion is connected to the base portion. Yes.

  According to the above invention, unlike the configuration in which the back surface portion is independent from the base portion, the force that assists the operation in the direction of raising the thigh due to the back surface portion being displaced from the base portion is suppressed. Is done.

  (15) According to the invention described in claim 15, in the exercise assistance for assisting walking according to any one of claims 1 to 14, the part B corresponds to a part near the upper part of the knee. Is the gist.

  According to the above-described invention, when the operation of raising the thigh is performed, the vicinity of the upper part of the knee is pulled up by the part B, so that the part B corresponds to the part above the upper part of the knee. Thus, the effect of assisting the movement in the direction of raising the thigh is enhanced.

  ADVANTAGE OF THE INVENTION According to this invention, the exercise | movement assistance wear which assists the walk which can assist the operation | movement which raises a thigh can be provided.

The front view which shows the front structure about the exercise | movement assistance wear which assists the walk of 1st Embodiment of this invention. The rear view which shows the back structure about the exercise | movement assistance wearing of the embodiment. The disassembled perspective view which shows the disassembled perspective structure about the exercise | movement auxiliary | assistant wear of the embodiment. The front view which shows the front structure of the state by which the cloth | dough of the front side of the abdominal part was abbreviate | omitted 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 assistance clothing which assists the walk of 2nd Embodiment of this invention.

(First embodiment)
In the present embodiment, an example is shown in which “exercise assisting clothing for assisting walking” of the present invention is embodied as exercise assistive clothing closely contacting a human body. In addition, in FIG.1, FIG.2, and FIG.4, the other fabric provided in the back side of the fabric is shown with the broken line. Moreover, in FIG.1, FIG.2, FIG.4 and FIG. 5, the exercise | movement assistance wear 1 of the state worn by the user is shown.

Here, terms are defined for the body part as follows.
“Front” indicates a direction from the back of the body toward the front.
“Back” indicates the direction from the front of the body to the back.
“Up” indicates the direction from the foot to the head.
・ "Down" indicates the direction from head to foot.
“Left” indicates a direction from the right half to the left half as seen from the user.
“Right” indicates the direction from the left half to the right half as seen from the user.
“Depth direction” indicates a direction along the front and rear.
-“Height direction” indicates a direction along the upper side and the lower side.
“Width direction” indicates a direction along the right side and the left side.
“Inside” indicates the center side of the body in the width direction.
“Outside” indicates the side opposite to the center side of the body in the width direction.
“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.
“Thigh” indicates a portion of the lower limb above the knee joint.
“Lower leg” indicates a lower part of the lower limb than the knee joint.
“Inner thigh” indicates a portion of the inner side of the thigh.
“External crotch” indicates a portion of the outer side of the thigh.

  With reference to FIGS. 1-3, the structure of the exercise | movement assistance wear 1 is demonstrated. It should be noted that in the part up to the description of the type of fabric based on FIG. 3 described later, the text that does not specify the drawing to be referred to describes the configuration shown in FIG.

  The exercise support wear 1 includes a trouser-shaped bottom 10, a right auxiliary part 40 that assists the same operation when the right thigh is lifted, and the same operation when the left thigh is lifted. The left auxiliary part 40 is provided. Each auxiliary portion 40 includes a portion corresponding to the front side of the bottom 10 shown in FIG. 1 and a portion corresponding to the back side of the bottom 10 shown in FIG. 2.

  The bottom 10 covers the right thigh and the left thigh and forms a base part 20 constituting the main part of the bottom 10, an abdomen 30 that is sewn on the front side of the base part 20 and covers the lower abdomen, and the base part 20 A waist portion 11 that is sewn to the upper edge and covers the waist, and a crotch cloth 12 that is sewn to a portion corresponding to the crotch in the base portion 20 and covers the crotch are provided.

  The base portion 20 is provided with a front portion 21 that covers the front of the waist and thigh shown in FIG. 1 and a back portion 22 that covers the back of the buttocks and thigh shown in FIG. The front part 21 and the back part 22 are configured by sewing two pieces of fabric having a symmetrical shape with respect to the center of the body, respectively.

  As shown in FIG. 3, the belly abutment portion 30 is provided with two pieces of cloth having the same shape that are overlapped with each other. Further, a part of the outward portion 60 that constitutes the auxiliary portion 40 is provided between the fabric on the front side and the fabric on the back side of the abdomen 30.

  Each auxiliary portion 40 is provided with an inward portion 50 that inclines from the outside toward the inside as it goes from the top to the bottom in the portion corresponding to the front of the thigh shown in FIG. Further, in a portion corresponding to the front surface of the thigh shown in FIG. 1, an outward portion 60 that is inclined from the inside to the outside as it goes from above to below is provided. Further, in the portion corresponding to the back surface of the thigh shown in FIG. 2, a back surface portion 70 is provided that covers a portion near the upper back of the knee from the outer crotch to the inner crotch.

  The inward portion 50 and the outward portion 60 overlap each other at a portion corresponding to the front surface of the thigh. A portion where the inward portion 50 and the outward portion 60 are overlapped (hereinafter referred to as “intersection portion 41”) is provided in the middle of the width direction of the right half body or the left half body and corresponding to the base portion at the front of the thigh.

  The auxiliary portion 40 is configured as a single belt-shaped portion in which the inward portion 50, the back surface portion 70, and the outward portion 60 are connected in order. Further, the right auxiliary portion 40 and the left auxiliary portion 40 are configured independently of each other.

With reference to FIG. 3, the kind of the cloth of each part which comprises the exercise | movement assistance clothing 1 is demonstrated.
The exercise assisting wear 1 is composed of three types of fabrics having different tightening strengths. That is, it is composed of a strong tightening force fabric having a large tightening force, a weak tightening force fabric having a small tightening force, and a power fabric having a large tightening force and a small stretchability.

  Each portion of the base portion 20, that is, the front portion 21 and the back portion 22, and the fabric on the front side of the abdomen portion 30 are composed of a weak tightening force fabric. As the weak tightening force fabric, one having a stretchability comparable to that of fabric used for general underwear is used.

  Each portion of the auxiliary portion 40, that is, the inward portion 50, the outward portion 60, and the back surface portion 70 is configured by a strong tightening force fabric. As the strong tightening force fabric, a strip-shaped fabric having a stretchability in a short direction smaller than a stretchability in a longitudinal direction in a deployed state is used.

  The fabric on the back side of the abdomen 30 is composed of a power fabric. As the power fabric, a fabric having a tightening force comparable to that of a strong tightening force fabric and having less stretchability than the strong tightening force fabric is used.

  Each part other than the base part 20, the abdomen 30, and the auxiliary part 40 of the exercise assisting clothing 1 is configured as follows. That is, the waist part 11 is made of flat rubber. The crotch cloth 12 is made of a weak tightening force fabric.

With reference to FIGS. 1-3, the kind of edge of each part of the exercise assistance clothing 1 is demonstrated.
The edge of the base portion 20 in FIG. 3 is defined as follows.
(A) An upper edge of the base portion 20 is referred to as an “upper edge 23”.
(B) An inner lower boundary between the front portion 21 and the rear portion 22 is referred to as an “inner edge 24”.
(C) An outer boundary between the front portion 21 and the rear portion 22 is referred to as an “outer edge 25”.
(D) An inner upper edge connecting the upper edge 23 and the inner edge 24 is referred to as an “intermediate edge 26”.

  The inner edge 24 includes an inner edge of the front surface portion 21 and an inner edge of the back surface portion 22. Further, the outer edge 25 includes an inner edge of the front portion 21 and an outer edge of the back surface portion 22.

The edge of the abdomen 30 of FIG. 1 is defined as follows.
(A) The upper edge of the abdomen 30 is referred to as an “upper edge 31”.
(B) The lower edge of the abdomen 30 is referred to as a “lower edge 32”.
(C) Each edge connecting the upper edge 31 and the lower edge 32 is referred to as an “outer vertical edge 33”.
(D) A portion corresponding to the outward portion 60 in each outer vertical edge 33 is referred to as an “intermediate edge 34”.

The edge of the inward portion 50 in FIG. 1 is defined as follows.
(A) The upper edge of the inward portion 50 is referred to as an “upper edge 51”.
(B) The lower edge of the inward portion 50 is referred to as a “lower edge 52”.
(C) An inner edge connecting the upper edge 51 and the lower edge 52 is referred to as an “inner vertical edge 53”.
(D) An outer edge connecting the upper edge 51 and the lower edge 52 is referred to as an “outer vertical edge 54”.
(E) A portion corresponding to the outward portion 60 in each of the vertical edges 53 and 54 is referred to as a “crossing edge 55”.

The edge of the outward portion 60 in FIG. 1 is defined as follows.
(A) The upper edge of the outward portion 60 is referred to as an “upper edge 61”.
(B) The lower edge of the outward portion 60 is referred to as a “lower edge 62”.
(C) An inner edge connecting the upper edge 61 and the lower edge 62 is referred to as an “inner vertical edge 63”.
(D) An outer edge connecting the upper edge 61 and the lower edge 62 is referred to as an “outer vertical edge 64”.
(E) A portion corresponding to the inward portion 50 of each of the vertical edges 63 and 64 is referred to as a “crossing edge 65”.

The edge of the back surface portion 70 in FIG. 2 is defined as follows.
(A) An upper edge of the back surface portion 70 is referred to as an “upper edge 71”.
(B) The lower edge of the back surface portion 70 is defined as a “lower edge 72”.
(C) An inner edge connecting the upper edge 71 and the lower edge 72 is referred to as an “inner vertical edge 73”.
(D) An outer edge connecting the upper edge 71 and the lower edge 72 is referred to as an “outer vertical edge 74”.

With reference to FIGS. 1-3, the sewing of each part of the exercise | movement auxiliary | assistant clothes 1 is demonstrated.
Each edge of the abdomen 30 of FIG. 1 is sewn to each part as follows.
(A) The upper edge 31 is sewn to the waist part 11.
(B) The lower edge 32 is sewn to the crotch cloth 12.
(C) The outer vertical edge 33 is sewn to the intermediate edge 26 of the base portion 20.

  In the exercise assisting clothing 1, the entire outer vertical edge 33 is sewn to the front portion 21. Moreover, the outward part 60 of the auxiliary | assistant part 40 is provided between the cloth | dough of the front side and back | bag side of the stomach part 30 (FIG. 3). Therefore, the entire portion of the outward portion 60 that overlaps with the outer vertical edge 33 (hereinafter referred to as “sewing portion 66”) is sewn to the front portion 21 of the base portion 20 together with the outer vertical edge 33.

Each edge of the inward portion 50 in FIG. 1 is sewn to each portion as follows.
(A) The upper edge 51 is sewn to the outer edge 25 of the base portion 20.
(B) The lower edge 52 is sewn to the inner edge 24 of the base portion 20.
(C) The lower edge 52 is sewn to the inner vertical edge 73 of the back surface portion 70.
(D) The intersecting edge 55 of the inner vertical edge 53 is sewn to the outward portion 60.
(E) The intersecting edge 55 of the outer vertical edge 54 is sewn to the outward portion 60.
(F) The inner vertical edge 53 is independent of the base portion 20.
(G) The outer vertical edge 54 is independent of the base portion 20.

  In the inward portion 50, a portion surrounded by the upper edge 51, the lower edge 52, the inner vertical edge 53, and the outer vertical edge 54 is not sewn to the base portion 20. That is, the same part is independent of the base part 20.

Each edge of the outward portion 60 in FIG. 1 is sewn to each portion as follows.
(A) The upper edge 61 is sewn to the upper edge 31 of the abdomen 30.
(B) The upper edge 61 is sewn to the waist part 11.
(C) The lower edge 62 is sewn to the outer edge 25 of the base portion 20.
(D) The lower edge 62 is sewn to the outer vertical edge 74 of the back surface portion 70.
(E) The crossing edge 65 of the inner vertical edge 63 is sewn to the inward portion 50.
(F) The crossing edge 65 of the outer vertical edge 64 is sewn to the inward portion 50.
(G) The inner vertical edge 63 excluding the sewn portion 66 is independent of the base portion 20.
(H) The outer vertical edge 64 excluding the sewn portion 66 is independent of the base portion 20.

  In the outward portion 60, a portion excluding the sewing portion 66 among the portions surrounded by the upper edge 61, the lower edge 62, the inner vertical edge 63, and the outer vertical edge 64 is not sewn to the base portion 20. That is, the same part is independent of the base part 20.

Each edge of the back surface portion 70 in FIG. 2 is sewn to each portion as follows.
(A) The upper edge 71 is sewn to the base portion 20.
(B) The lower edge 72 is sewn to the base portion 20.
(C) The inner vertical edge 73 is sewn to the inner edge 24 of the base portion 20.
(D) The outer vertical edge 74 is sewn to the outer edge 25 of the base portion 20.

  With reference to FIG. 4, the correspondence between the auxiliary unit 40 and the body part will be described. In addition, in the same figure, the exercise | movement auxiliary | assistant wear 1 of the state which abbreviate | omitted the cloth | dough of the front side of the abdomen part 30 is shown. A one-dot chain line indicates a portion corresponding to the base of the thigh.

  The auxiliary portion 40 includes an inward start point portion 50X, an inward end point portion 50Y, an inward first portion 50A, an inward second portion 50B, an inward third portion 50C, an outward start point portion 60X, an outward end point portion 60Y, an outward first portion 60A, and an outward direction. The second portion 60B, the outward third portion 60C, and the back intermediate portion 70A are provided.

The contents of each part are shown below.
The inward starting point portion 50X indicates a portion corresponding to the side surface of the lower abdomen.
The inward end point portion 50Y indicates a portion corresponding to the inner side surface of the lower thigh.
The inward first portion 50A indicates a portion corresponding to a portion above the base of the front of the thigh.
The inward second portion 50B indicates a portion corresponding to the base of the front face of the thigh.
The inward third portion 50C indicates a portion inside the front of the thigh and a portion corresponding to the lower thigh.
The outward starting point portion 60X indicates a portion corresponding to the upper part of the lower abdomen.
The outward end point 60Y indicates a portion corresponding to the outer surface of the lower thigh.
The outward first portion 60A indicates a portion corresponding to a portion above the base at the front of the thigh.
The outward second portion 60B indicates a portion corresponding to the base of the front face of the thigh.
The outward third portion 60C indicates a portion outside the front of the thigh and a portion corresponding to the lower thigh.
The back middle portion 70A indicates a portion corresponding to the back of the thigh and the lower thigh.

  Regarding the mutual relationship between the inward first portion 60A and the outward first portion 60A, the outward first portion 60A is located inside the inward first portion 50A. Regarding the mutual relationship between the inward second portion 50B and the outward second portion 60B, the outward second portion 60B is located on the inner side of the inward second portion 50B.

  The inward third portion 50 </ b> C corresponds to a boundary portion between the lower edge 52 of the inward portion 50 and the inner vertical edge 73 of the back surface portion 70. The outward third portion 60 </ b> C corresponds to a boundary portion between the lower edge 62 of the outward portion 60 and the outer vertical edge 74 of the back surface portion 70.

The auxiliary unit 40 corresponds to each of the above parts as follows.
The inward portion 50 extends from the inward start point portion 50X to the inward end point portion 50Y and passes through the inward first portion 50A, the inward second portion 50B, and the inward third portion 50C in order.

  The outward portion 60 extends from the outward start point portion 60X to the outward end point portion 60Y and passes through the outward first portion 60A, the outward second portion 60B, and the outward third portion 60C in this order.

  The back surface portion 70 is provided from the inward end point portion 50Y to the outward end point portion 60Y and through the back surface intermediate portion 70A. The center in the height direction of the back intermediate portion 70A is located below the center in the height direction of the inward end point portion 50Y and the center in the height direction of the outward end point portion 60Y.

  As described above, the auxiliary portion 40 extends from the inward start point portion 50X to the outward start point portion 60X, and between these portions, the inward first portion 50A, the inward second portion 50B, the inward third portion 50C, and the back intermediate portion 70A. , The third outward portion 60 </ b> C, the second outward portion 60 </ b> B, and the first outward portion 60 </ b> A are sequentially configured as one belt-shaped member.

  The inward first portion 50A corresponds to “part D” and “part D1”. The outward first portion 60 </ b> A corresponds to “part D” and “part D <b> 2”. The inward end point portion 50Y corresponds to “portion A”. Further, the outward end point portion 60Y corresponds to “portion C”. Further, the back intermediate portion 70 </ b> A corresponds to “part B”. Further, the inward portion 50 and the outward portion 60 correspond to “front portions”. The back surface portion 70 corresponds to a “back surface portion”.

The length of each part of the exercise support wear 1 will be described.
Here, the length of each part of the exercise support wear 1 is defined as follows.
(A) The length from the inward start point portion 50X to the inward end point portion 50Y of the inward portion 50 is defined as “inward overall length LM1”.
(B) The length from the inward start point portion 50X of the inward portion 50 to the upper crossing edge 65 of the outward portion 60 is defined as “inner improvement portion length LM2”.
(C) The length from the outward start point portion 60X to the outward end point portion 60Y of the outward portion 60 is defined as “outward overall length LN1”.
(D) The length from the outward starting point portion 60X of the outward portion 60 to the upper crossing edge 55 of the inward portion 50 is referred to as an “outer improving portion length LN2”.
(E) The length of the bottom 10 corresponding to the inward start point portion 50X to the inward end point portion 50Y is defined as “first reference length LMX”.
(F) The length of the bottom 10 corresponding to the outward start point portion 60X to the outward end point portion 60Y is defined as a “second reference length LNX”.

  In the inward portion 50, the inward total length LM1 is the first reference in a state where the wearer is not wearing the exercise assisting suit 1, that is, in a state where the inward portion 50 and the bottom 10 do not extend to the wearer's body. It is comprised so that it may become shorter than length LMX. On the other hand, in a state where the wearer wears the exercise assisting suit 1, the inward portion 50 and the bottom 10 extend, and therefore the inward overall length LM1 and the first reference length LMX are equal to each other.

  In the state where the wearer is not wearing the exercise assisting wear 1, that is, in the state where the outward portion 60 and the bottom 10 do not extend to the wearer's body, the outward total length LN1 is the second reference. It is configured to be shorter than the length LNX. On the other hand, in a state where the wearer is wearing the exercise assisting suit 1, the outward portion 60 and the bottom 10 are extended, so that the outward overall length LN1 and the second reference length LNX are equal to each other.

  In the exercise assisting suit 1, the assisting portion 40 is configured such that the tension generated in the inward portion 50 and the outward portion 60 becomes substantially the same when the wearer wears the exercise assisting suit 1.

That is, the following (Configuration A) to (Configuration D) are employed in the auxiliary unit 40.
(Configuration A) The inner improvement portion length LM2 and the outer improvement portion length LN2 are set to be approximately the same size.
(Configuration B) The intersecting portion 41 is provided in the middle of the width direction of the right half body or the left half body and corresponding to the base portion at the front of the thigh.
(Configuration C) The inward start point portion 50X of the inward portion 50 and the outward start point portion 60X of the outward portion 60 are provided at substantially the same position in the height direction.
(Configuration D) The inward end point portion 50Y of the inward portion 50 and the outward end point portion 60Y of the outward portion 60 are provided at substantially the same position in the height direction.

  With reference to FIG. 5, the walking assistance function of the auxiliary unit 40 will be described. In the same figure, the force given to the right leg from the auxiliary | assistant part 40 with the operation | movement of a right leg is shown. In addition, about the left leg, since force is provided from the auxiliary | assistant part 40 in the aspect according to the operation | movement of a right leg, illustration of the operation | movement of a left leg is abbreviate | omitted.

  As shown in FIG. 5A, when the wearer is in a standing position with the toes aligned, the inward portion 50 has a tension acting in the direction of the arrow AN, that is, from the lower inner side of the thigh to the upper outer side of the thigh. The tension toward is generated. Further, a tension acting in the direction of the arrow AE, that is, a tension from the lower outer side of the thigh to the upper inner side of the thigh is generated in the outward portion 60.

  As shown in FIG. 5 (b), when the wearer moves his thigh in the direction of the arrow PW from the standing posture of FIG. 5 (a) and takes a step, that is, the entire right sole is installed on the ground. When the right sole is released from the ground, the thigh is moved upward and forward by the action of the psoas major and quadriceps.

  At this time, since the tension of the inward portion 50 and the tension of the outward portion 60 are applied to the back surface portion 70, the upward movement of the thigh is assisted by the tension of the back surface portion 70. That is, the auxiliary unit 40 assists in the movement of the psoas major and quadriceps muscles that raise the thigh upward and forward.

The auxiliary unit 40 contributes to the thigh training in addition to the assistance of the operation of the thigh.
When the wearer moves the right foot from the front of the trunk to the back of the trunk in the stance phase of the right leg of the walking cycle, that is, when kicking the ground with the sole of the right foot, the thigh is moved backward by the action of the hamstrings. It is moved toward.

  At this time, since the tension of the inward portion 50 and the tension of the outward portion 60 are applied to the back surface portion 70, the rearward movement of the thigh is hindered by the tension of the back surface portion 70. That is, the tension of the auxiliary portion 40 acts as a load for the thigh movement. For this reason, hamstrings are trained with the movement of the thighs toward the rear.

(Effect of embodiment)
According to the exercise assistance wear 1 of the present embodiment, the following effects are obtained.
(1) The auxiliary exercise wear 1 is provided with an auxiliary portion 40 for assisting the operation of the thigh. The auxiliary portion 40 is provided with an inward portion 50, an outward portion 60, and a back portion 70.

  According to this configuration, when the operation of raising the thigh is performed, the same operation is assisted by the auxiliary unit 40, so that the load on the psoas muscle and the quadriceps is reduced. For this reason, the operation | movement which raises a thigh can be performed easily.

  (2) In the exercise assisting wear 1, a crossing portion 41 where the inward portion 50 and the outward portion 60 intersect is provided at a portion corresponding to the base of the thigh. According to this configuration, as compared with the configuration in which the intersecting portion 41 is provided at a portion far from the base, the force for pulling the back portion 70 upward and forward increases, so the force for assisting the operation in the direction of raising the thigh is large. Become.

  (3) In the exercise assistance wear 1, the auxiliary part 40 is configured including the back surface portion 70 corresponding to the back surface of the thigh. According to this configuration, since the load is applied to the thigh by the auxiliary portion 40 when the thigh is swung back, the hamstrings are trained.

  (4) In the exercise assistance wear 1, an independent part is formed at the intersection part 41. That is, in the intersection portion 41, the intersection edge 55, the intersection edge 65, and the portion surrounded by these intersection edges 55 and 65 are independent of the base portion 20.

  According to this configuration, when the legs are moved forward and upward, the intersecting portion 41 is separated from the base of the front of the thigh, so that the bending motion of the hip joint is inhibited by the intersecting portion 41.

  (5) In the exercise assistance wear 1, an independent part is formed in the inward part 50. That is, in the inward portion 50, the portion surrounded by the upper edge 51, the lower edge 52, the inner vertical edge 53, and the outer vertical edge 54, the inner vertical edge 53 and the outer vertical edge 54 are independent from the base portion 20.

  According to this configuration, since the tension generated in the inward portion 50 is suppressed from being distributed to the base portion 20, the operation in the direction of raising the thigh is performed as compared with the configuration in which the independent portion is not formed in the inward portion 50. The power to assist increases.

  (6) In the exercise assisting wear 1, an independent part is formed in the outward part 60. That is, in the outward portion 60, a portion excluding the sewing portion 66 among the portions surrounded by the upper edge 61, the lower edge 62, the inner vertical edge 63, and the outer vertical edge 64, and the inner vertical edge 63 excluding the sewing portion 66. , And the outer vertical edge 64 excluding the sewn portion 66 is independent of the base portion 20.

  According to this configuration, since the tension generated in the outward portion 60 is suppressed from being distributed to the base portion 20, the operation in the direction of raising the thigh is performed as compared with the configuration in which the independent portion is not formed in the outward portion 60. The power to assist increases.

  (7) In the exercise assisting wear 1, the entire edge of the back surface portion 70 is connected to the base portion 20. That is, the upper edge 71, the lower edge 72, the inner vertical edge 73, and the outer vertical edge 74 are sewn to the base portion 20.

  According to this configuration, unlike the configuration in which the back surface portion 70 is independent from the base portion 20, the force that assists the operation in the direction of raising the thigh due to the back surface portion 70 being displaced from the base portion 20 is small. It is suppressed. In addition, when the wearer wears the exercise assisting suit 1, the back portion 70 is prevented from being caught on the foot.

  (8) In the exercise support wear 1, the inward overall length LM1 of the inward portion 50 is smaller than the first reference length LMX of the base portion 20, and the outward overall length LN1 of the outward portion 60 is the first length of the base portion 20. 2 is smaller than the reference length LNX.

  According to this configuration, when the wearer wears the exercise assisting clothing 1, the inward portion 50 and the outward portion 60 are extended more than the base portion 20, and hence the tension generated in the inward portion 50 and the outward portion 60 becomes larger.

(9) In the exercise assisting wear 1, the back surface intermediate portion 70A of the back surface portion 70 is provided corresponding to the vicinity of the upper part of the knee.
According to this configuration, when the operation of raising the thigh is performed, the vicinity of the upper part of the knee is pulled up by the rear intermediate part 70A, so that the rear intermediate part 70A corresponds to a part further above the vicinity of the upper part of the knee. Compared with the configuration, the effect of assisting the movement in the direction of raising the thigh is enhanced.

(10) In the exercise assisting clothing 1, an intersection portion 41 is provided corresponding to the middle portion in the width direction of the right half body and the left half body and the base portion in front of the thigh.
According to this configuration, there is a large difference between the tension of the inward portion 50 that acts on the thigh upward and outward and the tension of the outward portion 60 that acts on the thigh upward and inward. It is suppressed. For this reason, it becomes difficult for the thigh to swing inward or outward during walking.

  (11) In the exercise assisting clothing 1, the inward portion 50 and the outward portion 60 are sewn together at the intersection portion 41. According to this configuration, since the relative position between the inward portion 50 and the outward portion 60 is suppressed from being greatly shifted, the effect of assisting the operation in the direction of raising the thigh can be stably obtained.

(12) In the exercise assisting wear 1, the assisting portion 40 is configured so that the tensions generated in the inward portion 50 and the outward portion 60 when worn by the wearer have substantially the same magnitude.
According to this configuration, the difference between the force applied from the inward portion 50 to the thigh and the force applied from the outward portion 60 to the thigh when the wearer wears the exercise assisting wear 1 is suppressed. Is done. For this reason, it becomes difficult for the thigh to swing inward or outward during walking.

  (13) In the exercise assistance wear 1, a part of the outward portion 60 is provided between the front fabric and the back fabric of the abdomen 30. Further, a sewn portion 66 of the outward portion 60 is sewn to the intermediate edge 26 of the base portion 20 and the intermediate edge 34 of the abdomen abutment portion 30. According to this structure, when the outward part 60 leaves | separates from the base part 20, when a hip joint is bent, it is suppressed that a big deflection | deviation arises in the outward part 60. FIG.

(Second Embodiment)
The exercise assistance wear 1 of this embodiment is configured as a modification of a part of the exercise assistance wear 1 of the first embodiment. For this reason, below, the detail of a different point from the exercise | movement assistance wear 1 of 1st Embodiment is demonstrated, the code | symbol same about the structure which is common in the same embodiment is attached | subjected, and the one part or all part of the description is abbreviate | omitted.

  In the first embodiment, the auxiliary portion 40 includes an inward portion 50, an outward portion 60, and a back portion 70. On the other hand, in the exercise assisting wear 1 of this embodiment, instead of the inward portion 50 and the outward portion 60, an auxiliary portion 80 including a front portion 90 and a back portion 70 shown in FIG. 6 is provided.

  As shown in FIG. 6, the auxiliary portion 80 is provided with a front portion 90 that extends linearly from the upper portion to the middle portion at a portion corresponding to the front of the thigh and branches off at the middle portion. Further, in the portion corresponding to the back surface of the thigh shown in FIG. 2, a back surface portion 70 is provided that covers a portion near the upper back of the knee from the outer crotch to the inner crotch.

  The auxiliary portion 80 is configured as one belt-shaped portion in which the front portion 90 and the rear portion 70 are joined together. Further, the right auxiliary portion 80 and the left auxiliary portion 80 are configured independently of each other.

  The front portion 90 is provided with a common portion 93, a first branch portion 91, and a second branch portion 92. The common portion 93 and the second branch portion 92 are made of one piece of cloth. The first branch portion 91 is constituted by a single piece of cloth different from the common portion 93 and the second branch portion 92. The upper end portion of the first branch portion 91 is superimposed on the front side of the lower end portion of the common portion 93. A portion where the common portion 93 and the second branch portion 92 and the first branch portion 91 are overlapped (hereinafter referred to as “intersection portion 81”) is provided corresponding to the middle portion of the thigh width direction and the middle portion of the thigh front surface. It has been.

The edges of the common portion 93 and the second branch portion 92 are defined as follows.
(A) An upper edge of the common portion 93 is referred to as an “upper edge 93A”.
(B) The lower edge of the second branch portion 92 is referred to as a “lower edge 92A”.
(C) An inner edge connecting the upper edge 93A and the lower edge 92A is referred to as an “inner vertical edge 93B”.
(D) An outer edge connecting the upper edge 93A and the lower edge 92A is referred to as an “outer vertical edge 93C”.
(E) A portion of the inner vertical edge 93B corresponding to the intersecting portion 81 is defined as an “intersecting edge 93D”.
(F) A portion of the outer vertical edge 93C corresponding to the intersecting portion 81 is defined as an “intersecting edge 93D”.

The edge of the first branch portion 91 is defined as follows.
(A) An upper edge of the first branch portion 91 is referred to as an “outer vertical edge 91A”.
(B) The lower edge of the first branch portion 91 is referred to as an “inner vertical edge 91B”.
(C) An inner edge connecting the outer vertical edge 91A and the inner vertical edge 91B is referred to as an “upper edge 91C”.
(D) An outer edge connecting the outer vertical edge 91A and the inner vertical edge 91B is referred to as a “lower edge 91D”.
(E) A portion of the upper edge 91C corresponding to the intersecting portion 81 is defined as an “intersecting edge 91E”.
(F) A portion corresponding to the intersecting portion 81 in the lower edge 91D is defined as an “intersecting edge 91E”.

  In the common portion 93 and the second branch portion 92, the portion surrounded by the upper edge 93 </ b> A, the lower edge 92 </ b> A, the inner vertical edge 93 </ b> B, and the outer vertical edge 93 </ b> C is not sewn to the base portion 20. That is, the same part is independent of the base part 20. Further, the inner vertical edge 93 </ b> B and the outer vertical edge 93 </ b> C are independent from the base portion 20.

  The upper edge 93 </ b> A is sewn to the base portion 20 and the waist portion 11. The lower edge 92A is sewn to the base portion 20 and the back surface portion 70. Each cross edge 91 </ b> E is sewn to the first branch portion 91.

  In the first branch portion 91, a portion surrounded by the outer vertical edge 91A, the inner vertical edge 91B, the upper edge 91C, and the lower edge 91D is not sewn to the base portion 20. That is, the same part is independent of the base part 20. Further, the outer vertical edge 91A, the upper edge 91C, and the lower edge 91D are independent of the base portion 20.

  The outer vertical edge 91 </ b> A is sewn to the outer vertical edge 93 </ b> C of the common portion 93 and the second branch portion 92. The inner vertical edge 91 </ b> B is sewn to the base portion 20 and the back surface portion 70. Each cross edge 93 </ b> D is sewn to the common portion 93 and the second branch portion 92.

  Each part of the auxiliary part 80, that is, the front part 90 and the back part 70 are made of a strong tightening force fabric. As the strong tightening force fabric, a strip-shaped fabric having a stretchability in a short direction smaller than a stretchability in a longitudinal direction in a deployed state is used.

  The correspondence between the auxiliary unit 80 and the body part will be described. In addition, in FIG. 6, the exercise | movement auxiliary | assistant wear 1 of the state which abbreviate | omitted the cloth of the front side of the abdomen part 30 is shown. A two-dot chain line indicates a portion corresponding to the base of the thigh.

  The auxiliary portion 80 includes the front and side portions of the thigh, that is, the first portion 90A, the second portion 90B, the third portion 90C, the fourth portion 90D, the fifth portion 90E, and the sixth portion 90F, It is provided corresponding to the back intermediate portion 70A.

The contents of each part are shown below.
(A) 90 A of 1st parts show the part corresponding to the upper part of a lower abdomen front.
(B) The 2nd part 90B shows the part corresponding to the part above the base of the thigh front.
(C) The third portion 90C indicates a portion corresponding to the base of the front face of the thigh.
(D) 4th part 90D shows the part corresponding to the thigh front and the intermediate part of a height direction.
(E) The fifth portion 90E indicates a portion corresponding to the inner side surface of the lower thigh.
(F) The sixth portion 90F indicates a portion corresponding to the outer surface of the lower thigh.

The auxiliary unit 80 corresponds to each of the above parts as follows.
The common portion 93 is provided from the first portion 90A to the fourth portion 90D and through the second portion 90B and the third portion 90C. The first branch portion 91 is provided from the fourth portion 90D to the fifth portion 90E. The second branch portion 92 is provided from the fourth portion 90D to the sixth portion 90F.

  The back surface portion 70 is provided from the fifth portion 90E to the sixth portion 90F and through the back surface intermediate portion 70A. The center in the height direction of the back intermediate portion 70A is located below the center in the height direction of the fifth portion 90E and the center in the height direction of the sixth portion 90F.

  The fifth portion 90 </ b> E corresponds to a boundary portion between the outer vertical edge 91 </ b> A of the first branch portion 91 and the inner vertical edge 73 of the back surface portion 70. The sixth portion 90 </ b> F corresponds to a boundary portion between the lower edge 92 </ b> A of the second branch portion 92 and the outer vertical edge 74 of the back surface portion 70.

  As described above, the auxiliary portion 80 extends from the first portion 90A to the fourth portion 90D, and between these portions, the second portion 90B, the third portion 90C, the fourth portion 90D, the sixth portion 90F, and the back intermediate portion. It is configured as one belt-shaped member that sequentially passes through the portion 70A and the fifth portion 90E.

  The second portion 90B corresponds to “portion D”. The fourth portion 90 </ b> D corresponds to “portion E”. The fifth portion 90 </ b> E corresponds to “portion A”. The sixth portion 90F corresponds to “portion C”.

The length of each part of the exercise support wear 1 will be described.
Here, the length of each part of the exercise support wear 1 is defined as follows.
(A) The length from the fourth portion 90D to the fifth portion 90E of the first branch portion 91 is defined as “first branch length LA1”.
(B) The length from the fourth portion 90D to the sixth portion 90F of the second branch portion 92 is defined as “second branch length LA2”.
(C) The length from the first portion 90A to the fourth portion 90D of the common portion 93 is defined as “common length LA3”.
(D) The length of the portion corresponding to the fourth portion 90D to the fifth portion 90E in the bottom 10 is defined as “first reference length LX1”.
(E) The length of the portion corresponding to the fourth portion 90D to the sixth portion 90F in the bottom 10 is defined as “second reference length LX2”.
(F) The length of the portion corresponding to the first portion 90A to the fourth portion 90D in the bottom 10 is defined as “third reference length LX3”.

  The first branch portion 91 has a first branch length in a state where the wearer is not wearing the exercise assisting suit 1, that is, in a state where the first branch portion 91 and the bottom 10 are not extended to fit the wearer's body. LA1 is configured to be shorter than the first reference length LX1. On the other hand, in a state where the wearer wears the exercise assisting wear 1, since the first branch portion 91 and the bottom 10 are extended, the first branch length LA1 and the first reference length LX1 are equal to each other.

  The second branch portion 92 has a second branch length in a state where the wearer is not wearing the exercise assisting suit 1, that is, in a state where the second branch portion 92 and the bottom 10 do not extend to the wearer's body. LA2 is configured to be shorter than the second reference length LX2. On the other hand, in the state where the wearer wears the exercise assisting suit 1, the second branch portion 92 and the bottom 10 extend, and therefore the second branch length LA2 and the second reference length LX2 are equal to each other.

  The common portion 93 has a common length LA3 equal to the third reference length in a state where the wearer is not wearing the exercise assisting wear 1, that is, in a state where the common portion 93 and the bottom 10 do not extend to the wearer's body. It is configured to be shorter than the length LX3. On the other hand, in a state where the wearer wears the exercise assisting suit 1, the common portion 93 and the bottom 10 are extended, so that the common length LA3 and the third reference length LX3 are equal to each other.

  In the exercise assisting wear 1, the auxiliary portion 80 is configured so that the tension generated in the first branching portion 91 and the second branching portion 92 when the wearer wears the exercise assisting wear 1 has substantially the same magnitude. Yes.

That is, the following (Configuration A) to (Configuration C) are employed in the auxiliary unit 80.
(Configuration A) The first branch length LA1 and the second branch length LA2 are set to substantially the same size.
(Configuration B) The intersecting portion 81 is provided corresponding to the middle in the thigh width direction.
(Configuration C) The fifth portion 90E of the first branch portion 91 and the sixth portion 90F of the second branch portion 92 are provided at substantially the same position in the height direction.

The walking assist function of the auxiliary unit 80 will be described.
When the wearer is in the standing position with the toes aligned, tension is generated in the first branch portion 91 from the lower inner side of the thigh toward the middle portion of the thigh. Further, a tension is generated in the second branch portion 92 from the lower outer side of the thigh toward the middle portion of the thigh. Further, a tension is generated in the common part 93 from the middle part of the thigh toward the upper part of the thigh.

  When the wearer moves the thigh from a standing position and takes a step, that is, when the right sole is moved away from the ground after the entire right sole is placed on the ground, the thighs and quadriceps act due to the action of the psoas It is moved upward and forward.

  At this time, since the tension of the first branch portion 91 and the tension of the second branch portion 92 are applied to the back surface portion 70, the downward movement of the thigh is hindered by the tension of the back surface portion 70. In other words, the auxiliary unit 80 assists the action of the psoas major and quadriceps muscles that raise the thigh upward and forward.

The auxiliary unit 80 contributes to the training of the thigh in addition to assisting the operation of the thigh.
When the wearer moves the right foot from the front of the trunk to the back of the trunk in the stance phase of the right leg of the walking cycle, that is, when kicking the ground with the sole of the right foot, the thigh is moved backward by the action of the hamstrings. It is moved toward.

  At this time, since the tension of the first branch portion 91 and the tension of the second branch portion 92 are applied to the back surface portion 70, the rearward movement of the thigh is hindered by the tension of the back surface portion 70. That is, the tension of the auxiliary unit 80 acts as a load on the thigh movement. For this reason, hamstrings are trained with the movement of the thighs toward the rear.

(Effect of embodiment)
According to the exercise assistance wear 1 of the present embodiment, the following effects and the effects (7) and (9) of the first embodiment are obtained.

  (1) The auxiliary exercise wear 1 is provided with an auxiliary portion 80 for assisting the operation of the thigh. The auxiliary portion 80 is provided with a front portion 90 and a back portion 70. According to this configuration, when the operation of raising the thigh is performed, the operation is assisted by the auxiliary unit 80, so that the load on the psoas muscle and the quadriceps is reduced. For this reason, the operation | movement which raises a thigh can be performed easily.

  (2) In the exercise support wear 1, the auxiliary part 80 is configured including the back surface portion 70 corresponding to the back surface of the thigh. According to this configuration, since the load is applied to the thigh by the auxiliary unit 80 when the thigh is swung back, the hamstrings are trained.

  (3) In the exercise assisting wear 1, an independent part is formed in the front part 90. According to this configuration, since the tension generated in the front portion 90 is suppressed from being distributed to the base portion 20, the operation in the direction of raising the thigh is compared with the configuration in which the independent portion is not formed in the front portion 90. The power to assist increases. In addition, it is possible to prevent the hip flexion movement from being inhibited due to the thigh root being pressed by the front portion 90.

  (4) In the exercise assisting wear 1, an independent part is formed at the intersecting part 81. According to this configuration, since the tension generated in the intersecting portion 81 is suppressed from being distributed to the base portion 20, compared to the configuration in which the independent portion is not formed in the intersecting portion 81, the operation of raising the thigh is performed. The power to assist increases.

  (5) In the exercise assisting wear 1, the first branch length LA1 of the first branch portion 91 is smaller than the first reference length LX1 of the base portion 20, and the second branch length LA2 of the second branch portion 92. Is smaller than the second reference length LX2 of the base portion 20, and the common length LA3 of the common portion 93 is smaller than the third reference length LX3 of the base portion 20.

  According to this configuration, when the wearer wears the exercise assisting wear 1, the first branch portion 91, the second branch portion 92, and the common portion 93 extend from the base portion 20. The tension generated in the second branch portion 92 and the common portion 93 is further increased.

  (6) In the exercise assisting wear 1, an intersecting portion 81 is provided corresponding to the middle in the thigh width direction. According to this configuration, between the tension of the first branch portion 91 that acts on the thigh upward and outward, and the tension of the second branch portion 92 that acts on the thigh upward and inward. It is suppressed that a big difference arises. For this reason, it becomes difficult for the thigh to swing inward or outward during walking.

  (7) In the exercise assisting wear 1, the first branch portion 91 and the second branch portion 92 are sewn together at the intersection portion 81. According to this structure, since the relative position of the 1st branch part 91 and the 2nd branch part 92 is suppressed largely shifting, the effect which assists the operation | movement of the direction which raises a thigh is acquired stably.

(Other embodiments)
The embodiment of the present invention is not limited to the first and second embodiments, and may 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 first embodiment (FIG. 1), the entire inner vertical edge 53 of the inward portion 50 is independent from the base portion 20, but at least a part of the inner vertical edge 53 is sewn to the base portion 20. It can also be changed.

  -In 1st Embodiment (FIG. 1), although the whole outer vertical edge 54 of the inward part 50 is independent from the base part 20, the structure by which at least one part of the outer vertical edge 54 was sewn on the base part 20 It can also be changed.

  -In 1st Embodiment (FIG. 1), although the whole inner vertical edge 63 except the sewing part 66 of the outward part 60 is independent from the base part 20, at least one part of the other part of the inner vertical edge 63 Can be changed to a configuration sewn on the base portion 20.

  -In 1st Embodiment (FIG. 1), although the whole outer vertical edge 64 except the sewing part 66 of the outward part 60 is independent from the base part 20, at least one part of the other part of the outer vertical edge 64 Can be changed to a configuration sewn on the base portion 20.

  -In 1st Embodiment (FIG. 1), although the sewing part 66 is sewn on the base part 20 in the inner vertical edge 63 of the outward part 60, the structure which the sewing part 66 became independent from the base part 20, ie, The entire inner vertical edge 63 can be changed to a configuration independent of the base portion 20.

  In the first embodiment (FIG. 1), the sewn portion 66 is sewn to the base portion 20 at the outer vertical edge 64 of the outward portion 60, but the sewn portion 66 is independent from the base portion 20, that is, The entire outer vertical edge 64 can be changed to a configuration independent of the base portion 20.

  In the first embodiment (FIG. 1), the inward portion 50 and the outward portion 60 are sewn together at the intersecting portion 41, but this stitching is omitted, and the inward portion 50 and the outward portion 60 are mutually separated at the intersecting portion 41. It can also be changed to an independent configuration.

  In the first embodiment (FIG. 1), the inward overall length LM1 is smaller than the first reference length LMX, but the inward overall length LM1 is made the same size as the first reference length LMX. Alternatively, the inward overall length LM1 may be larger than the first reference length LMX.

  In the first embodiment (FIG. 1), the outward overall length LN1 is smaller than the second reference length LNX, but the outward overall length LN1 is made the same size as the second reference length LNX. Alternatively, the outward total length LN1 may be larger than the second reference length LNX.

-In 1st Embodiment (FIG. 1), the auxiliary | assistant part 40 is comprised so that the tension | tensile_strength which arises in the inward part 50 and the outward part 60 may become substantially the same magnitude | size when a wearer wears the exercise | movement assistance wear 1. FIG. However, the configuration of the auxiliary unit 40 can be changed as follows.
(A) The tension of the inward portion 50 at the time of wearing is made larger than the tension of the outward portion 60.
(B) The tension of the outward part 60 at the time of wearing is made larger than the tension of the inward part 50.

  In any of the above configurations (A) and (B), by configuring the auxiliary portion 40 so that the difference between the tension of the inward portion 50 and the tension of the outward portion 60 is within a predetermined range, An effect of suppressing the thigh from swinging inward or outward is obtained.

  -In 1st Embodiment (FIG. 1), although the position of the width direction is set to the part corresponding to the side surface of a lower abdomen about the upper side edge 51 of the inward part 50, the upper side edge 51 is set to the part corresponding to the thigh back surface. Alternatively, the upper edge 51 can be provided at a portion corresponding to the front of the thigh.

-In 1st Embodiment (FIG. 1), although the position of the height direction is set to the part corresponding to the downward direction rather than a waist about the upper side edge 51 of the inward part 50, the formation position of the upper side edge 51 of the inward part 50 Can be changed as follows.
(A) The upper edge 51 is provided in a portion corresponding to the waist. In addition, as an example of the configuration in this case, for example, a configuration in which the upper edge 51 of the inward portion 50 is sewn to the waist portion 11 in a manner according to the upper edge 61 of the outward portion 60 can be cited.
(B) The upper edge 51 is provided above the waist. In this case, the upper edge of the bottom 10 is provided above the waist.

-In 1st Embodiment (FIG. 1), although the position of the height direction is set to the part corresponding to a waist about the upper side edge 61 of the outward part 60, the formation position of the upper side edge 61 of the outward part 60 is set to the following. It can also be changed as follows.
(A) The upper edge 61 is provided at a portion corresponding to a position below the waist and above the base of the thigh.
(B) The upper edge 61 is provided above the waist. In this case, the upper edge of the bottom 10 is provided above the waist.

-In 1st Embodiment (FIG. 1), although the crossing part 41 is provided corresponding to the middle part of the thigh width direction and the base part of the thigh front, the formation position of the crossing part 41 is changed as follows. You can also
(A) The formation position in the width direction is set to the inner side of the middle portion in the width direction of the right half body or the left half body.
(B) The formation position in the width direction is set outside the intermediate portion in the width direction of the right half body or the left half body.
(C) The formation position in the height direction is a portion corresponding to the front of the lower abdomen.
(D) The formation position in the height direction is a portion corresponding to the front of the upper thigh.
(E) The formation position in the height direction is a portion corresponding to the front of the lower thigh.

-In 1st Embodiment (FIG. 1), although the crossing part 41 is provided in the auxiliary | assistant part 40, the auxiliary | assistant part 40 can also be comprised so that the inward part 50 and the outward part 60 may not cross | intersect. That is, the configuration of the auxiliary unit 40 can be changed as follows.
(A) The inward start point portion 50X of the inward portion 50 is provided on the inner side in the width direction than the outward start point portion 60X of the outward portion 60.
(B) The inward start point portion 50X of the inward portion 50 and the outward start point portion 60X of the outward portion 60 are overlapped with each other.

  -In 1st Embodiment (FIG. 1), although the inward part 50 and the outward part 60 were each comprised by the separate strong tightening force cloth as the auxiliary | assistant part 40, the structure of the auxiliary | assistant part 40 is the following. It can also be changed as follows. That is, the auxiliary portion can be configured by sewing together one X-shaped strong tightening force fabric and the back surface portion 70 corresponding to the shapes of the inward portion 50 and the outward portion 60 of the embodiment.

  -In 1st Embodiment (FIG. 1), although the auxiliary | assistant part 40 is comprised with the strong tightening force cloth, the auxiliary | assistant part 40 can also be comprised with the same kind of cloth as the base part 20. FIG. In the exercise support wear 1 of this modified example, the inward overall length LM1 of the inward portion 50 is smaller than the first reference length LMX of the base portion 20 and the outward portion as in the exercise support wear 1 of the first embodiment. The outward overall length LN1 of 60 is smaller than the second reference length LNX of the base portion 20. For this reason, when the wearer wears the exercise assisting clothing 1, the inward portion 50 and the outward portion 60 are extended more than the base portion 20. Thereby, since the tension of the inward portion 50 and the tension of the outward portion 60 are applied to the back surface portion 70, the downward movement of the thigh is hindered by the tension of the back surface portion 70. That is, the assisting part 40 assists in the action of the psoas major and quadriceps muscles that raise the thigh upward and forward.

  -In 2nd Embodiment (FIG. 6), although the whole inner vertical edge 93B and the outer vertical edge 93C of the common part 93 are independent from the base part 20, it is based on a part of inner vertical edge 93B and the outer vertical edge 93C. It can also be sewn to the part 20. In addition, as a part of the common part 93, for example, the whole part above the third part 90C or a part of the part above the third part 90C can be adopted.

  In the second embodiment (FIG. 6), the first branch length LA1 is smaller than the first reference length LX1, but the first branch length LA1 is the same size as the first reference length LX1. Alternatively, the first branch length LA1 can be made larger than the first reference length LX1.

  In the second embodiment (FIG. 6), the second branch length LA2 is smaller than the second reference length LX2, but the second branch length LA2 is the same as the second reference length LX2. Alternatively, the second branch length LA2 can be larger than the second reference length LX2.

  In the second embodiment (FIG. 6), the common length LA3 is smaller than the third reference length LX3, but the common length LA3 is made the same size as the third reference length LX3, or The common length LA3 can be larger than the third reference length LX3.

-In 2nd Embodiment (FIG. 6), when the wearer wears the exercise | movement auxiliary | assistant clothing 1, the auxiliary | assistant part 80 so that the tension | tensile_strength which arises in the 1st branch part 91 and the 2nd branch part 92 becomes substantially the same magnitude | size. However, the configuration of the auxiliary unit 80 can be changed as follows.
(A) The tension | tensile_strength of the 1st branch part 91 at the time of wear is made larger than the tension | tensile_strength of the 2nd branch part 92. FIG.
(B) The tension of the second branch portion 92 when worn is made larger than the tension of the first branch portion 91.

  In any of the above configurations (A) and (B), the auxiliary portion 80 is configured such that the difference between the tension of the first branch portion 91 and the tension of the second branch portion 92 falls within a predetermined range. Thus, the effect of suppressing the thigh from swinging inward or outward during walking can be obtained.

-In 2nd Embodiment (FIG. 6), although the position of the height direction is set to the part corresponding to a waist about the upper edge 93A of the common part 93, the formation position of the upper edge 93A of the common part 93 is set to the following. It can also be changed as follows.
(A) The upper edge 93A is provided at a portion corresponding to the lower side of the waist and the upper side of the base of the thigh.
(B) The upper edge 93A is provided above the waist. In this case, the upper edge of the bottom 10 is provided above the waist.

-In 2nd Embodiment (FIG. 6), although the crossing part 81 is provided corresponding to the intermediate | middle of the width direction of the thigh and the lower part of the front of the thigh, the formation position of the crossing part 81 is changed as follows. You can also.
(A) The formation position in the width direction is set to the inner side of the middle portion in the width direction of the right half body or the left half body.
(B) The formation position in the width direction is set outside the intermediate portion in the width direction of the right half body or the left half body.
(C) The formation position in the height direction is set to a portion corresponding to the base of the front of the thigh.
(D) The formation position in the height direction is a portion corresponding to the front of the upper thigh.
(E) The formation position in the height direction is a portion corresponding to the front of the lower thigh.

  -In 2nd Embodiment (FIG. 6), although the common part 93, the 2nd branch part 92, and the 1st branch part 91 are each comprised as another auxiliary | assistant part 80 by the separate strong tightening force cloth | dough. The configuration of the auxiliary unit 80 can also be changed as follows. That is, the auxiliary portion can be configured by sewing together one Y-shaped strong tightening force fabric corresponding to the shape of the front portion 90 and the back portion 70 of the same embodiment.

  -In 2nd Embodiment (FIG. 6), although the common part 93 and the 2nd branch part 92 of the front part 90 are comprised by one sheet | seat, the common part 93 and the 1st branch part 91 are respectively different fabrics. Can also be configured. In this case, the upper edge of the first branch portion 91 and the upper edge of the second branch portion 92 are sewn to the lower edge of the common portion 93.

  -In 2nd Embodiment (FIG. 6), although the auxiliary | assistant part 80 is comprised with strong tightening force cloth, the auxiliary | assistant part 80 can also be comprised with the same kind of cloth as the base part 20. FIG. In the exercise support wear 1 of this modified example, the first branch length LA1 of the first branch portion 91 is smaller than the first reference length LX1 of the base portion 20, as in the exercise support wear 1 of the second embodiment. The second branch length LA2 of the second branch portion 92 is smaller than the second reference length LX2 of the base portion 20, and the common length LA3 of the common portion 93 is longer than the third reference length LX3 of the base portion 20. small. For this reason, when the wearer wears the exercise assisting wear 1, the first branch portion 91, the second branch portion 92, and the common portion 93 extend more than the base portion 20. Thereby, since the tension | tensile_strength of the 1st branch part 91 and the tension | tensile_strength of the 2nd branch part 92 are provided to the back surface part 70, the downward movement of a thigh is prevented by the tension | tensile_strength of the back surface part 70. In other words, the auxiliary unit 80 assists the action of the psoas major and quadriceps muscles that raise the thigh upward and forward.

In the first and second embodiments (FIG. 2), the back surface portion 70 is configured to pass through the back intermediate portion 70A corresponding to the vicinity of the knee above the back of the thigh. It can also be changed as follows. In this case, the positions of the lower edge 52 of the inward portion 50 and the lower edge 62 of the outward portion 60, or the inner vertical edge 91B of the first branch portion 91 and the lower edge 92A of the second branch portion 92, respectively. The position is changed upward or downward depending on the position of the back surface portion 70.
(A) The back surface portion 70 is configured to pass through a portion corresponding to the knee on the back surface of the thigh.
(B) The back surface portion 70 is configured to pass through a corresponding portion between the back intermediate portion 70A and the thigh root of the above embodiment on the back surface of the thigh.

  In the first and second embodiments (FIG. 2), the entire edge of the back surface portion 70 is sewn to the base portion 20, but at least a part of the edge of the back surface portion 70 is independent from the base portion 20. It can also be changed.

-In 1st and 2nd embodiment (FIG. 2), although the back part 70 is provided in the back side of the back part 22, it can also change into the structure by which the back part 70 was provided in the front side of the back part 22. .
In the first and second embodiments (FIGS. 1 and 6), the belly abutment portion 30 is provided on the bottom 10, but the bottom 10 may be changed to a configuration in which the belly abutment portion 30 is omitted.

-In 1st and 2nd embodiment (FIG. 1 and FIG. 6), the abdomen part 30 is comprised by two fabrics, However, The abdomen part 30 comprised by one sheet | seat can also be used. .
In the first and second embodiments (FIGS. 1 and 6), the strong tightening force fabric is used as the material of the auxiliary portion 40 or the auxiliary portion 80, but the power fabric, rubber, or string is used as the auxiliary portion 40 or It can also be used as a material for the auxiliary unit 80.

  -In 1st and 2nd embodiment (FIG. 1 and FIG. 6), although the structure which the auxiliary | assistant part 40 or the auxiliary | assistant part 80 is sewn on the bottom 10 is used, it exercise | moves so that a thigh may be covered only with the bottom 10 Although the auxiliary | assistant clothing 1 is comprised, the auxiliary | assistant part 40 or the auxiliary | assistant part 80 can also be used as a part of bottom 10. FIG. That is, the thing of the shape by which the part corresponding to the auxiliary | assistant part 40 or the auxiliary | assistant part 80 from the basic | foundation part 20 was used as a basic | foundation part replaced with the basic | foundation part 20 of 1st or 2nd embodiment. And the exercise | movement assistance wear 1 is comprised by sewing together the edge of this foundation part, and the edge of the auxiliary | assistant part 40 or the auxiliary | assistant part 80. FIG. In this case, the auxiliary portion 40 or the auxiliary portion 80 is provided with an independent portion in which at least a part of the edge is independent from the base portion.

  -In 1st and 2nd embodiment (FIG. 1 and FIG. 6), although the structure which applied this invention with respect to the exercise | movement assistance wear 1 as underwear is illustrated, this is applied to sports clothes and daily wear. The invention can also be applied.

  DESCRIPTION OF SYMBOLS 1 ... Exercise support clothes, 10 ... Bottom, 11 ... Waist part, 12 ... Crotch, 20 ... Base part, 21 ... Front part, 22 ... Back part, 23 ... Upper edge, 24 ... Inner edge, 25 ... Outer edge, 26 ... Intermediate edge, 30 ... Abdomen part, 31 ... Upper edge, 32 ... Lower edge, 33 ... Outer vertical edge, 34 ... Intermediate edge, 40 ... Auxiliary part, 41 ... Crossing part, 50 ... Inward part, 50X ... Inward start point portion, 50Y ... Inward end point portion, 50A ... Inward first portion, 50B ... Inward second portion, 50C ... Inward third portion, 51 ... Upper edge, 52 ... Lower edge, 53 ... Inner vertical edge, 54 ... Outer vertical edge, 55 ... cross edge, 60 ... outward portion, 60X ... outward start point portion, 60Y ... outward end point portion, 60A ... outward first portion, 60B ... outward second portion, 60C ... outward third portion, 61 ... upper side Edge, 62 ... Lower edge, 63 ... Inner vertical edge, 64 ... Outer vertical edge, 65 ... Crossing edge, 66 ... Sewn part, DESCRIPTION OF SYMBOLS 0 ... Back part, 70A ... Back middle part, 71 ... Upper side edge, 72 ... Lower side edge, 73 ... Inner vertical edge, 74 ... Outer vertical edge, 80 ... Auxiliary part, 81 ... Intersection part, 90 ... Front part ... 1st part, 90B ... 2nd part, 90C ... 3rd part, 90D ... 4th part, 90E ... 5th part, 90F ... 6th part, 91 ... 1st branch part, 91A ... Outer vertical edge, 91B ... Inner vertical edge, 91C ... Upper edge, 91D ... Lower edge, 91E ... Intersection edge, 92 ... Second branch part, 92A ... Lower edge, 93 ... Common part, 93A ... Upper edge, 93B ... Inner vertical edge, 93C ... outer vertical edge, 93D ... intersection edge.

Means for achieving the above object will be described below.
(1) According to the first aspect of the present invention, there is provided an auxiliary assisting device for assisting the movement of the thigh in an exercise assisting device for assisting walking that is configured as a bottom. Attached to the auxiliary part, a back part and a front part are provided on the auxiliary part, the back part connects the part A and the part C to each other, the back part is the A and the part Passing through the part B between the part C, the front part connecting the part D, the part A and the part C to each other, and the part A to the part D are respectively the following (a ) To (d),
(A) the moiety A is partially (b) the portion B corresponding to the inside of the thigh lower part, thigh rear and the portion corresponding to the thigh lower (c) the portion C is outside the thigh lower part Corresponding part (d) The part D is a part corresponding to the upper part of the base of the front of the thigh and a part of the auxiliary part that is not connected to the base part and is independent of the base part The gist is that the independent part is formed in at least a part of the front part with the part as an independent part.

(4) The invention of claim 4 is in the exercise assisting adhesion to assist walking as defined in claim 3, and summarized in that the independent part before Symbol intersection is formed.

(5) an invention according to claim 5, as summarized in that in the motion assisting wearing for assisting walking of claim 3 or 4, at least in part on the independent portion of the front Symbol inward portion is formed Yes.

(6) The invention according to claim 6, in the motion assisting wearing to assist walking as claimed in any one of claims 3-5, wherein the separate part is formed on at least a portion of the front Kigaiko portion The gist is that

Claims (15)

In exercise assistance clothes to assist walking configured as the bottom,
An auxiliary part is provided to assist the movement of the thigh,
That this auxiliary part is attached to the base of the bottom;
A rear portion and a front portion are provided in the auxiliary portion;
The back portion connecting portions A and C to each other;
The back portion passes through part B between the part A and the part C;
The front part connects the part D and the part A and the part C to each other;
The parts A to D are respectively defined by the following (a) to (d),
(A) The part A corresponds to the lower inner side of the front of the thigh (b) The part B corresponds to the lower part of the back of the thigh (c) The part C corresponds to the lower outer side of the front of the thigh (D) The part D includes at least a part corresponding to the upper part of the front of the thigh and a part of the auxiliary part that is independent of the base part as an independent part. Auxiliary wear to assist walking, characterized by the formation of independent parts. In the exercise assistance clothes which assist the walk of Claim 1,
An auxiliary exercise for assisting walking, wherein the tightening force of the auxiliary part is greater than the tightening force of the base part. In the exercise assistance clothes which assist the walk of Claim 2,
An inward portion and an outward portion are provided in the front portion;
The inward portion is inclined from the outside to the inside in the width direction as it goes from the top to the bottom in the height direction,
The outward portion is inclined from the inside to the outside in the width direction as it goes from the top to the bottom in the height direction,
The part corresponding to the part D in the inward part is referred to as “part D1”, and the part corresponding to the part D in the outward part is referred to as “part D2”. Corresponding to the part,
The inward portion connects the portion D1 and the portion A to each other;
The outward portion connecting the portion D2 and the portion C to each other;
In addition, exercise assisting clothing for assisting walking, characterized in that a crossing portion is provided in which the inward portion and the outward portion intersect each other. In athletic assistance to assist walking according to claim 3,
A portion of the auxiliary portion that is independent from the base portion is referred to as an “independent portion”, and the independent portion is formed at the intersecting portion. In athletic assistance for assisting walking according to claim 3 or 4,
A portion of the auxiliary portion that is independent from the base portion is referred to as an “independent portion”, and the independent portion is formed on at least a part of the inward portion. . In athletic assistance to assist walking according to any one of claims 3 to 5,
A portion of the auxiliary portion that is independent of the base portion is referred to as an “independent portion”, and the independent portion is formed on at least a part of the outward portion. . In the exercise support wear which assists the walk according to any one of claims 3 to 6,
An exercise assisting wear for assisting walking, characterized in that the crossing portion is provided at a portion corresponding to the base of the thigh or the vicinity of the base. In the exercise support wear which assists walking according to any one of claims 3 to 7,
An athletic assistance device for assisting walking, characterized in that the crossing portion is provided at a portion corresponding to the middle in the width direction of the right half body or the left half body. In the exercise support wear which assists walking according to any one of claims 3 to 8,
The exercise support clothes for assisting walking, wherein the inward portion and the outward portion are connected to each other at the intersection. In the exercise support wear which assists walking according to any one of claims 3 to 9,
In the base portion, the length from the portion D1 to the portion A along the surface of the lower body is defined as “first reference length”, and the length from the portion D1 to the portion A of the inward portion is defined as “inward length”. The length from the portion D2 to the portion C along the surface of the lower body in the base portion is referred to as a “second reference length”, and the length from the portion D2 to the portion C of the outward portion is defined as “ As the “outward length”, at least one of the following conditions (a) and (b) is satisfied: (a) “the inward length is smaller than the first reference length”
(B) "The outward length is smaller than the second reference length"
Exercise assistive clothing that assists walking. In the exercise support clothes which assist the walk of Claim 1 or 2,
A common portion, a first branch portion, and a second branch portion are provided in the front portion;
The portion corresponding to the lower part of the base of the thigh front is defined as “part E”, and the common part connects the part D and the part E to each other.
The first branch portion connects the portion E and the portion A to each other;
The second branch part connects the part E and the part C to each other;
In addition, exercise support clothing for assisting walking, characterized in that the portion E is positioned above the portion A, the portion B, and the portion C in the height direction. In the exercise assistance clothes which assist the walk of Claim 11,
In the base portion, the length from the portion E to the portion A along the surface of the lower body is defined as “first reference length”, and the length from the portion E to the portion A of the first branch portion is defined as “first”. The length from the portion E to the portion C along the surface of the lower body in the base portion is referred to as a “second reference length”, and the portion E to the portion C of the second branch portion. The length from the portion D to the portion E along the surface of the lower body in the base portion is defined as the “third reference length”, and the length of the common portion is the second portion. The length from D to the portion E is defined as “common length”, and at least one of the following conditions (a) to (c) is satisfied: (a) “the first branch length is the first reference Smaller than length "
(B) "The second branch length is smaller than the second reference length"
(C) "The common length is smaller than the third reference length"
Exercise assistive clothing that assists walking. In the exercise support wear which assists walking according to any one of claims 1 to 12,
The auxiliary assisting device for assisting walking, characterized in that the auxiliary portion is configured so that the difference between the force applied to the thigh in the abduction direction and the force in the inversion direction is within a predetermined range. . In athletic assistance wearing to assist walking according to any one of claims 1 to 13,
The exercise support clothes for assisting walking, wherein the back portion is connected to the base portion. In the exercise support wear which assists walking according to any one of claims 1 to 14,
The exercise support clothes for assisting walking, wherein the portion B corresponds to a portion near the upper part of the knee.

Images