JP2019136312A - Walking assisting device and walking assisting method - Google Patents

Abstract

To provide a practical technology for assisting walking of a subject.SOLUTION: A walking assisting device includes a right leg belt 10R attached to a part close to a knee of a thigh of a right leg and a left leg belt 10L attached to a part close to a knee of a thigh of a left leg. Two ends of a belt 30 for the upper half of the body wound around the upper half of the body of a subject are detachably fixed to the front faces of the right leg belt 10R and the left leg belt 10L, respectively.SELECTED DRAWING: Figure 13

Description

  The present invention relates to a technique for assisting a subject to walk.

Humans are capable of bipedal walking in an upright position, and the human body has evolved as appropriate to do so.
However, the function of walking may deteriorate in persons other than healthy persons including those who are older or who have suffered illness or injury. Walking is important for humans to live as humans, and the quality of life (QOL) varies greatly depending on whether or not it can be done.
Walking is an exercise in itself, and doing it in daily life enhances not only the function of walking but also the function of performing other exercises, but it becomes impossible to walk freely. Motor functions other than functions also decline.

  Therefore, it is extremely important to regain the walking function for those who have problems with the walking function, and it is extremely important not to deteriorate the walking function for humans who have no problem with the walking function. is important. In addition, even if a healthy person who has not lost the function of walking performs daily life, there are situations where it is better to be able to walk more easily, for example, when walking longer than normal distance is required.

As a device for assisting walking, for example, a walking stick or a walking vehicle or walker that is pushed by a walking person while pushing it is known.
However, these supplement the function of the person who uses it, or make it possible for a person whose function of walking is at least somewhat impaired to walk on their own, but the body of the person who uses them. It occupies a certain amount of space away from the vehicle, so it may be a hindrance for those who use them or for those around them. Especially, a walking car or a walker may have wheels. There are places that cannot be used.
In addition, a walking stick, a walking car or a walking device assists the walking of the person who uses them, but does not work on the muscle itself which controls the walking function of the person who uses them. It does not give joy to those who can walk on their own.

  This invention makes it the subject to provide the technique for assisting the walk which is more practical and gives the user who uses it the pleasure of being able to walk by oneself.

In order to solve the above problems, the present inventor proposes the following invention.
The invention is used in a state of being wound around the thigh of the subject's right leg at the time of use, and used in a state of being wound around the thigh of the subject's left leg at the time of use, and a right leg belt that is a belt-like body. In the length direction, one end of the left leg belt that is a belt-like body is fixed to the right leg belt during use, and the other end side is supported at a position higher than the right leg belt of the subject's body. A right elastic band that is a belt-like body having elasticity, and one end thereof is fixed to the left leg belt at the time of use, and the other end side is supported at a position higher than the left leg belt of the subject's body, It is a walking aid provided with the left elastic band which is a belt-like body which has elasticity in the length direction. And while the right elastic body in the walking aid is adapted to apply an upward force to the thigh of the right leg of the subject in an upright state, the left elastic body in the walking aid is An upward force is applied to the left leg thigh of the subject in at least an upright state.
These walking aids have a right elastic body that is a belt-like body having elasticity. One end of the right telescopic body is connected to the right leg belt wrapped around the thigh of the subject's right leg, and the other end may be supported by the subject's body. An upward force is applied to the thigh. Such force may act on the thigh of the right leg while the subject is walking, but at least when the subject tries to step on the right leg while walking, the right leg is lifted. There is a similar left leg belt and left telescopic body on the subject's left foot side, so the left telescopic body can be used while the subject is walking, or at least when the subject tries to step on the left leg while walking. Raises the left leg. When you walk, you need the most power at the moment you step on your right or left leg. Since the walking aid of this application gives the right leg and the left leg the force which raises them at the moment, it becomes easy for a test subject to walk.
In addition, the right leg belt, the right elastic body, the left leg belt, and the left elastic body that constitute these walking aids can all be a belt-like body, and all can be adapted to the body of the subject. It is. Therefore, the walking aid according to the present invention does not occupy a space apart from the body of the person who uses it, so it does not interfere with the subject or the surrounding people, and the performance depends on the properties of the road surface such as wheels. It is practical because it does not include any member that affects it.
Furthermore, since this walking aid assists the movement of the muscle itself that controls the walking function of the person using it, it can give the person who uses it the pleasure of being able to walk on its own. .
However, this walking aid is not intended only for subjects who have problems with walking function, for example, healthy subjects who need to walk for a long time as part of exercise or as part of standing work, etc. Even if used, the effect of assisting walking is produced.

As described above, one end of the right elastic body is connected to the right leg belt wound around the thigh of the subject's right leg, and the other end side may be supported by the subject's body. An upward force is applied to the thigh of the right leg via As long as it is possible, one end of the right elastic body may be connected to any position of the right leg belt. However, the force is applied to the front side of the right leg belt (for example, the range of the right leg belt corresponding to a range of 1/4 of the length of the outer circumference centered on the front portion of the horizontal outer circumference of the thigh of the right leg). When one end of the right elastic body is fixed to the right leg, the right elastic body acts more greatly on the right leg than when one end of the right elastic body is fixed to, for example, the outer side or the rear side of the right leg belt. The same applies to the case of the left leg, and it is obvious that it is preferable to increase these forces.
In consideration of such points, the one end of the right elastic body is fixed to the front side of the right leg belt in a state of being wound around the thigh of the right leg of the subject, The one end of the left telescopic body may be fixed to the front side of the left leg belt in a state of being wound around the thigh of the subject's left leg.

As described above, the right leg belt is attached to the thigh of the subject's right leg, and the left leg belt is attached to the thigh of the subject's left leg as described above. As long as such conditions are satisfied, the right leg belt and the left leg belt may be used anywhere on the thigh. However, when the hip joint is the fulcrum of the lever, the farther the connecting point of one end of the right elastic body to the right leg belt as the power point or the one of the left elastic body to the left leg belt, It is obvious that the above-described force that pulls the leg or the left leg upward acts greatly.
In consideration of such points, the right leg belt is used in a state of being wrapped around a portion of the subject's right leg near the knee of the thigh, and the left leg belt is used by the subject. It may be used in a state where it is wound around a portion of the left leg near the knee.

Although not limited thereto, at least one of fixing the one end of the right elastic body to the right leg belt and fixing the one end of the left elastic body to the left leg belt is detachable. It doesn't matter.
This makes it easy for the subject to wear the walking aid of the present application or to unmount it.
Further, when the right leg belt is attached to the subject's right leg thigh, it may be difficult to always attach the right leg belt to the right leg thigh including the angle in the outer peripheral direction of the right leg. Here, if one end of the right elastic body is fixed to the right leg belt, if the right leg belt is not fixed at the planned position of the right leg thigh, it is fixed to the right leg belt. It is possible that one end of the right telescopic body may deviate from the planned location. Then, it is conceivable that the above-described force for pulling up the right leg thigh, which the right elastic body gives to the right leg thigh, does not occur as planned. Not only can the right elastic body be fixed to the right leg belt, but it can also be attached to the right leg belt by giving a certain size or degree of freedom to the attachment range of one end of the right elastic body. Since one end of the right telescopic body can be connected to a position corresponding to an appropriate position of the thigh of the right leg of the leg belt, the above-described problems can be suppressed. By adopting the same configuration for the left leg belt and the left elastic body, the same effect can be obtained for the left leg belt and the left elastic body.

The other end side of the right elastic body and the other end side of the left elastic body may be connected to each other, and the right elastic body and the left elastic body may be a series of bands. Of course, the right and left elastic bodies may be separate.
The right elastic body and the left elastic body which are a series of bands are the right leg belt and the left leg belt when attached to the right leg or the left leg of the subject, and the right leg belt. From the back of the subject's body to the subject's left shoulder, and from there through the front of the subject's body to the subject's left armpit, from there the back of the subject's body Through to the subject's right arm, from there through to the subject's body, to the subject's right shoulder, and from there through the subject's body to the left leg belt. The length is such that it can be tied by a route or vice versa, and the tips thereof can be detachably fixed to the right leg belt and the left leg belt, respectively. Also good.
Such a right elastic body and a left elastic body give not only the above-described force to pull up to the both thighs of the subject but also a force to pull both shoulders backward. Therefore, according to such a walking aid, since the posture of the subject is improved, it becomes easier for the subject to walk.

  The right leg belt and the left leg belt may be integrated. For example, the right leg belt and the left leg belt may be a series of strips. Of course, the right leg belt and the left leg belt may be separate.

The inventor of the present application also proposes the following walking assistance method as one aspect of the present invention for solving the problems of the present application.
The walking assist method includes, for example, a process of wrapping and fixing a right leg belt, which is a belt-like body, to the thigh of the subject's right leg, and a left leg, which is a belt-like body, to the subject's left leg thigh A process of winding and fixing the belt, and one end of a right elastic body, which is a belt-like body having elasticity in the length direction, is fixed to the right leg belt, and is higher than the right leg belt of the subject's body In a position, the other end of the right telescopic body is supported, so that the right telescopic body exerts an upward force on the thigh of the right leg of the subject in an upright state at least. The left telescopic belt is fixed at one end of the left elastic body, which is a belt-like body having elasticity in the length direction thereof, and at a position higher than the left leg belt of the body of the subject. Make sure that the other end of the body is supported. Accordingly, the left-elastics is a walking assist method comprising the steps of so as to exert a force upward to the thigh of the subject's left leg in a state in which at least an upright, a.

The figure which looked at the left leg belt contained in the walking aid in 1st Embodiment from the (a) front side, (b) the figure seen from the back side, (c) the figure seen from the side surface. The figure which looked at the waist belt contained in the walking aid in a 1st embodiment from (a) the front side, (b) the figure seen from the back side, and (c) the figure seen from the side. The figure which looked at the belt for upper body contained in the walking aid in 1st Embodiment from the (a) front side, and the figure seen from the (b) back side. The perspective view for demonstrating the method of attaching the right leg belt contained in the walking aid in 1st Embodiment to the test subject's right leg thigh. The perspective view which shows the state which each attached the right leg belt and the left leg belt which are contained in the walking aid in 1st Embodiment to the test subject's right leg and left leg thigh. The figure which shows the state which looked at the test subject from the front for demonstrating the method of fixing the both ends of a waist belt to the right leg belt and left leg belt which were each attached to the test subject's right leg and left leg thigh. The front view which shows the state which fixed the both ends of the waist belt to the right leg belt and the left leg belt which were each attached to the test subject's right leg and left leg thigh. The side view which shows the state which fixed the both ends of the waist belt to the right leg belt and the left leg belt which were respectively attached to the test subject's right leg and left leg thigh. The rear view which shows the state which fixed the both ends of the waist belt to the right leg belt and the left leg belt which were each attached to the test subject's right leg and left leg thigh. The figure which shows the state which looked at the test subject from the front for demonstrating the method to fix the upper body belt to the right leg belt and the left leg belt. The front view which shows the test subject of the state which mounted | wore all the right leg belt, left leg belt, waist belt, and upper body belt in 1st Embodiment of this application. The rear view which shows the test subject of the state which mounted | wore all the right leg belt, left leg belt, waist belt, and upper body belt in 1st Embodiment of this application. The front view which shows the test subject of the state which mounted | wore all the right leg belts in the modification 1, a left leg belt, a waist belt, and the upper body belt. (A) The figure which looked at what integrated the right leg belt, left leg belt, and waist belt in 1st Embodiment which are some walking aids in 2nd Embodiment from the front side, (b) Seen from the back side The figure seen from the side, (c). The figure which shows the state which looked at the test subject from the front for demonstrating the method of mounting | wearing a test subject's body with a part of walking aid of 2nd Embodiment (member shown in FIG. 14).

Hereinafter, preferred first and second embodiments of the present invention will be described in detail with reference to the drawings.
In addition, the common code | symbol shall be attached | subjected to the common object in each embodiment and its modification, and common description shall be abbreviate | omitted by a case.

<< First Embodiment >>
The walking aid of the first embodiment includes a right leg belt, a left leg belt, a waist belt, and an upper body belt. The upper body belt corresponds to the right and left elastic bodies integrated in the present application.

FIG. 1 shows an example of the left leg belt 10L of the present application.
As will be described later, the left leg belt 10L is wound around the left leg thigh of the subject and fixed to the left leg thigh. At that time, the left leg belt 10L presses the thigh muscle of the subject. In addition, although not limited to this, the left leg belt 10L in this embodiment applies a force in a direction that causes the left leg to rotate inward when it is attached to the thigh of the left leg. The right leg belt 10R is the same as the left leg belt 10L except that it is attached to the thigh of the right leg. In this application, the internal rotation refers to the leg, if the leg is considered to be a rod-shaped body, the leg rotates inward around the axis (rotates in a direction that moves so that the front side of the thigh is toward the midline side) To do). On the other hand, in the present application, when the leg is rotated around the axis in the direction opposite to the internal rotation, the leg is externally rotated.
The right leg belt has a mirror image relationship with the left leg belt 10L shown in FIG. However, since the left leg belt 10L shown in FIG. 1 is vertically symmetrical, if the left leg belt 10L itself of FIG. 1 is reversed left and right, it becomes a right leg belt.
Hereinafter, the configuration of the left leg belt 10L will be described as a representative. In addition, the code | symbol used by description of the following left leg belt 10L shall show the same object in a right leg belt by replacing L in the code | symbol with R. For example, in the following description, the symbol for the right leg belt is 10R.

The left leg belt 10L is configured as a belt-like body as a whole. The left leg belt 10L includes, but is not limited to, a rectangular main body portion 10L1 and two elongated portions extending to the right side thereof, and this is not limited to this, but is a rectangular fixing portion 10L2 in this embodiment. I have.
The total length of the main body portion 10L1 and the fixing portion 10L2 in the length direction (left and right direction in FIG. 1) is at least larger than the length of the outer circumference of the subject's thigh using the left leg belt 10L. There is a need (preferably larger than the length of the outer circumference of the thigh by 10 cm or more).

The main body 10L1 is made of cloth. The main body 10L1 has a substantially rectangular shape, and the length in the length direction is not limited to this, but is 25 cm inside or outside. This length is the outer circumference of the thigh of the subject who is scheduled to wear the left leg belt 10L (more precisely, the outer circumference of the height position where the left leg belt 10L is scheduled to be attached to the thigh). Is determined in consideration of the length of approximately 50 to 60 cm. The length of the main body 10L1 is approximately half the length of the outer circumference of the subject's thigh where the left leg belt 10L is scheduled to be worn, more specifically, 40-50% of the length of the outer circumference of the thigh. good. Further, the width of the main body 10L1 (the vertical length in FIG. 1) is not limited to this, but is 10 cm inside or outside. Although not limited thereto, the width of the main body 10L1 is preferably about 5 cm to 15 cm. If this width is 5 cm or less, the subject wearing the left leg belt 10L or the right leg belt may feel pain, and if this width is 15 cm or more, the subject may have difficulty in walking or other movements. is there.
On the front side of the main body 10L1, with the left leg belt 10L wound around the left leg thigh of the subject as will be described later, the purpose is to detachably fix the left leg thigh, A main body fixing member 10L11 for realizing the above is attached. The front side of the left leg belt 10L means a surface on the side exposed to the outside when it is fixed to the subject's body. The opposite side is the back side. The definitions of the front side and the back side are the same for other objects including the right leg belt, the waist belt, and the upper body belt.
In this embodiment, the main body fixing member 10L11 is a hook-and-loop fastener, more specifically, a Velcro tape. However, the main body fixing member 10L11 and the fixing portion fixing member may be any member that can detachably fix the left leg belt 10L to the left leg thigh of the subject by their cooperation. It is also possible to replace them with button holes, two hooks, ring spring hooks, American hooks or other metal hooks. In this embodiment, as described above, the main body fixing member 10L11 which is a surface fastener is fixed to the main body portion 10L1 by a known or well-known appropriate method such as adhesion or stitching.
The entire main body 10L1 is difficult to extend in the length direction (the left-right direction in FIG. 1). Here, “difficult to stretch” means that when the elongation of the material constituting the main body 10L1 is measured by the measuring method A described below, the elongation is 5% or less. The measuring method A relating to the elongation rate of the band-like body is a band-like body in which the entire length in the width direction is fixed at a location 30 cm away in the length direction, and a load of 2 kg is applied to the center of the band-like body supported on both sides. It means the elongation rate (((length after extension of strip-original length) / original length) × 100 (%)) measured by applying downward.
In order to realize that the main body portion 10L1 is difficult to stretch, for example, the cloth constituting the main body portion 10L1 is hardly stretched, or the main body fixing member 10L11 which is a hook-and-loop fastener is substantially the entire surface of the main body portion 10L1. And the hook-and-loop fastener should not be stretched. One of the commercially available hook and loop fasteners, Velcro (TM) tape is generally very difficult to stretch in any direction. While adopting it as the main body fixing member 10L11 and fixing it to the main body 10L1 so that it covers substantially the entire surface of the main body 10L1, the entire main body 10L1 is difficult to extend in the length direction. Can be.

The fixing portion 10L2 is an elongated rectangle as described above, and both are made of cloth. The configuration of the two fixing portions 10L2 is completely the same in the left leg belt 10L shown in FIG. Of course, the fixed portion 10L2 may be configured by one having the same width as the main body portion 10L1. The fixing portion 10L2 is fixed to the main body portion 10L1 by a known and well-known appropriate method, for example, sewing.
Although not limited to this, the width of each fixing portion 10L2 is approximately half the width of the main body portion 10L1. The length in the length direction of each fixing portion 10L2 in this embodiment is not limited to this, but is longer than the length in the length direction of the main body portion 10L1, and more specifically about 35 cm. .
A fixing portion fixing member 10L21 is attached to the front end of the cloth constituting the fixing portion 10L2. In this embodiment, the fixing portion fixing member 10L21 is a surface fastener, and can be detachably fixed to the main body fixing member 10L11. The fixing portion fixing member 10L21 is fixed to the fixing portion 10L2 by a known and well-known appropriate method, for example, sewing.
A belt front fixing member 10L22 made of a hook-and-loop fastener, more specifically velcro tape, is fixed near the front end of the fixing portion 10L2. As will be described later, the belt front fixing member 10L22 is detachably fixed to the waist belt and more specifically to the waist belt back left fixing member which is also a hook and loop fastener provided on the waist belt. is there. In that sense, the belt front fixing member 10L22 and the waist belt back left fixing member do not necessarily have to be hook-and-loop fasteners. Like the main body fixing member 10L11 and the fixing portion fixing member 10L21, the belt front fixing member 10L22 and the waist belt back fixing member 10L21 It can be replaced. In the following description, there is a part that uses a hook-and-loop fastener for detachable fixing, but the hook-and-loop fastener in that case can also be replaced with a button, a button hole, a metal hook or the like.

  The fixing portion 10L2 is made of a stretchable material that extends in the length direction. Thereby, the left leg belt 10L has elasticity in its length direction. This is useful for fitting the left leg belt 10L well to the outer circumference of the thigh when the left leg belt 10L is fixed to the left leg thigh of the subject. For example, the stretchability of the fixing portion 10L2 can be about 10 to 40%, preferably about 20% ± 5% when measured by the measurement method A described above. In this embodiment, the fixing portion fixing member 10L21 and the belt front fixing member 10L22 which are surface fasteners provided in the fixing portion 10L2 are arranged at the front end in the length direction of the fixing member 10L2, as shown in FIG. Since it occupies only a very small portion, the entire length of the fixed portion 10L2 does not hinder the stretchability.

Next, the configuration of the waist belt will be described with reference to FIG.
As will be described later, the waist belt 20 is connected to the right leg belt 10R and the left leg belt 10L attached to the thigh of the subject's right leg or left leg, respectively. The waist belt 20 applies a force in the direction of rotating the thigh of the right leg, to which the right leg belt 10R is fixed, to the inner leg direction with respect to the right leg belt 10R connected thereto, and the left leg belt connected thereto. A force for rotating the left leg to which the left leg belt 10L is fixed in the internal rotation direction is applied to 10L.

The waist belt 20 in this embodiment is a belt-like body, although not limited thereto. The waist belt 20 includes a waist belt body 21. Although not limited thereto, the waist belt main body 21 in this embodiment has an elongated rectangular shape as shown in FIG. 2, and the width thereof is the same in all portions. The length of the waist belt main body 21 is preferably set to such a length that can substantially make one and a half circles around the waist of the subject. In this embodiment, the length is not limited to this, but is about 150 cm. The width is preferably about 5 cm to 15 cm. The reason is the same as the reason why the width of the left leg belt 10L should be 5 cm to 15 cm. The width of the waist belt body 21 in this embodiment is not limited to this, but is about 5 cm. The waist belt body 21 is made of a cloth having elasticity in the length direction. The stretchability of the waist belt main body 21 can be, for example, about 20 to 40%, preferably about 30% ± 5% when measured by the measurement method A described above.
For example, the entire front side of the waist belt main body 21 which is a belt-like body can be fixed to an upper body belt described later. More specifically, the front side of the waist belt main body 21 is made of a material for detachably fixing the upper body belt right fixing member and the upper body belt left fixing member, both of which are hook-and-loop fasteners. It is configured. Such a material is typically a hook-and-loop fastener, for example Velcro tape, but it may be just a cloth to which the hook-and-loop fastener can be fixed, which is the case in this embodiment. However, it is not essential that the upper body belt is fixed to the waist belt body 21 by a hook-and-loop fastener, and the above-described known and well-known techniques can be used. Further, on the front side of the waist belt main body 21 that is a belt-like body near the center in the length direction, the upper body belt that is a hook-and-loop fastener is used for fixing to an upper body belt that will be described later. A waist belt front fixing member 22C, which is a hook and loop fastener for detachably fixing to the belt fixing member, is fixed. It is not essential that the waist belt front fixing member 22C is fixed to the upper body belt by a hook-and-loop fastener.
In the vicinity of both ends on the back side near the both ends of the waist belt main body 21, a belt surface fixing member 23R for detachably fixing the belt surface fixing member 10R22 of the right leg belt 10R, and a belt surface of the left leg belt 10L. A waist belt back left fixing member 23L for detachably fixing the fixing member 10L22 is provided. These are all hook-and-loop fasteners, and are fixed to the waist belt main body 21 by the known and well-known techniques already described.

Next, the upper body belt will be described with reference to FIG.
The upper body belt 30 is provided so that the subject can maintain a good posture with the chest stretched, and the subject's body can be prevented from shaking from side to side. The upper body belt 30 is connected to the right leg belt 10R and the left leg belt 10L attached to the thigh of the subject's right leg or left leg as described later, and the waist of the subject as described later. Is connected to a waist belt 20 attached around the belt. Thereby, the left leg belt 10L and the right leg belt 10R receive a force from the upper body belt 30 to pull them upward.

The upper body belt 30 in this embodiment is a belt-like body, although not limited thereto. The upper body belt 30 includes an upper body belt body 31. As shown in FIG. 3, the upper body belt body 31 has a substantially elongated rectangular shape, and the width thereof is the same in all portions. The length of the upper body belt main body 31 is preferably set to a length that can be adapted to the usage method of the upper body belt as will be described later. Further, as will be described later, the length of the upper body belt main body 31 may be adjusted. Roughly speaking, the length of the upper body belt body 31 is determined between 135 cm and 200 cm, for example, depending on the physique of the subject wearing it. Although not limited thereto, the length of the upper body belt 30 of this embodiment can be adjusted within the range. The width is preferably about 5 cm to 15 cm. The reason is the same as the reason why the width of the left leg belt 10L should be 5 cm to 15 cm. The width of the upper body belt body 31 in this embodiment is about 5 cm, although not limited thereto. The belt body 31 for the upper body is made of a cloth having elasticity in the length direction. The stretchability of the upper body belt body 31 can be, for example, about 30 to 50%, preferably about 40% ± 5% when measured by the measurement method A described above.
For the upper body, each of which is a hook-and-loop fastener for detachably fixing to an arbitrary position on the front side of the waist belt main body 21 on the back side in the vicinity of both ends of the belt body 31 for the upper body which is a belt-like body. A belt right fixing member 32R and an upper body belt left fixing member 32L are attached. The fixing method to the upper body belt body 31 can be based on the known and well-known techniques already described.
A length adjusting member 33 for adjusting the length of the upper body belt body 31 is provided near the center of the upper body belt body 31 in the length direction. The length adjusting member 33 can be realized by a publicly known and well-known technique, but is not limited to this. In this embodiment, the length adjusting member 33 is two buckles. The total length of the upper body belt body 31 can be adjusted by changing the length of the reciprocating upper body belt body 31.
In addition, a connection belt 34 that extends downward when the upper body belt 30 is used is attached to a portion sandwiched between two buckles that constitute the length adjustment member 33 of the upper body belt body 31. The connection belt 33 is a belt-like body and has elasticity. Its width and stretchability conform to the upper body belt body 31. In addition, even if the distance between the buckles which comprise the length adjustment member 33 is changed, the connection belt 34 will always be in the state which hung down from the center of the said buckle. On the back side of the lower end of the connection belt 34, a waist belt front fixing member 22C, which is a surface fastener in the waist belt 20, and an upper belt fixing member 32C, which is a surface fastener for detachable fixing, are provided. . The fixing to the upper body belt body 31 of the upper body belt fixing member 32C can also be performed by the known and well-known techniques described above.

  Next, a method for using the walking aid that includes the right leg belt 10R, the left leg belt 10L, the waist belt 20, and the upper body belt 30 described above and the operation thereof will be described.

First, the right leg belt 10R and the left leg belt 10L are fixed to the subject's right leg and left leg thigh.
FIG. 4 shows a method of fixing the right leg belt 10R near the thigh of the subject's right leg, but not limited to this, but more specifically near the proximal end of the thigh. In order to fix the right leg belt 10R to the thigh of the right leg of the subject, the subject (in this embodiment, the subject will be described as wearing the walking aid by himself / herself, but the assistant or practitioner is the subject) Of course, it is possible to attach a walking aid to the front of the right leg belt 10R while positioning the lengthwise end of the main body 10R1 on the front side of the right leg thigh. The body portion 10R1 is lightly pressed to the right thigh with one hand to temporarily fix the position, and then the lengthwise end of the fixing portion 10R2 is rotated between the two legs to the rear of the right leg and from there to the outside of the right leg Through to the front of the right leg thigh. At this time, a tension is applied to the fixing portion 10R2 so that it is stretched to some extent. And the fixing | fixed part fixing member 10R21 located in the front-end | tip in the back side of fixing | fixed part 10R2 is detachably fixed with respect to the main body fixing member 10R11 located in the fixed range of the front end side in the front side of the main-body part 10R1. By performing such fixing to the two fixing portions 10R2, the right leg belt 10R is fixed to the thigh of the right leg while being wound around the thigh of the subject's right leg.
When the right leg belt 10R is wound around the thigh of the right leg, an appropriate tension is applied to the entire right leg belt 10R. Therefore, the right leg belt 10R attached to the right leg thigh is attached to the thigh of the right leg. It will be in the state which gives the force which makes it rotate internally.
Similarly, the left leg belt 10L is fixed near the base end of the thigh of the subject's left leg. Then, the left leg belt 10L is in a state of applying a force that causes the left leg thigh to rotate inward. FIG. 5 shows a state in which the right leg belt 10R and the left leg belt 10L are attached to the right leg thigh and the left leg thigh of the subject. Although not limited thereto, at this time, the main body portion 10R1 of the right leg belt 10R and the main body portion 10L1 of the left leg belt 10L are both located on the rear side of the thigh of the right leg or the left leg.
Although not shown in FIG. 5, in this state, the belt front fixing member 10R22 is exposed on the back side of the right leg thigh, and the belt front fixing member 10L22 is exposed on the back side of the left leg thigh. It has become.

Next, the waist belt 20 is fixed to the right leg belt 10R and the left leg belt 10L. Note that the waist belt 20 is for allowing the right leg belt 10R to better rotate the right leg thigh and causing the left leg belt 10L to better rotate the left leg thigh. Therefore, the waist belt 20 is not necessarily essential if the effect is not strongly focused.
FIG. 6 shows a method of fixing the waist belt 20 to the right leg belt 10R and the left leg belt 10L. FIG. 6 is a view of the subject as viewed from the front. In FIG. 6, detailed illustration of each of the right leg belt 10R, the left leg belt 10L, and the waist belt 20 is omitted. However, the belt front fixing member 10R22 and the waist belt back right fixing member 23R, and the belt front fixing member 10L22 and the waist belt back left fixing member 23L when they are detachably fixed to each other are illustrated.
In fixing the waist belt 20 to the right leg belt 10R and the left leg belt 10L, in this embodiment, as shown in FIG. 6A, the subject firstly has the right leg belt 10R and the left leg belt. 10L is fixed to the thigh of the right leg and the left leg, respectively.
Next, as shown in (b), the subject fixes the waist belt back left fixing member 23L of the waist belt 20 to the belt front fixing member 10L22 of the left leg belt 10L in a detachable manner. That is, the base end of the waist belt 20 is fixed to the back side of the thigh of the left leg.
Next, as shown in (c), the test subject turns the front end side of the waist belt 20 to the left front side of the waist and further reaches the outside of the iliac bone above the right front side of the waist. At this time, the waist belt 20 is allowed to pass near (or directly above) the greater trochanter DL on the left side of the waist. The greater trochanter is a portion projecting outward from the waist at the top of the femur.
Next, as shown in (d), the subject guides the front end side of the waist belt 20 to the rear side of the body on the right side of the waist, and reaches the outside of the iliac bone on the right side of the waist substantially horizontally.
Next, as shown in (e), the test subject guides the distal end side of the waist belt 20 to the front side of the body on the left side of the waist and reaches the vicinity of the right leg belt 10R on the front side of the body.
Next, as shown in (f), the test subject turns the tip of the waist belt 20 to the back side of the right thigh, and the waist of the waist belt 20 against the belt front fixing member 10R22 of the right leg belt 10R. The belt back right fixing member 23R is detachably fixed. At this time, the waist belt 20 passes near (or immediately above) the greater trochanter DR on the right side of the waist.
Thus, the fixation of the waist belt 20 to the right leg belt 10R and the left leg belt 10L is completed. A front view, a side view, and a rear view when the waist belt 20 is fixed to the right leg belt 10R and the left leg belt 10L are shown in FIGS. At this time, an appropriate tension is applied to the waist belt 20. Thereby, a counterclockwise force is applied to the right leg belt 10R from the waist belt 20 when viewed in plan, and a clockwise force is applied to the left leg belt 10L from the waist belt 20 when viewed in plan. Join. These forces are forces in a direction in which both the right leg belt 10R and the left leg belt 10L rotate the right leg or the left leg thigh.
When the waist belt 20 is fixed to the right leg belt 10R and the left leg belt 10L, the waist belt 20 can be made to follow a path opposite to the above-described path.

Next, the upper body belt 30 is attached to the right leg belt 10R and the left leg belt 10L.
Both ends of the upper body belt 30 are fixed to the outside of the right leg belt 10R and the left leg belt 10L. As described above, the upper body belt left fixing member 32L and the upper body belt right fixing member 32R of the upper body belt 30 can be detachably fixed to any position on the front side of the waist belt body 21 of the waist belt 20. it can. This means that both ends of the upper body belt 30 can be fixed at arbitrary positions on the front side of the right leg belt 10R and the left leg belt 10L fixed to the right leg or the left leg thigh of the subject.

FIG. 10 shows a method of fixing the upper body belt 30 to the right leg belt 10R and the left leg belt 10L. FIG. 10 is a view of the subject as viewed from the front. In FIG. 10, the waist belt 20 is omitted for the sake of simplicity.
In fixing the upper body belt 30 to the right leg belt 10R and the left leg belt 10L, in this embodiment, the subject first wears the right leg belt 10R, the left leg belt 10L, and the waist belt 20 as described above.
Next, as shown in FIG. 10 (a), the test subject is placed on an appropriate portion of the surface of the left leg belt 10L, which is not limited to this in this embodiment, but on the front side of the left leg belt 10L. 30 upper body belt left fixing member 30L is detachably fixed. That is, the upper end of the upper body belt 30 is fixed to the approximate center above the thigh of the left leg. The position in the width direction of the left leg belt 10L to which the base end of the upper body belt 30 is fixed may be, for example, near the center of the left leg belt 10L. The force to lift 10L, and thus the left leg's thigh upward, becomes stronger. Then, the subject brings the tip side of the upper body belt 30 to the back of the body, and passes the tip side of the upper body belt 30 to the right shoulder of the subject through the rear side of the subject's body. Here, fixing the base end of the upper body belt 30 to the front side of the thigh means that the length of the outer circumference of the thigh including the front of the thigh is ¼ when the horizontal cross section of the thigh is assumed. This means that the center in the width direction of the base end of the upper body belt 30 is included in the arc.
Next, the subject moves the front end side of the upper body belt 30 forward from behind the subject's body over the subject's right shoulder, as shown in FIG.
Next, as shown in (c), the subject moves the front end side of the upper body belt 30 to the rear side of the subject's body through the subject's right armpit, and pulls the front end side substantially horizontally. Bring to the left armpit of the subject.
Next, as shown in (d), the subject pulls the front end side of the upper body belt 30 through the left armpit of the subject to the front side of the subject's body, and the front end side passes through the front side of the subject's body as it is. Bring to the subject's left shoulder.
Next, as shown in (e), the subject moves the tip side of the upper body belt 30 to the rear side of the subject's body over the left shoulder of the subject, and moves the tip of the upper body belt 30 to the subject's left side. After reaching the outside of the subject's right leg through the back of the body, the tip side of the upper body belt 30 is brought to the front side of the subject's thigh, and the upper body belt right fixing member 32R is attached to the surface of the right leg belt 10R. Secure against the front side of the. When the upper body belt right fixing member 32R is fixed to the right leg belt 10R, the fixing position to the right leg belt 10R follows the fixing position of the upper body belt left fixing member 32L to the left leg belt 10L. Thereby, the tip of the upper body belt 30 is fixed to the front side above the thigh of the right leg.
Thus, the fixing of the upper body belt 30 to the right leg belt 10R and the left leg belt 10L is completed. A front view and a rear view when the upper body belt 30 is fixed to the waist belt 20 or to the right leg belt 10R and the left leg belt 10L via the waist belt 20 are respectively shown in FIGS. 12 shows.

The subject attaches the walking aid to the body in this way.
In this state, the right leg thigh is internally rotated by the right leg belt 10R, and the left leg thigh is internally rotated by the left leg belt 10L. There may be a positive effect on the subject's body by turning the thigh. For example, the subject's back pain and O-leg may improve. Also, the thighs are given a force that causes them to rotate inwardly, so that the subject naturally moves forward when walking, and more particularly when trying to step on the legs in a step by step movement. It becomes easy to come out. On the other hand, the right leg belt 10R and the left leg belt 10L are used in a step-by-step movement when the leg is pulled back, and when the leg remaining behind attempts to kick the ground backward. Since a resistance force is applied to the thigh muscles, the subject can walk naturally, but only by walking, the above-mentioned resistance causes the thigh muscle strength training without knowing it. In addition, the subject wearing the right leg belt 10R and the left leg belt 10L can easily stand up from a sitting state.
Moreover, as described above, the force in the direction of rotating the thigh tightened by the waist belt 20 is always applied to the right leg belt 10R and the left leg belt 10L. Therefore, even if the subject wearing them performs walking, standing, etc., the right leg thigh that has been internally rotated by the right leg belt 10R keeps the internal rotation well, and the left leg belt 10L The same applies to the thigh of the left leg that has been internally rotated. A force in the direction of rotating the thigh tightened by the upper leg belt 30 from the upper leg belt 30 to the right leg belt 10R and the left leg belt 10L always acts. However, since the force is smaller than the force in the direction of rotating the thigh tightened by the waist belt 20 from the waist belt 20 to the right leg belt 10R and the left leg belt 10L, the above-described effect is not lost. The waist belt 20 and the upper body belt 30 are appropriately designed in terms of length and stretchability so that the magnitudes of the two forces acting in opposite directions do not reverse.
The waist belt 20 pushes the left and right great trochanters of the subject from the outside, so that the subject's body is stabilized when the subject walks.
The subject can spend, for example, 20 minutes or more with the right leg belt 10R, the left leg belt 10L, and the waist belt 20 attached, and can perform a light exercise such as walking. In addition, the subject may have individual differences if the tensions of the right leg belt 10R, the left leg belt 10L, and the waist belt 20 are not so great, but in this state, for example, about 2 to 3 hours, daily life Can also be sent.
At this time, an appropriate tension is applied to the upper body belt 30. As a result, the subject's shoulders are pulled backward by the upper body belt 30, so that the subject can naturally maintain a good posture with his chest stretched. Further, the upper body belt 30 can prevent the subject's body from swinging left and right and rotating when the subject walks, so that the subject can better maintain a good posture even during walking, for example. It becomes like this.
Further, the upper body belt 30 gives the right leg belt 10R and the left leg belt 10L a force for pulling them up. Although this includes the time when the subject is standing upright, the force that always pulls them up is applied to both thighs of the subject. Thereby, the test subject is assisted in the walking motion. In this embodiment, the right leg belt 10 </ b> R and the left leg belt 10 </ b> L are subjected to a force in the direction of being pulled upward from the waist belt 20. This force is smaller than the force that the upper body belt 30 pulls up on the right leg belt 10R and the left leg belt 10L, but the upper body belt 30 moves them up on the right leg belt 10R and the left leg belt 10L. The above-described effect is not adversely affected at least.
When the upper body belt 30 is fixed to the right leg belt 10R and the left leg belt 10L, in particular, as shown in FIG. 12, the connection belt of the upper body belt 30 whose description is omitted in FIG. It is possible to connect the lower end of 34 to the center of the substantially horizontal portion of the waist belt 20 immediately below it. Such connection is performed by fixing the upper body belt fixing member 32C on the back side of the lower end of the connection belt 34 of the upper body belt 30 to the waist belt front fixing member 22C. The length of the connection belt 34 is somewhat shorter than the distance between the substantially horizontal portion of the waist belt 20 that is in contact with the subject's back and the substantially horizontal portion of the upper body belt 30. It has become. Therefore, when the upper body belt fixing member 32C for the upper body belt 30 is fixed to the inner belt fixing member 22C of the waist belt 20, the connection belt 34 is stretched. According to this, the subject's posture is further improved because the upper body of the subject is subjected to a force in the direction of warping backward.
In this embodiment, the connection belt 34 has an end on the upper body belt 30 side fixed to the upper body belt 30, and an end on the waist belt 20 side is detachable from the waist belt 20. However, this relationship can be reversed, and both ends can be attached to and detached from the upper body belt 30 and the waist belt 20, respectively.

<Modification 1>
A walking aid according to Modification 1 will be described.
But the walk assistance tool by the modification 1 is hardly different from the walk assistance tool in 1st Embodiment. More specifically, the walking aid according to the first modification is slightly different from the walking aid in the first embodiment only in the usage method.
As in the case of the first embodiment, the walking aid in Modification 1 includes the right leg belt 10R, the left leg belt 10L, the waist belt 20, and the upper body belt 30. Although their usage is basically the same as in the first embodiment, in the first modification, the right leg belt 10R is attached to a portion of the right leg from the knee of the thigh, almost directly above the knee. Similarly, the left leg belt 10L is attached to a portion of the left leg from the knee of the thigh, almost directly above the knee.
Then, both ends of the upper body belt 30 are attached to the front surfaces of the right leg belt 10R and the left leg belt 10L attached below the thighs. FIG. 13 shows a state where the walking aid of Modification 1 is attached to the subject. Also in FIG. 13, illustration of the waist belt 20 is omitted. However, even in the first modification, the use of the waist belt 20 is not essential.

<< Second Embodiment >>
The walking aid of the second embodiment will be described.
The walking aid in the second embodiment is basically the same as the walking aid in the first embodiment.
In short, the walking aid of the second embodiment is obtained by integrating the right leg belt 10R, the waist belt 20, and the left leg belt 10L of the walking aid of the first embodiment in this order as a single band. It is.

As described above, the walking aid of the second embodiment includes the right leg belt 10R, the waist belt 20, and the left leg belt 10L, and the same upper body belt 30 as in the first embodiment.
The walking aid has a series of main bodies 50 as shown in FIG. Although not limited to this, the main body 50 is a belt-like body having the same width in all portions in the length direction. In other words, the body 50 is a fairly elongated rectangle. The length is such that a method for using a walking aid as described below can be executed, and is often about 200 cm to 300 cm depending on the physique of the subject. Moreover, the width is not limited to this, but is about 5 cm to 15 cm. The reason for making the width is the same reason that the width of the left leg belt 10L is made the same in the first embodiment.

The main body 50 of the walking aid is provided with a pair of fixing members 51A and 51B on the front side and the back side near the end on one end side, and on the back side and the front side near the end on the other end side. A set of fixing members 52A and 52B is provided.
The pair of fixing members 51A and the fixing member 51B can be detachably fixed to each other. The pair of fixing members 52A and the fixing member 52B can be detachably fixed to each other.
One of the fixing members 51A and 52A on the front side is near the end in the length direction of the main body 50, and the other is from the vicinity of the end in the length direction of the main body 50 to the outer circumference of the subject's thigh. It is in a position close to the center in the longitudinal direction of the main body 50 by a distance slightly shorter than that.
On the other hand, one of the fixing member 51B and the fixing member 52B on the back side is near the end of the main body 50 in the length direction, and the other is from the vicinity of the end of the main body 50 in the length direction. It is in a position close to the center in the length direction of the main body 50 by a distance slightly shorter than the length of the outer periphery of the main body 50. However, the fixing member 51 </ b> B and the fixing member 52 </ b> B are paired with the fixing member 51 </ b> B or the fixing member 52 </ b> A from the slightly inner side of the main body 50 when the fixing member 51 </ b> A or the fixing member 52 </ b> A is near the end in the length direction of the main body 50. When the fixing member 51 </ b> A or the fixing member 52 </ b> A that is paired with each other is positioned slightly inside the longitudinal direction of the main body 50, the fixing member 51 </ b> A is positioned near the end of the main body 50.
The upper body belt right fixing member 32R and the upper body belt left fixing member 32L for the upper body belt 30 can be fixed to all the front side portions of the main body 50.

  Near the center of the main body 50, a length adjusting member 53 for adjusting the length of the main body 50 in the length direction is provided. The structure and function of the length adjusting member 53 may be the same as those of the length adjusting member 33 in the first embodiment, and this is the case in this embodiment.

Next, the usage method of the walking aid of 2nd Embodiment and its effect | action are demonstrated. FIG. 15 is used for the description. FIG. 15 is a diagram showing a method of attaching the member (the member including the main body 50) in which the left leg belt 10L, the right leg belt 10R, and the waist belt 20 in the first embodiment shown in FIG. 14 are integrated to the body of the subject. It is. The subject in FIG. 15 is facing forward. FIG. 15 shows only the main body 50, the fixing member 51A and the fixing member 51B when fixed to each other, and the fixing member 52A and the fixing member 52B when fixed to each other.
To use this walking aid, first, as shown in FIG. 15 (a), with the fixing member 52A at the end and the front side facing the front side, the end with the fixing member 52A is placed on one foot of the subject. (Although not limited to this, the left leg is used in this embodiment.) And the front end side of the main body 50 is brought to the front side from the outside of the subject's left leg.
Next, as shown in (b), the tip of the main body 50 is brought back to the back of the leg through the crotch. Then, the fixing member 52B on the back side of the main body 50 is detachably fixed to the fixing member 52A. In this state, the main body 50 is fixed to the outer periphery of the left leg thigh. At this time, the portion of the main body 50 extending from the fixing member 52A to the fixing member 52B is wound in the direction of internal rotation with respect to the left leg thigh, so that the left leg thigh muscle is rotated inwardly. The power of. That is, the part of the main body 50 extending from the fixing member 52A to the fixing member 52B functions in the same manner as the left leg belt 10L in the first embodiment.
The handling of the main body 50 from here on is the same as the handling of the waist belt 20 in the first embodiment.
Next, as shown in (c), the test subject turns the front end side of the main body 50 to the left front side of the waist and further reaches the outside of the iliac bone above the right front side of the waist. At this time, the main body 50 passes near (or directly above) the greater trochanter on the left side of the waist.
Next, as shown in (d), the subject guides the front end side of the main body 50 to the rear side of the body on the right side of the waist, and reaches the left side of the waist substantially horizontally.
Next, as shown in (e), the subject guides the distal end side of the main body 50 to the front side of the body on the left side of the waist and reaches the vicinity of the outside of the thigh of the right leg on the front side of the body.
Next, as shown in (f), the test subject turns the front end side of the main body 50 to the back side of the right thigh, crosses the back side of the right thigh substantially horizontally, and then enters the crotch position. To reach. At this time, the fixing member 51A is positioned slightly inside the back side of the right thigh. At this time, the main body 50 passes near (or directly above) the greater trochanter on the right side of the waist.
Next, as shown in (g), the test subject brings the distal end side of the main body 50 to the front of the body from between the crotch and reaches the position outside the front side of the right thigh as it is.
Next, as shown in (h), the subject brings the tip of the main body 50 from the outer side of the right thigh to the rear side of the right thigh, and the fixing member 51B on the back side of the tip is fixed to the fixing member 51A. Removably fix to. Thereby, the part corresponding to the fixing member 51B from the fixing member 51A in the main body 50 is in a state of making a round of the outer periphery of the right thigh. That is, this portion is in a state similar to the right leg belt 10R in the first embodiment. However, since the portion of the main body 50 corresponding to the fixing member 51A to the fixing member 51B makes a round around the right thigh in the direction of rotating the muscle, the right leg belt in the first embodiment as it is. It does not function in the same way as 10R. Therefore, in this state, the subject grasps the portion corresponding to the fixing member 51B from the fixing member 51A in the main body 50 and forcibly rotates it in the internal rotation direction. As a result, the portion of the main body 50 corresponding to the fixing member 51A to the fixing member 51B causes the thigh muscle of the right leg to rotate inward, and thus functions in the same manner as the right leg belt 10R in the first embodiment. It will be.

Next, in this state, in the main body 50, the front side of the portion that functions in the same manner as the left leg belt 10L in the first embodiment and the front side of the portion that functions in the same manner as the right leg belt 10R in the first embodiment. Both ends of the upper body belt 30 wound around the subject's body are detachably fixed to the front surface in the same manner as described in the first embodiment.
The function of the walking aid used in this way is the same as in the case of the first embodiment.
In the second embodiment, a portion of the main body 50 that functions in the same manner as the left leg belt 10L in the first embodiment and a portion that functions in the same manner as the right leg belt 10R in the first embodiment are the same as in the first embodiment. Like the left leg belt 10L and the right leg belt 10R, it is located near the proximal end of the thigh. It is also possible to position those positions in the part from the knee of the thigh, as was the case in the first modification. In that case, a part that functions in the same manner as the left leg belt 10L in the first embodiment and a part that functions in the same way as the right leg belt 10R in the first embodiment of the main body 50 that is located immediately above the knee. In more detail, both ends of the upper body belt 30 are detachably attached to portions located in front of the thighs.

10R Right leg belt 10R1 Main body portion 10R11 Main body fixing member 10R2 Fixed portion 10R21 Fixed portion fixing member 10R22 Belt front surface fixing member 10L Left leg belt 10L1 Main body portion 10L11 Main body fixing member 10L2 fixing portion 10L21 fixing portion fixing member 10L22 Belt surface fixing member 20 Waist Belt 21 Waist belt body 22C Waist belt front fixing member 23R Waist belt back right fixing member 23L Waist belt back left fixing member 30 Upper body belt 31 Upper body belt body 32R Upper body belt right fixing member 32L Upper body belt left fixing member 32C Upper body belt fixing member 34 Connection belt 50 Main body 51A Fixing member 51B Fixing member 52A Fixing member 52B Fixing member

Claims (8)

A right leg belt, which is a belt-like body, used in a state of being wound around the thigh of the subject's right leg when in use;
A left leg belt, which is a belt-like body, used in a state of being wound around the thigh of the subject's left leg during use;
One of the right leg belt is fixed to the right leg belt in use and the other end side is supported at a position higher than the right leg belt of the body of the subject. Stretch band,
One of the left leg belt is fixed to the left leg belt in use and the other end side is supported at a position higher than the left leg belt of the body of the subject. Stretch band,
With
The right elastic body is adapted to apply an upward force to the thigh of the right leg of the subject in an upright state,
The left elastic body is adapted to apply an upward force to the thigh of the left leg of the subject in an upright state at least;
Walking aid. The one end of the right telescopic body is fixed to the front side of the right leg belt in a state of being wound around the thigh of the right leg of the subject,
The one end of the left telescopic body is fixed to the front side of the left leg belt in a state of being wound around the thigh of the left leg of the subject.
The walking aid according to claim 1. The right leg belt is adapted to be used in a state where it is wound around a portion near the knee of the thigh of the subject's right leg,
The left leg belt is adapted to be used in a state of being wrapped around a portion of the subject's left leg near the knee of the thigh,
The walking aid according to claim 1 or 2. At least one of fixing the one end of the right elastic body to the right leg belt and fixing the one end of the left elastic body to the left leg belt is detachable.
The walking aid according to claim 1. The other end side of the right elastic body and the other end side of the left elastic body are connected to each other, and the right elastic body and the left elastic body are a series of bands.
The walking aid according to claim 1. The right elastic body and the left elastic body which are a series of bands are the right leg belt and the left leg belt when attached to the right leg or the left leg of the subject, and the right leg belt. From the back of the subject's body to the subject's left shoulder, and from there through the front of the subject's body to the subject's left armpit, from there the back of the subject's body Through to the subject's right arm, from there through to the subject's body, to the subject's right shoulder, and from there through the subject's body to the left leg belt. The length is such that it can be tied by a route or vice versa, and the tips thereof can be detachably fixed to the right leg belt and the left leg belt, respectively. ,
The walking aid according to claim 5. The right leg belt and the left leg belt are integrated.
The walking aid according to claim 1. The process of wrapping and fixing the right leg belt, which is a belt-like body, to the thigh of the subject's right leg,
A process of winding and fixing a left leg belt, which is a belt-like body, to the thigh of the subject's left leg;
One end of the right elastic body, which is a belt-like body having elasticity in the length direction, is fixed to the right leg belt, and the other part of the right elastic body is positioned higher than the right leg belt of the body of the subject. A process of causing the right elastic body to exert an upward force on the thigh of the right leg of the subject in an upright state by setting the end side to be supported; and
One end of the left elastic body, which is a belt-like body having elasticity in the length direction, is fixed to the left leg belt, and the left elastic body is positioned higher than the left leg belt of the subject's body. A process of causing the left telescopic body to exert an upward force on the thigh of the left leg of the subject in an upright state by setting the end side to be supported; and
Gait assistance method including.

Images