JP6949308B2 - Orthodontic tightening waist belt and its tightening method - Google Patents

Description

The present invention relates to a correction tightening belt capable of correcting a posture, and a correction tightening waist belt and its tightening for correcting a posture by obtaining a strong pulling force using the ilium of the pelvis, the ankles of the hands and feet, and the like. Regarding the method.

Orthodontic tightening belts such as waist supporters are used by people who have anxiety about their waist. The applicant of the present application has already provided a waist supporter for the purpose of reducing the tightening force of the abdomen and providing a corrective tightening belt having a comfortable wearing feeling (Patent Document 1).
On the other hand, the term pelvic correction is known as a means of removing pelvic strain. Pelvic strain is used to refer to the overall tilt of the pelvis to the left or right, or to the front or back, but pelvic strain can adversely affect pelvic function and cause back pain. It is said that it will be. The functions of the pelvis are that the pelvis supports the skull from the spine and supports the upper body, that it is connected to the hip joint and helps the hip joint when walking, and when sitting on a chair or floor. In addition, it has important functions such as supporting the body as a fulcrum, acting as a saucer because the visceral system is contained in the pelvis, and serving as a place for the uterus to wrap the foetation during pregnancy of a woman. Have.

Patent Document 1 states that "(claim 1) a belt-shaped belt (11) wound from the waist to the abdomen of a person and a belt-shaped belt provided at the medial central portion of the belt-shaped belt and facing the lumbar spine of the person. A waist support member (13) to be in contact with a pair of side support members (12) provided on both inner sides of the belt-shaped belt and abutting against a pair of left and right iliac portions on the side surface of the waist of a person. The waist support member and the side support member are provided with an auxiliary belt (17, 18) provided at the lower center of the band-shaped belt, covering the hip joint from above the buttocks, and connecting and winding both ends at the lower abdomen. It is made of soft resin, hard rubber, foamed resin, or three-dimensional structure fabric, has bending hardness, thickness, and elasticity that are not crushed by the tightening force of the belt-shaped belt, and is formed of a material that has shock absorption. A portion support member is provided so as to be adjustable in position with respect to the waist support member, and the side support member has a recess formed in the central portion, and the peripheral portion of the recess hits the iliac portion so as to surround the iliac spine. In contact with each other, the thickness of the pair of side support members forms a space between the inner surface of the belt and the abdominal surface between the pair of side support members to reduce pressure on the abdomen. A straightening tightening belt, characterized in that a non-slip portion is formed inside at least one of the band-shaped belt, the waist support member, and the side support member. " ing. As its action effect, "(0016) Further, by providing side support members to be applied to the left and right iliac bones in a position-adjustable manner and arranging them on the abdominal side by adjusting the contact position, the feeling of oppression is further alleviated. In particular, by forming a recess in the center of the side support member, the recess is brought into contact with the iliac spine so as to surround the iliac spine, preventing the support member from being misaligned and reaching the iliac spine. It relieves extreme stress concentration. "
Patent Document 2 describes "(Claims) (Claim 1) The present invention is a removable waist belt that covers the abdomen from the sacroiliac joint, and is an outer basic belt 1 provided with locking means at both ends. It is a pelvic adjustment device composed of an inner adjustment belt 2 sewn to the basic belt in the central part of the back side. It has a function of adjusting (treatment) of dysfunction (physiological adaptation and lack of mobility) of sacroiliac joint intracapsular movement, which is one of the factors (accounting for 85%) (claim 2) Basic belt 1 Is made of elastic material and has through holes 3 on both sides. The adjustment belt 2 is made of a material having a higher expansion / contraction rate than the basic belt 1 at the center portion on the back side, and both ends are through holes of the basic belt 1. 3 is exposed to the front side and locked to the surface of the basic belt 1 with the surface fastener 4. ”is disclosed.
In Patent Document 3, the joint capsule corrector 100 is provided in the first corset 10, the second corset 20, the third corset 30, and the first corset that surrounds the sacrum and the ilium, and the sacroiliac joint is provided. It is provided with a bag portion 50 for accommodating a compression body P formed by a hollow spherical body that elastically deforms by pressing. The bag portion 50 has elasticity and is formed of a member that sandwiches the compression body, and is formed in pairs so as to store the compression body P side by side. When the compression body P housed in the bag portion 50 presses the sacroiliac joint, the compression body P is supported by a recess formed by the sacrum and the posterior superior iliac spine. Is disclosed.

Japanese Patent No. 4840881 JP-A-2018-7999 Japanese Unexamined Patent Publication No. 2015-177897

Patent Documents 1 to 3 include a second tightening belt for tightening more strongly in addition to the waist belt in order to strongly tighten the waist while wearing the waist belt.
However, correction of the body posture generally requires a stronger force than tightening of a waist belt or the like, and in particular, in order to act in a direction in which the tightening direction is different (for example, tightening of the first belt). In order to exert a force in the direction opposite to the direction), a considerably strong force is required in that direction, but Patent Documents 1 to 3 above cannot exert such a strong force. .. This will be described below by taking pelvic correction as an example.
As for pelvic correction, there is a correction method that twists the waist area from just pushing and pulling the pelvis, and it does not directly stimulate the pelvis, but it exists so as to surround the sacroiliac joint that constitutes the pelvis. It is known that the joint capsule is approached to remove the cause of pain from the sacroiliac joint, and that a shearing force (longitudinal force) is applied to the sacroiliac joint. In the pelvis, three bones called the iliac bone, sacrum, and sacrum are combined to form a bone called the hip bone (see Fig. 11), and where the bone called the sacrum exists. The hip bone and sacrum are collectively called the pelvis.
However, all of the above are used for tightening the lumbar region, and are not sufficient for posture correction (stretching the back muscles), and the tightening direction is only one direction or a direction different from the tightening direction (for example,). It was not possible to exert a strong correction force (in the opposite direction).
In Patent Documents 1 and 2, the tightening direction in which the outer pulling member is pulled is opposite to that in the present invention, and in Patent Document 3, the tightening directions of the basic belt 1 and the adjusting belt 2 are the same.

Therefore, an object of the present invention is to align the bones so as to protrude from the body, exert a strong force necessary for body correction, and pull the belt in a direction different from the tightening of the belt. It is an object of the present invention to provide an orthodontic tightening waist belt and a method for tightening the same, which can correct a posture such as pelvic correction so as to obtain a force.

The inventor of the present application can detachably arrange an outer pulling member that is hooked on a bone portion that is positioned so as to protrude from the body, so that not only posture correction using the pelvis but also other bone portions of the body can be performed. We have found that posture correction can be performed by using the above, and completed the invention of the present application.
The present invention is a belt-shaped belt that is wound around the body and tightens to the abdominal side, and a hook that is an outer pulling member attached to the outside of the belt-shaped belt and is hooked on an ilium that is located so as to protrude from the body. A belt-shaped belt is fastened to the body at a portion of the ilium located so as to protrude from the body, and then the hooked portion of the outer pulling member is belt-shaped. The outer pulling member is attached so as to be hooked from the outside of the belt to the position of the ilium, and the grip portion is pulled to the belt-shaped belt without folding back in the direction of the waist opposite to the tightening direction of the belt-shaped belt. It is a tightening waist belt for correction, which is characterized by being locked.
Further, the present invention is a band-shaped belt that is wound around the body and tightens to the abdominal side, and a pair of outer pulling members that are attached to the outside of the band-shaped belt and are hooked on the ilium that is located so as to protrude from the body. A pair of outer pulling members are provided with a hooking portion and a gripping portion for gripping by hand, and a belt-shaped belt is fastened to the body at a portion of the ilium located so as to protrude from the body. Is attached so as to be hooked from the outside of the belt to the position of the ilium, and the outer pulling member is pulled in the direction of the waist opposite to the tightening direction of the belt, and then the grip is pulled, and then the belt is used. It is a tightening waist belt for correction, which is characterized by being locked to.
Here, the "bones located so as to protrude from the body" are the ilium (iliac spines), the ankles of the hands and feet, the left and right shoulder bones, the left and right elbows and knees, etc. Refers to the bones of.
According to the present invention, the outer pulling member is aligned with the bone portion located so as to protrude from the body, the belt-shaped belt is tightened to the body, and then the outer pulling member is grasped and pulled to pull the outer pulling member. It can be pulled by exerting a strong force. Therefore, according to the present invention, even when a tensile force is applied in a direction different from that of the belt-shaped belt (first waist belt, etc.), a force larger than the tightening force is applied to correct the posture (pelvic correction, etc.). become able to.

According to the present invention, an inner alignment member arranged inside the belt-shaped belt is provided, and the inner alignment member is aligned with a bone portion located so as to protrude from the body, and the hooking operation by the outer pull member is performed. It is characterized by being used for corresponding positioning to work.
According to the present invention, when used for pelvic correction, the medial alignment member arranged inside the belt-shaped belt can be positioned on the bone (ilium) located so as to protrude from the body, so that the belt-shaped belt It is possible to make it easier to pull the outer pulling member by mounting it correspondingly when mounting the outer pulling member arranged on the outside of the (by making the outer hooking member hook on the inner aligning member). can.

The present invention is characterized in that the outer pulling member includes a gripping portion that is gripped by hand, and also includes a locking means that locks the belt-shaped belt after a pulling operation by the outer pulling member.
According to the present invention, by providing a locking means for locking the strip-shaped belt after gripping the grip portion of the outer pulling member by hand and performing a pulling operation, the outer pulling member can be held while maintaining the pulling force. It can be attached to a belt-shaped belt.

The present invention is characterized in that the strip-shaped belt is provided with an opening for connecting the inner alignment member and the outer pulling member, and / or a connecting member.
According to the present invention, since the inner alignment member and the outer pulling member can be directly connected (without using a belt-shaped belt), the outer pulling member can be pulled with a stronger force.

According to the present invention, after the outer pulling member is aligned with the position of the bone located so as to protrude from the body and the band-shaped belt is tightened to the body, the outer pulling member is hooked from the outside of the band-shaped belt to the position of the bone. To attach it. Then, by grasping and pulling the outer pulling member, the outer pulling member can be pulled by exerting a strong force, but the pulling force is applied in a direction different from that of the belt-shaped belt (waist belt, etc.) (opposite direction, etc.). Even when it is applied, posture correction (pelvic correction, etc.) can be performed by applying a force larger than the tightening.

It is a front view of the tightening waist belt for correction of 1st Embodiment of this invention. It is a rear view of the tightening waist belt for correction of the said 1st Embodiment. It is a perspective view which shows the front side alignment member and the outside pulling member of the said 1st Embodiment. It is a perspective view which shows the front side alignment member and the outside pulling member of the said 1st Embodiment. It is sectional drawing which shows the use state of the said 1st Embodiment. It is a perspective view of the tightening waist belt for correction of the 2nd Embodiment of this invention. It is a perspective view which shows the wearing state of the correction tightening belt of the 2nd Embodiment. It is sectional drawing which shows the state which attached the orthodontic tightening waist belt of each said embodiment using the shoulder bone. It is a perspective view which shows the use example of the tightening waist belt for correction of the 2nd Embodiment of this invention. It is a perspective view which shows the use example of the tightening waist belt for correction of the 3rd Embodiment of this invention. It is a perspective view explaining the position of the pelvis, the ilium, and the iliac spine.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

As shown in FIGS. 1 to 5, the correction tightening waist belt 1 of the present embodiment has a band-shaped belt (waist belt) 2 wrapped around the waist and the back surface side (contacting the waist of a person) of the band-shaped belt 2. It includes an inner alignment member 3 arranged on the side) and an outer pulling member 4 arranged on the surface side (outside) of the belt-shaped belt 2.

The lateral pulling member 4 is applied to a position facing the iliac spine Ta of the ilium T of the pelvis Z of the human body (see FIG. 11), and is hooked on the ilium T via the belt-shaped belt 2. After that, the grip portion 4b is gripped to obtain a pulling force in a predetermined direction.
The medial alignment member 3 is arranged on the left and right iliac portions T on the left and right sides of the lumbar portion, and serves as a positioning member when hooked on the iliac portion T by the lateral pulling member 4.
The outer pulling member 4 and the inner aligning member 3 are provided with corresponding semicircular portions. Here, when the outer pulling member 4 pushes the inner pulling member 4 through the belt-shaped belt 2, the inner aligning member 3 is applied. When it hits (contacts), it becomes dented by pressurization (it becomes dented while surrounding the iliac part T) and gets caught. Therefore, the pulling force of the lateral pulling member 4 is obtained via the medial alignment member 3 aligned with the ilium T. The inner alignment member 3 is provided with a grip portion 4b that is gripped by hand, and can be pulled by hand using this grip portion 4b. Male members of the hook-and-loop fastener are provided on the front and back surfaces of the belt-shaped belt 2, and the surface of the belt-shaped belt 2 is placed on a predetermined position in a state of being pulled by the alignment lower inner positioning member 3 and the outer pulling member 4 that performs a pulling operation. Can be locked via fasteners.

A hook-and-loop fastener is attached to the front and back surfaces of the inner alignment member 3 and the outer pulling member 4, and is provided so as to be able to be attached (attached) to an arbitrary position of the hook-and-loop fastener of the band-shaped belt 2.

Here, since the tightening stress of the belt-shaped belt 2 is effectively concentrated on the three members corresponding to the left and right ilium T and the lumbar spine of the back, the belt-shaped belt 2 covering the members has relatively high elasticity. It is preferable to use a thin and flexible material. By using such a material, it is possible to enhance the fit to the body and at the same time relax the tightening feeling.

Further, since the stress is concentrated on the iliac crest Tb and the iliac spine Ta in the medial alignment member 3 that is applied to the left and right iliac portions T, pain may be felt in this portion. Therefore, the center of the medial alignment member 3 is formed into a concave shape, and the iliac spine Ta is wrapped around the concave portion 3b so that the iliac spine Ta is applied (applied to each other). It is preferable to hook it on the bone T (Fig. 4). As its shape, an annular shape or a semicircular ring shape is preferable. The holes 4z and 14z formed in these circular shapes can be easily hooked on the protruding bone (iliac spine) Ta (FIG. 6). Further, the alignment member 3 is provided with an internal space 3b to provide an internal space 3b.
In the present embodiment, the inner alignment member 3 is annular, the outer pulling member 4 is formed in a semicircular shape, and the semicircular portion 4a of the outer pulling member 4 is more than that of the inner aligning member 3. Is also large, and the outer pulling member 4 is hooked on the inner positioning member 3 from the outside. The softness of the lateral pulling member 4 is softer in the medial alignment member 3, and the force of the lateral pulling member 4 deforms the medial alignment member 3, which makes it easier to be caught in the position of the ilium.
As shown in FIG. 4, when the inner alignment member 3 serves as a cushioning material and is hooked on the bone T from the outer pulling member 4, the cushioning material 3 works and is hooked.
Further, the inner alignment member 3 and the outer pulling member 4 may have a shape to be fitted (FIGS. 5A and 5B). In this case, a hard material such as metal or hard plastic may be used, whereby the bone T (Ta) located so as to protrude inside the belt-shaped belt 2 made of cloth and protrude from the body. It can be hooked on a spot.

The inner alignment member 3 and the outer pulling member 4 need to be hard enough not to be crushed by the tightening force of the belt-shaped belt 2, and the tightening force of the belt-shaped belt 2 such as soft resin, hard rubber, foamed resin, etc. A member having an appropriate bending hardness, thickness, and elasticity that does not buckle and is not crushed is suitable.
Further, by using a material having a high impact absorbing power for the medial alignment member 3 and the lateral tensioning member 4, it is possible to prevent fractures and injuries of the ilium T and the coccyx at the time of a fall. As a material having high impact absorption, the low-resilience soft foam of the styrene-based elastomer and EVA foam resin are suitable.

Further, by applying anti-slip processing or treatment to the surface of the inner alignment member 3 and the outer pulling member 4 on the human body side, it is possible to prevent the belt-shaped belt 2 from slipping up. As an example of anti-slip processing / treatment, other methods such as printing or sewing a resin having an anti-slip effect are also possible. The portion of the belt-shaped belt 2 that comes into contact with the body may be anti-slip processed / treated.
Further, in order to reduce heat and stuffiness during wearing, the medial alignment member 3 and the lateral pulling member 4 arranged in the left and right iliac portions T and the lumbar vertebrae may be provided with holes for ventilation and the like. In addition, if a three-dimensional structure fabric such as a double Russell fabric is used, even higher air permeability can be provided.

Therefore, according to the present embodiment, the medial alignment member 3 is aligned with the portion of the bone (ilium) T located so as to protrude from the body, and the belt-shaped belt 2 is tightened to the body. After tightening in the tightening direction E in this case, the outer pulling member 4 is attached so as to be hooked from the outside of the belt-shaped belt 2 to the position of the bone T. Here, the medial alignment member 3 is temporarily fixed to the belt-shaped belt 2 so as to match the position of the user's bone (iliac bone) T, and the belt-shaped belt 2 is tightened. May be aligned with the position of the user's bone (ilium) T, and the belt-shaped belt 2 may be wrapped around the waist.
Then, by confirming the position of the inner alignment member 3, the outer pulling member 4 is hooked (covered) on the inner alignment member 3 from the outside, and the grip portion 4b is gripped and pulled (by covering). In FIG. 4, reference numeral F is the pulling direction), and the lateral pulling member hooked at the position of the user's bone (iliac bone) T is pulled. That is, it is pulled toward the lumbar region so as to open the left and right iliac bones T. Where a large force is required, even if a tensile force is applied in a direction different from the tightening direction of the belt-shaped belt (waist belt, etc.) 2, a greater force than the tightening force is applied to correct the posture (pelvis). You will be able to correct (correction, etc.). When maintaining the force as it is, it is locked to the belt-shaped belt 2 via the hooking portion 4 a of the outer pulling member 4.
In the present embodiment, since the pulling direction by the outer pulling member 4 is opposite to the tightening direction by the belt-shaped belt 2, a large force is required to obtain the pulling force by the outer pulling member 4. According to the present embodiment, since the outer pulling member 4 is attached to the portion of the bone T located so as to protrude from the body so as to be hooked from the outside of the belt-shaped belt 2 and pulled, a strong pulling force is obtained by using the bone T. Can be obtained. It is possible to have an assistant pull the posture from behind to correct the posture, but even one user can correct the posture.

As another example of the first embodiment, the posture can be corrected by using the orthodontic tightening waist belt 1 of the first embodiment on the left and right shoulder bones Ts. That is, it is an example as a correction for stretching the back muscle, and as shown in FIG. 8, the outer pulling member 4 and the inner aligning member 3 are located at the bone (shoulder bone) Ts located so as to protrude from the body. Align and tighten the strip belt 2 to the body. Then, after confirming the position of the inner alignment member 3 and hooking the outer pulling member 4 on the inner alignment member 3 from the outside, the band-shaped belt (waist belt) is pulled by gripping the grip portion 4b. Etc.) Even when a tensile force is applied in a direction different from that of 2, posture correction (correction to stretch the back muscle, etc.) can be performed by applying a force larger than the tightening.

(Second Embodiment)
As shown in FIGS. 6 to 8, the present embodiment is a pulling member 14 having a structure in which the outer pulling member 4 and the inner aligning member 3 are connected, and the connecting portion 14c is attached to the belt-shaped belt 2. They are connected via the formed groove (hole) 2e. That is, the outer pulling member 4 is connected so as to extend to the inner side in contact with the skin through the groove 2e formed in the belt-shaped belt 2. A plurality of the grooves 2e may be formed, and the connecting portions 14c may be passed through the plurality of grooves 2e. Therefore, by confirming the position of the inner alignment member 14 and hooking the pulling member 14 of the present embodiment on the inner alignment member 14 from the outside, the grip portion 14b is gripped and pulled. Even when a pulling force is applied in a direction (opposite direction) F different from that of the belt-shaped belt (waist belt) 2, posture correction (correction to stretch the back muscle, etc.) can be performed by applying a force larger than the tightening. .. Even in the pulling member 14 of the present embodiment, it is easier to hook the protruding bone (iliac spine) Ta from the hole 14a formed in a circular shape or the like.

(Third Embodiment)
It can also be used in the ankle position. FIG. 9 shows an example in which the ankle of the hand is used as a tightening belt for orthodontics having functions such as taping and bandage. Also in this case, after wrapping the band-shaped belt (bandage, tape, etc.) 2 from the wrist to the arm, if you want to correct the body in a direction different from these, hook the outer pulling member 4 to the ankle of the hand via the band-shaped belt 2. And pull it out to obtain a pulling force in the predetermined direction F. The so-called ankle of the hand is called a stalk-like process, but more specifically, the protrusion on the thumb side is called a radial stalk-like process, which is on the small finger side. The protrusions are called ulnar pedicles, but in the same manner as in the first embodiment, they are hooked on and pulled from the bones located so as to protrude from the body. be able to. Further, the bones such as the left and right elbows and knees can be used in the same manner, and these bones T can be used to obtain a stronger pulling force by the lateral pulling member.

As described above, the correction tightening belt 1 of the present invention is not limited to the above embodiment, but also includes a medical corset, and the material and shape of the belt-shaped belt 2 are not limited. It can also be used as a tightening belt for orthodontics that has these functions such as taping and bandage.
The materials and shapes of the inner alignment member 3 and the outer tension member 4 may be any members as long as they have desired bending hardness, thickness and elasticity, and various members can be used. And the outer pulling member 4 can be the same one (the outer hooking member 3 can be used with the inner pulling member, or conversely, the inner positioning member 3 can be used as the outer pulling member. It can also be used.) In this case, using the medial alignment member 3, the medial alignment member 3 is hooked on a bone portion located so as to protrude from the body, then pulled in a predetermined direction, and then at a predetermined position of the belt-shaped belt. It can be disregarded. Then, the pulling directions of the outer pulling member and the inner positioning member can also be pulled in the direction opposite to the direction F of the embodiment.

1 Orthodontic tightening waist belt ,
1a Overlapping part (tip part), 1m hook-and-loop fastener,
2 strip belt, 2e groove (hole),
3 Inner pulling member, 3a Hooking part,
4,14 Outer alignment member (pulling member),
4a hook part, 4b grip part,
4c connecting part, 4m locking part (hook-and-loop fastener),
4z, 14z hook (hole),
F Pulling direction (direction toward the waist) ,
T ilium, Ta iliac spine, Tb iliac ridge

Claims (5)

With a band-shaped belt that is wound around the body and tightened to the abdomen side, and a hooking part and a hand that hooks on the ilium , which is an outer pulling member attached to the outside of the band-shaped belt and is located so as to protrude from the body. It is provided with an outer pulling member provided with a gripping portion for gripping, and after tightening the band-shaped belt to the body at a portion of the ilium located so as to protrude from the body, the hooking portion of the outer pulling member is fastened from the outside of the band-shaped belt. Attaching the outer pulling member so as to be hooked on the position of the ilium , pulling the grip portion and locking it to the belt-shaped belt without folding back in the direction of the waist opposite to the tightening direction of the belt-shaped belt. A tightening waist belt for correction that features. A belt-shaped belt that is wound around the body and tightened to the abdomen side, and a pair of outer pulling members that are attached to the outside of the belt-shaped belt and hooked on the ilium that is located so as to protrude from the body. It is provided with an outer pulling member provided with a grip portion to be gripped by hand, and after tightening the band-shaped belt to the body at a position of the ilium located so as to protrude from the body, a pair of outer pulling members are fastened from the outside of the band-shaped belt. The outer pulling member is attached so as to be hooked at the position of the ilium, and the grip portion is pulled and then locked to the belt-shaped belt without folding back in the direction of the waist opposite to the tightening direction of the belt-shaped belt. A tightening waist belt for correction. Together with the an inner positioning member having a freely arranged is recessed portion detachably attached to the inner side of the belt webbing, aligned by the recess a portion of the iliac positioned so as to project the inner alignment member from the body, Used for the corresponding positioning so that the hooking operation by the outer pulling member works , the outer pulling member is pulled in the direction of the waist opposite to the tightening direction of the belt-shaped belt without folding back, and then the belt-shaped belt is pulled. The corrective tightening waist belt according to claim 1 or 2, wherein the belt is locked to a belt. The outer pulling member is characterized by being formed with a hole for hooking on the ilium and provided with a hook- and-loop fastener which is a locking portion that locks on the belt-shaped belt after the pulling operation by the outer pulling member. The corrective tightening waist belt according to any one of claims 1 to 3. The correction according to claim 3, wherein the inner alignment member and the outer pulling member are connected via a connecting portion, and the connecting portion is connected via an opening formed in the belt-shaped belt. For tightening waist belt.

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