JP2515283Y2 - Manipulative band - Google Patents

Description

[Detailed description of the device]

[0001]

INDUSTRIAL APPLICABILITY The present invention can perform orthodontic treatment at home by wrapping a hand body having an affected portion pressing projection around the outer periphery of an affected area that requires chiropractic treatment, for example, where the pelvis is displaced. The present invention relates to a manipulative band that can be used.

[0002]

2. Description of the Related Art Conventionally, the distortion of the skeleton of the human body, especially the pelvis,
A so-called manipulative method is known to correct misalignment. This manipulative method is generally performed by a manipulative specialist (manipulative surgeon, healer), and the patient needs to be treated by the manipulative specialist, and the patient himself / herself or family member cannot treat at home. I could hardly do it.

[0003]

[Problems to be Solved by the Invention] As described above, since a patient undergoing manipulative treatment needs to go to a chiropractic specialist or a doctor (surgeon, gynecologist) to be treated, Also, it was economically burdensome. It is a good news for the patient if there is something that can be done by the patient himself / herself or his / her family for the subsequent medical treatment, while the diagnosis of the place where the treatment of the manipulative treatment is required, the method and the method of treatment are left to the manipulative specialist. The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a band for manipulative treatment by which a patient himself / herself or a family member can perform remedy treatment at home.

[0004]

In order to achieve the above-mentioned object, the present invention comprises (1) a rubber-like elastic body which is pressed against an affected area on the inner surface of the starting end portion of a rubber-like band body 2 having elasticity. The affected part pressing projections 3 are provided, and the band body 2 is joined to both ends of the inner surface and the outer surface of the band body 2 by being overlapped with the band body 2 wound around the affected area and the body, and detachable by peeling it off. , 5 are provided. (2) A large number of small shift-preventing projections for preventing the band body 2 from being displaced on the inner surface between the joint portions 4 and 5 of the band body 2 in a state in which the band body 2 is wound around the affected part and the body. 6 is provided, respectively.

[0005]

With the above-described structure, the manipulative treatment band of the present invention is provided with the affected portion pressing projection 3 made of a rubber-like elastic body to be pressed against the affected portion, on the inner surface of the starting end portion of the elastic rubber band body 2. Since both ends of the inner surface and the outer surface of the band body 2 are joined by being overlapped with the band body 2 while being wound around the affected part and the body, and detachable joint parts 4 and 5 are provided by peeling the band body 2, the affected part is provided. Pushing protrusion 3
Is pressed against the affected area, and the band body 2 is wrapped around the affected area and the body and overlapped, the joining portions 4 and 5 are joined and the band 1 for manipulative treatment is fixed, and the affected area is corrected. Also,
When removing the band 1 for manipulative treatment, the joint portions 4 and 5 are simply peeled off to be easily detached.

On the inner surface between the joint portions 4 and 5 of the band body 2, a large number of small deviation-preventing projections 6 for preventing the band body 2 from being displaced when wound around the affected part and the body are provided. With the band 1 wrapped around the affected part and the body, the band body 2 is surely prevented from being displaced, and proper treatment is performed.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be specifically described below with reference to the accompanying drawings. 1 to 3, reference numeral 1 denotes a manipulative treatment band, and the manipulative treatment band 1 has an inner surface of a band body 2 made of a thick elastic rubber plate, and has a slight distance from the end portion. The affected part pressing projection 3 made of a rubber-like elastic body (for example, sponge) that is pressed against the affected part is provided. In addition, the inner and outer surfaces of the band body 2 are joined by overlapping the band body 2 around the affected part and the body in a wound state, and the adhesive tape (male part) 4 which is a detachable joint part when peeled off. An adhesive tape (female portion) 5 is provided.

In the adhesive tape (male part) 4 and the adhesive tape (female part) 5, the adhesive tape (male part) 4 is provided on the inner surface side end of the band body 2, and the adhesive tape (female part) 5 is the band. The outer surface of the body 2 is provided at a side end opposite to the side where the adhesive tape (male part) 4 is provided, with a length longer than that of the adhesive tape (male part) 4. Further, on the inner surface of the band body 2, there are provided a large number of small deviation preventing projections 6, 6 ... Which prevent the band body 2 from being displaced while being wound around the affected part and the body. Although not shown, the band body 2 may be provided with a large number of small holes in order to improve air permeability and prevent stuffiness, and the material of the band body 2 itself should be elastic and breathable. It may be made to have a property.

[0009] In the medical field, the cause and treatment method for diseases generally caused by distortion of the skeleton of the human body = neuralgia, other pains occurring in the body, chronic diseases, visceral dysfunction, visceral neuralgia, etc. have not been established. The current situation. The "manual correction" manipulative method is a skeletal correction method devised in Japan. This manipulative method is a therapeutic method for properly curing the skeleton of the whole body such as the skull, spine, pelvis, upper limbs, and lower limbs, and the pelvis serves as the foundation of the skeleton of the whole body. Therefore, the emphasis of the chiropractic method is placed on the correction of the pelvis, and the skeletal correction is started from the pelvis first. By properly healing the pelvis, the other skeletons are also corrected in tandem to become a normal body.

As shown in FIG. 4, the pelvis 10 comprises an iliac bone 1
It is composed of five types of bones: 1, sciatic bone 12, pubic bone 13, sacrum 14, coccyx 15, and iliac bone 11, ischial bone 12, and pubic bone 13 are paired. 11a, 11a are iliac spines, 1
2a and 12a are ischial tuberosities, 16 is a lumbar vertebra, and 17 and 17 are femurs. Generally, it is explained in medicine that the pelvis 10 is an immovable joint, and even if the ilium 11, the ischium 12, the pubis 13 and the sacrum 14 have joint shapes, the joints do not move. However, when examined by an examination method using a chiropractic method, it has been confirmed that the five types of bones forming the pelvis 10 all form joints and move, although slightly, causing distortion.

This distortion is a cause of making the skeleton of the whole body illegal, and in particular, when the pelvis 10 is distorted, physical troubles and pains are always generated, and the organs in the pelvis 10, such as the ovary, the uterus, the vagina,
Causes visceral neuralgia in the bladder. What is visceral neuralgia? When distortion occurs in the pelvis 10 and the spine (lumbar spine 16), motor nerves, sensory nerves, and autonomic nerves are constricted to cause neuralgia in the viscera and cause malfunction of the viscera. What is especially important is that the internal organs do not work normally because each organ is operated by the autonomic nerves.

In the manual correction method for manual correction, there are many correction techniques for correcting the pelvis 10. However, this is mainly performed by a technologist and a therapist. Among them, there are two particularly important correction methods of A and B, and it was found that these two correction methods can be performed at home using the manipulative band 1 according to the present invention. An accurate examination is necessary and important before the pelvis 10 is corrected.

When the pelvis 10 is inspected by itself, the left and right are compared by the left-right symmetrical method, and the left and right heights, tenderness, muscle hardness and the like are used for judgment. Also, usually called dislocation,
Usually 7 to 8 out of 10 people have similar bone dislocation,
The 2nd person may have opposite dislocation. In the case of the pelvis 10, those who are not critically ill are usually in dislocation. In this pelvic examination method, if the examination is mistaken, the correction is reversed, and the pelvis is destroyed instead of being cured. Therefore, it is necessary to perform an accurate examination.

The inspection of the pelvis 10 is carried out as follows. After palpation, right and left comparison was performed, and those who felt higher had dull pain (dull pain), which is indicated by white triangles in FIGS. 5 to 7. Compared to the other side, the part feels stiff and the fingers do not go deep. Those who felt lower by palpation had irritating pain (sharp pain like stinging, and felt pain from the dull side), which is indicated by black triangles in FIGS. 4 to 7. The part feels softer than the other side and the fingers are deeply inserted. The pelvis 10 is inspected by remembering the above inspection method, but it is difficult for a person who does not have excessive dislocation to discriminate,
It can be identified by pressing a little hard. The test is performed either in a sitting position or in a posture in which both feet are thrown forward and the hips are placed on the floor.

[Inspection Method of A = See FIG. 5] Using the thumbs of both hands, the left and right sides of the pelvis 10 are iliac spines 11
Press the upper edges of a and 11a. Then, in the normal dislocation, the right side is low, irritation pain (black triangle) is present, and the muscle feels soft. The left side is higher than the right side, there is dull pain (open triangle), the muscles are hard and the fingers do not go deep. From the above, it can be determined that the upper part of the pelvis 10 is higher on the left side and lower on the right side, but the ischial tuberosity 12a, 12a on the lower part of the pelvis 10
It can be seen that the right side always projects downward and the left side is displaced upward. The above inspection confirms that the pelvis 10 is displaced as shown in FIG.

[Inspection Method of B = See FIG. 6] This inspection method is to inspect the distortion generated on the front surface of the pelvis 10. First, lie on your back and extend your legs in a supine position. The test uses the thumbs of both hands and examines the height of the ilium 11, 11 and which is open by the symmetrical method. Next, the thumb is inserted into the inner edges of the iliac bones 11 and 11, and the muscle hardness and tenderness are examined. In normal dislocation, the right iliac spine 11a is higher than the left iliac spine 11a,
It is caught inside and has dull pain (white triangle). On the left side, the iliac spine 11a is low and open outward, and there is strong irritation pain (black triangle) on the inner edge. The above inspection method is based on the knowledge of the inventor of the present application.

[Correcting method of A] A pillow type is used to make a supine position (face up), and in a normal dislocation, the left knee with irritation pain (black triangle) is raised and the heel of the right foot is placed on it. Bend your right knee over your abdomen and stretch your left leg. Manipulative band 1
First, the protrusion 3 (adhesive tape 5) on the left iliac spine 11a
Set the sides from back to front. Next, turn the adhesive tape 4 side from the buttocks and hang it on the right ischial tuberosity 12a so as not to shift, then pass in front of the pubis 13 and press it to the adhesive tape 5 set on the left iliac 11 To glue. At this time, the band body 2 is pulled strongly so that the right ischial tuberosity 12a is joined upward and the left iliac spine 11a is placed downward so that the band body 2 cannot be corrected. Once set, continue to compress quintile with the same mold. Although the pelvis 10 is corrected by this, if the compression is weak or the setting is not successful, the irritation pain of the right iliac spine 11a does not disappear after the end. In that case, correct it again.

[B Correction Method] A pillow is put on, and the patient is in a supine position and the knees are raised. In a normal dislocation, the iliac spine 11a on the right side is higher than that on the left side, and it seems that the iliac spine 11a is caught inward, and the muscle on the inner surface is stiff and dull. The iliac spine 11a on the left side is low and has expanded outward, and strong irritation pain has occurred on the inner surface thereof. In the case of normal dislocation, the protrusion 3 (adhesive tape 5 side) of the manipulative band 1 is applied to the inside of the right iliac 11 and set so that the iliac 11 is expanded outward, and the waist is lifted, The body 2 is strongly pulled and turned from the buttocks so that the left iliac bone 11 bends inward, and also strongly pulled to bond the adhesive tape 4 to the adhesive tape 5. At this time, what is important is to pull the right iliac bone 11 outward and strongly pull the left iliac bone 11 inward for correction. When the manipulative band 1 is set, extend both legs and continue compression for about 5 minutes to correct the band. When the correction is completed, the irritation pain that has occurred inside the left iliac bone 11 is examined. If unsuccessful, perform strong correction again. Although the correction is completed, the self-inspection method will be implemented for confirmation. Also, squat down, stand up, and repeat the operation to check whether the waist is light.

When the correction of the above A and B is successful, the pubis 13 is displaced, so that the stimulating pain generated in the pubis 13 disappears. In the normal dislocation, the right pubis 13 is displaced upward, and strong irritation pain occurs in the lower part of the right pubis 13. A and B
The pubis 13 became slightly normal by the correction of the
Irritation pain in the lower part of 3 is also very easy, but there are times when another manipulative method is required for complete elimination.

Examples of diseases that can be cured by pelvic correction include low back pain, menstrual pain, dyspareunia, insensitivity, insensitivity, infertility, miscarriage, dystocia, coccygeal pain, and the like. effective. Further, when the pelvis 10 becomes normal, the spine and ribs are improved, the curved spine is healed, and various diseases such as stiff neck, backache, toothache, and headache gradually improve.

Even if the pelvic straightening method as described above is used for correction, if it is left as it is, it will return to its original state. In this preservation method, the protrusion 3 (adhesive tape 5 side) of the body shaping band 1 is applied onto the right iliac bone 11a, the band body 2 is rotated once, and the adhesive tape 4 is pressed against the adhesive tape 5 to be joined. To do. At this time, the band body 2 is tightened so that it is not so strong. If you tighten too much, you won't be able to wear it for a long time. Also, people with weak skin should wear it on underwear.

The manipulative band 1 of the present invention can also be used to treat a tight waist. A person who has a lumbar spine protruding backward is prone to get caught, and one of the lumbar spines rotates sideways, pinching nerves in the intervertebral foramina, causing severe pain. If the waist is fixed (preserved) using the manipulative band 1 and rested for a few days, the severe pain is alleviated. If this is the case, the lumbar spine can be corrected by manipulating the lumbar vertebrae.

In order to preserve the tight waist as described above,
First of all, prepare a half cloth of sashimi cloth, fold it in half and wrap it tightly, and prepare a cold compress. Apply a cold compress to the circumference of the lumbar spine with severe pain and secure with tape. Next, start wrapping a smooth cloth, but do not wrap it too strongly, and wrap it around the pelvis. After wrapping the front part of the smooth cloth, wrap the manipulative band 1 over it and fix it. Change the cold compress about twice a day. People with mild illness will now be able to get up and walk (see Figure 9).

[0024]

As described above, according to the band for manipulative treatment of the present invention, the following effects can be obtained. On the inner surface of the start end portion of the elastic rubber band body 2, a diseased part pressing projection 3 made of a rubber-like elastic body that is pressed against the diseased part is provided, and the band body 2 is provided on both ends of the inner surface and the outer surface of the band body 2. Since the joints 4 and 5 which are wound around the affected part and the body are joined by being overlapped with each other and can be detached by peeling off, the affected part pressing projection 3 is provided.
Is pressed against the affected part, and the band body 2 is wrapped around the affected part and the body to be overlapped with each other, whereby the joint parts 4 and 5 are joined and the band 1 for manipulative treatment is fixed, and the affected part can be corrected. Further, when removing the band 1 for manipulative treatment, it is possible to easily separate it by simply peeling off the joint portions 4 and 5. Further, the treatment using the band 1 for manipulative treatment is not dangerous and causes no harmful effect.

On the inner surface between the joint portions 4 and 5 of the band body 2, a large number of small deviation preventing projections 6 are provided to prevent the band body 2 from being displaced when wound around the affected part and the body. It is possible to reliably prevent the band body 2 from being displaced when the operating band 1 is wrapped around the affected part and the body, and to perform appropriate treatment.

[Brief description of drawings]

FIG. 1 is a plan view of a band for manipulative treatment according to the present invention.

FIG. 2 is a rear view of the same.

FIG. 3 is a side view of the same.

FIG. 4 is a front view of the pelvis.

FIG. 5 is a front view showing dislocation of the pelvis.

FIG. 6 is a rear view showing a method of examining the pelvis.

FIG. 7 is a front view of a state in which a manipulative band is wound around the pelvis.

FIG. 8 is a front view of another state in which a manipulative treatment band is wound around the pelvis.

FIG. 9 is a front view of a waistline with a band for manipulative treatment.

[Explanation of symbols]

 1 Band for bandage 2 Band body 3 Affected part pressing protrusion 4 Adhesive tape (male part) 5 Adhesive tape (female part) 6 Small slippage protrusion 10 Pelvis 11 Iliac 11a Iliacous spine 12 Ischia 12a Ischial tuberosity 13 Pubic bone 14 Sacrum 15 Coccyx 16 Lumbar spine 17 Femur

Claims (2)

(57) [Scope of utility model registration request] 1. A rubber-like band body (2) having elasticity.
Of the starting end inner surface provided with projections Te affected area pressing of rubber-like elastic body is pressed against the affected area (3), the band of (2)
The band body (2) is joined to both ends of the inner surface and the outer surface by overlapping the wound body and the body in a wound state,
A band for manipulative treatment, which is provided with joints (4, 5) that can be separated by peeling. 2. A joint portion (4, 5) of the band body (2).
2. The manipulative body according to claim 1, characterized in that a plurality of small slip-preventing projections (6) are provided on the inner surface between the band body (2) so as to prevent the band body (2) from slipping around the affected part and the body. band.