JP3146183U - Human body loosening tool - Google Patents

Abstract

To provide a human body loosening device capable of easily applying pressure by an effective angle and direction for a required time by itself.
A load portion is connected to a strap, and a shoulder pressing portion is provided in a direction substantially along the strap at an intermediate portion of the strap, so that the shoulder pressing portion can be easily deformed. It is characterized by having no rigidity. Then, the load portion 2 is connected to the strap 3 so that the load can be applied at the elbow joint or the load portion 2 touched by the forearm portion from the elbow joint.
[Selection] Figure 1

Description

  The present invention relates to a human body loosening tool that can easily loosen a shoulder and neck stiffness.

A person who feels stiff shoulders usually uses a professional masseur, a manual therapist, a chair, or a local massage device.
Masseurs are often not available at a convenient time, and long-term treatment is naturally expensive, and the masseur also hurts fingers, so there are time limits. Then, the belt type massage machine used over the shoulder shown by patent document 1 is proposed by the conventional human body loosening tool. It has a built-in vibration source at the bottom. Then use both hands to push down.

Moreover, as shown in Patent Document 2, a multifunctional instrument using a pair of acupressure members has also been proposed. This makes it possible to squeeze the shoulder and the like with a pair of acupressure members.
JP 2001-198170 A Japanese Utility Model Publication No. 58-182737

  When trying to loosen the vicinity of a person's shoulder, the most effective effect is to apply pressure in the direction of the center of the human body near the center of the neck, the center of the shoulder.

  However, in Patent Document 1, which is a conventional human body loosening device as described above, when it is added downward with both hands as shown in FIG. No. In addition, there is a massage vibration source at the portion to be loaded, and the more the massage is performed with a stronger load, the more the vibration of the load portion is amplified.

  Further, when pressure is applied in the vicinity of the center of the shoulder, the vicinity of the acupressure protrusion is easily deformed. Therefore, as the load is applied, the carotid artery is tightened by bending along the human body. (Refer to Fig. 26 (1) and (2))

In addition, since the convex part of the acupressure protrusion is present in a point-like manner, when pressing the pinpoint of the stiffness or the acupuncture point in the vicinity of the middle shoulder, , Easy to deviate from the pinpoint. And the harder it was pressed, the easier it was to deviate from the point. (See FIGS. 27 (1) and (2))
In addition, the size and weight of the vibration source are obstructed, making it difficult to walk or work.

  Next, since the multifunctional instrument of Patent Document 2 uses a pair of acupressure members to pinch the shoulder and the like, it is difficult to concentrate on the shoulder, neck stiffness, and point of the acupuncture point.

  Patients with sequelae of cerebral infarction who have hemiplegia, etc., and one arm cannot move as expected, can not effectively loosen the shoulders and neck on the normal healthy side, the side with a hard sequelae It was. The present invention is intended to solve the problems of such a conventional configuration.

  The present invention has been devised as a result of earnest and research in order to eliminate the drawbacks of the above-described conventional technology, and a load portion is connected to the strap, and a direction substantially along the strap at an intermediate portion of the strap. The shoulder pressing portion is provided with a shoulder pressing portion, and the shoulder pressing portion has rigidity that does not easily deform.

  The shoulder pressing portion hardly deforms or may be slightly curved, but has a rigidity to press the human body without being easily deformed when pressed against the shoulder. Rigidity that does not easily deform means rigidity that can effectively press around the shoulder center of a person's shoulder while maintaining the shape when force is applied to the shoulder pressing part and the shoulder is pressed. It means holding. Specifically, metals such as aluminum, hard plastic, wood, hard rubber, and the like can be used.

  And it can be loaded in the elbow joint or the load part which a forearm part touches from an elbow joint by connecting the load part to the strap.

Moreover, the upper surface of the load part may be an elbow rest surface. The load portion may be provided with means for connecting weights. Then, the load portion may be provided with a leg-hanging portion. Further, the shoulder pressing portion may be provided with a protruding shape or a plurality of protruding portions.
When the shoulder pressing portion is formed by inserting a rigid body into the strap, the shoulder pressing portion can be replaced.

  Then, means for generating a vibration effect may be provided in the shoulder pressing portion. It may be selected that the shoulder pressing portion is provided with means for generating a kneading effect.

As described above, the human body loosening device of the present invention has a body mass, so it has gathered in the vicinity of the middle of the shoulder, which is representative of a special acupuncture point that works from the shoulder to the neck, especially for stiff shoulders.
The position of the point is hard to be misaligned, easy to correct even if misaligned, even in patients who require intense pressure, with sufficient and effective pressure, effective angle and direction, It is possible to provide a human body loosening device that can easily apply pressure by itself for the required time.

  Because it can be used just like the brushing method of the present invention, do not use the upper limb of the loosening side, but use the opposite elbow joint, or the load part touched by the forearm from the elbow joint, before and after the shoulder pressing part Since two places can be pulled easily and powerfully into the human body, it can be loosened by a load method that allows stable pressing without tensioning around the shoulder in the shoulder on the side to be loosened.

  Therefore, even if strong pressure is applied, it can be done without getting tired, and it will not get tired even if used for a long time. And since there is a source of massage function, vibration, etc. on the shoulder pressing part to be pressed, even if massage is done with a strong load, vibration of the load part is difficult to amplify. Since the pressing force is easily amplified, it can be used comfortably.

  When pressure is applied in the vicinity of the middle shoulder, the shoulder pressing part has rigidity that does not easily deform, so it does not deform or only slightly curves, so even if it is loaded, it deforms too much, It can be used without discomfort pressing the front of the neck or tightening the carotid artery. If it is deformed into the shape of a person's shoulder, the pressing effect on the vicinity of the center of the shoulder is reduced, but the pressing effect is increased by having rigidity that does not easily deform the shoulder pressing portion.

  Because it can be used like a brush, the shoulder pressing part naturally hits the point of the stiff and acupuncture points near the center of the shoulder. Therefore, even if the acupressure protrusions used in the present invention are similar to conventional acupressure protrusions, they are easy to press the pinpoints of stiffness and acupuncture points near the middle shoulder, It ’s hard to get out of pinpoint. In addition, in the shape, which is an example of the present invention, the shoulder pressing portion acts as a line connecting the convex portions that are the points of the acupressure protrusions, so that the acupressure protrusions are more difficult to deviate from the pin points.

  And, as described above, because it acts as a line connecting the convex portions that are the points of the acupressure protrusion, it is not only difficult to deviate from the point even if pressed strongly, but the strongest stimulating portion is hit, After deliberately shifting, a massage to loosen up, such as hitting, is possible even with a shoulder pressing part with power or a shoulder pressing part without power.

  This is an effect of the present invention that makes it possible to more effectively use the masseur's technique of loosening point stiffness without changing the position of the skin to be pressed because the skin has elasticity.

  And the load method to push down the load part is the action of pushing down the scapula, the action of bringing the upper limb closer to the side, the action of raising the scapula, causing the stiffness, the action of releasing the upper limb from the side Because of the muscle contraction and tension, the opposite muscle contraction and tension, it is different from the conventional human loosening tool, on the opposite side to the unwinding side, on the loading side, Can be used to relieve shoulder, neck and upper limb symptoms. Incidentally, this theory is medically common sense, but the prior art has been impossible in terms of shape.

  Further, by providing massage functions, vibrations, etc. on the shoulder pressing portion, it can be used in a state where both hands that can perform desk work, personal computer work and reading can be used. Therefore, it is easy to walk or work.

  The human body loosening device having a small shoulder pressing portion can be used in a ready-to-use state where it is not disturbed for both walking and desk work in a ready-to-use state attached to the human body without being removed. In addition, use and removal from the ready-to-use state are easy.

  Therefore, it is also suitable for use in a bath tub, sitting in a chair, or in a relaxed posture lying on the bed, and there is a type of structure that is easily provided with a waterproof function.

  Patients with sequelae of cerebral infarction, etc. who have hemiplegia, etc., and one arm cannot move as desired, can effectively loosen the shoulders and neck on the normal healthy side, the side with a hard sequelae .

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

  FIG. 1 shows that the shoulder pressing part 1 in the middle part of the strap 3 is applied to the base of the neck of the right shoulder, the left elbow is applied to the load part 2, and the loosening of the right shoulder is firmly It is the figure which is pressing.

  When in use, force is applied to the left upper limb, but force is not applied to the upper right limb, so the muscles of the right shoulder are not contracted, so the stiffness of the right shoulder is loosened.

  In FIG. 1, the shoulder pressing portion 1 on the right side has a load portion 2 in the same direction as an arrow to which pressure is to be effectively applied at the point, It is explained that it is possible to loosen the points effectively by applying pressure to the center.

  The effective angle of the arrow at this time is 31 ° (20 ° to 40 °) from the center line on the front surface and 12 ° (5 ° to 25 °) from the center line on the side surface.

  Therefore, it is possible to adjust the pressing force from strong pressure with the force of the elbow and forearm to light, weak pressure with the weight of the elbow and forearm added, and stress can be adjusted without misalignment. It can be used more comfortably than conventional human body loosening devices.

  The shoulder pressing portion 1 may be anything that has rigidity that does not easily deform, but when the human body grounding surface of the shoulder pressing portion 1 is touched on the human body using an elastic body, a flexible material, or the like. It may be made of a structure or material that allows the user to feel soft and secure.

  FIG. 2A is an enlarged view of FIG. 1B viewed from the rear. FIG. 2 (2) is an enlarged view of the right shoulder of FIG. 1 (1). A shoulder pressing portion 1 (not shown) having rigidity directly presses the stiff portion of the right shoulder.

  Since the human body has a rounded shoulder, the hard shoulder pressing portion 1 is correctly set at the point of stiffness near the center of the shoulder, and the direction does not deviate when pressed.

  In terms of human anatomy, there are elastic skin, muscles close to the body surface, deep muscles and nerves. The point of the point around the middle shoulder of the shoulder corresponds to the deep muscles and nerves described above.

  When the shoulder pressing portion 1 is brought into close contact with the skin and pressed, the point acupuncture points, the deep muscles and nerves, which are stiffnesses, can be crushed by the shoulder pressing portion 1 that is also a line and acts as a point.

  If there is any bending, looseness, or play in the skin, pressing the shoulder part 1 and the part of the bone where the muscle has stopped, regardless of the position where the shoulder pressing part 1 is in contact with the skin, will occur. It is also possible to remove and repeat.

  This is an effective method of unraveling that uses the characteristics of skin flexure, looseness, and play. The present invention is based on the technique of unraveling performed by skilled chiropractors, masseurs, and manual therapists. , Made possible as a human body loosening tool.

  FIG. 3 illustrates several examples of the overall view of the human body loosening device devised.

In (1), there is a shoulder pressing portion 1 above, and the lower portion is an elbow rest surface and a load portion 2.
In (2), there is a shoulder pressing portion 1 on the upper side, and a lower elbow rest surface and a load portion 2 are formed in a bag shape. In (3), there is a shoulder pressing portion 1 on the upper side, an extension portion that hangs down below the elbow rest surface and the load portion 2, and a footrest portion 4 is provided at the tip thereof.
In (4), there is a shoulder pressing portion 1 on the upper side, and a weight 5 can be removed from the lower elbow rest surface and the load portion 2.

  4A is a front view, and FIG. 4B is a side view illustrating a case where the left shoulder is loosened. The strap 3 passes through the inner side of the forearm to hang the elbow.

  FIG. 5 shows that a load is further applied when the forearm is tilted from the state of (1) side view, as shown in (2) side view.

  The strap 3 is lightly wrapped by the cylindrical load portion 2 of FIG.

  FIG. 7 shows a loading method in which the load portion 2 is further lengthened to load from the elbow to the tip of the forearm.

  FIG. 8 shows that use while taking a bath is also possible.

  FIG. 9 shows a state in which the user is in a supine state.

  FIG. 10 shows an example in which the load portion 2 is provided with means for connecting the bag-like weights 5. In such a usage method, it can be used while sitting on a chair or walking.

  In FIG. 11 (1), the load portion 2 has means for connecting the weight 5. Moreover, the weight 5 can also be put in a bag-like thing (2) like a drawstring.

  In FIG. 12, the load portion 2 is a footrest portion 4. Or the example connected with the load part 2 is demonstrated.

  The rotating shaft A part in FIGS. 13 (1) and 13 (2) also has the acupressure effect even in this part, and continues to press the stiffness and the acupuncture part. Then, by rotating with a power source provided in the bearing C, the protrusion B can be loosened and the acupuncture can be further loosened by, for example, a spiral protrusion.

Although FIG. 14 has two spiral protrusions B, this may be three or more and can be changed according to the sense of use.
In addition, since the rotational axis A also has an acupressure effect, the level difference between the rotational axis A and the ridge B may be changed according to the sense of use. Moreover, there is no step for smooth change, and it is possible to change smoothly.

  Although it can be said in general in the massage part of the device of the present invention, not only the rotation but also various kinds of known means can be attached and attached to the shoulder pressing part 1 with a massage effect. The cloth may be covered from a cloth having a strong touch, such as a loosening cover D, a cloth resistant to friction, a vinyl-like material, or any other known material to a new material. And it is also conceivable that the inside of the loosening part cover D is made by attaching instruments having various massage effects. Further, a structure in which the shoulder pressing portion 1 does not reverse even when a strong pressure is applied, such as a chest, back, and shoulder pressing portion E, is also conceivable.

  FIG. 16A shows a shape in which the pressing protrusion F sometimes does not press the human body when rotated. (2) is a case where the pressing protrusion F is in the shape of a sutra. In (3), the pressing protrusions F are irregular.

  17 (1), (3), and (5) are side views. (2) (4) (6) is a front view. Protruding protrusions G such as (2), (4), and (6) can also be provided.

  18 (1), (2), and (3) have 1 to 3 slide protrusions H that slide sideways, but it is also possible that there are more.

  As shown in FIGS. 19 (1), (2), (3), and (4), there is a shape that loosens from the front surface of the human body to the upper surface and the rear surface.

  With such a shape, not only the pressing protrusion I that loosens the shoulders and neck, but also the surroundings of the scapula can be used comfortably over a wide area by loosening the back, loosening back J, loosening the chest, and front loosening K. I am explaining. Also, various structures and shapes that prevent falling can be considered.

  Moreover, it is possible that various massage instruments are used for the shoulder pressing part 1, and it is also considered that a massage and a vibrator function simultaneously.

  Further, as shown in FIGS. 20 (1) and 20 (2), it is possible to provide a forward displacement prevention portion L and a backward displacement prevention portion M which are devised to prevent displacement from the shoulder portion and the stiffness portion.

  In the shape as shown in FIGS. 21 (1) and (2), there are two protrusions N. The portion (3) of the line projection portion O between the two projection portions N is formed at an acute angle than the portion (4) of the projection portion N, and when the projection portion N is pressed, It can add a powerful and stimulating effect to the human body.

  In FIG. 22, there are two protrusions N and one protrusion P, but the linear protrusions O between them are formed at a sharper angle than the protrusions N and P, and the acupressure effect is high. It has a structure. And since the projection part P in the middle of the two projection parts N presses the cork and the acupuncture part with the convex part which is a point like the conventional projection part, it is easy to shift | deviate from the point.

  However, even if it deviates from the point of stiffness and acupoint, the portion of the linear protrusion O is pressed sharply, so that it is effective to loosen and the feeling of use becomes comfortable.

  Furthermore, the two protrusions N are useful for preventing misalignment, such as the forward misalignment prevention unit L and the rear misalignment prevention unit M in FIG. However, in order to prevent displacement, the middle projection P is placed on the point so that the middle projection P is aligned, loaded, and pressed. Can be used effectively and unraveled.

  In addition, the combination of sharpness for stimulation of the protrusion N, the protrusion P, and the line protrusion O described in the cross-sectional view may be the same as described, or all may be different. There are many examples of the relationship between the protrusion N, the protrusion P, and the line protrusion O other than those shown in the figure. And the combination, thickness, thinness, number, etc. should be considered and manufactured according to the feeling of use.

  The curved rigid body portion Q in FIG. 23 (1) maintains the curved rigidity. The protrusions R of (1), (2), and (3) have a curved shape and add a soft, loosening effect to the human body. (4) has a rod-shaped shoulder pressing portion S and a lid T for replacing the battery. (5) has a shape that allows the battery V to be inserted from the end of the rod-shaped shoulder pressing portion U, and has a cylindrical lid W. In FIGS. 23 (1) to 23 (5), a vibration effect is given to the human body by a vibrator (not shown) provided therein.

  24 (1) and (2), the shoulder pressing portion 1 is divided into a pressing portion 101 and a rigid body portion 102 as separate parts. The pressing part 101 having three protrusions has four joint parts so that they can be replaced. There may be provided a rigid body portion 102 with four joint holes that can be inserted together.

(3) may be provided with a pressing portion 103 having two protrusions.
In (4), the convex portions X, Y, and Z having different shapes may be attached to and detached from the pressing portion 104.

Moreover, although the shoulder press part 1 is divided | segmented as another components, the attachment / detachment method may use a well-known means.

25 (1), (2), and (3) show the insertion portion 105, the insertion portion 106, and the insertion portion 107 that are provided on the strap 3 in this manner.
The insertion portion 105 of (1), the insertion portion 106 of (2), and the insertion portion 107 of (3) have a structure in which a rigid body can be inserted, and have the flexibility to deform in accordance with the shape of the rigid body. Therefore, it has rigidity that does not easily deform during insertion set.

  The arrows in (1), (2), and (3) are descriptions of the direction in which the shoulder pressing portions 1 having various shapes are inserted. Moreover, a known means may be used for the insertion method.

  As mentioned above, the shoulder pressing part 1 can be replaced as needed, so when used in offices, parts that generate massage and vibration effects can be replaced and used to eliminate mechanical noise. It can be used only by pressing massage without letting it go.

  In addition, in the case where the massage device is moved by power, it may be possible to use a structure dedicated to the massage device without removing it.

  The following explains the medical basis for the effect of unraveling made possible by the present invention.

  The cervical vertebra C4 to the thoracic vertebra TH2 (see FIG. 2) in the vicinity of the middle shoulder of the stiff neck are the vertebrae on which the innervating muscles of the shoulder and back muscles appear.

  Loosening the thoracic vertebra TH2 from the cervical vertebra C4 in the vicinity of the middle shoulder is the muscles that become the shoulders and back stiffness, rhomboid muscle, scapular muscle, anterior saw muscle, subclavian muscle, supraspinatus, subspinous muscle, All of the governing nerves that are contracting and moving the subscapular muscle, the great circular muscle, the small circular muscle, the deltoid muscle, the great pectoral muscle, the small pectoral muscle, the latissimus dorsi muscle, and the upper limb muscles will be loosened.

  Therefore, an example of an effective and uncomfortable method made possible by the present invention will be described.

  There are many patients who complain of harshness of the neck and shoulders, especially when they move their heads back and forth, left and right side, and left and right rotations.

  On the other hand, in the human body loosening device of the present invention, either the left or right side of the spine from the cervical vertebra C4 to the thoracic vertebra TH2 is pressed, and the neck is bent back and forth, left and right, and left and right. It is possible to achieve an effective method of unraveling in combination.

  It is a method of loosening while moving and stretching the head into a range of motion where the patient feels particularly painful. This loosening method has a particularly high therapeutic effect.

  In particular, the loosening method that combines back bending and pressing is completely impossible with a device in which a massage device comes behind the head, and is usually such a device.

  In addition, as described above, an instrument having a massage effect that can be used only in the present invention and having a massage effect, the shoulder pressing portion 1 can be used.

The front view (2) which shows the usage pattern of this invention human body loosening tool, and side view (1), (3). The enlarged view of FIG. 1 of a human body loosening tool. The schematic diagram explaining several examples of the human body loosening tool. The front view (1) which shows an example of this invention human body loosening tool, and a side view (2). Side views (1) and (2) of the human body loosening device of the present invention. The perspective view of the human body loosening tool which is an example of this invention. The side view which shows the use condition of a human body loosening tool. The side view which shows the use condition of this invention human body loosening tool. The side view which shows the other use condition of this invention human body loosening tool. The side view which shows the other use condition of this invention human body loosening tool. Side view (1), (2) which shows the other use condition of this invention human body loosening tool. The side view which shows the other use condition of this invention human body loosening tool. The front view (1) and side view (2) which show an example of the shoulder press part of this invention human body loosening tool. The front view which shows the other example of the shoulder press part of this invention human body loosening tool. The perspective view which shows another example of this invention human body loosening tool. Front view (1), (2), (3) which shows another example of the shoulder press part of this invention human body loosening tool. Side view (1), (3), (5) which shows another example of the shoulder press part of this invention human body loosening tool, Front view (2), (4), (6). The perspective view (1) which shows another example of the shoulder press part of this invention human body loosening tool, (2) Front view (3). Front view (1), (2), (3), (4) which shows another example of the shoulder press part of this invention human body loosening tool. The side view (1) which shows an example of this invention human body loosening tool, and partial drawing (2). The front view (1) which shows another example of the shoulder press part of this invention human body loosening tool, a top view (2), and side view (3), (4). The front view (1) which shows another example of the shoulder press part of this invention human body loosening tool, a top view (2), and side view (3), (4), (5). Front view (1), (4), a side view (2), a top view (3), a perspective view (5) which show another example of the shoulder press part of this invention human body loosening tool. The top view (1) which shows another example of the shoulder press part of this invention human body loosening tool, front view (2), (3), (4). The top view (1) which shows another example of the shoulder press part of this invention human body loosening tool, (2), (3). The front view (1) and side view (2) explaining the problem of the conventional human body loosening tool. The schematic diagram (1), (2) explaining the problem of the conventional human body loosening tool.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Shoulder pressing part 2 Load part 3 Strap 4 Footrest part 5 Weight A Rotating shaft
B Projection C Bearing D Lifter cover E Chest, spine, shoulder pressing part F Pressing protrusion G Projecting protrusion H Slide protrusion I Pressing protrusion J Rear unraveling part K Front unraveling part L Front shift prevention part M Backward shift prevention part N Projection part O Line projection part P Projection part Q Curved rigid body part R Projection part S Rod-shaped shoulder pressing part T Lid U Rod-shaped shoulder pressing part V Battery W Cylindrical lid X Press part Y Press part Z Press part 101 Press part 102 Rigidity Body 103 Pressing part 104 Pressing part 105 Inserting part 106 Inserting part 107 Inserting part

Claims (8)

A load portion is connected to the strap, and a shoulder pressing portion is provided in a direction substantially along the strap at an intermediate portion of the strap, and the shoulder pressing portion has rigidity that does not easily deform. A human body loosening device characterized by that. The human body loosening device according to claim 1, wherein an upper surface of the load portion is an elbow rest surface. The human body loosening device according to claim 1 or 2, wherein means for connecting weights are provided in the load portion. The human body loosening device according to any one of claims 1 to 3, wherein the load portion is provided with a leg-hanging portion. The human body loosening tool according to any one of claims 1 to 4, wherein a protrusion or a plurality of protrusions are connected to the shoulder pressing portion. The human body loosening device according to any one of claims 1 to 5, wherein the shoulder pressing portion is formed by inserting a rigid body into the strap. The means for generating a vibration effect in the shoulder pressing portion is provided. The human body loosening device according to any one of claims 1 to 6. 8. A human body loosening device according to any one of claims 1 to 7, wherein the shoulder pressing portion is provided with means for generating a kneading effect.

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