JPH0323241Y2 - - Google Patents

Description

[Detailed explanation of the idea] [Industrial application field]

This invention relates to a magnetic acupressure pillow that not only has magnetic effects on the human body but also has excellent acupressure effects on the cervical vertebrae, and is also capable of adjusting the acupressure pressure.

[Conventional technology]

Conventional pillows that can be used for acupressure have had protrusions with a large number of bulging heads formed on the surface. It is known that the protrusion itself is made of a ferromagnetic material, which not only has an acupressure effect on affected areas such as stiff shoulders, but also applies magnetism to improve blood circulation and alleviate symptoms.

[Problem that the invention attempts to solve]

However, such magnetic acupressure pillows have the following drawbacks. In other words, the overall shape of the pillow is such that you can simply place your shoulders and neck on it and use the projections formed on its surface to apply acupressure, but the 7th cervical vertebra protrudes from the other cervical vertebrae and gets in the way, so the acupressure effect is not as effective. It doesn't go up. In addition, it is not possible to adjust according to the degree of obesity of the subject.
It was extremely inconvenient. Furthermore, the pillow moves during use, and the projections tend to come off the affected area, making it difficult to obtain the desired acupressure effect. The magnetic acupressure pillow of this invention is intended to eliminate the above-mentioned drawbacks of the conventional pillow.The pillow does not move during use, and it avoids the 7th cervical vertebrae and is attached to both sides of the other cervical vertebrae from the 1st to the 6th cervical vertebrae. To provide a magnetic acupressure pillow that can reliably apply acupressure to pressure points and can be adjusted according to the degree of obesity of the subject.

[Means to solve the problem]

In other words, the magnetic acupressure pillow of this invention includes a base, a head support stand erected on the base and tilted to cover the shoulders of the user, and an end surface of the head support stand on the shoulder side. A recess is formed to accommodate the seventh cervical vertebra, a pair of storage holes are drilled on the upper surface of the head support on the left and right sides of the cervical vertebrae, a magnet is built in, and protrusions are formed in multiple stages in the circumferential direction, and and an acupressure body accommodated in the accommodation hole. Therefore, place your shoulders on this base and place the seventh part in the recess.
By storing the cervical vertebrae, placing the shoulders on the sloping inside of the head support, and resting the nape of the neck on the head support, the acupressure body will reliably apply acupressure to the pressure points on both sides of the cervical vertebrae. Furthermore, the part being applied acupressure at that time does not move from the affected area.

[Effect]

Since the magnetic acupressure pillow of this invention is constructed as described above, the shoulders are placed on the base, the 7th cervical vertebra is housed in the recessed part, and the tips of the shoulders are placed inside the sloping head support base, so that the nape of the neck can be placed on the head. When placed on a support base, the acupressure body will reliably apply acupressure to pressure points on both sides of the cervical vertebrae. Furthermore, the part being applied acupressure at that time does not move from the affected area. In addition, since the acupressure body can be adjusted in multiple stages, it can be adjusted according to the subject's degree of obesity.
Using protrusions of the height appropriate for each occasion,
It can be tailored to each individual affected area.

【Example】

Next, one embodiment of the magnetic acupressure pillow according to this invention will be described based on the drawings. In FIGS. 1 and 2, reference numeral 1 denotes a base having a length from the shoulder to the head, and is made to slope upward toward the shoulder. On this base 1, a head support stand 2 is integrally erected with the base 1 using plastic or the like, and the head support stand 2 is formed to be tilted forward so as to cover the shoulders of the user. There is. It is desirable that both be covered with cloth or flocked with hair so that they feel good against the skin. This head support stand 2 has a recess 3 formed in the end surface on the side that accommodates the subject's shoulders to accommodate the seventh cervical vertebra. The recess 3 that accommodates the seventh cervical vertebra is formed by cutting out approximately the center of the end surface on the shoulder-accommodating side in an arc shape. Further, a pair of storage holes 4 of a predetermined depth are bored on the upper surface of the head support 1 on the left and right sides of the position where the cervical vertebrae are placed, and an acupressure body 5 is stored in the storage holes 4. The acupressure body 5 has a magnet 6 built therein, and protrusions 7 are formed in multiple stages in the circumferential direction. That is, a plurality of protrusions 7 formed on the acupressure body 5 are formed along at least a surface that goes around the acupressure body 5 once. Preferably, they are formed at different heights on four sides during one rotation, and are provided in multiple stages from the lowest surface 11 to the highest surface 14. This acupressure body 5 is made of plastic, and the projection 7 is integrally formed therein. The magnet 6 can be easily incorporated by insert molding or the like. A pair of magnets 8 are attached to the shoulder side of the storage hole 4, and are designed to provide the same acupressure effect as the acupressure body 5. To explain the operation of this embodiment, the acupressure body 5 is stored in the storage hole 4 with the surfaces 11 to 14 at an appropriate height facing upward. Then, the patient places his/her shoulders on the base 1, stores the seventh cervical vertebra in the recess 3, puts the tips of the shoulders into the sloping inside of the head support 2, and places the nape of the neck on the head support 2. Then, the acupressure body 5 reliably applies acupressure to the affected area, such as stiff shoulders, which is made up of pressure points on both sides of the first to sixth cervical vertebrae. At that time, the part being applied shiatsu does not move away from the affected area. Furthermore, the seventh cervical vertebra is housed in the recess 3, and the shoulders are placed on the sloping inside of the head support 2, and the nape of the neck is placed on the head support 2, so the cervical vertebrae other than the 7th cervical vertebra are secured. The acupressure body 5 contacts the affected area well.

[Effect of the idea]

As described above, according to the magnetic acupressure pillow of this invention, since the shape of the pillow forms a concave portion that accommodates the seventh cervical vertebra, the pressure points on both sides of the cervical vertebrae other than the seventh cervical vertebra reliably contact the acupressure body. , the acupressure body makes good contact with the affected area and the acupressure effect is remarkable. In addition, it can be adjusted according to the degree of obesity of the subject, which is very convenient. Furthermore, the pillow does not move during use,
The protrusions do not easily come off the affected area, making it easier to obtain the desired acupressure effect.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an embodiment of the magnetic acupressure pillow according to this invention, and FIG. 2 is a sectional view of the main part thereof. 1... Base, 2... Head support, 3... Recessed part,
4... Storage hole, 5... Shiatsu body, 6... Magnet, 7...
...Protrusion, 11-14...Protrusion surface.

Claims (1)

[Scope of utility model registration request] A base, a head support stand erected on the base and inclined so as to cover the shoulders of the user, and a seventh cervical vertebra formed on the end surface of the head support stand on the shoulder side. a recess, a pair of storage holes drilled on the upper surface of the head support on the left and right sides of the cervical vertebrae, and an acupressure body containing a built-in magnet and formed with protrusions in multiple stages in the circumferential direction, and stored in the storage holes. A magnetic acupressure pillow characterized by having.