JPH0341723Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention has a planar shape made of a far-infrared ray-emitting ceramic material that simultaneously and synergistically exerts the radiating effect of far-infrared rays and the effect of acupressure on the inner bottom of the sock. The present invention relates to the field of far-infrared radiation acupressure socks in which protrusions and hemispherical protrusions are directly bonded to the sock fabric using an adhesive, soft synthetic resin, or the like.

(Prior art) Conventionally, there are health socks in which elastic protrusions of various shapes, large and small, are directly adhered and scattered on the inner bottom surface of the sock, from the toe to the heel. It was an elastic protrusion made of rubber or synthetic resin material, or containing ferrite particles.

Therefore, instead of stimulating the various pathways on the soles of the feet with, for example, acupressure, planar projections and hemispherical projections are dotted all over the inner sole of the protruding socks as described above. This was used to maintain and restore health by sufficiently physically stimulating various pathways in the soles of the feet.

(Problems to be solved by the present invention) The present invention has acupressure protrusions made of ceramic material that emit far infrared rays, that is, planar protrusions and hemispherical protrusions, on the inner bottom surface of the sock in several places to provide strong pressure. Heat treatment is applied directly to the sock fabric using special pressure using adhesives and soft synthetic resins to form multiple dots that reliably provide physical stimulation to various channels in the soles of the feet. At the same time, far-infrared rays are emitted, and the emitted long wavelengths are emitted from the skin of the soles of the feet into the body, promoting blood circulation and increasing temperature due to the radiation effect and acupressure effect. It is extremely good for health, such as activation activity, strengthening of metabolism between microvascular tissues, adjustment of autonomic nerve function, and recovery from tired feet.Furthermore, the long wavelength of far infrared rays emitted reduces sweat and oiliness on the soles of the feet. We have developed acupressure socks that emit far-infrared rays and have many excellent benefits, such as removing the bad odor and humidity caused by the infrared rays and preventing athlete's foot.

(Means for Solving the Problems) The present invention is a far-infrared emitting acupressure sock in which acupressure protrusions made of a ceramic material that emit far-infrared rays are directly bonded to the sock fabric on the inner bottom surface of the sock, and a hemisphere is attached to the arch and center of the sock. This far-infrared ray emitting acupressure sock is characterized in that a plurality of flat-shaped projections are formed on the inner bottom surface of the sock, excluding the arch and center portions.

(Example) Reference numeral 1 indicates the inner bottom surface of the sock a. 2 is a hemispherical protrusion made of a ceramic material that emits far infrared rays and is directly bonded to the sock material on the inner sole 1; concave places,
That is, it is also formed on the arch of the foot and its surrounding areas.
The shape of the hemispherical protrusion 2 is not limited to that shown in the drawings, and may be slightly deformed.
3 is a planar projection made of the same material as the hemispherical projection 2 and directly adhered to the sock fabric;
are formed so as to be widely distributed in areas other than the sole 4 where the so-called arch and the sole 4 in the vicinity thereof, on which the hemispherical protrusion 2 described above is formed, come into contact. The shape of the planar projection 3 is generally formed to be lower than the height of the hemispherical projection 2.

An example of the composition of the ceramic material that emits far infrared rays from both the protrusions 2 and 3 as described above is as follows.

(1) Silica stone 60% (2) Clay 18% (3) Alumina 6% (4) Zirconium 4% (5) Super absorbent polymer 2% (6) Soft synthetic resin 10% Next, manufacture both protrusions 2 and 3 To explain the method, the above composition example is processed into micron powder at the same time as it is subjected to an advanced blending process, and while the composition example is filled into the back of the bottom of the socks using a shape plate, heat pressure is applied to create a strong adhesive. to form.

In addition, 5 is a hemispherical protrusion contact part where the hemispherical protrusion 2 contacts the sole 4, 6 is a planar protrusion contact part, and 7 is a finger part.

(Function) To explain the function of the present invention, when the sock a in which the hemispherical protrusion 2 and the planar protrusion 3 are bonded together as described above is worn, the hemispherical protrusion 2 hits the concave path of the arch of the foot, etc. The planar protrusion 3 comes into contact with the path of the other sole 4 and physically stimulates it, thereby sustaining the acupressure state over the entire sole 4. Moreover, both protrusions 2 and 3 do not make the sole 4 feel like a foreign body. At the same time, both protrusions 2 and 3
Far-infrared rays are emitted from the infrared rays, and the emitted long wavelengths are radiated into the body through the skin of the soles of the feet. At the same time, this radiation exerts the radiation effect,
A synergistic effect was obtained in conjunction with the acupressure effect.

(Effects) The present invention is as described above, and in particular, the inner sole of the sock, which is in contact with the arch of the foot and the sole of the foot around it, has
A plurality of hemispherical protrusions made of a ceramic material that emit far infrared rays are scattered on the sole of the foot other than the arch and the concave sole, and a plurality of planar protrusions made of the same material as above are dotted, so that when the socks are worn, , both protrusions exert an acupressure effect by applying physical stimulation with an average pressing force on each path, and at the same time, far infrared rays are emitted from both protrusions to stimulate the sole of the foot where both protrusions touch. The long wavelength of far infrared rays penetrates into the body through the entire skin of the soles of the feet, including the little toe area, as well as the surrounding areas, promoting blood circulation and increasing temperature, which is known as the radiant effect. It has extremely excellent health effects such as activation, strengthening of microvascular intertissue metabolism, adjustment of autonomic nervous function, and recovery from tired legs.

[Brief explanation of the drawing]

Fig. 1 is a plan view showing the inner sole of the far-infrared ray emitting acupressure socks of the present invention, Fig. 2 is an enlarged vertical sectional view of the same essential parts, and Fig. 3 is a plan view of the sock to which the planar protrusions are glued. FIG. 4 is an enlarged longitudinal sectional view, partially cut away, of a sock to which the hemispherical protrusions are adhered, and FIG. 5 is a plan view of the sole on which both protrusions touch. a... Socks, 1... Inner bottom surface, 2... Hemisphere-shaped protrusions, 3... Planar-shaped protrusions, 4... Sole, 5... Hemisphere-shaped protrusion contact parts, 6... Plane-shaped protrusion contact parts,
7...Finger part.

Claims (1)

[Scope of utility model registration request] Acupressure socks that emit far infrared rays, in which acupressure protrusions made of ceramic material that emit far infrared rays are directly bonded to the sock fabric on the inner bottom of the sock, have hemispherical protrusions on the arch and center part, and other socks except for the arch and center part. Far-infrared radiation emitting acupressure socks characterized by having a plurality of planar projections formed on the inner bottom surface.