JP2006043158A - Therapeutic tool, insole for shoes, footwear, pillow, and bed all using bincho charcoal or bamboo charcoal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a therapeutic tool using Bincho charcoal or Bamboo charcoal (very hard charcoal produced from Wakayama prefecture), or to provide insoles for shoes, footwear, a pillow and bed using the Bincho charcoal or Bamboo charcoal. <P>SOLUTION: A pasting type therapeutic tool 1 is formed by fixing a formed piece 10 of the Bincho charcoal formed into a prescribed form to the side of an adhesive surface 11a of a pasting material 11 having the adhesive surface 11a on its one side. Since the therapeutic tool 1 is produced to be very small, there is no unnatural feeling even when it is pasted to an affected part, so that it can be pasted for a long period for continuous therapy. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a treatment tool using Bincho charcoal or bamboo charcoal that performs treatment such as blood circulation promotion, and an insole, footwear, pillow, and bed using Bincho charcoal or bamboo charcoal.

Recently, treatment tools that promote blood circulation and remove stiffness and pain have become widespread.
For example, there is a treatment device such as a magnetic treatment device that promotes blood circulation by magnetism generated by a magnet, loosens muscle stiffness, and restores autonomic balance.
Patent Document 1 discloses such a magnetic therapy device.

In addition, like a treatment tool using titanium, titanium with strong ionization tendency improves the flow of weak current (biological current) in the nerve tissue in the body, thereby promoting blood circulation and improving the motor function of joints and muscles. There are also treatment tools that increase stress relief.
Patent Document 2 discloses a health device using such titanium.

By the way, in addition to such magnetism and titanium, recently, the effects of Bincho charcoal and bamboo charcoal are attracting attention.
Bincho charcoal is a kind of charcoal and is produced by steaming raw wood in a kiln at high temperatures. Bamboo charcoal is made by fumigating and drying dried raw bamboo.
There are innumerable small holes on the surface of Bincho charcoal and bamboo charcoal, and the deodorizing effect is expressed by these innumerable holes. In addition, Bincho charcoal and bamboo charcoal contain abundant minerals, so if you put them in tap water, you can remove the odor of lime and dissolve the minerals to make delicious mineral water.

  In addition, Bincho charcoal and bamboo charcoal are uniformly carbonized and therefore have extremely high conductivity, and have the property of shielding electromagnetic waves harmful to the human body. Therefore, research for absorbing harmful electromagnetic waves radiated from OA equipment such as computers is also underway.

By the way, it has already been clarified that Bincho charcoal and bamboo charcoal have the property of generating negative ions and the property of radiating far infrared rays in addition to the properties of high adsorptivity, high conductivity and high mineral content. Yes.
JP 2000-342698 A JP 2003-052837 A

  However, the excellent properties of Bincho charcoal and bamboo charcoal, that is, the generation of negative ions and the radiation of far-infrared radiation have been short since scientifically elucidated, and therapeutic devices and bedding that effectively use these properties Such development was awaited.

  This invention is proposed in view of the said situation, and it aims at providing the treatment tool which utilized effectively the outstanding property which Bincho charcoal and bamboo charcoal have. Another object of the present invention proposed at the same time is to provide an insole, footwear, pillow and bed using Bincho charcoal and bamboo charcoal.

  The invention according to claim 1 proposed to achieve the above object is to fix a shaped piece of Bincho charcoal or bamboo charcoal shaped into a predetermined shape to the adhesive surface side of a patch having an adhesive surface on one side. It is a patch-type treatment device to be formed.

  Bincho charcoal is charcoal made by steaming roast wood in a kiln. In other words, Bincho charcoal is made by steaming the raw wood in a kiln with a final baking temperature of 1000 ° C or higher, taking out the red-heated raw wood little by little, and cooling it while applying the ash and soil mixed with water. Charcoal. Therefore, Bincho charcoal is whitish and is called white charcoal for black charcoal with a low final baking temperature. Bincho charcoal is very hard and no black powder adheres to its surface.

  In addition, bamboo charcoal is carbonized by fumigating the raw bamboo material dried for a long time while gradually raising the temperature in a kiln, raising the final baking temperature to about 1400 ° C according to the purpose of use, and then gradually cooling it. Charcoal made.

  Bincho charcoal and bamboo charcoal manufactured in this way are carbon lump, and carbon contains a large amount of negative electrons (negative ions). Therefore, Bincho charcoal and bamboo charcoal have the property of supplying negative ions to the surroundings.

  Here, in the oxygen absorbed by the body, positive ions called active oxygen lacking electrons exist. Active oxygen (plus ions) causes the body to become acidic and causes various harms to the body. In other words, active oxygen causes the generation of spots and aging by oxidizing the body. Active oxygen is also said to cause cancer and other diseases.

In order to reduce the amount of active oxygen, it is sufficient to compensate for insufficient electrons. Since negative ions hold extra electrons, negative ions can be supplied to the active oxygen and neutralized to prevent adverse effects due to an increase in active oxygen.
In addition, by supplying negative ions, it acts to stimulate the accessory exchange nerves and calm the mood.

The cell membrane that forms the body is negatively charged on the outside and positively charged on the inside.
When negative ions are supplied to the cells, a minute current flows in and out of the cell membrane, and waste products are discharged from the inside to the outside, and nutrients are absorbed from the outside to the inside, resulting in active metabolism.

  Bincho charcoal and bamboo charcoal have the property of radiating far infrared rays in addition to the property of generating negative ions as described above. In other words, it has been proved that Bincho charcoal and bamboo charcoal radiate far-infrared rays as the temperature rises. Far-infrared rays are electromagnetic waves (invisible rays) having a wavelength longer than that of infrared rays, and have a property of heating an irradiation object.

  Furthermore, Bincho charcoal and bamboo charcoal have the property of quickly removing pain from bruising and sprains, or itching from insect bites such as mosquitoes.

  According to the sticking type treatment tool of the present invention, by sticking the adhesive surface of the patch to the affected part, a shaped piece of Bincho charcoal or bamboo charcoal is pressed against the affected part. Therefore, the negative ions generated can prevent adverse effects caused by an increase in active oxygen, stimulate the accessory exchange nerves, calm the mood, and activate the metabolism. In addition, Bincho charcoal or bamboo charcoal is heated by the body temperature, and the affected far-infrared rays are irradiated to the affected area to warm the affected area. Thereby, the parasympathetic nerve is stimulated by the thermal effect and blood circulation is promoted.

  In other words, according to the patch type treatment device of the present invention, blood circulation promotion treatment can be effectively performed by the synergistic effect of the negative ion effect and the thermal effect of Bincho charcoal and bamboo charcoal, and the stiffness and pain can be removed. At the same time, it becomes possible to quickly soothe the pain caused by bruises and sprains and the itch caused by insect bites.

  In particular, the generation of negative ions and far-infrared radiation by Bincho charcoal and bamboo charcoal last semipermanently regardless of the passage of time. In other words, the ability of Bincho charcoal and bamboo charcoal to generate negative ions and radiate far-infrared rays can be recovered by boiling. Therefore, the sticking type treatment device of the present invention is not disposable, and after using it for a specific period, the initial effect can be expressed again by boiling, which is economical.

  In the present invention, the shaped piece of Bincho charcoal or bamboo charcoal is preferably shaped into an appropriate shape that does not irritate the affected area. For example, a shaping piece can be made into the shape which chamfered the peripheral edge of the end surface of a disk shape (column shape with low height) over the perimeter. According to this shape, the other end surface of the disc shape can be firmly fixed to the adhesive material, and the chamfered one end surface comes into contact with the affected area, so that there is less irritation to the affected area.

Moreover, the shaping piece can also be made into a polygonal column shape close to a cylindrical shape. For example, the shaped piece can be formed into a low octagonal prism shape or a polygonal prism shape with more height. By adopting such a shape for the shaping piece and chamfering the peripheral edge of the one end face, it is possible to reduce irritation to the affected area similarly to the disk shape.
Moreover, it can also be set as the structure which makes a shaping piece hemispherical and fixes a plane part to a sticking material. According to this configuration, since the hemispherical portion comes into contact with the affected area, stimulation to the affected area is reduced.

  The invention according to claim 2 is a contact-type treatment instrument formed by storing pulverized particles of Bincho charcoal or bamboo charcoal inside a bag body having air permeability and flexibility.

  According to the contact-type treatment device of the present invention, negative ions generated from Bincho charcoal or bamboo charcoal are brought into contact with affected areas such as shoulders, limbs or joints with stiffness or pain, as in the case of the stick-type treatment device. As a result, adverse effects due to an increase in active oxygen are prevented, and the para-exchange nerves are stimulated to calm the mood and activate metabolism. In addition, far-infrared rays radiated from Bincho charcoal or bamboo charcoal stored in the bag are irradiated to the affected area, and the parasympathetic nerve is stimulated by the thermal effect. In other words, blood circulation is promoted by the synergistic effect of the negative ion effect and the thermal effect, and it becomes possible to remove stiffness and pain.

  In addition, according to the contact-type treatment tool of the present invention, a larger amount of Bincho charcoal and bamboo charcoal can be stored in the bag body than in the pasting-type treatment tool, and the supply amount of negative ions and the amount of radiation of far infrared rays Will increase. Therefore, it is possible to achieve a therapeutic effect only by contacting the affected part for a short time.

  In this invention, the structure which provided the fixing belt in the bag body can be taken. According to this configuration, the contact type treatment tool can be fixed to the affected area by the fixing belt, and the usability is improved. In addition, it is possible to prepare a fixing belt different from the contact-type treatment device and fix the contact-type treatment device with the fixation belt so as to press against the affected part.

  The invention according to claim 3 is a press-type treatment device in which a tip portion of a rod-shaped Bincho charcoal or bamboo charcoal is shaped into a predetermined shape to form a pressing portion.

According to the press-type treatment device of the present invention, a part of the rod shape of Bincho charcoal or bamboo charcoal is gripped by hand, and the pressing part is pressed against acupuncture points such as shoulders and limbs, thereby stimulating the acupoints and treating. It can be carried out.
At the same time as stimulating the acupuncture points, negative ions generated from Bincho charcoal or bamboo charcoal suppress the increase in active oxygen, stimulate the accessory exchange nerves to calm the mood and activate metabolism. Furthermore, far infrared rays radiated from Bincho charcoal or bamboo charcoal are irradiated in the vicinity of the acupoint to warm the acupoint.

  Thereby, in addition to the stimulating effect of the acupuncture point, blood circulation is promoted by the synergistic effect of the negative ion effect and the thermal effect, and it becomes possible to remove stiffness and pain.

In this invention, the site | part which grips Bincho charcoal by hand may expose the Bincho charcoal as it is, and it is good also as a structure which provides the grip part for making it easy to grip.
For example, the gripping unit can take a configuration in which a string is wound around and fixed around Bincho charcoal, or a configuration in which a sheet material is wound around and fixed around Bincho charcoal.

  In the invention according to claim 4, a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape are arranged on a base at a predetermined interval so that the aggregate becomes a pair of sole shapes. It is a foot-operated treatment tool that is formed.

  According to the present invention, when the stepping type treatment tool is stepped on with a foot, each shaping piece stimulates the heel of the sole and exhibits the acupoint massage effect. In addition, the negative ions generated from Bincho charcoal or bamboo charcoal suppress the increase in active oxygen, stimulate the accessory exchange nerves to calm the mood and activate metabolism. Furthermore, far infrared rays radiated from Bincho charcoal or bamboo charcoal are irradiated in the vicinity of the acupoint to warm the acupoint.

  As a result, in addition to the stimulating effect of the acupoints on the soles, the circulation of the entire body is promoted by the synergistic effect of the negative ion generation effect and the thermal effect, and it becomes possible to remove stiffness and pain.

In the present invention, the shaped piece of Bincho charcoal or bamboo charcoal can be made into an appropriate shape. For example, as with the shaped piece of the pasting type treatment tool, one end surface of a disc shape (a columnar shape with a low height) It is possible to adopt a shape in which the periphery of the chamfer is chamfered over the entire circumference. According to this shape, the other end surface of the disk shape can be firmly fixed to the base, and the chamfered one end surface abuts on the sole, so that the stimulating effect of the acupuncture point is reduced while reducing the stimulation to the sole Can be played.
Further, the shaping piece can be formed in a polygonal columnar shape or hemispherical shape close to a cylindrical shape.

  Moreover, in this invention, the shaping pieces of height can be arranged according to the unevenness | corrugation of a sole. For example, by raising the shaped piece located on the arch of the sole and raising the other parts lower, the weight can be distributed almost evenly over all the shaped pieces when stepping on a foot-type treatment tool it can. Thereby, the acupoint pressing effect can be expressed evenly with respect to the entire sole.

  The invention according to claim 5 is a shoe insole formed by arranging a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape on one surface of a pair of shoe insole materials at predetermined intervals. is there.

Bincho charcoal and bamboo charcoal have humidity conditioning, adsorptive properties, and purification properties in addition to the above-described properties of generating negative ions and the property of radiating far infrared rays.
When Bincho charcoal and bamboo charcoal are observed with an electron microscope, it can be seen that numerous extremely small pores of several microns (μm) to several hundred microns (μm) are formed. This hole is easy for air and water to pass through, and absorbs moisture when the humidity is high, and on the contrary, expresses humidity control properties that release moisture when dried.

In addition, the surface area of this large number of holes reaches approximately 300 square meters per gram of Bincho charcoal, and bamboo charcoal reaches approximately twice that of Bincho charcoal. As a result, components that cause odors in the air, such as cigarettes, pets, and toilets, as well as toxic gases (formaldehyde), formalin, ammonia, etc. that cause sick house syndrome emitted from residential and furniture materials, etc. It has an excellent adsorptivity to absorb water.
Furthermore, the useful microorganisms adhering to the charcoal have a purification property that decomposes the adsorbed impurities and renders them harmless.

According to the present invention, since a shoe insole in which a plurality of shaped pieces are arranged is mounted in the shoe, the acupuncture points on the soles can be stimulated by the shaped pieces during walking. The same effect is produced.
In addition, the humidity control of Bincho charcoal and bamboo charcoal suppresses foot stuffiness, and even if the foot stuffs up, the odor is adsorbed by the adsorptive property and further purified by the purifying property. It can be kept clean and hygienic.

  The invention described in claim 6 is footwear formed by arranging a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape and arranged at a predetermined interval from each other at a position where the sole contacts.

As used herein, footwear refers to all footwear including shoes, slippers, clogs, hooks, sandals and the like.
According to the present invention, it is possible to achieve the same effect as that when wearing a shoe with the insole of the shoe according to claim 5 by arranging the shaping pieces directly on the part of the footwear in contact with the sole. It becomes.

  In the invention according to claim 7, pulverized grains of Bincho charcoal or bamboo charcoal are accommodated in an inner bag body having air permeability and flexibility, and the inner bag body is covered with an outer bag body having air permeability and flexibility. It is a pillow that is formed.

According to the pillow of this invention, there exists an outstanding effect by the property which above-mentioned Bincho charcoal and bamboo charcoal have.
In other words, according to the pillow of the present invention, moisture and odor of sweat can be absorbed by the humidity control, adsorptivity and purification properties of the above-mentioned Bincho charcoal and bamboo charcoal. In addition, the negative ions radiated from the above-mentioned Bincho charcoal can calm the mood and activate metabolism, and further, the property of radiating far-infrared rays promotes blood circulation, and the whole body to the tip of the limbs. Can be warmed. Therefore, it is possible to sleep by these synergistic effects.
In addition, since the crushed bincho charcoal is stored in the inner bag body, the head does not sink into the pillow, and the granular feel of the bincho charcoal stimulates the neck and also has a massage effect.

Further, according to the present invention, the inner bag body containing Bincho charcoal is further covered with the outer bag body, so that even if the Bincho charcoal fine powder leaks out from the inner bag body, it is prevented from scattering to the outside. Is done.
In the present invention, if the outer bag body is configured to be openable and closable, the inner bag body can be taken out and only the outer bag body can be washed, which is clean.

  The invention described in claim 8 is a bed in which a storage room having air permeability is formed in a lower part of a floor plate supporting a mattress, and bincho charcoal or bamboo charcoal is stored in the storage room.

  According to the present invention, a large amount of Bincho charcoal or bamboo charcoal is stored in the storage chamber. As a result, the humidity inside the bincho charcoal or bamboo charcoal, the adsorptivity, and the purifying property maintain the indoor humidity appropriately and deodorize and purify the air. In particular, as mentioned above, body odor, cigarettes, toilets, pet odors can be deodorized, and further, formaldehyde, formalin, ammonia, etc. that cause sick house syndrome emitted from dwelling materials and furniture materials are adsorbed indoors. Can be maintained in a refreshing state.

  In addition, negative ions generated from Bincho charcoal or bamboo charcoal can calm the mood and activate metabolism. Furthermore, the far-infrared radiation radiated from Bincho charcoal or bamboo charcoal stimulates the parasympathetic nerve and promotes blood circulation, and has the effect of relaxing the body by the thermal effect. These synergistic effects make it possible to sleep well.

  Here, electromagnetic waves radiated from electrical appliances such as home appliances, computers, and mobile phones adversely affect the human body. In other words, when the human body is exposed to electromagnetic waves, the water temperature in the body rises, causing a disease.

  Since Bincho charcoal and bamboo charcoal are uniformly carbonized, they have high conductivity and a large electromagnetic wave absorption effect. Therefore, by using the bed of the present invention, electromagnetic waves flying in the space can be absorbed and adverse effects on the human body can be reduced.

  Moreover, the generation of negative ions, far-infrared radiation, and electromagnetic wave absorptivity possessed by Bincho charcoal and bamboo charcoal last semipermanently regardless of the passage of time. Therefore, by using the bed of the present invention, these effects can be continued for a long period of time.

In the present invention, the air permeability of the storage chamber can be ensured by the floor board.
For example, it is possible to adopt a configuration in which the mattress is supported while maintaining the air permeability of the storage chamber by making the floor plate into the shape of a cocoon and covering the floor plate with the storage chamber formed in the lower part of the bed.
In addition, it is possible to separately form a storage chamber having air permeability in the lower part of the bed.

According to the first aspect of the present invention, it is possible to provide a patch-type treatment device that can remove litter and pain by simply sticking directly to an affected area, and can be easily used without a sense of incongruity.
According to the second aspect of the present invention, it is possible to provide a contact-type treatment device that can remove stiffness and pain by simply contacting the affected area for a short time.
According to the third aspect of the present invention, it is possible to provide a pressing treatment device that can effectively remove stiffness and pain due to the synergistic effect of the stimulating effect of the acupuncture point and the thermal effect.
According to the fourth aspect of the present invention, it is possible to provide a foot-operated treatment tool that can effectively remove stiffness and pain due to the synergistic effect of the stimulating effect of the acupoints on the sole and the thermal effect.
According to the fifth aspect of the present invention, it is possible to provide an insole for a shoe that can provide the effects of a foot-operated treatment tool only by being inserted into the shoe and can keep the inside of the shoe clean.
According to the sixth aspect of the present invention, it is possible to provide footwear that has the same effect as the shoe with the insole of the fifth aspect.
According to the pillow using the bincho charcoal according to claim 7, the smell of sweat and moisture are absorbed, the blood circulation is promoted, the whole body is warmed, the mood is sedated, and the metabolism is activated. This makes it possible to sleep well.
According to the bed using the bincho charcoal according to claim 8, the humidity is properly maintained, the air is purified, the blood circulation is promoted, the mood is sedated, the metabolism can be activated, and the sleep can be activated. can do. Further, by absorbing harmful electromagnetic waves, adverse effects on the human body can be reduced.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a perspective view showing a sticking type treatment device 1 using bincho charcoal according to an embodiment of the present invention, FIG. 2 is a perspective view showing a manufacturing procedure of the sticking type treatment device 1 shown in FIG. 1, and FIG. It is a perspective view which shows the modification of the sticking type treatment tool 1 shown in FIG.

The sticking type treatment tool 1 is formed by fixing a shaped piece 10 of Bincho charcoal to the central part of a circular sticking material 11.
The shaping piece 10 has a low disk shape (cylindrical shape), and the peripheral edge of the upper end surface 10a is chamfered over the entire circumference. In this embodiment, the shaping piece 10 is produced by shaping a fragment of Bincho charcoal by grinding.

The adhesive material 11 is obtained by applying an adhesive 12 to one surface of a circular cloth material to form an adhesive surface 11a.
The sticking type treatment tool 1 is formed by sticking and fixing the lower end surface of the shaping piece 10 to the central portion of the adhesive surface 11 a of the patch 11.

The sticking type treatment device 1 of the present embodiment is manufactured by the steps shown in FIG.
First, as shown in FIG. 2A, the patch 11 is stuck on the release paper 13.
The release paper 13 has a rectangular shape, and is provided with four circular cuts 14 that are substantially equal to the outer diameter of the shaped piece 10. Each cut 14 is provided with a straight cut 15 extending from the cut 14 to the outer edge of the release paper 13.
When sticking the patch 11 to the release paper 13, the central portion of the patch 11 is positioned at the center of the cut 14, and the adhesive surface 11 a of the patch 11 is stuck to the lower surface side of the release paper 13.

Subsequently, the shaping piece 10 is stuck on the release paper 13 to which the sticking material 11 is stuck.
In this step, first, as shown in FIG. 2B, the release paper 13 a at a portion surrounded by the cut 14 is peeled off in a circle along the cut 14 to expose the adhesive surface 11 a of the patch 11. And the lower end surface 10b of the shaping piece 10 is pressed and fixed to the exposed adhesive surface 11a.
By the above procedure, as shown in FIG. 2 (c), the four sticky treatment devices 1 are arranged on the release paper 13, and the manufacturing is completed.
The manufactured sticking type treatment device 1 is housed in an appropriate wrapping paper and provided as a product.
In the present embodiment, four sticky treatment devices 1 are arranged on one release paper 13, but an appropriate number of stickers are attached to one release paper 13 according to the size of the release paper 13. It is possible to arrange the type treatment device 1.

When using the sticking type treatment device 1, the necessary number of sticking type treatment devices 1 are removed from the release paper 13.
That is, as shown in FIG. 2C, a part of the release paper 13 is peeled off from the adhesive surface 11 a of the patch 11 while cutting the release paper 13 along the cut 15. Then, a hand is applied to the exposed end portion of the adhesive surface 11 a of the adhesive material 11, the adhesive material 11 to which the shaping piece 10 is fixed is peeled from the release paper 13, and the adhesive treatment device 1 is removed.

  Next, the patch-type treatment device 1 (see FIG. 1) removed from the release paper 13 is applied so that the shaping piece 10 contacts the affected part, and the peripheral surface of the patch 11 is pressed to fix the adhesive surface 11a to the skin. To do. Thereby, the sticking type treatment tool 1 is fixed to the affected part.

  In this embodiment, the Bincho charcoal used for the shaping piece 10 is set to a final baking temperature of about 1000 ° C., and the raw wood is steamed and baked in a kiln. Made. And the produced bincho charcoal was shape-processed and the shaping piece 10 was made. The produced Bincho charcoal (shaped piece) 10 was extremely hard, and black powder did not adhere to the surface.

The inventors of the present application made a trial manufacture of the patch-type treatment tool 1 using two types of shaped pieces 10 having different dimensions.
In the first trial patch type treatment tool 1, the diameter of the patch 11 was approximately 22 mm, the outer diameter of the shaping piece 10 was approximately 10 mm, and the height thereof was approximately 3 mm.
In addition, in the second prototype patch type treatment tool 1, the shaping piece 10 has a slightly smaller shape than the first prototype. In other words, in the second trial patch type treatment tool 1, the diameter of the patch 11 was set to approximately 22 mm, which was the same as the first prototype, the outer diameter of the shaping piece 10 was set to approximately 5 mm, and the height was set to approximately 3 mm.

As a result of carrying out the test by attaching the prototyped patch treatment device 1 to a plurality of subjects, the result was that the litter and the pain were removed or alleviated from all the subjects.
This is because the negative ions generated from the Bincho charcoal (shaped piece) 10 prevent the harmful effects caused by the increase in active oxygen, stimulate the accessory exchange nerves, calm the mood, and activate the metabolism. This is probably because the far-infrared rays radiated from the bincho charcoal (shaping piece) 10 are irradiated to the affected area to warm the affected area, and the blood circulation is promoted by a synergistic effect with the thermal effect that stimulates the parasympathetic nerve.

Thus, according to the sticking type treatment device 1 of the present embodiment, since the shape is extremely small, there is no sense of incongruity even if it is attached to the affected part for a long period of time, and blood circulation promotion treatment can be performed effectively.
In particular, generation of negative ions and far-infrared radiation by Bincho charcoal can be recovered by boiling as described above. Therefore, by using the sticking type treatment device 1 of the present embodiment after boiling for a specific period (for example, sticking about 10 times), the blood circulation promoting treatment can be continued for a long time, and the therapeutic effect is high. Economical on top.

  Moreover, although the paste type treatment tool 1 of the present invention was made as a prototype of the above-mentioned size, it is possible to manufacture an appropriate size if necessary. That is, by manufacturing the sticking type treatment device 1 using the shaped pieces 10 having different sizes, it is possible to use them properly depending on the stiffness or pain of the affected area.

  Moreover, the sticking type treatment tool 1 of this embodiment is a small shape which fixed the shaping piece 10 made from Bincho charcoal to the circular sticking material 11 as mentioned above. Therefore, for example, by using a skin-colored cloth material for the patch 11, it is inconspicuous even if it is directly affixed to an exposed part that is not covered with clothes such as the neck. Thereby, even when going out, the sticking type treatment device 1 can be stuck without hesitation and the treatment can be continued.

  In addition, in this embodiment, although described as the structure which used Bincho charcoal for the shaping piece 10, it can replace with Bincho charcoal and can provide the sticking type treatment tool 1 which has the same outstanding effect by using bamboo charcoal. .

  By the way, the sticking type treatment device 1 of the present embodiment has a low disc shape (cylindrical shape) obtained by chamfering the shaping piece 10 over the entire circumference of the upper end surface 10a as shown in FIG. Although adopted, the shaping piece 10 is not limited to such a shape.

For example, as shown in FIG. 3A, the shaped piece 10 may be a regular decagonal column shape and chamfered over the entire circumference of the upper end surface 10a.
Further, as shown in FIG. 3 (b), the shaped piece 10 may be a regular hexagonal prism shape and chamfered over the entire circumference of the upper end face 10a.
In addition to the regular decagonal prism shape and the regular hexagonal prism shape, a polygonal prism shape equal to or more than a regular octagonal prism approximated to a cylindrical shape can be adopted as the shaping piece 10 although not shown in the drawing. .

  By adopting such a polygonal column shape for the shaping piece 10, it is easier to grind and improve manufacturability compared to processing a shaping piece (Bincho charcoal or bamboo charcoal) with high hardness into a cylindrical shape. Is possible.

Next, the contact type treatment tool 2 using the bincho charcoal according to the embodiment of the present invention will be described.
FIG. 4 is a perspective view showing the contact treatment device 2 according to the embodiment of the present invention and a perspective view showing a modification thereof.

The contact treatment device 2 of the present embodiment has a structure in which pulverized particles 22 of Bincho charcoal are housed inside a bag body 20 as shown in FIG.
The bag body 20 is manufactured using a cloth material 21 having flexibility and air permeability. That is, the bag body 20 is obtained by folding a rectangular cloth material 21 and sewing three sides.
In the present embodiment, the cloth material 21 having flexibility and breathability is used for the bag body 20, but a breathable sheet material can be used instead of the cloth material 21.

  In manufacturing the contact-type treatment device 2 of the present embodiment, first, the rectangular cloth material 21 is folded and one longitudinal end portion 20c is sewn along the side edge, and along the longitudinal side edge 20b. Sewing. Then, an appropriate amount of Bincho charcoal crushed particles 22 are stored in the bag-like cloth material 21 from the other opened longitudinal end 20a, and then the longitudinal end 20a is sewn along the side edge. Made.

The contact treatment device 2 manufactured in this way has a structure in which a large number of crushed grains 22 of Bincho charcoal are stored inside a bag body 20 made of a cloth material 21 having flexibility and breathability.
Therefore, by placing the contact-type treatment device 2 on the affected area, the mood is calmed by the negative ions radiated from the Bincho charcoal 22 and the metabolism can be activated. In addition, far-infrared rays radiated from the crushed grains 22 of Bincho charcoal are irradiated to the affected area to warm the affected area, and the parasympathetic nerve is stimulated to promote blood circulation. The synergistic effect of the negative ion effect and the thermal effect makes it possible to relieve or remove stiffness and pain in the affected area.

In particular, the contact treatment device 2 of the present embodiment has a larger amount of Bincho charcoal (crushed particles) 22 than the sticking treatment device 1. As a result, the amount of negative ions generated and the amount of emitted far-infrared light are increased, and the therapeutic effect is high.
Moreover, since the fabric material 21 which has air permeability is used for the bag body 20, the deodorizing effect is also show | played by the adsorptive property and purification property of Bincho charcoal 22.

  In the contact-type treatment tool 2 of the present embodiment, a crushed grain 22 of Bincho charcoal having an average maximum diameter of about 5 mm is used. Moreover, the bag body 20 which accommodated the Bincho charcoal (pulverized grain) 22 was made into about 120 mm in length, about 50 mm in width, and thickness (maximum thickness in the state in which the Bincho charcoal 22 was accommodated) about 20 mm. However, it is possible to manufacture a product having an appropriate size as required.

Here, it is also possible to adopt a configuration in which a belt is provided in the contact treatment device 2 of the present embodiment.
That is, as shown in FIG. 4B, the belt 25 and the belt 26 may be provided at both longitudinal ends of the contact treatment device 2, respectively. Hook fasteners 25a and 26a are provided at the front ends of the belts 25 and 26, respectively.

  According to this configuration, the bag body 20 can be brought into contact with the affected area, the belts 25 and 26 can be wound around the arms and legs, and the surface fasteners 25a and 26a can be pressed and fixed. It is possible to contact and fix easily.

In the example shown in FIG. 4B, the belts 25 and 26 are attached to the longitudinal end portions 21 a and 21 c of the bag body 20, but a belt can be attached to the longitudinal side edge of the bag body 20.
Moreover, it is set as the structure which combined the contact type treatment tool 2 shown to Fig.4 (a), and a separate belt, and the structure which presses and fixes the contact type treatment tool 2 contacted to the affected part with a belt It can also be.
Further, in the present embodiment, the configuration has been described in which the bincho charcoal 22 is accommodated in the bag body 20, but by providing bamboo charcoal instead of the bincho charcoal, the contact-type treatment tool 2 having the same excellent effect is provided. Is possible.

Next, the pressing type treatment tool 3 using the bincho charcoal according to the embodiment of the present invention will be described.
FIG. 5 is a perspective view showing the pressing type treatment device 3 according to the embodiment of the present invention and a perspective view showing a modification thereof.
As shown in FIG. 5A, the pressing treatment device 3 of the present embodiment is formed by sharpening the tip of a rod-shaped Bincho charcoal 30 into a conical shape and forming a pressing portion 31.
The pressing portion 31 is formed into a conical shape by subjecting Bincho charcoal 30 to grinding, and the distal end portion 31a of the pressing portion 31 is substantially hemispherical.

  The pressing type treatment tool 3 of the present embodiment stimulates the acupuncture by holding the substantially longitudinal center of the rod-shaped Bincho charcoal 30 with a hand and pressing the pressing portion 31 against the shoulder or limb acupuncture to treat the acupuncture point. It can be performed. At the same time as the stimulation of the acupuncture point, the negative ions emitted from the Bincho charcoal 30 calm the mood and activate the metabolism. Furthermore, far infrared rays radiated from Bincho charcoal are irradiated in the vicinity of the acupuncture point, thereby producing a thermal effect. Therefore, blood circulation is promoted by the synergistic effect of the stimulating effect, the negative ion effect and the thermal effect of these acupoints, and it becomes possible to remove stiffness and pain.

  In this embodiment, the Bincho charcoal 30 having an outer diameter of approximately 12 mm is cut into a length of approximately 115 mm, but a Bincho charcoal 30 of an appropriate size can be used as necessary.

In the present invention, the portion that holds Bincho charcoal may be exposed as it is, or may be configured to be provided with a gripping part for easy gripping.
For example, as shown in FIG. 5 (b), it is possible to form a grip portion 33 in which an adhesive is applied to the outer peripheral portion of the Bincho charcoal 30 excluding the pressing portion 31 and the string material 32 is tightly wound and fixed.
According to this configuration, the Bincho charcoal 30 can be gripped and pressed rather than directly gripped by the hand, and slipping is prevented by the unevenness of the wound string material 32 so that it is easy to grip. Further, the appearance is beautiful by using a string material 32 of an appropriate color that also serves as a decoration.

  In the present embodiment, the configuration using the Bincho charcoal 30 has been described. However, by using bamboo charcoal instead of the Bincho charcoal, it is possible to provide the press-type treatment tool 3 having the same excellent effect.

Next, a stepping type treatment tool 5 using bincho charcoal according to an embodiment of the present invention will be described.
FIG. 6A is a perspective view showing the foot-operated treatment device 5 according to the embodiment of the present invention, FIG. 6B is an enlarged perspective view of a shaping piece employed in the treatment device 5 of FIG. c) is a perspective view showing a cushioning material 51 employed in the treatment device 5 of FIG.

  The foot-operated treatment tool 5 according to the present embodiment has a plurality of Bincho charcoal shaped pieces 52 shaped into a columnar shape, and is placed on a base 50 at a predetermined interval so that the aggregate 53 has a pair of sole shapes. It is the treatment tool formed by arranging.

  As shown in FIG. 6B, the shaping piece 52 has a disk shape (cylindrical shape) with a low height, and the peripheral edge of the upper end surface 52a is chamfered over the entire circumference. In the present embodiment, the shaping piece 52 is produced by shaping a fragment of Bincho charcoal by grinding, and has three different heights of high, medium, and low.

  The cushioning material 51 is formed by cutting a pair of cloth materials into a sole shape as shown in FIG. 6 (c). The cushioning material 51 corresponds to a portion to which the shaping piece 52 is fixed, and has an opening substantially equal to the outer diameter of the shaping piece 52. A plurality of openings 51a having a diameter are opened. In the present embodiment, a thick felt material is used for the buffer material 51. The base 50 is a rectangular thin plate material, and is made of wood, a synthetic resin material, or the like.

  The treatment tool 5 of the present embodiment is manufactured by the following procedure. First, a pair of buffer materials 51 and 51 are joined to the base 50 using an adhesive. Next, an adhesive is applied to the lower end surface 52b of each shaping piece 52, and is fitted into each opening 51a of each cushioning material 51, 51, and the lower end surface 52b of the shaping piece 52 is pressed and joined to the base 50. .

At this time, as described above, the highest shaping piece 52 is arranged and bonded and fixed to a portion located on the arch 54, and the lowest shaping piece 52 is arranged and fixed to a portion other than the arch 54. In addition, a shaping piece 52 having an intermediate height is arranged and fixed at a boundary portion between the arch 54 and another portion.
By the above procedure, as shown in FIG. 6A, the foot-operated treatment tool 5 in which the assembly 53 of the shaping pieces 52 is arranged in a pair of sole shapes is completed.

The foot-operated treatment tool 5 of the present embodiment is used by stepping on the aggregates 53, 53 of the shaping pieces 52 arranged in the shape of the soles with bare feet. When the stepping type treatment tool 5 is stepped on, each shaped piece 52 presses the sole due to a reaction due to the body weight, and treatment can be performed by stimulating the points on the sole.
In particular, in this embodiment, the shaping pieces 52 of the part located in the arch 54 are made high so that each shaping piece 52 presses the entire sole almost evenly. Thereby, it is possible to treat the acupoints of the sole evenly and perform treatment.

Simultaneously with the stimulation of the acupuncture point, the negative ions radiated from the bincho charcoal (shaped piece) 52 can calm the mood and activate the metabolism. Further, far-infrared rays radiated from Bincho charcoal (shaped piece) 52 are irradiated in the vicinity of the acupoint to produce a thermal effect. Therefore, the circulation promotion treatment can be performed by the synergistic effect of the stimulating effect, negative ion effect and thermal effect of these acupoints.
Furthermore, since the treatment tool 5 of this embodiment is provided with cushioning materials 51, 51 that match the shape of the assembly 53 of the shaping piece 52, it feels good when stepped on with bare feet.

  In the present embodiment, the shaping piece 52 was manufactured with three types of outer diameters of 10 mm, heights of 15 mm, 12 mm, and 9 mm, and the cushioning material 51 having a foot size of about 25 cm. However, it is possible to appropriately set the outer diameter and height of the shaping piece 52, the number of arranged shaping pieces 52, and the size of the buffer material 51 as necessary.

In the present embodiment, the cylindrical shaped pieces 52 are directly joined to the base 50. For example, the cylindrical convex portions are arranged in advance on the base 50 corresponding to the fixed position of the shaped pieces 52. And it is also possible to take the structure which joins each shaping piece (Bincho charcoal) 52 to the upper end surface of the said convex part.
According to this configuration, the amount of Bincho charcoal used can be reduced while securing the height of Bincho charcoal, and cost savings can be achieved.

  Further, in this embodiment, the configuration in which the pair of aggregates 53 and 53 of the shaping pieces 52 are provided on one base 50 is adopted. However, the aggregates 53 of the shaping pieces 52 are provided on the separate bases 50 and 50, respectively. It is also possible to provide a configuration. According to this configuration, the bases 50 and 50 can be arranged at an appropriate interval according to the user's open legs, and can be stored compactly when not in use.

  Moreover, in this embodiment, although described as the structure which used Bincho charcoal for the shaping piece 52, it can replace with Bincho charcoal and can provide the foot type treatment tool 5 which show | plays the same outstanding effect by using bamboo charcoal. .

Next, a shoe insole 6 using bincho charcoal according to an embodiment of the present invention will be described.
FIG. 7 is a perspective view showing an insole 6 for shoes according to an embodiment of the present invention.
The shoe insole 6 of the present embodiment is formed by arranging a plurality of Bincho char shaped pieces 62 shaped into a columnar shape on one surface of a shoe insole material 61 at a predetermined interval.

Similar to the shaping piece 52 used for the foot-operated treatment device 5 (see FIG. 6), the shaping piece 52 is a disk shape (cylindrical shape) having a low height, and the peripheral edge of the upper end surface 62a extends over the entire circumference. Chamfered. However, the shaped piece 62 used in this embodiment has a lower height than the shaped piece 52 described above.
Specifically, the shaping piece 62 used in the present embodiment uses three types of outer diameters of approximately 10 mm and heights of 8 mm, 5 mm, and 2 mm.

The insole material 61 of shoes is the same as a normal insole material, and the shaping pieces 62 are arranged and fixed at predetermined intervals on one surface using an adhesive.
When arranging the shaping pieces 62, the highest shaping piece 62 is arranged at a portion located on the arch 63, and the lowest shaping piece 62 is arranged and fixed at a portion other than the arch 63, so that the boundary between the arch 63 and other portions is arranged. The shaped pieces 62 having a medium height are arranged and fixed to the part.

The insole 6 of the shoe of this embodiment is used by being attached to the inside of the shoe so that the fixed surface of the shaping piece 62 is the upper surface.
By using the shoe with the insole 6 attached thereto, each shaping piece 62 presses the sole of the foot due to the reaction of the body weight, and treatment can be performed by stimulating the acupoints on the sole simultaneously with walking. In particular, also in this embodiment, since the shaping piece 62 of the site | part located in the arch 63 is made high, it is possible to treat by stimulating the acupoint of the sole evenly.

  Further, the foot is not easily stuffy due to the humidity control property of the Bincho charcoal (shaped piece) 62, and even when the foot is damp, the bad odor is adsorbed by the adsorbing property of the Bincho charcoal (shaped piece) 62 and further purified by the purification property Therefore, the foot can always be kept clean and hygienic.

  Further, the negative ions radiated from the Bincho charcoal (shaped piece) 62 can calm the mood and activate the metabolism. Furthermore, the far infrared rays radiated from the Bincho charcoal 52 are irradiated in the vicinity of the acupoint to produce a thermal effect.

In addition, the insole 6 of the shoe according to the present embodiment can be manufactured in a plurality of sizes according to the size of the shoe, and the arrangement number, outer diameter, and height of the shaping pieces 62 can be appropriately adjusted according to the size. Is possible.
Further, in the present embodiment, the configuration using the bincho charcoal for the shaping piece 62 has been described. However, by using bamboo charcoal instead of the bincho charcoal, the insole 6 having the same excellent effect can be provided.

By the way, although this embodiment showed as the insole 6 of the shoes with which shoes are mounted | worn, it is also possible to arrange and fix the shaping piece 62 of Bincho charcoal or bamboo charcoal directly to the part which the sole of footwear contacts.
For example, although not shown in the figure, in footwear such as slippers, clogs, hooks, sandals, etc., take a configuration in which shaped pieces of Bincho charcoal and bamboo charcoal are arranged at predetermined intervals at the parts where the soles abut Can do.
According to the footwear of this configuration, it is possible to achieve the same excellent effect as that of the shoe with the shoe insole 6 (see FIG. 7) just by wearing the footwear.

Then, the pillow 7 using the bincho charcoal which concerns on embodiment of this invention is demonstrated.
FIG. 8 is an exploded perspective view showing the structure of the pillow 7 according to the embodiment of the present invention.
As shown in FIG. 8, the pillow 7 of the present embodiment is configured by combining an inner bag body 70 and an outer bag body 75 that contain Bincho charcoal 73.

Manufacture of the pillow 7 of this embodiment is performed in the following procedure.
First, the inner bag body 70 containing the crushed particles 73 of Bincho charcoal is manufactured. That is, two rectangular cloth materials 71 and 72 are overlapped to sew the three side edges 70b, 70c and 70d. And the crushed grain 73 of Bincho charcoal is inserted in the inside of the inner bag body 70 from the open | released remaining side edge 70a, and the remaining side edge 70a is sewn after this. Thereby, it becomes the inner bag body 70 which accommodated the pulverized grain 73 of Bincho charcoal inside.
In this embodiment, a material having flexibility and air permeability is used as the cloth materials 71 and 72. Note that a breathable sheet material may be used in place of the cloth materials 71 and 72 used for the inner bag body.

On the other hand, an outer bag body 75 that covers the inner bag body 70 is manufactured separately from the inner bag body 70.
The outer bag body 75 sews the three side edges 75b, 75c, and 75d by superimposing two rectangular cloth materials 76 and 77. Moreover, the hook-and-loop fasteners 78 and 78 are fixed to the inner surface side of the remaining side edge 75a along the side edge by sewing.
Thereby, the outer bag body 75 whose side edge 75a can be freely opened and closed by the surface fastener 78 is manufactured.
In the present embodiment, the cloth materials 76 and 77 are made of a material having flexibility and air permeability.

The inner bag body 70 is inserted into the outer bag body 75 manufactured as described above to become the pillow 7.
That is, the surface fasteners 78, 78 of the outer bag body 75 are pulled apart to open the side edge 75a, and the inner bag body 70 is inserted into the inside from the opened side edge 75a. Then, the surface fasteners 78, 78 are pressed together to close the side edge 75a. Thereby, it uses for the pillow 7.

  In such a pillow 7 of this embodiment, a large number of Bincho charcoal pulverized particles 73 are accommodated in the inner bag body 70 having flexibility and air permeability, and the inner bag body 70 is further covered with an outer bag body 75. Structure.

Therefore, by using the pillow 7, the moisture and smell of sweat can be absorbed by the humidity control, adsorbability and purification of the Bincho charcoal 73. In addition, the negative ions radiated from Bincho charcoal 73 calms the mood and activates metabolism, and further radiates far-infrared rays to promote blood circulation and warm the whole body to the tip of the limbs. . These synergistic effects make it possible to sleep well.
In addition, since Bincho charcoal 73 is stored in a crushed form, the head does not sink into the pillow, and the granular feel of Bincho charcoal 73 stimulates the neck and produces a massage effect.

  Moreover, since the pillow 7 of this embodiment further covers the inner bag body 70 with the outer bag body 75, it is prevented that the fine powder of the Bincho charcoal 73 leaked out from the inner bag body 70 is scattered outside. Moreover, since the inner bag body 70 can be taken in and out by opening and closing the hook and loop fastener 78 provided in the outer bag body 75, only the outer bag body 75 can be washed and it is clean.

  The pillow 7 of the present embodiment uses a Bincho charcoal crushed grain 73 having an average maximum diameter of approximately 5 mm. Moreover, the inner bag body 70 was about 300 mm in length, about 170 mm in width, and thickness (maximum thickness in the state which accommodated Bincho charcoal 73) about 50 mm. Further, the outer bag body 75 was formed using a thick cloth material having a length of about 390 mm and a width of about 200 mm. However, the pillow 7 of the present invention can be appropriately sized as necessary.

  In addition, in this embodiment, although described as the structure which accommodated Bincho charcoal 73 in the inner bag body 70, it can provide the pillow 7 which show | plays the same outstanding effect by accommodating bamboo charcoal instead of Bincho charcoal. .

Next, the bed 8 using the bincho charcoal according to the embodiment of the present invention will be described.
FIG. 9 is a perspective view showing the bed 8 of the present embodiment.
The bed 8 of this embodiment is configured by combining a plurality of members, and can be assembled and disassembled.

The bed 8 includes side plates 80 and 81, side plates 82 and 82, a bottom plate 83, and floor plates 86 and 86.
The side plate 80 defines the width of the bed 8 and is a member provided with legs 80a and 80a extending downward at both ends of a rectangular plate material. The side plate 81 also defines the width of the bed 8 and is a member provided with legs 81 a and 81 a extending downward at both ends of a rectangular plate material lower than the side plate 80.
The side plate 82 defines the length of the bed 8 and is a member in which a square member 82a is fixed to one surface of the long plate member in the longitudinal direction.

The bottom plate 83 is a large flat plate material having a width substantially the same as the length of the side plates 80 and 81 and a length substantially the same as the length of the side plate 82.
The floor plate 86 is a cocoon-like member having substantially the same width as the bottom plate 83 and half the length, and a plurality of narrow plate members 86b are arranged and fixed on a thin support member 86a with a gap therebetween. is there.

The bed 8 is assembled by the following procedure.
First, the side plate 80 and the side plate 81 are arranged to face each other in the longitudinal direction, and the side plates 82 and 82 are bridged and fixed between the opposing ends of the side plates 80 and 81. Next, the bottom plate 83 is brought into contact with and fixed to the lower end surfaces of the side plates 82 and 82. Then, the floor plates 86 and 86 are placed so that the longitudinal end portion of the plate material 86 b comes into contact with the square member 82 a of the side plate 82.
The bed 8 shown in FIG. 9 is assembled by the above procedure.

  As shown in FIG. 9, a space 84 surrounded by the side plates 80, 81, 82, 82, the bottom plate 83 and the floor plate 86 is formed in the assembled bed 8, and the space 84 stores the bincho charcoal 85. Function as. The storage chamber 84 has air permeability through a gap between the floor plates 86 and 86.

In the bed 8 of this embodiment, before installing the floor plate 86, a large number of Bincho charcoal 85 is evenly arranged inside the storage chamber 84, and the floor plates 86 and 86 are installed so as to cover the arranged Bincho charcoal 85.
Then, a mattress 87 is arranged on the floor plates 86, 86 that are mounted, and bedding (not shown) is laid.

  The bed 8 of the present embodiment has the above configuration. Therefore, the appearance is not different from a normal bed, but a large amount of Bincho charcoal 85 is stored in the storage chamber 84, which is equivalent to a state in which a large amount of Bincho charcoal 85 is disposed in the room. In other words, the bed 8 of this embodiment arranges a large amount of Bincho charcoal 85 using the lower space of the bed 8 instead of randomly arranging a large amount of Bincho charcoal 85 in the room.

According to the bed 8 having this configuration, the humidity inside the bincho charcoal 85, the adsorptivity, and the purifying property maintain the indoor humidity appropriately, and the indoor air is deodorized and purified.
In particular, when a pet is kept indoors, the smell emitted by the pet is absorbed. It can also absorb and purify the smell of tobacco and the body odor emitted from the human body. Furthermore, it absorbs and purifies formaldehyde, formalin, ammonia, etc., which cause sick house syndrome, emitted from housing materials and furniture materials. Thereby, the room can be maintained in a refreshing state.

  In addition, negative ions generated from Bincho charcoal calm the mood and activate metabolism, and far infrared rays radiated from Bincho charcoal 85 stimulate the parasympathetic nerves to promote blood circulation, and the body heats through heat effects. To relax. These synergistic effects make it possible to sleep well.

  Furthermore, due to the electromagnetic wave absorbing effect of Bincho charcoal 85, electromagnetic waves flying in the room are absorbed, and adverse effects on the human body can be reduced.

  In particular, since the generation of negative ions, far-infrared radiation, and electromagnetic wave absorptivity of Bincho charcoal 85 are maintained semipermanently regardless of the passage of time, these effects can be obtained by using the bed 8 of this embodiment. It is possible to continue for a long time.

In the present embodiment, the bag-like floor plate 86 is disposed on the upper portion of the storage chamber 84 to ensure air permeability. However, the present invention is not limited to this configuration, and the lower portion of the bed 8 has air permeability. It is also possible to adopt a configuration in which a chamber is provided separately.
Moreover, although this embodiment described as the structure which accommodated Bincho charcoal 85 in the storage chamber 84, it can provide the bed 8 which show | plays the same outstanding effect by accommodating bamboo charcoal instead of Bincho charcoal.

It is a perspective view which shows the sticking type treatment tool using the bincho charcoal which concerns on embodiment of this invention. (A)-(c) is a perspective view which shows the manufacture procedure of the sticking type treatment tool shown in FIG. It is a perspective view which shows the modification of the sticking type treatment tool 1 shown in FIG. (A) is a perspective view which shows the contact-type treatment tool using the bincho charcoal which concerns on embodiment of this invention, (b) is a perspective view which shows the modification of (a). (A) is a perspective view which shows the press-type treatment tool using the bincho charcoal which concerns on embodiment of this invention, (b) is a perspective view which shows the modification of (a). (A) is a perspective view showing a stepping type treatment device according to an embodiment of the present invention, (b) is an enlarged perspective view of a shaping piece employed in the treatment device of (a), and (c) is a treatment of (a). It is a perspective view which shows the buffer material employ | adopted as a tool. It is a perspective view which shows the insole of shoes which concerns on embodiment of this invention. It is a disassembled perspective view which shows the structure of the pillow using the bincho charcoal which concerns on embodiment of this invention. It is a perspective view which shows the bed using the bincho charcoal which concerns on embodiment of this invention.

Explanation of symbols

1 Paste type treatment tool 10 Bincho charcoal (shaped piece)
DESCRIPTION OF SYMBOLS 11 Adhesive material 11a Adhesive surface 2 Contact type treatment tool 20 Bag body 22 Bincho charcoal (crushed grain)
3 Press-type treatment tool 30 Bincho charcoal (bar-shaped Bincho charcoal)
31 Pressing part 5 Foot-operated treatment tool 50 Base 52 Shaped piece (Bincho charcoal)
53 Aggregation (Aggregation of shaped pieces)
6 Shoe insole 61 Shoe insole 62 Shaped piece (Bincho charcoal or bamboo charcoal shaped piece)
7 Pillow 70 Inner bag 73 Bincho charcoal (crushed grain)
75 Outer bag body 8 Bed 84 Storage room 85 Bincho charcoal 86 Floor board 87 Mattress

Claims (8)

  An adhesive treatment tool formed by fixing a shaped piece of Bincho charcoal or bamboo charcoal shaped into a predetermined shape to the adhesive surface side of an adhesive material having an adhesive surface on one side.   A contact-type treatment device formed by storing crushed grains of Bincho charcoal or bamboo charcoal inside a bag body having air permeability and flexibility.   A press-type treatment device in which a tip portion of a rod-shaped Bincho charcoal or bamboo charcoal is shaped into a predetermined shape to form a pressing portion.   A foot-operated treatment tool formed by arranging a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape and arranged on a base at a predetermined interval so that an aggregate thereof becomes a pair of sole shapes.   A shoe insole formed by arranging a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape on one surface of a pair of shoe insole materials at predetermined intervals.   Footwear formed by arranging a plurality of shaped pieces of Bincho charcoal or bamboo charcoal shaped into a predetermined shape and arranged at predetermined intervals on a portion where the soles abut.   A pillow formed by storing crushed grains of Bincho charcoal or bamboo charcoal inside an inner bag body having air permeability and flexibility, and covering the inner bag body with an outer bag body having air permeability and flexibility.   A bed in which a storage room having air permeability is formed in the lower part of a floor plate supporting a mattress, and Bincho charcoal or bamboo charcoal is stored in the storage room.

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