JP4733466B2 - Health equipment - Google Patents

Description

  The present invention relates to a health device that can contribute to health promotion and hygiene of the human body.

Various types of health tools using magnetism have been proposed as devices that can be worn on the human body to promote health (see, for example, Patent Document 1).
JP 2004-208834 A

  Health promotion and hygiene are always a problem for the human body. For example, the soles, the bases of the toes, and the crotch are easy to get wet and high humidity, and are also filthy due to excrements and secretions (such as sweat). Easy to breed. In addition, the vicinity of the anus and the tip of the foot is a site where blood flow tends to stagnate. The stagnation of blood flow causes various health problems such as stiff shoulders and coldness.

  On the other hand, conductive materials in which conductive powder (graphite, carbon black, metal powder, conductive ceramics, etc.) is mixed in a resin binder are used in various applications that require electrical conductivity. For example, the conductive paint is applied to a frame of an electronic device such as a computer or a mobile phone, an antistatic shoe or the like in order to prevent electromagnetic interference. However, it is completely unknown that this conductive material is useful for human health and hygiene. However, as a result of intensive studies on the conductive material by the present inventor, it has been found that the conductive material has a very beneficial effect on the health or hygiene of the human body, and has led to the present invention.

  That is, an object of the present invention is to provide a health device that can contribute to health promotion and hygiene of the human body by using a conductive material.

The health device of the present invention is a health device comprising a base portion to be attached to a human body and a conductive material provided on the surface of the base portion,
The conductive material is disposed in the vicinity of the human body and is connected to a metal body disposed so as to be discharged into the air through a conductive wire, thereby providing an antibacterial action or physiological activity. Otherwise the mineralization comprises anal insertion portion formed between the base portion and the conductive material, the anal insertion portion is characterized that you have been formed on the holdable size in the anus It is a health tool.
Further, the health device of the present invention is a health device comprising a base portion to be attached to a human body and a conductive material provided on the surface of the base portion,
The conductive material is disposed in the vicinity of the human body and is connected to a metal body disposed so as to be discharged into the air through a conductive wire, thereby providing an antibacterial action or physiological activity. An anus insertion portion having a portion that is formed of the base portion and the conductive material and gradually increases in thickness toward the distal end side, and a heel portion disposed on the base side of the anus insertion portion. The health device is characterized in that the anal insertion portion can be disposed in the anus while the buttocks abuts on the outside of the anus.
Wearing this health device in the anus improves mania, constipation, diarrhea, urination
It has been found that there is an effect on activation of physiological functions such as functional improvement.

  By wearing a health device provided with a conductive material, an antibacterial effect and a physiological function activation effect are exhibited, and health can be promoted.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a plan view of a shoe insole type health device 1 which is a health device according to a reference example, as viewed from the back side. 2 and 3 are cross-sectional views showing a state in which the insole type health device 1 of this shoe is used as an insole of the boot 10, and FIG. 2 shows a case where the health device 1 is attached to the boot 10. FIG. 3 is a cross-sectional view taken along the line AA of FIG. 2. A conductive paint as a conductive material is applied to the back side surface of the health device 1 (the surface opposite to the surface on the sole side in use).

The conductive paint is a paint having conductivity. Specifically, a mixture of conductive particles in a binder resin such as acrylic, vinyl, epoxy, alkyd, or polyurethane is common. As the types of the conductive particles, metals (silver, copper, nickel, etc.), silver-plated copper, graphite, carbon black and the like are generally used . Resistance of good suitable conductive coating is about 1 to 10 ⁷ Omega, preferably ¹⁰ 3 ^{~10 5} Ω. The paint may be oily (solvent-based) or water-based.

The health device 1 includes a base material sheet 2 made of a cloth, a resin sheet, or the like and having a contour shape close to a human foot shape, and a conductive paint 3 applied to the surface thereof. The conductive paint 3 is applied to the entire back side surface of the substrate sheet 2 and is not applied to the front side surface (the surface on the sole side in use) of the substrate sheet 2. In addition , the electroconductive coating material 3 may be apply | coated to the back side surface of the base material sheet 2, may be applied to the front side surface, and may be applied to both the back side surface and the front side surface.

  Furthermore, the health device 1 includes a conductive wire 4 connected to the conductive paint 3 and a metal body 5 connected to the conductive paint 3 via the conductive wire 4. One end portion of the conductive wire 4 is arranged at the center position in the width direction of the base sheet 2 and contacts the conductive paint 3 over substantially the entire length in the longitudinal direction of the base sheet 2, and the heel side of the base sheet 2 It is pulled out from the outside. The other end of the conductive wire 4 is connected to the metal body 5. The length of the conductive wire 4 between the conductive paint 3 and the metal body 5 is not particularly limited, but is preferably set to a length (about 10 cm to 50 cm) that does not get in the way when worn on shoes or boots. . The conductive wire 4 only needs to be in contact with the conductive paint 3. Therefore, the conductive wire 4 may be fixed to the conductive paint 3 or may be placed inside the shoe without being fixed to the conductive paint 3 and kept in contact with the conductive paint 3.

  The metal body 5 is made of a conductive metal. If it is a metal, the raw material will not be specifically limited, However, The metal which is usually easily available, such as iron, stainless steel, silver, gold | metal | money, copper, nickel, platinum, may be sufficient. The shape of the metal body 5 is not particularly limited, and may be a design shape such as a star shape. A metal brooch or pendant used as a decoration is also suitable as the metal body 5. Further, the size of the metal body 5 is not particularly limited, and a size that does not hinder carrying is preferable. The metal body 5 may be a metal hook. In this case, the conductive wire 4 is attached to any member of a hook (not shown) including a hook first member that is a male (convex member) and a hook second member that is a female (concave member). This is preferable because the metal body 5 can be easily fixed. For example, the hook may be fixed to the outer skin 11 by sandwiching the outer skin 11 with a hook from the inside and the outside of the outer skin 11 of the boot. In this case, it is preferable that the outer skin 11 is provided with a through hole, and the hook is fixed to the outer skin 11 such that the outer skin 11 is sandwiched by the hook while the hook is passed through the through hole. If it does in this way, since the hook 1st member located inside the outer skin 11 and the hook 2nd member located outside the outer skin 11 contact and are electrically connected, the discharge from the metal body 5 to the exterior is carried out. Smooth. The hook second member may be fixed to the outer skin 11 or may not be fixed.

  The health device 1 is mounted inside the boot 10 with the coated surface (back side surface) of the conductive paint 3 facing down. The conductive wire 4 that connects the conductive paint 3 and the metal body 5 is passed between the outer skin (skin) 11 and the lining (lining) 12 of the boot 10. Thus, when the boot 10 is worn, the conductive wire 4 does not disturb the user. The conductive wire 4 passes through the lining 12 of the boot 10 at a position on the sole 13 side of the boot 10 and is drawn to the outside of the outer skin 11 through the outer skin (skin) 11 and the lining (lining) 12 of the boot 10. . The metal body 5 is connected to the other end portion of the conductive wire 4 drawn to the outside of the outer skin 11. Since the metal body 5 is located outside the boot 10, it does not interfere with the user who wears the boot 10. It has been proved by a test that wearing the health device 1 has a very remarkable effect in suppressing the off-flavor of the user's sole. Although the test results will be described later, from this test result, an environment has been created in which the bacteria that cause the off-flavor have been killed by the health device 1 or the bacteria that cause the off-flavor are not generated due to the presence of the health device 1. I understand that.

4 is an overall view of a sock-type health device 6 which is a health device according to a reference example , FIG. 5 is a bottom view of the sock-type health device 6, and FIG. 6 is a cross-sectional view taken along the line BB of FIG. It is. The sock-type health device 6 includes a fabric portion 7 as a base portion made of a fabric and having a configuration that is usually marketed as a sock, and a conductive paint applied to the bottom portion (sole portion) and the side portion of the fabric portion 7. 3 (indicated by a mesh pattern in FIG. 4). As shown in FIGS. 5 and 4, the coating range of the conductive paint 3 extends over substantially the entire length in the longitudinal direction of the sole portion 6 s in the center portion in the width direction of the sole portion 6 s of the sock-type health care device 6. Furthermore, the coating range of the conductive paint 3 also extends to the fingertip contact portion of the fabric portion 7. In this reference example , the conductive paint 3 is applied to the outer surface of the fabric portion 7 and is not applied to the inner surface of the fabric portion 7.
Therefore, when the sock-type health device 6 is worn (attached), the conductive paint 3 does not touch the human body (the sole), and the sock-type health device 6 is comfortable to wear. The conductive paint 3 may be applied to the inner surface of the fabric portion 7 (the side that contacts the sole of the human body), may be applied to the outer surface of the fabric portion 7, or the inner surface and the outer surface of the fabric portion 7. It may be applied to both. Alternatively, the fabric portion 7 may be a five-finger sock (having five toe insertion portions that individually cover five toes). In this case, it is preferable that the conductive paint 3 is applied to each bottom surface and side surface of each toe insertion portion. Moreover, it is preferable that the conductive paint 3 is applied to the opposing surfaces between the toe insertion portions. This is because the back of the toes and between the toes are particularly susceptible to athlete's foot.

  One end portion of the conductive wire 4 is in contact with the conductive paint 3 over substantially the entire length in the longitudinal direction of the sole portion 6 s of the fabric portion 7. The other end of the conductive wire 4 drawn from the conductive paint 3 at the heel portion of the sock-type health device 6 is connected to the metal body 5. When the sock-type health device 6 is worn (attached) to a human body, the metal body 5 may be disposed inside the shoe or may be disposed outside the shoe. However, from the viewpoint of dischargeability, which will be described later, it is preferable to dispose the shoe outside because it is easy to touch air.

The conductive wire 4 only needs to be in contact with the conductive paint 3. Therefore, the conductive wire 4 may be fixed to the conductive coating material 3 or may be placed in contact with the conductive coating material 3 without being fixed to the conductive coating material 3.
Further, in the sock-type health device 6 as well as the shoe insole-type health device 1, the metal body 5 may be a metal hook. In this case, if the conductive wire 4 is attached to any member of a hook (not shown) including a hook first member which is a male (convex member) and a hook second member which is a female (concave member), the metal Since fixation of the body 5 becomes easy, it is preferable.
Further, for example, the hook may be fixed to the fabric portion 7 so that the fabric portion 7 is sandwiched by hooks from the inside and outside of the fabric portion 7. In this case, it is preferable that a through hole is provided in the cloth portion 7 and the hook is fixed to the cloth portion 7 so that the hook is inserted into the through hole and the cloth portion 7 is sandwiched by the hook. If it does in this way, since the hook 1st member located in the inner side of the fabric part 7 and the hook 2nd member located in the outer side of the fabric part 7 will contact and electrically connect, it is from the metal body 5 to the exterior. Discharge is smooth. The hook second member may be fixed to the fabric portion 7 or may not be fixed.

  Tests have shown that wearing this sock-type health device 6 and wearing it on the human body has a very significant effect in suppressing the odor on the sole of the user. The test results will be described later. From this test result, an environment in which the bacteria causing the off-flavor were killed by the sock-type health device 6 or the bacteria causing the off-flavor due to the presence of the sock-type health device 6 is not generated. You can see that it was created.

FIG. 7 is an overall view of the belt-like member 8 used in the stomach-wrap type health device 14 according to the reference example . The band-shaped member 8 has a sheet-like base portion 9 made of cloth, resin, or the like, and a conductive paint applied on substantially the entire surface of the base portion 9 (the surface not shown in FIG. 7). Yes. The band-shaped member 8 has a plurality of through holes h at predetermined intervals in the band longitudinal direction and the band width direction. The belt-like member 8 can be attached (weared) to the human body in a state in which the lower abdomen of the human body is covered by the wear assisting tool 15 shown in FIG.

  The health device 14 is configured by sandwiching the band-shaped member 8 inside the wearing aid 15. The length in the longitudinal direction of the band of the wearing aid 15 is substantially the same as that of the band-shaped member 8, and the band width of the wearing aid 15 is approximately twice the band width of the band-shaped member 8. Then, the wearing aid 15 is folded at a substantially central position in the band width direction of the wearing aid 15 (that is, the wearing aid 15 is valley-folded along the broken line 16 in FIG. 8), and the belt-like member 8 is brought into the state of FIG. (See the arrow in FIG. 8). On one surface 15 a of the wearing aid 15, a button 17 and a button hole 18 that fits the button 17 are provided. The arrangement of the button 17 corresponds to the position of the through hole h of the belt-like member 8. Further, the arrangement of the button holes 18 also corresponds to the buttons 17 so that the buttons 17 and the button holes 18 can be hooked in one-to-one correspondence when the wearing aid 15 is folded. When the band-shaped member 8 is attached to the wear assisting tool 15, first, the buttons 17 of the wear assisting tool 15 are inserted into the through holes h of the band-shaped member 8, and then the wear assisting tool 15 is folded as described above. In this folded state, the button 17 is inserted through the button hole 18 to perform buttoning (the state after this buttoning is shown in FIG. 9). In this way, the band-shaped member 8 is fixed in a state where it is sandwiched between the wearing aids 15, and the health device 14 shown in FIG. 9 is configured.

A belt portion 19 is provided at one edge of the wearing aid 15 in the band width direction along the band longitudinal direction. Both end portions of the belt portion 19 are formed as hook-and-loop fasteners, and can serve as a belt. Therefore, the health device 14 can be fixed so as to cover the lower abdomen of the human body (like a stomach wrap) by wrapping and fixing the belt portion 19 around the waist of the body. The health device 14 may cover the entire circumference of the human body like a stomach wrap, but may cover only the half circumference of the human body, for example. By mounting the health device 14 with the band-shaped member 8 on the lower abdomen of the human body as described above, the conductive paint 3 of the band-shaped member 8 is disposed near the crotch of the human body.
In the above-described wearing aid 15, the button 17 (and the button hole 18) is used as a fixing unit that sandwiches and fixes the band-shaped member 8. However, the fixing unit is not limited to the button, and may be a hook, for example.

  In addition, the core material 20 is embedded in the through-hole h installation position of the base | substrate part 9 of the strip | belt-shaped member 8 along a strip | belt width direction (refer FIG. 7). The core member 20 is made of a material having higher rigidity (stronger stiffness) than the material (cloth or the like) of the base body 9. And since this core material 20 is extended over the substantially whole length of the band width direction of the base | substrate part 9, it is suppressed that the wrinkle generate | occur | produces in the band-shaped member 8 and the band width of the band-shaped member 8 becomes narrow. .

The belt-shaped member 8 or the conductive paint 3 can be attached to underwear such as pants, trunks, or shirts . Underwear wearable Health Care 23 is an example in which a conductive paint 3 underwear (shorts or trunks, etc.) to wear lower body including groin. As shown in FIG. 11 (a), a button 17 is attached to a predetermined position of a commercially available lower body underwear 25 made of cotton or the like, and the belt-like member 8 (see FIG. 7) described above is attached by this button 17. Yes. That is, the button 17 of the lower body undergarment 25 is disposed in correspondence with the position of the through hole h of the band-shaped member 8, and the button 17 is inserted into the through-hole h of the band-shaped member 8, thereby 8 is installed.

  Further, in this health device 23, a cover member 26 that makes the wearing of the band-shaped member 8 more reliable and covers the outside of the band-shaped member 8 is mounted. The cover member 26 is provided on the belt-shaped portion 27, which is substantially the same shape as the belt-shaped member 8, the belt portion 19 provided along the longitudinal direction of the belt at one end in the width direction of the belt-shaped portion 27, and the belt-shaped portion 27. And a button hole 18. The arrangement of the button holes 18 in the belt-like portion 27 corresponds to the arrangement of the buttons 17 in the lower body undergarment 25 as in the case of the through hole h of the belt-like member 8. And the cover member 26 is mounted | worn from the outer side of the lower body underwear 25 in the state in which the strip | belt-shaped member 8 was mounted | worn. The cover member 26 is attached to the outside of the band-shaped member 8 by inserting the button 17 into the button hole 18 of the cover member 26 through the lower body underwear 25 that has passed through the through hole h of the band-shaped member 8. FIG. 11B is an overall view of the health device 23 to which the belt-like member 8 and the cover member 26 are attached. The band-shaped member 8 is covered with the cover member 26 and is sandwiched between the lower body underwear 25 and the cover member 26. By winding and fixing the belt portion 19 of the cover member 26 around the waist of the human body, the belt-like member 8 can be more securely fixed to the lower abdomen.

  In addition, the attachment position of the strip | belt-shaped member 8 with respect to the underwear 25 for lower body is not limited, What is necessary is just to adjust suitably with the difference in a user's affected part position and an effect. For example, as shown in FIG. 11 (c), it may be attached to the upper part J (near the waist of the human body) of the lower body underwear 25, or to the lower part K (near the anus or the reproductive organ) of the lower body underwear 25. You may mount | wear and may be mounted | worn with the up-down direction approximate center position M of the underwear 25 for lower body. In the health device 23, the band-like member 8 and the cover member 26 are attached to the lower body underwear 25 by the button 17, but they may be attached by hooks or hook-and-loop fasteners.

  When the above-mentioned health care device 14 or health care device 23 that can be worn by placing the conductive paint 3 near the crotch of the human body is worn on the human body, there is a very remarkable effect in improving the wearer's hemorrhoids and constipation. Test revealed. Test results will be described later. Furthermore, it has been found that the health device 14 and the health device 23 have a remarkable effect in improving the urination function of the human body and enhancing the energy. From these effects, it can be seen that the installation of the health device 14 and the health device 23 has created an environment in which the bacteria causing the gonorrhea have been killed or the bacteria causing the gonorrhea are not generated. Moreover, since it was effective in the manic disease, constipation, urination function, etc., it turns out that the health device 14 and the health device 23 had a favorable influence on the biological function of the human body by promoting the blood circulation of the human body etc. .

Figure 12 is an overall view of the Health Care 30 is the implementation of the invention. This health device 30 is an anal insertion type health device. Unlike the above-described reference example , the health device 30 is mounted with the conductive paint 3 in direct contact with the human body g. The health device 30 includes an anus insertion portion 31 configured such that the tip portion 31a is thicker than the root portion 31b, a collar portion 32 provided adjacent to the root portion 31b of the anus insertion portion 31, and one end thereof. The portion includes a conductive wire 4 that is electrically connected to the anal insertion portion 31 and a metal body 5 that is connected to the other end of the conductive wire 4.

  The anal insertion portion 31 includes a shaft body 33 and a nut 34 as a base portion, and a conductive paint 3 provided on the shaft body 33 and the nut 34. The shaft body 33 and the nut 34 are made of metal. The shaft body 33 has a screw structure (thread) like a shaft portion of a bolt, and can be accumulated with the nut 34. The longitudinal direction of the shaft body 33 coincides with the longitudinal direction of the anal insertion portion 31, and the nut 34 accumulated on the shaft body 33 is disposed on the distal end side of the shaft body 33. The shaft body 33 and the nut 34 are covered with the conductive paint 3. By arranging the nut 34 on the distal end side of the shaft body 33, the shape of the anus insertion portion 31 is a tapered shape. The base portion is not limited to the shaft body 33 and the nut 34, and it is sufficient that the shape of the anal insertion portion 31 can be a tapered shape.

  The collar portion 32 is a plate-like member that extends in a direction orthogonal to the longitudinal direction of the anal insertion portion 31. The collar portion 32 is thicker than the root portion 31 b of the anal insertion portion 31. Since the conductive wire 4 is connected to the shaft body 33, the conductive paint 3 and the conductive wire 4 are electrically connected. The conductive wire 4 passes through the collar portion 32 and is drawn from the anal insertion portion 31, and connects the anal insertion portion 31 and the metal body 5.

  The dashed-two dotted line of FIG. 12 has shown sectional drawing of the part of the hips of the human body g. The health device 30 is used by being attached to an anus g2 of a human body g as shown in FIG. Specifically, the distal end portion 31a of the anus insertion portion 31 is inserted into the anus g2, and the buttocks 32 are in contact with the outside of the anus g2. Since the distal end portion 31a of the anal insertion portion 31 is thicker than the root portion 31b, the anal insertion portion 31 once inserted into the anus has a structure that is difficult to drop off from the anus g2. Further, the buttocks 32 prevent the anal insertion portion 31 from entering the body. Therefore, the anal insertion type health device 30 is attached while stably remaining in the anus g2. The particularly preferable size of the health device 30 is that the length of the anal insertion portion 31 in the longitudinal direction is about 15 to 25 mm, and the thickness of the distal end portion 31a (the maximum cross-sectional length of the distal end portion 31a) is about 4 to 8 mm. The thickness of the base portion 31b is about 1 to 3 mm, and the thickness of the collar portion 32 (the diameter when the collar portion 32 is a disk-shaped member) is about 8 to 20 mm.

  The metal body 5 is preferably configured to be able to engage with an engagement member provided on clothes such as underwear or a belt. This is because if the conductive wire 4 and the metal body 5 are in a suspended state, the human body g wearing the health device 30 may feel uncomfortable. For example, a magnet is attached to the underwear worn by the human body g as an engaging member, and the metal body 5 is made of a metal (such as iron) made of a magnetic material, and the engaging member ( It is preferable to attach the metal body 5 to the magnet). The arrangement of the engaging members is preferably near the waist of the human body g in the mounted state.

  It has been proved by tests that wearing the anal insertion type health device 30 as described above has a very remarkable effect in improving the wearer's hemorrhoids and constipation. Test results will be described later. Furthermore, it has been found that the health device 30 has a remarkable effect in improving the urinary function of the human body and enhancing the energy. From these effects, it can be seen that the installation of the health device 30 has killed the bacteria causing the gonorrhea or created an environment in which the bacteria causing the gonorrhea are not generated. Moreover, since it was effective in the manic disease, constipation, urination function, etc., it turns out that the health device 30 had a favorable influence on the biological function of the human body by promoting the blood circulation of the human body.

FIG. 14 is a view showing an anal insertion-type health device 40 which is a modified example of the health device 30. The anal insertion part 41 is an integral body part and conductive material. Specifically, the anal insertion portion 41 is formed by molding a conductive material obtained by mixing rubber and conductive powder (such as carbon or metal powder). In addition, the heel part 42 is integrally formed of a conductive material together with the anal insertion part 41. The anal insertion portion 41 is electrically connected to the anal insertion portion 41 and a shaft body 41b, a planar portion 41a that is provided at three locations in the longitudinal direction of the shaft body 41b and extends in a direction orthogonal to the shaft body 41b. It has a conductive wire 4 and a metal body 5. The anal insertion part 41 is made of a soft rubber and is soft, so that the burden on the anus g2 is small. The planar portion 41a is an umbrella-like member and contributes to making it difficult for the anal insertion portion 41 to come off the anus. The planar portion 41 a is relatively easy to bend on the base side (the buttock 42 side) of the anal insertion portion 41, and relatively difficult to bend on the distal end side of the anal insertion portion 41. Accordingly, it is possible to effectively prevent the anal insertion portion 41 from falling out of the anus. The number of the planar portions 41a may be one or two, or four or more. The planar portion 41a may be integrated with the shaft body 41b. The planar portion 41a may be a separate body from the shaft body 41b and may be detachable.
FIG. 15 shows still another anal insertion type health device 50.
The health device 50 in this case includes an anal insertion portion 51 having a substantially spherical shape (in the case of FIG. 15 (a)) or a substantially long cylindrical shape (in the case of FIG. 15 (b)), and one end electrically connected to the insertion portion 51. The conductive wire 4 is connected and a metal body 5 is connected to the other end of the conductive wire 4. The anal insertion portion 51 is made of a conductive material obtained by mixing rubber and conductive powder (such as carbon or metal powder), and is molded to a size that can be held inside the anus.
In the health device 50 shown in FIG. 15, since there is no buttocks and the anus insertion part 51 is inserted entirely into the anus, the insertion part 51 is held in a relatively deep part in the anus. Can do.

As described above, the conductive material used in the present invention is only required to have conductivity. In addition to the conductive paint, the conductive resin, the conductive rubber, the conductive elastomer, the conductive fiber, the metal fiber, and the metal foil. Anything may be used. For example, a conductive material in which conductive particles are mixed with resin, rubber, or the like is preferably used because it can be easily molded. As the kind of the conductive particles, metal (gold, silver, copper, nickel, etc.), silver-plated copper, graphite, carbon black, etc. can be used as described above. Further, like the anal insertion portions 41 and 51 shown in FIGS. 14 and 15, the base portion and the conductive material may be integrally formed without distinction.

Next, voltage measurement results that serve as a basis to support the effects of the present invention will be shown.
As shown in FIG. 13 (a), in a state where the sock-type health device 6 shown in FIG. 4 is worn, the conductive paint 3 of the sock-type health device 6 and the human body g (for example, the hand or neck of the human body g) When the voltage between them was measured with the voltmeter 21, a voltage (steady voltage) of 0.8V to 1.0V was observed, and the conductive paint 3 side was positive and the human body g side was negative. At this time, the initial voltage at the moment when the voltmeter 21 was applied was about 0.1 to 0.2 V higher than the steady voltage observed constantly. In other words, for example, when the steady voltage is 1.0 V, the initial voltage at the moment when the voltmeter 21 is applied is about 1.1 V, and then the voltage gradually decreases in about 5 seconds to 10 seconds. Specifically, the steady voltage was 1.0V. Thereafter, even if the voltmeter 21 was kept applied, the voltage did not decrease, and the steady voltage was observed permanently. Further, when the voltage was measured in the same manner as described above with the conductive wire 4 and the metal body 5 removed from the sock-type health device 6, the steady voltage was 0.4V to 0.6V.

On the other hand, instead of the sock-type health device 6, a sock made only of the fabric portion 7 that is the base portion of the sock-type health device 6 (that is, a normal sock without the conductive paint 3) is worn and the sole portion of the fabric portion 7 is When the voltage between the human body g was measured, it was 0.1 V or less. That is, the voltage measured by the presence or absence of the conductive paint 3 is greatly different, and the voltage is remarkably increased by providing the conductive paint 3.
Moreover, as a result of the shown to abdominal wound type with great care Oite similar experiment health for instrument and FIG. 11 (b) for health shown to underwear wearable in FIG. 9, is also the same voltage as the observation .

From the voltage measurement results described above, it is considered that the following state has occurred.
(1) It can be seen that when the conductive paint 3 is provided near the human body g, a relatively high voltage is generated between the conductive paint 3 and the human body g.
(2) Since the initial voltage is slightly higher than the steady voltage, the conductive paint 3 and the surface of the human body g facing the conductive paint 3 in the vicinity thereof (the sole g1 in FIG. 13B) It is thought that such a state is formed. That is, the charge in the human body g is collected in the vicinity of the conductive paint 3 by the conductive paint 3 which is a conductive material, and the conductive paint 3 and the surface of the human body g are charged with opposite charges. It is charged. It is considered that when the voltmeter is applied, the stored electric charge flows through the voltmeter and is discharged, thereby causing a voltage drop from the initial voltage to the steady voltage.
(3) Since a steady voltage having a relatively high value as described above was observed, it is considered that charges accumulated in the human body g are discharged to the outside of the human body g through the conductive material. The electric charge in the human body g is collected near the conductive material by the conductive material and discharged outside the human body g.

  It can be determined that the above-described capacitor state is caused by the presence of an insulator (for example, the fabric portion 7) between the human body and the conductive material. In this case, the insulator (for example, the fabric portion 7) is a dielectric. A human body is in contact with one surface of the base portion serving as a dielectric, and a conductive material is provided on the opposite surface of the base portion to form a capacitor-like structure. Therefore, electric charges are collected on the conductive material and the human body surface in the vicinity of the conductive material due to the electromotive force of the human body.

  Conductive footwear and insoles for preventing static electricity and discharging the static electricity accumulated in the human body to the ground (earthing) are well known, and these are used in, for example, semiconductor factories (see, for example, No. 6-277102). As with these antistatic footwear, the sock-type health device 6 and the health device 1 described above can collect the static electricity accumulated in the human body on the sole g1 and collect the ground when used without wearing shoes. It is thought to play a role in the release. However, the sock-type health device 6 and the health device 1 are usually used together with footwear such as shoes, and an insulating sole is interposed between the sock-type health device 6 and the health device 1 and the ground. Yes. Therefore, it cannot be considered that the discharge from the human body via the conductive paint 3 is to the ground. Furthermore, the steady voltage mentioned above is measured in a state where the sock-type health device 6 is separated from the ground. Furthermore, steady voltage is also observed in the belly-wrapped health device 14 shown in FIG. 9 and the underwear-mounted health device 23 shown in FIG. Therefore, it can be seen that the charges in the human body collected by the conductive paint 3 are also released (discharged) into the air.

  In general, the discharge from the human body to the air may be, for example, a case where static electricity accumulated in the human body due to rubbing between clothing and the human body is discharged from the fingertip when trying to touch a door knob or the like. In addition, lightning is known as a discharge into the air. As shown in these examples, it can be considered that discharge into the air usually requires a voltage of several thousand volts or more. However, based on the fact that a steady voltage is observed in the above test, it must be considered that discharge from the health device to the air is occurring. However, the discharge from the health device into the air is extremely weak (those with a leakage current) as compared with lightning.

  It is known that various ions are floating in the air. Among various floating substances such as nitrogen, oxygen, carbon dioxide, hydrogen, water vapor, dust, and dust that exist in the air, there are those that are positively or negatively charged. According to the results measured with an ion counter, it is widely known that generally several hundred to several thousand ions per 1 cc of air are present in the air. In addition, it is well known that, for example, a relatively large amount of negative ions floats in the vicinity of a waterhole or a forest, and a relatively large amount of positive ions floats in an office with a lot of electromagnetic waves. There are many negative ions in the vicinity of waterfalls and fountains because the water drops in the waterfall and fountain and the water drops positively when fine water droplets are scattered, and the air around the water drops is negatively charged. This is because an environment with a lot of negative ions is created by the water droplets.

  In the present invention, since a potential difference is generated between the conductive paint 3 that is a conductive material and the human body g, ions having a charge opposite to the charged charge of the conductive paint 3 are attracted to the conductive paint 3. Can be judged. In addition, the charge on the human body side collected near the conductive paint 3 also attracts ions in the air. That is, in the experiment with the sock-type health device 6 described above, since the conductive paint 3 is positively charged and the human body is negatively charged, negative ions in the air are attracted to the conductive paint 3 and air It is thought that the positive ions inside are attracted to the human body. Then, the charged charge of the conductive paint 3 and the human body g and the charge of ions in the air attracted to the conductive paint 3 and the charge of the ions in the air continue to be canceled (neutralized), so that a constant current flows from the human body g to the conductive paint 3. It can be judged that a state like this has been created. In the present application, the term “discharge into the air” includes the current due to the charge cancellation with the ions in the air.

  It is known that there are various types of human body g that can be a source of positive or negative charges. It is known that positive ions and negative ions are present in blood. It is also known that the human body is positively or negatively charged by rubbing clothes and the human body. Therefore, when a conductive material is disposed in the vicinity of the human body, charges (ions and static electricity) existing in the human body are collected in the vicinity of the conductive material.

As described above, the electric charge charged by the human body is collected near the conductive material by the conductive material arranged in the vicinity of the human body g, and a current constantly flows between the human body and the conductive material. ing. Further, it can be said that ions in the air are attracted and gathered in the conductive material and the human body in the vicinity of the conductive material. Therefore, the basis of each effect of the present invention described above is considered as follows.
(A) Charges and ions in the human body gather in the human body near the conductive material due to the conductive material, thereby attracting ions in the air to the human body in the vicinity of the conductive material. For example, in the experiment using the sock-type health device 6 described above, positive ions are attracted to the surface of the sole g1 of the human body g because the conductive material side is positively charged and the human body g side is negatively charged. It is thought that this attracted ion has an antibacterial or bactericidal effect. Note that ions are known to have antibacterial or bactericidal effects. For example, what is widely used as an antibacterial agent is a metal ion (plus ion) such as Ag ⁺ .
(B) Due to the above-described discharge (steady current between the human body g and the conductive material), the charge stored in the human body is constantly collected in the vicinity of the conductive material. Therefore, positive ions or negative ions in the blood (negative ions in the human body g in the above-described example of the sock-type health device 6) always gather in the vicinity of the conductive material, which promotes blood flow, etc. It is considered that the biological function is activated with the effects of the above.

  And as shown by the test result mentioned later, the effect (A) and the effect (B) mentioned above are further enhanced by connecting the conductive wire 4 and the metal body 5 to the conductive paint 3 which is a conductive material. . That is, the metal body 5 has higher conductivity than the conductive paint 3, and the surface area in contact with air increases due to the presence of the metal body 5. For this reason, the discharge from the conductive material into the air (steady current between the human body g and the conductive material) is increased by the metal body 5, thereby enhancing the effects (A) and (B). It can be judged.

(Test results according to examples)
Examples of the present invention were made and worn and tested for effects on the human body.
Table 1 summarizes the test results of the sock-type health device 6 shown in FIG. 4 and the health device 1 shown in FIG. Reference Example 1-8 及 beauty Comparative Example 1 was produced by the following specification.

( Reference Example 1: No sock mold, conductive wire 4 and metal body 5)
A sock having the same configuration as that of the sock-type health device 6 except that the conductive wire 4 and the metal body 5 were removed from the sock-type health device 6 of the second embodiment shown in FIG.
As the conductive paint, a water-based binder mixed with conductive powder was used. As a binder of the water-based paint, a trade name “Kanae Acrylic” manufactured by Kanae Chemical Co., Ltd., which is an aqueous acrylic resin, was used. In addition, graphite powder was used as the conductive powder, and specifically, trade name SEC10 or Bincho charcoal powder manufactured by ESC Corporation was used. This conductive powder was blended in an amount of 1 to 2 parts by weight based on 100 parts by weight of the solid content of the water-based paint. As a result, the resistance value of the conductive paint applied to the socks was 102 to 105Ω.

( Reference Example 2; without socks, conductive wire 4 and metal body 5)
A sock was produced in the same manner as in Reference Example 1 except that the binder of the conductive paint was changed to an oil paint. As this oil-based paint, a trade name 3H primer manufactured by Daiyu Paint Co., which is an epoxy resin, was used. Further, the resistance value of the conductive paint applied to the socks was 102 to 105Ω.

( Reference Example 3; insole type of shoe, no conductive wire 4 and metal body 5)
The configuration is the same as that of the health device 1 except that the conductive wire 4 and the metal body 5 are removed from the insole type health device 1 of the first embodiment shown in FIG.
A shoe insole was prepared using the same conductive paint as in Reference Example 1 (the binder was an aqueous paint).

( Reference Example 4; insole type of shoe, no conductive wire 4 and metal body 5)
A shoe insole was prepared in the same manner as in Reference Example 3 except that the conductive paint was the same as in Reference Example 2 (the binder was an oil-based paint).

( Reference Example 5 ; with socks, conductive wire 4 and metal body 5)
Install the conductive wire 4 and metal member 5 in the sock of Example 1, it was socks same structure as socks type Health Care 6 shown in FIG. Except for the point where the conductive wire 4 and the metal body 5 were attached, the socks were the same as those in Reference Example 1.

( Reference Example 6 ; with socks, conductive wire 4 and metal body 5)
A sock was produced in the same manner as in Reference Example 5 except that the conductive paint was the same as in Reference Example 2.

( Reference example 7 ; insole type of shoe, with conductive wire 4 and metal body 5)
Install the conductive wire 4 and metal member 5 in the insole type Health Care shoes of Reference Example 3 was the same configuration as shown to health equipment 1 in FIG. 1. In other respects, an insole for shoes was obtained in the same manner as in Reference Example 3.

( Reference Example 8 ; shoe insole type, with conductive wire 4 and metal body 5)
A shoe insole was obtained in the same manner as in Reference Example 7 except that the conductive paint was the same as in Reference Example 2 (the binder was an oil-based paint).

(Comparative Example 1)
Socks without conductive paint were used. That is, the sock was obtained by removing the conductive paint from the sock of Reference Example 1.

It was carried out as described above Reference Example 1-8 及 beauty wearing Comparative Example 1 to 4 consecutive days to 10 people tester (wear) to get tested. Regarding socks, each tester wore socks for about 24 hours a day (all hours except bathing time) and continued to wear the same socks for 4 days without washing.
As for the insole of the shoe, as shown in FIG. The average wearing time of 10 testers was about 8 hours per day, and the boots were used for 45 days.

Regarding the socks, at each time point after 2 days, 3 days, and 4 days, each tester made a sensory evaluation by smelling the socks. As for the insole, each tester made a sensory evaluation by smelling the insole of the shoe at each time point after 15 days, 30 days and 45 days after wearing. Evaluation was made into the following five steps.
◎ ・ ・ ・ No odor ○ ・ ・ ・ Slight odor to some extent △ ・ ・ ・ Slight odor
× ... Odor generation (the odor is stronger than evaluation △)
×× ・ ・ Strong odor

As shown by the results in Table 1, the off-flavor was remarkably reduced in the socks Reference Examples 1 and 2 and Reference Examples 5 and 6 , compared with Comparative Example 1 which is a normal sock without conductive paint. In addition, Reference Examples 3 and 4, and Reference Examples 7 and 8 with insole of shoes have less off-flavors and almost no off-flavors compared to the socks of Comparative Example 1 even though they are used in boots where off-flavors are likely to occur. It was.

Furthermore, compared with the reference examples 1-4 which do not have the conductive wire 4 and the metal body 5, the reference examples 5-8 which have the conductive wire 4 and the metal body 5 have remarkably less off-flavors, and these reference examples 5-8. Then, the evaluation of “no off-flavor” was obtained at any time point up to 45 days later (in the case of insole). This result shows that the effect of the present invention is greatly enhanced by the conductive wire 4 and the metal body 5, and at the same time provides a basis for supporting the above-described effect (A) and effect (B).

Table 3 shows the test results of Reference Example 9 having the same configuration as the health device 14 shown in FIG. 9 and Reference Example 10 in which the conductive wire 4 and the metal body 5 are connected to the conductive paint 3 of the Reference Example 9 . Although not shown, in Reference Example 10 , one end of the conductive wire 4 is connected to the conductive paint 3 applied to the surface of the band-shaped member 8 sandwiched inside the wearing aid 15 and the other end of the conductive wire 4 is connected. The part was connected to the metal body 5. In both Reference Example 9 and Reference Example 10 , the same conductive paint as in Reference Example 1 was used.

Then, the belly-wrapped health tools of Reference Example 9 and Reference Example 10 were wound around the underwear and attached to the human body. In addition, when the reference example 10 was mounted | worn, the metal body 5 was made to adhere and fixed to the magnet attached to the underwear (pants) side which a human body wears.
These Reference Example 9 and Reference Example 10 were always worn (24 hours per day) including bedtime, and the effects were confirmed. The test period was 4 months, and evaluation was performed at each time point 24 hours, 3 days, 2 months, and 4 months after wearing.

  The test was performed by three testers A, B, and C shown in Table 2. Table 2 shows the status of the three testers A, B, and C before the test. All three testers had hemorrhoid disease and the bowel movement was not good. The degree of wrinkles and bowel movements at each time point before and after the test was evaluated in three stages of ○ (good), Δ (slightly bad), and × (bad), respectively. Table 3 shows the highest evaluation among the three evaluations.

As shown in Table 3, in both Reference Example 9 and Reference Example 10 , the three testers realized an improvement effect on hemorrhoids and defecation from the test start date.
As for bowel movements, Tester A felt a little constipated before the test, but was able to feel the effect from the day of the test and became comfortable after two months. Tester B had repeated constipation and soft stool in the stage before the test. However, the tester B was able to feel the effect from the day of the start of the test, and became comfortable after 2 months. The tester C was always in a state of soft stool before the test, but after the test, the tester C was in a state close to comfortable stool, and the soft stool was improved.
Regarding the hemorrhoid disease, all three testers confirmed the improvement effect from the day of the test start date, and in particular, the symptoms of epilepsy improved to a level almost completely cured after 2 months from the start of the test.
Further, in both Reference Example 9 and Reference Example 10 , the effect on wrinkles and defecation was maintained for at least 7 days after completion of the 4-month wearing test (see Table 3). In addition, no side effects (adverse effects) were observed in any of the three patients.

Table 4 shows test results in Example 1 having the same configuration as that of the anal insertion-type health device 30 shown in FIG. Table 5 shows the test results regarding the urination function and the enhancement of energy. Conductive coating 3 used in Example 1 was the same as in Reference Example 1. Three testers were tester E (71 years old), tester F (73 years old), and tester G (76 years old).

First, with respect to the testers E, F, and G, the anal insertion type Example 1 was attached to the anus of each tester over 3 months (on average about 8 hours per day centering on bedtime), as shown in Table 5. It had a great effect on the improvement of urination function and energy. First, the frequency of urination during sleep (the number of urinations per night) among three testers was investigated, and the frequency of urination decreased after wearing than before wearing. For example, for tester E, the frequency of urination before wearing was 1-2 times per night, but 0-1 times after wearing.
Furthermore, with all three testers, by mounting Example 1 , the water discharge pressure (momentum) during urination was 1.5 times or more in the visual evaluation (sensory evaluation) of each tester.
In addition, the feeling of residual urine during urination in each of the three testers was 30 or less with the sensory evaluation of each tester being 100 before installation of Example 1 .
In addition, the number of sexual intercourses per month increased significantly for all three testers. The number of sexual intercourses before wearing listed in Table 4 is the average number of sexual intercourses (times / month) in 3 months before the start of the test, and the number of sexual intercourses after wearing is the number of sexual intercourses in the test period of 3 months (times / month).
The above effects were confirmed from the day of wearing Example 1 , and the effects were maintained during the test period of 3 months, and the effects gradually increased as the test period passed.

The testers E, F, and G were also tested for improvement in hemorrhoid disease and defecation function as shown in Table 4. The above-described anal insertion-type health device of Example 1 was worn for 2 months (the average wearing time per day was about 8 hours, and the effect was confirmed. The results are shown in Table 5. The ◎ in Table 4 indicates three testers. in Two or more of, indicates that almost complete cure with respect hemorrhoids, with .3 people indicating that a Kaibin respect defecation, appeared remarkable effect from the day of installation of example 1, this effect The test lasted 2 months and lasted for at least 7 days after the end of the test.

Tester E and Tester F were both warts before the test and frequently used suppositories. Moreover, the bowel movement before the test of Tester E and Tester F was a little constipated. However, 2 months after wearing Example 1, the wrinkles were completely cured and the stool became comfortable. Tester G was a wart that sometimes bleeds and sometimes used suppositories. Tester G had constipation for many years, but after 2 months from the installation of Example 1 , wrinkles were completely cured, and although the bowel movement did not reach a comfortable flight, a significant improvement was observed. As in the above tests, in the test according to Example 1, no side effects due to the test were observed in all the testers.

  As described above, the health device of the present invention has not only an antibacterial action but also a function of activating the physiological function of the human body. As described above, this is considered to be due to the effect of promoting blood flow by acting on ions contained in blood in the human body. Therefore, in the health device of the present invention, the conductive paint is disposed in the vicinity of the human body by being attached to the human body, and the physiological function of the human body is activated or has an antibacterial effect.

It is a general view of the insole type health device of shoes concerning a reference example . It is sectional drawing at the time of mounting | wearing the boot with the health implement of FIG. It is sectional drawing in the AA of FIG. It is a whole figure of the sock type health implement concerning a reference example . It is a bottom view of the health implement of FIG. It is sectional drawing in the BB line of FIG. It is a whole figure of the strip | belt-shaped member used for the stomach winding type | formula health tool which concerns on a reference example . It is a general view of the wearing assistance tool used for the stomach-wrap type health care device concerning a reference example . It is explanatory drawing which shows a part of belly-wrap type health device which concerns on a reference example . It is a whole figure of the cover member used for the underwear wearing type health implement concerning a reference example . It is a figure for demonstrating the underwear wearing type | formula health tool which concerns on a reference example . Is an overall view of the anal insertion type Health Care is the implementation form of the present invention. (A) is a figure which shows a mode that the voltage between a human body and a conductive paint is measured, (b) is an expanded sectional view of the sole vicinity during the measurement of Fig.13 (a). It is a general view which shows the modification of the anal insertion type | formula health tool of this invention. It is a general view which shows another modification of the anal insertion type | formula health tool of this invention.

Explanation of symbols

1 Insole type health equipment (health equipment)
2 Base sheet (Insole for shoes; Base part)
3 conductive paint 4 conductive wire 5 metal body 6 sock-type health equipment (health equipment)
7 Fabric part (socks; base part)
8 Band-shaped member 9 Base part 14 Abdominal wound type health device (health device)
23 Underwear wearing health equipment (health equipment)
30 Anal insertion type health device (health device)
g human body g1 sole g2 anus

Claims (2)

A health device comprising a base part to be attached to a human body and a conductive material provided on the surface of the base part,
The conductive material is disposed in the vicinity of the human body and is connected to a metal body disposed so as to be discharged into the air through a conductive wire, thereby providing an antibacterial action or physiological activity. Otherwise the mineralization comprises anal insertion portion formed between the base portion and the conductive material, the anal insertion portion is characterized that you have been formed on the holdable size in the anus Health equipment. A health device comprising a base part to be attached to a human body and a conductive material provided on the surface of the base part,
The conductive material is disposed in the vicinity of the human body and is connected to a metal body disposed so as to be discharged into the air through a conductive wire, thereby providing an antibacterial action or physiological activity. exhibit the mineralization, and anal insertion portion having a progressively thicker becomes part as formed toward the tip side in the front SL base portion and the conductive material, and a flange portion disposed at the base side of the anal insertion portion A health device characterized in that the anus insertion portion can be disposed in the anus while the buttocks abuts on the outside of the anus.