JP2008029453A - Human body abutment device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a human body abutment device giving a user a comfortable abutment feeling from the backs of the knees to the buttocks or from the lumbar to the buttocks. <P>SOLUTION: A plurality of pressure receiving bodies 11-13 are connected together by a plurality of connecting bodies 5-6 and the pressure receiving bodies 11-13 are inclined by sequentially lowering their heights. A plurality of pressure receiving bodies 14-16 are connected together by a plurality of connecting bodies 7-9 and the pressure receiving bodies 14-16 have a same height and are non-inclined. The part from the backs of the knees to the femoral region is mounted on the inclined portion and the buttocks are mounted on the non-inclined portion. Even if wearing a diaper on the buttocks, the femoral region is prevented from slipping off from the inclined portion. The plurality of pressure receiving bodies 11-16 and lower pressure receiving bodies 36-38 incorporate cylindrical tubes 22, etc. and round tubes 21, etc. The cylindrical tubes 22, etc. and the round tubes 21, etc. exert photocatalyst effects or/and far-infrared effects and an upper cloth 1, an inner upper cloth 2, an inner lower cloth 3 and a lower cloth 4 exert the photocatalyst effects or/and the far-infrared effects. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a human body abutting tool, and more particularly to an instrument that abuts against the surface of a human body and relieves pressure on the human body, such as a cushion or a backrest.

  In recent years, when sitting in a chair or wheelchair, blood circulation in the vicinity of the knees worsens, and it is thought that it causes blood clots as in economy class syndrome. Therefore, if the vicinity of the knee is slightly lifted, blood circulation near the knee is improved and thrombus formation can be prevented.

  In addition, when the area around the knee is lifted slightly, the person sitting from the chair or the wheelchair is less likely to slide down, the sitting comfort is improved, the posture is improved, and the blood circulation of the sitting person is improved.

  Especially for people with diapers, such as elderly people, injured persons, or non-healthy persons (disabled persons), when sitting on a wheelchair or chair, the position of the buttocks relative to the position of the back of the knee corresponds to the thickness of the diaper. As it was only high, elderly persons, injured persons, or disabled persons were able to slip easily from wheelchairs and chairs.

  On the other hand, as a human body contact tool, there has conventionally been a device in which an elongated rod-shaped pressure receiving body is installed in the vicinity of the back of the knee of a chair. There were also cushions that gradually became thicker from the hips to the back of the knees.

  However, in the case of an elongated rod-shaped pressure receiving body, a step of the pressure-receiving body hits a portion from the collar portion of the rod-shaped pressure receiving body, and on the contrary, the pressure is very strong with the step being the boundary. A weak and floating part was next to each other, causing discomfort. In addition, in the cushion that gradually thickened from the hip to the back of the knee, the cushion was in close contact from the knee to the hip, resulting in poor air permeability and also causing discomfort.

Japanese Patent Laid-Open No. 9-591 JP 2003-125886 A JP 2003-126161 A

  The present invention has been made in order to solve the above-described problems, and an object of the present invention is to provide a human body contact tool that can provide a comfortable contact feeling from the back of the knee to the buttocks or from the waist to the buttocks. Is to provide.

  In order to achieve the above object, the present invention comprises a first pressure receiving body which is recessed by pressing and receives pressure, and is installed near the back of a human knee, and a thickness smaller or higher than the first pressure receiving body. A second pressure-receiving body that is recessed by pressure and receives pressure and is placed closer to the human buttocks than the first pressure-receiving body, and the thickness or height of the second pressure-receiving body is smaller than that of the second pressure-receiving body. A third pressure receiving body that is low, recessed by pressure and receives pressure, and is located closer to the human buttocks than the second pressure receiving body, and connects the first pressure receiving body and the second pressure receiving body. And connecting the first pressure receiving body and the first connecting body having a thickness smaller or lower than the second pressure receiving body, the second pressure receiving body and the third pressure receiving body, The thickness is smaller than those of the second pressure receiving body and the third pressure receiving body. Height and a lower second coupling body.

  From the first pressure-receiving body to the second pressure-receiving body, the thickness gradually becomes smaller or the height becomes lower, so there is no step and comfortable contact from the back of the knee to the buttocks or from the waist to the buttocks A feeling or sitting comfort is obtained.

  In addition, since the connecting body between the pressure receiving bodies is smaller in thickness or lower in height than the pressure receiving body, a gap is formed in the connecting body, and the human body contact tool extends from the back of the knee to the buttocks or from the waist to the buttocks. Does not adhere to each other, improves air permeability, and provides a comfortable contact feeling or sitting comfort.

  Even if an elderly person sits wearing a diaper, the knees are raised so that they will not fall off. Even if a person who is not wearing a diaper sits, the knees are lifted and the back is not bent forward, and the posture is correct and beautiful.

  Since each connecting body is smaller in thickness or lower in height than each pressure receiving body, it is easy to fold the human body contact tool. Also, since the locking body is locked to the back of the chair or wheelchair or abuts against the back of the lower leg, this locking body can be pulled to lift or change the position of the elderly / non-healthy person. Or move it.

(1) Structure of human body abutting tool FIG. 1 shows the appearance of the human body abutting tool, and FIG. 2 shows a cross section of the human body abutting tool. A rectangular upper cloth 1, a middle upper cloth 2, a middle lower cloth 3, and a lower cloth 4 are stacked. The peripheral edges of the upper cloth 1, the middle upper cloth 2, the middle lower cloth 3, and the lower cloth 4 are stitched together to form a peripheral stitching portion 10. In FIG. 1, the upper edge side is referred to as the back, the lower edge side is referred to as the front, the left side is referred to as the left, and the right side is referred to as the right.

  The upper cloth 1 and the middle upper cloth 2 are sewn at six locations, and the stitches are performed so as to cross from the front to the back, and these six stitch lines are parallel to each other. Of these six stitching lines, the stitching line on the leftmost side is a thin joint portion 18. In addition to the upper cloth 1 and the middle upper cloth 2, the coupling portion 18 is sewn to the middle lower cloth 3 and the lower cloth 4.

  The remaining five stitching lines are composed of a plurality of stitching lines, have a predetermined width, are thick, have the same shape and the same size, and are connected to the first connecting portion 5, the second connecting portion 6, and the third connecting portion, respectively. Part 7, fourth connection part 8, and fifth connection part 9.

  A first pressure receiving body 11 is formed between the coupling portion 4 and the first connecting portion 5, and a second pressure receiving body 12 is formed between the first connecting portion 5 and the second connecting portion 6, A third pressure receiving body 13 is formed between the second connecting portion 6 and the third connecting portion 7, and a fourth pressure receiving body 14 is formed between the third connecting portion 7 and the fourth connecting portion 8. A fifth pressure receiving body 15 is formed between the fourth connecting portion 8 and the fifth connecting portion 9, and a sixth pressure receiving body is provided between the fifth connecting portion 9 and the right peripheral stitching portion 10. 16 is formed.

  The first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 are all sealed by sealing their peripheral edges. A large number of round tubes 21 and cylindrical tubes 22 are incorporated.

  The first connecting portion 5 connects the first pressure receiving body 11 and the second pressure receiving body 12, the second connecting portion 6 connects the second pressure receiving body 12 and the third pressure receiving body 13, The third connecting portion 7 connects the third pressure receiving body 13 and the fourth pressure receiving body 14, and the fourth connecting portion 8 connects the fourth pressure receiving body 14 and the fifth pressure receiving body 15, The fifth connecting portion 9 connects the fifth pressure receiving body 15 and the sixth pressure receiving body 16.

  The first connecting part 5, the second connecting part 6, the third connecting part 7, the fourth connecting part 8, and the fifth connecting part 9 have the same width / size, and the third pressure receiving body 13 has the same width / size. Smaller than width / size and larger than width / size of fourth pressure receiving body 14, equal to width / size of fourth pressure receiving body 14, smaller than width / size of fourth pressure receiving body 14, or width of second pressure receiving body 12 It is smaller than the size and larger than the width / size of the third pressure receiving body 13. In addition, the width / size of the 1st connection part 5, the 2nd connection part 6, the 3rd connection part 7, the 4th connection part 8, and the 5th connection part 9 may become small gradually in this order.

  The width / size of the first connecting part 5, the second connecting part 6, the third connecting part 7, the fourth connecting part 8, and the fifth connecting part 9 depends on the size and weight of the human body that sits or abuts. The best one is selected. As a result, a gap is formed between these connected bodies 5, 6, 7, 8, and 9, and the human body abutment tool does not adhere from the back of the knee to the buttocks or from the waist to the buttocks, improving air permeability and comfortable. A feeling of contact or sitting is obtained.

  An example of the above dimensions is as follows. The width of the first pressure receiving body 11 is 50 mm, the width of the second pressure receiving body 12 is 40 mm, the width of the third pressure receiving body 13 is 30 mm, the width of the fourth pressure receiving body 14, the fifth pressure receiving body 15 and the sixth pressure receiving body 16. Is 20 mm. The widths of the first connecting part 5, the second connecting part 6, the third connecting part 7, the fourth connecting part 8 and the fifth connecting part 9 are 20 to 30 mm.

  An “L-shaped” side edge cloth 26 is stitched from the left and right corners of the first pressure receiving body 11 to both sides of the second pressure receiving body 12. The peripheral edges of the side edge cloth 26 are all sewn and sealed to form a protruding portion 27, and a large number of round tubes 21 and cylindrical tubes 22 are incorporated inside.

  The lower middle cloth 3 and the lower cloth 4 are sewn at two locations other than the connecting portion 18 and the peripheral stitching portion 10, and this stitching is performed so as to cross from the front to the back. The connecting portion 18 and the peripheral suture portion 10 are parallel to each other. These two stitching lines are the first lower stitching portion 31 and the second lower stitching portion 32 from the left side.

  A portion between the lower middle cloth 3 and the lower cloth 4 and sealed by the connecting portion 18, the first lower stitching portion 31, and the peripheral stitching portion 10 becomes a first lower pressure receiving body 36. A portion between the lower middle cloth 3 and the lower cloth 4 and sealed by the first lower stitching portion 31, the second lower stitching portion 32, and the peripheral stitching portion 10 becomes a second lower pressure receiving body 37. A portion between the lower middle cloth 3 and the lower cloth 4 and sealed by the second lower stitching portion 32 and the peripheral stitching portion 10 becomes a third lower pressure receiving body 38.

  The first lower pressure receiving body 36, the second lower pressure receiving body 37, and the third lower pressure receiving body 38 are all sealed by sealing their peripheral edges, and a large number of round tubes 21 and cylindrical tubes 22 are incorporated inside. Yes. Thereby, the round tube 21 and the cylindrical tube 22 can also be arrange | positioned under the 1st connection part 5, the 2nd connection part 6, the 3rd connection part 7, the 4th connection part 8, and the 5th connection part 9. FIG.

  The first lower pressure body 36, the second lower pressure body 37, and the third lower pressure body 38 are the first pressure body 11, the second pressure body 12, the third pressure body 13, the fourth pressure body 14, The thickness is smaller, the thickness is thinner, or the height is lower than that of the fifth pressure receiving body 15 and / or the sixth pressure receiving body 16.

  A plurality of the fourth pressure receiving body 14, the fifth pressure receiving body 15 and / or the sixth pressure receiving body 16 and the third connecting portion 7, the fourth connecting portion 8 and / or the fifth connecting portion 9 are alternately connected, It reaches the buttocks from the back of the person's knees or waist and is in contact with the vicinity of the buttocks. Thereby, a body contact tool does not stick to a buttocks, air permeability improves, and a comfortable contact feeling or sitting comfort is obtained.

  The upper pressure cloth 1, upper middle cloth 2, lower middle cloth 3 and lower cloth 4 have their first pressure-receiving body 11 and the portion on the left side of the connecting portion 18 sewn together at the periphery without any intervening therebetween. The locking sheet 39 is formed, and the locking sheet 39 is connected to the first pressure receiving body 11. The lower cloth 4 is formed by laminating a plurality of sheets or one piece of cloth and quilting them, and is integrated and washable so as not to deviate from each other.

  Strings 40, 40 (fixing means, connecting means) are connected to both ends of the locking sheet 39. The strings 40, 40 are tied to a wheelchair or a chair column so that the human body abutting tool does not fall off the chair or the wheelchair.

(2) Usage State of Human Body Contact Tool FIGS. 3 and 4 show the usage state of the human body contact tool. The first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 include a round tube 21 and a cylindrical tube 22. Therefore, when the buttocks, thighs, and knees are placed on the human body abutment tool, or when the buttocks are brought into contact with the waist, the first pressure receiving body 11, The second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 are recessed to receive the pressure.

  The first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, and the fourth pressure receiving body 14 are sequentially narrowed in this order, and the fourth pressure receiving body 14 and the fifth pressure receiving body 15. The sixth pressure receiving body 16 has the same width.

  Further, the first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, and the fourth pressure receiving body 14 are filled with the round tube 21 and the cylindrical tube 22 in this order less, The fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 are filled with the same amount of the round tube 21 and the cylindrical tube 22.

  Therefore, in the order of the first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, and the fourth pressure receiving body 14, the thickness is reduced, the thickness is decreased, or the height is decreased, and the inclination is inclined. The fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 have the same thickness, the same thickness, or the same height, and are not inclined.

  As shown in FIG. 3, the first pressure receiving body 11 is arranged / installed near the back of a human knee, and the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, and the fifth pressure receiving body. 15. The sixth pressure receiving body 16 is sequentially arranged / installed in this order from the back of the knee toward the buttocks.

  That is, the thigh is in contact with the inclined portions of the first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, and the fourth pressure receiving body 14, and the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the fourth pressure receiving body 15. The flange portion contacts the non-inclined portion of the six pressure receiving bodies 16. In other words, the front (left) from the center of the human body contact tool is inclined, and the rear (right) from the center is not inclined.

  Thereby, it is possible to prevent the diaper part from being inclined and the buttocks not to be inclined for a person having a diaper, such as an elderly person, an injured person, or a disabled person, thereby achieving a comfortable sitting comfort. If it is tilted to the buttocks, it will not be stable when sitting, and the sitting comfort will worsen.

  Further, for a person who has a diaper, such as an elderly person, an injured person, or a disabled person, even if the thickness of the diaper increases, the wheelchair or chair does not easily slip. Furthermore, when sitting on a wheelchair or chair, the position of the back of the knee is higher than the position of the buttocks, the sitting comfort is improved, the posture is improved, and the blood circulation of the sitting person is improved.

  In addition, the thickness gradually decreases from the first pressure receiving body 11 to the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16. Since the thickness is reduced or the height is lowered, there is no level difference, and a comfortable contact feeling or sitting comfort can be obtained from the back of the knee to the buttocks.

  Moreover, since the connection parts 5-9 between each pressure receiving bodies 11-16 are thinner than the pressure receiving bodies 11-16, thickness is thin, or height is low, a clearance gap is made in these connection parts 5-9. From the back of the knee, through the thighs to the buttocks, the human body contact tool does not adhere, the air permeability is improved, and a comfortable contact feeling or sitting comfort is obtained.

  The first lower pressure body 36, the second lower pressure body 37, and the third lower pressure body 38 have the same shape and size, but the first lower pressure body 36, the second lower pressure body 37, and the third lower pressure body 38. In this order, the round tube 21 and the cylindrical tube 22 are sequentially filled with a small amount. Therefore, since it inclines from the back of the knee through the thigh to the buttocks in the same manner as described above, the same effects as described above are obtained.

  The locking sheet 39 is in front of the first pressure receiving body 11 (left), and the first pressure receiving body 11 abuts against the back of the knee. The thigh feel can be improved.

  Since the pair of protrusions 27 are located on the outer sides of both knees, both knees are prevented from spreading outwards and hitting a wheelchair column, and the sitting comfort is improved. In particular, when the outsides of the backs of both knees are slightly lifted by the pair of protrusions 27, the sitting person does not slip down, and the sitting comfort is improved. Moreover, since it contacts the outer side of the back of the knee of the human body, a comfortable contact feeling or sitting comfort of the knee can be obtained.

  As shown in FIG. 4, the human body contact tool is installed and contacted from the waist of the human body to the buttocks. The first pressure receiving body 11, the second pressure receiving body 12, and the third pressure receiving body 13 are installed near the waist, and the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 are Installed near the buttocks.

  In addition, the thickness gradually decreases from the first pressure receiving body 11 to the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16. Since the thickness is reduced or the height is lowered, there is no level difference, and a comfortable contact feeling or sitting comfort can be obtained from the waist to the buttocks.

  Moreover, since the connection parts 5-9 between each pressure receiving bodies 11-16 are thinner than the pressure receiving bodies 11-16, thickness is thin, or height is low, a clearance gap is made in these connection parts 5-9. From the waist to the buttocks, the human body contact tool does not adhere, the air permeability is improved, and a comfortable contact feeling or sitting comfort is obtained.

  The locking sheet 39 can be folded and hooked on the back of a chair or a wheelchair. Accordingly, the human body abutting tool can be kept in contact from the waist to the buttocks so as not to slide off from the backrest.

  Since the pair of protrusions 27 are located on the outer side of the waist, the waist is prevented from hitting the support columns on both sides of the backrest. Further, the protrusion 27 and the first pressure receiving body 11 allow the human body abutment tool to abut so as to surround the waist, and a comfortable abutment or sitting comfort of the waist can be obtained.

  Moreover, depending on the case, the human body contact tool can be turned over and laid under the buttocks from the back of the knee, through the thighs, or from the waist to the buttocks. Accordingly, the first lower pressure receiving body 36, the second lower pressure receiving body 37, and the third lower pressure receiving body 38 can provide the same comfortable contact feeling or sitting comfort as described above.

(3) Material / Effect of Human Body Contacting Tool For the upper cloth 1, upper middle cloth 2, lower middle cloth 3 and / or side edge cloth 26, for example, a “shine up” material having a photocatalytic function is used. The round tube 21 (or cylindrical tube 22) is made of a material having a photocatalytic function on the entire surface or a “shine up” material.

  The upper inner cloth 2, lower inner cloth 3, lower cloth 4 and / or side edge cloth 26 emit far infrared rays, for example, "Lonwave" (Kuraray Co., Ltd., registered trademark) or "Serum A" (Toyobo Co., Ltd.) Company products, registered trademarks) or “Epicomodo” ”(registered trademark),“ wool zeolite ”or“ binest sera ”(registered trademark) are used.

  In the above “shine up”, a metal-containing ceramic-based special deodorant is kneaded into a composite fiber composed of polyester fiber and nylon fiber, and the deodorization and antibacterial effects are exhibited by the photocatalytic reaction of titanium dioxide. The same is true for cloths sold by Shinshu Ceramics Co., Ltd.

  Other materials having a photocatalytic function such as the round tube 21 or the cylindrical tube 22 are coated with titanium dioxide, CdS, CdSe, WO3, Fe2O3, SrTiO3, or KNbO on the surface of the tube resin such as apatite. , Shine-up (fiber, cloth, cotton), dismel (product of Toyobo Co., Ltd.), epicomodo, etc., rounded or cylindrical, etc. are selected.

  The above “Lonwave”, “Serum A” or “Epicomodo” has an ultrafine particle ceramic incorporated / kneaded in an acrylic fiber or other fiber. By the action of this ceramic, far infrared rays are radiated to the outside at around 40 degrees Celsius near the body temperature, and a heating effect on the human body is exhibited. Around 40 degrees Celsius, far infrared rays are generated most.

  The far-infrared wavelengths emitted by the “Longwave”, “Serum A” or “Epicomodo” are almost all over 5.0 μm or more, and the far-infrared wavelengths emitted by the zeolite are around 1.5 to 6.0 μm. The number of far-infrared wavelengths emitted by “Longwave” is very high in the vicinity of 8 to 16 μm.

  The “wool zeolite” or “binest sera” is obtained by firmly attaching ceramics obtained by processing zeolite, which is a natural ore, and fine particles thereof to the surface of natural fibers such as wool. By the action of the ceramics and the fine particles, far infrared rays are sufficiently emitted to the outside even at a temperature lower than the body temperature, and the effect of heating the human body is exhibited.

  Since the chemical composition of the zeolite is a condensed salt in which a part of silicon in the silicate is replaced with aluminum, and is based on a three-dimensional network structure in the SiO4-AlO4 connecting tetrahedron, a structure including a cavity is formed, Cations (cations) and water of crystallization are present in the cavities or pores formed by connecting the cavities in correspondence with the anions (anions), and water of crystallization due to electrostatic attraction of metal ions.

  There are zeolites of various structures depending on the ratio of silicon to aluminum in the framework, or the type and number of cations. General properties of zeolite include cation exchange capacity, molecular fluid action, polar substance adsorption, and catalysis.

  Since the crystal water of zeolite exists as water molecules in the three-dimensional network structure of zeolite, it is called zeolite water. Even if dehydrated by heating, the structure of the zeolite is not destroyed, and the portion where crystal water is present is left as it is. It remains as a cavity and has a sponge-like structure. This cavity has a property of strongly adsorbing gas and moisture.

  Another major characteristic of zeolite is its base substitution capacity. This is also called cation exchange capacity “CEC Exchange Capacity”, and is a force that holds and separates cations (NH4 +, potassium, sodium, calcium, etc.) just like a magnet. In particular, the base substitution capacity of zeolite is called permanent charge, and has the property of maintaining its force for a long period of time without being influenced by the surrounding environment (PH, etc.).

  Thus, zeolite has an adsorption function. In a cloth using such an adsorbing material and an optical semiconductor ceramic, bacteria, viruses, molds, malodorous substances, harmful substances, etc. are first adsorbed and held on the adsorbing material, and have an antibacterial deodorizing function.

  Thereafter or simultaneously, bacteria, viruses, fungi and the like are killed or reduced by the photocatalytic action of the photo-semiconductor powder and the metal powder which have been irradiated with light, and malodorous substances and the like are decomposed. Furthermore, even in the case of bacteria and other things that are not adsorbed, growth (growth) prevention, repellent effect and the like can be obtained by photocatalytic action. Zeolite emits far-infrared rays almost uniformly at all temperatures from 0 to 60 degrees.

  The infrared rays emitted from the “wool zeolite” or “Bionest Sera” are mid-infrared rays, and the infrared rays emitted from the “Longwave”, “Serum A” or “Epicomodo” are far infrared rays and super far infrared rays. As for infrared rays, wavelengths of 0.76 to 1.5 μm are referred to as near infrared rays, wavelengths of 1.5 to 5.6 μm are referred to as mid-infrared rays, wavelengths of 5.6 to 400 μm are referred to as far infrared rays, and wavelengths of 400 to 1000 μm are referred to as ultra far infrared rays. However, in the present specification and claims, the far infrared ray including the mid infrared ray will be described as the far infrared ray, and the super far infrared ray will be described as the far infrared ray.

  The longer the far-infrared wavelength, the deeper the human tissue penetrates and warms it from the deeper part. Therefore, the longer the far-infrared wavelength, the longer it takes for the far-red effect to appear.Once the far-red effect is achieved, the sustainability lasts longer. continue.

  In addition, the shorter the far-infrared wavelength, the warmer the surface of the human tissue is. Therefore, the shorter the wavelength of the far-infrared, the faster the far-red effect appears immediately, and there is immediate effect, and warms up (warms up) immediately after putting the foot on the foot protector.

  Therefore, “Bio Nest Cera” and “Wool Zeolite” of the above-mentioned batting 12 have an immediate effect / surface effect, and “Long Wave”, “Serum A” and “Epicomodo” of the above-mentioned surface cloth 11 have a slow effect / deep effect. It can be said that there is. The surface cloth 11 and the batting 12 may be a mixture of the above-mentioned “wool zeolite”, “Bionest Cera”, “Ronwave”, “Serum A” or “Epicomodo”.

  In particular, since the arteries are located deep inside the human body, the long-wavelength far infrared rays promote blood circulation and lymph flow, and the veins and lymph vessels are located in the shallow inside the human body. Promotes lymph flow. In this way, the carotid artery, the jugular vein, and the lymphatic vessel can be shared by the difference in the wavelength of far-infrared rays to achieve blood circulation promotion and lymph flow promotion.

  Thus, when far-infrared rays are emitted from the lower cloth 4 or the like and the photocatalytic function is exhibited by the upper cloth 1, the round tube 21... Or the cylindrical tube 22. However, dirt, germs, odors, dirt, and waste products accompanying or due to sweating can be decomposed by photocatalysis. Moreover, the function of the photocatalyst can be enhanced by the far infrared rays, and the antibacterial and deodorizing effects can be synergistically enhanced.

The cylindrical tube 22 is, for example, 4 to 15 mm in length, preferably 6 to 10 mm,
The outer diameter is 3 to 10 mm, preferably 4 to 5 mm, the thickness is 0.01 to 1 mm, preferably 0.05 to 0.1 mm, and the material is made of synthetic resin (plastic) such as polyethylene, polypropylene, and acrylic. Yes.

  The round tube 21 has an outer diameter of 3 to 20 mm, preferably 5 to 10 mm, a thickness of 0.01 to 1 mm, preferably 0.05 to 0.1 mm, and is made of polyethylene, polypropylene, acrylic, etc. It is made of synthetic resin (plastic) and is relatively hard but flexible. The hardness may be harder or softer than the cylindrical tube 22.

  Since the cylindrical tubes 22 are cylindrical, through holes are formed, and further, the round tubes 21 are also formed with through holes. The size of the through holes of the round tubes 21 is 20% to 50% of the outer diameter of the round tubes 21, and is 0.6 to 10 mm, preferably 1 to 5 mm. Further, the size of the through hole of the cylindrical tubes 22 is 2 to 9.99 mm, preferably 3 to 4.99 mm.

  Moreover, the size of the through hole of the round tube 21 is smaller than the outer diameter / size / thickness of the cylindrical tube 22 ..., and the outer diameter / size of the round tube 21 ... is set to the cylindrical tube 22 ... It is selected to be larger than the size of the through hole. Therefore, the cylindrical tubes 22 do not enter the through holes of the round tubes 21. Conversely, the round tubes 21 do not enter the through holes of the cylindrical tubes 22. Therefore, even if the limb improving device is used for a long time, the round tubes 21 and the tubular tubes 22 can be used comfortably for a long time without decreasing the overall volume.

  In addition, the granular material accommodated in this limb improvement tool is good also as only the round tube 21 .... In that case, the particulate matter is less likely to enter. However, since the cylindrical tubes 22 are cylindrical, they are excellent in breathability / heat dissipation / drying properties. Therefore, it is good to mix both. The mixing ratio of the two is 10% to 90%: 90% to 10%, preferably 50%: 50% by weight.

  Some or all of the round tubes 21 and / or the cylindrical tubes 22 have a shape memory function. As a result, even if they are deformed by the weight of the limb using the present limb improvement tool, if they are released from the weight of the limb, it will return to its original shape, and will be antibacterial / deodorant such as photocatalytic action described later. / Warming action / blood circulation promoting action such as decomposition action, far infrared ray generation action, etc. does not decrease.

  Some or all of the surfaces of the round tube 21... And / or the tubular tube 22... And the upper cloth 1 have antibacterial action / deodorant action / insect control action / decomposition action such as photocatalytic action by photocatalyst coating. Some or all of the lower cloth 4 and the like have a warming action / blood circulation promoting action such as a far infrared ray generating action.

  Thereby, while the warming action / blood circulation promotion is performed with respect to the human body with far-infrared rays, it is possible to prevent the occurrence of dirt / odor by sweating due to the warming action / blood circulation promotion by photocatalytic action. Moreover, this far infrared ray is also a kind of light, can enhance the function of the photocatalyst, and can synergistically enhance the antibacterial and deodorizing effects. In particular, when the far-infrared wavelength is close to the visible light, and the short-infrared near-infrared and mid-infrared, this effect becomes higher. The mid-infrared rays are emitted from the above-mentioned batting 12 (wool zeolite).

  It should be noted that a heating action / blood circulation promoting action such as a far-infrared ray generating action on a part or all of the round tube 21... And / or the tubular tube 22, the upper cloth 1, the middle upper cloth 2, and the middle lower cloth 3. In addition, some or all of the lower cloth 4 and the like may have antibacterial action / deodorant action / insect control action / decomposition action such as a photocatalytic action.

  Further, it is desirable that only a part or all of the round tubes 21 have an antibacterial action / odor prevention action / insect prevention action / decomposition action such as a photocatalytic action. This is because there is a slight possibility that the tubular tubes 22 are crushed by the pressure / gravity of the extremities and enter the round tubes 21. This is because there is no possibility that the round tubes 21 will enter, so that the photocatalytic action of the tubular tubes 22 and the round tubes 21 as a whole will not deteriorate.

  Therefore, the comfortable sitting comfort does not deteriorate after many years of use. The cylindrical tubes 22 and the round tubes 21 are mixed with apatite-processed silica gel in some cases. Thereby, the said drying effect | action can be improved more.

(4) Other Embodiments The present invention is not limited to the above embodiments, and various modifications can be made without departing from the spirit of the present invention. For example, a pressure receiving body having an intermediate thickness or height between the third pressure receiving body 13 and the fourth pressure receiving body 14 is interposed between the third pressure receiving body 13 and the fourth pressure receiving body 14. Good.

  The fourth pressure receiving body 14, the fifth pressure receiving body 15 or / and the sixth pressure receiving body 16, and a part or all of the third pressure receiving body 13 may be omitted to form a thin cloth, or may be omitted at all. May be increased or increased. The size of part or all of the pressure receiving bodies 11 to 16 may be increased or may be decreased. Even in this case, the same effects as described above are obtained, and the structure is simplified.

  The third connecting portion 7, the fourth connecting portion 8 and / or the fifth connecting portion 9, and part or all of the second connecting portion 6 are omitted, and the third pressure receiving body 13 and the fourth pressure receiving body 14 are omitted. The fifth pressure receiving body 15 and / or the sixth pressure receiving body 16 may be connected to one, two, or three. The size of a part or all of the connecting portions 5 to 9 may be increased or conversely reduced. Even in this case, the same effects as described above are obtained, and the structure is simplified.

  Each of the first pressure receiving body 11, the second pressure receiving body 12, the third pressure receiving body 13, the fourth pressure receiving body 14, the fifth pressure receiving body 15, and the sixth pressure receiving body 16 is arranged in two or more rows along the longitudinal direction by a sewing line. It may be divided. Thereby, the air permeability is improved not only in the front and back direction of the human body contact tool but also in the right and left direction intersecting therewith.

  A first pressure receiving body 11, a second pressure receiving body 12, a third pressure receiving body 13, a fourth pressure receiving body 14, a fifth pressure receiving body 15, a sixth pressure receiving body 16, a first lower pressure receiving body 36, a second lower pressure receiving body 37, The shape of the third lower pressure receiving body 38 may be a rectangle, an elongated rectangular shape, a circular shape, a triangular shape, a square shape, an L shape, a polygonal shape, a polygonal shape with a recess, or a curved shape. Some or all of the pressure receiving bodies 11 to 16 and the lower pressure receiving bodies 36 to 38 may be increased or may be reduced.

  Part or all of the first lower pressure receiving body 36, the second lower pressure receiving body 37, and the third lower pressure receiving body 38 may be omitted, may be increased, or some or all of them may be joined together. Alternatively, it may be increased or may be decreased. The round tube 21 and / or the tubular tube 22 filled in the first lower pressure body 36, the second lower pressure body 37, and the third lower pressure body 38 may be the same amount or may be omitted. Also good.

  Part or all of the locking sheet 39 may be omitted or may be increased. The shape of the locking sheet 39 may be a rectangle, a circle, a triangle, a square, an L shape, a polygon, a polygon with a dent, a curve, or the like. The size of the locking sheet 39 may be increased or may be decreased.

  If the locking sheet 39 is increased or enlarged, the locking sheet 39 can be hung even with a high backrest, and the locking sheet 39 can be arranged under the lower leg. The locking sheet 39 may be filled with round tubes 21 and / or cylindrical tubes 22. As a result, the lower pressure receiving body extends larger than the pressure receiving body and the connecting body, or conversely, the lower pressure receiving body is smaller and contracted inward.

  Part or all of the protrusion 27 may be omitted, or may be increased conversely. The shape of the protrusion 27 may be an L shape, a circular shape, a triangular shape, a rectangular shape, a square shape, a polygonal shape, a polygonal shape with a depression, a curved shape, or the like. The size of the protrusion 27 may be increased, or may be decreased.

  A part or all of the coupling portion 18 may be omitted or may be increased. The shape of the coupling portion 18 may be a zigzag shape, a grid shape, a curved wave shape, a rectangular wave shape, a triangular shape, or the like. The size of the coupling portion 18 may be increased or conversely decreased.

  The first connecting part 5, the second connecting part 6, the third connecting part 7, the fourth connecting part 8, and the fifth connecting part 9 may be narrow and long, or a part or all of them may be omitted. On the contrary, it may be increased. The shapes of the first connecting portion 5, the second connecting portion 6, the third connecting portion 7, the fourth connecting portion 8, and the fifth connecting portion 9 are not only a straight line having a width, but also a zigzag shape, a grid shape, and a curved shape. A wave shape, a rectangular wave shape, a triangular shape, etc. may be sufficient.

  A part or all of the round tubes 21 and / or the cylindrical tubes 22 may be omitted or may be increased. The size of the round tubes 21 and / or the cylindrical tubes 22 may be increased or may be decreased. When the weight of a human being in contact with the human body contact tool is heavy, the size of the round tube 21... And / or the cylindrical tube 22 is increased, and when the weight is light, the round tube 21. The size of the cylindrical tubes 22 is reduced.

  The cylindrical tube 22 and the round tube 21 are different shapes such as a cylindrical shape, a spherical shape, a columnar shape, a prismatic shape, an elliptical spherical shape, a polyhedral shape, a rod shape, a shape having irregularities on the surface, a spiral shape, a plate shape, and the like. It may be replaced with a different one, or a different shape may be filled. The cylindrical tubes 22 and the round tubes 21 may be replaced by or mixed with the above-mentioned cotton that emits far infrared rays or a cotton / cushion having a photocatalytic action.

  A photocatalytic action may be provided on the surface and the inner surface of a hollow filling such as the cylindrical tube 22... And a far infrared ray effect may be provided on the surface of a non-hollow filling such as the round tube 21. If it does so, air will flow also inside besides the exterior of a hollow packing, and a photocatalytic effect will improve more.

  A part or all of the upper cloth 1, the middle upper cloth 2, the middle lower cloth 3, and the lower cloth 4 may be omitted, or may be increased, or a material other than cloth, such as a net or sheet. It may be configured. The shape of the upper cloth 1, the middle upper cloth 2, the middle lower cloth 3, and the lower cloth 4 may be a rectangle, a circle, a triangle, a square, an L shape, a polygon, a polygon with a recess, a curved shape, or the like. Good. The size of the upper cloth 1, the middle upper cloth 2, the middle lower cloth 3, and the lower cloth 4 may be increased or may be decreased.

  The friction coefficient of the lower cloth 4 may be larger than the friction coefficient of the upper cloth 1, and in this case, the lower cloth 4 is a cloth with a fine surface or an adhesive cloth. As a result, the human body abutting tool does not slip off the wheelchair or chair, and the person sitting does not slip off the wheelchair or chair.

  The cloths 1 to 4 and 26 and the tubes 21 and 22 that emit far-infrared rays are not arranged on the entire lower surface or / and inside of the human body contact tool without any gaps, but are arranged at a plurality of positions at predetermined intervals. Alternatively, it may be arranged on a part of the surface and various places. Even in this case, it is possible to irradiate far-infrared rays to the abutting human body. Further, the cloths 1 to 4 and 26 and the tubes 21 and 22 having the photocatalytic action may be disposed not on the entire lower surface or / and on the inside of the human body contact tool but on a part thereof.

  The wavelengths of the far infrared rays may be the same or different in the cloths 1 to 4 and 26 and the tubes 21 and 22. In this case, far infrared rays having a long wavelength are generated from the inside of the human body contact tool, and far infrared rays having a short wavelength are generated from the surface of the human body contact tool. However, the reverse may be possible.

(4) Effects of other inventions
[1] A first pressure-receiving body that is recessed by pressing to receive pressure and is installed near the back of a human knee, and a thickness that is smaller or lower than that of the first pressure-receiving body. A second pressure-receiving body installed at a position closer to the human buttocks than the first pressure-receiving body, and a thickness smaller than or lower than that of the second pressure-receiving body. Receiving, connecting the first pressure receiving body and the second pressure receiving body, a third pressure receiving body installed at a position closer to the human buttock than the second pressure receiving body, and these first pressure receiving bodies And the first connecting body having a thickness smaller or lower than the second pressure receiving body, the second pressure receiving body and the third pressure receiving body are connected, and the second pressure receiving body and the above A second connector having a smaller thickness or a lower height than the third pressure receiver. Body contact member, wherein the door.

[2] The first pressure-receiving body, the second pressure-receiving body, and the third pressure-receiving body are inclined with a gradually decreasing thickness or a gradually decreasing height. The thigh is in contact, and the opposite side of the third pressure receiving body from the first pressure receiving body is not inclined with the same thickness or the same height. The human body abutment tool according to claim 1, wherein the boundary with the inclined portion is substantially at the center of the surface of the human body abutment tool.

  Thereby, it is possible to prevent the diaper part from being inclined and the buttocks not to be inclined for a person having a diaper such as an elderly person, thereby achieving a comfortable sitting comfort. If it is tilted to the buttocks, it will not be stable when sitting, and the sitting comfort will worsen.

[3] The lower surfaces of the first pressure receiving body, the second pressure receiving body, the third pressure receiving body, and the fourth pressure receiving body are thicker than the third pressure receiving body or the fourth pressure receiving body. The human body contact tool according to claim 1 or 2, wherein a lower pressure receiving body having a small height or a low height is provided. Thereby, a pressure receiving body can be arrange | positioned also under a connection part, and the touch under a connection part becomes good.

[4] The human body abutment tool is installed and contacted from the waist to the buttocks of the human body, the first pressure receiving body is installed near the waist, and the third pressure receiving body is installed near the hip. The human body contact tool according to claim 1, 2, or 3. Thereby, the human body abutting tool can be laid under the buttocks and thighs, or can be brought into contact with the back of the hips and the hips, and the human body abutting tool can be used for various purposes.

[5] A locking body is connected to the opposite side of the first pressure receiving body from the second pressure receiving body, and the locking body is locked to the back of a chair or a wheelchair or on the lower leg. The human body contact tool according to claim 1, wherein the human body contact tool is in contact with the back side. As a result, the human body contact tool does not slide down from the wheelchair or chair. In addition, a comfortable sitting feeling can be given to the lower leg below the knee.

[6] The human body contact according to claim 1, 2, 3, 4, or 5, wherein projecting portions projecting from the first pressure receiving body are provided at both ends of the first pressure receiving body. Ingredients. As a result, it is possible to restrict the knee from opening outward, and the outer sides of the knee do not hit the wheelchair or the support of the chair, so that a comfortable sitting comfort can be obtained. In addition, the first pressure receiving body and the projecting portion can be brought into contact with each other so as to be wound around the waist, and a narrow waist can be stabilized as compared with the buttocks, and a comfortable sitting comfort can be obtained.

[7] The human body abutting tool is smaller in thickness or lower in height than the third pressure receiving body, is recessed by pressing and receives pressure, and is installed at a position closer to the human buttocks than the third pressure receiving body. The fourth pressure receiving body, the third pressure receiving body and the fourth pressure receiving body are connected, and the third pressure receiving body and the fourth pressure receiving body are smaller in thickness or lower in height. The human body abutment tool according to claim 1, further comprising a third connecting body. As a result, not only from the first pressure-receiving body to the third pressure-receiving body, but also from the first pressure-receiving body to the fourth pressure-receiving body, the slope is gradually lowered and tilted to provide a stable sitting comfort. Is obtained.

[8] A plurality of the fourth pressure receiving bodies and the third coupling bodies are alternately connected to each other and reach a human buttocks. Or the human body contact tool of 7. Thereby, it is possible to prevent the diaper part from being inclined and the buttocks not to be inclined for a person having a diaper such as an elderly person, thereby achieving a comfortable sitting comfort. If it is tilted to the buttocks, it will not be stable when sitting, and the sitting comfort will worsen.

[9] The pressure receiving body is filled with a cylindrical body and a round body, and an inner diameter of the cylindrical body is smaller than an outer diameter of the round body. The human body contact tool according to 4, 5, 6, 7 or 8. As a result, the round body does not enter the cylindrical body, and the comfortable sitting comfort does not deteriorate after many years of use. If the cylindrical body and the round body have a far-infrared effect or photocatalytic action, the round-shaped body does not enter the cylindrical body, so that such a far-infrared effect or photocatalytic action does not decrease.

[10] The above-mentioned pressure receiving body, connecting body, lower pressure receiving body, these pressure receiving bodies, connecting body, outer surface / surface of the lower pressure receiving body, these pressure receiving body, connecting body and / or the inside of the lower pressure receiving body include far infrared rays. The human body contact tool according to claim 1, 2, 3, 4, 5, 6, 7, 8 or 9, wherein a material having an effect or / and a photocatalytic action is used.

  Accordingly, dirt, germs, odors, dirt, and waste products caused by sweating that are generated by improving the blood circulation of the limbs by the action of the far infrared rays can be decomposed by the photocatalytic action. Also, when it cools down, the side that generates far infrared rays is brought into contact with the human body, and when it is warm and sweating or when it is hot and sweating, the photocatalytic side is brought into contact with the human body to improve efficiency. Can be used properly.

[11] The friction coefficient of the surface of the human body contact tool that comes into contact with the human body is smaller than the coefficient of friction of the surface that comes into contact with something other than the human body such as a chair or a wheelchair. The human body contact tool according to 4, 5, 6, 7, 8, 9, or 10. Thereby, it becomes difficult for a human body contact tool to slide down from a chair, a wheelchair, etc.

  The plurality of pressure receiving bodies that are recessed by pressure and receive pressure are gradually lowered from the knee toward the buttocks and inclined, and the human body on the pressure receiving body does not slide down. The plurality of pressure receiving bodies 11 to 13 are connected by a plurality of connecting bodies 5 to 6, and the pressure receiving bodies 11 to 13 incline with decreasing thickness or decreasing height in order.

  The plurality of pressure receiving bodies 14 to 16 are connected by a plurality of connecting bodies 7 to 9, and the pressure receiving bodies 14 to 16 are not inclined at the same thickness or the same height. The thigh is placed on the inclined part from the back of the knee, and the buttocks are placed on the non-inclined part. Even if a diaper is put on the buttocks, the thigh does not slide off the inclined part. The human body abutment tool is also installed and contacted from the waist of the human body to the buttocks, the first pressure receiving body 11 is installed near the waist, and the third pressure receiving body 13 is installed near the hip and is used for many purposes. Lower pressure receiving bodies 36, 37, and 38 are provided under the plurality of pressure receiving bodies 11 to 16, and pressure is also received under the plurality of coupling bodies 5 to 9.

  The plurality of pressure receiving bodies 11 to 16 and the lower pressure receiving bodies 36 to 38 include cylindrical tubes 22 and round tubes 21. The tubular tubes 22 and the round tubes 21 exhibit a photocatalytic effect or / and a far-infrared effect. From the upper cloth 1, the middle upper cloth 2, the middle lower cloth 3, and the lower cloth 4, the photocatalytic effect or / And the far-infrared effect is exhibited.

The external appearance of a human body abutment protector is shown. The cross section of a human body contact tool is shown. The state which uses a human body contact tool under a thigh and a buttocks is shown. The state which uses a human body contact tool in contact with the back of a waist and a buttocks is shown.

Explanation of symbols

1 ... upper cloth, 2 ... middle upper cloth,
3 ... middle lower cloth, 4 ... lower cloth,
5 ... 1st connection part (1st connection body),
6 ... 2nd connection part (2nd connection body),
7 ... 3rd connection part (3rd connection body),
8 ... 4th connection part (3rd connection body),
9 ... Fifth connecting part (third connecting body),
10 ... peripheral suture part,
11 ... first pressure receiving body (first pressure receiving body),
12 ... second pressure receiving body (second pressure receiving body),
13 ... Third pressure receiving body (third pressure receiving body),
14 ... Fourth pressure receiving body (fourth pressure receiving body),
15 ... Fifth pressure body (fourth pressure body),
16 ... Sixth pressure receiving body (fourth pressure receiving body),
18 ... coupling part, 21 ... round tube,
22 ... Cylinder tube, 26 ... Side edge cloth, 27 ... Protrusion,
31 ... First lower suture part, 32 ... Second lower suture part,
36. First lower pressure body (lower pressure body),
37. Second lower pressure body (lower pressure body),
38 ... Third lower pressure body (lower pressure body),
39 ... locking sheet (locking body), 40 ... string.

Claims (6)

A first pressure-receiving body that is recessed by pressing to receive pressure and is installed near the back of a human knee;
A second pressure-receiving body that is smaller in thickness or lower in height than the first pressure-receiving body, is recessed by pressing and receives pressure, and is installed at a position closer to a human buttocks than the first pressure-receiving body;
A third pressure receiving body that is smaller in thickness or lower in height than the second pressure receiving body, is recessed by pressing and receives pressure, and is installed at a position closer to the human buttocks than the second pressure receiving body;
Connecting the first pressure-receiving body and the second pressure-receiving body, the first pressure-receiving body and the first connection body having a thickness smaller or lower than the second pressure-receiving body,
The second pressure receiving body and the third pressure receiving body are connected, and the second pressure receiving body and the second connecting body having a thickness smaller than or lower than the third pressure receiving body are provided. A human body contact tool characterized by that. The first pressure-receiving body, the second pressure-receiving body, and the third pressure-receiving body are inclined so that the thickness gradually decreases or the height gradually decreases. Abut,
The side opposite to the first pressure receiving body from the third pressure receiving body is not inclined with the same thickness or the same height, but the collar portion is in contact with this part, and the boundary between the inclined part and the non-inclined part is the human body. The human body abutment tool according to claim 1, wherein the human body abutment tool is substantially at the center of the surface of the abutment tool.   The lower surfaces of the first pressure receiving body, the second pressure receiving body, the third pressure receiving body, and the fourth pressure receiving body are smaller in thickness than the third pressure receiving body or the fourth pressure receiving body. 3. A human body contact tool according to claim 1, wherein a lower pressure receiving body having a low height is provided.   The human body contact tool is installed and contacted from the waist to the buttocks of the human body, the first pressure receiving body is installed near the waist, and the third pressure receiving body is installed near the buttocks. The human body contact tool according to 1, 2, or 3.   A locking body is connected to the opposite side of the first pressure receiving body to the second pressure receiving body, and the locking body is locked to the back of a chair or a wheelchair or to the back of the lower leg. The human body contact tool according to claim 1, wherein the human body contact tool is in contact with the human body.   6. The human body abutting tool according to claim 1, wherein protrusions protruding from the first pressure receiving body are provided at both ends of the first pressure receiving body.

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