JP3076809U - Scalp band - Google Patents

Abstract

(57) Abstract: An inner flexible surface of a band directly in contact with the human skin has a higher air permeability than an outer flexible surface, so that not only the function of the inner flexible surface but also the function of the outer flexible surface are achieved. Worked on the scalp. A background band (1) includes a fan-shaped inner cloth (2) and an outer cloth (3).
Are sewn at the periphery; the inner cloth 2 directly abuts the human skin, the outer cloth 3 comes into contact with the human skin from the outside of the inner cloth 2; the inner cloth 2 is a mesh cloth; Sweat releases silver ions, thereby exerting a bactericidal or antibacterial action; the outer cloth 3 is a closed cloth which destroys the cell walls of bacteria, thereby providing a bactericidal or antibacterial action. Yes; the effect of the outer cloth 3 also works on the ground through the gaps in the mesh of the inner cloth 2.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a scalp band, and more particularly to a band that directly contacts the scalp of a human.

[0002]

[Background of the invention]

 There are many things that are used for an unspecified number of people and directly touch the human skin. For example, a cuff for a sphygmomanometer, which is a medical device. These cuffs are sometimes washed and sterilized. However, there are only a few pathogens and pests that can be transmitted from person to person through those directly in contact with the human skin. For example, scabies.

[0003]

[Means for Solving the Problems]

 The present invention provides an inner flexible surface having a bactericidal action or an antibacterial action, which is in direct contact with the human skin, and a bactericidal action or an antibacterial action of the inner flexible face, which is joined to the outside of the inner flexible face. An outer flexible surface having a sterilizing action or an antibacterial action different from that of the inner flexible face, and having a lower air permeability than the inner flexible face, and a fixing mechanism for fixing the inner flexible face and the outer flexible face to the human skin. It was taken.

[0004] As a result, even if used for an unspecified number of humans and is in direct contact with the human scalp, the part in contact with the scalp is sterilized or subjected to antibacterial treatment, and pathogenic bacteria pass from person to person through the scalp. -It can prevent the transmission of various bacteria, parasites and pests.

Further, in the present invention, since the air permeability of the inner flexible surface is higher than the air permeability of the outer flexible surface, not only the effect of the inner flexible surface but also the effect of the outer flexible surface on the ground in contact with the ground are obtained. The effect can also work. Even if it repeatedly touches an unspecified number of people like a cuff of a sphygmomanometer and makes direct contact with the scalp for tens of seconds to several minutes, the action of the inner flexible surface will Not only the effect but also the effect of the outer flexible surface can be exerted.

[0006]

[Embodiment of the invention]

 1 and 2 show the front surface (front side) and the back surface (back side) of the background band 1. The skin band 1 is attached to, for example, the inside of an arm band wound around an arm of a blood pressure monitor as a medical device. Therefore, the background band 1 repeatedly contacts an unspecified number of humans, and the time of one direct contact with the background is several tens of seconds to several minutes. In the background band 1, a fan-shaped inner cloth 2 and an outer cloth 3 are sewn at the periphery. The inner cloth 2 comes into direct contact with the human skin, and the outer cloth 3 comes into contact with the human skin from outside the inner cloth 2.

A substantially square inner surface tape (velvet fastener) 5 is sewn near a side edge of the fan-shaped inner cloth 2. An elongated band-shaped outer tape (velvet fastener) 6 is sewn near the side edge of the fan-shaped outer cloth 3. The inner side tape 5 and the outer side tape 6 have substantially the same width and are detachably joined to each other. The width of the inner tape 5 and the width of the outer tape may be different, or both lengths may be the same.

The inner side tape 5 and the outer side tape 6 are attached at substantially the same positions with respect to the fan-shaped inner cloth 2 and outer cloth 3, respectively. As shown in FIG. 3, the inner side tape 5 comes in contact with the outer side tape 6 from the outside and is joined thereto. In addition, since the outer tape 6 is elongated and strip-shaped, the joining position of the inner tape 5 with respect to the outer tape 6 can be changed arbitrarily, and the thickness of the arm, that is, the thickness of the object to be wound is changed. We can handle it.

FIG. 4 shows an enlarged view of the inner cloth 2. The inner cloth 2 includes a polyester fiber yarn 11 and a silver processed fiber yarn 12. The polyester fiber yarn 11 is composed of only warp yarns, and each warp yarn is alternately entangled with the warp yarns on the right and left sides to form an elongated hexagonal honeycomb shape.

[0010] With respect to the warp yarn of the polyester fiber yarn 11, a silver processed fiber yarn 12 is entangled as a weft yarn. The hexagonal honeycomb shape is reciprocally penetrated by three rows, and further reciprocally penetrates the next three rows of the hexagonal honeycomb shape, and these two reciprocal penetrations are sequentially repeated two steps at a time. The weft of the silver-processed fiber yarn 12 penetrates through the portions of the warp of the polyester fiber yarn 11 that are intertwined with each other, whereby the weft is woven and entangled with the warp.

In the inner cloth 2, the polyester fiber yarn 11 is 95% and the silver processed fiber yarn 12 is 5%. This silver processed fiber yarn 12 is formed by coating or plating silver on the surface of a nylon fiber. The silver ions are released from the silver-processed fiber yarn 12 by human sweat or the like, thereby exerting a bactericidal action or an antibacterial action. The silver ions are released in large quantities at a human body temperature of 35 to 38 degrees Celsius, whereby the bactericidal or antibacterial action is highest near human body temperature.

[0012] Such silver ions are used in the treatment of burns to prevent bacterial infection. The silver processed fiber yarn 12 may contain gold, platinum, copper, or the like, or may be a gold processed fiber yarn, a platinum processed fiber yarn, or a copper processed fiber yarn.

The inner cloth 2 is a mesh cloth, and as shown in FIG. 4, the area occupied by the fiber portion of the polyester fiber yarn 11 and the silver processed fiber yarn 12 is occupied by the ventilation portion having no fiber. Less than or about the same. Of course, the area occupied by the fiber portion may be larger than the area occupied by the vent portion without fiber. In any case, the inner cloth 2 has high air permeability, and the area occupied by the fiber portion does not exceed twice the area occupied by the air-free portion without fibers.

The outer cloth 3 is a cloth having an antibacterial action or a bactericidal action, and is made of, for example, an epicomodo-treated cloth. This cloth uses a safe antibacterial agent and a quaternary ammonium salt-based antibacterial agent. This destroys the methicillin-resistant Staphylococcus aureus (MRSA) cell wall attached to the cloth surface and completely eliminates the growth function of the bacterium. This methicillin-resistant Staphylococcus aureus is notorious for causing nosocomial infections in hospitals. As a result of experiments, this epicomodo-treated cloth is able to suppress the growth and kill not only methicillin-resistant Staphylococcus aureus but also other Staphylococcus aureus, Escherichia coli, Klebsiella pneumoniae, Pseudomonas aeruginosa and O157. I was assured. Therefore, the epicomodo fabric also has a higher bactericidal / antibacterial bacteriostatic action.

The outer cloth 3 has an area occupied by the fiber portion larger than an area occupied by the ventilation portion, and is woven almost without gaps. For this reason, the inner cloth 2 has high air permeability, and even if the pathogens, germs, parasites, and pests pass through the inner cloth 2, it can be prevented from diffusing into the air with the outer cloth 3, and finally, The inner cloth 2 and the outer cloth 3 can be sterilized and killed.

As described above, since the air permeability of the inner cloth 2 is higher than the air permeability of the outer cloth 3, not only the effect of the inner cloth 2 but also the effect of the outer cloth 3 is exerted on the contacting ground. Can be. For example, even if the time required for repeated contact with an unspecified number of people, such as a cuff of a sphygmomanometer, and direct contact with the skin is several tens of seconds to several minutes, the effect of the inner cloth 2 can be improved. Not only the function but also the function and effect of the outer cloth 3 can be used.

As described above, since the inner cloth 2 has a mesh shape and the outer cloth 3 is clogged with eyes, the appearance or feel of the inner cloth 2 and the outer cloth 3 are different between the inner cloth 2 and the outer cloth 3. (Inside and outside) are clearly distinguished so that the front and back of the background band 1 are not mistaken. Needless to say, the front and back of the background band 1 can be clearly distinguished from the difference in the length, the shape, and the touch of the outer surface tape 6 and the inner surface tape 5. Since the outer side tape 6 and the inner side tape 5 are bonded to each other, the surface shapes are different between the male and female, and the feel by hand is also different. This is effective for visually impaired people.

By distinguishing the front and back of the background band 1, the background band 1 can be attached to human skin without making a mistake in the front and back of the background band 1. The means for distinguishing the front and back of the background band 1 may be characters, figures, symbols, or the like, depending on the case. In some cases, the surface design, surface shape, surface pattern, and / or surface color of the inner cloth 2 and the outer cloth 3 are formed so as to be different. This also allows the front and back of the background band 1 to be clearly distinguished so that the front and back of the background band 1 are not mistaken.

The inner cloth 2 and the outer cloth 3 also have a deodorizing function or a deodorizing function. Therefore, even if sweat from a user's arm or the like permeates the skin band 1, the generated odor can be eliminated or prevented. The inner cloth 2 and the outer cloth 3 also have an anti-mite action and an anti-flea action. Therefore, fleas and ticks can be prevented from adhering to the scalp band 1, and breeding of bacteria, bacteria and pathogens can be prevented, and bacteria, bacteria and pathogens can be completely killed and hospital infection can be prevented. In addition, even if sweat or the like from the user's head permeates the ground band 1, the generated odor can be eliminated or prevented.

Further, as the inner cloth 2 or the outer cloth 3 having the above-mentioned antibacterial action or bactericidal action, or deodorant action or deodorant action, a feel-fresh cloth or the like is used, and this cloth has an antibacterial property to acrylic fiber. It is one to which metal ions have been added. The feel-fresh fabric exerts an antibacterial action and a bactericidal action by the action of the applied metal ions, and also has a fungicidal action, a deodorant action, a deodorant action, water absorption and antistatic properties. It was confirmed that the Feel-Fresh cloth suppressed the growth of Pseudomonas aeruginosa and other bacterial species and killed them.

As the inner cloth 2 or the outer cloth 3 having the antibacterial action or the bactericidal action, a cloth which has been subjected to an antibacterial function treatment or a germicidal function treatment and may be a cloth sold by Shinshu Ceramics Co., Ltd. used. The treating agent having an antibacterial action used in this cloth is described as the "adhering treating agent" in the above-mentioned Japanese Patent No. 2963657, which was acquired by Shinshu Ceramics Co., Ltd. The antibacterial action of this cloth is caused by a combination of a photocatalyst composed of an optical semiconductor powder and a metal powder and an adsorbent such as a ceramic powder, as described in the aforementioned Japanese Patent No. 2963657. I have.

In particular, sterilization and antibacterial are performed by the photocatalytic action of the photosemiconductor powder. This photocatalytic action is generated as a chemical action by an electrochemical cell in which one electrode is a photosemiconductor ceramic, which is a photosemiconductor powder, and the other electrode is a metal. As such an optical semiconductor powder, TiO2, CdS, CdSe, WO3, Fe2 O3, SrTiO3, KNbO3 and the like are used, and as the metal powder, various metal powders such as gold, silver, platinum and copper are used. In addition, ceramic powders such as apatite (apatite), zeolite or sepiolite, activated carbon and silk fiber-containing materials are used as the adsorbing material.

[0023] Bacteria, viruses, mold or malodorous substances, harmful substances, and the like are first adsorbed and held on the adsorbent material. Thereafter or at the same time, the photocatalytic action of the photo-semiconductor powder and the metal powder that have been irradiated with light kills or reduces bacteria, viruses, molds, etc., and decomposes odorous substances. Furthermore, even in the case of a substance which is not adsorbed, a growth (proliferation) prevention and a repellent effect can be obtained by the photocatalytic action. The above-mentioned TiO2 and the like have a drying action or a dehumidifying action, a moisture absorbing action or a moisture-proof action.

In addition, Rabo hemp cloth may be used for the inner cloth 2 or the outer cloth 3 in some cases. When Raboshima comes into contact with a human body whose temperature rises above 35 ° C, it begins to emit far-infrared rays and is also effective for the treatment of hypertension and heart disease. This Rabo hemp has excellent breathability and durability, and has an antibacterial action or a bactericidal action. In addition, a cloth impregnated with hiba oil having an antibacterial or bactericidal action is sometimes used for the shoulder stool.

As the inner cloth 2 or the outer cloth 3 having a deodorizing action or a deodorizing action, a cloth called “Dismel” (trade name, or Annon (registered trademark)) of Toyobo Co., Ltd. is used. This cloth is described in Japanese Utility Model Patent No. 3056573 or No. 30613324 in which Koken Co., Ltd. and the like are the right holders. Used for cloth 2 and outer cloth.

This dismel is an acrylate fiber ammonia deodorant material. That is, a carboxylic group is attached to a nonwoven fabric containing a crosslinked acrylic fiber having a pH buffering ability (ability to reduce a pH change), and ammonia (NH3) acts on the carboxylic group (COOH). The generation of odorless ammonium carboxylate (COOHNH4) by ionic bonding removes the smell of ammonia. This cloth has a deodorizing effect or a deodorizing effect as described above.

Further, a cloth having a moisture absorbing action or a moisture preventing action may be used for the background band 1 in some cases. This cloth allows small water particles, such as human evaporative sweat, to pass through, but does not allow coarse water particles, such as food juices, infusions, and spilled water. The woven gap of the cloth having the moisture absorbing or moisture proof action allows the fine water particles to permeate and does not allow the coarse water particles to permeate.

[0028] As the inner cloth 2 or the outer cloth 3 having a heat retaining action or a heating action, a Yanglon-treated cloth or the like is used. This cloth radiates far-infrared rays and warms the patient's body. This far infrared ray penetrates deeply into the human body, and can warm the body from the inside. Therefore, it is also effective for treating hypertension and heart disease. As a result of experiments, it has been confirmed that this Yanlong cloth suppresses the growth of methicillin-resistant Staphylococcus aureus, as well as other Staphylococcus aureus, Escherichia coli, Klebsiella pneumoniae, and Pseudomonas aeruginosa, and kills them. Was Thus, the fabric also has an antibacterial or bactericidal action.

The present invention is not limited to the above embodiments, and can be variously modified without departing from the gist of the present invention. For example, the cloth constituted by the background band 1 may include not only the inner cloth 2 and the outer cloth 3 but also three or more cloths. In this case, the permeability is lower for the outer fabric. The cloth of the background band 1 may be only the inner cloth 2 or only the outer cloth 3.

The inner cloth 2 and the outer cloth 3 of the scalp band 1 have an antibacterial action, a bactericidal action, a deodorant action, a deodorant action, a drying action, a dehumidifying action, a warming action, a warming action, a sedative action, and a moisture absorbing action. Or the effect of the outer cloth 3, which is better to act on the human body with a slight gap between it and the effect of the inner cloth 2, which is better to act completely in contact with the human body, because the action is different for the moisture-proof action. , Can be used properly. Of course, the action and effect of the inner cloth 2 and the outer cloth 3 may be the same. Although rare, the background band 1 may be used upside down. This is effective when it is desired to make the effect of the outer cloth 3 work strongly against the ground.

The above-mentioned inner cloth 2 and outer cloth 3 may be a cloth made of a fiber containing a hinoki component or a fiber containing a ceramic emitting far-infrared rays. Such fibers have a sedative effect. The scalp band 1 as described above can be washed in a whole, has excellent durability, does not change its effect even after washing, has no skin disorder, is gentle on human skin, and has no oral toxicity.

The scalp band 1 is directly wound around the scalp of the arm, and the arm band of the sphygmomanometer is wrapped thereon to measure the blood pressure. The skin band 1 is directly wound around the skin of the arm, and in this state, the arm is inserted into the sphygmomanometer to measure the blood pressure.

The background band 1 is attached to not only a human arm but also a leg, a neck, a finger, a hand, a foot, a head, or a torso as the case may be. For this reason, the scalp band 1 can also be used as a surgical band, a treatment band, a medical band, and other bands that are in direct contact with the human scalp. Accordingly, the shape of the front cloth 2 and the back cloth 3 may be rectangular, square, circular, oval, triangular, belt-like, annular, T-shaped, L-shaped, X-shaped, V-shaped, S-shaped, etc. The shape may be as follows.

As a fixing mechanism for fixing the inner flexible surface (inner cloth 2) and the outer flexible surface (outer cloth 3) to the human skin, in addition to the inner side tape 5 and the outer side tape 6, a string, Various means such as magnets, buttons, hooks, clips, fasteners and the like can be used. In addition to the cloth, the inner cloth 2 and the outer cloth 3 may be plastic films, plastic papers, cloths made of metal fibers, paper cloths and the like.

The inner cloth 2 or the outer cloth 3 has the antibacterial action, the bactericidal action, the deodorant action, the deodorant action, the warming action, the warming action, the drying action, the dehumidifying action, the moisture absorbing action, the moisture proofing action, the sedative action, Alternatively, it may not have a tick / flea prevention effect.

The inner flexible surface (inner cloth 2) and the outer flexible surface (outer cloth 3) have an antibacterial action, a bactericidal action, a deodorizing action or a deodorizing action, a warming action or a heating action, and a drying action. It consists of a cloth that has a dehumidifying action, a moisture absorbing action or a moisture-proofing action, a sedative action, or an anti-mite / flea prevention effect.

[0037]

[Effect of the invention]

 As described in detail above, the scalp band of the present invention is connected to the inner flexible surface having a sterilizing action or an antibacterial action and having a breathable property in direct contact with the human scalp, and is bonded to the outer side of the inner flexible face. It has a germicidal action or an antibacterial action different from the bactericidal action or the antibacterial action of the inner flexible face, and has an outer flexible face having lower air permeability than the inner flexible face.

[0038] Therefore, even if it is used for an unspecified number of humans and is in direct contact with the human skin, the part in contact with the skin is sterilized or subjected to antibacterial treatment, so that pathogenic bacteria and humans can pass from human to human through the human skin. It is effective in preventing transmission of various bacteria, parasites and pests.

Further, the background band of the present invention has a higher permeability of the inner flexible surface than that of the outer flexible surface. There are also effects such as the function and effect of the flexible surface being able to work. Even if the repeated contact with an unspecified number of humans, such as a cuff of a sphygmomanometer, and the time of direct contact with the scalp is several tens of seconds to several minutes, the effect of the inner flexible surface is still effective. Not only that, it also has the effect that the function and effect of the outer flexible surface can be exerted.

[Brief description of the drawings]

FIG. 1 shows an inner surface of a background band 1. FIG.

FIG. 2 shows the outer surface of the background band 1;

FIG. 3 shows an attached state of the background band 1;

FIG. 4 is an enlarged view of the inner cloth 2 of the background band 1;

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Background band, 2 ... Inner cloth, 3 ... Outer cloth, 5 ... Inner side tape, 6 ... Outer side tape, 11 ... Polyester fiber thread, 1
2 ... Silver processed fiber yarn.

[Procedure amendment]

[Submission date] October 19, 2000 (2000.10.
19)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims for utility model registration

[Correction method] Change

[Correction contents]

[Utility model registration claims]

Claims (6)

[Utility model registration claims] 1. An inner flexible surface having a bactericidal or antibacterial effect and having a bactericidal or antibacterial effect directly in contact with the human skin, and a bactericidal or antibacterial effect of the inner flexible surface which is joined to the outer side of the inner flexible surface. An outer flexible surface having a sterilizing action or an antibacterial action different from that of the inner flexible face, and having a lower air permeability than the inner flexible face; a fixing mechanism for fixing the inner flexible face and the outer flexible face to the human skin; The scalp band, wherein the flexible surface and the outer flexible surface are made of cloth having an antibacterial action, a bactericidal action, a deodorant action, or a deodorant action. 2. The scalp band is attached to the inside of a cuff wound around an arm of a sphygmomanometer, which is a medical device, and the scalp band repeatedly contacts an unspecified number of people, and comes into direct contact with the scalp. 2. The scalp band according to claim 1, wherein the hit time is from several tens of seconds to several minutes, and the scalp band is attached to a human arm, leg, neck, finger, hand, foot, head or torso. 3. The inner flexible surface, wherein the area occupied by the fiber portion is smaller than or substantially equal to the area occupied by the ventilation portion, or the area occupied by the fiber portion exceeds twice the area occupied by the ventilation portion without fiber. 3. The background band according to claim 1, wherein the outer flexible surface has an area occupied by a fiber portion larger than an area occupied by a ventilation portion. 4. The inner flexible surface or the outer flexible surface has the highest bactericidal or antibacterial action near human body temperature, and the inner flexible surface is a mesh cloth, and is made of silver by human sweat. A cloth that releases ions and thereby exerts a bactericidal or antibacterial action. The outer flexible surface is a tightly-clothed cloth that destroys the cell wall of bacteria, thereby exerting a bactericidal or antibacterial action. The background band according to claim 1, 2 or 3, wherein the background band is a cloth. 5. The inner flexible surface and the outer flexible surface have different surface designs, surface shapes, surface patterns or / and surface colors, and tactile sensations, and the front and back sides are clearly distinguished.
The background band according to claim 1, 2, 3 or 4, wherein the front and back are not mistaken. 6. The inner flexible surface and the outer flexible surface have an antibacterial action, a bactericidal action, a deodorant action, a deodorant action, a warming action, a heating action, a drying action, a dehumidifying action, a moisture absorbing action, a moisture-proof action, and a soothing action. The scalp band according to claim 1, 2, 3, 4 or 5, which has a different action or an action against tick and flea.