JP2008202205A - Glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a glove for preventing the hand held in the glove from carelessly catching excrement and bedsore. <P>SOLUTION: The glove is so designed that the peripheral rim of a storing cloth 21 (storing body) and the peripheral rim of an outside covering cloth 22 (outside covering body) are not sewn/connected and are separated from each other, and even when the storing cloth 21 moves with the hand, the storing cloth 21 slips to the outside covering cloth 22, and an interval between the inner surface of the outside covering cloth 22 and the outer surface of the storing cloth 21 is not connected excluding the vicinity of the wrist, so even when the storing cloth 21 moves with the hand, the storing cloth 21 falsely slips in the outside covering cloth 22. As a result of this, it becomes impossible to catch things with the thumb and other fingers or between the palm, or between the index finger, the middle finger, the third finger and the little finger, and the palm so as to prevent from carelessly catching dirt such as excrement and bedsore with the hand. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a glove, and more particularly to a glove that regulates the movement of a hand of a sick or handicapped person to prevent a hand from touching excrement and pressure ulcers carelessly.

  In recent years, people with dementia and people with intellectual disabilities who have difficulty in lower body may inadvertently touch excrement and pressure ulcers with their hands, and touching such excrement and pressure ulcers is unclean. It was also a cause of infectious diseases, and nursing homes, nursing homes, nursing homes, etc. were in trouble.

Japanese Utility Model Publication No. 2-1069 Japanese Utility Model Publication No. 3-115613 JP 2001-139101 A JP 2003-284653 A

  The present invention has been made in order to solve the above-described problems. The object of the present invention is to provide care for a patient with dementia, a mentally handicapped person with a lower body, etc. It is to provide a glove that can be prevented from grabbing with a finger.

  In order to achieve the above object, the glove according to the present invention stores the entire hand including the thumb, index finger, middle finger, ring finger, and little finger of the hand up to the wrist, and has a bag-like storage body having no gap for inserting these fingers. And a water-repellent or waterproof outer cover that covers the entire outer surface of the storage body without any gap, and the inner surface of the outer cover body and the outer surface of the storage body are not connected except near the wrist, and the storage body An outer casing in which the storage body slips with respect to the outer casing even if the container moves together with a hand, and a tightening portion provided near the wrist of the storage body or the outer covering body for tightening the storage body. .

  The glove of the present invention is a bag-like storage body that stores up to the wrist without separating the thumb, index finger, middle finger, ring finger, and little finger of the hand, and when the hand is stored in the storage body, A storage body that regulates the orientation of the thumb within about 45 degrees with respect to the orientation, and a water-repellent or waterproof outer cover that covers the entire outer surface of the storage body without any gaps, and the outer cover has seams. No or a water-repellent or waterproof upper cover is joined to the seam portion of the outer cover without stitching, and is thicker and thicker than the back of the hand provided on the palm side of the storage body or outer cover. When the index finger, middle finger, ring finger, and little finger are bent to the palm side, the thick part is provided at a position where the thick part is sandwiched between these fingertips and the palm, It is provided near the wrist of the storage body and outer cover. And a tightening portion for tightening the container and the outer covering body.

  Even if some or all of the fingers of the hand stored in the gloves are bent, the storage body slips against the outer cover, so the storage body slips in the outer cover and grabs the object with your hand. Can't grab things between the thumb and another finger or palm, and can't grab things between the index finger, middle finger, ring finger, little finger and palm Therefore, it is possible to prevent inadvertently grabbing filth such as excrement and pressure ulcer by hand.

  Bending the thumb of the hand stored in the glove prevents you from grasping an object between the thumb and another finger or palm, and placing an object between the index finger, middle finger, ring finger, little finger, and palm. It becomes impossible to grasp, and it is possible to prevent inadvertently grasping filth such as excrement and pressure ulcer by hand.

  In particular, if the orientation of the thumb is regulated within about 45 degrees with respect to the orientation of the index finger, it becomes impossible to grasp an object between the index finger and the thumb, and as a result, between the thumb and another finger or palm. You will not be able to grab things.

  In addition, since the thumb, index finger, middle finger, ring finger, and little finger of the hand are not separated and stored in the storage body, it becomes impossible to grasp an object between any of the thumb, index finger, middle finger, ring finger, and little finger.

  In addition, when the index finger, middle finger, ring finger, little finger is bent to the palm side, the thick part is provided at the position where the thick part is sandwiched between the fingertip and the palm, so the index finger, middle finger, ring finger , You won't be able to grab things between your little finger and your palm.

  A water-repellent or waterproof outer cover that covers the entire outer surface of the storage body without any gaps, and the outer cover has no seam, or the seam portion of the outer cover has a water-repellent or waterproof upper cover. Since the joints are not joined by sutures, wastes such as excrement and debris from the pressure ulcers, bacteria and bacteria do not enter the seam, and the outer casing is water-repellent or waterproof, so excrement No dirt, bacteria, bacteria, etc., such as exfoliation pieces from the pressure ulcer or pressure ulcer, permeate through the outer shell.

  Since a tightening section is provided in the vicinity of the wrist of the storage body and the outer cover to tighten the storage body and the outer cover, dirt, germs, and bacteria such as excrement and debris from the pressure ulcer from the wrist The glove will not get out of the hand and the gloves will not come off the hand.

  Due to such tightness, a heel is formed around the wrist of the glove. However, if such a heel is a belt, the heel is covered by this tightness portion. In addition, filth such as exfoliation and exfoliation from pressure ulcers, bacteria and bacteria are prevented from entering.

(1) Appearance of gloves FIG.1 and FIG.2 shows the external appearance of the front and back of a glove. FIG. 1 shows an appearance viewed from the palm side, and FIG. 2 shows an appearance viewed from the back side of the hand. The vicinity of the fingertip on the upper edge of the glove is curved in a “U” shape, and the vicinity of the wrist on the lower edge is linear. This glove is almost symmetrical, but the thumb side is slightly outward.

  In this glove, a pair of cloths of a storage cloth 21 (storage body) and outer covering cloth 22 (outer covering body) on the palm side, which are symmetrical to each other, and a storage cloth 21 and outer covering cloth 22 on the back side of the hand are peripheral. It is sewn into a bag and a glove is constructed. A water repellent or waterproof upper covering tape 11 is bonded to the peripheral stitching portion 12 across the front and back.

  The upper cover tape 11 is made of cloth, and an adhesive that is welded by heat is applied to the back surface. When the upper cover tape 11 is applied to the peripheral stitching portion 12 of the glove and traced with an iron or the like, the upper cover tape 11 is heated. 11 is bonded along the peripheral stitching portion 12 of the glove and hermetically protected so that the peripheral stitching portion 12 is not exposed.

  Thereby, it is possible to prevent filths such as excrement and peeling pieces from pressure ulcers, germs, bacteria, and the like from entering the peripheral suture portion 12 and not being peeled off, or entering the gloves from the peripheral suture portion 12.

  Further, the peripheral edges of the storage cloth 21 and the outer covering cloth 22 described later at the periphery of the wrist of the glove are also stitched to form a wrist stitching portion 13. The water repellent or waterproof upper covering tape 11 is also thermally bonded to the wrist stitching portion 13 across the front and back surfaces.

  Accordingly, the peripheral suture part 12 is hermetically protected so as not to be exposed, and dirt, germs, bacteria, and the like such as excrement and debris from the pressure ulcer enter the wrist suture part 13 and cannot be peeled off. It can be prevented from entering the gloves and keeps it clean.

  The end of the contraction belt 14 is stitched to the right part near the wrist on the palm side of the glove. In addition, the upper and lower ends of a vertically elongated tack 15 are stitched to the right portion near the wrist on the back side of the glove hand, and the tight belt 14 is inserted through the tack 15.

  The tightening belt 14 has a length that makes one and a half of the vicinity of the wrist of the glove. A surface fastener 16 is bonded or stitched to the outer surface near the center of the tightening belt 14, and the inner surface near the tip of the tightening belt 14. Also, the hook-and-loop fastener 17 is bonded or stitched.

  The tightening belt 14 makes a half turn around the wrist of the glove, the hook-and-loop fastener 17 at the tip engages with the hook-and-loop fastener 16 at the center, and the wrist near the wrist of the glove storage cloth 21 and the outer covering cloth 22 is tightened. Is done. As a result, the glove is fixed so as not to be detached from the hand and not from the hand.

  In addition, due to such tightness, a heel is formed around the wrist of the glove of the outer covering cloth 22, but since such a heel is covered by the above-described tightening belt 14, It is possible to prevent the entry of filth such as excrement and exfoliation from pressure ulcers, bacteria and bacteria, and keep clean.

  The hook-and-loop fastener 16 in the central portion may be provided up to a place that passes through the tack 15 or may not be provided. If it is provided up to the place where the tack 15 passes, the tack 15 is sandwiched between the central surface fastener 16 and the front surface fastener 17 so that the contraction cannot be easily removed.

  Further, if the hook-and-loop fastener 16 in the central portion is not provided to the place where the tack 15 passes, the hook-and-loop fastener 17 at the tip can easily pass through the tack 15 and the tip of the contraction belt 14 is engaged with the tack 15. Can be combined / fixed.

  Since these hook-and-loop fasteners 16 and 17 are both provided on the contraction belt 14 and are not provided on the surface of the outer covering cloth 22, the hook-and-loop fasteners 16 and 17 are provided with filth such as excrement and peeling pieces from pressure ulcers. It is possible to prevent contamination by bacteria and bacteria and keep it clean. For example, even if the hook-and-loop fasteners 16 and 17 are soiled, only the tightening belt 14 can be removed and cleaned or replaced. For this reason, the contraction belt 14 may be detachably fixed to the glove.

(2) Cross-sectional structure of glove FIG.3 and FIG.4 shows the cross-sectional structure of the said glove. FIG. 3 shows a state where the palm is spread, and FIG. 4 shows a state where the palm is bent. The two storage cloths 21 are sewn together at the peripheral stitching portion 12 and are in the form of a bag for storing up to the wrist without separating the thumb, index finger, middle finger, ring finger, and little finger of the hand. The outer covering cloth 22 covers the entire outer surface of the storage cloth 21 without any gaps, and the storage cloth 21 is made of a water repellent or waterproof cloth.

  Between the storage cloth 21 and the outer covering cloth 22, an inner / outer cloth 23 and an inner / inner cloth 24 are sandwiched over the entire surface without any gap. The storage cloth 21, the outer covering cloth 22, the inner and outer cloth 23, and the inner and inner cloth 24 are all in the shape shown in FIGS.

  The storage cloth 21, the inner / outer cloth 23, and the inner / inner cloth 24, excluding the outer covering cloth 22, are secured together by quilting so that the cloths 21, 23, and 24 are not displaced from each other. Since the outer covering cloth 22 is not quilted, the outer covering cloth 22 does not have a stitched portion, and dirt, bacteria, bacteria, etc., such as excrement and debris from the pressure ulcer stick to the stitched portion. It is kept clean.

  Moreover, since the outer covering cloth 22 is not quilted, the outer peripheral cloth 22 is fixed integrally with the storage cloth 21, the inner / outer cloth 23 and the inner / inner cloth 24 at the peripheral stitching portion 12, and therefore the outer covering cloth 22 is stored in the storing cloth. 21, the inner and outer cloths 23 and the inner and inner cloths 24 are not displaced.

  The storage cloth 21, the inner / outer cloth 23, and the inner / inner cloth 24 at the substantially central portion of the palm side of the glove are sewn at six points in the horizontal direction, and three places between every other of the six stitched portions are sewn. The thick body 25 is thicker and thicker than the other part of the palm and the back side of the hand. The thick body 25 is formed between the inner inner cloth 24 and the storage cloth 21.

  Of the three thick bodies 25, the lowermost thick body 25 is the thickest, and is about 3 to 4 times the thickness of the other two thick bodies 25. The thickest thick body 25 at the bottom is in contact with a position substantially crossing the center of the palm, and the thick body 25 in the middle is in contact with a position near the first joint of the index finger, middle finger, ring finger, and little finger, The uppermost thick body 25 is in contact with a position near the second joint of the index finger, middle finger, ring finger, and little finger.

  When the thumb, index finger, middle finger, ring finger, and little finger are bent, these three thick bodies 25 fold over each other, making it impossible to grasp an object between the index finger, middle finger, ring finger, little finger and palm. Grabbing excrement and pressure ulcers are prevented and they are kept clean.

  The storage cloth 21 is made of a material that emits far-infrared rays, such as Longwave, and / or a material having heat retention. The outer covering cloth 22 is made of a material having an antibacterial action such as entrant, byron or / and the saniter 30. The inner / outer cloth 23 is made of a material that emits far-infrared rays, such as wool, and / or a material that retains heat. The inner inner cloth 24 is made of a material that emits far-infrared rays such as long wave or / and a material having heat retaining properties.

  The thick body 25 has a photocatalytic action such as a photocatalyst bead, an entrant, a byron, and / or a saniter 30 and an outer warming material 26 such as a material that emits far-infrared rays such as long wave or wool or a material having heat retaining properties. Inner antibacterial materials 27 such as a material, a material having an antibacterial action and / or a material having a photocatalytic action are laminated in a double or multiple manner. On the thick body 25, the storage cloth 21, the outer covering cloth 22, the middle and outer cloth 23, and the middle and inner cloth 24 are also laminated.

  Photocatalyst beads are made by applying and adhering a photocatalyst-based paint or material such as titanium dioxide to the surface of plastic balls, small pieces, or small tubes. This photocatalyst bead decomposes hand sweat, dirt, excrement and dirt such as exfoliation from pressure ulcers, eliminates germs and bacteria, or suppresses breeding, prevents the hands from getting stuffy in the gloves, antibacterial -Deodorizing effect and kept clean.

  Since the outer covering cloth 22 is made of a material having an antibacterial action such as entrant, byron or / and the sanitary 30, even if dirt, bacteria, bacteria, etc., such as excrement and exfoliation pieces from the pressure ulcer adhere to them. Is decomposed to suppress the propagation of germs or suppress the growth, exhibit antibacterial and deodorizing effects, and keep clean.

  Since the storage cloth 21 and the inner / outer cloth 23 are made of a material that emits far-infrared rays such as long wave or wool or / and a material having heat retention properties, the hand is warmed and the blood circulation of the hand is promoted. , Cracks, cracks, etc. are prevented.

  In addition, the sweat and dirt of the hand due to the warming / blood circulation promotion of the storage cloth 21 and the inner / outer cloth 23 are decomposed by the thick body 2 and the outer covering cloth 22 to suppress or prevent the propagation of various bacteria. Depresses, exhibits antibacterial and deodorant effects and keeps it clean. Therefore, the storage cloth 21 and the middle and outer cloth 23 and the storage cloth 21 and the middle and outer cloth 23 can exhibit a synergistic complementary effect.

  Further, the storage cloth 21, outer covering cloth 22, inner / outer cloth 23, inner / outer cloth 24, and thick body 25 (heating material 26, antibacterial material 27) in the thick body 25 are materials having an antibacterial action or photocatalytic action. Or a material having a laminated structure sandwiched between a material that emits far infrared rays and / or a material having heat retention properties, or a material that emits far infrared rays and / or a material having heat retention properties is a material having antibacterial action or It has a laminated structure sandwiched between materials having a photocatalytic action. Therefore, a stable synergistic effect can be obtained without being partially biased to one of these effects.

  Further, the antibacterial material 27 such as the photocatalyst beads of the thick body 25 is sandwiched between the material that emits far infrared rays of the heating material 26 and the storage cloth 21, and the antibacterial material 27 such as the photocatalyst beads is held so as not to be scattered. The Also, the cotton-like material such as wool of the inner / inner cloth 24 is sandwiched between the far-infrared material of the inner / outer cloth 23 and the storage cloth 21 so that the cotton-like material such as wool of the inner / outer cloth 24 is not scattered. Retained.

(3) Structure for restricting the movement of the hand in the glove FIG. 5 and FIG. 6 show the hand housed in the glove, and FIG. 4, FIG. 5 and FIG. Show. The hand stored in the storage cloth 21 is regulated so that the direction of the thumb is approximately 45 degrees with respect to the direction of the index finger.

  If the inside of the storage cloth 21 is so wide that the direction of the thumb exceeds approximately 45 degrees with respect to the direction of the index finger, the thumb can be bent to the palm side and an object can be grasped between the thumb and the palm. As a result, there is a risk of inadvertently grabbing excrement or grabbing pressure ulcer.

  If the inside of the storage cloth 21 is so narrow that the orientation of the thumb with respect to the orientation of the index finger is regulated within about 45 degrees, the thumb cannot be bent to the palm side, and an object can be grasped between the thumb and the palm. This prevents the careless grasping of excrement and pressure ulcer and keeps it clean.

  Also, as shown in FIG. 4, the thick body 25 is thicker and thicker than other parts of the palm and the back of the hand, and when the index finger, middle finger, ring finger, and little finger are bent to the palm side, The thick body 25 is sandwiched between the thick bodies 25, and the thick body 25 is provided at such positions.

  Accordingly, it becomes impossible to grasp an object between the index finger, middle finger, ring finger, little finger and palm, and carelessly grasping excrement or pressure ulcer is prevented and kept clean. If an object can be grasped between the index finger, middle finger, ring finger, little finger, and palm, there is a risk of inadvertently grasping excrement or pressure ulcer.

  The inside of the storage cloth 21 has a bag shape that stores up to the wrist without separating the thumb, index finger, middle finger, ring finger, and little finger of the hand. Therefore, it becomes easier when wearing the gloves in the hands of the sick or caregiver in nursing, advocacy and nursing.

  In addition, if there is a partition that separates the thumb, index finger, middle finger, ring finger, and little finger of the hand, it will take time to wear it, and when one of the fingers is bent, the possibility of being able to grab an object increases. The risk of inadvertently grabbing excrement or pressure ulcers will increase.

(4) Second Embodiment FIGS. 7, 8, 9, and 10 show a second embodiment. Part or all of the first embodiment described above or below is replaced with this second embodiment, and conversely, part or all of this second embodiment is replaced with the above or below first embodiment. In the present embodiment, the peripheral edge of the storage cloth 21 (storage body) and the peripheral edge of the outer covering cloth 22 (outer covering body) are separated without being sewn / connected, and even if the storage cloth 21 moves with the hand, the outer covering cloth The storage cloth 21 slips with respect to 22, and the storage cloth 21 slips idle in the outer covering cloth 22.

  Further, the inner surface of the outer covering cloth 22 and the outer surface of the storing cloth 21 are not connected except for the vicinity of the wrist, and even if the storing cloth 21 moves together with the hand, as shown in FIG. Thus, the storage cloth 21 slips, and the storage cloth 21 slips in the outer covering cloth 22.

  As a result, as shown in FIG. 10, it becomes impossible to grasp an object between the thumb and another finger or palm, and an object can be grasped between the index finger, middle finger, ring finger, little finger and palm. It becomes impossible, and it is possible to prevent carelessly grabbing filth such as excrement and pressure ulcer by hand.

  As in the first embodiment, the storage cloth 21 is formed by stitching two symmetrical cloths at the periphery, but it may be a single cloth, a non-woven fabric formed in the shape of a hand, or like a work gloves or pantyhose. It may be knitted. Similarly, as the outer covering cloth 22, two symmetric cloths are stitched at the periphery as in the first embodiment. However, the outer covering cloth 22 may be a single cloth, a non-woven fabric formed in the shape of a hand, or a work gloves / panty. It may be knitted like stockings.

  The storage cloth 21 is cloth-like, but there may be a gap like a net. This gap is so large that a finger cannot be inserted. This prevents the finger from touching the outer covering cloth 22 and prevents the finger from engulfing the outer covering cloth 22, thereby preventing inadvertent grabbing of filth such as excrement and pressure ulcer by hand.

  The thick cloth 25 is formed between the double cloths 21, and the thick cloth 25 is formed between the double cloths 21. A thin partition cloth 31 such as gauze is further stitched between the double storage cloths 21, and the thick body 25 inside the partition cloth 31 has beads, small balls, An antibacterial material 27 such as a material having a photocatalytic action such as a tube or a pipe, a material having an antibacterial action, and / or a material having a photocatalytic action is incorporated and filled.

  In addition, the thick body 25 outside the partition cloth 31 is embedded and filled with a heating material 26 such as a material that emits far-infrared rays or a material having heat retaining properties such as the above-mentioned long wave or wool.

  Such thick bodies 25 are provided in three rows. The thick body 25 on the side closest to the thickest wrist has a partition cloth 31 in a direction crossing the thick body 25 in the vicinity of the center of the palm. The storage cloth 21 may be sewn to form a transverse stitching line 32.

  Thereby, the heating material 26 or the antibacterial material 27 is not biased. Such a cross stitch line 32 may be formed not only in one place, but also in a plurality of positions, in the vicinity of the periphery of the hand, or in other thick bodies 25 in three rows. .

  The thick body 25 is divided and separated into two parts, a storage cloth 21 side and an outer covering cloth 22 side, and a thin partition cloth 31 such as gauze is stitched to the outer surface of the thick body 25 on the storage cloth 21 side. A thin partition cloth 31 such as gauze may be stitched to the outer surface of the thick body 25 on the outer covering cloth 22 side. Further, all the thick bodies 25 may be provided on the outer covering cloth 22 side. Further, in the thick body 25, the storage cloth 21 and the outer covering cloth 22 may be completely sewn.

  When the thumb, index finger, middle finger, ring finger, and little finger are bent, these three thick bodies 25 fold over each other, making it impossible to grasp an object between the index finger, middle finger, ring finger, little finger and palm. Grabbing excrement and pressure ulcers are prevented and they are kept clean.

  Even if it is gripped, it is the storage cloth 21 that is gripped. The gripped storage cloth 21 slips in the outer covering cloth 22, and the storing cloth 21 slips in the outer covering cloth 22. To do. This prevents you from grabbing an object between your thumb and another finger or palm, and prevents you from grasping an object between your index finger, middle finger, ring finger, little finger, and palm. It is possible to prevent sewage such as excrement and pressure ulcers from being grabbed by hand.

  The upper covering tape 11 is made of rubber and elastically expands and contracts, and the glove is tightened near the wrist so that the glove is fixed at the wrist so that the glove is not easily removed. The tightening belt (tightening portion) 14, the tack 15, and the hook-and-loop fasteners 16 and 17 are omitted in this embodiment. As shown in FIGS. 7 and 8, the adhesive cloth tape 33 (constriction part) and other adhesive tape are wound around the wrist of the glove, the vicinity of the wrist is contracted, and the glove is fixed by the wrist. , Not to be easily detached.

  The inner surface of the outer covering cloth 22 and / or the outer surface of the storing cloth 21 is smooth and slippery with little friction, and the storing cloth 21 slips with respect to the outer covering cloth 22, and the storing cloth 21 passes through the outer covering cloth 22. Slips in the sky. A cupra fiber or the like is used as the material of the outer covering cloth 22. Cupra fiber is a regenerated fiber in which cellulose dissolved in copper ammonia solution is extruded into water through pores. It is a copper ammonia rayon with a gloss and feel similar to silk, and has a low friction and slippery surface. It has become.

  The shape of the storage cloth 21 is a mittens type in which the parts of each finger are combined, integrated, and connected without being separated, but may be a form in which all or part of each finger is separated. The shape of the outer covering cloth 22 is preferably a shape in which the parts of the fingers are combined, integrated, and connected without being separated, but is not limited thereto.

  There is almost no gap between the storage cloth 21 and the outer covering cloth 22, but it may be present. When there is a gap, the storage cloth 21 is more likely to slip with respect to the outer covering cloth 22, and the storage cloth 21 is more likely to slip in the outer covering cloth 22.

  Other configurations, functions, and effects are the same as those described above or below in the first embodiment, and description thereof is omitted. A cupra fiber or the like may also be used for the storage cloth 21. The outer covering cloth 22 may be formed in two layers, three layers, four layers,. As a result, the outer covering cloths 22 slip and the outer covering cloth 22 slips freely in the outer covering cloth 22.

(5) Functions and effects of each material The entrant of the outer covering cloth 2 is a moisture-permeable, waterproof and water-repellent fabric sold by Toray Industries, Inc. Byron of the outer covering fabric 2 is a moisture-permeable, waterproof and water-repellent fabric sold by Toyobo Co., Ltd.

  The saniter 30 of the outer covering cloth 2 is a sterilizing and deodorizing fiber that is sold by Kuraray Co., Ltd. and kneaded with special silver-based ceramics during melt spinning of polyester fibers. The special silver-based ceramic of the sanitary 30 is a bactericidal agent, and is a ceramic containing a metal having a bactericidal effect, for example, silver, zinc or other metals.

  Bacteria that have the effect of suppressing the growth of these special silver-based ceramics are Bacillus subtilis, Pseudomonas aeruginosa (causative bacteria for pressure ulcers), Bacillus pneumoniae, Escherichia coli, Salmonella, Vibrio parahaemolyticus, ringworm, methicillin-resistant Staphylococcus aureus (MRSA). ) Etc.

  As the antibacterial material 27 of the thick body 25, silica gel of titanium dioxide is used. When this titanium dioxide is irradiated with ultraviolet rays, electrons are excited from the valence band to the conductor, and electrons and holes are generated. Oxygen in the air is reduced by the reduction reaction by the electrons, and superoxide ions (O2−) are generated. This superoxide ion generates OH radicals through hydrogen peroxide, and becomes water and oxygen.

  By the holes, water molecules in the air are oxidized to generate OH radicals having a strong oxidizing power. It is considered that organic substances in the vicinity of cotton are oxidized by the oxidizing power such as OH radicals and decomposed into carbon dioxide and water. As a result, deodorizing and antibacterial action is exhibited by titanium dioxide.

  Moreover, bacteria, viruses, molds and the like are killed or reduced by the photocatalytic action of the photo-semiconductor powder and metal powder irradiated with light by titanium dioxide, 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.

  As the antibacterial material 27 of the outer covering cloth 2 or the thick body 25, shine-up, bamboo fiber, chitin chitosan fiber, dismel and the like may be used. In this 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.

  The bamboo fiber (bamboo fiber) is a fiber made from bamboo. Antibacterial, deodorant, moisture absorption (absorption of moisture), humidity adjustment (automatic adjustment of humidity / humidity), moisture release (humidity discharge), distant It has properties such as generation of infrared rays and static electricity. Bamboo fibers are also excellent in gloss, color development and heat radiation. Furthermore, bamboo fiber is excellent in dyeability and color development, and is comfortable to wear. The humidity control action is an action that discharges moisture to the outside when the inside humidity rises and absorbs the humidity of the outside air when the inside humidity falls, and keeps the inside humidity constant.

  In the chitin chitosan fiber, the chitin chitosan component is coated on the fiber surface or kneaded inside the fiber. The coating on the surface of the fiber or the kneading inside the fiber is performed by the same method as the coating or kneading of serumx in BioZestella or Serum A described later.

  The component of this chitin chitosan is a component that was put out from the crab or shrimp shell. The chitin chitosan fiber cloth has very strong antibacterial and bactericidal properties against athlete's foot bacteria or methicillin-resistant Staphylococcus aureus, and also has antifungal and deodorizing properties. Further, chitin chitosan fiber cloth is well-suited for water, feels cool in summer, feels warm in winter, and has properties of moisture absorption (absorption of moisture), humidity adjustment (adjustment of humidity / humidity), and moisture release (exhaust of moisture). Furthermore, since chitin chitosan fiber is a natural fiber, it is well-familiar with the skin, hardly generates static electricity, has good washing resistance, and has excellent dyeability and gloss.

  This dismel is sold by Toyobo Co., Ltd. This cloth is described in the Utility Model Rights No. 3056573 or No. 3061324, which are rights holders of Koken Co., Ltd., and these cloths are purchased and used for the inner cloth 2 of the present invention. Used for outer fabrics.

  This dismel is an ammonia deodorizing and antibacterial material for acrylate fibers. That is, a carboxylic group is attached to a non-woven fabric in which a crosslinked acrylic fiber having pH buffering ability (ability to alleviate pH change) is blended, and when ammonia (NH3) acts on this carboxylic group (COOH), ionic bonding As a result, an odorless ammonium carboxylate (COOHNH4) is produced, so that the ammonia odor is removed and the propagation of bacteria by ammonia is suppressed. Thereby, the dismel has a deodorizing action and an antibacterial action. This dismel is fluffy and has a warming action.

  The storage cloth 21, the inner / outer cloth 23, the inner / inner cloth 24, and the heating material 26 have a long wave in which ultrafine ceramics are incorporated / kneaded in acrylic fiber or other fibers. 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 wool (wool zeolite) of the inner inner cloth 24 is obtained by firmly attaching ceramics processed from 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. This zeolite emits far-infrared rays almost uniformly at all temperatures of 0 to 60 degrees or more.

  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.

  As the storage cloth 21, the inner / outer cloth 23, the inner / inner cloth 24, and the heating material 26, in addition to Longwave, serum A, epicomodo, and wool zeolite may be used. The far-infrared wavelengths emitted by these materials are almost even over 5.0 μm or more, and the far-infrared wavelengths emitted by wool zeolite are very large in the vicinity of 1.5 to 6.0 μm. The wavelength of is very much in the vicinity of 8 to 16 μm. The wool (wool zeolite) of the inner inner cloth 24 may be binest sera, and the functions and effects of binest sera are the same as the above wool zeolite.

  Infrared rays emitted from the wool zeolite or Bionest Cera are mid-infrared rays, and infrared rays emitted from 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.

  In addition to antibacterials, the above-mentioned “antibacterials” include “bactericidal”, “insecticidal” and “disinfecting” that kill bacteria / micro pests, “sterilization” to reduce the number of bacteria / micro pests, and suppress the growth of bacteria / pests Including. The “warming” includes all heating of the human body or a part of the human body directly or indirectly by any means in addition to the heating by far infrared rays. “Heat insulation” has the meaning of preventing the fall of body temperature directly or indirectly, such as preventing cold from entering, or preventing body heat from being taken away by the outside air.

  The above "deodorization" includes deodorization, odor adsorption, decomposition of odor (unpleasant odor such as ammonia) itself, generation of substances or components that neutralize odor, and killing bacteria that generate odor. The “moisture absorption” includes, in addition to moisture absorption, drying, moisture prevention, dehumidification and the like. “Anti-fouling” includes the meaning that it is difficult to stain, prevents the adhesion of dirt, decomposes the adhered dirt, and makes it easier to remove the adhered dirt by washing.

(6) Other Embodiments The present invention is not limited to the above-described embodiments, and various modifications can be made. For example, a part of the peripheral edge of the two outer covering cloths 22 to be stitched together may be connected integrally, and the part that is not connected may be stitched. As a result, the number of stitches that may be contaminated with filth such as excrement and peeling pieces from pressure ulcers is reduced.

  It is better that the number of such stitched portions is small. However, the number of stitched portions may be increased as long as the upper cover tape 11 is joined and bonded to cover the stitches, and the stitched portions may be formed in addition to the peripheral edges of the storage cloth 21 and the outer cover cloth 22. . A separator that separates the thumb, index finger, middle finger, ring finger, and little finger of the hand may be provided in the storage cloth 21.

  The above-described tightening belt 14 may be provided not inside the glove but inside the glove. In this case, a plurality of tacks 15 are provided in the vicinity of the wrist on the inner surface of the storage cloth 21, and the contraction belt 14 is inserted therethrough.

  Further, a pipe-shaped tunnel is formed near the wrist between the storage cloth 21 and the outer covering cloth 22, and the tight belt 14 or the string is inserted through the tunnel, and the tight belt 14 or the string is pulled, thereby the wrist of the glove. The neighborhood is tightened. Further, a rubber string may be inserted into the pipe-shaped tunnel, and the vicinity of the wrist of the glove may be contracted. In this case, no wrinkles are formed in the vicinity of the wrist of the outer covering cloth 22, and filth such as excrement and peeling pieces from pressure ulcers does not enter the wrinkles.

  The outer covering cloth 22 and the antibacterial material 27 of the thick body 25 may be made of the above-described material that emits far infrared rays and / or a material having heat retaining properties, or the storage cloth 21, the inner / outer cloth 23, and the inner / inner cloth. 24. The heating material 26 may be made of a material having an antibacterial action and / or a material having a photocatalytic action.

  The outer covering cloth 22, the thick antibacterial material 27 of the thick body 25, the storage cloth 21, the inner / outer cloth 23, the inner / outer cloth 24, and the warming material 26 are a material that emits far infrared rays and / or a material having heat retaining properties, and an antibacterial material. A material having an action or / and a material having a photocatalytic action may be mixed.

  The gloves are used not only for the sick and disabled, but also for healthy people. By wearing this glove, healthy people can protect their hands from cold, hot air, hot air, harmful outside air and harmful gases, and prevent hand stress such as dryness, scratching and loss of sensation.・ Protection such as heat insulation is achieved.

  The upper covering tape 11, the peripheral stitching portion 12, the wrist stitching portion 13, the tightening belt (tightening portion) 14, the tack 15, the hook-and-loop fasteners 16 and 17, the storage cloth (housing body) 21, and the outer covering cloth (outer covering body) 22. One or more of the inner / outer cloth 23, the inner / outer cloth 24, the thick body 25, the heating material 26, the antibacterial material 27, the partition cloth 31, and the transverse stitching line 32 may be omitted or increased. Alternatively, it may be less or more than the above number.

(7) Effects of other inventions
[1] The entire hand, including the thumb, index finger, middle finger, ring finger, and little finger of the hand, is stored near the wrist, and there is no bag-like storage body that has a gap for inserting these fingers, and the entire outer surface of the storage body. The outer surface of the outer cover is water-repellent or waterproof, and the inner surface of the outer cover and the outer surface of the storage body are not connected except for the vicinity of the wrist. A glove comprising: an outer cover body that slips with respect to the cover body; and a tightening portion that is provided near the wrist of the storage body or the outer cover body to tighten the storage body.

[2] A thick and thick part provided on the palm side of the storage body or the outer cover, which is thicker and thicker than the back of the hand, and when the index finger, middle finger, ring finger and little finger are bent to the palm side, these fingertips The glove according to claim 1, wherein the thick part is provided at a position where the thick part is sandwiched between the palm and the palm. Thereby, when the index finger, middle finger, ring finger, little finger is bent to the palm side of the hand, the thick part is provided at the position where the thick part is sandwiched between these fingertips and the palm, so the index finger, middle finger, It becomes impossible to grasp an object between the ring finger, little finger and palm.

[3] A bag-like storage body that holds the thumb, index finger, middle finger, ring finger, and little finger of the hand up to the vicinity of the wrist without separation, and when the hand is stored in the storage body, A storage body that regulates the orientation of the thumb within about 45 degrees, and an outer cover that covers the entire outer surface of the storage body, the outer surface of which is water-repellent or waterproof, and has no seams, or A water-repellent or waterproof upper cover is joined to the seam portion of the outer cover without stitching, and is thicker and thicker than the back of the hand, provided on the palm side of the container or outer cover. When the index finger, middle finger, ring finger, and little finger are bent to the palm side, the thick portion is provided at a position where the thick portion is sandwiched between the fingertip and the palm. Or, tighten the container provided near the wrist of the outer cover. Gloves, characterized in that a tightening portion that.

[4] The outer cover consists of two cloths on the palm side and back of the hand. These two cloths are sewn at the periphery, or connected together at a part of the periphery, and stitched at the unconnected part. The glove according to claim 1, 2 or 3, wherein a water repellent or waterproof upper covering is bonded to the stitched portion without stitching. As a result, filth such as excrement and peeling pieces from pressure ulcers do not enter the sutured part, and the sutured part is kept clean.

[5] The tightening portion tightens only the storage body and does not tighten the outer covering body, and the outer covering body does not wrinkle, or the tightening portion covers a peripheral surface of the outer covering body, and The glove according to claim 1, 2, 3 or 4, which covers a heel of an outer cover body caused by stringency. As a result, filth such as excrement and exfoliation from pressure ulcers does not enter the heel, and the heel is kept clean.

[6] The storage body is made of a material that emits far-infrared rays and / or a material that retains heat, the outer cover is made of a material that has antibacterial action, and the thick part is a material that emits far-infrared rays, and has antibacterial action. The glove according to claim 1, 2, 3, 4 or 5, wherein the glove is made of a material having a photocatalytic action. As a result, the sweat and dirt emitted from the hands are sterilized, deodorized, and decomposed by the antibacterial action or / and the photocatalytic action by the far infrared ray and / or the heat retaining property.

[7] The container, the thick part, and the outer cover in the thick part are laminated in which a material having antibacterial action or a material having photocatalytic action is sandwiched between a material emitting far infrared rays and / or a material having heat retention The material having a structure or emitting a far infrared ray and / or a material having a heat retaining property has a laminated structure sandwiched between a material having an antibacterial action or a material having a photocatalytic action. The glove of 2, 3, 4, 5 or 6. As a result, the antibacterial action / photocatalytic action and the far-infrared action / warming action / heat retaining action are not unevenly distributed and the two actions can be balanced.

  Inadvertently grabbing excrement and pressure ulcers with hands stored in gloves are prevented. The peripheral edge of the storage cloth 21 (storage body) and the peripheral edge of the outer covering cloth 22 (outer covering body) are separated without being sewn / connected, so that the storage cloth 21 moves with the hand and is stored in the outer covering cloth 22. The cloth 21 slips.

  The inner surface of the outer covering cloth 22 and the outer surface of the storing cloth 21 are not connected except for the vicinity of the wrist, and even if the storing cloth 21 moves together with the hand, the storing cloth 21 slides in the outer covering cloth 22 idle. You will not be able to grab things between your thumb and other fingers or palm, and you will not be able to grab things between your index finger, middle finger, ring finger, little finger and palm and carelessly excreted It is possible to prevent grabbing filth such as and pressure ulcers by hand.

  Inadvertently grabbing excrement and pressure ulcers with hands stored in gloves are prevented. The hand stored in the storage cloth 21 is regulated so that the direction of the thumb is approximately 45 degrees with respect to the direction of the index finger. Therefore, it is impossible to bend the thumb to the palm side, it becomes impossible to grasp an object between the thumb and the palm, and it is prevented that the excrement is grabbed or the pressure ulcer is grasped carelessly.

  The thick body 25 is thicker and thicker than the other part of the palm and the back of the hand, and when the index finger, middle finger, ring finger, and little finger are bent to the palm side, the thick body 25 is sandwiched between these fingertips and the palm. . Accordingly, it becomes impossible to grasp an object between the index finger, the middle finger, the ring finger, the little finger and the palm of the hand, and it is prevented that the excrement is grabbed or the pressure ulcer is grabbed carelessly.

The appearance of the front side of the glove seen from the palm side is shown. The appearance of the back of the glove as seen from the back of the hand is shown. The cross-sectional structure of a glove with the palm extended is shown. The cross-sectional structure of a glove with the palm bent is shown. Fig. 5 shows a hand housed in a glove whose orientation of the thumb is regulated within approximately 45 degrees relative to the direction of the index finger. Fig. 5 shows a hand housed in a glove whose orientation of the thumb is regulated within approximately 45 degrees relative to the direction of the index finger. The external appearance of the front side of the glove of the 2nd example seen from the palm side is shown. The external appearance of the back side of the glove of the 2nd example seen from the back of the hand is shown. The cross-sectional structure of the glove of the 2nd Example of the state which extended the palm is shown. The cross-sectional structure of the glove of the 2nd Example of the state which bent the palm is shown.

Explanation of symbols

11 ... Upper cover tape (upper cover), 12 ... Peripheral suture part,
13 ... wrist suture part, 14 ... tight belt (constriction part),
15 ... Tack, 16, 17 ... Hook fastener,
21 ... Storage cloth (storage body), 22 ... Outer cloth (outer cover body),
23 ... Outer cloth, 24 ... Inner cloth, 25 ... Thick body,
26 ... warming material, 27 ... antibacterial material,
31 ... partition cloth, 32 ... transverse stitching line,
33 ... Adhesive cloth tape (constriction part).

Claims (7)

The entire hand including the thumb, index finger, middle finger, ring finger, and little finger of the hand is stored to the vicinity of the wrist, and a bag-like storage body having no gap for inserting these fingers,
Covering the entire outer surface of the storage body, the outer surface is a water-repellent or waterproof outer cover body, and the inner surface of the outer cover body and the outer surface of the storage body are not connected except near the wrist, and the storage body is not An outer cover body that slips with respect to the outer cover body even if it moves with the hand;
A glove comprising a tightening portion provided near the wrist of the storage body or the outer cover body for tightening the storage body.   A thicker and thicker part provided on the palm side of the storage body or outer cover than the back side of the hand, and when the index finger, middle finger, ring finger, little finger are bent to the palm side, these fingertips and palm The glove according to claim 1, wherein the thick portion is provided at a position where the thick portion is sandwiched between the thick portions. A bag-like container that holds the thumb, index finger, middle finger, ring finger, and little finger of the hand up to the vicinity of the wrist without separation, and the direction of the thumb relative to the direction of the index finger when the hand is stored in the container A storage body that regulates within about 45 degrees,
The outer surface covers the entire outer surface of the container, and the outer surface has a water-repellent or waterproof outer cover. The outer cover has no seam, or the seam portion of the outer cover has a water-repellent or waterproof surface. The cover is joined without sewing,
A thicker and thicker part provided on the palm side of the storage body or outer cover than the back side of the hand, and when the index finger, middle finger, ring finger, little finger are bent to the palm side, these fingertips and palm The thick part is provided at a position where the thick part is sandwiched between
A glove comprising a tightening portion provided near the wrist of the storage body or the outer cover body for tightening the storage body. The outer cover body is composed of two cloths on the palm side and the back side of the hand, and the two cloths are stitched together at the periphery, or integrally connected at a part of the periphery, and stitched at the unconnected part.
The glove according to claim 1, 2, or 3, wherein a water repellent or waterproof upper covering is adhered to the stitched portion without being stitched. The tightening portion tightens only the storage body, does not tighten the outer cover, and does not wrinkle the outer cover.
5. The glove according to claim 1, 2, 3 or 4, wherein the contraction portion covers a peripheral surface of the outer cover and covers a fold of the outer cover generated by the contraction. The storage body is made of a material that emits far-infrared rays and / or a material having heat retention,
The outer cover is made of a material having antibacterial action,
6. The glove according to claim 1, 2, 3, 4 or 5, wherein the thick part is made of a material that emits far infrared rays, a material having an antibacterial action, and / or a material having a photocatalytic action. The container, the thick part, and the outer cover in the thick part have a laminated structure in which a material having an antibacterial action or a material having a photocatalytic action is sandwiched between a material that emits far infrared rays and / or a material that retains heat. ing,
Or a material that emits far infrared rays and / or a material having heat retention has a laminated structure sandwiched between a material having an antibacterial action or a material having a photocatalytic action. 5. A glove according to 5 or 6.

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