JP3208281U - Foot and hand fittings - Google Patents

Abstract

[PROBLEMS] To absorb and retain a large amount of sweat from the feet and hands, and to retain keratin and fungi exfoliated with sweat, thereby shielding the bad odor generated by the exfoliation of sweat and exfoliated with sweat, and further disposable Thus, it is possible to provide a wearing device that prevents contamination of shoes and contamination of socks next time. A wearable device comprising an absorption holder that absorbs sweat of a user's feet and hands, holds exfoliated keratin, and shields the absorption holder. Formed by the cut portion 12, the adhesive portion 13, the elastic portion 14, the friction portion, the discharge portion 16, and the cut portion 17 provided in the portion, and the absorption holding body 10 engages with the foot portion and the hand portion and is attached Sometimes, it is configured to be detachably mounted using the bonding portion 13. [Selection] Figure 1

Description

  The present invention relates to a wearing device that absorbs and retains sweat and exfoliated exfoliation of feet and hands.

Originally, feet have evolved while walking barefoot on the ground.
Today, the environment of the foot is in a poor environment where it is sealed and tightened in the shoe and full of sweat and moisture.

Socks have been used as a cushioning material between the shoe and the foot for the purpose of protecting and keeping the foot warm, ensuring breathability, absorbing sweat and drying.
However, the problem of bad odors and athlete's foot is surpassed by countermeasures such as deodorants and athlete's foot drugs, and the most basic countermeasure against sweat and odor has relied solely on changing socks.

Existing socks are based on fit, and many holes ensure air permeability.
However, the existing socks have a structure in which a fabric is woven and knitted, and cannot absorb and retain a large amount of sweat generated on the foot.
In addition, there is no measure or point of view for retaining keratin and fungi exfoliated with sweat, which are the cause of malodor and athlete's foot.
You must start by confirming and verifying this fact.
In addition, disposable socks and slippers used in some cases are only means for covering the foot, and there is no idea of absorbing and retaining sweat or retaining keratin and fungi that have been removed by sweat.
The problem is that there is no idea to solve the problem of socks and the bad odor by washing and questioning the economics of water, detergent, drying and storage.

In the first place, the cause of the bad odor and athlete's foot of socks and shoes is caused by fungi that feed on the keratin exfoliated with sweat and sweat, and sweat itself has no odor.
In other words, it is a problem that can be solved if the skin and fungi that have been absorbed and retained by sweat can be retained.
In addition, it is a problem that can be solved if it can be prevented that horny substances and fungi that have been exfoliated by sweat and sweat, which are the cause of bad odor, spread from the socks into the shoes, contaminate the shoes, and recontaminate the clean socks the next day is there.
Moreover, deterioration of shoes can also be prevented.

On the other hand, hand washing has eliminated the maintenance of cleanliness in the hand environment.
Moreover, there is no awareness of hand sweating in daily life, and there is no interest in sweating a lot under tension.
In addition, heavy use of detergents causes various skin diseases, and the use of gloves is unavoidable, and many articles that protect hands are used.

Currently, many types of gloves that cover hands and disposable gloves are used in the housework, medical and food work sites, hobbies and sports.
Moreover, skin diseases when using disposable gloves are mainly caused by allergic reactions in which the material of the gloves and sweat act, and exfoliated horny skin, sweat and fungi in the gloves.
Moreover, although it is not very conscious, the stress at the time of work or learning promotes sweating, which causes dirt on instruments and materials and hyperhidrosis.
However, the glove is only a means for covering the hand, and does not have the viewpoint of absorbing and holding sweat and holding the keratin and fungi exfoliated by sweat.

In the first place, the hand is not premised on the use in a sealed environment.
However, in the current living environment, the use of various gloves is inevitable.

The problem is that we only have a means to deal with the contamination in the gloves caused by the skin and the exfoliated skin and fungi, by washing and replacing the gloves.
Thin gloves are used as inner for various obstacles to the skin when using disposable gloves, but it is not sufficient to absorb and retain sweat.
In the first place, socially we are not aware of hand sweat and each individual responds individually, but basically lacks the perspective of countermeasures against the effects of sweat in gloves.

Therefore, in order to reduce the stress of foot sweat, an inner sock has been proposed using a non-woven fabric with good breathability.
This proposal uses a non-woven fabric that can be heat-fitted by heating and pressurization to close it in a bag shape, form a notch, divide the upper part into a cylindrical shape, divide the lower part into a bag-like top and bottom, and insert the foot tip into the lower part. It is a mechanism to be engaged with the ankle. (Patent Document 1)

This proposal has a structure in which a rubber is placed at the insertion opening of the foot to prevent the sock from slipping, a fit rubber is inserted into the arch, the fit of the sock is stabilized, and a non-slip rubber is attached to the lower part. .
However, there is doubt about the unity between each rubber part and the sock body, and it is reminiscent of the feeling of use of an existing sock that has been used for many years.
In the first place, there is no viewpoint on the problem of keratin and fungi exfoliated with sweat and sweat, it is only an inner as an easy cover. Moreover, as a disposable sock, there exists a problem in manufacturing cost.

Next, disposable gloves that can be used for a long time have been proposed by being gentle on the body, having a good touch, and having a favorable fit from the fingertip to the wrist.
This proposal uses a non-woven polypropylene material from the fingertips to the upper wrist, and uses polyurethane elastic fiber material at the base of the glove, so that two types of light fit can be combined to enable long-term use. .
In addition, the use of two types of non-woven fabric solves problems such as breathability, allergies, stretchability, and the fit of the disposable gloves using latex, plastic, polyethylene, etc. It is intended. (Patent Document 2)

However, for the problem of lack of stretchability of nonwoven gloves, the effect of using a polypropylene nonwoven fabric from the fingertips to the upper wrist and using polyurethane elastic fiber material at the base of the gloves is limited to the wrist. It does not relate to the improvement of fit.
In other words, it is a disposable glove that covers the hand without any perspective on the problem of keratin and fungi exfoliated with sweat and sweat in the first place, the use by changing the material and fitting the wrist only

JP-A 10-33004 JP 2010-216058 A

First, sweat when the sweat glands are stimulated by nerves and sweating is divided into thermal sweating due to physical heat and mental sweating due to emotional stress, and thermal sweating occurs throughout the body.
On the other hand, mental sweating is limited to the soles, palms, armpits, and foreheads, and is thought to play a role of anti-slip in a stress state.
In other words, it is no exaggeration to say that our lives are always under tension in terms of work, learning, and other social activities, stress is inevitable, and we live on the basis of mental sweating.

In the first place, the bad smell of socks and shoes is not caused by the smell of sweat itself, but by the action of fungi on the keratin exfoliated by sweat and sweat.
Moreover, the sweat amount of the foot is said to be about 200 cc per day for both feet, and it is difficult to absorb and hold it with existing socks because of the structure in which the fabric is woven and knitted.
The problem lies in a vicious circle in which the keratin exfoliated with sweat and sweat inside the sock is united with the fungus to cause a bad odor, contaminates the inside of the shoe through the sock, and recontains the clean sock the next day.
On the other hand, existing disposable socks, slippers, etc. are only means for covering the foot, and there is no idea of retaining keratin and fungi that have been absorbed by sweat and exfoliated by sweat.

Second, since the hands are used exposed, it is not very conscious to sweat, but sweating under stress increases like using the expression of sweating the hand, and when using gloves It can be confirmed by sweating.
In other words, sweat generated in a glove-sealed environment for a long time, and exfoliated exfoliated horny substance and fungi are combined to produce a foul odor and cause skin diseases such as allergies.
On the other hand, existing disposable gloves and the like are only means for covering hands, and there is no idea of holding and absorbing sweat or holding keratin and fungi exfoliated with sweat.

  The problem to be solved by the present invention is to absorb and hold a large amount of sweat from the feet and hands, and to retain horny substances and fungi that have been exfoliated with sweat, thereby shielding the bad odor that occurs when sweat and exfoliated exfoliation are integrated In addition, by making it disposable, it is intended to prevent contamination in the shoe and prevent contamination of the next sock.

The present invention seeks the cause of the large number of gaps and the ability to absorb and retain moisture, which are structural problems in which existing socks and gloves weave and knit fibers.
Therefore, the present invention adopts a shield structure without gaps, and adopts a structure that laminates various materials such as polymers and superabsorbent fibers to acquire absorption retention ability, as a means to improve fit It is intended to solve the problem by adopting a specification form for bonding.
Furthermore, the present invention brings about a new market for disposable socks and gloves that can be made disposable and realize convenience and economy.

Specifically, it absorbs a large amount of sweat on the sole of the foot, which causes athlete's foot and odor, and shields it with wearing equipment to retain the exfoliated and exfoliated horny substances and fungi. It is a solution.
In addition, by changing the form of use from the act of putting on socks to the action of wearing, a mounting tool that improves fit without tightening is realized.
In addition, by installing it in the shoe, a disposable and inexpensive shoe inner that keeps the shoe clean at all times is realized.
Furthermore, a large amount of sweat generated when using disposable gloves and various gloves is absorbed, shielded with a wearing tool that holds exfoliated keratin and fungi, and further disposed by making it disposable.
Moreover, an inexpensive disposable wearing tool is realized by changing the usage form from the operation of wearing gloves to the wearing operation.
In addition, by wearing it in the glove, a disposable, inexpensive glove inner that keeps the inside of the glove clean is realized.

The wearing device of the present invention is a wearing device comprising an absorbent holding body (10) that absorbs sweat of a user's foot (2) and hand (3), holds exfoliated keratin, and shields. The absorbent holding body (10) includes a laminated portion (11), a cut portion (12), an adhesive portion (13), an elastic portion (14), a friction portion (15), and a moisture release port portion (16). ) And the crease portion (17), and the absorption holding body (10) engages with the user's foot portion (2) and the hand portion (3), and when attached, (13) is configured to be detachably mounted.

  The wearing device according to claim 1, wherein an arbitrary portion of the absorbent holding body (10) is fixed by a fixing portion (18).

  The wearing tool of the present invention is characterized in that a finger insertion hole (19) is formed in an arbitrary portion of the absorbent holding body (10).

The wearing device of the present invention is configured to be detachably attached to a user's shoe part (4) or glove part (5) using the adhesive part (13).

For example, in existing socks and gloves, the structure of weaving and knitting fibers has acquired fit. However, the weaving and knitting structure creates a large number of gaps and releases moisture from the gaps, but also releases sweat, exfoliated keratin and fungi, and causes a bad smell in shoes and gloves.

The first effect of the present invention is that it is possible to absorb a large amount of sweat by combining well-known excellent materials such as non-woven fabrics and polymers, so as to make socks and inner gloves structured to confine and hold exfoliated keratin and fungi Therefore, while preventing the contamination of shoes and gloves, the odor is fundamentally eliminated.

Next, the current socks and gloves are repeatedly worn and worn with a structure in which fibers are woven and knitted so as to be closely attached to the feet and hands.
This act of wearing is acquired by repeated training with growth, but it is very difficult for the elderly and disabled.

The second effect of the present invention is to improve the convenience of people with difficulty living because it is a wearing tool having a specification form that is fitted along the user's foot or hand and fits using an adhesive portion.

In addition, socks and gloves gain a good fit by weaving and knitting fibers, but they are replaced by replacement of products due to product deterioration in each wash, and a lot of waste such as water and detergent, electricity and labor at the time of washing Have
However, there is no viewpoint or approach to cut off the bad smell from the root.

The third effect of the present invention is not a structure in which fibers are woven and knitted, but a well-known material such as nonwoven fabric or polymer is laminated to form a shield structure, and the specification form to be worn is an inexpensive disposable sock with excellent fit. Realize the device as a glove.
Moreover, economical efficiency and convenience can be improved.

In addition, socks and gloves have many product groups that meet the required performance and fashion.
However, there is no idea of ensuring cleanliness by retaining the exfoliated products that prevent and protect socks and gloves, and the exfoliated and exfoliated skin and fungi.

The fourth effect of the present invention is the combination of various materials that meet various purposes such as inner for socks, inner wear and slippers, disposable gloves, golf and driving gloves. The specification form to be mounted realizes an inexpensive disposable mounting tool that can meet various requirements.

The insole of shoes is used for the purpose of preventing fatigue, realizing correct walking, and absorbing sweat, but the idea of shielding sweat, exfoliated keratin and fungi, which is the cause of bad smell and deterioration of shoes, is used. No.
In addition, gloves have no idea for the purpose of eliminating malodors and preventing deterioration of gloves.

The fourth effect of the present invention is that the wearing device to be worn in shoes or gloves blocks between shoes and feet, between shoes and socks, and cuts between gloves and hands. Realize that the device prevents contamination in shoes and gloves.
In addition, even when using existing socks and gloves, it is possible to prevent the deterioration of shoes and gloves due to the deformation of the shoes and gloves or mold.

FIG. 1 is a top view illustrating an example of an absorbent holding body 10 attached to the foot 2 of the first embodiment. FIG. 2 is a side view showing an example in which the absorption holder 10 of Example 1 is attached to the foot 2. FIG. 3 is a top view illustrating an example of the absorption holder 10 attached to the foot 2 of the second embodiment. FIG. 4 is a side view showing an example in which the absorption holder 10 of Example 2 is attached to the foot 2. FIG. 5 is a top view illustrating an example of the absorbent holding body 10 to be attached to the shoe portion 8 of the third embodiment. FIG. 6 is a side view illustrating an example in which the absorbent holding body 10 according to the third embodiment is mounted on the shoe portion 8. FIG. 7 is a top view illustrating an example of the absorption holder 10 attached to the hand portion 3 of the fourth embodiment. FIG. 8 is a perspective view illustrating an example in which the absorption holder 10 of Example 4 is attached to the hand portion 3. FIG. 9 is a top view illustrating an example of the absorption holder 10 attached to the hand portion 3 of the fifth embodiment. FIG. 10 is a perspective view showing an example in which the absorption holder 10 of Example 5 is attached to the hand portion 3.

Hereinafter, an example of an embodiment of the present invention will be shown and described with reference to the drawings.
The present invention is not specified or limited to the present embodiment, and the technical idea of the present invention should not be impaired.

  The object of the present invention is to elucidate and resolve the causes of bad odors in shoes, socks and feet, hands and gloves, and bad odors in hands.

First of all, it has been confirmed that the cause of bad odor is not the smell of sweat but the keratin and fungi exfoliated with sweat.
However, since the existing socks are knitted and woven, they cannot absorb and hold 100 cc of sweat per foot per day, and cannot trap keratin and fungi from which a large number of holes have been peeled off. Has structural flaws.
In addition, clean socks are unable to escape from the vicious circle of recontamination within contaminated shoes.

On the other hand, since existing gloves are made of leather, cloth, or chemically synthesized material, they cannot absorb and retain sweat, and are not structured to hold exfoliated keratin and fungi.
In the first place, it has not been able to peel off from the specification form of the disposable glove only for the purpose of covering the hand.

  Therefore, the present invention applies a well-known technique for combining and laminating high-performance materials in the current material environment, such as nonwoven fabrics and polymers, superabsorbent fibers, moisture-releasing nonwoven fabrics, elastic materials and silicon.

As an application example of the wearing device of the present invention, there is the following usage pattern.
For example, it can be applied to the foot as disposable socks, slippers, indoor shoes and shoe inners, golf gloves inner gloves and driving gloves.
It is also possible to add heat insulation and cushion effect

Specifically, the absorbent holding part 10 mainly composed of a laminated part 11 that employs various known materials such as nonwoven fabrics, polymers, superabsorbent fibers, moisture-releasing nonwoven fabrics, elastic materials, and silicon is engaged with the foot 2 and the hand 3. Because it is configured as a wearing device of the specification form to be worn by the adhesive part 13, by absorbing and holding the sweat of the foot part 2 and the hand part 3, and confining the keratin and fungi exfoliated with the sweat inside the wearing tool, It is a solution.
Moreover, since it was comprised as a mounting device of the specification form with which the inside of the shoe part 8 or the glove 9 was mounted | worn, it will aim at a solution by confining the exfoliated horny substance and fungi of the foot part 2 and the hand part 3. .
Furthermore, re-contamination is prevented by making each wearing tool disposable.

  Example 1 shows and demonstrates the example which mounts the mounting tool 1 of this invention to the leg part 2. FIG.

The mounting tool 1 shown in Example 1 is demonstrated using FIG. 1, FIG.
FIG. 1 is a top view illustrating an example of an absorbent holding body 10 attached to the foot 2 of the first embodiment.
FIG. 2 is a side view showing an example in which the absorption holder 10 of Example 1 is attached to the foot 2.

First, the absorbent holding body 10 shown in FIGS. 1 and 2 is an example of a disposable sock that is worn on a user's foot 2 and absorbs and holds keratin and fungi that have been detached by sweat.
Moreover, it is not limited to socks.

Next, the absorption holder 10 shown in FIGS. 1 and 2 includes a laminated portion 11, a cut portion 12, and an adhesive portion 13.
The example comprised by the elastic part 14, the friction part 15, the moisture release port part 16, the crease | fold part 17, and the adhering part 18 is shown.
The absorption holder 10 includes a main laminated portion 11e and a sub laminated portion 11f, and includes two cut portions 12, five adhesive portions 13, two elastic portions 14, a plurality of friction portions 15, Although the example comprised by the some moisture release part 16, the four-fold crease part 17, and the some adhering part 18 is shown, it does not limit.
Moreover, the absorption holder 10 does not specify the length, width, thickness shape, the number of the stacked portions 11, the way to divide the main and sub portions of the stacked portions, and the like.

Next, the laminated portion 11 shown in FIGS. 1 and 2 is formed by integrally forming different laminated layers of a main laminated portion 11e with which the sole side portion 5 abuts and a sub laminated portion 11f with which the back side portion 4 is engaged. However, the same number of layers may be used, and the adhesive portion 13 is used to attach to the foot portion 2 so as to make sure that it fits and allows detachable adjustment.
Moreover, the main laminated portion 11e forms a plurality of fixing portions 18, prevents slipping between the laminated portions, and improves fit, and the number is not specified. Further, it may not be formed.

Next, the main laminated portion 11e shown in FIG. 1 and FIG. 2 is formed in four layers including the water repellent layer 11a, the water absorbing layer 11b, the water retaining layer 11c, and the waterproof layer 11d from the side surface portion 11h side. An example is shown.
In addition, an example in which a non-slip friction portion 15 is formed in the waterproof layer 11d is shown.
Further, the waterproof layer 11d keeps sweat and keratin inside and protects it from the outside, the water retaining layer 11c keeps sweat and horny, the water absorbing layer 11b absorbs sweat and keratin, and the water repellent layer 11a favors the skin. An example is shown in which a structure is formed that keeps sweat away from the foot.
Moreover, although the laminated part 11 shows the example formed in four layers, it does not specify.
Further, the thickness and distribution state of each stacked portion 11 are not specified.
Moreover, as a material, a well-known material is used and is not specified.
For example, well-known materials such as materials having functions such as antibacterial, deodorant and fragrance, stretchable nonwoven fabrics, superabsorbent fibers, superabsorbent polymers are suitably selected and used.

Next, the sub-layered portion 11f shown in FIG. 1 and FIG. 2 engages with the back side portion 4, and is formed at four places with the fold portion 17 on the outer periphery of the main laminated portion 11e as a boundary, and water repellent from the inner side surface portion 11h. An example in which three layers 11a, a water absorbing layer 11b, and a waterproof layer 11d are formed is shown.
In addition, the sub-stacked portion 11f shows a structure in which five bonding portions 13 are formed, two elastic portions 14 are formed, and a plurality of moisture release ports 16 are formed.
Moreover, although the sublaminate part 11f shows the example formed in three layers, it does not specify.
Further, the thickness and distribution state of each stacked portion 11 are not specified.
Moreover, as a material, a well-known material is used and is not specified.
Further, the sub-laminate portion 11f may be formed of an elastic nonwoven fabric, and a known material is used and is not specified.

Next, the cut | interruption part 12 shown in FIG. 1, FIG. 2 shows the example formed in two places in order to improve fitting property with the effect of making the foot | leg part 2 mount | wear the absorption holding body 10 easily.
Further, the length and number of the cut portions 12 are not specified.
Moreover, the process of the edge of the cut | interruption part 12 is a well-known technique, and is not specified.

Next, the adhesion part 13 shown to FIG. 1, FIG. 2 forms in the five places at the edge of the sublaminate part 11f, and shows the example which uses a surface tape.
Moreover, the adhesive part 13 exhibits the effect of the specification form to mount | wear by adopting the material which can be attached or detached, enabling the fine adjustment at the time of use with the improvement of the fitting property at the time of mounting | wearing.

Next, the elastic part 14 shown in FIGS. 1 and 2 is formed between the adhesion part 13 and the sub-lamination part 11f, and shows an example in which the adhesion is smoothly performed and the effect of improving the fitting property is exhibited.
Moreover, you may use the elastic part 14 which has an adhesive function, and should just use a well-known raw material suitably.

Next, the friction part 15 shown in FIG. 1 and FIG. 2 shows an example in which a plurality of dot-like friction parts 15 a are formed on the waterproof layer 11 d of the outer surface part 11 g of the laminated part 11 for the purpose of preventing slipping.
Moreover, a well-known raw material and shape are employ | adopted and it does not specify. Moreover, the friction part 15 does not need to be formed.

Next, a plurality of moisture release ports 16 shown in FIGS. 1 and 2 are formed in the sub-stacked portion 11f, and the inside environment of the bonded absorption holding body 10 is suitably formed by taking in and out air and releasing moisture. An example of maintaining is shown.
In addition, the number and shape of the moisture outlet 16 are not specified.
Moreover, the moisture outlet part 16 does not need to be formed.

Next, the crease portion 17 shown in FIGS. 1 and 2 is an example in which the crease portion 17 is provided around the main laminated portion 11e and serves as a standard for the contact of the sole side portion 2b, and the fitting property at the time of contact is also improved.
Further, the fold portion 17 may not be formed.

Next, a plurality of fixing portions 18 shown in FIG. 1 and FIG. 2 are formed on the main laminated portion 11e, and the foot portion 2 is located on the main laminated portion 11e by preventing the deviation of the laminated portion 11 when the foot portion 2 comes into contact. And the shape of the main laminated portion 11e is maintained.
Moreover, although the fixing | fixed part 18 shown in FIG. 1, FIG. 2 shows the example which uses the dotted | punctate fixed part 18a, it does not specify.
Moreover, although the adhering part 18 shows what employ | adopted the dotted | punctate adhering part 18a, it does not specify and may be linear, and does not need to form.

  The second embodiment will be described with reference to another example in which the wearing device 1 of the present invention is attached to the foot 2.

The wearing tool 1 shown in Example 2 will be described with reference to FIGS. 3 and 4.
FIG. 3 is a top view illustrating an example of the absorption holder 10 attached to the foot 2 of the second embodiment.
FIG. 4 is a side view showing an example in which the absorption holder 10 of Example 2 is attached to the foot 2.

First, the absorption holder 10 shown in FIG. 3 and FIG. 4 shows an example of a form that is used as a disposable sock that is attached to the user's foot 2 and absorbs and holds keratin and fungi that have been exfoliated by sweat and sweat.
Moreover, it is not limited to socks.

Moreover, although the absorption holding body 10 shown in FIG.3, FIG.4 shows the shape which the finger | toe part 6 of the foot | leg part 2 divides and accommodates into the four-finger part 6a and the thumb part 6, it does not limit or specify to this shape. .
Moreover, the absorption holding body 10 shown in FIGS. 5 and 6 applies a known material such as selection of structure or material, and will not be described in detail here.

Moreover, the absorption holder 10 shown in FIGS. 3 and 4 includes a laminated portion 11, a cut portion 12, an adhesive portion 13,
The example comprised by the elastic part 14, the friction part 15, the moisture release port part 16, and the adhering part 18 is shown.
Further, the absorption holder 10 includes a main laminated portion 11e and two sub laminated portions 11f, and has a structure in which the foot portion 2 can be accommodated.
Moreover, the absorption holding body 10 is not specified in the present embodiment, such as the length, width, thickness, number of layers, and shape.

Next, the laminated portion 11 shown in FIGS. 3 and 4 employs different laminated layers of a main laminated portion 11e with which the sole side portion 5 abuts and a sub laminated portion 11f with which the instep side portion 4 is engaged. 11e and the sub-stacking part 11f show an example in which there are a part fixed by the fixing part 18 and a part connected to the elastic part 14.
Moreover, the main laminated portion 11e forms a plurality of fixing portions 18, prevents slipping between the laminated portions, and improves fit, and the number is not specified. Further, it may not be formed.

Next, the main laminated part 11e shown to FIG. 3, FIG. 4 shows the example formed in four layers of the water repellent layer 11a, the water absorption layer 11b, the water retention layer 11c, and the waterproof layer 11d from the inner surface part 11h side.
In addition, an example in which a plurality of anti-slip friction portions 15 are formed on the water repellent layer 11a is shown.
Further, three bonding portions 13 are formed on the outer side surface portion 11g of the main laminated portion 11e and bonded to the inner side surface portion 8a of the shoe portion of the shoe portion 8 to prevent the absorption holder 10 from moving.
Further, the waterproof layer 11d keeps sweat and keratin inside and protects it from the outside, the water retaining layer 11c keeps sweat and horny, the water absorbing layer 11b absorbs sweat and keratin, and the water repellent layer 11a favors the skin. An example is shown in which a structure is formed that keeps sweat away from the foot.
Moreover, although the laminated part 11 shows the example formed in four layers, it does not specify.
Moreover, as a material, a well-known material is used and is not specified.
For example, materials having functions such as antibacterial, deodorant and fragrance, stretchable nonwoven fabrics, superabsorbent fibers, superabsorbent polymers and the like are preferably used.

Next, the sub-laminate portion 11f shown in FIGS. 3 and 4 is configured such that one sub-laminate portion 11f is engaged with the instep side portion 4 and the other sub-laminate portion 11f is engaged with the ankle portion 7. The sub-laminate portion 11f is formed so as to be engaged with the foot portion 2 of the three-dimensional structure, and examples of the portion that is fixed to the main laminate portion 11e by the fixing portion 18 and the portion that is formed on the elastic portion 14 are shown. .
Further, an example is shown in which the inner side surface portion 11h is formed in three layers of a water repellent layer 11a, a water absorbing layer 11b, and a waterproof layer 11d.
Moreover, the sublaminate part 11f engaged with the instep side part 4 forms the cut part 12, and the cut part 12 is bordered by the elastic part 14, and the example which forms the several moisture release port part 16 is shown.
In addition, the sub-laminate portion 11f that engages with the ankle portion 7 is formed with an elastic portion 14 in the fixing portion 18 to improve fit at the time of wearing, and can be securely attached at the two joint portions 13 and detachable. An example in which proper adhesion adjusts fit is shown.
Moreover, although the sublaminate part 11f shows the example formed in three layers, it does not specify.
Further, the sub-laminate portion 11f may be formed of an elastic nonwoven fabric, and a known material is used and is not specified.

Next, the bonding part 13 shown in FIG. 3 and FIG. 4 shows an example in which two portions are formed at the end of the sub-stacking part 11f and are detachably bonded.
In addition, by adopting a material that can be detachably bonded to the bonding portion 13, the effect of the specification form to be mounted is exhibited by improving the adhesion at the time of bonding and enabling fine adjustment at the time of use.

Next, the elastic part 14 shown in FIG. 3 and FIG. 4 is formed in two places, is formed in the cut part 12 of the sub-laminate part 11f, is fitted to the back side part 4 of the foot part 2, and is engaged with the ankle part 7. An example will be shown in which the sub-laminate portion 11f and the main laminate portion 11e are joined to each other at 18 to form a joint, and the adhesion is smoothly performed and the fitting property is improved.
Moreover, you may use the elastic part 14 which has an adhesive function, and should just use a well-known raw material suitably.

Next, the friction portion 15 shown in FIGS. 3 and 4 forms a plurality of point-like friction portions 15a for the purpose of stopping the sole side portion 5 from sliding on the water-repellent layer 11a of the inner side surface portion 11h of the laminated portion 11. An example is shown.
In addition, a plurality of outer surface portions 11g of the waterproof layer portion 11d are formed to prevent the absorption holder 10 from slipping.
Moreover, a well-known raw material and shape are employ | adopted and it does not specify, and the number and shape of the friction part 15 are not specified.
Moreover, the friction part 15 does not need to be formed.

Next, a plurality of moisture release ports 16 shown in FIGS. 3 and 4 are formed in the sub-stacked portion 11f, and the inside environment of the bonded absorbent holding body 10 is suitably formed by taking in and out air and releasing moisture. An example of maintaining is shown.
In addition, the number and shape of the moisture outlet 16 are not specified.
Moreover, the moisture outlet part 16 does not need to be formed.

Next, the fixing portion 18 shown in FIGS. 3 and 4 shows an example in which the main laminated portion 11e and the sub laminated portion 11f are fixed to facilitate engagement with the foot portion 2.
3 and 4 show an example in which the main laminated portion 11e and the sub laminated portion 11f are fixed so as to acquire a three-dimensional structure.
Moreover, the main laminated portion 11e forms a plurality of fixing portions 18, prevents slipping between the laminated portions, and improves fit, and the number is not specified. Further, it may not be formed.

  The third embodiment will be described with reference to an example in which the wearing tool 1 of the present invention is attached to the shoe portion 8.

The wearing tool 1 shown in Example 3 will be described with reference to FIGS.
FIG. 5 is a top view illustrating an example of the absorbent holding body 10 to be attached to the shoe portion 8 of the third embodiment.
FIG. 6 is a side view illustrating an example in which the absorbent holding body 10 according to the third embodiment is mounted on the shoe portion 8.

First, the absorbent holding body 10 shown in FIGS. 5 and 6 is mounted on a user's shoe part 8 and used as an inner part of a disposable shoe part 8 that absorbs and holds keratin and fungi exfoliated by sweat and sweat. An example is given but not specific.

Moreover, although the absorption holding body 10 shown in FIG.5, FIG.6 shows the example used as an inner of the pumps type | mold shoes from which the instep side part 4 of the foot | leg part 2 is exposed, it is not limited or specified to this shape. .
Further, the absorption holder 10 includes a main laminated portion 11e and two sub laminated portions 11f, and has a structure in which the foot portion 2 can be accommodated.
Moreover, the absorption holding body 10 shown in FIGS. 5 and 6 applies a known one such as a structure or a material selection, and will not be described in detail here.

Moreover, the absorption holding body 10 shown to FIG. 5, FIG. 6 shows the example comprised by the laminated part 11, the adhesion part 13, the elastic part 14, the moisture release port part 16, and the adhering part 18. FIG.
Moreover, although the absorption holding body 10 consists of the main laminated part 11e and the sub laminated part 11f, and shows the example comprised by the nine adhesion parts 13 and the adhering parts 18, it does not limit.
Moreover, the absorption holding body 10 is not specified in the present embodiment, such as the length, width, thickness, number of layers, and shape.

Next, the laminated portion 11 shown in FIGS. 5 and 6 employs different laminated layers of the main laminated portion 11e with which the sole side portion 5 abuts and the sub laminated portion 11f with which the instep side portion 4 is engaged. 11e and the sub-lamination part 11f show the example fixed by the fixing | fixed part 18. FIG.
Moreover, the laminated part 11 shows the example which can be detachably adjusted while adhere | attaching on the inner side surface part 8a of the shoe part 8, using the nine adhesion parts 13 formed in the outer side surface part 11g, and making it fit reliably.

Next, the main laminated part 11e shown to FIG. 5, FIG. 6 shows the example formed in four layers of the water repellent layer 11a, the water absorption layer 11b, the water retention layer 11c, and the waterproof layer 11d from the inner surface part 11h side.
In addition, one adhesive portion 13 is formed on the outer side surface portion 11g of the main laminated portion 11e and adhered to the inner side surface portion 8a of the shoe portion of the shoe portion 8 to prevent the absorption holder 10 from moving.
Further, the waterproof layer 11d keeps sweat and keratin inside and protects it from the outside, the water retaining layer 11c keeps sweat and horny, the water absorbing layer 11b absorbs sweat and keratin, and the water repellent layer 11a favors the skin. An example is shown in which a structure is formed that keeps sweat away from the foot.
Moreover, although the laminated part 11 shows the example formed in four layers, it does not specify.
Moreover, as a material, a well-known material is used and is not specified.
For example, materials having functions such as antibacterial, deodorant and fragrance, stretchable nonwoven fabrics, superabsorbent fibers, superabsorbent polymers and the like are preferably used.

Next, the sub-stacked portion 11f shown in FIGS. 5 and 6 is formed so as to be engaged with the foot portion 2 of the three-dimensional structure, and is fixed to the outer periphery of the main stacked portion 11e by the fixing portion 18. An example is shown.
Further, an example is shown in which the inner side surface portion 11h is formed in three layers of a water repellent layer 11a, a water absorbing layer 11b, and a waterproof layer 11d.
In addition, the sub-laminate portion 11f is formed by forming eight bonding portions 13, forming an elastic portion 14 along the inner periphery, and forming a plurality of moisture release ports 16 respectively.
Moreover, although the sublaminate part 11f shows the example formed in three layers, it does not specify.
Further, the sub-laminate portion 11f may be formed of an elastic nonwoven fabric, and a known material is used and is not specified.

Next, the adhesive portion 13 shown in FIGS. 5 and 6 is formed at one location on the outer surface portion 11g of the main laminated portion 11e along the inner periphery of the sub laminated portion 11f, and is detachable from the inner side surface portion 8a of the shoe portion. An example of bonding is shown.
In addition, by adopting a material that can be detachably bonded to the bonding portion 13, the effect of the specification form to be mounted is exhibited by improving the adhesion at the time of bonding and enabling fine adjustment at the time of use.

Next, the elastic part 14 shown in FIGS. 5 and 6 is formed along the sub-lamination part 11f, and shows an example in which the adhesion is smoothly performed and the effect of improving the fitting property is exhibited.
Moreover, you may use the elastic part 14 which has an adhesive function, and should just use a well-known raw material suitably.

Next, a plurality of moisture release ports 16 shown in FIGS. 5 and 6 are formed in the sub-stacked portion 11f, so that the environment inside the bonded absorbent holding body 10 is suitably obtained by taking in and out air and releasing moisture. An example of maintaining is shown.
In addition, the number and shape of the moisture outlet 16 are not specified.
Moreover, the moisture outlet part 16 does not need to be formed.

Next, the fixing portion 18 shown in FIGS. 5 and 6 shows an example in which the main laminated portion 11e and the sub laminated portion 11f are fixed to facilitate engagement with the inner side surface portion 8 of the shoe portion.
5 and 6 show an example in which the main laminated portion 11e and the sub laminated portion 11f are fixed so as to acquire a three-dimensional structure.

  Example 4 shows and demonstrates the example which mounts the mounting tool 1 of this invention in the hand part 3. FIG.

The wearing tool 1 shown in Example 4 will be described with reference to FIGS.
FIG. 7 is a top view illustrating an example of the absorption holder 10 attached to the hand portion 3 of the fourth embodiment.
FIG. 8 is a perspective view illustrating an example in which the absorption holder 10 of Example 4 is attached to the hand portion 3.

First, the absorption holding body 10 shown in FIG. 7 and FIG. 8 is an example of being used as a disposable glove that is attached to the user's hand 3 and absorbs and holds keratin and fungi that have been detached by sweat.

Next, the absorption holding body 10 shown in FIG. 7 and FIG. 8 shows an example in which the laminated portion 11, the adhesive portion 13, the elastic portion 14, and the finger insertion hole portion 19 are configured.
Moreover, although the absorption holding body 10 shows the example comprised by the laminated part 11, the two adhesion parts 13, the elastic part 14 of one place, and the hole part 19 for five finger insertions, it is limited is not.
Further, the absorption holder 10 does not specify the length, the width, the number of layers, the shape, or the like of the vertical width or the horizontal width.

Next, the laminated part 11 shown in FIG. 7 and FIG. 8 shows an example of a usage form in which the back side part 4 and the palm side part 5a of the hand part 3 are sandwiched by the finger insertion hole part 19 as a boundary.
In addition, the four-finger side surface part 6d and the thumb part side surface part 6e are examples in which the elastic part 14 is engaged and the adhesive part 13 is provided and shielded except for the wrist part 7a.
Moreover, the laminated part 11 shown in FIG.7, FIG.8 shows the example comprised by the adhesive part 13 of two places, the elastic part 14 of one place, and the hole part 19 for five finger insertions. The laminated portion 11 shown in FIGS. 7 and 8 is attached to the hand portion 2 by using the adhesive portion 13 so as to be surely fitted and detachably adjusted.

Next, the laminated portion 11 shown in FIGS. 7 and 8 is in contact with the back side portion 4 and the palm side portion 5a of the hand portion 3, and from the inner side surface portion 11h side, the water repellent layer 11a, the water absorbing layer 11b, the water retaining layer 11c, and the waterproof layer. An example in which four layers of the layer 11d are formed is shown.
Further, the waterproof layer 11d keeps sweat and keratin inside and protects it from the outside, the water retaining layer 11c keeps sweat and horny, the water absorbing layer 11b absorbs sweat and keratin, and the water repellent layer 11a favors the skin. An example is shown in which a structure is formed that keeps sweat away from the foot.
Moreover, although the laminated part 11 shows the example formed in four layers, it does not specify.
Moreover, as a material, a well-known material is used and is not specified.
For example, materials having functions such as antibacterial, deodorant and fragrance, stretchable nonwoven fabrics, superabsorbent fibers, superabsorbent polymers and the like are preferably used.

Next, the bonding portion 13 shown in FIGS. 7 and 8 is bonded so as to shield the hand portion 3, and the wrist portion 7 a is shielded by the elastic portion 14.
Moreover, the adhesion part 13 shows the example which uses a surface tape.
Moreover, the adhesive part 13 employs a material that can be freely attached and detached, thereby improving the fit at the time of wearing and enabling the fine adjustment at the time of use to exhibit the effect of the specification form of wearing.

Next, the elastic part 14 shown in FIGS. 7 and 8 is formed on the outer side of the adhesive part 13 and shows an example in which the adhesion is smoothly performed and the effect of improving the fit is exhibited.
Moreover, you may use the elastic part 14 which has an adhesive function, and should just use a well-known raw material suitably.

Next, finger insertion holes 19 shown in FIGS. 7 and 8 are formed at five locations. When the absorption holder 10 is attached to the hand 3, the four fingers 6a and the mother of the hand 3 are shown. The finger portion 6a is inserted for mounting.
Further, the portion between the finger insertion holes 19 shown in FIGS. 7 and 8 engages with the crotch portion 6 of the hand portion 3 and securely absorbs and holds the keratin exfoliated by sweat and sweat of the crotch portion. Show.

  Example 5 shows and demonstrates the example which mounts | wears the hand part 3 with the mounting tool 1 of this invention.

The wearing tool 1 shown in Example 5 is demonstrated using FIG. 9, FIG.
FIG. 9 is a top view showing an example of the absorbent holding body 10 to be mounted on the hand portion 3 of the fifth embodiment.
FIG. 10 is a perspective view showing an example in which the absorption holder 10 of Example 5 is attached to the hand portion 3.

First, the absorption holding body 10 shown in FIGS. 9 and 10 is an example in which the absorbent holding body 10 is used as a disposable glove that is attached to the user's hand 3 and absorbs and holds keratin and fungi that have been detached by sweat.

Next, the absorption holder 10 shown in FIGS. 9 and 10 includes a laminated portion 11, an adhesive portion 13, an elastic portion 14,
The example comprised by the hole part 19 for finger insertion is shown.
Moreover, although the absorption holding body 10 consists of the lamination | stacking part 11, the example comprised by the two adhesion parts 13, the two elastic parts 14, and the three finger insertion holes 19 is shown, it is limited. Not what you want.
Further, the absorption holder 10 does not specify the length, the width, the number of layers, the shape, or the like of the vertical width or the horizontal width.

  Next, in the laminated portion 11 shown in FIGS. 9 and 10, three fingers are inserted into the finger insertion hole 19 from the four finger side surface portion 6d side of the four finger portion 6a, and the wrist portion wraps around the four finger side surface portion 6d. An example in which it is formed in a shape covering up to the vicinity of the part 7a, engages with the crotch part 6 of the four finger part 6a and the thumb part 6b, adheres with the adhesive part 13, and adheres with the adhesive part 13 to the wrist part 7a. Show.

Next, the laminated portion 11 shown in FIGS. 9 and 10 is in contact with the back side portion 4 and the palm side portion 5a of the hand portion 3, and from the inner side surface portion 11h side, the water repellent layer 11a, the water absorbing layer 11b, the water retaining layer 11c, and the waterproof layer. An example in which four layers of the layer 11d are formed is shown.
Further, the waterproof layer 11d keeps sweat and keratin inside and protects it from the outside, the water retaining layer 11c keeps sweat and horny, the water absorbing layer 11b absorbs sweat and keratin, and the water repellent layer 11a favors the skin. An example is shown in which a structure is formed that keeps sweat away from the foot.
Moreover, although the laminated part 11 shows the example formed in four layers, it does not specify.
Moreover, as a material, a well-known material is used and is not specified.
For example, materials having functions such as antibacterial, deodorant and fragrance, stretchable nonwoven fabrics, superabsorbent fibers, superabsorbent polymers and the like are preferably used.

Next, the adhesive part 13 shown in FIG. 9, FIG. 10 is formed in two at the end of the elastic part 14 of two places, and the example which uses a face tape is shown.
Moreover, the adhesive part 13 employs a material that can be freely attached and detached, thereby improving the fit at the time of wearing and enabling the fine adjustment at the time of use to exhibit the effect of the specification form of wearing.

Next, the elastic part 14 shown in FIG. 9, FIG. 10 is formed between the adhesion part 13 and the lamination | stacking part 11, and shows the example which exhibits the effect which improves a fitting property while performing adhesion | attachment smoothly.
Moreover, you may use the elastic part 14 which has an adhesive function, and should just use a well-known raw material suitably.

Next, finger insertion holes 19 shown in FIG. 9 and FIG. 10 are formed at three places, and the four fingers 6a of the hand 3 are inserted when the absorption holder 10 is attached to the hand 3. It is intended to be installed.
Further, the finger insertion hole 19 shown in FIGS. 9 and 10 shows an example in which the stratum corneum engaged with the crotch 6 and absorbs and holds the keratin exfoliated by sweat and sweat.

The present invention brings about the following market effects.
The first is to change the structure and usage from the operation of wearing socks and gloves to the operation of wearing socks, and a new market for socks and gloves will emerge.
The second is the emergence of a new market from cloth socks to disposable socks, as it has been converted from cloth diapers to disposable diapers.
Third, as a countermeasure against skin diseases caused by sweat when using disposable gloves, disposable inner gloves that absorb exfoliated hand sweat and retain exfoliated keratin and fungi will appear in the new market.
Fourthly, a new market for inexpensive, clean and disposable inners that wear wearing devices that shield against bad smell caused by sweat, exfoliated keratin and fungi will appear.

DESCRIPTION OF SYMBOLS 1 ... Wearing tool 2 ... Foot part 3 ... Hand part 4 ... Back side part 5 ... Sole side part 5a ... Palm side part 6 ... Finger part 6a ... Four finger part 6b .. thumb part 6c .. crotch part 6d .. four finger side face part 6e .. thumb part side face 7 .. ankle part 7a .. wrist part 8 .. shoe part 8a. Inner side surface portion 9 ··· Glove portion 9a ··· Glove inner surface portion 10 · Absorption holder 11 · Laminated portion 11a · Water repellent layer portion 11b · Water absorbing layer portion 11c · Water retaining layer portion 11d · Waterproof layer portion 11e · Main Laminating part 11f, sub-laminating part 11g, outer surface part 11h, inner side surface part 12, cut part 13, adhesive part 14, elastic part 15, friction part 15a, point-like friction part 16, and moisture releasing part 17 ..Folded part 18 ..Adhering part 18a .Dotted adhering part 19 ..Finger insertion hole

Claims (4)

A wearing device comprising an absorbent holding body (10) that absorbs sweat of the user's foot (2) and hand (3), holds the exfoliated keratin, and shields it.
The absorbent holding body (10) includes a laminated portion (11), a cut portion (12), an adhesive portion (13), an elastic portion (14), a friction portion (15), and a moisture release port portion (16). ) And the crease portion (17),
The absorption holder (10) engages with the foot (2) and the hand (3) of the user,
A mounting tool configured to be detachably mounted using the adhesive portion (13) at the time of mounting.   The wearing tool according to claim 1, wherein an arbitrary portion of the absorption holding body (10) is fixed by a fixing portion (18).   The wearing tool according to claim 1 or 2, wherein the wearing tool has a finger insertion hole (19) formed in an arbitrary portion of the absorbent holding body (10). The mounting device is configured to be detachably mounted on a shoe portion (8) or a glove portion (9) of a user using the adhesive portion (13). The wearing tool of claim | item 2 and claim 3.

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