JP3095987U - Disposable slippers - Google Patents

Abstract

(57) [Summary] [Objective] To provide an inexpensive disposable slipper that has deodorant properties and moisture absorbability, is comfortable to wear, and has excellent walking properties. [Constitution] One side of uncoated paper having air permeability and moisture permeability has an average particle size of 50 μm or less and a specific surface area of 120 m ² / g.
Above and base substitution capacity (meq / 100g) is 200m
g or more of the artificial zeolite powder is embossed or creped over the entire surface of the deodorizing and conditioning paper coated at a coating weight ratio of 25 g / m ² or more so that its adsorptiveness and hygroscopicity are not impaired. The sole member is formed of a processed bulky stretchable deodorizing and humidifying paper, and an adhesive is applied to a heel portion of the sole member. An upper part having an engaging part whose edge is adhered to a side edge of the sole member and whose other end is formed to have a length capable of being joined to each other, and which has an adhesive applied to one surface of the other end. Structure with holding material.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

  The present invention relates to a disposable slipper, more specifically, deodorant and hygroscopic The present invention relates to a disposable slipper having an appropriate wearing comfort.

[0002]

[Prior art]

  Hospitals and clinics where hygienic environment is required, beauty salons At kaiseki, etc., the user should swallow from lower legs to prevent the entry of sand and mud from the outside. It is used by changing to slippers, and it can be used in hotels, inns, and long-term aircraft and iron. Road users are provided with slippers for foot rest and recovery from fatigue.

[0003]   By the way, the current slippers are designed to maintain the cushioning property and the shape retention property when walking. For the material, felt, non-woven fabric or woven fabric is used as the interlining, and the outer surface of this interlining is woven or woven. An instep member that is covered with a toe material and that can fully insert and hold the instep of the foot when walking It has a structure that is bonded or sewn to the front part of it and is naturally strong and durable. It is expensive in terms of price to use.

[0004]   As a result, the vast majority of hospitals, hotels, and inns used by many users Although it is made to prepare slippers and to use them freely, the slippers after use are Most of them are scattered and left alone, and the slippers themselves are solid and bulky. Therefore, a lot of effort is required to organize and store these items, especially for users. Since various footwear are used for outpatient use, the degree of dirt on the feet can vary widely. A lot of users with odors and sweats also use slippers, so even with new slippers Not only will it be discolored due to discoloration and fouling in a short time, but also odor will be generated. As a result, users must use these stains and odor-producing slippers, which is extremely uncomfortable. It results in feeling filthy.

[0005]   As a prior application to solve the problem with disposable slippers in this situation -38604, Kaikaihei 6-86504, Kaikaihei 7-3302, and practical use The new model registration No. 3073105 is disclosed.   However, in these prior inventions, the utility models No. 6-38604 and 6-865. Is No. 04 made of paper and has a cover (foot cover) attached to the bottom (foot rest)? Although it can be folded, the paper material is lightweight and flexible, so When walking, the bottom part (foot rest) may be separated or bent so that walking is not possible. In addition, in Heikaihei 7-3302, the heel part is located on the outsole and the heel side of the outsole. It has a core and consists of an epidermis covering the outsole and the upper side of the heel core and an instep covering the front side of the epidermis. The needle-punched mat whose outsole is made of palm fiber has synthetic rubber and synthetic resin. The cost is high because the structure is such that a binder such as Rika has a problem of disposability, and the utility model registration No. 3073105 is slippery. The upper layer sheet whose bottom is made of corrugated cardboard, the thin plate material made of plant and cardboard Since it is made by joining the lower layer sheets, it becomes rigid and the bottom of this rigid slipper Since the instep pad made of paper or non-woven fabric is attached to the If you do not sufficiently support the force with the instep support member, the walkability will deteriorate. There are inherent problems such as poor disposability due to high strength and bulkiness.

[0006]

[Problems to be solved by the device]

  As a result of repeated studies in view of such circumstances, even when using temporary provisional disposable slippers Users who have used highly airtight footwear such as shoes should not get wet with sweating or sweating. An unpleasant odor adheres to the socks, and these are released when changing to slippers. Therefore, it has excellent deodorant and hygroscopic properties, and its bulkiness makes it comfortable to wear. Materials that are lightweight, inexpensive, and have excellent disposability are required. Deodorized humidity-controlled paper with the body coated on uncoated paper or paper made with artificial zeolite powder. Can be realized by using bulky and stretchable deodorant humidity control paper. I investigated and came to the present invention.   That is, the present invention has a deodorant property and a hygroscopic property, and is inexpensive and excellent in comfort and walking. It is to provide disposable slippers.

[0007]

[Means for Solving the Problems]

The technical means used by the present invention in order to solve the above-mentioned problems is to use as a material, by actively absorbing odors and perspiration that accompany the use of highly airtight footwear such as shoes and eliminating perspiration, and by absorbing moisture. In order to make it comfortable to wear, one side of uncoated paper that is air permeable and moisture permeable has an average particle size of 50 μm or less and a large amount so as to positively absorb odor and absorb moisture. In addition, in order to maintain the moisture absorption capacity, the specific surface area is 120 m ² / g or more and the base substitution capacity (in order to eliminate the odor adsorbed by the catalyst action to retain the odor and strong base substitution property) to eliminate the odor. In order to form an artificial zeolite powder having a meq / 100 g) of 200 mg or more, the absolute adsorption capacity and the absolute moisture absorption capacity are formed into an enormous capacity in order to efficiently adsorb and absorb moisture without impairing its adsorption and hygroscopicity. Et al., At least 25 g / m ² or more of the coating weight percentage deodorizing tone was coated wearing drives out wet paper, or after having supported thereon a cellulose in the artificial zeolite powder, artificial zeolite powder are substantially A deodorant moisture-controlled paper prepared by compounding with a compounding ratio of 25 g / m ² or more is used.

[0008]   And in order to keep the bulkiness and stretchability of this deodorant humidity-controlled paper and enhance walking, Bulky stretchable deodorant humidity controlled paper with embossing or crepe processing applied over the entire surface In addition, the sole member is formed by cutting it into a predetermined sole shape.   Then, the heel area of this sole member has a required area in a dot shape or a line shape. Adhesive is applied, and when walking, the heel part of the sole member will adhere to the sole of the foot and walk. In addition, the edge of the front part of the sole member contacts the side edge of the sole member. And the other ends are formed in such a length that they can be joined to each other. Adhesive is applied in a dot or line shape on the surface with the required area to form the locking part. Is provided with an instep part holding material, and the surface of the sole member coated with the adhesive and the instep part The disposable slipper has a structure in which a release paper is attached to the surface of the holding material locking portion.

In addition, the bulky stretchable deodorant humidity-controlling paper forming the sole member supports the artificial zeolite powder with fibrin, and the artificial zeolite powder has a blending ratio of 25 g / m ² or more. Disposable slippers made of blended paper made of deodorant humidity control paper, and the edges of the instep holding material provided in front of the sole member are integrally cut with the sole member to form an extension. The structure of the disposable slipper has a folding groove formed in the extending portion of the upper part holding material.

[0010]

[Action]

  Since the present invention is constructed as described above, it has the following operation. The sole member disappears A voluminous stretchable deodorant humidity control paper with embossed or crepe processed odor control moisture paper Since it is cut into a bottom shape, it is used with the odor emitted or sweating If it does, an adsorbing or absorbing surface formed by coating or blending with the sole member. Artificial zeolite powder with a large product ratio and enormous amount of adsorption or moisture absorption capacity The odor is positively and efficiently adsorbed to prevent the odor from spreading and to be adsorbed. The odor is also eliminated by the catalytic action and strong base substitution, and sweat is immediately absorbed by moisture. It will be refreshing and comfortable to wear.   In addition, the sole member is embossed and creped to make it bulky so that it can walk. Occasionally, a cushioning function works to absorb and relax the impact when walking.   Adhesive in a dot or line shape with a required area on the heel part of the sole member. The release agent is applied and the release paper is attached to the surface. By using it, the sole member attaches to the sole of the foot when walking, and walking is performed, The sole member can walk easily without being separated from the foot or broken.

[0011]   Further, at the front part of the sole member, its edges are respectively bonded to the side edges of the sole member, Moreover, the other end has such a length that it can be joined to each other. Of the adhesive that is applied in a dot or line shape, and peel it off on its surface. Since the upper part holding material with the release paper attached is formed, remove the release paper before use. In addition, the other end on which the locking portion is formed is on the lower side, and the other end on the other side is on the upper side. By overlapping so that it can be wrapped, even users of various insteps and shapes can easily keep it covered. You can have it.   When using the present invention, the adhesive on the heel part of the sole member causes the foot to move when walking. Since there is no slippage on the surface of the bottom member, walking stress during walking will be applied to the upper part holding material. The risk of being added is eliminated, and a relatively lightweight, thin, and fragile bulky stretchable deodorant humidity-controlling paper is sufficient. It can be used for a long time, and even if temporary walking stress is applied, it exhibits elasticity and prevents damage. To be done.

[0012]

【Example】

  An embodiment of the present invention will be described in detail below with reference to the drawings. FIG. 2 is a cross-sectional explanatory view of the odor control humidity control paper 1, and FIG. FIG. 2 is a cross-sectional explanatory view of the present invention, in which the present invention is comfortable to wear and walks due to its deodorant and hygroscopic properties. Deodorant function and humidity controller because it is to provide inexpensive and inexpensive disposable slippers The technical idea of using deodorant humidity-controlled paper that retains its performance and is excellent in disposal is adopted.

That is, the deodorant humidity-controlling paper 1 has an air-permeable and moisture-permeable uncoated paper 10A on one side of which the generation of odor, sweating, or damp feet in a hermetically sealed manner such as shoes. In order to positively adsorb and absorb the odor, sweat, and stuff that diffuses by changing to open slippers, it is preferable that the adsorbing and absorbing surface area is large, so that the average particle size is 50 μm or less, preferably 10 to 10 μm. Since it is desired to have a large adsorption capacity or moisture absorption capacity of 30 μm for efficient adsorption or moisture absorption, its specific surface area is at least 120 m ² / g or more, preferably 160 to 180 m ² / g or more. The base substitution capacity (meq / 100 g) is preferably 200 mg or more, in order to achieve a solubilized odor due to the catalytic action that inherently retains the odor and strong base substitution. Artificial zeolite powder 10B of optimum 300mg are selectively used.

As shown in FIG. 1A, the artificial zeolite powder 10B that is selectively used is made to have an enormous amount of absolute adsorption capacity and absolute moisture absorption capacity so that its adsorption and hygroscopicity are not hindered. Since it is preferable that the artificial zeolite powder 10B is applied at a coating weight ratio of at least 25 g / m ² or more, the deodorant humidity control paper 1A is formed. In such a case, many methods have been proposed for applying the artificial zeolite powder 10B without impairing the adsorptivity and hygroscopicity, but specific examples thereof include cellulose derivatives, casein, gelatin, starch and the like coating films. A coating material that retains air permeability and moisture permeability at the time of formation is used, the coating material being 10 to 20% by weight, the artificial zeolite powder 10B being 25 to 40% by weight and water 40 to 70% by weight. Examples include a method in which the mixed water-soluble coating material 10C is applied to a required coating weight with a coating machine such as a roll coater, and is evaporated by heating and drying to form a large number of evaporation holes.

The deodorant and humidity-controlled paper 1 may be obtained by coating the uncoated paper 10A with the artificial zeolite powder 10B on one side thereof, or as shown in FIG. Formulated paper making such that artificial zeolitic powder 10B is blended at a blending ratio of substantially 25 g / m ² or more, in addition to making paper entanglement by supporting fibrous materials such as pulp, hemp, and cotton in a floc shape. It is also possible to use the deodorant humidity control paper 1B. In such a case, as means for supporting the fibrin on the artificial zeolite powder 10B, since the artificial zeolite powder 10B holds a negative potential, the fibrin such as pulp, hemp, and cotton and the artificial zeolite powder 10B are mixed with water. Flocking is carried out by the electrical coagulation effect by mixing with, and the entanglement property at the time of papermaking is exhibited by this, but from the viewpoint of further enhancing cohesion property, it is necessary to mix a coagulant such as aluminum sulfate. Is also suggested.

The deodorant humidity-controlled paper 1 thus formed desirably has a basis weight of at least 50 g / m ² or more, and preferably 80 to 160 g / m ² in order to maintain the shape retention property of the slipper to be formed. The selected deodorant humidity control paper 1 has cushioning properties for absorbing and relaxing a walking impact during walking, and also has a stretchable property that can be absorbed even when a walking stress is applied. In order to maintain the property, embossing 2A or crepe 2B is applied over the entire surface to form a bulky stretchable deodorant humidity-controlled paper 2 for use.

[0017]   Embossing 2A or crepe processing applied to this bulky stretchable deodorant humidity-controlled paper 2 The specific shape and pattern of 2B and the depth and density thereof are the thickness of the deodorant humidity control paper 1 to be used. It is determined by the paper quality, paper quality, grammage, etc., but generally as shown in FIG. In addition, the pressure protrusion 2 having an appropriate shape, size, and depth can be formed on the front surface and the back surface of the deodorant humidity-controlled paper 1. 0A and pressure recesses 20B formed in a zigzag pattern, or as shown in FIG. Sea urchin dehumidified humidity-controlled paper 1 has an appropriate height and width applied to the front and back sides in the warp or weft direction. It is proposed that the ridges 21A are formed in a continuous multi-row form.

[0018]   Bulky stretchable deodorant humidity control paper 2 with embossing 2A or crepe 2B As shown in FIG. 4, the foot sole member 3 is cut into a foot shape having a predetermined shape and size. It is formed. The size of the sole shape cut in such a case is about 2 for a general adult boy. It is about 23 cm for a 5 cm adult girl, but slippers should not be used relatively rough. However, it is necessary to decide on a size that can be used for these sizes. Have a pediatric size, if you are considering dealing with a wide range of users It is desirable to keep it.

At the heel portion 3A of the sole member 3 cut into the predetermined sole shape, the sole member 3 is attached to the sole of the foot so that the sole member 3 does not separate from the sole or break during use. Adhesive 3B is applied in a dot shape or a line shape in a required area so that the user can walk. The adhesive 3B is not particularly limited, and has an adhesiveness such that it adheres to the back of the foot to the pedestrian and adheres to the sole member 3 to allow it to walk, and that it can be easily peeled off from the sole of the foot after use. Anything you have will do. In addition, the coated area of the pressure sensitive adhesive 3B is not particularly limited, but generally the approximate coated area of the pressure sensitive adhesive 3B is about 1 to 3 cm ² . A release paper 5 is attached to the coated surface of the pressure-sensitive adhesive 3B so that the pressure-sensitive adhesiveness of the pressure-sensitive adhesive 3B does not hinder the handling before use.

[0020]   As shown in FIG. 5, the front portion of the sole member 3 thus formed has its edges 4A, 4A. Is adhered 3C to the side edges 3D and 3D of the sole member 3 with an appropriate adhesive. The other ends 4B, 4B are formed to have a length such that they can be joined to each other, and the other end 4B is formed. Adhesive 3B is applied in a dot shape or a line shape with a required area on one surface. The instep holding member 4 having the locked portion 4C formed therein is provided. Of course The release paper 5 is attached to the coated surface of the adhesive 3B forming the locking portion 4C. There is.   The reason why the upper part holding members 4 are formed to have a length that allows them to be joined to each other is that the user's foot The size, especially around the instep, is significantly different for each user. In order to cope with the problem and make it easy to use, the size of the foot and It is possible to adapt to the fluctuation of With this structure, the disposable slipper 6 of the present invention is formed.

[0021]   When the disposable slipper 6 of the present invention is used, the foot should be placed on the upper surface of the sole member 3. The back side is placed, and the locking part 4C is formed on the surface of the other end 4B on one side of the upper part holding material 4. The instep part holding material 4 thus formed is wrapped around the instep part of the foot, and is attached to the locking part 4C. By removing the release paper 5 formed as described above and overlapping the other end 4B on the other side with the upper surface thereof, The other ends 4B and 4B that are joined are adhesively joined to each other so that the instep of the user's foot is wrapped and held. To be done.   Then, after the upper part of the foot is wrapped and held, the heel part 3A of the sole member 3 continues. By removing the release paper 5 on the surface of the adhesive 3B applied to the The back side of the foot adheres to the body so that the person can walk.

[0022]   In addition to this structure, the disposable slipper 6 of the present invention has the structure shown in FIG. The sole member 3 of the disposable slipper 6 of the present invention is suitable for use as a bulky stretchable deodorant humidity control paper. 2 is usually formed by punching and cutting into a predetermined sole shape. 3C is adhered to the side edges 3D, 3D of the front part of the sole member 3 with an appropriate adhesive. Each of the instep holding members 4 is also punched and cut, and the adhesive 3C is formed. Therefore, the productivity is poor and the cost is increased.

[0023]   Then, the instep part provided at the front part of the sole member 3 cut into a predetermined sole shape is held. Each edge 4A, 4A of the material 4 is cut out integrally with the sole member 3 and extends. The upper part holding member 4 is formed on the extending parts 4D and 4D of the upper part holding member 4. It is formed by folding and forming a folding groove 4E for holding the instep of the foot. The folding groove 4E is a means using a pressure line which is used in a folding portion of a general paper container or the like. Can be fully used.

[0024]

[Effect of device]

In the present invention, as described above, the material used is one side of uncoated paper with an average particle size of 50 μm or less, a specific surface area of 120 m ² / g or more, and a base substitution capacity (meq / 100 g) of 200 mg or more. The artificial zeolite powder is applied at a coating weight ratio of at least 25 g / m ² or more without impairing its adsorptivity and hygroscopicity, or the artificial zeolite powder is loaded with fibrin, and then the artificial zeolite powder is added. Using a bulky stretchable deodorant humidity-controlled paper that has been embossed or creped over the entire surface of the deodorant-controlled humidity paper that has been compounded to make the body a blending weight ratio of substantially 25 g / m ² or more, Since the sole member is formed by cutting it into a sole shape, by using shoes with high sealing performance, you can replace the odor generated by sweating or sweaty feet with the disposable slippers of the present invention. , Stuffiness is a comfortable feeling with the adsorbed moisture well actively 且効 rate diffusion of odors is prevented is kantoku.

[0025]   The front part of the sole member is of a length such that it can be joined to each other and its edges are of the sole member. Adhered to the side edge, or provided with a folding groove and extended integrally with the sole member The adhesive is applied in a dot or line shape on one surface of the other end. Since it is worn and the locking part is formed, it is suitable for various users of foot size and underbody. Can be easily wrapped and held. In addition, the heel area of the sole member has a dot shape with the required area. Alternatively, since the adhesive is applied in a line, the sole member will not adhere to the back of the foot. Can walk and the sole member also has a cushioning effect, so it has excellent walking ability. Moreover, the impact when walking is absorbed and alleviated.   In addition, the disposable slipper of the present invention is an adhesive surface coated on the heel part of the sole member. In addition, release paper is attached to the surface of the locking part where the adhesive is applied to the other end surface of the instep holding material. Since it is attached, it is convenient to transport and handle, and after use it is discarded and re-used. It is a disposable slipper that has a great many features, such as being available for live use.

[Brief description of drawings]

FIG. 1 is a cross-sectional explanatory view of a deodorant humidity-controlled paper.

FIG. 2 is an explanatory cross-sectional view of a bulky stretchable deodorant humidity-controlled paper that has been embossed.

FIG. 3 is a cross-sectional explanatory diagram of a bulky stretchable deodorant humidity-controlled paper that has been creped.

FIG. 4 is an explanatory view of a sole member.

FIG. 5 is an explanatory view of the present invention.

FIG. 6 is a development explanatory view of the present invention in which an upper holding member is integrally formed.

[Explanation of symbols]

1 Deodorant humidity control paper 1A Deodorant humidity control paper coated with artificial zeolite powder 1B Deodorant humidity control paper containing artificial zeolite powder 10A uncoated paper 10B artificial zeolite powder 10C water-soluble coating material 2 Bulky elastic deodorant humidity controlled paper 2A embossing 2B crepe processing 20A pressure protrusion 20B pressure recess 21A Pressure ridge 3 sole members 3A heel part 3B adhesive 3C adhesive 3D side edge 4 Upper part holding material 4A edge 4B other end 4C locking part 4D extension part 4E Folding groove 5 Release paper 6 Disposable slippers of the present invention

Claims (3)

[Scope of utility model registration request] 1. An uncoated paper sheet having air permeability and moisture permeability, having an average particle diameter of 50 μm or less and a specific surface area of 12 on one side.
0 m ² or more and base substitution capacity (meq / 100 g) is 2
Artificial zeolite powder of 00 mg or more is embossed or creped on the entire surface of the deodorant humidity-controlled paper coated with a coating weight ratio of 25 g / m ² or more so as not to impair its adsorptivity and hygroscopicity. The bulky stretchable deodorant humidity-controlling paper obtained by applying the above is cut into a predetermined sole shape to form a sole member, and the heel portion of the sole member has a dot or line adhesive in a required area. The end of the sole member is adhered to the side edge of the sole member, and the other end is formed in such a length that they can be joined to each other. One surface is provided with an instep holding member having a locking portion to which an adhesive is applied in a required area in a dot shape or a line shape, and the adhesive application surface of the sole member and the instep Disposable slipper having a structure in which release paper is attached to the surface of the part holding material locking part. 2. A bulky stretchable deodorant / humidity-controlling paper in which artificial zeolite powder is loaded with fibrin, and artificial zeolite powder is 2
The disposable slipper according to claim 1, which is made of a deodorant moisture-controlled paper which is paper-formed with a compounding ratio of 5 g / m ² or more. 3. An end edge of an instep part holding member provided at a front part of the sole member is cut and extended integrally with the sole member, and a folding groove is formed in the extending part of the instep part holding member. The disposable slipper according to claim 1 or 2, wherein the slipper is formed.