KR200308056Y1 - Single-Use Footgear Pad - Google Patents

Abstract

The present invention quickly absorbs the sweat generated by walking for a long time to prevent foot slipping or discomfort caused by the sweat, and does not need to wash separately. A shoe insole, comprising: a nonwoven layer having a top surface directly in contact with a sole of a user or a sock worn by the user; A natural pulp layer located below the nonwoven layer; A superabsorbent resin layer disposed under the natural pulp layer to absorb moisture components including a user's sweat; Located on the bottom surface of the shoe and made of a buffer member layer treated with antibacterial and antibacterial chemicals for eradicating and suppressing bacteria including bacteria, and aromatic chemicals for providing a predetermined aroma, It is characterized in that it is to be used for one-time unnecessary washing.

Description

Disposable Shoe Insole {Single-Use Footgear Pad}

The present invention relates to a shoe insole, more specifically, to quickly absorb the sweat caused by long walking to prevent foot slipping or discomfort inside the shoe caused by sweat, and does not require separate washing, It relates to a disposable shoe insole to be inserted into the inner bottom of the shoe to use.

In general, shoes reduce fatigue during walking and prevent the soles or feet from being hurt by road foreign matters, and its origin is one of the necessities of life so old that it began with the history of mankind.

In particular, there are various types of shoes according to the use, such as gentleman shoes, sneakers, hiking boots, boots, boots, boots, etc. Among them, hiking shoes are described as an example.

1 is a perspective view showing the appearance of a general shoe, the shoe 10 is usually in direct contact with the ground or road surface soles (10) made of a material having a predetermined elasticity to primarily mitigate the impact applied to the body during walking ), The insole 12 for mitigating secondary impact so that pain or fatigue is not transmitted to the sole due to the curvature of the road during walking, and a shoe jacket 14 having a shape wrapped to protect the user's feet from the outside And a shoelace 16 for tightening so that the user does not peel off when walking wearing shoes.

In particular, the shoe insole 12 is formed in the shape as shown in Figure 2, it is generally manufactured to be shaped to surround the sole of a person to feel comfortable when walking.

However, conventional shoe insoles have the following disadvantages.

First, when there is a lot of exercise such as hiking boots, sneakers, sneakers, there is a problem in that all kinds of smells are generated from newly purchased shoes to create discomfort to others and themselves.

Second, there is a problem in that the user of the treatment due to athlete's foot, etc., the efficacy of the ointment such as the ointment that was applied due to the moisture, such as sweat generated during walking, is rapidly reduced.

Third, it is difficult to use existing shoes as it is for soldiers who require long-distance marching, athletes who require long exercise, and steel workers such as steel mills. there was.

Moreover, it has recently proved that it is very difficult to wash shoes contaminated with sweat and bacteria in a general household so that the shoe washing business appears.

According to the survey, athletes who exercise day and night have more athlete's foot than ordinary people, purchase and use at least two pairs of shoes, and even when the smelly sneakers are put in a washing machine, There was a problem that the odor is generated to be in very bad condition.

The present invention is to solve the above problems, to quickly absorb the sweat caused by long walking to prevent foot slipping phenomenon or discomfort inside the shoe caused by the sweat, and do not require separate washing, conventional shoes It is an object of the present invention to provide a disposable shoe insole that is inserted into the inner bottom for use.

Another object of the present invention is to provide a disposable shoe insole capable of eradicating the bacteria parasitic in the shoe or blocking the generation of bacteria.

1 is a perspective view showing the appearance of the projected conventional shoes.

Figure 2 is a perspective view showing the appearance of a conventional shoe insole.

Figure 3 is a perspective view of a disposable shoe insole according to the present invention.

<Description of the symbols for the main parts of the drawings>

22: disposable shoe insole 220: non-woven layer

222: natural pulp layer 224: superabsorbent resin layer

226: buffer member layer

A feature of the present invention for achieving the above object is a non-woven layer directly contact the top surface of the user's soles or socks worn by the user; A natural pulp layer located below the nonwoven layer; A superabsorbent resin layer disposed under the natural pulp layer to absorb moisture components including a user's sweat; Located on the bottom surface of the shoe and made of a buffer member layer treated with antibacterial and antibacterial chemicals for eradicating and suppressing bacteria including bacteria, and aromatic chemicals for providing a predetermined aroma, Washing is not necessary, and will be used by inserting over the existing shoe insole.

In a preferred embodiment, the buffer member layer further includes an adhesive tape or an adhesive material to be adhered to the existing shoe insole to be adhered to the existing shoe insole.

In a preferred embodiment, the method further includes printing a predetermined color or a predetermined pattern on the nonwoven fabric layer.

Hereinafter, with reference to the accompanying drawings to describe the present invention in detail.

First, the shoe insole according to the present invention is designed to be removable to the existing gentleman's shoes, sneakers, boots, hiking boots, etc. It can be used for one-time without changing the shape of the existing shoes, and additionally placed on the insole provided in the existing shoes will be.

Figure 3 is a perspective view showing the appearance of the shoe insole according to the present invention, the shoe insole 22 to be laid on the inner bottom surface of the shoe is in contact with the sole of the user's soles or socks worn directly by the user The nonwoven fabric layer 220 and the natural pulp layer 222 positioned below the nonwoven fabric layer are provided.

In addition, the superabsorbent resin layer 224 positioned below the natural pulp layer to absorb moisture components including the user's sweat, and located on the bottom surface of the shoe to eradicate bacteria including bacteria, It comprises a buffer member layer 226 treated with antibacterial and antibacterial chemicals for suppression, and aromatic chemicals for providing a predetermined aroma.

On the other hand, the nonwoven fabric layer 220, natural pulp layer 222, superabsorbent resin layer 224, each layer (Layer) of the shoe insole 22 made of a buffer member layer 226 is bonded with an adhesive material Or, each layer is connected by sewing.

For reference, the nonwoven fabric, pulp and superabsorbent polymer will be described below.

1) Nonwoven

One of the coating materials, also known as papermaking, is a process in which a fiber is put into a synthetic resin adhesive container, wetted, dried, and heat treated, similar to paper. Drying is made of fibers made of thin cotton, spouted with synthetic resin and dried by heating. Since the early 1950s, it has developed rapidly in the United States, and it is used for various purposes because the fibers are entangled, there is no vertical and horizontal orientation, and the cut edges do not loosen. In recent years, it is also widely used for industrial purposes.

2) pulp

Aggregates of cellulose fibers obtained from wood or other textile fabrics by mechanical, chemical or intermediary methods, which contain a large amount of moisture and are either bamboo-like or dehydrated by pressing or the like. In a narrow sense, it means extracting and collecting the fibers that make up the plant.

At present, the raw materials of the pulp used are cotton wool fibers, stems of rice plants such as bamboo, straw, esparto, bagasse, etc., bark of manila hemp, hemp, flax, Doc, sama, and skin. There are many varieties such as tree branches and trunks except leaves. There are two classification methods, namely, the method of classifying the raw materials used and the method of manufacturing. The raw materials are classified into wood pulp and non-wood pulp, and wood pulp is divided into coniferous pulp and hardwood pulp, and non-wood pulp is straw pulp, bagasse pulp, reed pulp, bamboo pulp, basphy pulp and rag pulp. , Cotton pulp and the like. In the present invention, natural pulp is usually made of wood.

3) Super absorbent resin

Super Absorbent Polymer instantly absorbs water in the amount of hundreds to thousands of times its weight. It is a new material that swells and becomes gel like agar, and does not release water due to absorption. Powdered or granulated like sugar, it should be placed to be evenly distributed. At this time, it is preferable that the absorbent (Fluff Pulp + Tissue + Polymer) is mixed in the form of a polymer absorbent to prevent aggregation with the super absorbent polymer.

4) buffer member layer

The buffer member is used to alleviate the shock caused by walking and to prevent the moisture absorbed in the superabsorbent resin layer from being released to the outside due to the pressure applied from the sole of the foot. By doing so, it is possible to perform the function of eradicating germs that may be parasitic on the bottom of the existing shoes or blocking the generation of germs.

On the other hand, the bottom of the buffer member layer 226 may be further bonded to the existing shoe insole by further comprising an adhesive tape or adhesive material to be adhered to the existing shoe insole, which requires very high concentration such as mountain climbing Prevent slipping inside the shoe.

In addition, by printing a predetermined color or a predetermined pattern on the nonwoven fabric layer 220, it is also desirable to provide a differentiated image from the existing shoe insole, and to aim for an advanced product image.

According to the preferred embodiment of the present embodiment described above has the following advantages.

First, by blocking the source of the user's feet to sweat or bacteria due to prolonged exercise or walking, there is an advantage to promote foot health by preventing bacterial diseases such as athlete's foot.

Second, there is an advantage that can significantly reduce the fatigue caused by walking by preventing the slip during walking due to the sweat generated from the user's foot due to long walking or exercise.

Third, when used as a medical aid for the treatment of athlete's foot there is an advantage that can significantly reduce the treatment period due to athlete's foot.

Fourth, even when walking or exercising for a long time, only need to carry a plurality of disposable shoe insole provides a very convenient user convenience compared to the past.

Claims (3)

In the insole 22 to be used on top of the insole provided in the existing shoes, A nonwoven layer 220 whose upper surface is in direct contact with the sole of the user or the socks worn by the user; A natural pulp layer 222 positioned below the nonwoven fabric layer; A superabsorbent resin layer 224 positioned below the natural pulp layer to absorb moisture components including a user's sweat; The buffer member layer 226 is treated with antibacterial and antibacterial chemicals for erasing and suppressing bacteria including bacteria at a position contacting the inner bottom of the shoe, and aromatic chemicals for providing a predetermined aroma. under, Disposable shoe insole, characterized in that it is to be used for one-time disposable unnecessary washing. The method of claim 1, Disposable shoe insole, characterized in that further comprising an adhesive tape or an adhesive material to be bonded to the existing shoe insole on the bottom of the buffer member layer 226 to be adhered to the existing shoe insole. The method of claim 1, Disposable shoe insole characterized in that it further comprises printing a predetermined color or a predetermined pattern on the nonwoven fabric layer 220.