JP2008188389A - Insole impregnated with aloe liquid - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem that anyone often experiences to sweat on feet when wearing shoes, the feet get stuffy or emit malodor to make the wearer uncomfortable, insoles with high hygroscopic property and ones containing activated carbon in fibers are marketed, those have a prescribed effect on the stuffiness and malodor prevention, however, are little expectant for preventing and curing the foot ringworm. <P>SOLUTION: Raw aloe leaves are crushed into a liquid, and a hygroscopic material is immersed therein to be impregnated with the medicinal components of the aloe, is dried and is used as an insole. This insole has the hygroscopic property, retains a foot comfortable, prevents the malodor, and cures and prevents the foot ringworm. For satisfying the function as the insole, a nonwoven fabric or other reinforcing materials may be attached to the front surface, back surface, or inside. The surface reinforcing material is often formed with projections/recesses or perforation for improving the texture. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  In the present invention, raw aloe leaves are crushed and processed into a shoeline shape made of a hygroscopic material in a liquid state, or a sheet-like material before processing is dipped, dried, and shoelined. It relates to the field of preventing foot stuffiness and odor, keeping feet comfortable or treating and preventing athlete's foot.

  This application is an addition or similar invention of the previous application, Japanese Patent Application No. 006-188605. It is common to experience uncomfortable sweating, stuffiness, and unpleasant odors when wearing shoes. For this reason, shoes with moisture absorption and shoes with activated carbon in fibers are on the market. There is even a shoe sole that forms a space with resilience in the shoe sole, and repeatedly steps and opens the space every time it walks to configure an air pump to exchange air. These are considered to have a certain effect on prevention of stuffiness and odor.

A conventional shoe lining with hygroscopicity needs to be dehumidified after absorbing sweat, and propagation of germs can be considered. There are doubts about the fast-acting medicinal properties of shoes with activated carbon in fibers. There are doubts about the fast-acting medicinal properties of shoe soles that use air pumps to exchange air.
In the present invention, aloe leaves are crushed, and a material made of a hygroscopic material is immersed in a liquid state, dried and used as a shoe sole. This provides moisture absorption, keeps the foot comfortable, prevents malodor due to stuffiness, and treats and prevents athlete's foot with the medicinal components of aloe leaves.

Aloe leaves are crushed finely with a crusher so that the water inside can be fully utilized.
In this case, moisture may be squeezed out using a filter cloth or the like. The liquid material thus produced is put into a container, and a hygroscopic material is put into this container and immersed therein. At this time, the hygroscopic material may be already processed into a shoecloth shape or may be a sheet before processing. In order to improve the quality of the product, it may be possible to dare to attach a granular solid. The material impregnated with the aloe solution is sun-dried or heat-dried.
In order to satisfy the function as a shoe sole, a non-woven fabric or other reinforcing material may be attached to the front surface, back surface or inside. The surface reinforcing material can also be used as a perforated or perforated to improve the touch.
In order to make this purpose more effective, it is conceivable to add other components. For example, mixing active carbon and adding other medicinal ingredients that increase the synergistic effect without impairing the medicinal effects of aloe may be considered.
Moreover, in order to make the shoe-laying material absorb aloe, it may be possible to apply a crushed aloe liquid or spray it.

The use is used as a shoe sole to prevent the feet from becoming stuffy and uncomfortable, to eliminate bad smell caused by sweat, to suppress the development of athlete's foot and to treat.
The present invention is an effective use of what exists in nature, is not expensive, and can be disposable. Aloe itself can also be eaten raw, and even if it is discarded, it is free from environmental pollution.

The manufacturing process of shoe soles is as follows.
1. Aloe washing step-2. Aloe crushing step-3. Shoe material dipping (or sprinkling) step-4. Drying process. The process description is as follows.
1. Cleaning process: Remove soil and foreign matter by washing with water.
2. Crushing process: crushing to the extent that the aloe solution can be used sufficiently.
3. Shoe-laying material dipping (or sprinkling) step: The shoe-laying material may be processed into a shoe-laying shape or may be a sheet before processing.
4). Drying step: Drying is performed at a temperature below the medicinal component of aloe as much as possible.

The use of the present invention is to prevent foot stuffiness and become uncomfortable by using it as a shoe sole, to eliminate bad smell caused by sweat, to suppress the onset of athlete's foot and to treat it.
The present invention can also be used for a similar purpose with a cover and used as slippers or sandals.
Of course, the present invention can be used every day, but it is inexpensive to manufacture for those who are uncomfortable with the use of slippers used by others, especially in facilities used by unspecified majority. Can be disposable.
The facility is, for example, a hospital, a hot spring facility, a ryokan, a Japanese-style restaurant, or the like.
In addition, many people may feel uncomfortable because they are wearing trains on the trains that are going to spend a long time, and their feet are stuffy. Use in such a case is also conceivable.

Claims (5)

The aloe leaves are finely crushed with a crusher, and the liquid material has already been processed into a shoecloth shape, or a sheet-like hygroscopic material before processing is dipped, dried, and used as a shoecloth. .
On the contrary, the liquid material may be applied to a shoe material or sprayed thereon.   In order to satisfy the function as a shoe cover, a non-woven fabric or other reinforcing material may be added to the front surface, the back surface or the inside of claim 1.   In order to improve the touch, the surface reinforcing material can also be used by applying irregularities to the ones according to claims 1 and 2 or by drilling them.   In order to make the purpose more effective, it is conceivable to add other components to those of claims 1, 2, and 3. For example, it is conceivable to add activated charcoal or other medicinal ingredients that increase the synergistic effect without impairing the medicinal effects of aloe.   Claims 1, 2, 3, and 4 can be used as slippers or sandals with a cover.