JP3103195U - Exfoliating polyurethane mat - Google Patents

Abstract

An object of the present invention is to provide a keratin removal tool such as a sole, which is excellent in simplicity and effectiveness, which is used on a floor of a bathroom and a foot is put on the floor without taking an unreasonable posture. Things.
The present invention relates to a synthetic polyurethane in which the uppermost layer is a synthetic fiber woven with an abrasive for removing keratin, and a rigid polyurethane molded into a corrugated second layer in order to adhere to the uneven surface of the foot. 2 and a three-layer structure in which an elastic soft polyurethane 3 is adhered to the third layer. Triangular type 4, mountain wave type 5, elliptical type 6, rod type to remove keratin between the heel and toes 7. A mat with a round 8 hole with a curve. Simply place the exfoliating polyurethane mat on the bathroom floor, put your foot on it, move the foot back and forth, rotate it, or press the heel into the hole in the mat or put your toes, The keratin between the sole, the heel and the toes can be efficiently removed.
[Selection diagram] Fig. 1

Description

The present invention relates to an exfoliating tool for keeping the skin between the sole, the heel, and the toes clean when taking a bath.

Conventionally, as tools for removing keratin such as heels, pumice stone, a product having a projection on a stainless steel plate, and a ceramic product having an abrasive attached thereto have been used.

Conventional keratin removal tools are forcing people to bend their hips, lift their feet, and rub with pumice stones in their hands. For those who are difficult to rub, exfoliating has been a difficult task. In addition, in order to remove keratin on the uneven surface of the sole and keratin between toes, there is a problem in that it is not possible to effectively remove keratin using a flat pumice stone, a stainless steel plate, or a ceramic plate.

The present invention solves the problems of the prior art.It is a simple and effective exfoliating tool that can be used on the floor of a bathroom with feet placed on it, without taking an unreasonable posture. To provide.

To achieve the above purpose, the top layer is a synthetic fiber woven with an abrasive that removes keratin, and a rigid polyurethane molded into a corrugated second layer to make it adhere to the uneven surface of the foot And a three-layer structure with elastic soft polyurethane bonded to the third layer, with a triangular shape, a mountain wave type, an elliptical shape, a bar shape, and a curve to remove the keratin between the heel and toes Drilled a round hole.

As described above, the keratin-removing polyurethane mat of the present invention adheres to various parts of the sole just by changing the weight of the foot by the elasticity of the soft polyurethane, and the rigid polyurethane molded into a wavy form has a moderate rebound The force and the corrugated irregularities further enhance the adhesion to the uneven surface of the sole, and the keratin is dropped by the friction force of the synthetic fiber woven with abrasive, so put it on the bathroom floor and put your feet on it By simply moving or rotating the foot back and forth, the dead skin of the sole can be easily and efficiently removed.

In addition, simply press the heel or put your toes into the round hole with triangle, mountain wave, ellipse, rod, and curve, and easily and efficiently exfoliate between the heel and toes Can be removed.

A rigid polyurethane molded about 20 mm in valley and about 10 mm in valley was adhered to an elastic soft polyurethane about 40 mm in thickness, and an abrasive with a large amount of friction of about 10 mm in thickness was woven on it. Adhere synthetic fibers. It is cut out into a shape close to a circle with a diameter of about 200 mm, and at this time, a round shape with a triangular shape, a mountain wave shape, an elliptical shape, a rod shape, and a curved shape is simultaneously cut out.

Hereinafter, an embodiment will be described with reference to the accompanying drawings. FIG. 1 is an overall perspective view. Reference numeral 1 denotes a synthetic fiber layer in which an abrasive having a large amount of friction with a thickness of about 10 mm is woven, and the keratin is removed by the frictional force. Reference numeral 2 denotes a hard polyurethane layer molded around a mountain of 20 mm and a valley of about 10 mm, and FIG. 2 is an image diagram showing only this layer. The shadow indicates a valley and the light indicates a mountain. The corrugated hard polyurethane enhances the adhesion to the uneven surface of the sole by moderate repulsion and corrugated irregularities. Numeral 3 is an elastic soft polyurethane layer having a thickness of about 40 mm, which adheres to various parts of the sole just by changing the weight application of the foot by the elasticity. The three layers are adhered. FIG. 3 is a view from the side.

FIG. 4 is a plan view of the entire mold and the punched holes. Reference numeral 4 denotes a triangular-shaped punched hole, 5 denotes a mountain-wave-shaped punched-out hole, 6 denotes an elliptical-shaped punched-out hole, 7 denotes a rod-shaped punched-out hole, and 8 denotes a round-shaped punched-out hole with a curved line. Press the heel or put your toes into this hole.

FIG. 5 and FIG. 6 are use example diagrams. Put the exfoliating polyurethane mat of the present invention on the floor of the bathroom, and simply rub the foot on it as shown in FIG. 5 to easily and efficiently remove the exfoliating of the sole as shown in FIG. The keratin between the heel and the toe can be easily and efficiently removed simply by pressing the heel into the hole or inserting the toe.

FIG. 2 is a perspective view showing one embodiment of the exfoliating polyurethane mat of the present invention. FIG. 3 is a perspective view showing a corrugated hard polyurethane layer of the present mat. FIG. 3 is a side view showing a three-layer structure of the present mat. It is the top view which showed the whole die cut die of this mat, and the die cut die of a hole. It is the perspective view which showed the example of use which removes the keratin of a sole with this mat. It is the perspective view which showed the example of use which removes the keratin between toes with this mat.

Explanation of reference numerals

1 Synthetic fiber layer woven with abrasive material with high friction of about 10 mm thickness
2 Hard polyurethane layer molded around 20 mm valley and 10 mm valley
3. Elastic soft polyurethane layer about 40mm thick
4 Triangular die-cut holes
5 Mountain wave type die-cut hole
6 Oval die-cut hole 7 Bar-line die-cut hole 8 Round die-cut hole with curve

Claims (1)

It consists of a three-layer structure in which a rigid polyurethane molded into a corrugated shape is bonded under synthetic fiber woven with abrasive material, and a soft polyurethane is bonded underneath. Triangular, mountain-wave, elliptical, bar-line, curved A keratin removal tool characterized by forming a round hole with