JP3166236U - Insole with anti-steaming function and shoes with the insole - Google Patents

Abstract

An object of the present invention is to absorb the impact of weight applied to the sole during walking, to recover fatigue by stimulating the effect of rubbing the acupoints of the sole, and to generate airflow between the toes, thereby increasing the humidity. To provide an insole with a stuffiness prevention function that suppresses smell and stuffiness. An insole (10) formed in a predetermined footprint to be placed in a shoe, the upper layer section (1) being formed in a footprint and having a plurality of small holes (4) perforated at predetermined positions, so as to follow the footprint. The middle layer 2 in which a plurality of hollow tubes each having a plurality of air holes 5 perforated at positions opposed to the small holes 4 and the mesh cloth woven in a lattice pattern is formed in a foot shape. An insole with a stuffiness preventing function, wherein the insole is formed by laminating the lower layer 3 and a plurality of tubes are arranged at predetermined intervals and sewn in a wavy shape. [Selection diagram] Fig. 1

Description

  The present invention is designed to prevent stuffiness by discharging air around the soles of the shoes in the walking process, and to stimulate fatigue and restore the fatigue by stimulating the points on the soles of the foot, and the insole It relates to shoes with a mat.

  Conventionally, insoles with a function of preventing the feet from stuffiness are commercially available as shoes or insoles having a function of ventilating the air in the shoes in order to prevent the feet from becoming stuffy. For example, the conventional insole 50 shown in FIG. 4 is provided with an air pump mechanism 51 in the buttock, and is provided in the buttock of the insole 50 when the heel lands outside air sucked from the intake holes 52 in accordance with walking. The air pump mechanism 51 is compressed and operated, discharges dry air from a plurality of discharge holes 55 provided in the toe portion 54 through the discharge path 53, and exhausts the moist air of the sole to prevent the feet from becoming stuffy. An insole 50 having a built-in air pump mechanism 51 is commercially available.

  Further, a health shoe and an insole for preventing fresh air from taking in fresh air through a hollow pipe and discharging it before and after the foot to prevent stuffiness and athlete's foot are disclosed (for example, see Patent Document 1). ).

Japanese Utility Model Publication No. 2009-142307

  However, in the conventional insole, when walking for a long time, the soles, calves, thighs and hips may get tired and feel pain, and a function for recovering from fatigue is not added.

  Further, in the case of an insole that takes outside air into shoes, there is a problem that the outside air taking-in structure is complicated and manufacturing cost is increased.

  The present invention has been made focusing on the above-mentioned problems, and the elastic tube absorbs the impact of the weight applied to the sole of the foot during walking, and the corrugated irregularities of the tube are the points on the sole of the foot while walking. By creating a stimulating effect such as being massaged, it naturally recovers from fatigue, and in the part between the toes, the flow of air due to the discharge of compressed air in the tube by walking generates air flow in the shoe An object of the present invention is to provide an insole with an anti-steaming function that suppresses an increase in humidity and suppresses foot odor and stuffiness due to sweat, and a shoe equipped with the insole.

  In order to achieve the above object, the present invention comprises the following configurations (1) to (2).

  (1) An insole formed in a predetermined foot shape to be placed in a shoe, the upper layer formed in the foot shape and having a plurality of small holes perforated at a predetermined position, and horizontally along the foot shape A middle layer portion in which a plurality of tubes having a hollow structure in which a plurality of air holes are perforated are arranged at positions opposed to the small holes, and a lower layer portion in which a mesh cloth woven in a lattice shape is formed in the foot shape An insole with a dampening function, wherein the plurality of tubes are arranged at predetermined intervals and sewn into a wave shape.

  (2) A shoe provided with an insole with an anti-steaming function, wherein the insole with an anti-steaming function according to (1) is placed in the shoe.

  According to the present invention, the elastic tube absorbs the impact of weight applied to the sole of the foot during walking, and the corrugated irregularity of the tube causes the acupuncture point of the sole to be abraded while walking. The body naturally recovers from fatigue and generates a flow of air by the discharge of compressed air in the tube during walking between the toes to suppress the increase in humidity in the shoes. It is possible to provide an insole with an anti-steaming function that exhibits the effect of suppressing foot odor and stuffiness, and a shoe having the insole.

(A) Perspective view of insole with anti-steaming function according to the present invention, (b) Structural diagram of insole (A) Cross-sectional view of a shoe provided with an insole with anti-steaming function, (b) Cross-sectional view seen from the side of the shoe Diagram showing the behavior of the insole during walking Configuration diagram of conventional insole with anti-steaming function

  Hereinafter, embodiments for carrying out the present invention will be described in detail with reference to the drawings.

  FIG. 1 (a) shows an insole (hereinafter referred to as an insole) 10 with a dampness prevention function according to the present invention. The insole 10 formed in a foot shape has a three-layer structure as shown in FIG. 1 (b). is doing. The insole 10 is composed of an upper layer portion 1 formed of a skin or artificial skin 1a, a middle layer portion 2 in which resin-made elastic tubes 2a having a diameter of about 6 to 8 mm are arranged side by side, and air permeability. It consists of the lower layer part 3 formed of the mesh cloth 3a, and these three layers are configured to be sewn 6 with a thread so as to isolate the tubes 2a forming the middle layer part 2.

  A plurality of small holes 4 are formed in the skin 1a of the upper layer portion 1 of the insole 10 along the isolated tube 2a. And ensure air permeability. The upper layer portion 1 may be formed of the same mesh cloth as the lower layer portion 3.

  The tube 2a of the middle layer portion 2 is formed with one or two air holes 5 at positions corresponding to the roots of the heel and the finger, and the air holes 5 coincide with the small holes 4 of the facing skin 1a. Is formed. In this embodiment, the tube 2a having a hollow structure employs a tube 2a made of resin such as silicon having an outer diameter of 6 mm and an inner diameter of 4 mm, and has a strong elasticity that restores the original shape even when crushed by walking. It is made of a resin material. In addition, the outer diameter of the tube 2a to be used can be changed according to weight or shoe size, and does not limit the present invention.

  The mesh cloth 3a of the lower layer part 3 uses a mesh cloth 3a woven in a lattice shape with a synthetic fiber, so that the insole 10 does not slip during walking due to moderate friction with the shoe sole 31 to ensure the foot. It has a function of holding and a function of increasing the air permeability of the insole 10 by circulating air.

  Furthermore, by forming the lower layer 3 of the insole 10 with the mesh cloth 3a, the effect of preventing the insole 10 from being dampened by diffusing moisture in the soles absorbed by the skin forming the upper layer 1 is demonstrated. is doing.

  The durability of the insole 10 is formed of a material having a strength that can withstand walking of 3000 km a year by walking 10 km every day. It uses a silicone tube that can withstand repeated deformations of 4 mm at a time, and has a discharge capacity of about 80.4 ml when compressed.

  2 (a) and 2 (b) are cross-sectional views of a state in which a shoe 30 equipped with an insole 10 with an anti-steaming function is worn, and are arranged at predetermined intervals so as to support the entire sole. Wave-shaped irregularities of the insole 10 that are sewn 6 with the tube 2a interposed therebetween are arranged uniformly along the foot width. Due to the corrugated irregularities generated by sewing 6 of the insole 10, it is between the sole and the upper layer 1 of the insole 10 and between the lower layer 3 of the insole 10 and the upper surface of the shoe sole 31. A gap is formed, and the air can be circulated from the heel to the fingertip.

  Moreover, since the wave-shaped unevenness | corrugation of the insole 10 by the sewing 6 of the insole 10 is arrange | positioned in the whole sole, the acupressure effect of the whole sole can be anticipated.

  When walking for a long time on the conventional insole 10, fatigue may occur on the soles of arches and heels, calves, thighs, and lower back, but you may feel pain. When walking for a long time using the floor 10, there is no feeling of fatigue or pain.

  According to the orthopedic surgeon's view, the insole 10 fixed to the sole 31 stabilizes the entire foot due to friction between the surface of the sole 31 and the mesh cloth 3a of the lower layer 3 of the insole 10 with the anti-steaming function. Hold. Next, when the hollow tube 2a with appropriate elasticity is crushed, the impact force applied to the soles, such as the heel and the base of the finger, that occurs when landing on walking is absorbed by compressing the air in the tube. It is effective to weaken.

  In addition, as the body weight is moved from the heel to the fingertip by walking, the corrugated unevenness of the tube 2a isolated by the sewing 6 and the lump of compressed air move in each tube. A lump of moderate hardness due to the elasticity of the tube 2a and compressed air moves from the heel toward the fingertip. At that time, the elasticity of the tube 2a and the lump of compressed air stimulated while moving the acupuncture points on the sole of the foot, so that it is shaped to receive agitation while walking, and exerts two acupressure effects of fatigue reduction and recovery. Therefore, it can be expected to reduce fatigue by about 30 to 50% compared to normal walking.

  The operation of the insole 10 during walking will be described with reference to the cross-sectional view of FIG. When walking, the heel shown in FIG. 3 (a) lands and the weight moves from the heel on the sole toward the fingertip. The air movement in the hollow tube 2a is compressed from the heel side toward the fingertip. Is done. The compressed air mass shown in FIG. 3 (b) moves toward the tip of the tube 2a, and the air hole 5 drilled in the tip of the tube 2a by the action of kicking the ground with the fingertip shown in FIG. 3 (c). The compressed air is discharged from the crotch portion of the finger base through the small hole 4 in the upper layer portion 1 of the insole 10.

  The compressed air released from the air holes 5 generates an air flow around the finger, which reduces humidity due to sweating between fingers and prevents stuffiness, and is also expected to suppress the generation of odors caused by germs. it can. Further, by forming the lower layer portion 3 of the insole 10 with the mesh cloth 3a, moisture in the sole 10 absorbed by the epidermis 1a forming the upper layer portion 1 is diffused to prevent the insole 10 from being damp, Demonstrates the effect of preventing stuffiness on the back.

  Furthermore, the wave-shaped irregularities of the tube 2a and the lump of compressed air in the tube 2a are moved by walking on the entire sole, so that the acupressure effect that stimulates the entire sole can be exhibited, and fatigue reduction and recovery can be expected.

  As described above, according to the present invention, the elastic tube constituting the insole absorbs the impact of the weight applied to the sole of the foot during landing, and the acupuncture of the sole of the foot while the corrugated irregularities of the tube are walking. Fatigue recovery can be achieved naturally by creating an acupressure effect such as a massage. In addition, as walking, compressed air in the tube is discharged between the toes to generate air flow, suppressing the increase in humidity on the soles and reducing the generation of odors due to germs. It is possible to provide an insole with an anti-steaming function and a shoe provided with the insole.

DESCRIPTION OF SYMBOLS 1 Upper layer part 1a Skin 2 Middle layer part 2a Tube 3 Lower layer part 3a Mesh cloth 4 Small hole 5 Air hole 6 Sewing 10 Insole 30 with a dampness prevention function Shoe 31 Shoe sole 50 Insole 51 Air pump 52 Intake hole 53 Discharge path 54 Toe part 55 Discharge hole

Claims (2)

An insole formed in a predetermined foot shape to be placed in a shoe,
An upper layer part formed in the foot shape and having a plurality of small holes drilled at predetermined positions;
A middle layer portion in which a plurality of hollow tubes having a plurality of air holes perforated at positions facing the small holes are arranged side by side along the foot shape, and
Laminating a mesh cloth woven in a lattice shape with the lower layer part formed in the above-mentioned foot shape,
An insole with a dampening function, wherein the plurality of tubes are arranged at predetermined intervals and sewn into a wave shape.   A shoe provided with an insole with an anti-steaming function, wherein the insole with an anti-sweating function according to claim 1 is placed in the shoe.

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