KR200229808Y1 - Fever shoe insole with activated carbon block - Google Patents

Abstract

The present invention relates to a shoe insole using activated carbon for insertion in a ready-made gentle shoe, for exothermic action and a pleasant environment in the shoe. There is a space for the pump (9) or the heat source (7) of the present invention between the ready-made gentle shoes, which is in contact with the inner concave surface of the foot. As a window, the heat of oxidation of iron is used. In order for iron (Fe) to be oxidized, air and water are required, and activated carbon and salt (NaCl) are required to promote oxidation, and the heat of oxidation of iron (Fe) rapidly rises to high temperature in the atmosphere. In order to generate heat stably, by controlling the amount of air with a pump in a confined space, the oxidation reaction of iron (Fe) proceeds by dividing, so that heat is generated for a long time, activates the charcoal, more adsorptive power than charcoal By placing the hardened granular activated carbon block (1) between the empty space in front of the toe located in the insole and the front of the shoe, the strong adsorption power of the activated carbon with the air purification effect, without straining the foot, It is a shoe insole that not only removes smells and germs in the shoes, but also gives warmth to the feet and improves the comfort of the shoes.

Description

Heated shoe insole with activated carbon block

The present invention is the insole to enter the ready-made gentleman, there is a lot of restrictions in forming the thickness of the detachable insole because there is no free space in the center front of the shoe while wearing the shoes. In insoles using charcoal materials for the purpose of improving the environment of new shoes, charcoal is thinly laid on the insole sheet or insole mixed with charcoal material. There was a problem that the components of the charcoal was not sufficiently exhibited, and because there was granular charcoal under the load, the charcoal was powdered to contaminate the socks, but the insole of the present invention did not reach the foot. In the front of the shoe, the granular activated carbon block, which activates charcoal with water vapor or activator to give strong adsorption power, enhances the air purification effect without burdening the foot. By using the heat of oxidation of iron (Fe), which produces heat without flame, it is necessary to work closely with the foot to generate heat without burdening the foot, especially in the center of the cramped shoe. Located in contact with part of (A), utilizes the thermal conductivity of the heat conductor (4). The heating element portion (5), which allows insertion of the heating element (7) of the present article into the ready-made gentle flower portion, which is fitted with the inner concave surface of the foot, is transferred to the heat conductor (4). In the various air-inflated shoes that have been designed, shovels are applied to operate the pump during walking to remove sweat and moisture, so that the thickness of the pump is sufficiently formed due to the structure built into the sole, It is not suitable for deodorizing insoles, and rather than removing sweat and moisture with air, it reduces the temperature difference between feet and shoes and prevents iron (Fe) oxidation heat.

In the cramped shoes of the ready-made gentle shoes, the shoes with strong adsorptive granular activated carbon blocks (1), which do not burden the feet, improve the environment of the shoes, resulting from the difference in body temperature and outside temperature. The main purpose is to prevent sweat and moisture of the iron (Fe) by the heat of oxidation of iron (Fe) to prevent athlete's foot and frostbite, and to give feet warmth.

1 is a perspective view of the present invention,

2 is the low shave of FIG.

3 is a partially enlarged view showing the action of the barrier film,

4 is a cross-sectional view of C-C 'and D-D' of FIG.

5 is a partially cutaway perspective view and a cross-sectional view of the heating element,

6 is a plan view attaching the heating element of the present invention to the bottom of the socks,

7 is a partially broken perspective view of the present invention,

8 is a perspective view of another invention.

Explanation of symbols on the main parts of the drawings

1: activated carbon part 2: support 3: insert slot

4: heat conductor 5: heating element part 6: exhaust port

7: heating element 8: air induction port 9: pump

10: inlet 11: heating element door 12: insole body

13: Through 14: Base 15: Exposure heating element

16: Socks 17: Take three hangers 18: Take three

The heat conduction in the metal is caused by the transfer of heat in the form of kinetic energy from the high temperature part to the low temperature part by the free electrons that can move freely in the metal, so that the heat conductor 4 having a high thermal conductivity is used. It is easy to get the lowest temperature in the foot, and transfers heat by placing the heat conductor 4 in a thin thickness at the closest part to the foot (A), so there is no burden on the foot when shoes are worn, When cold water is stored, a lot of water droplets are generated on the surface of the cup. Likewise, sweat and moisture are frequently generated due to the temperature difference from the outside of the foot, so that the temperature of the shoe is raised, thereby generating sweat and moisture. It prevents the occurrence of frostbite or athlete's foot.

The heating element portion 5 of the present invention is located between the shoes that have been made in contact with the inner concave surface of the foot, which is a relatively free space, and inserts a consumable heating element 7 therein, and radiates heat by oxidizing heat of the heating element 7. The thermal conduction is performed on the thermal conductor 4 in contact with the phase. The heating element 7 uses reaction heat generated when iron (Fe) is oxidized. In order to oxidize iron (Fe), brine (NaCl) and air (O ₂ ) are required, and oxidation of iron (Fe) proceeds quickly. In order to make iron (Fe) into fine particles to increase the surface area of iron (Fe), in order to supply a lot of air to iron (Fe), activated carbon having an excellent adsorptive power together with iron (Fe) In the mixing, if the amount of activated carbon in the mixing ratio of iron (Fe) and activated carbon is further added and mixed, iron (Fe) can be produced even with a small amount of air when it is inserted into the air injection type hermetic heating element (5). To proceed with the oxidation of.

The material surrounding the contents of the heat generating element 7 is filled with a non-woven fabric which has air in and does not escape moisture, and is sealed.If the heat generating element is left alone in the air, the temperature rises rapidly and is very hot (about 70 degrees). And the oxidation of iron (Fe) also proceeds as quickly, so that the heating element (7) of the present invention is inserted into the sealed heating element portion (5) having the heating element section (11), and the operation of the pump (9) when walking. As a certain amount of air comes out, it prevents a sudden rise in temperature, proceeds by dividing the oxidation of iron (Fe) which ends up singly, and can use the heat of oxidation of iron (Fe) for a longer time, and the operation of the pump stops for a while. Even if there is, activated carbon mixed with more material than other materials stocks up air, so that heat is generated continuously. The pump (9) is integrally formed with the heating element (5) and compression molding of a silicon-based material. Even in shoes with long ankles as well as shoes, the inlet 10 is exposed outward so that a tube can be inserted into the inlet 10 so that air is introduced. As shown in FIG. 3, when the air in the pump 9 is guided to the heating element portion 5, when the pump 9 is pressed with a foot when walking, external air is pumped through the inlet 10. When the pump 9 is pressed in, the air of the pump pushes the air barrier membrane in the direction of the arrow shown in the partial enlarged view of the inlet 10 to block the outside air, In (8), air is sent to the heating element portion 5, whereby the contaminated air in the heating element portion 5 is discharged to the outside through the exhaust port 6. The heating element section 5 is composed of a heating element section 11, and the heating element 7 is inserted through the heating element section 11, and the heating element section 11 by the hanger hook 17 and the hanger 18. Since the space between the heating element (5) and the heating element (7) made of a silicon-based material also acts as a pump, there is a more active air outflow mouth, the foot when the foot heating element (5) By pressing the heat generating element 7 inside, the contents in the heat generating element 7 are mixed with air to help oxidize iron (Fe). The activated carbon part 1 fills the granular activated carbon in a shape in which air and moisture pass, and the support 2 on the bottom of the activated carbon part 1 moves between the support insertion grooves 3 of the insole. The toe pushes the activated carbon part 1 into the front part of the foot (B), and the activated carbon block of the granular activated carbon absorbs moisture and odor and various athlete's foot fungi in the front of the closed shoe without burdening the foot. It is adsorbed.

Another example

Iron (Fe) needs moisture to oxidize, and salt water (NaCl) is needed to promote oxidation. Moisture and sweat are continuously mixed with saline (NaCl) in the first half of the closed sole, so the moisture of the foot In order to provide the exposed heating element (15) mixed with (Fe) and activated carbon, an exposed heating element (15) according to the shape of a sock is attached to the center front of both bottoms of the feet. When the shoe is worn, the front part of the foot has no air flow, and as shown in FIG. 7, the pump (9) is placed on the inner concave surface of the foot. Air is sent through the exhaust port 6 between the lower portion of the center front portion 14, the air flows through the through hole 13, the air is transferred to the exposed heating element (15), the book, iron ( Fe) The pump 9 is formed on the inner concave surface of the foot so that it is not so thick that it does not burden the foot. It is possible to do this only with activated carbon in the exposed heating element 15 even with a small amount of air. This is because it provides the function of the stomach, duodenum and pancreas by pressing the pressure point of the inner concave surface of the foot, which is connected to the place, and also gives a sense of stability to the foot while also acting as a shock absorber.

If there is no operation of the pump in the present invention for a long time the oxidation of iron (Fe) does not proceed to another example of the present invention

The inner side of the foot and the ankle and the inner side of the shoe have a certain amount of free space and there is an air outflow mouth. As air flows through this place without the operation of the pump, as shown in FIG. Between the ready-made gentle shoes facing the concave surface, there is a heating element portion 5, which is a space in which the heating element 7 can be inserted with double insoles, and the side of the heating element portion 5 is opened to air Is introduced to advance the oxidation of iron (Fe).

Until now, this paper should not be limited to shoe soles, but should be expanded and interpreted as a whole shoe, and the material contained in the activated carbon part 1 should be understood as other materials as well as activated carbon.

In the new shoes of the ready-made shoes, there is no air flow, and the feet are exposed to the smell and various germs, but the feet are defenseless, but the air purification effect of activated carbon removes the smell and athlete's foot by the strong adsorption power of activated carbon. This does not burden the foot because it is located in the front empty space of the shoe, and the heating element 7 using the heat of oxidation of iron (Fe) is located between the ready-made gentle shoes contacting the inner concave surface of the foot, which has a relatively space. Therefore, the thermal conduction is connected to the heat conductor 4 connected radially to this place without straining the foot, thereby warming the foot, thereby fundamentally preventing the occurrence of sweat and moisture caused by the temperature difference, thus preventing athlete's foot or frostbite. To prevent, to warm the feet.

Claims (3)

In the insole of the present invention, there is a heating element portion 5 formed according to the concave shape of the foot between the ready-made gentle shoes, which is in contact with the inner concave surface of the foot, and the pump 9 located on the heel, and the outside air is heated. The heating element (7) is added to the portion (5), and the amount of activated carbon is further added in the mixing ratio of iron (Fe) powder, activated carbon, and brine (NaCl), and is radially disposed on the bottom surface and insole of the heating element section (5). The activated carbon portion 1 has a formed thermal conductor 4, and the activated carbon portion 1 is a shoe insole in which a support 2 on the bottom surface of the activated carbon portion 1 is assembled to a support insertion groove 3 formed in the first half of the insole. In the insole, there is a pump (9) formed according to the concave shape of the foot between the ready-made gentle shoes, which is in contact with the inner concave surface of the foot, and the center front of the insole is formed low, and on the bottom the pedestal ( 14), a through hole 13 penetrates between the pedestals 14, and an exhaust port 6 extending from the pump 9 is located between the pedestals 14, and the exposed type according to the shape of the sock of the present invention. The edge of one surface of the heating element 15 is coated with a stick and attached to the sock. Among the exposed ratio of the heating element 15, among the mixing ratio of iron (Fe), activated carbon, and brine (NaCl), Shoe insole that is filled with a low mixing ratio and pasted to the center front of the sock and placed over the center front of the low formed insole The insole is formed between two sided insoles in contact with the inner concave surface of the foot in the insole, thereby forming a space in which the heating element 7 enters. , The heating element (7) is further added to the amount of activated carbon in the mixing ratio of iron (Fe), activated carbon, brine (NaCl), the heat conductor (4) formed radially on the bottom and insole of the heating element (5) The activated carbon part 1 is a shoe insole in which the support 2 of the bottom of the activated carbon part 1 is assembled in the support insertion groove 3 formed in the first half of the insole.