KR100697362B1 - Foot Initiator Using Far Infrared Radiator - Google Patents

Abstract

The present invention relates to a foot heater using a far-infrared radiator, and more particularly, a body (10) formed and sintered so-called bio-ceramic that emits far-infrared rays such as ocher, elvan, and chilbo stone into a shoe shape, and the body (10). Pedestal 20 having a recessed groove 22 formed therein so that the bottom of the bottom portion is inserted and a heat wire 30 is formed between the body 10 and the pedestal 20. Maximize the efficacy of the foot footer (1) by forming far-infrared rays when using the foot footer (1), while medicinal herbs such as mugwort, salt, charcoal, or shiatsu in the body (10) of the foot foot (1) The present invention relates to a foot heater using a far-infrared radiator that can satisfy various tastes and preferences of consumers by allowing them to be used as well as filling the water inside the foot heater (1) body (10).

Foot Heater, Foot Bath, Foot Health, Far Infrared, Bioceramic, Ceramics

Description

A foot heating device by using far infrared ray radiational ceramics}

1 is a perspective view of a foot arranger using a far infrared ray radiator according to the present invention

Figure 2 is a cross-sectional view of the foot group using the far infrared radiator according to the present invention

Figure 3 is a bottom view of the body showing a fastening example of the foot heater body and the heating wire of the present invention.

4a to 4c is a state diagram used in the foot of the foot according to the invention

*** Explanation of symbols for the main parts of the drawing ***

1: foot foot

10: body

12: Insertion groove

14: guide protrusion

20: pedestal

22: concave groove

30: heating wire

40: nonflammable fiber

50: thermal cover

The present invention relates to a foot heater using a far-infrared radiator, and more particularly, to form a body of the foot foot heater by forming and sintering so-called bio-ceramic that emits far-infrared rays such as ocher, ganban stone, and chilbo stone into shoe shapes. By forming a pedestal formed with a recessed groove so that the bottom portion is inserted into the bottom portion, by constructing a foot heater forming a heating wire between the body and the pedestal, the far infrared rays are radiated with the heat when the foot heater is used, and the user inside the body of the foot heater. Charcoal, herbs, or acupressure ball according to the symbol of not only can be used as a foot heater to the foot heater using a far-infrared radiator.

In recent years, as the standard of living has improved and the public's interest in health has increased, various health care laws have been proposed. Among them, the interest in foot health in both East and West has been enormous. The reflex zone is concentrated, and in oriental medicine, more than half of the meridians that deliver blood donation to the whole body are gathered on the soles of the feet. Wastes such as moisture or uric acid that do not go to the heart is likely to stagnate, so maintaining the health of the foot is important in that it improves the body's immunity or natural healing power.

As the importance of the above-mentioned foot health is widely recognized, various types of foot health aids have been proposed. Among them, foot baths and foot pressure devices are representative examples, but the foot baths are equipped with hot water heaters. In the case of the acupressure mechanism is equipped with an electric acupressure plate, there is no big difference in the configuration of most of them, there is a problem that did not meet the consumer's various tastes and purchase desires because of the uniform uniformity (千篇一律).

An object of the present invention for solving the above problems is to configure a foot heater that can be used in various forms according to the tastes and preferences of consumers while emitting far-infrared rays more than just heat in the foot health aid, The body of the foot heater is formed of bio-ceramic that emits far infrared rays, and is inserted into and installed in the pedestal, thereby providing a configuration of the foot heater in which a heat wire is installed between the body and the pedestal.

The structure of the foot heater using the far-infrared radiator according to the present invention for achieving the object as described above is made of porcelain by forming and sintering so-called bio-ceramic such as ocher, elvan, and chil-seok which are known to emit far infrared rays While forming a foot heater body, the bottom portion of the body is formed by inserting and installing a pedestal formed with a recess groove, characterized in that the configuration of the foot heater having a heating wire between the body and the support bar, The configuration of the foot group according to a preferred embodiment of the present invention will be described in detail with reference to FIGS. 1 to 3.

First, referring to FIG. 1 and FIG. 2, the configuration of the foot arranger 1 according to an embodiment of the present invention, the foot arbor 1 is bio-radiating far-infrared, such as ocher, elvan, chilseok, germanium, jade, etc. Body (10) molded and sintered into a shoe shape using a ceramic, a pedestal (20) having a concave groove (22) to be inserted into the bottom portion of the body (10), and the body (10) and pedestal ( Consists of a heating wire 30 formed between the bar 20, the bottom surface of the body 10 forms an insertion groove 12 is inserted into the heating wire 30 so that the heating wire 30 can be aligned without twisting, The space between the heating wire 30 fitted into the insertion groove 12 and the indentation groove 22 is filled with a common non-combustible fiber 40 to insulate the heat of the heating wire 30 as well as the heating wire 30 with a pedestal 20. ) To prevent the heat of conduction, and to the outside of the foot heater body 10 is added a thermal insulation cover 50 for the purpose of thermal insulation So fleeting as to be able to roll enhance the thermal efficiency.

Meanwhile, the foot heater 1 as described above is connected to the heating wire 30 having a conventional controller (not shown) including a power supply, a ballast, and a temperature controller, and the heating wire 30 at the bottom of the body 10. The means to be able to align without twisting may form a plurality of hot wire guide protrusions 14 as shown in FIG. 3 to align the hot wires 30.

The foot heater body 10 configured as described above may be molded in a shoe form according to a conventional injection molding method. The injection molding method is a suspension in which a large amount of water is added to the clay to have fluidity. Injecting two sheets (slip, slip) of the state into the plaster mold, water is absorbed in the plaster mold and suspended powder is a method in which the plaster mold is laminated therein to form a molded body. The bio-ceramic constituting) is mixed with 95 to 84% of clay, 1 to 4% of ocher, 2 to 6% of elvanite, and 2 to 6% of seven stones, and the clay is diluted with water. This sheet is formed with the specific gravity of 1.65 ~ 2.0, and the plaster frame injecting the sheet is formed with the ratio of water and calcined gypsum in a volume ratio of 3 (water): 4 (calcined gypsum). While molding the foot heater body 10 10 is neutral chlorine for 10 to 15 hours at 1150 ° ~ 1230 ° to form a body (10).

On the other hand, the body of the foot arranger may be molded into a shoe shape according to a conventional press molding method, the press molding method is a method of press molding clay using a press and a mold, the body of the foot foot according to the present invention (10) The bio-ceramic constituting the clay is mixed with 85 to 80% of the loess as a weight ratio, and 15 to 20% of the elvan or chilseok stone to form a clay, and the mixed clay is kneaded to form a shoe-shaped foot heater body according to a conventional compression molding method ( 10) On the other hand, the molded body 10 is neutral chlorine for 10 to 15 hours at 1150 ° ~ 1230 ° to form a body (10).

Looking at the effect of the foot arranger (1) using the far-infrared radiator according to the present invention configured as described above with reference to Figures 4a and 4c, the foot of the foot foot user inside the body 10 of the foot arranger (1) When the electric current is applied to the heating wire 30 after the foot is put, the heat emitted from the heating wire 30 is transmitted to the user's foot and far infrared rays are emitted from the body 10 made of bio-ceramic to be delivered to the user. Its long wavelength is known to be strong in absorbing and penetrating heat when it reaches an object, and it is known to expand capillaries and help blood circulation and tissue formation. Shaking the cells minutely 2,000 times a minute activates the cell tissues, which is effective in preventing adult aging, promoting metabolism, and chronic fatigue. In addition, it is effective in promoting sweating, pain relief, heavy metal removal, sleep, deodorization, antibacterial, mold growth inhibition, and dehumidification. Has

On the other hand, the foot heater 1 according to the present invention may be used as an additive (5), such as herbs or salt or charcoal, such as wormwood in the body 10 of the foot heater 1, as shown in Figure 4a 4B may be used as a footbath by filling the water 6 into the inside of the body 10 of the foot heater 1, or as shown in FIG. 4C, the pressure mouth 7 may be inserted into the body. In addition, the acupressure bulb 7 may be used together with other additives such as herbs or when used as a foot bath.

According to the present invention configured as described above, the body of the foot heater is formed of a bio-ceramic that emits far infrared rays and inserted into a pedestal, and the foot heater is installed between the body and the pedestal, thereby providing not only heat but also far-infrared rays. Radiating to the heat users can maximize foot health and ultimately expect a positive health promotion effect throughout the body.

In addition, as in the case of a conventional foot bath or foot pressure mechanism, its use is not fragmentary, and additives such as herbs, salt, and charcoal can be used together with the inside of the foot heater body or filled with water, or used as a foot bath. There is an effect that can meet a variety of tastes and preferences of consumers.

Claims (7)

A shoe-shaped body 10 including a bio-ceramic emitting far infrared rays, a pedestal 20 on which a bottom portion of the body 10 is installed, and a heating wire 30 between the body 10 and the pedestal 20. In the formed foot group; The body 10 is a clay by mixing 95 to 84% of clay, 1 to 4% of ocher, 2 to 6% of elvan rock, and 2 to 6% of seven stones, forming clay, and diluting the clay to water This sheet is formed with the specific gravity of 1.65 ~ 2.0, and the plaster frame injecting the sheet is formed with the ratio of water and plaster as a volume ratio of 3 (water): 4 (plaster), and it is a common injection molding method. The hot body 10 is formed, but the bottom surface of the body 10 forms an insertion groove 12 into which the hot wire 30 is fitted so that the hot wire 30 can be aligned without being twisted, and the molded body 10 ) Is neutral chlorine at 1150 ° -1230 ° for 10-15 hours; The pedestal 20 forms a concave groove 22 so that the bottom portion of the body 10 is inserted and installed, and the heating wire 30 and the pedestal 20 fitted into the insertion groove 12 of the bottom surface of the body 10. A normal non-combustible fiber 40 is filled between the indentation grooves 22); On the other hand, a foot-liner using a far-infrared radiator, characterized in that the insulation cover 50 is overlaid on the outer circumferential surface of the body (10). delete delete delete delete delete delete

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