TWI423773B - Ceramic foot bath boots - Google Patents

Description

Ceramic foot bath boots

The present invention relates to a foot bath product, and more particularly to a foot bath boot made of a ceramic material containing a certain formula but not limited to such a formula, such as a foot bath made of a tourmaline ceramic material containing Tourmaline. Boots.

Foot bath has a long history in China. In practice, it proves that it has great benefits for the body and has become the way of health for the Chinese nation. Nowadays, there are many kinds of foot bath products on the market. Traditionally, the foot bath soaking utensils are all that the two legs need to be laid flat to share the same soaking space, and the material of the container is mainly made up of tubs, wooden barrels and plastic pots. When using the above tubs, wooden barrels and plastic pots, it has the disadvantages of quick heat dissipation, low soaking water level and the two legs need to be placed together and cannot be freely moved. The Chinese invention patent application 200510118945.4, and the US patent 4,497,313 adopt a basin structure. In addition, as in U.S. Patent No. 4,497,313, the foot bath device is electrically heated. All electric foot baths require additional power and towed wires, and a drain port is required. There are defects such as leakage and the risk of electric tripping and the difficulty of clearing the water and inconvenient cleaning.

In addition to this, there are foot bath products having a shoe-like structure in the prior art, such as Chinese utility model patents 200720097195.1 and 95229747.7, and are not heated by electricity. However, these foot bath products have the defects of complicated structure and inconvenient use.

In addition, research by the Japan Far Infrared Association has shown that the ceramic material containing bismuth silicate ceramic material has the beneficial effect of far-infrared rays on the human body and the immersion in hot water alone: the waste of the human body is excreted through sweat and urine, thereby achieving Purification of the body. Using a variety of baths to wick sweat, this is mainly about sand baths and rock baths.

The Ibusuki Onsen in Kagoshima Prefecture is a famous sand bath in Japan, and the rock bath in the Tamagawa Onsen in Yamagata Prefecture is also very famous. Both the sand bath and the rock bath use the characteristics of the heat energy of the heated silicate minerals. Therefore, the form of energy is completely different from that of ordinary baths, and the effect on the body is also different. Artificial sand baths are generally made of small bean-sized ceramic beads, sand baths and ordinary baths. Figure 6 is a spectroscopic infrared radiation curve of ceramic beads and warm water for ordinary baths. Curve 1 represents ceramic beads and curve 2 represents a common bath. Figure 7 is a graph of the heat absorption curve of the skin: From the two figures, it is possible to study the suitability of the ceramic beads and the ordinary bath for warm heat to the human body. The warm water of the ordinary bath gives the human body a lot of water and energy, but the energy directly to the tissues such as the body muscle is small, and the ceramic beads have a beneficial effect on the body tissues, indicating that the difference in heat transfer characteristics is related to the body excretion effect. The bathing temperature of the sand bath is 50 degrees for about 15 minutes. It can sweat a lot and lose 800g, which means it can promote blood circulation. Body waste and cholesterol can be discharged through sweat.

The minerals near the hot springs contain traces of radium, so the surrounding air contains flaws. The air containing negative ions is good for the human body, and the hot rock disk emits infrared rays, and the two layers are very beneficial to human health. Ceramic far-infrared emitters with various functions are easy to manufacture and are widely used in artificial sand baths and rock baths. They are the future health materials.

The present invention herein provides a convenient use of a foot bath boot made of a ceramic material containing a formulation, but not limited to such a formula, such as a tourmaline-containing ceramic foot bath containing tourmaline, which overcomes the deficiencies of the prior art.

The technical problem to be solved by the present invention is how to provide a ceramic foot bath boot, which overcomes the problems of single use and complicated structure in the prior art.

The technical problem of the present invention is solved by constructing a ceramic foot bath boot comprising a pair of boot-shaped shoe bodies, characterized in that the shoe body is made of a ceramic material containing a certain formula but not limited to the formula. , for example, made of tourmaline ceramic material containing tourmaline; and the inner wall of the boot is designed as a honeycomb or hexagonal column or porous mesh; and is attached with a papillary shape corresponding to the acupuncture point of the foot. group.

A ceramic foot bath boot according to the present invention is characterized in that the top of the boot body of the shoe body is designed to have a front high and a low bottom structure, and the front high mountain type design, the intention one is used as a fixed movable cover, and the second is convenient for catching water. Tight to the boot; low rear and U-shaped recess for easy pouring.

A ceramic foot bath boot according to the invention, wherein a movable cover is provided at the top of the boot.

A ceramic foot bath boot according to the present invention is characterized in that a zipper or a cable loop is further provided on the cover.

A ceramic foot bath boot according to the invention, wherein the inner wall of the boot is engraved with a minimum and maximum water level line.

The ceramic foot bath according to the invention, wherein the inner wall of the shoe is not glazed, so as to avoid weakening the far infrared ray emission rate; the outer casing of the shoe is glazed to enhance the heat storage capacity.

The invention has the advantages of simple structure, convenient use, and a comfortable foot bath, thereby strengthening the body.

The invention will be further described below in conjunction with the accompanying drawings.

1. Ceramic foot bath structure

As shown in Fig. 1, a ceramic material containing a certain formulation, but not limited to such a formulation, such as a tourmaline ceramic foot bath with tourmaline, wherein each foot corresponds to a foot bath boot, is well solved. Traditional foot therapy requires two feet in the same foot bath. The composition comprises a pair of boot-shaped boot bodies 1 made of a ceramic material containing a certain formula but not limited to such a formula, such as a tourmaline-containing ceramic material containing tourmaline; and a boot The inner wall of the body 1 is designed as a honeycomb or hexagonal column or porous mesh pattern; and a mastoid group 2 corresponding to the acupuncture point of the foot is attached, and a movable cover 4 is arranged on the top of the shoe body 1 ,as shown in picture 2. As shown in Fig. 3, the top of the boot body of the shoe body 1 is designed to have a front high and a low bottom structure, and the front high mountain type design. In this way, the movable cover 4 can be fixed, and the second is convenient for catching the boot 1 when pouring water. The U-shaped notch 3 is also provided on the rear low boot casing wall on the top of the boot body, as shown in Fig. 4, which functions to facilitate pouring water. In addition, a zipper or cable loop 5 is also arranged on the cover 4 to prevent the hot water vapor in the ceramic foot bath from overflowing, and slow down the speed of the legs in the ceramic foot bath. The lowest and highest water level lines are also engraved on the inner wall of the boot 1, as shown in FIG. The inner wall 1.1 of the boot is not glazed to avoid weakening the far infrared ray emission rate; the outer casing of the boot is glazed to enhance the heat storage capacity.

2. Ceramic materials

The invention is made of a ceramic material containing a certain formula, but not limited to such a formula, for example, a tourmaline ceramic material containing tourmaline, the material has the following characteristics: 1. It can emit a wavelength of 4-14 micrometers at normal temperature. , far-infrared rays with emissivity above 0.92; 2. automatic and permanent release of negative ions; 3. permanent generation of [0.06 mA] weak electrostatic current matching with human bio-current; 4. release of magnesium in water , sodium, iron, manganese, lithium, aluminum, boron, antimony, fluorine, hydrogen, oxygen and other 11 minerals and trace elements, of which magnesium, iron, manganese, antimony, fluorine, boron are essential or physiological special functions Minerals and trace elements; 5. High plasticity, can be made into a foot bath soaking container in line with human body structure, hard material after molding, and has good heat storage and heat preservation performance, acid, alkali, corrosion resistance and high temperature resistance . In addition, the inner wall of the boot body 1 is designed as a honeycomb or hexagonal column or porous mesh pattern; and is designed to be attached with a mastoid group corresponding to the acupuncture point of the foot, which is an ideal stimulus for the foot after being heated. A massager in the acupoint reflex zone. This ceramic foot bath boots does not require a power source, is energy-saving and environmentally friendly, and is economical and durable. Easy to use and easy to clean. It will not damage the environment when discarded.

The far infrared ray is a kind of invisible light having a wavelength between about 4 and 1,000 micrometers, which is between the near infrared ray and the microwave. It is an electromagnetic wave with a large wavelength value in sunlight, and has directness, tortuosity and reflectivity of light. And penetrating. It has a very high radiation capacity and can directly heat objects without warming up air or other objects in the space. Objects with different material compositions will have different far-infrared wavelengths emitted at different temperatures, and the far-infrared wavelength emitted by the human body usually ranges between 4 and 20 microns. According to optical principles, light waves of the same wavelength can be superimposed. The far-infrared rays with the same wavelength as the human body have a good health care effect on the human body. The far-infrared rays with a wavelength of 4-20 micrometers have the same wavelength as the far-infrared rays emitted by the human body, and are easily absorbed by the human body, and can be converted into human body energy to stimulate water. The particles generate heat by friction and produce "absorption resonance." When the far-infrared rays with a wavelength of 4-20 microns and the human body produce "absorption resonance", they can penetrate deeply into the skin 3-5 cm, allowing the water molecules in the cells to resonate to generate internal energy and be absorbed. This will help accelerate blood circulation, activate cell tissue, promote metabolism, accelerate nutrient delivery and enzyme activities, and excrete harmful substances accumulated in the body, strengthen human immunity and achieve health care effects. The ceramic foot bath boots use a ceramic material containing a certain formula, but not limited to such a formula, for example, a tourmaline ceramic material containing tourmaline can emit the far-infrared wavelength in this band, and has a good health effect on the human body.

3. How to use

The invention relates to a ceramic material containing a certain formula but not limited to the formulation, for example, a tourmaline ceramic material containing tourmaline. The ceramic foot bath boots are engraved with the lowest and highest water level lines. When using, first inject hot water above 80 degrees Celsius to exceed the minimum water level line, then gradually inject cold water to adjust to the appropriate water temperature [such as 45 to 50 degrees Celsius], so as not to exceed The maximum water level is limited. Cover the movable canopy, choose the seat with the right height to sit firmly, put the legs into the ceramic foot bath boots, and step on the top of the milk-like group corresponding to the acupuncture point of the foot, which can directly stimulate the acupuncture point of the sole of the foot. And can consciously and specifically focus on pressing certain corresponding acupuncture points and reflection areas; pull up the zipper or tie the rope loop to the tight leg, the boot body provides leg support, and the boot body wall The warmth is transmitted directly to the calf, which makes the muscles feel relaxed, soothed and enhances blood circulation. This will start to enjoy the foot bath soaking, and feel the feeling of the legs placed in two separate far-infrared "absorption resonance" radiation space and a hot foot acupressure.

4. Comparison of effects (1) Basic principles

Since far-infrared rays are a type of radiated heat energy, the energy issuer and the receiver must have the same wavelength to produce a radiation resonance effect. It is like the phenomenon of co-fibrillation caused by rubbing squid washing. It is required to use a material with a high emissivity and a wavelength that is the same as that of the far-infrared rays emitted by the human body at a suitable temperature. The tourmaline-containing tantalate ceramic is a material with a very high emissivity. It can emit far-infrared rays with a wavelength of 4-14 microns and an emissivity of 0.92 or higher at normal temperature. The peak radiation wavelength at a surface temperature of 45 degrees Celsius is 9.1 microns, the wavelength is very close to the human body. The principle is similar to that of the Japanese ceramic beads bath, which are heated to produce far-infrared rays.

(2) ceramic foot bath boots effect

a. Structural effect: The distance and angle of the feet can be adjusted according to the comfort level. Breaking through the tradition, the legs are separated into separate soaking chambers, which are more evenly heated, and the shoe-shaped design soaks the water level to reach the calf. The boot body provides leg support and transmits the warmth of the shell wall directly to the calf, which relaxes and soothes the muscles and enhances blood circulation.

b. Material effect: It is made of ceramic material containing a certain formula but not limited to this kind of formula. For example, the material of tantalate ceramic material containing tourmaline has very high far infrared ray emission rate, and directly uses hot water of 80 degrees Celsius or higher. Infused with ceramic foot bath boots, it can generate and distribute far-infrared rays similar to the far-infrared wavelength naturally emitted by the human body, release negative ions, generate [0.06mA] weak electrostatic current matching with human bio-current and release necessary for human body. Minerals and trace elements. The materials used for manufacturing are natural, simple, environmentally friendly and pollution-free. According to optical principles, light waves of the same wavelength can be superimposed. The far-infrared rays with the same wavelength as the human body have a good health care effect on the human body. The far-infrared rays with a wavelength of 4-20 micrometers have the same wavelength as the far-infrared rays emitted by the human body, and are easily absorbed by the human body, and can be converted into human body energy to stimulate water. The particles generate heat by friction and produce "absorption resonance." When the far-infrared rays with a wavelength of 4-20 microns and the human body produce "absorption resonance", they can penetrate deeply into the skin 3-5 cm, allowing the water molecules in the cells to resonate to generate internal energy and be absorbed. This will help accelerate blood circulation, activate cell tissue, promote metabolism, accelerate nutrient delivery and enzyme activities, and excrete harmful substances accumulated in the body, strengthen human immunity and achieve health care effects. The tourmaline ceramic material used in this foot bath has a peak radiation wavelength of 9.1 microns at a surface temperature of 45 degrees Celsius, which has a good health effect on the human body. As long as the ceramic foot bath boots are directly injected with hot water above 80 degrees Celsius, the far infrared resonance is activated. No need to consume electricity and power, save energy, and avoid the risk of wire entanglement and leakage. The legs can be placed in two separate far-infrared "absorption resonance" radiation spaces at the same time.

c. The combination of material and structure: the inner wall of the boot is designed as a honeycomb or hexagonal column or porous mesh pattern with a mastoid group corresponding to the acupuncture point of the foot, in order to maximize the boots. The inner wall contacts the water area and produces more counter electrodes, producing more [0.06 mA] weak electrostatic current matching the human bioelectric current, which is electrically decomposed by contact with water, and the water molecules are decomposed into positively charged hydrogen. Ions and negatively charged hydroxyl groups, ie hydroxyl groups. The hydrogen ions are neutralized in combination with the negative electrons emitted by the tourmaline ceramics, and the hydrogen atoms are released into the air, and the remaining hydroxyl groups are combined with water molecules to form hydroxyl ions, that is, negatively charged negative ions. The water in the boot is thus weakly alkaline and has a pH between 7.4 and 7.6. At the same time, under the radiation of far infrared rays, the macromolecular group of water becomes a small molecular group, which enhances the solubility and penetration of water. In addition, there are five external conditions to better exert the effect of tourmaline ceramics: 1.) enhanced effect by convection of water and air; 2.) enhanced effect by temperature changes. The higher the normal temperature, the better the effect; 3.) Enhance the effect by the change of humidity, close contact with water, enhance the electrolysis, increase the ability to release negative ions; 4.) Enhance the effect by friction; 5.) Enhance the effect by pressure.

The ceramic foot bath boots are engraved with the lowest and highest water level lines. When injecting hot water above 80 degrees Celsius to warm the shell wall of the boot, then gradually inject cold water to adjust to the appropriate water temperature (such as 45 to 50 degrees Celsius). Not exceeding the maximum water level line. Cover the movable canopy, select the seat at the right height, and put the legs into the ceramic foot bath boots. These protruding mastoid groups strengthen the contact with the acupuncture point reflection area when supporting the weight of the foot. By stepping and rubbing, the acupuncture point reflection area of the user corresponding to the acupuncture point reflection area of the foot can feel the warm massage touch, directly stimulate the acupuncture point reflection area of the foot, and the process is matched with the human bioelectric current [0.06mA The weak electrostatic flow has a benign effect on the human body through the acupoints, and becomes an ideal massager for stimulating the acupuncture point of the foot. And according to the needs of the user's affected area, consciously and targetedly focus on rubbing certain corresponding acupuncture points and reflection areas to enhance the stimulation of the corresponding acupoints and reflection areas, aimingly improve the expected effect; the boot body provides leg support And the warmth of the shell wall of the boot is directly transmitted to the calf, so that the muscles feel relaxed and soothed, enhance the blood circulation effect, and achieve the purpose of health care. Tourmaline ceramic materials are resistant to acids, alkalis and high temperatures. It can be directly injected into the hot Chinese medicine soup, which has a longer holding time and better heat preservation effect than the existing foot bath equipment. Water injection and pouring water are convenient, no need to separate the water outlet and clear the water accumulation effect more thoroughly. Health and Safety. Tourmaline ceramic foot bath boots made of ceramic materials containing a certain formula but not limited to this formula are heated and heated to activate the far-infrared resonance, and the skin feels like traditional tubs, wooden barrels and plastic pots. Unmatched. The invention not only allows the legs to adjust the distance and angle according to the comfort level, but also has good heat preservation ability.

The invention overcomes the problem that the foot bath of the prior art requires two feet and can not be freely moved together, and the heat dissipation is fast, the water level of the soaking is low, and additional power and tow wires are required. The invention can generate and emit far-infrared rays similar to the far-infrared wavelength naturally emitted by the human body without a power source; can automatically and permanently release negative ions and permanently generate a [0.06 mA] weak electrostatic current that matches the human bioelectric current, It also releases minerals and trace elements that are beneficial to the human body in the water. Energy-saving and environmentally friendly, economical and durable; easy to use and easy to clean. It will not damage the environment when discarded.

In summary, the beneficial effects of the present invention are that the design of the ceramic shoe responds well and conforms to the above five external conditions, and also absorbs the benign effect characteristics of the tantalum ceramic containing tourmaline on the human body. First, when hot water is injected to warm the shell wall of the ceramic foot bath, the shoe will instantly emit far-infrared rays that match the human body due to the temperature rise, and then generate more [0.06 mA] weaker matching with the human bioelectric current. Electrostatic flow, in contact with water, immediately electrolyzes and produces a large amount of negative ions, and releases minerals and trace elements beneficial to the human body. The hot water is weakly alkaline after electrolysis and is converted into small molecular groups under the action of far infrared rays. The water flow is turbulent by pressing and rubbing the papillary group corresponding to the acupuncture point reflection area of the foot, which enhances the generation of the [0.06 mA] weak electrostatic current and the release of negative ions that match the biological current of the human body; the pressure and friction The [0.06 mA] weak electrostatic current matching the human bioelectric current in the process of the mastoid group corresponding to the acupuncture point of the foot has a benign effect on the human body through the acupoints; the inner wall of the boot is designed as a honeycomb or a hexagonal column. Or porous mesh pattern, which not only enhances the effect of the pressure and friction on the mastoid group corresponding to the acupuncture point of the foot, but also enhances the turbulence of the water flow and increases the area of the water contacted by the inner wall of the shoe and generates more counter electrodes. Produces more [0.06 mA] weak electrostatic current and increases the ability to release negative ions that match the human bioelectric current. The [0.06 mA] weak electrostatic current issued by this ceramic foot bath is matched with the human bioelectric current [0.06 mA], which naturally causes the biological effects of human bioelectricity, such as promoting metabolism, regulating the central nervous system and the autonomic nervous system, and regulating the cerebral cortex. Function, which has a beneficial effect on heart rhythm and blood circulation, especially microcirculation. For the cell membrane, the regulation of body fluids inside and outside the cell, especially the exchange of ions, energy exchange, and information exchange are benign signals. Specifically, the [0.06 mA] weak electrostatic current issued by the ceramic boots has three major benefits to the human body: 1.) aligning the cells; 2.) resisting electromagnetic waves harmful to the human body; 3.) benign effects on the human body through the acupoints .

Other beneficial effects of the present invention are: due to the characteristics of the human body structure. You can adjust the distance and angle of your feet according to the comfort level, and you can consciously and specifically focus on some corresponding acupuncture points and reflection areas. Breaking through the tradition, the legs are separated into separate soaking chambers, which are more evenly heated, and the shoe-shaped design soaks the water level to reach the calf. The boot body provides leg support and transmits the warmth of the shell wall directly to the calf, which relaxes and soothes the muscles and enhances blood circulation. In addition, this ceramic foot bath boots can be used to soak the arm, which is good for cervical spondylosis; it is also suitable for infusion of hot Chinese medicine soup for fumigation of the affected area or face, or a small amount of aromatherapy essential oil for facial aroma Steam and serve as a spa bath for the legs. Also, due to the effects of far infrared rays, negative ions and electrolysis, ceramic foot bath boots have strong antibacterial, antibacterial, anti-inflammatory, analgesic, swelling and deodorizing functions. Therefore, it is particularly effective for patients with beriberi "Hong Kong Foot" and foot odor.

In summary, the present invention comprises one. Many aspects of design ideas and overcome the defects of the prior product design: 1. Tailored design, in line with the human body structure; 2. Split type, the legs respectively enjoy independent soaking and far infrared ray absorption resonance space; 3. High water level Design, soaked to the lower leg; 4. The boot body provides leg support and directly transfers the warmth of the shell wall to the lower leg; 5. The mastoid group corresponding to the acupuncture point of the foot is warm and [0.06mA] Weak electrostatic flow stimulates the acupuncture point reflection area of the foot; 6. During the soaking period, the distance and angle of the feet can be adjusted according to the comfort level, and some corresponding acupoints and reflection areas can be rubbed according to the conscious and targeted focus; 7. The power supply device only needs to inject hot water above 80 degrees Celsius as a heat source to activate and emit far infrared rays, release negative ions, generate [0.06 mA] weak electrostatic current matching with human biological current, and release essential minerals and trace elements; 8. Injected hot water or traditional Chinese medicine soup is not only used for soaking, but as described above 7. Acting as a heat source to activate the distribution of far infrared rays and negative ions; 9. Can be used to soak the arm, in the middle Soup steaming the affected area or face, aromatherapy face and leg SPA bath; 10. Hot water is weakly alkaline after electrolysis and forms into small molecular groups under the action of far infrared rays, with the stimulation of weak electrostatic current, on the heart rhythm and Blood circulation, especially microcirculation, has a beneficial effect. For the cell membrane, the regulation of body fluids inside and outside the cell, especially the exchange of ions, energy exchange, and information exchange are all benign signals, especially helping the absorption of Chinese medicine soup, achieving the drug effect faster; 11. Creating a space environment with high negative ions, Especially when fumigation facial can breathe air with high negative ions; 12. It has strong antibacterial, antibacterial, anti-inflammatory, analgesic, swelling and deodorizing functions. It has obvious improvement effect on patients with beriberi "Hong Kong Foot" and foot odor; 13. It has a skin-beautifying effect, which makes the skin soft and smooth; the skin is elastic.

two. The innovation of the material of the container material and the full use of its physical characteristics: 1. The first design of the foot bath soaking vessel is made of the tantalum ceramic material containing tourmaline; 2. The ceramic material is fully plasticized, but the material is hard after molding; Acid, alkali, anti-corrosion; high temperature resistance, strong thermal insulation capacity; 3. Tourmaline ceramic material itself has a very high rate of far infrared ray emission, and can emit far infrared rays with a wavelength of 4-14 microns and an emissivity of 0.92 or higher at normal temperature; Can automatically and permanently release negative ions; 5. Can permanently produce [0.06mA] weak electrostatic current matching with human bio-current; 6. Can release magnesium, sodium, iron, manganese, lithium, aluminum, 11 kinds of minerals and trace elements such as boron, antimony, fluorine, hydrogen and oxygen, among which magnesium, iron, manganese, antimony, fluorine and boron are essential or physiologically special minerals and trace elements; 7. Tourmaline The raw materials of ceramic materials are taken from the natural environment, and will not damage the environment when discarded, and there is no pollution.

three. Combined with far infrared ray, circular science, meridian acupoint theory and health care theory applied to the present invention: 1. selecting a material having a far infrared ray emission rate and capable of emitting a far infrared ray having the same wavelength as the far infrared ray emitted by the human body at a suitable temperature; 2. Injecting far-infrared rays by injecting hot water above 80 degrees Celsius as a heat source to solve the problem of heat source, so there is no need for power supply and towing wires; 3. When the far-infrared rays with a wavelength of 4-20 microns and the human body produce "absorption resonance", deep penetration can be achieved. To the skin 3-5 cm, the water molecules in the cell resonate to generate internal energy and are absorbed. This will help accelerate blood circulation, activate cell tissue, promote metabolism, accelerate nutrient delivery and enzyme activities, and excrete harmful substances accumulated in the body, strengthen human immunity and achieve health care effects. 4. The papillary group corresponding to the acupuncture point of the foot stimulates the acupoint reflex zone of the foot with warm and [0.06 mA] weak electrostatic flow. 5. The tourmaline ceramic material can emit far-infrared radiation with a wavelength of 4-14 microns and an emissivity of 0.92 or higher at normal temperature, which has a strong inhibitory effect on bacteria. For example, the inhibition rate against Candida albicans is 99.98%, gold. Staphylococcus aureus was 99.85%, and Bacillus subtilis was 99% or more. In addition, the tourmaline ceramic material can release negative ions automatically and permanently. The negative ions have antibacterial properties, and have obvious inhibitory effects on exposed cocci, Vibrio cholerae, Salmonella typhimurium and Staphylococcus aureus. Therefore, it has special functions for bacteriostatic, anti-inflammatory, analgesic, swelling and deodorization.

Therefore, the present invention combines the above three innovations to create a foot bath that is simple and practical, and has revolutionary innovation compared with existing technologies and products; and is economical, environmentally friendly, and energy-saving; Auxiliary products for products and physiotherapy.

1‧‧‧ Boots

1.1‧‧‧ Boots wall

1.2‧‧‧ Boots casing

2‧‧‧Papillary group

3‧‧‧U-shaped notch

4‧‧‧ Penggai

5‧‧‧Zipper or rope loop

Figure 1 is a schematic view of the structure provided by the present invention.

Fig. 2 is a reference diagram of a use state.

Figure 3 is a schematic view of the structure of Figure 2 without a cover.

Figure 4 is a rear view of the boot.

Figure 5 is a schematic view of the water level line of the present invention.

Fig. 6 is a graph showing the spectroscopic infrared radiation of ceramic bead sand and warm water for a common bath.

Figure 7 is a graph of heat absorption curve of the skin.

1. . . Boot body

3. . . U-shaped notch

4. . . Canopy

5. . . Zipper or rope loop

Claims (6)

A ceramic foot bath boot comprising a pair of boot-shaped shoe bodies (1), characterized in that: the shoe body (1) is made of a tantalum ceramic material containing tourmaline, the above-mentioned tourmaline containing tourmaline The ceramic material can emit far-infrared rays with a wavelength of 4-14 microns and an emissivity of 0.92 or higher at normal temperature, and can automatically and permanently release negative ions and permanently generate a 0.06 mA weak electrostatic current that matches the human bioelectric current, and can Releases essential minerals and trace elements in the water; and designs the inner wall of the boot (1) to have a geometric shape including a honeycomb shape, a hexagonal column shape or a porous mesh pattern; There is a mastoid group corresponding to the acupuncture point of the foot (2). When the boot-shaped shoe (1) is injected with hot water, put the feet into the shoe body (1) at the corresponding foot. The mastoid group (2) in the acupuncture point reflection area is rubbed back and forth, so that the hot water in the shoe body (1) forms a turbulent flow, and the tourmaline ceramic material of the shoe body is continuously excited to exert the above-mentioned functional effects. The ceramic foot bath boot according to claim 1, wherein the top of the boot body of the shoe body (1) is designed to have a front high and a low bottom structure, the front high mountain type design, the rear low and the U-shaped recess (3) ). A ceramic foot bath boot according to claim 1, wherein a movable cover (4) is provided on the top of the boot body (1). The ceramic foot bath boot of claim 1, wherein a zipper or cable loop (5) is further provided on the cover (4). The ceramic foot bath boot of claim 1, wherein the inner wall of the shoe body (1) is engraved with a minimum and maximum water level line. For example, in the ceramic foot bath boot described in claim 1, wherein the inner wall of the shoe (1.1) is not glazed, so as to avoid weakening the far infrared ray emission rate; the outer casing (1.2) is glazed to enhance the heat storage capacity.