JP3987502B2 - Medicinal bath - Google Patents

Description

  The present invention relates to a medicinal stone bath that releases mist containing minerals.

  For example, in a conventional stone bath, water is sprinkled on a heated rock, and the sprinkled water is evaporated by the heat of the rock, and the water vapor promotes sweating.

  By the way, this rock that evaporates water is an aggregate of minerals, and the minerals are rich in minerals (eg, iron, calcium, magnesium, sodium, potassium, etc.) that are said to have a positive effect on the human body. It has been known.

Life Science Creates a Way of Life by Satoshi Kawada Published by Tama Publishing Co., Ltd.

  However, as described above, the stone bath only brings water into contact with warmed rock, evaporates the water by the heat of the rock, and promotes sweating by the heat of the evaporated water vapor. It can be said that the minerals contained therein are hardly taken into the body together with water vapor.

  The present invention can release mineral-containing mist, and the mineral mist is released into the bath space in a nanometer size state, so that the body can efficiently absorb mineral mist. It is possible to provide a revolutionary medicinal bath that has never been achieved so that sweating can be promoted very well and excellent effects of minerals can be obtained.

  The gist of the present invention will be described with reference to the accompanying drawings.

This is a medicinal stone bath constructed so that mist containing mineral can be released into the bath space 2 in which the rock 1 is laid on the floor, and the size of the unit particles obtained by extracting the mineral from the rock 1 is about 1 nm to A mineral mist generating mechanism 3 for generating a nanometer-sized mineral mist having a unit particle size of approximately 1 nm to 9 nm by contacting a high-temperature, high-pressure steam with a 9 nm nanometer-sized mineral liquid. The mineral mist generating mechanism 3 includes a mineral extraction unit 9 for extracting minerals from the rock 1 and a mineral liquid extracted by the mineral extraction unit 9 at a high temperature of about 130 ° C. to 150 ° C. and about 5 kg / cm ² . A mist generator 10 that generates mineral mist by contacting with high-pressure steam, and the high-temperature and high-pressure steam in the mist generator 10 It consists of a boiler unit 11 to be supplied, and the end of the steam conduction pipe 14 that connects the boiler unit 11 and the mist generating unit 10 is disposed in the mineral liquid in the mist generating unit 10 and is generated in the boiler unit 11 High temperature and high pressure steam is supplied to the mist generating part 10 through the steam conducting pipe 14 and brought into contact with the mineral liquid in the mist generating part 10, so that the high temperature of about 130 ° C. to 150 ° C. and 5 kg / cm ² is achieved. , A low-temperature fine pressure and a unit particle size of nanometer-sized mineral mist is generated compared to high-pressure steam, and the unit particle generated from the mineral mist generating mechanism 3 is of nanometer-size. The present invention relates to a medicinal stone bath characterized in that the mineral mist can be discharged into the bath space 2.

Further, the mineral liquid is obtained by extracting the mineral from the rock 1 provided separately from the rock 1 laid on the floor, and the mineral liquid is obtained by contacting the mineral liquid with the high-temperature and high-pressure steam, and 2. The medicinal stone bath according to claim 1, wherein the mineral mist generating mechanism 3 is configured to generate nanometer-sized mist having a unit particle size of approximately 1 nm to 9 nm.

  Moreover, it is set as the structure which extracts the mineral from the said rock 1, and makes the said mineral liquid obtain by making the said rock 1 contact with an organic acid or an inorganic acid. It relates to the described medicinal stone bath.

  Further, the rock 1 is composed of a plurality of types of rocks 1, and the plurality of types of rocks 1 are selected and combined and immersed in the organic acid or inorganic acid to obtain a mineral liquid containing different minerals. It concerns on the medicine stone bath of any one of Claims 1-3 characterized by the above-mentioned.

  The medicinal bath according to any one of claims 1 to 4, wherein a heating mechanism 6 for heating the rock 1 laid on the floor of the bath space 2 is provided in the bath space 2. It is concerned.

  Moreover, the floor heating 6 is employ | adopted as the said heating mechanism 6, It concerns on the medicinal stone bath of Claim 5.

  Further, a rock layer 5 in which the rocks 1 are arranged in layers is provided on the floor of the bath space 2, and the nanometer size generated by the mineral mist generating mechanism 3 around the rock layer 5 or in the rock layer 5. The mist discharge part 4 which discharge | releases this mineral mist to the bath space 2 was provided, It concerns on the medicine stone bath of any one of Claims 1-6 characterized by the above-mentioned.

  8. The medicinal stone bath according to claim 7, wherein a mixture of aragonite containing silicon and silicon and the rock 1 is disposed on or inside the rock layer 5.

  Moreover, the ground wire 7 was attached to the rock 1 laid in the floor part of the said bath space 2, The said medicinal stone bath of any one of Claims 1-8 characterized by the above-mentioned.

  Since the present invention is configured as described above, it is possible to release a mist containing minerals, and since the mineral mist is nanometer-sized, the body can absorb minerals very well. Since the energy of the thermal wave radiated from the rock is given to the mist, it becomes an unprecedented medicine bath that can obtain various excellent effects by the mineral and the thermal wave.

  In addition, the invention according to claim 2 is extremely practical in that it can generate mineral mist in a part different from the bath space and efficiently release it into the bath space, thereby further exerting the above-mentioned effects. An excellent medicinal bath.

  In the invention of claim 3, minerals can be chemically extracted from rocks with an organic acid or an inorganic acid, whereby a mineral liquid rich in minerals can be obtained by efficiently extracting minerals from rocks. In this case, by selecting and using the kind of organic acid or inorganic acid, it becomes a medicinal stone bath excellent in practicality capable of extracting different minerals from rocks.

  Moreover, about invention of Claim 4, for example, a predetermined mineral liquid can be obtained from a predetermined multiple types of rocks, and according to the purpose, the type of mineral mist can be selected. In this case, different minerals can be extracted from the rock by selecting and using the kind of organic acid or inorganic acid.

  In addition, by selecting and combining multiple types of rocks that emit thermal waves, that is, thermal waves that are part of the far-infrared rays of electromagnetic waves, the antagonism between the rocks varies depending on the rocks. Thermal wave radiation can be averaged, thereby preventing specific thermal waves from being radiated from specific rocks and radiating the thermal wave radiation in a well-balanced manner. Become.

  Further, the invention according to claim 5 can satisfactorily discharge and fill the mineral mist in the bath space on the rock layer, and when the mist discharge part is provided in the rock layer, the mist discharge The mineral mist released from the part passes through the rock layer and is released into the bath space. At this time, the mineral mist can come into contact with the mineral of the rock constituting the rock layer and further absorb it, thereby It can be released into the bath space with abundant minerals.

  In addition, when it passes through the rock layer and is released into the bath space, the mineral mist absorbs the radiant energy of the thermal waves of the rocks that make up the rock layer, and the superposition of this radiant energy and mineral energy is superimposed. The mineral mist in a state having energy can be discharged into the bath space, and thereby, a medicinal stone bath excellent in practicality can be obtained with even better operational effects.

  In the invention of claim 6, the rock layer can be warmed by the heating mechanism, so that, for example, when the mineral mist discharged from the mist discharge part partially condenses and falls to the floor of the bath space. The mineral mist can be evaporated by the heat of the rock heated by the heating mechanism, whereby the bath space can be filled with steam.

  In addition, by heating the rock layer by a heating mechanism, it becomes a medicinal stone bath with excellent practicality that can radiate thermal waves from the rocks constituting the rock layer better.

  Further, the invention according to claim 7 is a medicinal stone bath with excellent practicality, which can easily realize the heating mechanism and can uniformly warm the rock layer uniformly.

  Further, in the invention according to claim 8, calcium in aragonite can be stabilized, thereby eliminating a negative factor of physical properties, and thereby, the effect of minerals on the human body can be exhibited better. It will be a medicinal stone bath with excellent practicality.

  Further, in the invention according to claim 9, it is possible to prevent a potential difference between the potential of the rock and the potential of the ground, and as a result, asthma who is known to relieve symptoms when static electricity is removed, Can relieve symptoms of people with allergic diseases. In addition, when the rock is in the same potential as the ground, by incorporating the mineral component into the body, the effect of the mineral can be obtained better, that is, the effect of the excellent mineral by the synergistic effect can be obtained. A medicinal stone bath with excellent practicality.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention that are considered suitable (how to carry out the invention) will be briefly described with reference to the drawings, illustrating the operation of the present invention.

  In the mineral mist generating mechanism 3, when high-temperature and high-pressure steam is brought into contact with the mineral liquid extracted from the rock 1, nanometer-sized mist with mineral as a core is generated.

  That is, in the mineral liquid, the size of the unit particles constituting the mineral liquid (a cluster (cluster) formed by attracting a plurality of water molecules) is nanometer size in water. As a result, the nanometer-sized mineral mist is released into the bath space 2.

  Also, the rock 1 laid at the bottom of the bath space 2 emits a thermal wave (a wave with a thermal effect, which indicates a part of the far-infrared rays of electromagnetic waves), and this causes mineral mist on the rock 1. When the mist is released, the mineral mist is subjected to the action of the thermal wave and becomes a mist having a high energy state in which both the mineral energy and the radiant energy of the thermal wave are applied.

  Therefore, since mineral mist is a very small particle of nanometer size, it is very easy to be absorbed into the body, so that minerals can be absorbed very efficiently into the body. Since the mineral mist and the thermal wave energy are both given in a high energy state, the mineral mist is absorbed into the body, so that various kinds of energy can be obtained depending on the action of the mineral energy and the thermal wave energy. It is possible to increase the metabolism of organs, nervous system and epidermis.

  In addition, since mineral mist is a very small particle of nanometer size as described above, when it is taken into the body, it reaches the deep part of the epidermis of the skin, works on this deep part, and can rapidly promote sweating from the sebaceous glands. .

  Further, when mineral mist is absorbed into the body, the mineral activates enzymes in the body, and from this point, the functions of internal organs and organs can be activated to promote metabolic activity.

  In addition, when mineral mist is taken into the body, this mineral also acts on the nervous system and can, for example, relieve pain in the affected area.

  Moreover, if mineral mist is absorbed from a head, the fatigue of a head will be healed rapidly.

  As described above, the present invention can promote sweating very well as compared with the prior art, and the mineral constituting the rock is well absorbed in the body together with the radiant energy of the thermal wave radiated from the rock, and the mineral energy and It becomes an epoch-making medicinal bath that can obtain various excellent effects by the action of the radiant energy of the thermal wave very efficiently.

  Further, for example, if the mineral liquid is obtained by extracting the mineral component from the rock 1 provided separately from the rock 1 laid on the floor portion, the mineral mist is generated in a part different from the bath space 2 Thus, it becomes more practical such that it can be efficiently discharged into the bath space 2 and the above-mentioned effects can be exhibited even better.

  In addition, for example, if the rock 1 is brought into contact with an organic acid or an inorganic acid to extract the mineral from the rock 1 to obtain the mineral liquid, the mineral 1 is chemically formed from the rock 1 with the organic acid or the inorganic acid. Thus, the mineral can be extracted efficiently from the rock 1 to obtain a mineral liquid rich in minerals.

  At this time, by selecting and using the type of organic acid or inorganic acid, different minerals can be extracted from the rock 1, and so on.

  In addition, for example, the rock 1 is composed of a plurality of types of rocks 1, and the plurality of types of rocks 1 are selected and combined and immersed in the organic acid or inorganic acid to obtain a mineral liquid containing different minerals. If comprised, for example, a predetermined mineral liquid can be obtained from a predetermined plurality of types of rocks 1, whereby the type of mineral mist can be selected according to the purpose.

  Further, at this time, by selecting and using the kind of organic acid or inorganic acid, it becomes more practical such that different minerals can be extracted from the rock 1.

  Also, as described above, the rock 1 emits a wave having a thermal effect, that is, a thermal wave that is a part of the far infrared ray of the electromagnetic wave, and a plurality of types of the rock 1 are selected and used in combination. Thus, by the antagonism between the rocks 1, it is possible to average different thermal wave radiation depending on the rock 1, thereby preventing only specific thermal waves from being emitted from the specific rock 1, and the thermal wave radiation Can be emitted in a well-balanced manner.

  Further, for example, a rock layer 5 in which the rocks 1 are arranged in layers is provided on the floor of the bath space 2, and the nano mist generated by the mineral mist generating mechanism 3 around the rock layer 5 or in the rock layer 5. If the mist discharge part 4 for discharging the meter-sized mineral mist to the bath space 2 is provided, the mineral mist can be discharged and filled in the bath space 2 on the rock layer 5 well. When the mist discharge part 4 is provided, the mineral mist discharged from the mist discharge part 4 passes through the rock layer 5 and is discharged into the bath space 2. At this time, the mineral mist is rock layer 5. This can be further absorbed by contact with the mineral of the rock 1 constituting the material, so that it can be released into the bath space 2 in a state of containing abundant minerals.

  Moreover, when it passes through the rock layer 5 and is discharged into the bath space 2, the mineral mist absorbs the thermal wave radiation energy of the rock 1 constituting the rock layer 5, and this radiation energy and mineral energy are absorbed. The mineral mist having the superimposed superposed energy can be discharged into the bath space 2, which makes it even more practical, such as obtaining better operational effects.

  Further, for example, if a heating mechanism 6 for heating the rock 1 constituting the rock layer 5 is provided in the bath space 2, the rock layer 5 can be heated by the heating mechanism 6. When the mineral mist discharged from 4 partially condenses and falls onto the floor surface of the bath space 2, the mineral mist can be evaporated by the heat of the rock 1 heated by the heating mechanism 6, and thereby the bath space 2 can be filled with steam.

  Further, heating the rock layer 5 by the heating mechanism 6 makes it more practical to radiate the thermal wave from the rock 1 constituting the rock layer 5 better.

  Further, for example, if floor heating is adopted as the heating mechanism 6, the heating mechanism 6 can be easily realized, and the rock layer 5 can be warmed uniformly and more practically.

  For example, if a mixture of aragonite containing silicon and silicon and the rock 1 is disposed on or inside the rock layer 5, calcium in the aragonite can be stabilized, thereby causing a negative factor of physical properties. This makes it more practical, for example, the effect of minerals on the human body can be better demonstrated.

  In addition, for example, if a ground wire 7 is attached to the rock 1 laid on the floor of the bath space 2, a potential difference between the potential of the rock 1 and the potential of the ground can be prevented, so that static electricity can be generated. It can relieve the symptoms of asthma and allergic people who are known to relieve symptoms when removed. In addition, when the rock 1 is at the same potential as the ground, by incorporating the mineral component into the body, the effect of the mineral can be obtained better, that is, the effect by the excellent mineral by the synergistic effect can be obtained. It becomes more practical.

  Specific embodiments of the present invention will be described with reference to the drawings.

  This embodiment relates to a medicinal stone bath configured to release a mist containing mineral in a bath space 2 in which a rock 1 is laid on the floor, and the mineral liquid obtained by extracting mineral from the rock 1 has a high temperature. , And a mineral mist generating mechanism 3 that generates nanometer-size mist containing the mineral by contacting high-pressure steam, and the nanometer-sized mineral mist generated from the mineral mist generating mechanism 3 is placed in the bath space 2. The present invention relates to a medicinal stone bath that can be released.

  In addition to the nanometer-size mineral mist, naturally, there are also mineral mists of nanometer size or more in which the mineral mist aggregates in the bath space 2.

  In the present embodiment, as shown in FIG. 1, floor heating 6 is disposed on the floor of the bath space 2, and a plurality of types of rocks 1 are laid on the floor heating 6 to form a rock layer 5. A mist conducting pipe 8 that conducts mineral mist is disposed around the rock layer 5, and the mineral mist generated by the mineral mist generating mechanism 3 is supplied to the bath space 2 from the mist discharge section 4 provided in the mist conducting pipe 8. It becomes the composition to discharge.

  In the figure, reference numeral 12 denotes floor concrete, and reference numeral 13 denotes a heat insulating material (for example, a warming styro home).

  The rock 1 in the present example is a rock (hereinafter referred to as a medicinal stone) that is distorted in the tetrahedral structure of silicon oxide, which is a rock-forming mineral, and a distorted tetrahedral structure of the silicon oxide. Both rocks (hereinafter referred to as general rocks) are shown.

  That is, for example, igneous rocks always contain silicon oxide, and the crystal structure thereof has a tetrahedral structure, and the silicon oxide is located at the center of the tetrahedral structure. The regular tetrahedron structure may be distorted to some extent by receiving a stress that does not change (this is the medicinal stone 1). And when this medicinal stone 1 is observed with a powder X-ray apparatus, the peak of the strongest X-ray is not sharp but spreads, thereby causing distortion as a result of stress, and a large amount of energy is stored at that time. Can be confirmed. The rock 1 in which this large energy is stored is the medicinal stone 1.

  As the stone 1, green tuff, metamorphic rhyolite, rhyolite, granite porphyry, granite, amphibolite are adopted.

  As the general rock 1, alkali basalt, peridotite, tourmaline, calcite, Nachi Kuroishi, Kinka gravel are adopted.

  In this embodiment, a total of 12 rocks including 6 kinds of medicinal stones 1 and 6 kinds of general rocks 1 are adopted as the rock 1, but the effects of this embodiment are exhibited in addition to these 12 kinds of rocks. As long as it is a medicinal stone or general rock, it may be adopted as appropriate.

  Moreover, the mineral in a present Example does not show an element simple substance, but shows the constituent mineral of a rock. That is, it shows a mineral itself having a structure composed of several elements.

  As shown in FIG. 2, the mineral mist generating mechanism 3 includes a mineral extraction unit 9 that extracts minerals from the above-described multiple types of medicinal stones 1 and general rocks 1, and a mineral liquid extracted by the mineral extraction unit 9 (in FIG. 2). A mist generating section 10 for generating mineral mist (arrow b in FIG. 2) by bringing the arrow c) into an appropriate concentration by diluting with water and bringing it into contact with high-temperature and high-pressure steam (water vapor (arrow a in FIG. 2)); It comprises a boiler unit 11 for supplying high-temperature and high-pressure steam (water vapor) to the mist generating unit 10. The mist generating unit 10 is connected to the mist conducting tube 8, and the mineral mist is passed through the mist conducting tube 8. It becomes the structure which can discharge | release to the bath space 2.

  That is, in this embodiment, the rock 1 laid on the floor of the bath space 2 and the rock 1 arranged in the mineral extraction unit 9 for extracting minerals are both selected from the 12 types of rock groups described above. Used in combination.

  The mineral extraction unit 9 is configured to extract minerals from the medicinal stone 1 and the like by immersing a plurality of types of medicinal stones 1 and general rocks 1 in an organic acid solution or an inorganic acid solution.

  For example, in this case, a mineral liquid is obtained by extracting minerals from the medicinal stone 1 or the like by immersing the medicinal stone 1 and the general rock 1 in a predetermined container containing an organic acid solution or an inorganic acid solution. At this time, the mineral liquid may be generated by crushing the medicinal stone 1 or the like and immersing it in an organic acid solution or the like.

  In this embodiment, citric acid and malic acid, which are one type of organic acid, are used, and minerals are chemically extracted by immersing medicinal stone 1 etc. in the citric acid and malic acid solution to obtain a mineral liquid.

  At this time, the type of mineral extracted by the citric acid and malic acid solution can be changed by selecting and using a predetermined medicinal stone 1 and general rock 1 from a plurality of types of rocks 1 and the like. it can. That is, when it is desired to obtain a mineral liquid containing a desired mineral, the medicinal stone 1 and the general rock 1 from which the desired mineral can be extracted are selected and combined, and the combined medicinal stone 1 etc. are combined with a citric acid and malic acid solution. The desired mineral can be extracted by immersing in.

  The mineral extraction unit 9 and the mist generation unit 10 are connected by a mineral liquid conducting tube 15 so that the mineral liquid generated by the mineral extraction unit 9 can be supplied to the mist generation unit 10 as necessary.

  The mist generating unit 10 is provided with supply means (not shown) for supplying water into the mist generating unit 10 so that the mineral liquid generated by the mineral extracting unit 9 can be diluted to an appropriate concentration. ing.

  In addition, a boiler unit 11 that generates high-temperature and high-pressure steam is connected to the mist generating unit 10 via a steam conduction pipe 14, and the steam generated in the boiler unit 11 is converted into the mineral liquid in the mist generating unit 10. It is configured to be able to contact.

  In the present embodiment, a commercially available boiler machine is adopted as the boiler unit 11.

  Further, in this embodiment, as shown in FIG. 2, the end of the steam conduction pipe 14 is disposed in the mineral liquid of the mist generating section 10, and the steam is led out from the steam conduction pipe 14 into the mineral liquid. Thus, the steam and the mineral liquid are brought into contact with each other.

Nanometer-sized mineral mist is brought into contact with high-temperature (approx. 130 ° C to 150 ° C) and high-pressure (approx. 5 kg / cm ² ) steam to a mineral liquid with nanometer-sized unit particles. It can be generated at a low temperature (approximately 100 ° C.) and a slight pressure (0 kg / cm ^{2 to} 0.07 kg / cm ² ).

At this time, for example, compared with the case where mineral mist is released into the bath space 2 in the high temperature and high pressure state, the bath space 2 can be supplied in a state of being supplemented with approximately 10% steam (mineral mist).

  This is because high-temperature and high-pressure steam has a great molecular motion, and even if it is directly sprayed, it bounces off the surface (performs a complete elastic collision), so that it does not easily penetrate into the inside of the heated material in the predetermined space. In this respect, when the high temperature and high pressure steam is brought into contact with the mineral liquid in the mist generating section 10 to generate the low temperature and low pressure mineral mist, the sensible heat of the high temperature and high pressure steam is released and about 10% (pressure and temperature of the initial steam) This is because new steam is generated). This vapor penetrates into the material to be heated at low temperature and low pressure.

  In addition, in this embodiment in which high-temperature and high-pressure steam is brought into contact with a mineral liquid and so-called secondary nanometer-size mineral mist is released, this mineral mist can be generated at a relatively low temperature and low pressure. Thus, the present applicant has confirmed that even if the bath space 2 is a wide space, the bath space 2 can be maintained in a uniform temperature and humidity state. That is, for example, when mineral mist in a high temperature / high pressure state is discharged into the bath space, it is known that it is difficult to keep the bath space at a uniform temperature and humidity.

  The mist generating unit 10 and the bath space 2 are connected by a mist conducting tube 8, and the mineral mist can be discharged into the bath space 2 through the mist conducting tube 8.

  In addition, the mineral liquid produced | generated in the mineral extraction part 9 dilutes to an appropriate density | concentration in the mist generation | occurrence | production part 10. The mineral liquid extracted in the mineral extraction part 9 is mineral so This is because the concentration of is high.

  As shown in FIG. 1, the floor heating 6 disposed on the floor portion of the bath space 2 has a structure in which a floor heating reinforced poly pipe 6B is disposed in a pipe protection concrete 6A, and the floor heating reinforced poly pipe 6B. The rock layer 5 is heated by circulating an antifreeze inside.

  The rock layer 5 has a structure in which a mixture of aragonite containing silicon, silicon and the rock 1 is disposed on or inside the rock layer 5.

Bryozoa is a fossil mosquito that was native between 10 and 25 million years ago. Aragonite is composed of calcium carbonate (CaCO ₃ ) as a component, and columnar crystals are radial. It is an extended mineral.

  In this embodiment, a mixture (not shown) of aragonite containing silicon and silicon and the rock 1 is disposed inside the rock layer 5.

  For example, calcite is an important rock that plays a role of calcium in biological reactions, but the structure of calcite changes due to the reaction with water when it remains in a high humidity state. There is a problem that it becomes difficult to stabilize the radiant energy. Therefore, when Aragonite containing silicon and Bryozoa that lived between 10 million and 25 million years ago was mixed with silicon, and a mixture of green pseudo-ashlite and medicinal stones was further mixed and hardened, This is because the above problems can be solved by stabilizing calcium. In addition, it has been confirmed in fish reef that this aragonite can eliminate other negative factors of physical properties.

  An earth wire 7 is attached to the rock 1.

  Specifically, as shown in FIG. 1, the ground wire 7 is disposed between the rock layer 5 and the floor heating 6.

  The ground wire 7 is desirably disposed on the bottom surface of the rock layer 5. That is, by arranging the ground wire 7 on the bottom surface of the rock layer 5, the potential of the rock layer 5 and the potential of the ground can be made very good.

  The medicine stone bath of the present embodiment is controlled so that the temperature of the bath space 2 is about 43 ° C. to 46 ° C. and the humidity is about 65% to 80%.

  Since the present embodiment is configured as described above, a nanometer-size mist having a mineral as a core is generated, and the nanometer-size mineral mist is discharged into the bath space 2 so that the bath space 2 has a uniform temperature and humidity. In this way, the mineral mist can be taken very well into the body to obtain various effects of minerals.

  In other words, the mist found in conventional mist saunas and stone baths has larger mist particles than the mineral mist of this embodiment and does not contain mineral components, so it promotes sweating to some extent by the heat of steam. Even if it can, it can be said that the mineral cannot be efficiently taken into the body as in this embodiment.

  In this regard, in this example, since the mist size is nanometer size and the core has the mineral, the mineral can be taken into the body very efficiently. Since the energy of the thermal wave radiated from the rock 1 is absorbed, various effects by the mineral and the thermal wave can be obtained very well.

  In addition, by providing a floor heating 6 for heating the rock layer 5 at the bottom of the bath space 2, the rock layer 5 is heated by the floor heating 6 and is radiated better from the 12 kinds of rocks 1. Thermal waves can be absorbed by the mineral mist and absorbed in the body with the superposition energy obtained by superimposing the radiation energy of the rock 1 and the energy of minerals. The metabolism of the system and epidermis is strong.

  Further, when the mineral mist is absorbed into the body, the enzyme in the body is activated by the action of the mineral, thereby improving the body's immunity.

  Further, when the mineral mist is absorbed into the body, the mineral acts on the deep part of the epidermis to promote sweating, and thereby a sweating effect that cannot be obtained in a conventional mist sauna or stone bath can be obtained.

  Further, when mineral mist is absorbed into the body, the mineral acts on the nervous system and can relieve pain in the affected area.

  Further, in this embodiment, by arranging a mixture composed of aragonite, silicon, and rock 1 containing pliozoa in the rock layer 5, the radiant energy inherent to the rock 1 is stabilized and stably generated by the radiant energy. An effect can be obtained, and an excellent effect can be obtained such that the negative factor of the human body can be removed by the action of aragonite.

  In addition, since the ground wire 7 is disposed between the rock layer 5 and the floor heating 6, the potential of the rock layer 5 can be maintained at the same potential as the ground potential, and this reduces the symptoms when static electricity is removed. Can relieve the symptoms of people with known asthma and people with allergic diseases.

  Moreover, in a present Example, the mineral extraction part 9 can change the kind of mineral to extract by selecting and using the organic acid solution or inorganic acid solution for mineral extraction.

  In this example, minerals are extracted using citric acid and malic acid, which are organic acids, but mineral mist with a mineral extracted from rock 1 as a core is added to the human body by this citric acid and malic acid. When taken into the lungs by touching or breathing, the Krebs cycle (tricarboxylic acid cycle) proceeds smoothly.

  The Krebs cycle (also called the citric acid cycle or tricarboxylic acid cycle) is a circuit in which pyruvic acid produced by the decomposition of glucose is completely oxidized to obtain energy, and is widely used in many living organisms. It plays an important role as a biosynthetic system for biological materials.

  In addition, by selecting and combining the rocks 1 for mineral extraction used in the mineral extraction unit 9, the type of mineral to be extracted is selected and the mineral mist having the desired mineral according to the purpose as the core Can be discharged into the bath space 2.

  In addition, it is possible to obtain a good action and effect as a medicinal stone bath only with the energy of the structure of rocks and the energy of the constituent elements alone, but depending on the person (for example, patients with severe heart disease, hypertension, cerebral infarction, etc. However, it is conceivable that suitable and unsuitable people will come out. In this regard, it has been found that by adding medicinal stones, it is possible to cope with any person by taking in the strain energy. That is, the present applicant has found that a combination of medicinal stones and general rocks can selectively act on various diseases.

  As described above, when entering the medicinal stone bath of the present embodiment, due to the above-described effects, immunity is improved as well as recovery from fatigue, and it acts immediately on coldness, cold, asthma, atopy, hay fever, tight waist, gout and the like.

  Moreover, since skin rejuvenates rapidly, the outstanding skin-beautifying effect can be exhibited.

  Hereinafter, this embodiment will be described in more detail.

The size of a unit particle mineral solution generated in the mineral extraction unit 9 of this embodiment (mass water molecules comprising a plurality attract each other (cluster)) is a contact elsewhere nanometer size in water, the nano When high-temperature and high-pressure steam generated from the boiler unit 11 is brought into contact with a meter-size mineral liquid, a nanometer-size mineral mist is generated with a unit particle size. This nanometer-size mineral mist Is released into the bath space 2 to exhibit the above-described various effects.

  The basis for the fact that the mineral mist generated from the mist generating unit 10 of the present embodiment is of nanometer size, for example, when cleaning the bath space 2 is to take a bath to replace the air in the bath space 2 with cold outside air When the temperature of the space 2 dropped slightly, it was confirmed that the bath space 2 was filled with a minute mist. This is because the saturated vapor pressure decreases as the temperature of the bath space 2 drops, and the nanometer-sized mists condense and become larger, making it possible to see with the naked eye. Conceivable. Thereby, it can be said that the mineral mist discharged | emitted from the mist discharge | release part 4 to the bath space 2 is nanometer size.

  One of the characteristics when entering the medicinal stone bath of this embodiment is that a clear difference occurs in the quality of sweat.

  That is, the first sweat that comes out when entering a conventional stone bath is very sticky, and if it repeats going in and out 4 to 5 times, the sweat becomes a smooth state. On the other hand, in the medicinal stone bath of the present embodiment, the first sweat is sticky like the conventional stone bath, but in the second to third times, the sweat is in a smooth state.

  Thus, it can be said that the body purification rate depends on the type of rock 1 and the quality of the mist.

Moreover, when the surface tension of sweat was examined, in the case of a conventional stone bath, the difference in surface tension between the first time and the second time is 10 mN / m , whereas in the case of the mineral mist of this example, The difference in surface tension between the first time and the second time is 5 mN / m to 6 mN / m , which was confirmed to be smaller than that of a conventional stone bath.

  This indicates that the mineral mist of this example has a higher metabolic activity and a faster body restoring force.

  Therefore, the sweat generated by entering the medicinal stone bath of this embodiment is clearly different in quality from the sweat generated by entering the conventional stone bath. Therefore, from this point, this embodiment is also a mineral. It can be said that the mist is absorbed very well into the body, and it is an extremely excellent medicinal stone bath that can obtain the excellent effect of minerals.

  Further, the thermal wave radiated from the rock 1 of the present embodiment will be described. As described above, the thermal wave radiation that varies depending on the type of the rock 1 by providing the rock layer 5 by combining the medicinal stone 1 and the general rock 1. A strong peak of (far-infrared radiation) can be suppressed (antagonism) and thermal waves can be radiated on average. For example, peridotite and amphibole emit quite strong energy, but this can be softened with special granite or medicinal stones.

  Moreover, also about the medicinal stone 1 and the general rock 1 in the mineral extraction part 9, only a specific mineral may be extracted in large quantities from the predetermined rock 1 by using a combination of a plurality of types of medicinal stones 1 and the general rock 1. It is suppressed (antagonism), and various minerals can be extracted from various rocks 1 on average.

  Note that the present invention is not limited to the embodiments, and the specific configuration of each component can be designed as appropriate.

It is explanatory perspective view which shows the inside of the bath space 2 of a present Example. It is explanatory drawing which shows the mineral mist generating mechanism of a present Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rock 2 Bath space 3 Mineral mist generating mechanism 4 Mist discharge | release part 5 Rock layer 6 Heating mechanism, floor heating 7 Ground wire 9 Mineral extraction part
10 Mist generator
11 Boiler section
14 Steam conduit

Claims (9)

A medicinal stone bath configured to release a mist containing minerals in a bath space in which rocks are laid on the floor, and the size of unit particles obtained by extracting minerals from rocks is about 1 nm to 9 nm. A mineral mist generating mechanism for generating a nanometer-sized mineral mist having a unit particle size of about 1 nm to 9 nm by contacting a high-temperature, high-pressure vapor with a meter-size mineral liquid. The mist generation mechanism consists of a mineral extraction part for extracting minerals from rocks, and a mineral liquid extracted by this mineral extraction part in contact with steam at a high temperature of about 130 ° C. to 150 ° C. and high pressure of about 5 kg / cm ^2. A mist generating part for generating mist and a boiler part for supplying the high temperature and high pressure steam to the mist generating part The end of the steam conduction pipe connecting the boiler part and the mist generation part is disposed in the mineral liquid in the mist generation part, and the high temperature and high pressure steam generated in the boiler part is connected to the steam conduction pipe. through supplied to the mist generating unit is brought into contact with the mineral solution in the mist generation portion, the approximately 130 ° C. to 150 DEG ° C., high temperature 5 kg / cm ^2, and the unit particle at low temperature low pressure than the high pressure steam It is configured to generate a nanometer-sized mineral mist, and the unit particles generated from the mineral mist generating mechanism are configured to release nanometer-sized mineral mist into the bath space. A medicinal stone bath. Minerals are extracted from rocks provided separately from the rocks laid on the floor to obtain the mineral liquid, and the mineral liquid is brought into contact with the high-temperature, high-pressure steam to contain minerals and the size of unit particles. The medicinal stone bath according to claim 1, wherein the mineral mist generating mechanism is configured to generate nanometer-sized mist having a length of about 1 nm to 9 nm.   The medicinal bath according to any one of claims 1 and 2, wherein the mineral liquid is obtained by extracting the mineral from the rock by bringing the rock into contact with an organic acid or an inorganic acid. .   The rock is composed of a plurality of types of rocks, and the plurality of types of rocks are selected and combined to be immersed in the organic acid or inorganic acid to obtain a mineral liquid containing different minerals. The medicinal stone bath according to any one of claims 1 to 3.   The medicinal stone bath according to any one of claims 1 to 4, wherein a heating mechanism for heating rocks laid on the floor of the bath space is provided in the bath space.   The medicinal bath according to claim 5, wherein floor heating is adopted as the heating mechanism.   A rock layer in which the rocks are arranged in layers is provided on the floor of the bath space, and nanometer-sized mineral mist generated by the mineral mist generating mechanism is released into the bath space around or in the rock layer. The medicinal bath according to any one of claims 1 to 6, further comprising a mist discharge portion.   8. The medicinal stone bath according to claim 7, wherein a mixture of aragonite containing silicon, silicon and the rock is disposed on or inside the rock layer.   The medicinal stone bath according to any one of claims 1 to 8, wherein a ground wire is attached to a rock laid on a floor portion of the bath space.

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