JPH11156371A - Active material and its production - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain an active material which can demonstrate the active effects of red clay and fossil limestone synergistically by mixing the first powder obtained by crushing fossil limestone with the second powder obtained by crush ing a burned material which contains red clay as a main component and was burned at a specified temperature. SOLUTION: A mixture of the first powder obtained by crushing fossil limestone with the second powder obtained by crushing a burned material which contains red clay as a main component and was burned at 1,100-1,300 deg.C is used as an active material for medicines, toiletries, washing agents, water quality improving agents, or food additives. Since fossil limestone is abundant in calcium, it is desired to be kept porous in mixing, and its content is controlled to be at the highest 10%. The burned material to be an active material should be burned in a shape easy of handling corresponding to use, for example, in a shape of earthenware, spherical grains as the cleaning material of water purifier or powder.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to pharmaceuticals, cosmetics, detergents mainly composed of limestone containing fossils and red earth,
The present invention relates to a water quality improver or an active material as a food additive and a method for producing the same.

[0002]

2. Description of the Related Art In recent years, the safety of tap water has become a hot topic, and the problem of harmful substances such as trihalomethane due to chlorine used for sterilization has attracted attention.

[0003] In addition, water has come to receive special attention, and it is considered that it is important to drink "good water and healthy water" in order to ensure health. I have come.

[0004] At present, various water purifiers such as an alkaline ionized water producing device are commercially available, and the performance thereof has been extremely improved, and the residual chlorine can be sufficiently removed. Removal of chlorine eliminates toxins generated from chlorine and contributes to maintaining health.

[0005] Recently, research on water has also been actively conducted, and "How to make more delicious,
Can we get more healthy water? "

[0006] Among them, "active water" has come to be referred to. "Activated water" refers to water that not only removes harmful substances such as chlorine in tap water, but also has various actions that normalize various reactions in living organisms. This means that when you change from a normal life state to a disturbed one,
It is premised on the idea of.

[0007] For example, some people go to the same school, eat the same meal, and cause food poisoning. Some people do not cause food poisoning because of the difference in life status between those who had high resistance and those who had low resistance at that time. I can judge.

[0008] There are various types of such active waters based on their own research, and there are the following types of active waters depending on the means for exhibiting their effects.

[0009] 1) Gypsum A stone utilizing the medicinal effect of a special stone produced in nature. Many of the so-called medicinal stones have been raised from what was once at the bottom of the sea. As a component, soluble silicic acid is contained, and this silicic acid has an effect of dissolving other mineral components contained in the stone. Further, since it is porous, it has extremely high adsorptivity and exhibits a cleaning ability.

[0010] For example, there are many veins near famous waters such as "Uishi (Soraseki)" from Yamanashi prefecture, "Ioishi" in Toyama prefecture and "Obatite ore" at Komagatake. Also, Brazilian tourmaline has attracted attention. These are stones that have been known from various times as medicinal stones for various effects, not only the effects of their mineral components, but are considered to be waves with high energy of energy or energy, and have actually achieved many effects.

2) Pottery / Ceramic A pottery made by firing a specially mixed clay or a pottery utilizing ceramics. As with medicinal stones, if you add water to pottery made by baking specific soil, the water will not easily rot. Drinking the water will cure atopic dermatitis, or applying pendant porcelain to the body will return the body to its original state and cure intractable diseases.

[0012] These are also said to have an effect on components in the blood, strengthen minerals, and return the body to a reduced constitution. Far-infrared ceramics, EM ceramics, Shino ware, Shinshu porcelain, etc. are commercially available at health shops and the like.

3) Information storage water An information storage water is applied to exert an active effect by applying the information storage ability of water. "A living entity has a blueprint for life, in which an electric field (life field) is created. Every substance has an electric life field and interferes with each other. Life Field Theory ”
Based on the theory of Professor Yale University's Harold Saxton Burr), the normal electrical life field (called a wave in Japan) of various parts of the body is measured as electrical information, and the information is stored in water. It is what was memorized.

All substances have electrical properties even at the atomic level, and each generate a weak magnetic field. This weak magnetic field is the energy of the wave. This wave is amplified using a resonance phenomenon like a tuning fork or the like, and a unique wave is measured.

[0015] Numerous demonstrations have been made that specific water has the ability to store information, such as the storage of DNA genetic information. In addition, as published in the prestigious scientific journal Nature in the UK, a paper by Professor Benvenist of the University of Paris (disruption of human basophils induced by highly diluted IgE antiserum) was published. The diluent that is so thin that the components of the drug can hardly be detected can have the same effect as a concentrated solution containing a lot of the drug because of the dosage of `` The effect of transmitting the wave to the living body and resonating with the wave of the drug was amplified, and the same effect as that of the drug was obtained.

Such information storage water includes π water and resonance magnetic field water. π-water has rapidly spread in recent years, and is commercially available in manufacturing apparatuses, plastic bottles, and the like. π water can be said to be water having biological information that can be synchronized with biological water. What has an important relationship with this information transmission is divalent and trivalent salts, which can be synchronized with living organisms when they are present in water at a certain concentration.

[0017] Resonant magnetic field water is developed by Dr. Lee H. Lorenzen of the Paltech Research Institute in the United States, and is made by transferring information of a substance to water using the resonance function of water. In Japan, Masaru Emoto of the IHM International Wave Society is conducting his own research.

4) Electric field / magnetic field treated water An electric field / magnetic field is applied to water to exert an activating effect. It has long been known that the properties of water change when water passes through a strong magnetic field. Since 1996, Dr. George of the Bombay Academy of Sciences in India has published a paper entitled "Effects of Magnetic Fields on Physical Properties of Water", and product development has progressed rapidly.

The electric and magnetic field treated water changes the physical properties of the water itself and the suspended substance. For this reason, there are also effects such as prevention of red rust in water supply pipes, prevention of corrosion, suppression, and prevention of water deposits. Electronic water and the like, which are processed by applying an electrostatic voltage without passing an electric current, have become the second most popular water after alkaline ionized water. Electromagnetically treated water using permanent magnets (product name: hydro unit, etc.) is also commercially available. Furthermore, multi-arc water, which changes the physical properties of water by radiating an ultra-high temperature plasma jet flame to water, has been developed.

The activated waters described above are now being commercialized and marketed, and have already achieved various effects. In addition to drinking water, the activated waters are used in many fields such as agriculture, medicine, architecture, and civil engineering. Many studies and experiments have been carried out.

Further, as a change in physical properties of water common to these activated waters, it can be said that "water having a small cluster". It is known that water is not a mere molecule of H20, but rather a cluster of several. This aggregate is called a cluster, and the size of the cluster is an important factor for water activation.

At present, the size of this cluster is N
It can be measured by various measuring devices such as MR (nuclear porcelain resonance) spectroscopy. It is said that water with a small cluster works gently on the human body at the cell level and has the property of activating vital activity more. ing. In addition, the method for reducing the size of the cluster is as follows:
It has been demonstrated in various experiments.

[0023] Water itself is a very electric entity, and actually oscillates, rotates and moves at a very high speed.
For this reason, it is easily affected by an electric field or a magnetic field, and the size of the cluster changes with a small amount of energy.

Some clusters are made smaller by far infrared rays, such as ceramic filters and ceramic balls. Such ceramic materials that emit far-infrared rays have attracted attention as water activating (small clustering) materials because they can be manufactured at low cost.

Far infrared rays, as used in the medical field, are easily absorbed at the cellular level of a living body and have an important effect on the activation of animal and plant cells. In other words, since the frequency band of the energy absorbed and released by the ring of water molecules forming the cluster is equivalent to the far-infrared region, it can resonate with the frequency band of the cell and transmit energy effectively.

As described above, in a living body, life information and energy are transmitted by resonance of the inherent wave of the substance. By transmitting information of water and substances in a preferable state for the living body to the living body, the disorder of the balance of the life state can be resolved and the normal life state can be restored.

[0027]

However, in these researches, independent researches are being actively carried out, and there is little interest in researches which utilize them in combination to further improve the effects. It is the current situation. This is largely due to the lack of clear proof in the current science and the lack of objections, making it difficult to cooperate and cooperate.

Under the circumstances, the present invention focuses on the wave effect on activated water, and as a result of repeated investigations and studies on various active substances, as a result, "red soil" and "red soil" produced in Okinawa Prefecture are obtained. Ryukyu limestone "has a high wave effect, that is, the effect of trying to return life to a normal state, and has found a method of effectively exerting those effects, thus completing the invention. .

[0029]

A first powdery material obtained by crushing fossil-containing limestone into powder is provided.
An active material containing red earth as a main component, and mixed with a powdered second powder obtained by crushing a fired product fired at 1100 to 1300 ° C.

Limestone containing fossils is very dense and porous, and originally contains a trace amount of various minerals of seawater in a well-balanced manner because it was raised but was originally on the seabed. . Also, fossils themselves have ancient information.

Red soil is a unique red-colored soil produced in Okinawa Prefecture, which is rich in iron, is hardly soluble in water, and has very fine particles. It is known that pottery baked with this red clay has high far-infrared effect. The firing temperature is 1100 ° C to 1300 ° C. In order to obtain a fine porous state, the temperature needs to be 1100 ° C. or higher. At 1300 ° C. or higher, the temperature becomes too high to dissolve and lose porosity.

The present active material is obtained by crushing the limestone and the ceramic fired product into a powder and mixing them. Because it is very densely porous, by powdering,
Very large surface area. Fossil limestone is rich in calcium and at the same time contains trace amounts of many mineral components in a well-balanced manner. These various trace elements are thought to exert a medicinal effect.

The second aspect of the present invention is to provide a clay containing a mixture of limestone containing red soil and fossil material as a main component.
Activated material fired at ℃.

Since fossil limestone has a high calcium content, it is desirable to mix the porcelain, that is, the porcelain to the extent that the porosity is not destroyed. It is good to make it 10% or less.

The fired material serving as the active material is preferably fired into a shape that is easy to use depending on the application. For example, it may be fired in a pottery shape, fired in a spherical shape, used as a purifying material for a water purification device, or crushed into a powder.

A third aspect of the present invention is an active material using Ryukyu limestone produced in Okinawa Prefecture as the fossil limestone.

The Ryukyu limestone contains a lot of coral fossils as fossils and has a lot of fossils. Normal limestone has a very long period of time, usually hundreds of millions of years, whereas Ryukyu limestone has hundreds of thousands of years, and fossil materials have a sufficient amount of minerals in seawater. It remains. Moreover, coral fossils are very dense and porous, and sufficiently adsorb these minerals abundant in seawater, and contain them in a state very close to the mineral balance of seawater. It is known that the mineral balance of seawater is very similar to the mineral balance of human amniotic fluid, but when this Ryukyu limestone is dissolved in water, it resonates with the water in the human body, that is, the biological water. It becomes water.

A sintering step of sintering a ceramic material mainly composed of red clay at 1100 to 1300 ° C., a pulverizing step of crushing the sintering material to obtain a powdered material, A limestone pulverization step of crushing limestone to be pulverized into a powdery state, and a mixing step of mixing powdered substances obtained by both pulverization steps.

In the firing step, a clay mainly composed of red clay is formed into an arbitrary shape, and the clay is subjected to 1100 using a firing furnace.
Sinter at 1300C to 1300C. The clay is a mixture of clay for earthenware with red clay as a main component, and may be a mixture of silica and alumina appropriately.

The shape may be any shape, but it is preferable that the shape is easy to bake. For example, the shape may be a plate shape, a spherical shape, a pot shape, or the like.

In the step of pulverizing the calcined product into a powder by pulverizing the calcined product, the calcined product is pulverized by a pulverizing device or the like to form a coarse particle, and the pulverized device or the like is formed into a powder having a size of about several microns. I do. The smaller the powder particles, the better, but preferably less than about 5 microns.

In the limestone pulverization step, as in the above-mentioned fired material pulverization step, limestone is crushed by a crusher or the like to form coarse particles, and then powdered to several microns by a pulverizer or the like. .

The mixing step is a step of uniformly mixing the calcined material powder obtained in the above-described powdered calcining step and the limestone powder obtained in the limestone powdering step at a constant rate. . Mix until sufficiently uniform with a powder mixing device or the like.

Alternatively, the powder may be formed into a coarse powder in the powdering step, and finely powdered while mixing in the mixing step.

A fifth aspect of the present invention is to provide a clay containing a mixture of red clay and limestone powder containing fossil as main components, 1100 to 1100.
This is a method for producing an active material that is fired at 1300 ° C.

The limestone containing fossils is crushed into a powder, and the mixed powder mixed with the red clay is mixed with clay to form a powder.
The clay is fired at 1100-1300 ° C. The powdering of limestone is reduced to several microns. Molding is
Any shape may be used, but it is necessary to consider the firing temperature and time and uniform firing. It may be plate-shaped or spherical.

A sixth aspect of the present invention is a method for producing an active material in which the fossil limestone is Ryukyu limestone. Ryukyu limestone is very dense and porous, while red clay has very fine particles, so that fine particles of red soil enter the porous pores of Ryukyu limestone to enhance the synergistic effect.

Ryukyu limestone is a calcareous material containing a large amount of coral fossils, so that it can be easily ground and powdered, has good workability, and is easy to adjust the particle size.

In the mixing step, the Ryukyu limestone powder and the red clay powder may be mixed while changing the respective particle diameters. For example, by increasing the size of Ryukyu limestone and decreasing the size of red soil, fine particles of red soil enter the innumerable pores of porous Ryukyu limestone particles, resulting in a denser particle configuration, further enhancing the synergistic effect. .

Furthermore, by increasing the size of the crushed particles of the calcined material mainly composed of red clay and reducing the size of the particles of the Ryukyu limestone, the particles of the Ryukyu limestone enter the innumerable pores of the porous calcined material, A finer particle configuration results, and the synergistic effect is further enhanced.

[0051]

BEST MODE FOR CARRYING OUT THE INVENTION The active material according to the present invention has been developed by studying red clay and limestone produced in Okinawa Prefecture.

[0052] Red clay has low adhesive strength and is easily soluble in water.
This is a soil that is very hard to sediment because of its very fine particles.It easily flows out due to rainfall and pollutes rivers and the sea, causing serious damage to marine life such as corals and mozuku. Therefore, most of the research and development on this red soil is related to separation and coagulation from water.

However, it is not widely known that red soil contains many components that are very good for health. An example of the result of the component analysis of red clay is shown below. Red clay analysis result Iron 7.62% Calcium 0.39% Aluminum 0.03% Silica 33.6%

As described above, it is characterized by containing a very large amount of iron. As for the effective use of this red clay, apart from being used as earth for pottery, it is also partially used as a pigment for dyeing, but there is hardly any practical use.

In the present invention, the pottery is fired using this red clay, ground and powdered to be used as a raw material for the active material. Pottery made of iron-rich red clay is a very effective far-infrared ceramic material. Especially 110
Although fired at 0 ° to 1300 °, the effect is great.

Red soil itself has been known for a long time to eat red soil when animals such as dogs are in poor health, and are said to have a vitality-restoring effect. In addition, red soil is not very good as soil for agriculture, so it is less polluted by pesticides, etc., and in the ancient era when this soil was generated, that is, in a clean environmental condition without various polluting conditions like today The soil is still existing and is said to have high wave energy.

Ryukyu limestone is a unique limestone produced in Okinawa Prefecture and is a limestone rich in coral fossils.
Depending on the region where it is produced, it is called "crusher run" or "coral". It is only used as a raw material for cement or concrete aggregate. The following is an example of the chemical composition of Ryukyu limestone.

Chemical composition of Ryukyu limestone CaO Silica Alumina Fe2O3 MgO Others Crusher run 52.3 2.2 0.45 0.38 0.55 42.2 Coral 54.0 1.6 0.27 0.11 0.37 42.8 Chestnut 54.2 0.5 0.20 0.18 0.60 43.4 Travertine 54.5 0.1 0.10 0.05 0.41 43.4

As described above, the content of CaO is 50% or more, which corresponds to 90 to 98% in terms of CaCO 3.
For this reason, it is used as a raw lime raw material. In addition, the content is 40% or more, which is an organic component of coral, and is characterized by a high content of coral fossils.

In Okinawa Prefecture, this Ryukyu limestone has been used for a long time as a building material,
It is still used as roadbed material and tombstone material. The tombs made of Ryukyu limestone are unique in Okinawa Prefecture, but due to the tropical climate, the interior should originally be humid, but even if you open the tomb after decades, it will be very Dry state leans.

Further, this Ryukyu limestone is geologically
Crystallization has not progressed much, and normal limestone is crystallized after hundreds of millions of years, while it is estimated to be several hundred thousand years. That is, coral fossils are contained as they are. Moreover, the fine porous material contains a lot of organic matter in an ancient and clean environment.

As described above, the far-infrared ray effect and the ancient wave effect of the ceramic raw material fired from red clay, and the effect of trace elements of seawater minerals and the ancient wave effect of coral fossils of Ryukyu limestone are synergistic. And act as an active material.

Regarding the wave effect of red soil and Ryukyu limestone,
Although the theoretical elucidation is not sufficient, it memorizes information similar to that of medicinal stones, that is, information on a state without environmental pollution, and that information acts on water to bring the organism to a normal state. It seems to have caused the effect of returning to normal and the effect of making it more healthy. It is said that this information transmission involves iron ions or trace elements. These wave effects are considered to be enhanced by a synergistic effect because their wavelengths are in a resonance relationship with far infrared rays.

These effects exert an active effect when dissolved in water or brought into contact with water. As an application thereof, the active material may be dissolved in water to prepare a beverage, or may be boiled to separate a supernatant liquid into a beverage. When used as a purifying material for a water purifier, tap water and the like can be made into a very mellow and delicious drinking water due to the above effects, and also has a chlorine removing and sterilizing effect. Further, it may be blended with a raw material for skin cream or lotion for cosmetic use, or may be blended with a raw material for shampoo. It may also be used as a hair restorer.

As a production method, the powder is processed so as to improve the contact state or the close contact state between the red clay and the Ryukyu limestone. Red clay has almost no far-infrared effect as it is, and is fired at 1100 ° C. to 1300 ° C., and exhibits an effective far-infrared effect only when it is made of pottery. In this state, the effect is maintained even if the powder is re-pulverized.

This means that information on the far-infrared effect is stored. Far infrared rays generated in a high temperature state of 1100 ° C. to 1300 ° C., that is, electromagnetic waves are stored in pottery,
That information can be maintained even in the state of powder.

Accordingly, any pulverizing apparatus may be used for pulverization. For example, an impact-type pulverizer or a grinding-type pulverizer may be used, and a plurality of pulverizers may be used to gradually reduce the particle size.

Ryukyu limestone is rich in coral fossils, but it is said that the skeleton structure of the organic cells of the coral fossils collapses at high temperatures (around 300 ° C.). Therefore, it is desirable to control the temperature in the pulverizing step. In general, an impact-type pulverizer generates heat during impact crushing and may be heated to a high temperature. It is desirable to use a grinding-type powder machine that does not become such a high temperature.

[0069]

Examples of the present invention will be described below. 1) Manufacture of a porcelain plate using red clay as a main raw material First, a description will be given of a production example of a porcelain-based fired product mainly containing red clay. An example of the composition of clay used as a pottery raw material is shown below. Red clay 60% Alumina oxide 20% Silica sand 20% Combine the above and add a suitable amount of water to make clay and mold it into a plate. Red soil from Motobu town in northern Okinawa was used.
It is formed into a plate having a thickness of 15 mm, a length of 30 cm and a width of 20 cm. Dry naturally for 24 hours, put in electric furnace at 1250 ° C
For 30 minutes to 1 hour, slowly cooled, and allowed to cool naturally.

2) Powdering process of red clay porcelain plate First, the porcelain plate obtained above is crushed to about 5 mm by a crusher. Next, the crushed porcelain plate pieces are further pulverized by a pulverizer into powder. Using a universal ball mill as a pulverizer, a black-brown powder having a particle size of about 2 μm was obtained.

3) Powdering process of Ryukyu limestone Ryukyu limestone is a soft material called coral in Motobu Town, Okinawa Prefecture, and is classified as Yomitan Limestone. First, pulverize to about 5 mm with a crusher. Next, the crushed limestone is pulverized by a pulverizer into powder. Using a universal ball mill as a pulverizer, a white powder having a particle size of about 2 μm was obtained.

4) Powder mixing step 1 kg of the above black-brown ceramic plate powder and 10 white limestone powder
and kg in a powder mixing apparatus. When mixing
Uniform mixing is desirable, and stirring and mixing were continuously performed for 1 hour using a powder mixing apparatus.

When the mixing step is completed, a light brown powdery active material is obtained. The mixing ratio of the limestone powder and the porcelain plate powder was 10: 1, but the synergistic effects of the respective activating effects are hardly related to the mixing ratio, and the porcelain plate powder may be a trace amount. The wave information of the far-infrared effect in a high temperature state is very strong, and a small amount of the effect is sufficient. A certain amount of limestone powder is required in view of the dissolution of mineral components.

Next, an example in which a remarkable effect is obtained for a product using the active material will be described. [Use example 1] Activated water Tap water and this active material powder were put in a boiling vessel at a ratio of 20: 1, boiled for 1 hour, cooled, and the supernatant was separated to produce activated water for drinking.

The activated water was placed in a 1.5-liter plastic bottle and allowed to stand at room temperature for one week. When water was analyzed, chlorine was eliminated, Escherichia coli and the like were not detected, and general bacteria were detected. It was very slight. Similarly, it was left at room temperature for three months and searched again. Escherichia coli was not detected, and general bacteria were not detected. It seems that harmful bacteria cannot survive in this activated water. That is, it is considered that the information of the environment in which the harmful bacteria cannot survive (the firing temperature: 1250 ° C.) is stored in the information of the activated water.

An example in which the effect of drinking the activated water is obtained will be described. When a housewife suffering from constipation continued drinking for about 1 liter daily for 1 month, urine and feces returned to normal, constipation was resolved, metabolism improved,
It became very bright.

A man with high cholesterol and blood donation every two weeks was drunk about 1 liter per day. The cholesterol level began to decrease at the test after 2 weeks, decreased further after 2 weeks, and became normal after 2 months. He has been drinking since then.

When the face is washed with this active water after washing the face with soap in the morning, dirt is further removed and oiliness becomes smooth. Using this activated water as water to split into awamori prevented hangover. When used in the bath, it warms up and removes dirt. Also, dirt does not stick to the bathtub wall.

Using this activated water, tofu was produced.
Normally, tofu can be stored for only one day, but even if stored for 4 days, there was no off-flavor and it could be consumed without any problem. Tuna sashimi was immersed in this activated water for 30 minutes and stored in a refrigerator. Usually, the color changed in one day, but it did not change for one week and was edible without any problem.

[Use Example 2] Skin cream A skin cream was produced by mixing the above-mentioned active material powder with the raw material of the skin cream. This skin cream was used by five women on the face and hands in the morning and before bedtime. As a result of one month's use, all five people got the result that "skin was moistened", "smoothed", and "there was no longer any trouble with hand", and continued to apply for use. One of them reported that "the wrinkles on his face had disappeared."

[Use Example 2] Shampoo A shampoo was manufactured by mixing an active material powder into a shampoo raw material. This shampoo was used daily by five women. Good results were obtained from everyone, including "gloss in the hair,""very good as a brush,""less gray hair," and "less damage from perm."

[Use Example 3] Hair restorer An active material powder was used by a man with thin hair. Once daily, a thin head was massaged with a small amount of active powder. In three weeks, the hair that had been in a hair-growing state began to become hard regular hair.

[Usage Example 4] Paint Activator powder was mixed with a wall paint and used. Paint 1 can 1
100 g of active material powder were mixed in per kg. A comparative test was performed with the powder containing the active material and as it was.
The day after the rain, both paints were applied to the concrete wall. One month later, the situation was confirmed. In the normal paint, bubbles were generated due to moisture inside, and the paint was peeled off. Those containing the active material were not easily peeled without bubbles.
Similarly, when used for steel frames, an antirust effect was also confirmed.

[0084]

As described above, the active material according to the production method of the present invention can synergistically exhibit the activating effect of red clay and the activating effect of fossil limestone.
As a result, red clay and limestone, which had been used only partially in the past, can be used as an active material by being able to exert an active effect, and active water, cosmetics, building materials, health foods It can be used for various purposes such as medical treatment.

Further, an effective active material can be produced by conventional firing technology and powdering technology without requiring special high potential or expensive electronic equipment, etc. Easy to use.

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁶ Identification code FI A61L 2/16 A61L 2 / 16Z C11D 3/12 C11D 3/12 // A23L 1/20 104 A23L 1/20 104Z 1/30 1/30 Z 2/00 A61K 7/00 K A61K 7/00 A23L 2/00 V

Claims (6)

[Claims] 1. A first powdered material obtained by crushing fossil-containing limestone into powder, and 1100 containing red earth as a main component.
An active material characterized by being mixed with a second powder material obtained by crushing a fired material fired at a temperature of 1300 ° C. into a powder. 2. An active material obtained by firing clay containing a mixture of limestone containing fossil material and red clay as a main component at 1100 to 1300 ° C. 3. The limestone containing fossil material is Ryukyu limestone.
The active material according to the item. 4. A ceramic material mainly composed of red clay is 1100
A baking step of baking at 〜1300 ° C., a pulverizing step of pulverizing the baking product into a powder by pulverizing the baking product, and a pulverizing step of pulverizing the limestone containing fossil material to form a powder. A method for producing an active material, which is produced by a mixing step for mixing a powder material powdered by a powdering step. 5. A clay mainly composed of a mixture of red soil and limestone powder containing fossil material, which is subjected to a temperature of 1100 to 1300 ° C.
A method for producing an active material, wherein the method comprises sintering. 6. The limestone containing fossil material is Ryukyu limestone.
The method for producing an active material according to the above item.