WO2002074693A1

WO2002074693A1 - Structural water with hexagonal loop of irregular shape

Info

Publication number: WO2002074693A1
Application number: PCT/KR2001/002191
Authority: WO
Inventors: Chang-Jin Kim; Dong-Wook Han; Chang-Hun Nam; Jin-Young Lee
Original assignee: Chang-Jin Kim; Dong-Wook Han; Chang-Hun Nam; Jin-Young Lee
Priority date: 2000-12-19
Filing date: 2001-12-18
Publication date: 2002-09-26
Also published as: KR20020049326A

Abstract

The present invention relates to a structural water with a hexagonal loop of an irregular shape. The irregularly hexagonal water of the present invention, as being produced by a hexagonal water producing apparatus according to the present invention is proved such that the water produced is the structural water with the hexagonal loop of the irregular shape and a novel water which has not existed on the earth until now, with practical data. In addition, the irregularly hexagonal water of the present invention is capable of removing and neutralizing the effect of all kinds of poisons and preventing the propagation of various bacteria, thereby providing excellent antibiotic and anticancer effects and a high stability for plasmin. Thereby, a smooth metabolism is allowed to remedy or prevent all kinds of diseases such as neuralgia, rheumatism, a high blood pressure and so on.

Description

STRUCTURALWATERWITHHEXAGONALLOOPOFIRREGULAR

SHAPE

BACKGROUND OF THE INVENTION 1. Field of the Invention

The present invention relates to a structural water with a hexagonal loop of an irregular shape, and more particularly, to a structural water with a hexagonal loop of an irregular shape, as being produced by a hexagonal water producing apparatus according to the present invention, that is capable of removing and neutralizing the effect of all kinds of poisons and preventing the propagation of various bacteria, thereby providing excellent antibiotic and anticancer effects and a high stability for plasmin. 2. Description of the Related Art

Generally, a water molecule is composed of one oxygen atom of a negative ion and two hydrogen atoms of a positive ion. As shown in Fig. 1, the water molecule structure of a regularly tetrahedral shape places the oxygen atom (O) on the center thereof and the two hydrogen atoms (H₂) on the two apexes thereof. The cylinder on which the hydrogen atoms and the oxygen atom are coupled exhibits a coupling orbit by the coupling of the hands of the both sides, whereas the other two apexes of the water molecule are not used for another coupling, which exhibits a reverse coupling orbit. The water molecule orbits extend towards the four apexes of the regular tetrahedron and therefore, the formation of the coupling orbit by the interaction of the electron orbits around each atom among the atoms enables the hands that can accept new electrons to be coupled. As a consequence, the atom has a more stable 'molecule orbit' rather than exists alone. Therefore, the reverse coupling orbit of the water molecule, that is, the two apexes that are not used for the coupling among the four apexes of Fig. 1 is interacted with the reverse coupling orbit of the hydrogen atoms of another water molecule, thereby forming a weak coupling orbit (see Fig. 2). While being focused to the fact that the water molecule has peculiar properties, that is, stabilization (the coupling orbit) and instability (the reverse coupling orbit) act at the same time in the molecule and thus, the present inventors have made many studies for the water good for the human body.

Based upon the facts that the water molecule of the regular tetrahedron places the two hydrogen atoms on its two apexes, while the reverse coupling orbits are being directed to other two apexes and the coupling of the hydrogen atoms is caused between the reverse coupling orbits apexes and the hydrogen atoms, the various studies for the present invention have been made. At this time, a most stable coupling of the hydrogen atoms of the water molecule is made when the coupling of O-H-O is arranged in parallel on a straight line, that is, the hydrogen coupling orbit occurs in the parallel coupling of the oxygen atom, the hydrogen atom and the oxygen atom on a straight line. In Table 1 showing the water molecule combination models that are divided according to the calculation results of a known quantum chemical theory, it can be appreciated that the loop coupling of six water molecules (the hexagonal water in Fig. 4) or five water molecules (the pentagonal water in Fig. 3) is most natural and stable. <Table 1: Relation of Relative Existence Probability and Interaction Energy among Various Kinds of Water Molecule Combinations>

Therefore, most stable water can be produced by the mixture of the pentagonal water and the hexagonal water, but it can be appreciated from Table 1 that a general water is the pentagonal water having a highest existence probability value.

It can be noted, however, in Table 1 that the hexagonal water has a higher water energy value than the pentagonal water. As well known, a body fluid having the hexagonal loop needs the hexagonal water rather than the pentagonal water. Until now, however, the hexagonal water is just defined theoretically. In more detail, the hexagonal shape in the water of liquid may be broken or built incessantly even in a natural state as well as fail to maintain its original shape (the hexagonal shape) without any change. In addition, the life of the hexagonal water is only a hundred billions of 1 second, such that the hexagonal water can't be checked even with any observation instrument through the eyes of the human body.

On the other hand, the hexagonal shape on snow crystals or ice which can be checked with a microscope or X-ray interpretation has a fixed structure, unless it is melt due to a high temperature or broken by an external impact. However, the hexagonal structure on the snow crystals or ice is basically different from that in the water of liquid. The present inventors have been endeavored to vary and fix the flowing crystal structure of the water by the application of external impacts, thereby producing a novel hexagonal water not having a theoretically hexagonal structure having a completely fixed shape but a substantially fixed shape.

Anyway, the principal objects of the present invention will be discussed below and the details on the desires to obtain the structural water with the hexagonal loop, instead of a general water, will be discussed with the well-known theories disclosed on various kinds of papers or magazines. As well known, the fluid of animals including the human bodies or plants doesn't have any general water structure but have a hexagonally molecular structure, even on a normal temperature. The oxygen within the water molecule within the hexagonally structural water is not absorbed to any bacteria, and it is difficult to make the bacteria survived by the self-energy of about 0.5 gauss produced in the process where the hydrogen atoms of the positive ion and the oxygen atoms of the negative ion of the six times as many as the general water are coupled to each other. Even if the bacteria are survived, they can't be propagated and finally will disappear.

Therefore, the more hexagonal structure in the water forms, the better the human body is. The fluid in the body with the hexagonal structure removes and neutralizes all kinds of poisons and prevents the propagation of bacteria, thereby providing a natural remedy power (immunity) against various diseases.

Today, however, the moderns absorb and accumulate injurious poisons such as nicotine, caffeine, alcohol and the like, all kinds of foods and medicines containing a large amount of antiseptic and antibiotic material, and a harmful air or heavy metals based upon water and atmosphere pollution, through direct or indirect paths. Therefore, the absorbed and accumulated harmful components can't be removed or prevented with only a predetermined quantity of white blood corpuscle and the hexagonal fluid, such that the moderns believe that they might be attacked by various kinds of geriatric diseases such as a high blood pressure, neuralgia, sugar diabetes and the like.

According to another medical research, the human's body needs average 2-3 liters of water daily. The water drunk is digested and absorbed via the internal organs such as stomach, a small intestine and so on, while being changed to the hexagonally structural water [(H₂O)₆], such that it can compensate for the fluid that is discharged to perspiration, urine and so on.

Really, however, the amount of the hexagonally structural water is in a substantially short supply.

In other words, the quantities of the white blood corpuscles and the hexagonal fluids retained in the human body are too insufficient to remove, neutralize or sterilize all kinds of poisons or bacteria. In addition, the water drunk everyday contains various kinds of colitis germs as well as various heavy metals dissolved therein, which results in giving a serious influence to the human body.

Also, in case of a tap water containing Cl₂, various kinds of chemical materials are neutralized by the self-purification action of the human body but can be gradually accumulated in the human body, which results in the generation of various diseases.

In case of a boiled water, the bacteria or poisons are somewhat neutralized but because the oxygen itself is insufficient, the immunity against a disease becomes decreased.

As noted, the current natural water (including the tap water) may inhibit a smooth metabolism by the pollution of the water itself, which causes the diseases of adult people.

Hence, some researchers in the advanced nations have studied the structure of the water drunk in the human body and the change process of the structure and as a result, have found, based upon the following theories, that when the water having a hexagonal structure is drunk, it is very good for health.

An amount of earth magnetism flowing from north to south on the earth is rough 0.5 gauss and hence, the earth magnetism of at least 0.5 gauss should be delivered to the human body to thereby generate a voltage of about 5.5 V (in this case, it should be noted that an electric current flows in the human body). As a result, the heart of the body beats, nutritive elements and oxygen are supplied to each end part of the body by the action of hemoglobin and all kinds of waste materials are eliminated to the outside of the body.

Today, however, the moderns are lived in generally artificial life environments where the contamination and pollution of air and water, the destruction of an ozone layer or the exceeding exposure to all kinds of radioactive substances may be caused due to concrete buildings (specifically, the underground buildings), asphalt, factories, vehicles and so on. They absorb the earth magnetism of only 0.25 to 0.3 gauss which is greatly less than the 0.5 gauss, such that the voltage of only about 3 V can be produced. This inhibits a smooth metabolism, which causes all kinds of diseases such as neuralgia, rheumatism, a high blood pressure and so on. As a result, they appreciate that there is a need for the supplement or intake of the water having the hexagonal structure. To this end, various studies have been made until now.

The hexagonal water found through the various studies has a completely left and right symmetrical structure, as shown in Fig. 4. This is only a hypothesis based on the researches that are not proved with concrete experimental data.

On the other hand, it is announced in U.S. Physical Society by David Clary, a chemist in the United Kingdom that a water molecule is made by coupling two hydrogen atoms with an oxygen atom on the center thereof like a television antenna and if sufficient water molecules are- collected to thereby form water drops, the drops are coupled to exhibit peculiar properties.

He said that the water of liquid dissolves organic molecules and most of materials and mixes them, to thereby create life phenomena on the earth and the water is only a substance existing in gas, liquid and solid states at ordinary temperatures. In more detail, the water molecules in the solid state, that is, the iced state are regularly arranged and in accordance with the conditions of the temperature of the water, the water molecules have 10 or more arrangement types. The number of the arrangements of the water molecules in the solid water is larger than that of other substances and also, because the specific gravity of ice is smaller than that of water, the ice floats in the water. In case of most substances, their solid state has the specific gravity larger than their liquid state, whereas in case of water, its liquid state has the specific gravity larger than its solid state.

Unfortunately, nobody has yet explained something of water and until now, no logically and consistently theoretical explanation thereon has been suggested. Moreover, the theory on the hexagonal water is only a hypothesis that is not proved objectively and even though proved scientifically under an experimental hypothesis, only the arrangement structure of the hexagonal shape of the water in a natural state has been found. In other words, it is proved by a computer simulation that at a time when a sixth molecule is applied to the water in the natural state having a two- dimensional structure, the water has a three-dimensional network structure. It is concluded, therefore, that the above theories and explanations on the water are not based upon scientific study results obtained by varying the properties of water for a long period time to thereby produce a structural water having a hexagonal loop.

So, the present inventors have made various studies to establish a theory on a novel water by the variation of the properties of water, for the first time in the world. Specifically, their studies have been motivated from a good memory the water has as one of the peculiar properties of water. In more detail, when any process is applied to water, the water memorizes the process applied for a long time. The water is subjected to any process by external facts, such that the variation occurring during the process is kept for a predetermined time. The water processed is varied for a substantially long time in respect of its peculiar properties such as surface tension, oxygen solubility, viscosity and the like or in respect of its bioactivity, when compared to the water before the process.

SUMMARY OF THE INVENTION

It is, therefore, an object of the present invention to provide a structural water with a hexagonal loop of an irregular shape that can be proved such that the water produced by a hexagonal water producing apparatus as shown in Figs. 7 and 8 is the structural water with the hexagonal loop of the irregular shape (hereinafter, which is referred to as "irregularly hexagonal water") and a novel water which has not existed on the earth until now, with practical data through a lattice structural diagram illustrating a section particle shape using scientific experimental instruments and linear graphs using the figure and wavelength of the irregularly hexagonal water and with physiological chemical analysis and ion analysis.

It is another object of the present invention to provide a structural water with a hexagonal loop of an irregular shape that can prove that the irregularly hexagonal water produced based upon the proving results exhibits excellent antibiotic and anticancer effects and a high stability for plasmin, with scientific experimental data, and removes and neutralizes the effect of all kinds of poisons and heavy metals to make the metabolism of the human body substantially smooth, and remedies and prevents all kinds of diseases such as neuralgia, rheumatism, a high blood pressure and so on.

BRIEF DESCRIPTION OF THE DRAWINGS

Fig. 1 is an exemplary view illustrating a general structure of a water molecule (H₂O); Fig. 2 is an exemplary view illustrating a coupling state of two water molecules (H₂O);

Fig. 3 is a plan view illustrating a coupling structure of a pentagonal water;

Fig. 4 is a plan view illustrating a coupling structure of a theoretically hexagonal water; Fig. 5 is an exemplary view illustrating tomograms of a general natural water and a structural water with a hexagonal loop of an irregular shape according to the present invention which are photographed by a spectrum photometer;

Fig. 6 is a graph illustrating the wavelength relationship between the general natural water, the structural water with the hexagonal loop according to the present invention and a distilled water;

Fig. 7a is a perspective view illustrating one example of the configuration of an apparatus for producing the irregularly hexagonal water according to the present invention; Fig. 7b is a perspective view illustrating another example of the configuration of an apparatus for producing the irregularly hexagonal water according to the present invention;

Fig. 8a is an enlarged view illustrating one example of a magnetic body to be installed in the interior of the apparatus in Figs. 7a and 7b; Fig. 8b is an enlarged view illustrating another example of a magnetic body to be installed in the interior of the apparatus in Figs. 7a and 7b;

Fig. 9 is a graph illustrating the analysis results of the peculiar properties between the general natural water and the structural water with the hexagonal loop of the irregular shape according to the present invention, using the wavelengths of ultraviolet, a visible rays and near infrared rays;

Fig. 10 is a graph illustrating the analysis results of the peculiar properties between the general natural water and the structural water with the hexagonal loop of the irregular shape according to the present invention, using the wavelength of ultraviolet; Fig. 11 is a graph illustrating the analysis results of the peculiar properties between the general natural water and the structural water with the hexagonal loop of the irregular shape according to the present invention, using the wavelength of visible rays;

Fig. 12 is a graph illustrating the analysis results of the peculiar properties between the general natural water and the structural water with the hexagonal loop of the irregular shape according to the present invention, using the wavelength of near infrared rays;

Fig. 13 is an enlarged graph as viewed in another side of Fig. 11; Fig. 14 is a detailed graph illustrating the result obtained when the near infrared rays are absorbed to a first general natural water (e.g., Volvic natural water);

Fig. 15 is a detailed graph illustrating the result obtained when the near infrared rays are absorbed to a second general natural water (e.g., Evian natural water);

Fig. 16 is a detailed graph illustrating the result obtained when the near infrared rays are absorbed to the structural water with the hexagonal loop of the irregular shape according to the present invention;

Fig. 17 is a detailed graph illustrating the neutron counts of the structural water with the hexagonal loop of the irregular shape according to the present invention and the distilled water; Fig. 18 is a plan view of the structural water with the hexagonal loop of the irregular shape according to the present invention;

Fig. 19 is a perspective view illustrating the coupled shape of the structural water with the hexagonal loop of the irregular shape according to the present invention; Fig. 20a is an exemplary view of the cell state when the structural water with the hexagonal loop of the irregular shape according to the present invention is applied to a normal cell;

Fig. 20b is a solid view of Fig. 20a;

Fig. 20c is an enlarged sectional view of the normal cell of Fig. 20a; Fig. 21a is an exemplary view of the cell state when the structural water with the hexagonal loop of the irregular shape according to the present invention is applied to a cancerous cell;

Fig. 21b is a solid view of Fig. 21a; Fig. 21c is an enlarged sectional view of the cancerous cell of Fig. 21a;

Fig. 22 is a bar graph illustrating the activities of the structural water with the hexagonal loop of the irregular shape according to the present invention and the general natural water by days, as test results of the stability for plasmin; and

Figs. 23 to 34 are graphs illustrating the residual activities of the structural water with the hexagonal loop of the irregular shape according to the present invention and the general natural water by days according to the light absorption, as test results of the stability for plasmin.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First, the irregularly hexagonal water according to the present invention can be drunk freely like a general natural water or a bottled natural water, except that it is produced through a predetermined properties variation.

All kinds of natural water products (for example, Evian, Vittel, Contrex, Volvic and Chanterene, which are the names of products) that are now put on the market and the irregularly hexagonal water of the present invention are all water. However, each of the general natural water products has a non-lattice structure of a pentagonal shape and to the contrary, the irregularly hexagonal water of the present invention has a lattice structure of a hexagonal shape. Above all, the general natural water products have no antibiotic and anticancer effects, but the irregularly hexagonal water of the present invention has excellent antibiotic and anticancer effects and a high stability for plasmin.

The irregularly hexagonal water of the present invention, which has different coupling orbits from the conventionally theoretical hexagonal water (the hexagonally structural water of the completely fixed shape), can obtain the water quality results given in the following Table 2, in contrast with the general natural products.

As apparent from Table 2, the irregularly hexagonal water according to the present invention has a highest sodium value and the Contrex and Vittel products have rich calcium, which are good for the people who should have much calcium. At this time, it should be noted that the irregularly hexagonal water according to the present invention has rich sodium. Ion drink (for example, Gatorade, Pocarisweat, etc.) known as a sport drink is absorbed to the human body at a faster speed by the addition of sodium. In this case, the addition of sodium is allowed to strength the affinity to the body fluid. However, the irregularly hexagonal water according to the present invention has rich sodium, without any addition of sodium, such that it can have a strong affinity for the body fluid having the hexagonal structure.

On the other hand, the irregularly hexagonal water according to the present invention has a different shape from the theoretically hexagonal water that are conventionally proposed in various world physical societies or papers, an explanation of which will be in detail discussed with reference to the attached drawings and various kinds of scientific data.

The theoretically hexagonal water known until now has been studied to know its structure in a water molecule structure of only a natural state and as a result, it is found that it has the hexagonal structure being symmetrical left and right through a computer tomogram. To the contrary, the irregularly hexagonal water according to the present invention has a hexagonal structure of an irregular shape, that is, a left and right asymmetrical structure, unlike the theoretically hexagonal water having the left and right symmetrical structure, by varying the properties for water in a natural state. The practical structure of the irregularly hexagonal water according to the present invention is shown in Figs. 5 to 16. One of the principal characteristics of the irregularly hexagonal water according to the present invention is that the water molecules are respectively divided, as shown in Fig. 5.

The photography analysis diagram as illustrated in Fig. 5 is obtained by photographing the tomogram of the Evian water and the irregularly hexagonal water according to the present invention with a spectrum photometer, Les Spectrophotometre Cary 500. In case of the Evian water on the upper end of the diagram, the pentagonal and hexagonal water in the regular shape are mixed (the pentagonal water is more than the hexagonal water), and contrarily, in case of the irregularly hexagonal water of the present invention on the lower end of the diagram, a large amount of hexagonal water and a small amount of pentagonal water are mixed. In more detail, the Evian water has a non-lattice structure where the coupling of each molecule is connected (without any disconnection) when laser rays such as ultraviolet, near infrared rays, visible rays and so on are absorbed thereto by using the spectrum photometer, Les Spectrophotometre Cary 500. Contrarily, the irregularly hexagonal water of the present invention has a lattice structure where the coupling of each molecule is disconnected when laser rays are absorbed thereto by using the spectrum photometer, Les Spectrophotometre Cary 500. Generally, the spectrum photometer, Les Spectrophotometre Cary 500 is used to analyze the peculiar properties or shape of a material with the wavelength appearing when laser rays such as ultraviolet, near infrared rays, visible rays and so on are freely absorbed to the material. In the present invention, the structure of the irregularly hexagonal water of the present invention is analyzed with the spectrum photometers Cary 100 and Cary 500. The spectrum photometer Cary 100 reads the analyzed material in a graph (linear) manner and the more advanced spectrum photometer Cary 500 photographs the tomogram of the material to be analyzed. The photography analysis diagram as illustrated in Fig. 5 is a first example in the world obtained with the spectrum photometer Cary 500.

The analysis result for the peculiar properties of the irregularly hexagonal water of the present invention, which is obtained from the wavelengths of the ultraviolet (UV), the visible rays (VIS) and the near infrared rays (NIR) with the spectrum photometer Cary 100, is shown in Fig. 6. In other words, the general natural water contains more impurities than those in the distilled water at the wavelength in the range of 3200 nm to 3400 nm but the irregularly hexagonal water of the present invention contains few impurities.

The pure water forms the hexagonal structure well, but the impure water does not form the hexagonal structure well. This is because the impurities are coupled on the two apexes on which the hydrogen atoms have not been coupled, as shown in Figs. 1 and 2, which results in the inhibition of the formation of the hexagonal structure. As well known, the distilled water does not contain any impurities and therefore, the experimental results of Fig. 6 where the irregularly hexagonal water of the present invention has a linear structure similar to the distilled water mean that the irregularly hexagonal water of the present invention does not contain any impurities and forms the hexagonal structure well or can form it. On the other hand, the irregularly hexagonal water of the present invention is produced with a hexagonal water producing apparatus that is invented by the present applicant, an explanation of which will be discussed below.

As shown in Figs. 7 and 8, a plurality of diaphragms 5 with a through hole 2 on the internal center of a case 1 are connected to each other and a pipe 9 in the interior of the space between the diaphragms 5 is provided with a magnetic body 6 attached on the outside thereof. Two integrated induction reflecting plates 7 made of iron and a special alloy are side by side connected or faced to each other on the opposite side to the pipe 9. The methods of attaching the magnetic body 6 to the pipe 9 are shown in Figs. 8a and 8b, and even if the case 1 is removed, the irregularly hexagonal water of the present invention can be produced but exhibits a low formation of the hexagonal structure.

After the present inventors have been studied to find the molecular structure and effect of the hexagonal water produced through the hexagonal water producing apparatus according to the present invention, they find that the irregularly hexagonal water according to the present invention is a novel water having the lattice structure as shown in Fig. 5 and has a pure water having few impurities as shown in Fig. 6.

This will be also checked with reference to the attached drawings and at the same time, the fact that the irregularly hexagonal water of the present invention has a large molecular structure and a smooth orbit inclination will be proved with the diagram obtained by a spectrum photometer, Cary 100. It is generally known that the hexagonal water has a large molecular structure and a smooth orbit inclination.

However, this has not been clearly proved yet. Hence, the theoretically hexagonal water as known until now is wrapped in mystery (Of course, the studies for finding the substance of the hexagonal water contained in the natural water have received much recognition). To the contrary, the irregularly hexagonal water according to the present invention is a novel substance that has been proved with practical and scientific data.

And, the irregularly hexagonal water according to the present invention has the irregularly hexagonal structure unlike the theoretically hexagonal water as proposed conventionally, an explanation of which will be discussed later.

As noted, the irregularly hexagonal water according to the present invention contains fewer impurities than the general natural water, which is in detail discussed by other experiments.

Using the Les Spectrophotometre Cary 100, the ultraviolet (350 nm or less), the visible rays (350~800 nm) and the near infrared rays (800-3000 nm) are absorbed to a first general natural water (e.g., Volvic water) and a second general natural water (e.g., Evian water) that are sold in the market and to the irregularly hexagonal water according to the present invention. As shown in Figs. 9 to 12, the first and second general natural water exhibits a bad light absorption degree (or light projecting degree), forms an irregular wavelength and has a relatively small molecular structure. This means that the general natural water contains lots of impurities.

On the other hand, the irregularly hexagonal water according to the present invention exhibits a good light absorption degree (or light projecting degree), forms a regular wavelength and has a relatively large molecular structure with a smooth orbit inclination. This means that the irregularly hexagonal water according to the present invention contains fewer impurities than the general natural water.

The difference between the molecule size and the impurities contents between the general natural water and the irregularly hexagonal water according to the present invention will be explained with reference to Figs. 13 to 16. Fig. 13 shows the graph illustrating the results obtained when the visible rays having the wavelength of 700~800 nm are absorbed to the first and second general natural water and the irregularly hexagonal water according to the present invention, using the Cary 100. As shown, the irregularly hexagonal water according to the present invention has a higher light absorption degree than the general natural water. The Volvic water exhibits the light absorption degree of about 0.008, the Evian water about 0.010, and the hexagonal water according to the present invention about 0.012. From this result, it can be appreciated that the irregularly hexagonal water according to the present invention has fewer impurities than the general natural water, which will ensures a high formation rate of the hexagonal structure.

Fig. 14 shows the graph illustrating the results obtained when the near infrared rays having the wavelength of 2000-2500 nm are absorbed to the first general natural water, Fig. 15 shows the graph illustrating the results obtained when the near infrared rays having the wavelength of 1900~2500 nm are absorbed to the second general natural water and Fig. 16 shows the graph illustrating the results obtained when the near infrared rays having the wavelength of 2000-2500 nm are absorbed to the irregularly hexagonal water according to the present invention. As shown, the Volvic and Evian water exhibits a substantially low wavelength width, but the irregularly hexagonal water according to the present invention exhibits a substantially high wavelength width. It can be understood, from this result, that there is a .difference between the water molecule sizes of the general natural water and the irregularly hexagonal water according to the present invention. On the other hand, the reason why the irregularly hexagonal water according to the present invention is not of a completely hexagonal shape will be discussed with the following verified scientific data.

As described above, the various studies to find the hexagonal water in a natural water state have been made, but unfortunately, the resulting hexagonal water is not a novel concept of substance and only a theory. However, the irregularly hexagonal water according to the present invention is a novel concept of substance produced through the hexagonal water producing apparatus of the present invention and is not of a completely hexagonal shape, while retaining the variation of the properties of the substance as its peculiar properties. This can be also proved by the following examples. The water molecule is structured by coupling the oxygen atom of the negative ion and the hydrogen atoms of the positive ion, and based upon the ion analysis, it can be proved that the irregularly hexagonal water according to the present invention is of an irregular shape. First, the result values for the ion analysis of the irregularly hexagonal water according to the present invention that has been conducted in Paris Water Quality Management Research Institute in France are given in Table 3.

In Table 3, the electron traffic quantity for the irregularly hexagonal water according to the present invention is measured. First, in case of the positive ion, calcium of 1.86 mg/1, magnesium of 0.44 mg/1, sodium of 0.57 mg/1, kalium of 0.05 mg/1 and other positive ions of 0.01 mg/1 are detected and as a result, the positive ions of total 2.93 mg/1 are detected. On the other hand, in case of the negative ion, T.A.C. of 2.50 mg/1, chloride of 0.08 mg/1, sulfide of 0.31 mg/1, nitrate of 0.03 mg/1 and other negative ions of 0.00 mg/1 are detected and as a result, the negative ions of total 2.92 mg/1 are detected. This proves that the irregularly hexagonal water according to the present invention is not of a completely regular shape, that is, it is of a left and right-unbalanced shape. As appreciated from Table 3, the acid positive ions and the alkaline negative ions are incompletely but generally balanced, which means that the irregularly hexagonal water according to the present invention is close to a neutralized water. This is most preferable to be coupled to the body fluid.

Also, an experiment for checking the neutron counts contained in the irregularly hexagonal water according to the present invention is conducted, an explanation of which will be followed.

As shown in Fig. 17, the neutron counts are set on the axis X and megavolt E(meV) on the axis Y and in this state, the experiment for checking the neutron counts through the diffraction of the neutrons between the irregularly hexagonal water according to the present invention and the distilled water is carried out. As a result, it is found that the graphs show almost same results. From the results, it can be proved that the irregularly hexagonal water according to the present invention has a clearly different water molecule structure from the general natural water.

On the other hand, the irregularly hexagonal water according to the present invention has such the shape structure as shown in Figs. 18 and 19, based upon the foregoing explanations. As shown, the irregularly hexagonal water according to the present invention is fixed in almost hexagonal shape with an incompletely left and right symmetrical structure and maintains its varied state in the hexagonal shape. Also, in the state where the irregularly hexagonal water according to the present invention contains few impurities, the water molecules with the hexagonal loop structure take their hands, which form a cluster of water.

Next, a physiologically chemical analysis and its result values for the irregularly hexagonal water according to the present invention is given in Table 4.

(This is offered from by Paris City Office Environment and Protection Direction Institute, Marie de Paris)

As apparent from Table 4, the irregularly hexagonal water according to the present invention has the turbidity of 0.1 N.T.C, the hydrogenion index (pH) of 7.15 pH at a temperature of 20 °C, the conductivity of 246 micro S/m at the room temperature of

20 °C, the conductivity of 275 micro S/m at a temperature of 25 °C, the water quality (T.H) of 11.7 degre'F, the T.A.C of 12.5 degre'F, the bicarbonate percarbonte of 152 mg/1, the mild oxidization of 0.35 mg/1, the dried residual quantity of 175 mg/1 at the 180 °C, and the silice of 25.5 mg/1.

Also, the irregularly hexagonal water according to the present invention exhibits the calcium of 37.1 mg/1, the magnesium of 5.3 mg/1, the sodium of 13.1 mg/1, the kalium of 2 mg/1, and the ammonia of <0.1 mg/1. The chloride of 3 mg/1, the sulfide of 15 mg/1, the nitrate of <2 mg/1, the nitrite of <0.05 mg/1, the fluorine of 1.05 mg/1, and the phosphate of <0.1 mg/1 are measured.

The aluminum of <10 micro g/1, the total iron of 20 micro g/1, the manganese of 2 micro g/1, the copper of <2 micro g/1, and the zinc of 10 micro g/1 are measured.

It should be noted that the value of each variable in Table 4 is not fixed but somewhat varied. However, even if varied, the variation degree does not give any bad

influence to the human body. For example, the pH value is 7.15 at the 20 °C but when the temperature is gradually raised, the value is close to 7. Then, when the temperature

is raised up to a temperature of the human body, 37. 5 °C, the value is almost 7. This can be expected from the fact that the conductivity is 246 micro S/m at the temperature

of 20 °C and contrarily, the conductivity is 275 micro S/m at the 25 °C. In case of the irregularly hexagonal water having a substantially high affinity to the body fluid, when the temperature of the water is raised up to the body heat, it exhibits strong properties of the hexagonal water. Since the irregularly hexagonal water according to the present invention has possess the peculiar properties thereof, therefore, the variable values contained therein will be changed to ones helpful to the human body, as the temperatures thereof are raised.

On the other hand, in Table 4, the values of sodium, kalium and magnesium contained in the irregularly hexagonal water according to the present invention should be noted. Particularly, the value of sodium therein is remarkably different from that contained in the general natural water, an explanation of which is in detail discussed.

The hexagonal water has a high dissolution capacity to wash dirt (for example, the excrement and dregs of cells) produced as a result of the activities of the body fluids and also has a strong power energy, but in order to directly supply the hexagonal water on the part required in the human body, the hexagonal water should be converted into a substance having an affinity to the human body. At this time, the sodium is requisite for the conversion and therefore, if the value of sodium is high, the hexagonal water exhibits a high affinity to the human body and also provides a fast absorption thereto. As noted above, the irregularly hexagonal water according to the present invention has an excellent dissolution capacity and exhibits a higher affinity to the human body of at least several times that in the general natural water. Particularly, the irregularly hexagonal water according to the present invention acts with a substantially large molecular structure, while maintaining the effect of the energy produced by the hexagonal water producing apparatus as shown in Figs. 7 and 8 for a relatively long time. The above contents are proved based upon the Tables as listed above and the values obtained therefrom.

Now, an explanation of operation and effect of the irregularly hexagonal water according to the present invention will be in detail discussed with reference to the following embodiments: [Embodiment]

A. Bacteria Analysis Example 1 of Irregularly Hexagonal Water of the Present Invention The bacteria of the irregularly hexagonal water according to the present invention retained in a bottle (No. 1) were detected. The detected results are shown in Table 5.

(This is offered from by Paris City Office Environment and rotection Direction Institute, Marie de Paris)

As apparent from Table 5, the irregularly hexagonal water according to the present invention didn't contain any total coliforms and thermal stable coliforms. Also, no streptocoques fecaux and sulfur reduction bacteria (spores) were detected therefrom. However, the aerobic bacteria count of 450 was detected at a temperature of 22 °C and

the aerobic bacteria count of 42 was detected at a temperature of 37 °C. In other words,

when the temperature was raised at the 22 °C to the 37 °C, the aerobic bacteria count existing in the irregularly hexagonal water according to the present invention was drastically decreased. It was found from the above result that the aerobic bacteria count existing in the irregularly hexagonal water according to the present invention could be remarkably reduced even by the increment of the temperature within a relatively short time.

B. Bacteria Analysis Example II of Irregularly Hexagonal Water of the Present Invention

In this Example, the temperature of the irregularly hexagonal water of the

present invention was maintained at 22 °C for 72 hours and at the same time maintained

at 37 °C for 24 hours. The detected results are shown in Table 6.

As apparent from Table 6, the irregularly hexagonal water according to the present invention didn't contain any total coliforms and thermal stable coliforms, in the same manner as in Table 5. Also, no streptocoques fecaux and sulfur reduction bacteria

(spores) were detected therefrom. However, a remarkable variation in the aerobic bacteria count was observed.

In other words, the aerobic bacteria count existing in the irregularly hexagonal water according to the present invention was 0 after 24 hours at 37 °C but increased to

1150 after 72 hours at 22 °C.

C. Embodiment of Antibiotic Effect Based upon Examples I and II, an analysis for the antibiotic effect of the irregularly hexagonal water according to the present invention is made.

Ions are dissolved in the irregularly hexagonal water according to the present invention and act thereto. And, these ions have a close relationship with the cells of a living body. As noted, the earth magnetism of 0.5 gauss and the voltage of about 5.5 V flow in the human body, and a strong electric field is also formed at a molecule level around the ions dissolved in the water. Therefore, the water will have a structure capable of well conforming to the molecules constituting the cells of the living body, or it will not. The water having such the structure capable of well conforming to the molecules of the living body is generally defined as a hexagonal water. The irregularly hexagonal water according to the present invention is of course contained in the hexagonal water category. In other words, the earth magnetism and the voltage flowing in the cells of the living body can flow in the irregularly hexagonal water according to the present invention. As a result, when the temperature of the irregularly hexagonal water itself according to the present invention is low, the aerobic bacteria can be well propagated therein and to the contrary, when the temperature thereof is raised to a temperature of the cells of the living body, that is, 37 °C, the immunity function (i.e., the antibiotic effect) the cells of the living body have can be exerted to thereby sterilize the bacteria. On the other hand, the living body function is exerted under predetermined conditions, even if various stimuli such as a temperature variation are received from the outside, thereby protecting the entire actions of the living body. When such the function, that is, homeostasis, is maintained, the water into the cells or out of the cells has a predetermined regular structure, in order to protect the cells of the living body from the various stimuli or disturbances. To this end, the water should meet the following requirements: the difficulty of activity due to the decrement of the degree of freedom of the water molecules; a strong power energy; and a large molecule energy capacity. As known, the hexagonal water can meet the above requirements. Of course, the irregularly hexagonal water according to the present invention can have such the antibiotic function of sterilizing or preventing all kinds of bacteria.

The antibiotic function of the irregularly hexagonal water according to the present invention will be discussed based upon the following description.

The irregularly hexagonal water at 20 °C or so exhibits a low molecule activity and thus, even under the formation of the electric field on the inner and outer walls of the molecule orbit, it does not fully exert the power of the earth magnetism of 0.5 gauss and the voltage of 5.5 V or so flowing in the human body. To the contrary, as the temperature of the irregularly hexagonal water is raised, the hexagonal water exhibits a high molecule activity and fully exerts the original strength of the earth magnetism and the voltage, such that the ion activity of the strong earth magnetism and voltage caused in the hexagonal water can prevent the propagation of the bacteria around normal cells (the cells of the living body) or decrease the activities of the bacteria to thereby sterilize them.

The reason why the irregularly hexagonal water according to the present invention has a high affinity to the normal cell is that the molecular structure of the body fluid surrounding the inner and outer walls of the normal cell is the almost same as of the irregularly hexagonal water according to the present invention.

The antibiotic effect of the irregularly hexagonal water according to the present invention has been described in Tables 5 and 6, but only the detected results for the aerobic bacteria therefrom are extracted and shown in Table 7.

As apparent from Table 7, it was found that the aerobic bacteria count at 22

°C at the first measurement was 450 but after lapse of 72 hours at the secondary

measurement, it was 1150. Therefore, it could be appreciated that the irregularly hexagonal water according to the present invention did not have any antibiotic effect at the temperature of 22 °C or so, unlike the theoretically hexagonal water as proposed conventionally. That is, it was found that the theoretical hexagonal water always exhibited the antibiotic effect, but the irregularly hexagonal water according to the present invention had only the same function as the general natural water, at the

temperature of 22 °C or so, from the viewpoint of increasing the aerobic bacteria as

time elapses. To the contrary, it was found that the aerobic bacteria count at 37 °C at the first measurement was 42 but after lapse of 24 hours at the secondary measurement, it was 0. It could be appreciated from this result that the irregularly hexagonal water according to the present invention exhibited an excellent antibiotic effect as time elapses. D. Embodiment of Anticancer Effect The embodiment where the irregularly hexagonal water according to the present invention was used in order to test the anticancer effect for A431 cancerous cell was motivated by the antibiotic effect proved in Table 5, 6 and 7. As noted, the aerobic bacteria count was 450 at 22 °C and 42 at 37 °C and after the secondary experiment, the

count was 1150 at 20 °C after 72 hours and 0 at 37 °C after 24 hours. The bacteria used in the above experiments are propagated in the oxygen and water, but the bacteria count detected at 37 °C in the general water should be similar to or larger than that detected at

20 °C. However, the bacteria count detected at 37 °C in the irregularly hexagonal water

according to the present invention was substantially smaller than that detected at 20 °C or no bacteria was detected. As a result, the anticancer effect experiments as will be discussed below were carried out with a possibility that the irregularly hexagonal water according to the present invention could remove the cancerous cell in the human body, at a temperature of 37 °C or so. It was found from the results of the experiment that the irregularly hexagonal water according to the present invention removed the cancerous cell. The anticancer effect experiments were as follows:

A cancer inducing material was added to the A431 cancerous cell that was chiefly found in breast cancers and uterine cancers and then cultivated for 24 hours, using the irregularly hexagonal water according to the present invention and an existing culture solution. As a result, it was found that the growth of the A431 cancerous cell in the culture solution using the irregularly hexagonal water according to the present invention was suppressed to about 20 %, when compared as in the existing culture solution. The A431 cancerous cell was cultivated for 24 hours, without any addition of the cancer inducing material, using the irregularly hexagonal water according to the present invention and the existing culture solution. As a result, it was found that the growth of the A431 cancerous cell was continued without any suppression. A detailed explanation of the above results is followed. Example 1: An EGF material was added to make the A431 cell an active cancerous cell and using a culture solution made by mixing the irregularly hexagonal water of in an amount of 500 ml to a culture powder of 1 g, the A431 cell was then cultivated for about 24 hours. As a result, it was found that the growth of the A431 cancerous cell in the culture solution using the irregularly hexagonal water according to the present invention was suppressed to about 20 % or removed, when compared as in the existing culture solution.

Example 2: The A431 cell was made to an inactive cancerous cell, without any addition of the EGF material and using the culture solution made by mixing the irregularly hexagonal water of in an amount of 500 ml to the culture powder of 1 g, the A431 cell was then cultivated for about 24 hours. As a result, it was found that the growth of the inactive A431 cancerous cell in the culture solution using the irregularly hexagonal water according to the present invention was normally continued. Also, using the existing culture solution, the inactive A431 cancerous cell was cultivated for about 24 hours. As a result, it was found that the growth of the inactive A431 cancerous cell in the existing culture solution was normally continued.

Therefore, it was found from the results of Examples 1 and 2 that the irregularly hexagonal water according to the present invention could suppress the growth of the active cancerous cell but couldn't have any influence to the normal cell or the inactive cancerous cell. This should be noted in that if the irregularly hexagonal water according to the present invention could suppress the growth of the normal cell or the inactive cancerous cell, it might become a dangerous material, deviated from the peculiar function of water.

The irregularly hexagonal water according to the present invention surrounds the outer surface of the active cancerous cell to thereby attack the cell through the action of ion melted therein and at the same time disturb or block the cell through the electric field thereof, which results in a high anticancer effect. In addition, the irregularly hexagonal water according to the present invention prevents the normal cell or the inactive cell to thereby increase its affinity, an explanation of which is described below. As shown in Figs. 20a to 20c, the normal cell is provided with the hexagonal water (the body fluid) tightly adhered to the outer surface thereof, such that it can be safe from the disturbance of the outside. However, the water on the outer surface of the cancerous cell exhibits a low formation of the hexagonal structure and a high degree of freedom of the molecules (free activity), when compared as the normal cell, as shown in Figs. 21a and 21b, such that it can be grew normally, without any disturbance. In other words, the hexagonal water within in the cell acts to normally maintain the physiological activity of the normal cell and contrarily to disturb or decrease the physiological activity of the cell containing the water with the low formation of the hexagonal structure. Generally, the breast cancer is generated by the destruction of the structure of the water in the cell by predetermined causes and with the supplement of the hexagonal water, therefore, the activity of the cancerous cell should be controlled. To this end, it is necessary to form a generally tight film on the outer surface of the cell. This is possible when the irregularly hexagonal water according to the present invention is supplemented in large quantity to completely surround the outer surfaces of the various cancerous cells, thereby suppressing the growth of the various cancerous cells. E. Embodiment of the Stability Experiment for Plasmin Plasmin is a decomposing enzyme for the thrombus in the blood, which is composed of protein. The experiment for the stability of the plasmin is carried out to check how long the plasmin can maintain its peculiar functions.

One of main death causes of the moderns is a cardiovascular disease, which is divided into a coronary artery thrombosis causing myocardial infraction, a cardiovascular thrombosis having a fit such as a cerebral apoplexy and a venous thrombosis causing a pulmonary embolism.

And, the human body is maintained constantly by various components of the blood, but if the blood flows due to the injury of the blood vessel, the action of stopping the bleeding is physiologically carried out in the blood vessel in order to prevent the loss of the blood. Such the action of stopping the bleeding is adjusted by the activation of continuous blood coagulating factors through a blood coagulating passage, and the thrombin finally activated is produced to change fibrinogen into fibrin polymer. The produced fibrin functions to coagulate the blood and becomes a basic material of the thrombus. When the blood vessel tissue is regenerated after the completion of the stopping action of the bleeding, the produced fibrin clots are decomposed by the thrombus decomposing enzyme. However, in the case where the fibrin clots are accumulated excessively in the body or in the case where the thrombus decomposition is not well operated, the human body may be attacked by the thrombosis.

In other words, the fibrin polymer is dissolved by the plasmin. The plasmin generally has a plasminogen zymogen type. When the fibrin polymer is dissolved by the activity of the plasminogen, it is changed to an active type and as a result, the fibrin polymer experiences fibrinolytic activity. Such the fibrin decomposition system is arranged to prevent the accumulation of the fibrin in the blood vessel and by doing this, the body can be protected from the thrombus.

In the embodiment of the present invention, the plasmin having the thrombus decomposing function acts in the irregularly hexagonal water of the present invention and the general natural water (for this, the Evian water is selected), in order to test the structural and functional stability for the plasmin, using a plasmin activity measuring method using a peptide stroma.

In other words, in the case of projecting the plasminogen activity factor in the blood, the plasminogen activity factor cuts the plasminogen to produce the plasmin. The plasmin dissolves the thrombus.

In this case, the plasmin in the blood does not exist for a long time by itself, that is, exists only for about 2 to 9 minutes (and the plasminogen exists for 20 to 40 minutes), and the body fluid also exists in the blood having the plasmin to thereby allow the plasmin to act therein. As a result, the plasmin can effectively dissolve the thrombus, while existing in the blood for a long time, the explanation of which is given with reference to detailed experiments.

First, the activity measurement for the plasmin was carried out, using a stroma, N-p-Tosyl-Gly-Lys-P-nitroanitfide. Into a 0.5 mM stroma solution of 0.2 ml (20 mM phosphoric acid buffering solution of pH 7.0) and into a 20mM phosphoric acid buffering solution (pH 7.0) of 0.18 ml, respectively, aryl-acylamidase of 0.02 ml (having its final concentration of 0.0427 unit/0.4 ml) was mixed, and after reaction at 37 °C for about 10 minutes, the reaction results were compared. The aryl-acylamidase was made by mixing the purified body plasmin solution and the irregularly hexagonal water of the present invention at a ratio of 1:1 (0.1 ml:0.1 ml) and in a room temperature (about 20 °C or so), the residual activity was measured after a day, two days and six days, respectively. Also, the Evian water was mixed for the aryl-acylamidase under the same conditions as above and the residual activity was measured.

The light absorption degree in the wavelength of 405 mm is measured for the above samples, respectively. The resulting residual activities are shown in Figs. 23 to 34.

As shown in Figs. 23 to 34, the plasmin processed in the irregularly hexagonal water of the present invention exhibits a higher residual activity than that processed in the general natural water (the Evian water), and specifically, the residual activity of the plasmin in the irregularly hexagonal water of the present invention is about 1.7 times that of the general natural water on the six days and about 31 times that on the twelve days. In addition, on the twenty days, the residual activity of the plasmin in the general natural water is 0 % but that in the irregularly hexagonal water of the present invention is 27.17 %. And, on the twenty-five days, the irregularly hexagonal water of the present invention exhibits the residual activity of the plasmin of about 10.3 %.

Based upon the above results, it can be understood that the irregularly hexagonal water of the present invention maintains the structure and function of the plasmin in a more stable manner, in vitro, compared to the general natural water.

Moreover, the enzyme as a living body catalyst has a greatly excellent function compared to other catalysts but exhibits a considerably low stability. The activity and peculiarity of the enzyme is maintained based upon the solid structure thereof, but in most cases, the solid structure of the enzyme is liable to be easily destructed by a slightly physical or chemical variation. Hence, it is important to provide an optimally stable state to the enzyme. The irregularly hexagonal water of the present invention, which has a very similar molecular structure to the body fluid, can maintain the components and functions of the protein of the living body in a reliable manner as well as can ensure the stability of the plasmin.

As described in the above, a structural water with the hexagonal loop of the irregular shape according to the present invention, as being produced by a hexagonal water producing apparatus according to the present invention is proved such that the water produced is an irregularly hexagonal water and a novel water which has not existed on the earth until now, with practical data. In addition, the irregularly hexagonal water of the present invention is capable of removing and neutralizing the effect of all kinds of poisons and preventing the propagation of various bacteria, thereby providing excellent antibiotic and anticancer effects and a high stability for plasmin. Moreover, a smooth metabolism is allowed to remedy or prevent all kinds of diseases such as neuralgia, rheumatism, a high blood pressure and so on.

While the present invention has been described with reference to a few specific embodiments, the description is illustrative of the invention and is not to be construed as limiting the invention. Various modifications may occur to those skilled in the art without departing from the true spirit and scope of the invention as defined by the appended claims.

Claims

WHAT IS CLAIMED IS:

1. A structural water with the hexagonal loop of an irregular shape, characterized in that the positions of oxygen where two hydrogen are coupled are not completely symmetrical but somewhat asymmetrical.

2. The structural water as defined in claim 1, wherein the structural water has a lattice structure where the molecules are disconnected with each other.

3. A structural water with the hexagonal loop of an irregular shape, characterized in that the structural water doesn't contain any total coliforms, thermal stable coliforms, streptocoques fecaux and sulfur reduction bacteria (spores) but contain aerobic bacteria at a predetermined temperature.

4. The structural water as defined in claim 3, wherein the aerobic bacteria count is about 42 at a temperature of 37 °C or so and about 450 at a temperature of 22

°C or so.

5. The structural water as claimed in claim 3, wherein the aerobic bacteria count is 0 after 24 hours at a temperature of 37 °C but increased at a temperature of 22

°C or so.

6. A structural water with the hexagonal loop of an irregular shape, characterized in that it contains turbidity of 0.1 N.T.C, bicarbonate percarbonte of 152 mg/1, silice of 25.5 mg/1, calcium of 37.1 mg/1, magnesium of 5.3 mg/1, sodium of 13.1 mg/1, kalium of 2 mg/1, ammonia of <0.1 mg/1, chloride of 3 mg/1, sulfide of 15 mg/1, nitrate of <2 mg/1, nitrite of <0.05 mg/1, fluorine of 1.05 mg/1, phosphate of <0.1 mg/1, zinc of 10 micro g/1, a predetermined hydrogenion index (pH), a predetermined conductivity, a predetermined oxidization, water quality (T.H) of 11.7 degre'F, T.A.C of

12.5 degre'F, and a dried residual quantity of 175 mg/1 at 180 °C.

7. The structural water as defined in claim 6, wherein the hydrogenion index is 7.15 pH at a temperature of 20 °C and close to 7 pH, as a temperature rises.

8. The structural water as defined in claim 6, wherein the conductivity is 246 micro S/m at the room temperature of 20 °C of and 275 micro S/m at a temperature of

25 °C, which is increased as a temperature rises.

9. The structural water as defined in claim 6, wherein the predetermined oxidation is a mild oxidation of 0.35 mg/1.

10. A structural water with the hexagonal loop of an irregular shape, characterized in that it has an electron traffic quantity composed of positive ions of 2.93 mg/1 detected as calcium, magnesium, sodium, kalium and other positive ions and negative ions of 2.92 mg/1 detected as T.A.C., chloride, sulfide, nitrate and other negative ions.

11. The structural water as defined in claim 10, wherein the calcium quantity is about 1.86 mg/1, the magnesium quantity is about 0.44 mg/1, the sodium quantity is about 0.57 mg/1, the kalium quantity is about 0.05 mg/1 and the other positive ions quantity is about 0.01 mg/1.

12. The structural water as defined in claim 10, wherein the T.A.C. quantity is about 2.50 mg/1, the chloride quantity is about 0.08 mg/1, the sulfide quantity is about

0.31 mg/1, the nitrate quantity is about 0.03 mg/1 and the other negative ions quantity is about 0.00 mg/1.

13. The structural water as defined in claim 1, wherein the structural water has an anticancer effect of about 20 % or so.

14. The structural water as defined in claim 1, wherein the structural water has a high stability for the plasmin existing in the blood vessels of the body.