JP2008119426A - Vital function improvement method by reducing and correcting potential difference - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce and correct an apparent potential difference increasing with age in a living body, which deteriorates various vital functions, so as to improve the vital functions. <P>SOLUTION: (1) Bimetals containing two or more kinds of carbons are superposed to be a sheet-like composite, which is drawn near the living body carrying the potential difference by serving as an electrode for generating a voltage to be impressed so that the apparent potential difference could be neutralized and reduced to keep a correct potential difference and improve the vital function. (2) The electrode made of carbon or metal material is drawn near the living body carrying the potential difference to impress the voltage not less than 1 mV and not more than 10 V so that the apparent potential difference could be neutralized and reduced to keep an appropriate potential difference and improve the vital function. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to improvement of biological abnormalities caused directly or indirectly by a potential difference such as pain such as gout, stones, edema, and osteoporosis.

A minute current flows through the living body, which stimulates muscles and nerves to support the body's activities. The action of this bioelectrical current has been elucidated in detail in individual living body parts such as the heart, muscle, and brain, and is applied to treatments such as diagnosis of health and stimulation of muscles. In addition to the bioelectric current of such individual parts, an apparent potential difference occurs in the living body through a complicated circuit. This potential difference increases with age and decreases biological function. For example, at positive potentials, crystalline or amorphous substances are precipitated due to a decrease in the solubility of acidic substances, and basic substances are eluted. At negative potentials, elution of cationic substances such as calcium, and solubility of basic substances is reduced. Phenomena such as precipitation of crystalline or amorphous substances are occurring. In the experimental example of microorganisms, it is also known that cell destruction occurs in an electrical environment of about 900 millivolts, which is suspected to be one of the causes of tumors. In addition, Parkinson's disease is caused by the elution and decrease of some substances in the brain, which is also likely to involve a potential difference. Efforts have been made to improve these abnormalities of the biological function, centered on medical treatments such as drugs and surgery, but there are no examples of apparent potential difference, and electrical stimulation is It is only given to the body to relieve various pains and muscle stiffness. The method also uses an external power source or a chemical battery, electromagnetic induction using a magnet, or electron emission of a semiconductor such as germanium to give electrical stimulation to the affected area.
Special table 2000-507116

  Here, the apparent potential difference means a potential difference that occurs between different parts of the living body. In this patent, the potential difference observed on the surface of a living body is shown numerically. For healthy young people below teenage, this potential difference is relatively small, about 20 millivolts or less. However, this potential difference tends to increase with age. For example, in the case of the present inventor who is 73 years old, a potential difference of 65 millivolts between both eyes, 40 millivolts between the left and right sides of the oral cavity, 100 millivolts between the upper and lower sides of the chest, 150 millivolts in the abdomen, 40 millivolts on both toes, and 20 millivolts near the thumb joint. Observed. In other people's cases, the potential difference between both ears reached 500 millivolts. In this case, there is chronic inflammation in both ears, fluid secretion is observed, and an abnormally high potential difference appears to occur. This potential difference changes with time, but the maximum value seems not to change much. In the vicinity of the site where there is an abnormality in the body, this potential difference increases. The area near the site where fluid is secreted, such as the bleeding part, tends to be particularly large. In the vicinity of the negative site, the apparent potential difference of the living body is due to elution of minerals such as calcium, which are constituents of bone, causing osteoporosis, precipitation of basic substances, causing stones and narrowing of blood vessels, It causes high viscosity. In areas where the potential difference is positive, the hydrogen ion concentration increases and the solubility of acidic substances such as uric acid and fatty acids decreases and precipitates as a solid, causing gout, calculus, and eventually high blood viscosity. It also causes fat, protein and cholesterol deposits and reduced metabolic capacity. Deposits due to these positive and negative potential differences appear in the form of spots on the body surface, which is also a problem in cosmetics. The object of the present invention is to reduce and optimize this body potential difference to prevent and improve these biological abnormalities. Furthermore, the results of microbial research have shown that many microorganisms cause cell destruction in a weak electrical environment of about 900 millivolts and die. From these events, the causal relationship between cancer and ulcer and potential difference cannot be denied. The prevention effect is expected for such concerns.

The present invention aims to improve the biological function by reducing and optimizing the apparent potential difference of the living body.
Means for this purpose include a method of neutralizing the potential difference by placing a sheet-like electrode composed of a heterogeneous metal containing a carbon material close to a living body having a potential difference, and a living body having a potential difference using a conductive material alone as an electrode. It is arranged in the vicinity and electricity is supplied to this conductor from an external power source to neutralize the potential difference.
The apparent potential difference is neutralized by applying a voltage for 5 millivolts or more, but after that, even if the potential difference is reduced to less than 5 millivolts, a voltage is applied proactively to maintain the biological function. It will be. For example, a stain is an insolubilized protein such as blood that partially deposits on the inside of the skin and appears in a different color. When a positive voltage of about 200 millivolts is applied to the discolored portion, the protein elutes and diffuses into the body fluid and disappears. The traces become a space inside the skin that is thinly colored, but after a while the tissue regenerates and the space disappears, making it almost inconspicuous. After that, if voltage is applied for preventive purpose, the spots will not recur.

  A method for neutralizing the potential difference by arranging electrodes composed of different metals including carbon materials in a living body is to stack at least two kinds of sheet-like conductor materials such as plates, foils, nets, and coating films with different electrode potentials. It is a method of neutralizing the body potential difference by composing in a plane and placing it close to the living body, for example, the sole of the foot, the head, the chest near the nipple, and the vicinity of each joint. Examples of electrode material combinations are woven fabric reinforced carbon coating and aluminum foil, brass foil and aluminum foil, or stainless steel mesh and aluminum foil. The sign of each electrode is determined by the electrode potential of the combined conductor material. For example, in stainless steel and aluminum, stainless steel is the positive electrode that passively passes electrons. When placed on a living body, two positive and negative electrodes may be placed at different positions on the living body, or a single positive or negative electrode may be placed. For example, the positive electrode alone can be placed on the left and right soles, and the negative electrode can be placed on the head at the same time. Adhesives and adhesives are used when conducting composites with overlapping conductor materials. Adhesives and pressure-sensitive adhesives may be applied to the entire surface of the adherend or may be partially used around the periphery. In order to reinforce the conductor material, a material such as cloth, non-woven fabric, or PET sheet may be interposed between the conductors, the back surface, and the living body. Because PET sheet has high electrical insulation, it is not used between living bodies as much as possible. Compounding can also be applied by sewing or other mechanical joining techniques. The approach to the living body is performed by placing this complex near the living body where the body potential difference occurs. When this composite is not used, no voltage is generated, but when it is close to a living body, it is possible to obtain a voltage of up to about 600 millivolts. It is presumed that it generates electricity by absorbing a small amount of ionic conductivity near the living body. Power generation is possible even if such ion-conducting substances are sealed in a composite metal sheet in advance. For example, when fibers are used as the carbon reinforcing material for the positive electrode, the fibers are easy to absorb moisture, and preliminarily contain equilibrium moisture from the air. In this case, even when not worn, power is generated and the battery life is shortened. It is within the scope of this patent to artificially include such ion-conducting substances inside the electrode. The standard voltage applied to the living body is to apply a negative voltage when the bioelectric potential difference is positive, and to apply a positive voltage when the biopotential is negative. Empirically, positive voltage is preferred. Earth currents flow on the earth, showing a positive potential difference. In ancient times, when footwear was not worn, a positive ground voltage was applied directly to the sole. Since no potential difference is observed in footwear, geoelectric currents have little effect on modern people. Therefore, it is better to apply a voltage to the sole so that it has a positive potential difference. Since the voltage of around 100 millivolts is almost equal to the voltage of the earth current, the voltage applied from the composite should be the same level. This is an example of optimizing the potential difference rather than reducing the potential difference. A plurality of these complexes may be installed in the living body. For example, you can install a positive electrode on the sole, a negative electrode on the head, or several electrodes near several joints. The size of the composite electrode varies depending on the installation location. The nail circumference should be several mm larger than the nail and the sole should be 5 to 10 mm smaller than the sole size. The head should be at most covered by the entire head and the minimum size should be about one fifth of the head area. The size of a spot etc. is good about the size. The thickness of the conductor material is preferably 1 mm or less and about 50 μm. If the strength can be maintained, it is effective to make the electrode as thin as possible following the shape of the living body so that the electrodes are deformed and easily adhere to each other. The application time is preferably 4 to 5 hours or more per day, and may be removed during bathing or sleeping. Or it can be worn only during sleep. The wearing time will be adjusted while observing the effect. The electrodes can be placed in the body by using auxiliary tools such as adhesive tape and medical supporters, as well as in socks and shoes, or in night caps and abdomen. When eluting stones and cholesterol, electrodes can be placed near the epithelium and blood vessels in the body.

  The second method, that is, a method in which a conductor material is placed in a living body having a potential difference and electricity is applied from an external power source to neutralize, reduce and optimize the potential difference, is a single conductor material used as an electrode and has a potential difference. Place it close to the living body and connect the external power supply to apply electricity. The electrode to be applied is a combination of two positive and negative electrodes. The place of placement is performed according to the composite electrode. The applied voltage from the external power source is adjusted according to the potential difference of the living body within a maximum range of 10 volts, preferably 200 millivolts to 1 millivolt. In general, apply a potential difference that is approximately the same as or less than the potential difference of the living body, and that it is opposite to the potential difference of the living body. Apply the voltage of the external power supply so that the potential difference is as close to zero as possible. As a standard, voltage should be applied when the potential difference of the living body is 5 millivolts or more. When applied preventively, it may be in a state of 5 millivolts or less. In either case, it will be decided in consideration of the symptoms. To improve arthralgia, reverse the potential difference in the affected area to eliminate the pain, and then adjust the potential difference to be as small as possible. The size of the electrode may be in the form of an electrode generally used in other applications such as coins, tablets, or needles in addition to the composite electrode. In the case of a needle shape, it is possible to stab in the living body as well as the surface of the living body.

  By adjusting the apparent potential difference, various joint pains including gout can be released or reduced from pain. Metabolic disorders such as obesity can be facilitated by making the deposited fat, protein and cholesterol into solution. Cataract symptoms and presbyopia were also reduced. It seems that the components deposited in the eyeball dissolve by adjusting the potential difference and reduce the symptoms of cataract. It is also effective against edema and reflux esophagitis. In the case of reflux esophagitis, it is speculated that the associated sphincter becomes active in association with the potential difference. An effect was also observed in chronic inflammation, and in one example of the present inventor, generation of secretions from the affected area of inflammation was eliminated. The activity of the large intestine becomes active, and regular and healthy excretion occurs. It will be difficult for the eyes and eyes to appear. Symptoms of left and right organs, such as left and right eyes and diseases with left and right differences, such as shingles and athlete's foot can be reduced. The effect of preventing drowsiness was also seen when worn on the head. The potential difference seems to affect the brain activity. There have been cases where there was no hand tremor. When sleeping with the electrodes removed, a deep sleep effect is also felt. Spots on the surface of the skin also become lighter in color, making it less noticeable and preventing new spots from occurring. This is thought to be the result of the elution of the colored protein deposited by the potential difference due to a decrease in the potential difference resulting in an increase in solubility in the body fluid. Effects such as hair growth of thinned hair and blackening of gray hair were also observed. In this way, it has been found that the living body is greatly affected by a weak potential difference, and it is expected that new health maintenance and medical methods will be opened in the future. When the composite electrode was put in the sole, the soles felt much warmer and had a cold protection effect.

  A specific example will be described.

  A 10 mm diameter aluminum foil is applied to the outside of the left and right eyes with adhesive tape and is electrically connected through the aluminum wire. This reduced the potential difference of 60 millivolts between the left and right eyes to 5 millivolts. As a result, in the case of the present inventor, mild presbyopia and cataract almost disappeared after 24 hours.

  Put a cotton finger sack on the right thumb. The inner surface of the finger sack is coated with an aluminum foil having a thickness of 0.05 mm in advance, and a conductive paint made of graphite powder and glue is further coated on the outer side with about 0.05 mm. In the case of the present inventor, the pain due to gout disappeared after 1 to 2 days of wearing and did not recur. Nail athlete's foot disappeared in about 2 months. The maximum voltage of this electrode was 350 millivolts. The biopotential difference near the electrode after 2 months of application was approximately 0 millivolts.

  When a complex sheet in which a 0.5 mm thick graphite sheet and 0.02 mm aluminum foil are partially bonded with double-sided adhesive tape is covered on the white hair part on the hair, the aluminum surface is put in contact with the hair. In the case of the inventor, the hair color was slightly black in about 40 hours, and part of the hair grew even in the peeled area. Many black hairs were found on the heels of gray hair. The stain on the face became thinner and less noticeable. The head was stimulated with tension and prevented drowsiness. The maximum voltage at this time was 350 millivolts. The biopotential difference near the electrode 40 hours after application was approximately 0 millivolts.

  A sheet-shaped composite made of a 0.05mm thick aluminum foil and 0.1mm stainless steel (18-8) partly bonded to both sides with double-sided adhesive tape and processed into a foot shape in stainless steel Put the steel face up against the sole. When I continued to live in this state, the edema of the foot calves disappeared one day later. About one month later, athlete's foot athletes disappeared. The maximum voltage at this time was 200 millivolts. The potential difference between the left and right sides of the sole was 40 millivolts before the start of the test, but was almost 0 millivolts after the start of the test.

  In the state of Example 4, as a result of living with the composite of Example 3 on the top of the head and covering the circular composite of about one-fifth of the head area, in the case of the present inventor, the reverse flow started 2 days later Heartburn caused by esophagitis was almost eliminated. In addition, the pain and discomfort caused by bile duct stones were resolved, and there was a feeling that the stones tended to shrink. In addition, the hand tremors and roundness of the back, which are often seen by elderly people, have been improved, and I feel motivated to take exercise such as taking a walk.

  When the electrode of Example 4 was worn at night and during sleep, the number of urinations more than 3 times per night decreased to less than 1 time.

  The electrode according to the present invention has a simple structure and can be manufactured at low cost. It is easy to wear and feels no burden. Cost effectiveness is much better than conventional methods. From this point of view, it can be expected to be applied in a wide range of health and medical aspects from the new perspective of the apparent potential difference of the living body, so we believe that a large-scale industry can be formed.

Claims (2)

An electrode that is a sheet-like composite formed by directly or indirectly stacking two types of carbon and metal materials with different electrode potentials is placed on the living body, and the generated electromotive force is applied to reduce the apparent potential difference of the living body. How to optimize and improve biological functions. Place positive and negative electrodes made of carbon or metal on the living body, apply a voltage of 10 volts or less and 1 millivolt or more from an external DC power source to reduce and optimize the apparent potential difference of the living body, How to improve