Pulse diagnosis measuring aid and pulse diagnosis measuring method

Abstract

To address such problems that it has not been possible until now to quantitatively determine a degree of influence of food additives, pesticides and supplements on people in the effects thereof, in addition, the effects of substances and foods respectively vary depending on individual and change depending on the season and physical condition, but there is no easy method to determine whether each substance or food is good or bad for the body, and pulse diagnosis makes it possible to determine whether a substance has a positive or negative effect on an individual, but until now there has been no quantitative test to determine just how positive or negative the effect is.SOLUTION: A pulse diagnosis measuring aid includes: applying pulse diagnosis reaction of a body due to a difference in ionization tendencies of metals; using any number of two types of metals with different ionization tendencies to easily capture changes in the pulse; and easily, quantitatively and numerically testing levels of the foods and substances to determine whether they are good or bad for own body.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] It is used to assist in examining and quantifying the effects of substances on a person's pulse through pulse diagnosis. [Background technology]

[0002] Pulse diagnosis is a diagnostic method that has been around for over 2000 years and is used in acupuncture and moxibustion treatments in traditional Chinese medicine, as well as traditional Chinese medicine. The radial artery in the wrist is examined by touching it with the index finger, middle finger, and ring finger. The state of the pulse indicates the degree of physical strength, the effectiveness of treatment, and disorders of each meridian, and the pulse also changes depending on diet and environment. A normal pulse is soft and calm, has a long and strong presence, and is regularly felt at about 60 to 70 beats per minute. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent No. 4392722 Summary of the Invention [Problem to be solved by the invention]

[0004] Generally, foods that are bad for the body contain a large amount of additives, and in many cases, a large amount of pesticides is used during the production of vegetables. The first problem to be solved is that even if the amount of additives is listed, the impact of the additives on people cannot be quantitatively determined. There is almost no information about pesticides, and the impact is unknown. Also, even if a supplement is advertised as being good for the body, it is not clear whether it is really effective for you. The second problem is that people with food allergies are concerned about whether allergens are included, and their food choices are limited. The effects of substances and foods vary from person to person, and also change depending on the season and physical condition, but there is no easy way to determine whether a substance or food is good or bad for the body. The third problem is that while it is possible to determine whether something is good or bad by pulse diagnosis, there has not been a quantitative test to determine how good or bad it is. The objective of this project is to solve these problems. [Means for solving the problem]

[0005] By applying the body's pulse diagnosis reaction based on the differences in the ionization tendencies of metals, and using any number of two types of metal with different ionization tendencies, the problem is solved by capturing changes in the pulse and quantitatively and numerically expressing the effect of the substance on the body, whether it is good or bad. Effect of the Invention

[0006] By using a measuring aid to check the pulse, you can find out how good or bad a food is for your body before you eat it, so you can choose more healthy foods, which will lead to better health. In particular, people with food allergies can eat with peace of mind, as they can check whether a food is suitable for their body before eating it. [Brief description of the drawings]

[0007] [Figure 1] 1 is an aluminum sheet of a measurement aid according to one embodiment of the present invention. [Diagram 2] 1 is a copper sheet of a measurement aid according to an embodiment of the present invention. [Diagram 3]1 is a graph showing the ionization tendency of metals versus standard electrode potentials. [Figure 4] This is an example of a pulse diagnosis test for natto using an aluminum sheet measurement aid. [Diagram 5] This is an example of pulse diagnosis testing for canned coffee using a copper measurement aid. [Figure 6] 13 is an example of a practitioner examining an egg's pulse using a copper sheet measuring aid. [Figure 7] 1 is an inspection flow chart showing a five-stage pass / fail judgment process according to an embodiment of the measurement auxiliary tool. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0008] When a person's physical strength is depleted due to a chronic illness, the pulse becomes thin and weak. Even in a healthy person, for example, if a container containing a toxic substance such as chlorine bleach is picked up, the pulse becomes thin and weak. To check the difference in the reaction of the pulse in this way, we use pulse diagnosis techniques that even ordinary people can quickly learn to recognize.

[0009] When you touch a substance that has a positive effect on the body with your hands, the bioelectric currents flowing through the body react and your pulse becomes stronger. Conversely, when you touch a substance that has a negative effect on the body with your hands, your pulse becomes weaker. In addition, aluminum, which has a standard monopolar potential that is about 1V lower than the human body, and copper, which is about 1V higher, have the characteristic of making your pulse stronger when you touch them with your hands.

[0010] When taking a pulse reading with a substance that has a positive effect on the body, the number of aluminum pieces increases, indicating a positive tendency. Conversely, when a substance that has a negative effect on the body is present, the number of copper pieces increases, indicating a negative tendency.

[0011] Every human body is different, and a substance that has a positive effect on one person may have a negative effect on another.

[0012] Figure 1 shows an aid for measuring aluminum pieces used when testing healthy foods; the sheets are available in sizes for 1, 2, 5, 10, 20, and 30 pieces. Turn the sheet over and place it on the thigh, etc. For example, if there are 6 pieces, place one sheet in addition to the 5 sheets and place it in contact. When attaching aluminum pieces to a sheet, they need to be spaced apart to a certain extent. This spacing is the key. If the spacing is less than 1 mm, it will only detect and react as one piece. If the size of the aluminum piece is a square, and one side is 2 mm or more, it will be detected and reacted as one piece. The same can be said about copper in terms of the size and spacing of each piece.

[0013] Figure 2 shows a measuring aid for copper pieces used when testing foods that are harmful to the body. It is available in sheets for 1 piece, 2 pieces, 3 pieces, 5 pieces, and 20 pieces. Turn it over and place it on the thigh, etc. For 7 pieces, place 2 sheets in addition to the 5 sheets.

[0014] Figure 3 shows the standard electrode potentials of metals with different ionization tendencies. Aluminum is -0.662V, copper is +0.342V, and zinc, which is close to the human body, is -0.762V. The standard electrode potential of the human body is estimated to be about -0.74V.

[0015] Figure 4 shows the inspection method for natto, in which 12 aluminum pieces, consisting of two sheets as aluminum measurement aids and one sheet, are placed on the thigh, turned inside out, and touched to the thigh. The natto is held in the hand and the pulse remains strong, so it is judged to be a food with a value of +12 or higher.

[0016] Figure 5 shows the inspection method for canned coffee, in which one sheet of copper and five sheets of copper are placed upside down on the thigh as a copper measurement aid. When the canned coffee is held in the hand, the pulse remains strong, so it is judged to be a food with a value of minus 6 or less.

[0017] Hereinafter, the embodiment of the present invention will be described in detail with reference to the drawings. Figure 7 is a flow diagram of the work process for testing and judging food to be good or bad on a five-level scale. If the food is good, it will react more to the aluminum piece in the pulse diagnosis. If the food is bad, it will react to the copper piece. The value reacting to the aluminum piece is expressed as a positive value, and the value reacting to the copper piece is expressed as a negative value. The five-level classification and judgment of foods are as follows: the best classification is "excellent foods" with plus levels 51 and above; second is "good foods" with plus levels 21 to 50; third is "average foods" with plus levels 2 to 20; fourth is "foods to be careful about" with plus 1 and minus level 20; and fifth is "harmful foods" with minus levels 21 to 61.

[0018] The specific process is explained below. First, hold the food to be tested in your hand. Take a pulse test and place a sheet of two aluminum pieces on your knee. If the pulse becomes strong, it is a plus level 2 or higher. If the number of aluminum pieces is increased to three and the pulse remains strong, it is a "normal food" with a plus level of 2 or higher. If the number of aluminum pieces is increased one by one, and there are n aluminum pieces when the good pulse no longer comes, it is a plus level of n-1. If the number of aluminum pieces is increased to 20 and the pulse remains strong, and if the number of aluminum pieces is 21, the pulse weakens, it is judged as a "normal food" with a plus level of 20. If the number of aluminum pieces is increased to 21 and the pulse remains strong, it is judged as a "good food" with a plus level of 22 or higher. If the number of aluminum pieces is increased to 50 and the pulse remains strong and if the number of aluminum pieces is 51, the pulse weakens, it is judged as a "good food" with a plus level of 50. If the number of aluminum pieces is increased to 51 and the pulse remains strong, it is judged as an "excellent food" with a plus level of 51 or higher. On the other hand, if the pulse weakens when two aluminum pieces are placed on the knee, the food is below plus level 1 and is therefore a bad food, either a "food to be careful of" or a "harmful food." The number of copper pieces is increased one by one, and when there are no more good pulses, if there are n pieces of copper, the negative level is n-1. If the pulse becomes stronger with one copper piece, the level is minus 1 or higher. If the pulse is strong when 20 copper pieces are placed in contact with the knee, and the pulse weakens when the number of copper pieces is increased to 21, then the food is judged to be a "food to be careful of" with a minus level of 20. If the pulse remains strong when the number of copper pieces is increased to 61, but the pulse weakens with 62 pieces, then the food is judged to be a "harmful food" with a minus level of 21 to 61.

[0019] (Experimental Example 1) When insulating stickers are applied to a metal plate in a grid pattern, rectangular metal surfaces are arranged within the grid. It is known that the pulse diagnosis response changes when this is done, but it is difficult to obtain a quantitative value, as the response is judged to be large or small. In contrast, this embodiment can provide a constant measurement value.

[0020] (Experimental Example 2) In this embodiment, not only food, but also clothing worn, ornaments, and objects that come into contact with the skin for long periods of time can have numerical values ​​based on the changes in the pulse caused by the substance. This allows you to know how good or bad the effect of a substance is on the human body, and can be used as a basis for making decisions when wearing a substance.

[0021] (Experimental Example 3) It has become possible to measure the effects on the human body of instruments that come into contact with the human body, such as acupuncture and moxibustion instruments, and new treatment instruments can be developed using this embodiment.

[0023] Although the present invention has been described above based on the respective embodiments, the present invention is not limited to the requirements of the above-mentioned embodiments, and can be modified without departing from the spirit of the present invention. [Industrial Applicability]

[0024] With a piece of aluminum or copper, it is now easy to use pulse diagnosis to numerically test whether food is good or bad for the body. It is expected that a measuring aid that can be mass-produced and sold will be developed, with a sheet of aluminum or copper pieces attached in varying numbers so that it can be easily placed on the thigh or bottom even while wearing clothes. Also, when taking a pulse by hand, the test results can vary slightly due to differences in the position of the fingers or the depth to which the fingers are pressed, but it is technically possible to develop an electronic sensor-type testing device that can automatically set the depth and position of the pulse as an application of a blood pressure monitor. [Explanation of symbols]

[0025] 1 Insulation sheet 2 Aluminum pieces 3. Sheet with 2 aluminum pieces 4. Aluminum strips (20 pieces) 5 Aluminum piece 30 piece adhesive sheet 6 Copper piece 7 Copper piece 20 piece adhesive sheet 8 Copper piece 5 piece adhesive sheet 9. Natto 10 Pulse diagnosis points 11 Sheet with 10 aluminum pieces attached (turned inside out and placed on the thigh) 12 Sheet with two aluminum pieces attached (turned inside out and in contact with the thighs) 13 Canned Coffee 14 Sheet with two copper pieces attached (turned over and touching the thighs) 15 Eggs 16 Pulse diagnosis by an acupuncturist 17 Sheet with 5 copper pieces attached (turned over and touching the thigh)

Claims

1. An aid in measuring pulse diagnosis that consists of a sheet of one or more metal pieces attached at intervals to an insulator in order to quantify the effect of a substance on a person's pulse.

2. The measurement auxiliary device according to claim 1, characterized in that the metals are, in a single sheet, a metal whose main component is aluminum, which has a high ionization tendency at a standard single-electrode potential value of about 1 V negative relative to the standard single-electrode potential of a human being, and a metal whose main component is copper, which has a low ionization tendency at a standard single-electrode potential value of about 1 V positive.

3. The measurement auxiliary tool according to claim 1 or 2, characterized in that the measurement auxiliary tool is used as a set of an inspection tool with an increased number of aluminum pieces capable of inspecting positive levels, or an inspection tool with an increased number of copper pieces capable of inspecting negative levels, instead of one piece.

4. The measurement auxiliary device described in claim 1 has different numbers of aluminum sheets and copper sheets, each of which has a spacing that ensures a standard monopolar potential proportional to the number of sheets, making it possible to quantitatively test the effect of the substance to be measured on the pulse.

5. A pulse diagnosis method using the measurement aid according to any one of claims 1 to 4, characterized in that the number of aluminum pieces is increased until the pulse weakens and reaches a positive level that is good for the body.

6. A pulse diagnosis method using the measurement aid according to any one of claims 1 to 5, characterized in that the number of copper pieces is increased until the pulse weakens and the number of pieces reaches a negative level that is bad for the body.

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