WO2005107588A1

WO2005107588A1 - Diagnostic system based on biological information

Info

Publication number: WO2005107588A1
Application number: PCT/JP2004/006600
Authority: WO
Inventors: Hiroshi Motoyama
Original assignee: Hiroshi Motoyama
Priority date: 2004-05-11
Filing date: 2004-05-11
Publication date: 2005-11-17
Also published as: JPWO2005107588A1

Abstract

A diagnostic system based on biological information capable of providing more accurate diagnosis and treating method. The diagnostic system comprises equipment for measuring diagnostic parameters from the waveform of a current I(t) flowing when a pulse voltage is applied to a “seiketsu”, i.e. a meridian point existing in a finger of a hand or a toe of a foot of an organism, and a computer for diagnosing an organ of the organism from diagnostic parameters BP, AP and IQ measured by means of the equipment for measuring diagnostic parameters and/or various values obtained from the diagnostic parameters by operation and proposing a treatment method for the results of diagnosis.

Description

Specification

Diagnostic device based on biological information

TECHNICAL FIELD The present invention relates to a diagnostic device for diagnosing the functional state of each organ in a living body. Background technology

Generally, in Western medicine, when conducting diagnostic tests for the function and disease of each organ, biochemical clinical tests are mainly performed, apart from electrocardiograms and the like when measuring the function of the heart. ing. However, such biochemical tests require a great deal of cost, time, and labor, and are often painful for the patient being tested.

On the other hand, in Oriental medicine (or Chinese medicine), in particular, moxibustion, the clinical experience of the existence of a system called “meridians” (which can be recognized as a stimulus-sensitive system or a reactive system) has been learned through clinical experience. By confirming that these meridians have a close relationship with an organ or the autonomic nerve that controls them, it is possible to find out the abnormal state of the reaction point (meridian point, commonly called ボ bo) in the meridian. Thus, the abnormal state is diagnosed by diagnosing the presence or absence of a disease in each organ associated with the reaction point, or by applying a physical stimulus such as a needle, heat, or electricity to the reaction point in the abnormal state. Coordinate; it is well known that such treatment is in place.

The inventor according to the present application applies a pulse voltage to the “well”, which is a meridian near the tip of a finger of a limb, obtains various diagnostic parameters from a flowing current waveform, and performs a “diagnosis of organ function”. An organ function device has already been proposed (see Japanese Patent Publication No. 2-33381). The reason for choosing Iana as the measurement point in this way is that (1) the subject can easily measure without having to take off his clothes, etc. (2) The measurement from the Iana The measurement position is easier to specify than the measurement point The advantage is that it is easy to keep the constant.

Diagnosis of organ function based on various data output by this meridian-one organ function diagnostic device required the examiner to have knowledge and experience of Oriental medicine. It was also difficult for the examiner to propose an appropriate treatment based on the results of the diagnosis.

Based on the measurement data of many subjects collected by the meridian-one-organ diagnostic apparatus described above and the in-depth knowledge of Oriental medicine, the inventor of the present application provides a more accurate diagnosis and a more appropriate treatment method. And can be presented.

The inventor of the present application considered adding a more accurate diagnosis function to the already proposed meridian-one organ diagnostic apparatus, and further adding a function of presenting a treatment method. Disclosure of the invention

Therefore, an object of the present invention is to provide a diagnostic device based on biological information, which can present a more accurate diagnosis and treatment method.

Another object of the present invention is to provide a diagnostic device based on raw and physical information that can visually display a diagnosis result in order to facilitate understanding of a subject.

A diagnostic device based on biological information according to the present invention includes: An arithmetic unit is provided for diagnosing the organ of the living body from the diagnostic parameters measured by the parameter measuring device and / or various values calculated by the diagnostic parameters, and presenting a treatment method for the result of the diagnosis.

Diagnostic parameter, the waveform of the current I (t) is rising to the maximum value BP at time t 1, when a constant value AP at time t ₂ subsequent decay to,

The maximum value BP, Constant value AP,

IQ (t ₂ — and

It is.

It is preferable that the diagnostic apparatus of the present invention further includes a display for displaying a diagnostic parameter and / or various values calculated by the diagnostic parameter, a diagnostic result, and a treatment method. Brief Description of Drawings

Figure 1 is a diagram showing the positions of the wells on the fingers and toes.

FIG. 2 is a diagram showing a current waveform I (t) for explaining a diagnostic parameter.

FIG. 3 is a diagram showing a diagnostic device of the present invention.

FIG. 4 is a diagram showing an electronic circuit block of the parameter measuring device. FIG. 5 is a diagram showing a state where the relevant electrode and the relevant electrode are attached. FIG. 6 is a diagram showing a related electrode.

FIG. 7 shows an example of a screen displaying the parameter BP during measurement.

FIG. 8 is a diagram showing an example of a screen showing the whole-body balance for the parameters BP and AP.

FIG. 9 is a diagram showing a radar chart for the diagnostic parameters BP of the left and right limbs.

FIG. 10 is a diagram illustrating an example of a screen for displaying a Yu-hole.

Fig. 11 is a diagram showing an example of a screen showing classification of constitution according to the concept of Chinese medicine.

FIG. 12 is a diagram showing an example of a screen showing classification of constitution according to the concept of yoga in India.

FIG. 13 is a diagram showing an example of a screen of a standardized graph for the parameter BP. FIG. 14 is a diagram showing an example of a screen showing the standardization order for the parameter {}.

FIG. 15 is a diagram showing an example of the screen of the measurement value list.

FIG. 16 is a diagram showing an example of a measurement value analysis screen for the parameter {}.

FIG. 17 is a diagram showing an example of a statistics screen for the parameter {}.

FIG. 18 is a diagram showing an example of a statistics screen for the parameter {}.

FIG. 19 is a diagram showing an example of a statistics screen for the parameter {}.

FIG. 20 is a diagram showing a screen displaying a diagnosis and a treatment method based on the parameter BP.

Fig. 21 is a diagram showing a screen that displays a diagnosis and treatment method based on the parameters AP and IQ.

FIG. 22 is a diagram showing a screen for diagnosing based on all the measurement results of the parameters BP, AP, and IQ and displaying a treatment method.

FIG. 23 is a flowchart showing the soft-to-air processing. BEST MODE FOR CARRYING OUT THE INVENTION

FIG. 1 shows the positions of the wells on the fingers and toes from which the diagnostic device of the present invention obtains biological information. Each well has a name associated with each organ associated with each meridian. For the fingers, the lungs, large intestine, heart sac, meridians, the three sutras, the heart, and the small intestines are used. , The bladder.

An electrode is attached to such a well, a rectangular pulse voltage is applied, changes in the current flowing through the well are detected, and three types of diagnostic parameters are obtained.

Figure 2 shows the current waveform I (t) to explain the diagnostic parameters. You. The current peaks at time t 1, then decays and reaches a constant value at time t ₂ . Diagnostic parameters BP peak value at time t 1 of the Yo I Do decay waveform, shows a constant value diagnostic parameters AP, a constant value AP or more current integral between times t or al the time t ₂ (FIG. 2 by a hatched ) Is the diagnostic parameter IQ.

No ,. The parameter IQ is mathematically expressed by the following equation.

IQ = II (t) — APx (t ₂ —)

It has been confirmed that the parameter BP is related to the air energy (body fluid circulation) of the living body, the parameter AP is related to the autonomic nerve of the living body, and the parameter IQ is related to the immune system of the living body. The diagnostic device of the present invention performs a diagnosis based on such three types of diagnostic parameters.

FIG. 3 shows a diagnostic apparatus 10 of the present invention. The diagnostic device includes a diagnostic parameter measuring device 12, a computer 14 ·, a display 16, and a printer 18.

Diagnostic parameter measuring device 1 2 It measures the parameters BP, AP, and IQ. The indifferent electrode 20 and the measurement probe 22 are connected by a cable. Although four indifferent electrodes 20 are connected for both hands and both feet, only one is shown for simplicity.

FIG. 4 shows an electronic circuit block of the parameter measuring device 12. The measurement device 12 includes a pulse voltage generator 30 that generates a pulse voltage applied to the well of the finger and toe of the subject, and a current detection that detects the current flowing to the well due to the application of the pulse voltage. A resistor 32, a preamplifier 34 for amplifying the detected current, a sampling circuit 36 for sampling the amplified current, and an analog / digital converter for converting an analog sampling value to a digital value. Digital (AD) converter 38, multi-channel waveform memory 40 that stores digital values in time series, and waveform data read from waveform memory 40, parameters for obtaining diagnostic parameters BP, AP, and IQ An analysis unit 42 is provided. No ,. Parameter solution The diagnostic parameters BP, AΡ, and IQ obtained by the analyzer 42 are sent to the computer 14.

The computer 14 processes the diagnostic parameters to determine the average value, standard deviation, etc., compares the average value with the reference value, which is the average of the normal values of healthy subjects, or the value in the normal range, and makes a diagnosis. Read the corresponding therapy and output it to display 16 or printer 18.

The operation of the diagnostic device of the present invention will be described in more detail. The indifferent electrodes 20 are attached to the wrists of both hands and the ankles of both feet of the subject. The indifferent electrode 20 has a structure in which a lead wire is connected to the upper surface of the conductive adhesive member. FIG. 5 shows a state in which the indifferent electrode 20 is attached to the left wrist. The indifferent electrode 20 is connected to the diagnostic parameter measuring device 12 by a cable. In addition, a Seki electrode 50 is attached to each well of the finger. As shown in FIG. 6, the related electrode has a metal foil 54 attached to the upper surface of a conductive adhesive member 52.

FIG. 5 further shows a state in which the related electrode 50 is attached to each well of the left finger so that the adhesive conductive member is in contact with the well.

The examiner successively presses the tip of the metal of the measurement probe 22 onto the metal foil 54 of the related electrode 50. This is done for all the holes in both hands and feet. That is, since the total number of wells is 28, the operation is repeated 28 times. .

As described with reference to FIG. 4, when the detection probe 22 touches the related electrode, a pulse voltage is applied from the pulse generator 30 and the current flowing immediately after is detected by the detection resistor 32, and the parameter The analysis unit 42 determines the diagnostic parameters BP, AP, IQ. The requested diagnostic parameters are sent to computer 14.

Next, the process performed by the computer 14 will be described. Basically, the processing in the computer 14 calculates an average value, a standard deviation, and the like from the measured diagnostic parameters, and visually displays it on the display 16 together with the diagnosis result and the treatment method, or Printer 18 power To output. The display format includes (1) measurement data display, (2) whole body balance, (3) radar chart, (4) yu hole display, (5) constitution classification, (6) standardized graph, (7) standardized rank , (8) List of measured values, (9) Measured value analysis, (10) Statistics (mean / deviation graph), (11) Statistics (mean / deviation table), (12) Statistics (time series graph) ), (13) Treatment, (14) Comprehensive diagnosis.

Next, each display mode on the display will be described.

(1) Measurement data display

It is a screen which displays the diagnostic parameter under measurement. This screen displays the measurement diagnostic parameters for the left and right hand wells each time the measurement is completed.

FIG. 7 shows an example of a screen displaying the parameter BP being measured. The display performs both numerical display 50 and graph display 52. The difference is displayed only when the difference between the left and right in numerical display exceeds a certain value.

The examiner can perform measurement while looking at this screen, and can perform re-measurement for confirmation of abnormal data.

(2) Whole body balance

This is a screen that shows the balance of the diagnostic parameters BP, AP, and IQ, the upper / lower, and the left / right balance in a graph.

FIG. 8 shows an example of the state of the body fluid circulation (BP) and the state of the autonomic nerve (AP). The top 54 of the screen shows the average value of the whole body, and the bottom 56 of the screen shows the balance of the whole body.

The upper part 54 of the screen shows a comparison between the average value of BP and AP over the whole body and the normal range of a healthy person. The mean BP and AP values for the whole body are indicated by marks 58.

In the lower part 56 of the screen, the ratio between the average value of BP and AP in the left and right and the lower part of the upper Z and the average value (reference value) of healthy persons is shown. The left / right ratio is indicated by a T 59, and the top / bottom ratio is indicated by a T 60. (3) Radar chart

This screen displays the diagnostic parameters BP, AP, and IQ on a radar chart.

Figure 9 shows the radar chart for the diagnostic parameters BP for the left and right limbs. Graph 62 shows the ratio of the diagnostic parameter to the reference value. The reference value is indicated by a circle 64. If the balance is balanced, the graph will be along the reference value circle 64.

(4) Yu hole display

This is a screen centered on the Yu hole. In Chinese medicine, the Yuana is a treatment point on the back, and is said to be closely related to each meridian. FIG. 10 shows an example of a screen for the diagnostic parameter BP. On the left side of the screen, a graph 66 is displayed, and on the right side of the screen, a name 68 of a related meridian and a skeleton diagram 70 indicating a position on the back are displayed.

In the graph 66, the measured values of the parameters on the left and right sides are displayed in a bar graph, and a broken line 72 drawn vertically in the middle of each bar graph represents a reference value. The ratio of the measured value of each parameter to this reference value is displayed as a bar graph. Therefore, if the balance is in place, the graph will follow the broken line of the reference value.

+ +, + +, + Are displayed in descending order of the ratio to the reference value, and,--, 1 are displayed in descending order of comparison with the reference value.

(5) Constitution classification

This screen displays meridians classified according to their associated organs and functions, and estimates physical constitution and physical condition.

The constitution shows the constitution classification according to the concept of Chinese medicine and the constitution classification according to the Indian yoga concept.

Figure 11 is an example of a screen showing the classification of constitution according to the concept of Chinese medicine. Meridians are classified according to each organ of modern medicine. ,. Meridians are paired on the left and right sides, each associated with a specific organ or function. Here, the meridians are classified according to their organs and functions, and their constitution and physical condition are estimated.

For the left and right body, the BP value for each meridian, the ratio of the reference value and the ratio, and the left Z right difference are displayed. Fortunate from the one with a large BP value, +

Indicated by + +, + +, +, in ascending order,, ——,

—Instructed by

In addition, explanations of meridians and constitutions in Chinese medicine are displayed.

Figure 12 is an example of a screen showing the classification of constitution according to the concept of yoga in India. Meridians are categorized according to the yakuza used in Indian yoga.

For the left and right bodies, the ratio of the BP value to the reference value for each meridian and the difference between the left and right are displayed. + +

Indicated by +, + +, +, in order from the smallest one,, ——, one.

(6) Standardized graph

This is a screen for estimating the constitution and physical condition. Meridians are divided into two sets for each function, and the size of each is compared.

FIG. 13 is a screen showing an example of a standardized graph of the BP value. Meridians are associated with a specific organ or function as a set of two right and left. Here, the meridians are classified by organ and function.

On the left side of the screen, the ratio between the BP value and the reference value is represented by a per graph, and the ratio is indicated by + + +, + +, + in descending order. Instructed. A broken line 73 drawn vertically in the middle of each bar graph represents a reference value.

The right side of the screen shows the numerical value of the ratio between the BP value and the reference value.

(7) Standardization order

This is a screen for displaying the measurement results arranged in descending order. Each sutra The ratio of the measured value to the reference value of the parameter of the fault is displayed.

Figures 1 and 4 show screens for BP values as an example. From left to right, the average of the left Z right half, the left half, and the right half are displayed in ascending order of the ratio to the reference value in association with the channel name.

In the rightmost column, the meridian name and the ratio of the left / right difference to the reference value are displayed in descending order of left / right difference.

(8) List of measured values

This screen displays a list of the measured values of the diagnostic parameters BP, AP, and IQ, and confirms detailed information.

Figure 15 shows an example of the screen. BP (Body circulation)

For each of AP (autonomic nerve) and IQ (defense function), the left body, right body, and left / right difference are displayed in the order of measurement.

(9) Measured value analysis

This is a screen that displays measurement results in detail for the diagnostic parameters BP, AP, and IQ.

Fig. 16 shows an example of the screen for the diagnostic parameter BP. In the upper part of the screen 74, the average value of the whole body, the upper Z lower, the left Z right, the deviation, and the Yin and Yang are displayed. The lower left column 76 shows the left Z right average value, the lower middle column 78 shows the left / right difference, and the lower right column 80 shows the change in ranking from the reference value.

(1 '0) Statistics (mean · deviation graph)

This screen displays the average value and standard deviation of each meridian on a radar chart based on multiple measurements, and estimates the constitution.

Measurements are affected by your physical condition and do not represent your physical constitution. In addition, it is possible to compare the quality of body fluid circulation with a single measurement, but it is not possible to determine which channel is likely to cause a change in body fluid circulation.

Therefore, this screen statistically displays the measurement results of multiple (10 or more) measurements in order to correctly grasp the quality of body fluid circulation and also to grasp the state of changes. FIG. 17 is a diagram showing an example of a screen for the diagnostic parameter BP of the left and right limbs. Graph 82 indicates the average value, circle 84 indicates the reference value, and gray area 86 indicates the magnitude of the standard deviation of the multiple measurements.

(1 1) Statistics (mean / deviation table)

This is a screen that lists the average value and standard deviation of each meridian based on multiple measurements. Display based on 10 or more measurement data.

FIG. 18 is a diagram showing an example of a screen for the diagnostic parameter BP. The mean value and standard deviation of each meridian are displayed in the order of left and right. It is indicated by + + +, + +, and tens in order from the largest one, and is indicated by--:-,--, one in order from the smallest.

On the right side of the screen, the average value and the average value of the standard deviation are displayed for both hands and feet so that the overall balance can be understood.

(1 2) Statistics (time series graph)

This is a screen for comparing the summary of the measurement results for multiple measurements, and is displayed on a radar chart.

FIG. 19 is a diagram showing an example of a screen for the diagnostic parameter BP. This is a radar chart of diagnostic parameters BP for left and right limbs. Graph 88 shows the average value, and circle 90 shows the reference value. (13) Treatment

It is a screen that diagnoses based on the measurement results and displays the treatment method. Diagnosis and treatment methods are displayed for the average values of diagnostic parameters BP, AP, IQ, upper and lower, left / right.

Figure 20 is a screen showing the diagnosis and treatment method based on the parameter BP, and Figure 21 is a screen showing the diagnosis and treatment method based on the parameters AP and IQ. The left column 92 at the top of the screen displays the comparison between the average value of the whole body and the reference value, and the diagnosis and treatment methods for it are displayed in columns 94 and 96, respectively.

In the left column 98 in the middle of the screen, an upper / lower comparison is displayed. All diagnoses and treatments are displayed in columns 100 and 102, respectively.

The left column 104 at the bottom of the screen displays a left-to-right comparison, and the diagnosis and treatment methods are displayed in columns 106 and 108, respectively.

As shown in Fig. 20, the diagnosis and treatment method are displayed only for the BP value, for the Y-Z relationship, and for the shimmer.

Diagnosis and treatment of the yin / yang relationship are displayed in columns 110 and 112, respectively, and diagnosis and treatment of the cyclamen are displayed in columns 114 and 116, respectively. '

(14) Comprehensive diagnosis

This screen displays a diagnosis based on all the measurement results of the diagnostic parameters BP, AP, and IQ and displays a treatment method.

FIG. 22 shows an example of the screen. Columns 1 18 at the top of the screen show the comparison between the whole-body average and reference values for the parameters BP, AQ, and IQ. Diagnosis and treatment methods for those parameters are shown in the columns 1 20 It is displayed in.

Columns 1 and 2 in the middle of the screen show the upper and lower comparisons, and the diagnosis and treatment methods for them.

Columns 1 2 and 4 at the bottom of the screen show a left / right comparison, along with the diagnosis and treatment.

This concludes the description of the display form on the screen.

As for the diagnosis and treatment method which are the features of the present invention, the following tables are stored in the memory of the computer 14 for the parameters BP, AP and IQ, and the value of each parameter and each parameter Diagnosis and treatment are determined based on the value calculated by.

(1) Diagnosis and treatment based on the average values of the parameters BP, AP, and IQ The diagnosis and treatment method are determined based on the average values of the parameters BP and APIQ of the 28 limbs of the limbs. See Table 1 below. Table 1

Measurement result Diagnosis Treatment method

Normal energy in BP normal range Normal range Normal

BP> upper limit of normal range For a healthy person, the stimulation of the meridians in this area reduces the energy of the 28 meridians, which are often present throughout the body.

500 BP lower limit of normal range Energy is insufficient. Tanda breathing is effective. Imaginary Meridians Fatigue, weakness in constitution, Yu hole, whole body with stimulating hole 2

8 Increase and activate the energy of the meridians.

BP <500 Insufficient energy, Tanda breathing is effective. Imaginary meridian where force to illness force ^s some of俞穴, whole body Tsunoana stimulation 2

8 Increase and activate the energy of the meridians.

Within normal AP range Autonomic nervous system is sympathetic and parasympathetic

Work well in balance. Correct

Normal range

AP> upper normal range Sympathetic nerve is nervous. High blood na 'di' shodan pula Pressure, activity type is expected. It is a good idea to take a balance between the energy of Qi and the top, bottom, left and right of the autonomic nervous system.

AP <lower normal range 'The parasympathetic system is nervous. Overwork Tanda breathing is effective.

It is. Hypotension, parasympathetic tension

Types and the like can be considered.

I Q Normal range Immune function normal range Normal

I Q> Normal range H upper limit The immune system is moving excessively. Disease Nai Shodan Pura qi or allergies and inflammation are likely to occur and qi energy is expected. It is better to take the left / right / up / down balance of the autonomic nervous system. Basic meridian exercises. Hip joint exercises, sacral correction exercises.

500 <I Q <lower limit of normal range Decrease in immunity function

IQ <500 Impaired immune function, serious illness

(2) Diagnosis and treatment based on F / T (Finger / Toe)

F / T is the ratio of the average value BP, AP, IQ of the measured values at the 14 wells of the hand to the average BP, AP, IQ of the measured values at the 14 wells of the foot. The diagnosis and treatment are determined with reference to Table 2 below. Table 2

Measurement result Diagnosis Treatment method

BP F / T> 1 It is important to collect energy in the upper body and lower the energy. There are few in the lower body. Hot flashes and field breathing (Tanda breathing, lower abdominal pancreas, easy to get excited, insomnia). It is easy to get tired, tired, and has cold feet on the stone gate, the middle pole of the bladder, etc.铖 Moxibustion is effective for balancing up and down. By stimulating the vacant meridian hole, the energy of the ki increases in the lower body's 14 meridians.

BP F / T <1 Ki energy is gathered in the lower body. Empty, less in the upper body. It is easy to stimulate melancholy recruitment holes. I don't have the energy. The energy of the upper body increases. In Yoga's meditation, the spirits are gathered in Azinazi

BP F / T = 1 above. Energy of lower body normal

Lance is well taken. Willpower

Is full of whole body,

I do not know tired. Both mind and body

The balance is good and the mental and physical activities are +

In minutes. I don't think so

No. Work without worrying about things

Can be absorbed. A superb work

state.

AP 2> F / T> 1 Sympathetic nervousness in upper body. Palpitations Nai Shi 3-Dan Pra It is easy to progress. In the lower part of the body, there are cases where the subordinates are Nyama and Shuten method and the sense system is superior. It is a good idea to balance the energy and the autonomic nervous system up, down, left and right.

AP F / T> 2 Prone to insomnia, autonomic dysfunction Easy to control to improve autonomic dysfunction. Nadi Shodan Pranayama is a good choice.

AP F / T <1 Sympathetic tone in lower body. Urinary organs are activated by parasympathetic nerves to improve gastrointestinal and autonomic imbalances.

Can also reduce the function of these organs

Cod, indigestion, loose stool, urination

It causes abnormal frequency. Autonomy

Vulnerable to neurological imbalance. Upper body

In some cases, the parasympathetic system is superior.

AP F / T = 1 Balance in upper and lower body is normal

Yes. Normal range

IQF / T> 1.5 Hyperfunction of the immune system in the upper body, inflammation in any organ in the trifocal body, which is closely related to the upper immune function, and recruitment of tumors. You. When moxibustion of the lower body immunity pond shows an effect. There are many. Tanda breathing is effective. .

IQ F / T <1 In the lower part of the body, the immune system is hyperactive, or there is a deep connection with the immune function. In the upper part of the body, the immune function is low. Moxibustion of the pond often shows an effect. Tanda breathing is effective

I Q F / T = 1 Systemic immune function balance and normal

It is. Normal range

BP F / T> 1 The upper body is focused, the parasympathetic system is concentrated in the lower body, and the upper body AP F / T <1 is extremely nervous. To nervous the sympathetic system In addition, Jalan Dohara's Pan

Doha is effective. To the hundred meetings

BP F / T Qi energy, sympathetic tone,

AP F / T Immune system activity is all in upper body

IQ F / T.

Acupuncture is good. It is a good idea to activate and increase the energy of the lower body by stimulating the original hole of the imaginary meridian.

BP F / T Lower body, meridians, nerves, and immunity. Less in upper body. The IQ F / T balance of the imaginary meridian is lost due to the rise and fall. Depression pit, needle stimulus in recruitment pit, and so on. The energy that is needed in the upper body is tight.

under. Zhou. , Temperature Shimozari Shimozari, Aruuchi Nara <

And when you squeak on the imaginary world

In the line, the light method lower half, but the yojiko a.

The reduced sutra,.

"Hess half

This. P-Ruyo who fell to the truth; '

患患患患患患

(3) L / R (Left / Right) based diagnosis, cure ¾ ^, ε

L / R is the average value of 14 Iana in the left limb, BP, AP, IQ 0. The ratio between the average value of BP, AP, and IQ for the 14th Iana of the right limb and the right limb of the system in which the stabbing finger pierced the Keikai. Diagnosis and treatment are determined by referring to Table 3 in the description of the hypothesis.

Table 3

Measurement result Diagnosis Treatment method

BP L / R = 1 Normal energy in left and right body

Is balanced. Normal

range

BP L / R> 1 The left body has more energy than the right. There is a lack of energy on the right.

ing. Hemp on the right half. Two

Organs such as chronic lung disease

Qi is on the right.

BP L / R <1 The lower half of the body has less energy than the right. Hemp on the left half. Medium wind etc.

It is often seen. Compared to the right

Abnormal left organ tissue dysfunction, disease

Is often seen.

AP L / R = 1 The balance between the left and right autonomic nerves is good. Yes. Normal range

AP L / R> 1 Sympathetic nervous tension in the left body, a certain power mamma asana or parasympathetic nervousness in the right body

AP L / R <1 Parasympathetic nervousness in the left half of the body, tightness in the left half of the body or in the right half of the body.

I Q L / R = 1 Normal balance between left and right body immune system

Good. Normal range

IQ L / R> 1 Excitement of the immune system is seen in the left half of the body. Or the right half of the immune system. Function degradation without bias. To do so, it is good to do hip and sacrum meridian exercises.

IQ L / R <1 Decrease in the immune system of the left body, or Nadi 'Shodan' pla excites the immune system of the right body. Nayama is good. In order to eliminate the bias, it is recommended to perform meridional exercises on the hip and sacrum.

BP L / R <1 Abnormalities are seen in the left body. In the void channel, the left half of the body has an AP L / R <1 hole, and the needle hole has needle stimulation. Practicing Nadi's Shodan's Pranayama and Ha 'Wangmukta Asana under a yoga teacher to correct the balance between left and right energy, autonomy and immune function.

(4) Diagnosis and treatment based on yin and yang of parameters A Ρ, BP and IQ The inventor of the present application states that in a healthy person, between two meridians that have a yin and yang relationship, the “meridian meridian” In many measurements. That is,

(Yin) (Yang)

Liver Meridian> Biliary Meridian

Heart> Small intestine

Spleen> stomach

Lung> Large intestine

Renal> Bladder

Mind wrapping> — D 隹 Pen '/ | a =

In a relationship. .

Furthermore, they found that if there is a disease in one of the bodies, the reversal of “parameters of the meridian> parameters of the meridian” occurs in the channels related to the disease. If such a relationship between Yin and Zyang is known, diagnosis and treatment can be determined by referring to Table 4 below.

Table 4

(5) Diagnosis and treatment methods based on the yakkura

The inventor of the present applicant has found that there is a correspondence between the concept of the single meridian in Chinese medicine and the syringa in Indian yoga.

The correspondence is shown below.

Each type has the following characteristics.

• Azina type

When the person wakes up, she is self-governing, suitable for managers who can think and act on things from an overall standpoint, work well with intuition, and achieve non-attachment.

Also, they can leave themselves and see themselves, excelling in inventions and discoveries. • Vishda type

When the woken awaken, you will be non-attached, free, intuitive, and willing to control bodily functions. In addition, ESP and PK abilities develop in speaking.

• Anahata type

The 1st Anahata (heart, small intestine) is closely related to the heart.

The second anahata cyst and the three sutras are closely related to the arterio-venous and the whole body.

When Anahata wakes up, it wakes up to the love of mankind and PK ability appears. • Manipula type

The first nipple (spleen, stomach) is closely related to the stomach and spleen, and is related to habituation, introversion, and emotion.

In the second manibula (liver and bile), emotions are active and aggressive, and are closely related to muscle function. When awakened, the digestive system becomes healthy, expresses ESP abilities, controls emotions, and becomes more emotional and gentle.

• Swedish star type

When the crap wakes up, it gains childlike purity, spontaneous intuition, and spontaneous ESP abilities. Sexual energy also increases.

The diagnostic device of the present invention can present a diagnostic device and a treatment method with reference to Table 5 below from the viewpoint of the movement of the above-described cradle. Table 5

Jiakura type treatment method Azina moves erratically Autonomic dysfunction, hormona (1) Acupuncture

Time imbalance, insomnia, fatigue, thinking • The imaginary meridian is likely to cause a decline in the power of the real meridian. Activate increase it can.

• To reduce the energy of the real meridian, stimulate the hole of the imaginary meridian

• To reduce the difference between the left and right sides of the unstable meridian, stimulate the hole of the imaginary meridian

(2) Meridian gymnastics

(3) Meditation method

Vishuda becomes unstable General malaise, skin difficulties.-, Ita,, sickness, detoxification

When moving, weakness of function, spirituality I willingly lose emptiness, breathing

Abnormalities in the system, etc., occur and intellectually quick.

Anahata is unstable and diplomatic, aggressive, aggressive, and more.

When my self-assertion becomes stronger, my heart has a sense of circulation,

System abnormalities are raw.

Dependencies,

Manibu is unstable and introverted, passive ff 啬

Same as above

Sa

The undulation of emotion is great

Konoguchi,

Easy to be.

Speedy unconscious function

When you move steadily,

Behavior, behavior

Unstable:

Desires and sexual desires work erratically,

Awareness of self and reflection

The urogenital system is abnormal

Cheap. The creation of the various screens described above is realized by the software of the computer 14. Figure 23 shows an overview of the software processing.

The data is sent from the parameter measuring device 12 into the memory of the computer 14 and stored in the memory of the computer 14 (step S 1).

The diagnostic parameters described in the memory are read out, and the average value, standard deviation, etc. displayed on the various screens described above are calculated (step S2). Based on the value thus determined, a corresponding diagnosis and treatment method is called from the table stored in the memory (step S3). Measurement parameters and / or Creates a screen using the calculated values and the Z or read diagnosis and treatment (step S4). Industrial applicability

The diagnostic device based on biological information according to the present invention incorporates the concept of a meridian based on oriental medicine—extracts biological information from the wells of the fingers and toes and extracts biological information based on these biological information. It has become possible to diagnose functional status and provide effective treatments for the results of the diagnosis.

Claims

The scope of the claims

1. A diagnostic parameter measuring device that applies a pulse voltage to the acupuncture points present in the fingers and toes of the living body and measures the diagnostic parameters from the waveform of the flowing current I (t);

An arithmetic unit for diagnosing an organ of a living body from a diagnostic parameter measured by the diagnostic parameter measuring apparatus and various values obtained by calculation from Z or the diagnostic parameter, and presenting a treatment method for the result of the diagnosis. Diagnostic device based on biological information.

2. The diagnostic device according to claim 1,

Said diagnostic parameter, the waveform of the current I (t) is rising at time t 1 the maximum value BP, if a constant value AP at time t ₂ subsequent decay to,

The maximum value B P,

A constant value A P

dt—AP (t ₂ — 1,),

Diagnostic device.

3. The diagnostic device according to claim 2,

A diagnostic apparatus further comprising a display for displaying the diagnostic parameter and / or various values obtained by the calculation from the diagnostic parameter, a diagnostic result, and a treatment method.