RU2314845C2 - Method and device for treating and setting diagnosis - Google Patents

Abstract

FIELD: medicine; medical engineering.

SUBSTANCE: diagnosis is set by applying Nakatani method. Method involves stimulating biologically active points via electrodes fixed on them. Data are read, processed and therapeutic action is exerted via the electrodes with electromagnetic field using the same device. Diagnostic study is carried out in cycles. Therapeutic action is exerted with electromagnetic field produced with acoustic card of the device. The therapeutic action is concurrently applied with diagnostic cycles ore between them. Analysis results are displayed on display unit as plots and/or animation image. Device has electronic unit manufactured as electrode set, switchboard, amplifier connected to the switchboard and carrier frequency generator connected to mixer, computer having matching unit and curative frequency electromagnetic waves source. The electromagnetic unit has stabilization voltage source and power amplifier. The electromagnetic wave source is designed as antenna transmitter, the matching unit is designed as electromagnetic wave receiver. The computer has acoustic card with amplifier. Links connecting means usable in the device are shown.

EFFECT: high accuracy of diagnosis.

5 cl, 1 dwg

Description

The invention relates to medicine and can be used in the diagnosis of diseases and their treatment.

Currently existing methods and devices for diagnostics and electrotherapy do not allow for various reasons to obtain a complete diagnostic picture of the patient’s health as a whole, as a single complex system of multi-level regulation, and therefore cannot provide complete treatment of the body, since they can only affect its individual elements. Moreover, the treatment by known methods and devices is possible only in inpatient facilities with appropriate sophisticated equipment.

So, there is a known method of music-harmonizing electrical stimulation of reflexogenic zones and acupuncture points, including classical electrode treatment while listening to the reproduced musical composition. The difference of this method is that the electrodes mounted on the patient are supplied with an electrical signal converted from an audio signal with simultaneous listening to it. Synchronized listening to a musical composition enhances the electrode therapeutic effect on the patient (see Tesnenko B.C. et al. “Musically-harmonizing electrical stimulation and correction of physical and emotional state”, Novosibirsk, MSC No. 168, “Sibakademstroy”, 1998)

This method is implemented using the apparatus, which is a sound reproducing device (tape recorder, player, CD player, multimedia device, etc.). The input connector of the converter is inserted into the headphone jack of this device, from which the signal synchronously enters the electrodes and headphones. The electrical part of the converter is based on the idea of optimizing the output resistance, which is consistent with the resistance of the body (see ibid.).

The main disadvantage of this method is that it can only be used to treat a specific disease, since each organ, human tissue cells operate in their own mode and are sensitive to strictly defined vibration frequencies.

In addition, the contact method of applying electrical oscillations to the electrodes creates discomfort in the treatment of the patient.

There is a known method of low-frequency electromagnetic diagnostics and therapy (see RF patent No. 2076685, class A61H 39/00 of 04/10/97).

The known method includes applying electrical voltage to biologically active points and zones (BAP and BAS) of the skin, measuring its electrical conductivity, identifying a package of resonant response frequencies, analyzing them with a computer and conducting a stimulating therapeutic effect on the patient with low-frequency electromagnetic radiation with amplitude and frequency identified package of resonant frequencies.

A device for low-frequency resonance diagnostics and therapy is also known (see ibid.).

The device contains an electrode block, a diagnostic channel and a therapeutic effect channel having a galvanic isolation unit, and is equipped with a patient feedback circuit, which includes an electrode block, an amplifier, and an analog-to-digital converter connected in series with each other and with a galvanic isolation unit.

In this case, the diagnostic channel consists of a galvanic isolation unit, a digital converter, a preliminary amplifier, a switch, a terminal amplifier, a current stabilizer, a meter, and an electrode block, also connected in series with their respective outputs and inputs. Moreover, the second output of the switch is connected to the output of the modulator, which is connected by its other input to the output of the fixed-frequency generator, and the output is connected to the input of the electromagnetic emitter.

And although this technical solution allows you to determine the overall functional state of the body, to identify in the "Diagnostics" individual "portrait" of a number of therapeutic resonant low frequencies for a particular patient, and in the "Treatment" mode to carry out contact and non-contact therapy, it is also not free from disadvantages, among which should be attributed the low accuracy of processing diagnostic information, the impossibility of its use to cure a large number of patients.

A known method of low-frequency electromagnetic resonance diagnosis and therapy, including the application of electrical voltage to biologically active points (BAP) and biologically active zones (BAS) of the skin, measuring its electrical conductivity, identifying a package of resonant response frequencies, their program analysis and stimulating therapeutic effect on the patient low-frequency electromagnetic radiation with the amplitude and frequency of the detected package of resonant frequencies, and diagnostics and therapy are carried out by carrier and amplitude-modulated vibrations of sound frequencies, during diagnostics, the amplitude-modulated oscillation is converted into an information envelope low-frequency signal of influence, and then the newly modulated response signal of the BAS is mixed with the carrier oscillation to form a stimulating effect, which in the form of oscillations of the diagnosed treatment frequencies register any known device on an information carrier, after which, for therapeutic treatment, information from it is reproduced also drive any known device provided with an electromagnetic emitter (see. Application for a patent of the Russian Federation No. 200105002, cl. A61H 39/00 - prototype).

A device for diagnostics and electrotherapy is known, comprising a block of electrodes, blocks of diagnostics and therapeutic effect, having a galvanic isolation unit coupled to a control unit, in addition, the device is equipped with a feedback circuit including said electrode block, an amplifier, and an analog-to-digital converter, connected respectively by outputs and inputs with each other and with the galvanic isolation unit in series, while the galvanic isolation unit, digital-to-analog converter, The amplifier amplifier, the switch, the terminal amplifier, the current stabilizer, the meter, and the electrode block are also connected in series with their respective outputs and inputs, the second output of the switch being connected to the modulator input, which is connected to the generator output of a fixed carrier frequency by its other input, and the output with the input of an electromagnetic emitter (see RF patent N2139703 dated 10.10.1999, class A61H 39/00 - prototype).

A disadvantage of the known technical solutions is the low accuracy of processing diagnostic information, the length of time between diagnostics and therapy. In addition, the presence of an electric wire connection between the patient and the equipment creates a certain discomfort in the treatment of the patient.

The aim of the present invention is to remedy these disadvantages.

This goal is achieved by the fact that in the known method of therapy, based on the diagnosis, the selection on the basis of its results with the help of computers the optimal therapeutic agent and the implementation of this tool to influence the body, continuously throughout the treatment session, diagnose both the problem organ and all the main organs and systems of the body, while the responses of organs and systems to the impact are analyzed, the effects are adjusted according to the results of the analysis, the responses to the correction and the corrections are analyzed comfort the corrected effect, repeating this process until the end of the session, and the result of the action is constantly recorded, for example, on a computer display, and forms a therapeutic effect, and is carried out simultaneously for all problem organs, and for each their own.

In addition, as a corrective action, use is made of an amplified electromagnetic field generated by a computer sound card, the frequency of which corresponds to the natural frequency of the problem organ, and the effect on the problem organ is carried out between diagnostic cycles.

In the proposed method, it is important to use auto-training and / or meditation as a therapeutic effect, while the patient's attention is concentrated on changing the animated picture of the diagnostic results of the problem organ recorded on the computer display.

It is also possible to use the voice or sound commands of the attending physician as a therapeutic effect, aimed at correcting the animated picture of the diagnostic results of the recorded computer, while the patient, for example, is loaded in a state of hypnosis.

A method for diagnosing the state of an organism, on the basis of which a course of therapy is carried out in the proposed solution, is based on exposure to an electric current on the body and analysis of the response received from the exposure. At the same time, electrodes are permanently fixed to the patient’s diagnosed zones, for example, BA-zones, for the entire diagnostic period, an electrical signal is applied to each electrode, the response of which is converted into radio waves transmitted into space, they are received at some distance from the patient, removed from them low-frequency information component, which is analyzed using a computer, and the results of the analysis are displayed, for example, in the form of graphs and / or an animated picture, after which the cycle is repeated. The exposure is carried out with a current from 1 to 50 μA, mainly 20 μA, and the repetition period of the diagnostic cycles is from 1 s to several tens of minutes. As a diagnosis of zones, BAP is used on the limbs or on the head, and the transition to the supercritical state of the body is judged by a sharp jump in the BAT's “Midline”. The achievement of the indicated technical problem and the implementation of the method is carried out in a known diagnostic device, including a computer with a matching unit (port) and an electronic unit consisting of an electrode assembly, a switch, a carrier frequency generator, a mixer, an emitter of electromagnetic waves, in which a stabilized source is introduced into the electronic unit voltage connected to the switch, and the computer matching unit has an EM wave receiver, and the electrode assembly has 6 electrodes. In addition, the proposed diagnostic device has several, for example, four (by the number of human limbs) identical electronic units, and the receiver has the ability to receive all the carrier frequencies of the EM emitters of these units and convert them for subsequent analysis.

The scheme of the proposed device is presented in the drawing, where the main elements are:

A - electronic unit

1 - electrode assembly

2 - switch

3 - stabilized voltage source

4 - amplifier

5 - mixer

6 - carrier frequency generator

7 - power amplifier

8 - antenna emitter

9 - receiver

10 - computer port (electronic unit)

11 - computer

12 - computer display

13 - computer system unit

14 - software

15 - database

16 - computer sound card

17 - amplifier

18 - wave emitter of therapeutic frequency.

The electronic unit A combines an electrode assembly 1 connected to a switch 2 connected to a stabilized voltage source 3 and an input of an amplifier 4. The output of an amplifier 4 is connected to a mixer 5, which in turn is connected to a carrier frequency generator 6 and an input of a power amplifier 7, the output of which is connected to the antenna emitter 8.

The number of such blocks "A" is determined by the number of diagnosed lines (if the number of limbs is four, then only one block is shown in Fig. 1). In addition, the diagnostic device includes a receiver 9 with a receiving antenna, an electronic unit (port) 10 of the computer 11 with a display 12 and a system unit 13, which is equipped with software 14, a database 15 and a sound card 16. A sound card 16 of the computer 11 is created with an amplifier 17, the output of which, in turn, is connected to an emitter of electromagnetic waves of therapeutic frequency ν _l .

Preparation of the device for operation includes placing the electrode assembly 1 and the electronic unit (s) “A” on the patient (on his limbs or head) and supplying power to electronic devices (amplifiers 4, 7, 17, carrier frequency generator 6, computer 11, receiver 9).

The device operates as follows. In the presence of a stabilized voltage on switch 2, it sends a voltage pulse in series to all electrodes located on the patient. The responses of these pulses, which carry information about the state of the body and enter the switch 2, are transmitted to them in the amplifier 4, where they are amplified and sent to the mixer 5, where they are displaced with a carrier frequency (of the order of 400 kHz).

Amplified by a power amplifier 7, a high-frequency signal carrying information about the patient’s health status (embedded in the value of the electrical conductivity of this particular biologically active zone or point) is transmitted by the antenna emitter 8 into space. At a certain distance from the patient, the high-frequency signal is received by the receiver 9 and sent to the port (electronic unit) 10 of the computer 11, the software of which 14 allows you to convert the information component of the high-frequency signal into an animated picture and / or a state graph of the base under study. The switch 2 of the electronic unit A delivers pulses sequentially to all the electrodes and in the same sequence takes the responses of these pulses. Since the electronic unit A is located on each limb, and each unit contains 6 electrodes, the body diagnostics process covers all 24 meridians, which fully ensures the implementation of this procedure according to the Nakatani method and an animation picture and graphs will be displayed on the display screen of 12 computers 11 the state of all the main organs and systems of the patient at a given time.

The repetition period of the supply by the switch 2 of voltage pulses to a specific electrode of the electrode assembly 1 can vary significantly from 1 s to several minutes or even hours. The optimal value is about 5 Hz. The magnitude of the exposure current in this case is from 1 to 50 μA, mainly 20 μA, since it is on this value that the values of the responses are recalculated, the change of which characterizes the state of a particular organ.

Based on the diagnosis performed in this way, a course of therapy is carried out.

The information received by the computer in the form of periodic responses to the electrical effects of the BAZ is processed by the computer on the basis of software, as a result of which the problem organ (s) or system is identified; From database 15, the optimal treatment frequency (s) of EM radiation for a given patient and his specific set of problem organs is selected. The radiation of this frequency is generated by the sound card 16 of the computer 11, amplified by the amplifier 17 and fed to the emitter of electromagnetic waves of therapeutic frequency 18, which radiates them into the space in which the patient is located. The therapeutic frequency (s) have a beneficial effect on the corresponding problem organ (s) of the patient, bring the functioning of the whole organism back to normal, since each organ simultaneously and comprehensively receives its own therapeutic effect.

Due to the fact that the diagnosis is carried out continuously during the course of therapy, the display 12 immediately displays the result of the treatment frequency (or other treatment procedure of the treatment course). Computer 11 monitors these results and, in accordance with the program, corrects the operating frequency. This measurement of the corrective effect and the response to the correction is carried out continuously during the entire course of therapy.

The therapeutic effect can also be in the form of meditation and / or auto-training, when the patient, looking at the display 12, forces the will to change the schedule of the diagnosis result (or animated picture) of the problem organ in the right direction. This procedure is especially well performed in children and people with a strong will. The attending physician can have a similar effect by giving appropriate voice commands, while the patient can be immersed in a state of hypnosis.

Thus, obtaining a current diagnostic in time that immediately monitors the results of the therapy, increases its effectiveness and the correctness of the selected therapeutic agents. In addition, the proposed diagnostic method itself can be used for monitoring the state of the body in various stressful situations (intensive training, resuscitation, clinical death). Thus, the transition of an organism to the supercritical region is easily determined by a sharp jump in the average (averaged) value of the responses of biologically active points (zones) to the effects of pulses supplied to them by switch 2.

Since the instrument-electronic unit A is made in the form of a small box (no more than a matchbox), its location on the patient’s limbs is not problematic, and the patient is not connected by wire communication with devices (since communication with them is carried out by radio waves), can easily move, engage in other activities, including sports, which creates comfortable conditions for diagnosis and therapy.

Thus, the use of the proposed technical solution will improve the accuracy of diagnosis, the quality of therapy and the comfort of their implementation.

Claims (5)

1. The method of therapy, which includes diagnosing the state of the body using the device by acting on biologically active zones through the electrodes attached to them, taking information from them, processing it and the subsequent therapeutic effect on the body through these electrodes by an electromagnetic field using the same device, characterized the fact that they use the device according to claim 5, while biologically active points (BAP) are used as biologically active zones according to the Nakatani technique, diagnostics are carried out in cycles, appropriate therapeutic modality is an electromagnetic field generated sound card device. 2. The method according to claim 1, characterized in that the therapeutic effect is carried out simultaneously with or between diagnostic cycles. 3. The method according to claim 1, characterized in that the results of the analyzes are displayed in the form of graphs and / or animation pictures. 4. The method according to claim 1, characterized in that the repetition period of the diagnostic cycles is from 1 s to several tens of minutes. 5. Device for diagnostics and therapy, comprising an electronic unit made in the form of an electrode assembly, a switch, an amplifier connected to the switch, and a carrier frequency generator connected to the mixer, a computer with a matching unit, and an electromagnetic wave emitter, characterized in that an emitter of electromagnetic waves of a therapeutic frequency is introduced, and the electronic unit contains a stabilized voltage source that is connected to the switch, and a power amplifier, while the emitter of electromagnetic waves is made in the form antenna, the matching unit is made in the form of an electromagnetic wave receiver, and the computer is equipped with a sound card with an amplifier, the electrode assembly through the switch connected to the input of the amplifier, the output of which is connected to the mixer, which is connected to the input of the power amplifier, the output of which is connected to the antenna radiator, and the output of the sound card amplifier is connected to an emitter of electromagnetic waves of therapeutic frequency.