Device for electro

 

(57) Abstract:

The invention relates to medical equipment and can be used to assess the electrophysiological state of the acupuncture points in reflexogenic and reflexology, as well as to search for points. The device includes interconnected measuring thirty and four positive electrode, switches, inputs, calibration, measuring currents, filter, amplifier, measuring resistor block shaper measuring voltages, the unit controller, a personal computer. Each of the four sources of measuring voltages in the block shaper measuring voltage is connected to GND through a resistor with a resistance of 10 Mω, and between each of the four sources of measurement voltage and each input switch sources measuring voltage is connected to the filter with feedback, which transmits the signal in the frequency range of 10 - 20 Hz, is made with smooth changes in the travel time of the signal through the filter within this range. This allows you to improve physiology, sensitivity, allowing separate control of the bodies Meridian three polarisimages.com state points of acupuncture (TA) in reflexogenic and reflexology and to find points.

When creating modern devices for electro always necessary compromise solution of the problems of metrological assurance and objectives of the biological object's security survey of the human body. While maintaining absolute biological security of the facility cannot achieve high levels of accuracy and information content of measurements.

That biomedical and technical features of electroacupuncture devices are interconnected, it became known in 1979, when they began to appear in the literature of reliable information about the negative effects of acupuncture treatments (see Suhomlinov C. A., Zlokazov B. N. Metrology and electrical puncture when the electric diagnostics /news Taganrog radio engineering University. - Taganrog: TSURE Publishing house, 1998, S. 68-71). Multidisciplinary biomedical research for medical support of the space program "Buran" (see ibid., S. 68, 71) showed that the testing signal with electro influences have a negative impact on THE corresponding tissue, internal organs and the whole organism. The most destructive reaction is significant morphological effects continuing to 1.5 months. Found the cumulative effect of mast cells on electroacupuncture effects. These cells belong to the elements of the diffuse endocrine system, with both local and General effect on the body. They perceive information about the state of the environment in which they are localized, and carry out a response, highlighting deposited in them substance. Many neurons emit the same biologically active substances, such as fat cells. Granules with these substances can be detected in the blood, intercellular substance, on the surface of the connective tissue, in the membranes of nerve and receptor formations. Serial impact on fat cells, which is always a lot in THE electric energy when the electro causes increased accumulation of biologically active substances and contributes in some point avalanche release them into the blood and intercellular fluid, which often leads to serious and tragic consequences.

Thus, it is clear that biomedical and technical specifications for electro interrelated. However, in most known devices and methods of the harmful effects of electroacupuncture on the organism ons, energy impact on THAT when the electro introduces error in the measurement, since the object of measurement is active nonlinear living environment that responds to the impact in the form of biologically significant damage.

A device for electro, including the probe electrode and the reference electrode, a conducting surface which is 25 times the area of the end of the probe electrode. With the latter connected to a generator that generates electrical signals with a high content of harmonic components. Both electrodes are connected to the transducer impedance measured at the electrode end, in the frequency. With it connected to the computer, the screen of which are reproduced resistance values. The computer is provided with software for data analysis (see item USA, N 5339827, A 61 H 39/02, 1994).

The disadvantages of the known devices are no items protect the body from the negative effects of electric current on THE low reliability of the measurement results. Reduces the reliability of the received data to the unstable position of the electrodes on the skin, increasing the amount of noise and substantial subjective osier stable current and voltage amplifier, the processing unit, the two electrode - base and measuring. The measuring electrode is connected to the amplifier, has a housing with nut and washer and a spring-loaded metal probe is rigidly mounted in the sleeve, which moves along the body. The contact surface of the probe and the end surface of the sleeve are located in one plane, and the ratio of their diameters is set from 0.8 to 0.5 (see U.S. Pat. RF, N 2033749, A 61 B 5/05, 1995, bull. N 12).

The known device allows for a more accurate removal of bioelectric signals due to the fixed position of the measuring electrode while reducing the damaging effects on the body due to use as a test signal electric current, stable amplitude at the same level.

The disadvantages of the known devices are low information and conditional mutual correlation of data obtained from multi-temporal measurements of the resistances in THE various, due to the equipment of only one pair of electrodes, and the lack of emissions measurements due to the necessity of their frequent repetition of one and the same.

These disadvantages are partially eliminated in another sancturay bioenergiesysteme. - Vinnitsa, 1991.- S. 73 -78). The known device is intended for continuous comparative study of the bioelectric activity of the individual circuits of the bio-object (or action) with data output on the computer, analysis, and delivery of material on display. The known device comprises a serially connected one positive and twenty-four of the measuring electrode, the switch inputs, filter, amplifier, analog-to-digital Converter (ADC), a personal computer. It is intended for a comparative study of the bioelectric activity of the twenty-four studied acupuncture zones during the twelve classical meridians on the right and left relative to the area of the navel. In the known device does not use an external power source and measure the current generated by the bio-object that minimizes the damaging impact on the latter.

A disadvantage of the known device is the low reliability of the measurement results when the control status during THE diagnosis or stimulation points, which reduces the accuracy of diagnosis and effectiveness of treatment using a known device for electroacupuncture. Causes of faults are the weakness reg is the train noise in the measurements.

The closest technical solution of the present invention is selected as a prototype device for electro, comprising sequentially the United twenty-five of the measuring electrodes, one of which is executed with a possibility of free movement, switches, calibration of inputs, measuring currents, filter, amplifier, controller unit, a personal computer. Switch calibration connected to an input of the first measuring electrode. Between the common wire and the connection point of the switch measuring currents with a filter included measuring resistor. With a common wire connected to one of its outputs block shaper measuring voltages and four others connected to four of the positive electrode. In addition, the bus control mode are interconnected switches inputs, measuring currents, power, power controller and driver measuring voltages. The controller unit is also connected by bus with a personal computer and contains interconnected by address bus/data Central processing unit (CPU) with the ADC in the composition, operational and permanent mass storage device, the buffer luminous display device which contains four independent source of measuring current, switches sources measuring voltages and groups, and the sources and measuring the voltage associated with the common wire, and switches - bus control mode. All electrodes, except for search, rigidly fixed on the body of the patient. The measuring resistor eliminates the noise vibration, increasing the reliability of the received data, and determines the short circuit current, increasing the safety of the procedure to the patient (see U.S. Pat. RF N 2123318, A 61 H 39/00, 1998, bull. N 35).

Despite the reliability of the measurement results and the presence of certain elements safety of patients known device for electro does not provide for its operation, the combination of a reliable protection of the body against the damaging effects of an electrical signal supplied to THE one with high sensitivity to changes in the measured signal and the full information on the status of all organs and systems.

Causes of the disadvantages of the known devices is the inability to provide for its operation, physiology test signal and monitoring the adequacy of measurements in one TA, diagnostic Meridian three body cavities, as well as automatic change R the ia task: a device for electro through the addition of new structural elements in the form of additional delay lines and control signal, and means to study additional Meridian on the body, creating new links between them to improve physiology, sensitivity, provide separate control authorities along the Meridian of the three cavities during operation, which ensures reliable protection of the body against the damaging effects of an electrical signal supplied to THE high performance - precision measurements and informative data about the status of all organs and systems.

The problem is solved in that in the known device for electroacupuncture, which includes serially connected twenty-four measuring electrode, switches, inputs, calibration, measuring currents, filter, amplifier, controller unit, a personal computer, and switch calibration connected to an input of the first measuring electrode and the output to the input of the switch inputs, and between the common wire and the connection point of the switch measuring currents with a filter included measuring resistor with the common wire is connected to the block shaper measuring stress one of its outputs, and to the other four outputs connected to four of the positive electrode, in addition, bus control mode between a link to the controller, which is also associated with a personal computer bus and contains interconnected by address bus/data Central processing unit with an analog-to-digital Converter comprising an operational and a permanent mass storage device, the buffer luminous display device and opto-isolation associated also shared bus to a Central processing device, in addition, the block shaper measurement contains four independent voltage source measuring voltages, switches, sources, measurement of voltages and groups of electrodes, and the sources and measuring the voltage associated with the common wire, and switches - bus control mode, additionally, between the output of each of the four sources of measuring voltages in the block shaper measuring voltages between the output of each of the four sources of measurement voltages and each of the four inputs of switch springs measuring voltage line delay signal consisting of a series-connected resistor with a resistance of 10 Mω and filter with feedback, which transmits the signal in the frequency range from 10 to 20 Hz, is made with the possibility of gradual change is but has six measuring electrodes for the study of the Meridian of the three body cavities, which is connected to the input of the switch inputs.

Between the above features of the invention and achievable technical result there is a causal relationship.

It should be stated that during the operation of the known device because of the lack of regulation current measurement source measurement of voltages in the measuring circuit may cause interference, which, acting on THAT adversely affect the state of the corresponding tissues and organs. To address this shortcoming in the inventive device further introduced four resistors, each of which has a resistance of 10 Mω and is connected by its input to output one of the sources of the measuring voltage. This has increased the sensitivity of the device: a resistor with high resistance is sensitive to the slightest change of the measuring signal amplitude and shape: the signal amplitude decreases, and the shape of the rectangular goes wavy. To make the signal more physiological, it is necessary to ensure its smooth increase with the specified time interval. In the inventive device of this effect reaches a consistent inclusion through resistor Britney communication, transmitting the signal in the frequency range from 10 to 20 Hz, is made with smooth changes in the travel time of the signal through the filter within this range (a total of four filter by number of sources measuring voltage). The magnitude of the electrical characteristics of the resistor (10 Mω is the best and chosen empirically: when the resistor is smaller than 10 MW, the invention is not solved due to insufficient sensitivity of the device when the resistance of the resistor is larger than 10 MW, the sensitivity of the device increases so that the measured values are superimposed noise characteristics and due to this reduced the accuracy of the claimed device. The value of the edge signal from 50 to 100 MS for each of the four filters with feedback also chosen empirically as the most physiological. When time exposure signal is less than 50 MS in the tissues still happen transients caused by this impact, and thus the measured characteristics will not be accurate, since 50 and 100 MS, the processes in the tissues are stabilized and measurements in this range of time most accurately reflect the physiological condition of danese long exposure and the measurement will be nefiziologichnoe, and the results inaccurate.

By changing the algorithm affecting supply voltage damaging influence on the body is reduced to a minimum. In addition, there is an unexpected additional effect: the possibility of implementing feedback from the body. By eliminating the effect of transients in the area (point) measurements have made possible the determination of the number of necessary measurements. Under the transitional processes refers to functional changes in biological tissue under the action applied to it an electrical signal, which is manifested in the change of its own electrical characteristics. Because changing the characteristics continues until the moment of their relative stability, you can program the accounting period of stabilization. Thus, it is only as many measurements as you signal the organism, after which starts the reaction to the changes. However, the implementation of it would have been impossible without increasing the sensitivity of the device, i.e. without the function of the resistor, the compensating value signal.

Another significant feature of this invention is the introduction of an additional six measuring electrodevices and pelvis. Using device-prototype separate control condition of the chest, abdomen, pelvis is not provided. Diagnosis and treatment in this case are very approximate, namely, there is (not are) there any irregularities in the internal organs; the impact on THE General. The use of an additional six electrodes for influencing paired Meridian three cavities was only possible in the inventive device by minimizing the damaging effects of an electrical signal on the body. The impact on such vital organs (heart, lungs, liver, pancreas, kidneys, internal sex organs), three cavities, using known devices, it would be too dangerous.

As can be seen, the inventive device for electro operation provides reliable protection of the body against the damaging effects of an electrical signal supplied to THE high performance - precision measurements and complete information on the status of all organs and systems. In addition, the operation of the claimed device, you receive the opportunity to objectively ocensa automating procedures for determining adequate number of measurements in the point and selection current, acting on THAT.

The invention is illustrated by the drawings in Fig. 1 - Fig. 3. In Fig. 1 shows a General functional block diagram of the inventive device for acupuncture. In Fig. 2 shows a functional block diagram of the block shaper measuring voltages. In Fig. 3 shows a functional block diagram of the controller unit.

Device for electro (Fig. 1) contains thirty-measuring electrodes 1, which are connected to the switch input 2. Between the first measuring electrode 1 and the switch input 2 switch calibration 3. The output switch input 2 is connected to the input of the switch measuring currents 4. The yield of the latter is connected to the input of the filter 5 and the output of the filter 5 to the input of the amplifier 6. Between the connection point of the filter 5 and the switch measuring currents 4 and the common cable included measuring resistor 7. The output of the amplifier 6 is connected to the input unit of the controller 8. In addition, these two nodes are connected by a control bus mode 9.

The shaping unit measuring voltage 10 (Fig. 2) is associated with four positive electrodes 11 and the common wire. In addition, a shared bus control mode 9 connected between a commutator to a personal computer 12 via the bus 13.

Block shaper measuring voltage 10 (Fig. 2) contains four sources of measurement voltages 14 associated with the common wire and four inputs of the switch of the voltage source 15, the output of which is connected to the input of the switch group 16, having four outputs for connection of four positive electrode 11. Between the output of each of the four sources of measurement voltages 14 and one of the four inputs of the switch of the voltage source 15 is enabled, the delay line signal consisting of a series-connected resistor 17 (one of four) and filter with feedback 18 (one of four). The switches of the voltage sources 15 and group 16 is connected with the bus mode control 9.

The controller unit 8 (Fig. 3) contains the CPU 19, which includes the ADC 20, associated, moreover, with the amplifier 6 via the bus 9. In the controller unit 8 also includes RAM 21 and the permanent storage device 22 and the buffer of the indicator light 23, which are connected with each other and with the CPU 19 via the bus address/data 24. The CPU 19 is connected via a shared bus 25 with opto-device junction 26, which via the bus 13 is output to the personal computer 12.

The inventive device is in the unit of the controller 8, running commands received from the personal computer 12. On power-up is a calibration device for electro (without connecting the patient) by measuring the voltage offset of the ADC 20 in the short circuit mode of the first measuring electrode 1 with the first positive electrode 11 via a switch calibration 3 and voltage noise of the device in idle mode open circuit of the first measuring electrode and the switch input 2 switch calibration 3.

The result of calibration is processed in the controller 8, it is reported in the personal computer 12 and taken into account during the processing of the measurement results in the operating mode. Upon receipt of the command software initialization from the personal computer 12, the controller 8 tests the line of communication with computer 12 and indicates the readiness of the device for electro to the operating mode. Then on the patient's body fix twenty-four measuring electrode 1 to control the twelve main meridians, left and right, and six more for the Meridian of three cavities: the thoracic, abdominal and pelvic and four positive electrode 11 on four legs, pale the W 2 one of the thirty-measuring electrodes 1 and using the switch group 16 - one of the four positive electrode 11. The principle of operation of the inventive device for electroacupuncture in part electro points does not change depending on the choice of search points, diagnosis or treatment. Changing only the program selection set and data processing. To the selected and connected to the positive electrode 11 automatically selects and connects one of the four sources of measurement voltage 14 from the block shaper measuring voltage 10. Denominations of sources measuring voltage 14 are set in advance. Block shaper measuring voltage 10 provides an individual approach to each patient, taking into account the physiological characteristics of each, four sets of gradation voltages (from 1.0 to 10.0 In), affecting the patient and selected using a personal computer 12. The signal from one of four sources measuring voltage 14 is supplied to the delay line signal consisting of a series-connected resistor 17 (one of four) and filter with feedback 18 (one of four). The delay measuring signal provides a physiologically adequate character slew his fbnote cells of the tissue in this area. Monitoring the adequacy of measurements in one THAT is provided by the inclusion in the filter 18 feedback and creation of smooth adjustment signal that allows monitoring of the response to THE testing signal by double differentiation of the emerging difference in a pair of signal response. Automatic change of the modes of measurement for current and voltage and sensitive response to these changes is provided by comparing the potential difference at the measuring resistor 7 and the resistor 17.

Thus, the command from the personal computer 12 determines the amount of voltage applied to the external circuit to the patient, as well as the configuration of the chain: what is the pair of electrodes must be connected at this time. In addition, the same team determines the resistance value of the measuring resistor 7 connected in the measuring circuit by means of switch measuring currents 4. With the output switch input 2 measuring current, shot one of the thirty electrodes, is supplied to the switch measuring currents 4, from the output of the switch 4 on the measuring resistor 7, with which the voltage is removed by the filter 5 is filtered out from the POM with the patient, is a divisor is a constant incremental resistance in the circuit, the value of which is chosen depending on the bioelectric impedance of the patient, bringing the inventive device according to the functions carried out in relation to man, to the current source or voltage source. Thus, the measuring resistor 7 allows you to keep displayed on the display electrical characteristics of any patient within the dynamic range, allows you to make peaks on the graph change indicators sharper, i.e., more various, reducing noise vibration, increasing the reliability of the obtained data. In addition, the measuring resistor 7 determines the short circuit current, ensuring the safety of the procedure for the patient.

From the filter 5, the signal amplified by the power amplifier 6 to the magnitude of the operating voltage range of the ADC 20. From the output of the amplifier 6, the signal at the ADC input 20, which is part of the CPU 19 in the controller unit 8. The controller unit 8 synchronizes the moments of connection and disconnection of the measuring and positive electrodes with high accuracy in time, and also buffers the results of measurements and communicates with a personal computer in sin is to computer resources and processing results run concurrently with measurements. Here is the digitization of the voltage of the incoming signal, additional digital filtering noise and interference from the AC voltage 220 / 380V network. The algorithm of the controller unit 8 allows you to control the operation of the device, the measurement data, to transmit the measured signals to the computer 12 or store the results in memory device 21. On a personal computer 12, the signal is sent through the device, opto-junction 26, which provides galvanic isolation with the personal computer 12, and the conversion of signal levels between the computer 12 and the controller unit 8. The mode LEDs are displaying buffer of the indicator light 23.

Communication between the nodes of the claimed device, including those made through the tire 9, 13, 24, 25, constructed so as to provide the function of a measuring circuit with respect to the patient at a specific point in time or close to a source of current, or close to the source voltage.

In terms of protection against electric shock man of the inventive device for electro made according to the insulation class II class H according to GOST 12.2.025-75.

The CPU 19 is executed on the basis odnokristalnye of microcomputers JNTEL 80 196 kV-20;

the buffer of the indicator light 23 - chip type 82 55 A;

permanent storage device 22 is 27F256;

random access memory 21 is S;

the measuring resistor 7-C2-36;

the resistor 17 with a resistance of 10 Mω - C2-36;

the filter 5 and the amplifier 6 on the basis of the operational amplifiers of the type TO 544 UD 2A and 157 BPM 2A;

the filter 18 with feedback and variable dump time - on the basis of the operational amplifier of the type TO 544 UD 2A;

sources measuring voltage 14 - CREA.

Element base on all switches(2, 3, 4, 15, 16) the claimed device is made on the basis of the chip type CCN and CCS.

As a measuring electrode 1 used electrodes brand APCC-2, produced by SPE "REM" (BC lions) according to THE 64-1-3175-76;

as the positive electrode 11 - electrodes-type electrocardiographic brand mE. 443.101.1

Device for electro comprising serially connected twenty-four measuring electrode, switches, inputs, calibration, measuring currents, filter, amplifier, controller unit, a personal computer, and switch calibration seeoldm and the connection point of the switch measuring currents with a filter included measuring resistor, with the common wire is connected to the block shaper measuring stress one of its outputs, and to the other four outputs connected to four of the positive electrode, the bus mode control are interconnected switches inputs and measuring currents, power, block shaper measuring the voltage, the controller unit, which is also associated with a personal computer bus and contains interconnected by address bus data Central processing unit with an analog-to-digital Converter comprising an operational and a permanent mass storage device, the buffer luminous display device and opto-isolation associated also by bus from the Central processor unit, block shaper measurement contains four independent voltage source measuring voltages, switches, sources, measurement of voltages and groups of electrodes, and the sources and measuring the voltage associated with the common wire, and switches - bus control mode, wherein in the block shaper measuring voltages between the output of each of the four sources of measurement voltages and each of the four inputs of switch springs measuring the group of 10 MW and filter with feedback, transmitting the signal in the frequency range of 10 - 20 Hz, is made with smooth changes in the travel time of the signal through the filter within this range, the device is further provided with six measuring electrodes for the study of the Meridian of the three body cavities that are connected to the input of the switch inputs.

 

Same patents:

The invention relates to medical equipment

The invention relates to medical equipment and can be used for functional diagnosis

The invention relates to medical equipment, namely, devices for measuring electrical parameters of the skin

The invention relates to medical equipment, and allows reducing the time and improving the reliability of diagnosis

The invention relates to medical equipment and can be used in the diagnosis and treatment of diseases using electroacupuncture
The invention relates to medicine, in particular to reflexology, and can be used in diagnosing and monitoring patients ' health as their biologically active points

The invention relates to medicine and medical technology and can be used in the diagnosis and treatment of diseases using electroacupuncture

The invention relates to medical equipment, namely, devices for measuring skin resistance at acupuncture points used for electro-diagnostic studies

FIELD: medicinal equipment.

SUBSTANCE: the present innovation deals with ways and devices for obtaining information at carrying out diagnostic investigations according to the parameters of skin surface in acupuncture points. Variants of the present method include application of a measuring electrode in area of acupuncture point and two indifferent electrodes beyond it, addition of a calibrated resistor into the chain between measuring and the second indifferent electrodes successively at regulated source of voltage or with regulated source of voltage and that of standard voltage, alteration of output voltage of regulated source of voltage to provide equation to 0 in the difference of potentials between the first indifferent electrode and the site of connection of regulated source of voltage with a calibrated resistor or a standard source of voltage, measuring voltage decrease at a calibrated resistor and difference of potentials between a measuring and the first indifferent electrodes, successive replacement of measuring electrode in area of acupuncture point, repeated alterations of output voltage of regulated source of voltage and measuring the decrease in voltage and difference of potentials for every point of position for measuring electrode and calculation of electrocutaneous resistance of acupuncture point according to the preset formula. Variants of devices contain measuring and two indifferent electrodes, electronic key (or) key, calibrated resistor, standard source of voltage, the second standard source of voltage or block of deduction, two amplifiers, the third amplifier or repeater of voltage, three multi-vibrators, five blocks of memory, two registering units, block for isolating the module of voltages, transformer "voltage-frequency", two comparators, one or two commutators and controlled voltage divider.

EFFECT: higher accuracy and reliability of measurements.

18 cl, 8 dwg

FIELD: medicine.

SUBSTANCE: methods and devices can be used for estimating state of biologically active points of organism and making influence on them with purpose of treatment. According to method of measurement of difference in electric potentials of objects with ion conductivity, object is connected into closed circuit by conductor with ion conductivity. Electric resistance of conductor is changes in time and then conductor is introduced into electromagnet connection with other conductor, which is connected with measuring device. According to method of influence onto electro-conducting object, object is connected with closed circuit by conductor with ion conductivity; conductor is placed into variable adjusted electromagnet field. Device for measuring difference in electric potentials has electrode assembly. Conductor of the assembly is made of electro-insulating material in form of tube. Tube is filled with medium with ion conductivity; ends of tubes are closed by ion-conducting material. Tube is provided with aid being capable of periodical closing of its cross-section. Part of tube is made in form of one winding of transformer and measuring aid is connected with other winding of the transformer. Device for making influence onto electro-conducting objects has electrode assembly, which has conductor made of electro-insulating material in form tube. Tube is filled with ion conducting medium and its ends are closed by ion-conducting material. Part of tube is made in form of one winding of transformer. Ac voltage generator is connected with other winding of transformer. Other device for making influence onto electro-conducting objects has electrode assembly, provided with conductor made of electro-insulating material in form of tube. Tube is provided with aid being capable of closing cross-section periodically and ends of tube are closed by ion-conducting material. Part of tube is made in form of one winding of transformer; other winding of transformer is connected with ac voltage generator. Input of the latter is connected with output of program-setting unit. Input of program-setting unit is connected with measuring device through switch.

EFFECT: improved truth of measurement of biological potential; higher efficiency of influence onto biologically active points of object.

26 cl, 8 dwg, 7 ex

Mobile phone // 2331161

FIELD: physics; communication.

SUBSTANCE: invention relates to the voice set for mobile communication. Technical result consists in increase in functional capabilities, due to the use of a mobile phone, particularly, in medicine for diagnostics of internal organs of a person by means of determining his/her bioenergetic potential with energy-information interaction with different objects of nature, for example, foodstuffs. A mobile phone contains a personal electronic information card with the code of the subscriber. The card is fixed in the structural compartment of the case of the mobile phone. A mobile phone contains the electric component of reading the information from the card, additionally contains the metallic electrode-probe, fixed hinged in a deepening on the lateral wall of the case with the possibility of contact with the hand of the subscriber, coding millivoltammeter, an electronic element for comparison, visual pointer and audio indicators. The personal card in addition contains the coded information on data of the subscriber (age of the subscriber, professional suitability, social and economic position, forms of morbidity of his/her major organs and the average energoinformational signal "БАТ"of electrical resistance or "БАЗ" of the subscriber corresponding to the basic organs, preliminarily measured under the stationary conditions with the help of an instrument of electropunctural diagnostics).

EFFECT: increasing the functional capabilities of a mobile phone.

2 dwg

FIELD: medicine.

SUBSTANCE: invention relates to medicine. For psychosomatic rehabilitation and treatment carried out are: warming up of patient during 30÷80 min, mainly by doing gymnastics exercises; hydromassage of patient's body in lying position with application of "флюдонасадки" by lymphodrainage scheme during 20-25 min; performing vapour inhalation in chamber at temperature 70÷80°C during 5÷10 min with application of honey masks on spine and joints with following calming shower during 5÷15 min; massage of patient's back with application of postisometric relaxation methods; vapour inhalation at temperature 70÷80°C and 60% humidity during 7÷10 min in combination with massage of whole body with bunch of wigs; isothermal herbal bath with decoctions of mint or conifer needles during 15÷20 min; warming up of patient's body with sand, mainly in painful parts of body in combination with podopuncture of spine zones; shiatsu massage of patient's head during 15÷25 min. During implementation of said impacts patient is influenced by methods of aromatherapy, audio therapy, herbal treatment. All said actions in their succession are carried out constantly during the period from 3 to 7 days with medicinal impact. In order to support health, said actions are repeated once a week during a year, changes of method quantitative values being made in said limits according to physical peculiarities of each individual patient.

EFFECT: method increases reliability and efficiency of psychosomatic rehabilitation and treatment.

FIELD: medicine.

SUBSTANCE: invention refers to medicine, dentistry, and can be applied in early diagnostics of gingivitis. It involves determination of thermal receptor mobilisation level (TRML) of gum papilla by formula: where EA is amount of functioning receptors, 4 is the number of thermal sensitivity sampling in the area of gum papilla tops at both jaws, n is the number of functioning papilla in 5th sample. If gum papilla TRML declines in 3 times, early stage of gingivitis is diagnosed.

EFFECT: non-invasive and safe method of gingivitis diagnostics at early stages.

1 ex

FIELD: medicine.

SUBSTANCE: invention refers to physiotherapeutic apparatuses and is applicable for vitality recovery after damaging exercises and mental overload, and for treating various diseases by laser reflex therapy. A presented apparatus comprises a handle body which integrates a laser diode coupled with a control unit with emission brought outside through an outlet on a pointed handle tip. A side surface of the handle comprises a general electrode also connected with the control unit. The control unit is connected to a power supply unit. In the presented apparatus, the power supply unit and the control unit are integrated in the handle, on an internal side surface of the outlet, there is an acupuncture point detector represented by a thin metal core of the diameter no more than 1 mm one end of which is bent so that it gets into a laser beam, and another one is connected to the control unit.

EFFECT: invention allows detecting the acupuncture points more precisely with using a laser beam.

1 dwg

Glove // 2452459

FIELD: medicine.

SUBSTANCE: invention refers to medical facilities and is applicable in physiotherapy. A glove consists of a hand-shaped and hand-sized envelope. The envelope has at least finger and palm areas with carriers of visual data presented by printograms and/or images of physical bodies or their parts. The data carriers are located only in the places wherein all or some primary reflex (acupuncture) zones are arranged on a hand within said envelope areas. The carriers are presented in the form of graphical symbols of human body parts (a heart, a liver, an eye, an ear etc.) which are related to these acupuncture zones. The information is shown as a manual physiotherapeutic support (a hand reflex zone map). Versions of the specific implementation of the images allow both an outline drawing, and letter cryptographs.

EFFECT: invention enables improving the application characteristics of gloves ensured by enhancement.

7 cl, 1 dwg

FIELD: medicine.

SUBSTANCE: invention refers to medical equipment, namely devices for determining electrical skin parameters in acupuncture points. A device comprises a recording device with a DC power supply attached on a wrist, a passive electrode connected to one of inputs of the recording device and contacting hand skin, and at least one spring-assisted active electrode connected to a second input of the recording device, mechanically driven by a Bowden-coated rope and contacting when moving acupuncture points found on the wrist.

EFFECT: using the invention allows the patient to carry out a procedure of determining the parameters independently.

3 cl, 2 dwg

FIELD: medicine.

SUBSTANCE: invention refers to physiotherapeutic apparatuses. A presented apparatus comprises a handle body which integrates a power supply unit and a control unit, a laser diode coupled with the control unit with emission brought outside through an outlet on a pointed handle tip. A side surface of the handle comprises a general electrode also connected with the control unit. The control unit is connected to the power supply unit. On an internal side surface of the outlet, there is an acupuncture point detector represented by a thin metal core of the diameter no more than 1 mm as specified by the acupuncture point size, one end of which is bent so that it gets into a laser beam, and another one is connected to the control unit.

EFFECT: ensured both acupuncture point detection and exposure to low-intensity laser radiation that are combined with silver ion microelectrophoresis by the same apparatus.

3 dwg

FIELD: medicine.

SUBSTANCE: invention relates to medical equipment. Device consists of microamperemeter, one-phase bridge, alternating resister for regulation of amount of current, two resisters for one Mohm for extinguishing excess voltage, one resister for 500 Ohm for protection of microamperemeter in case of accidental contact of probe and plate.

EFFECT: invention makes it possible to determine location of biologically active points and influence on them with alternating current at home conditions.

1 dwg

Up!