UA151868U - Device for physiotherapy, physical rehabilitation and physioprophylaxis of patients "microvit aura" - Google Patents

Abstract

The physiotherapy, physio-rehabilitation, and physio-preventive device consist of a control unit 16, a UHF frequency range generator module 4 connected to a UHF antenna 1, an SHF frequency range generator module 5 connected to an SHF antenna 2, and a EHF frequency range generator module 6 connected to an EHF antenna 3. The sawtooth voltage generation block 10 with a frequency of 100 Hz for frequency modulation is connected to generator modules 4, 5, 6. Microprocessor block 7 is connected to the UHF frequency range generator module 4 and provides amplitude modulation of UHF radiation. Block 7 is also connected to indication module 14. Microprocessor block 8 is connected to the SHF frequency range generator module 5 and provides amplitude modulation of SHF radiation. Block 8 is also connected to indication module 14. Microprocessor block 9 is connected to the EHF frequency range generator module 6 and provides amplitude modulation of EHF radiation. Block 9 is also connected to indication module 14. Block 11 for regulating UHF radiation intensity is connected to the UHF frequency range generator module 4 and indication module 14. Block 12 for regulating SHF radiation intensity is connected to the SHF frequency range generator module 5 and indication module 14. Block 13 for regulating EHF radiation intensity is connected to the EHF frequency range generator module 6 and indication module 14. Power supply block 15 is connected to microprocessor blocks 7, 8, 9, the sawtooth voltage generation block 10, and via switches 17, 18, 19 connected to generator modules 4, 5, 6.

Description

adjustment of the intensity of microwave radiation is connected to the generator module of the microwave range 5 and to the indication module 14. Unit 13 of the adjustment of the intensity of HF radiation is connected to the generator module of the HF band 6 and to the indication module 14. The power supply unit 15 is connected with microprocessor blocks 7, 8, 9, block for generating sawtooth voltage 10 and through switches 17, 18, 19 connected to generator modules 4, 5, 6.

I -- A -- VN shchi KI

And below the holes n-n- y y this write shi shins I what ShK Y.

Pe

The useful model belongs to medical equipment and can be used for physical rehabilitation and physiotherapy, physical prophylaxis and treatment, and is intended for the complex treatment of a number of diseases, including: diseases of the nervous system, the consequences of traumatic injuries and circulatory disorders; disorders of the musculoskeletal system - arthritis, osteochondrosis, fractures; psychosomatic disorders (vegeto-vascular dystonia, neuroses, etc.); violation of blood pressure; hemorrhoids, lymphostasis; atherosclerosis, obliterating endarteritis, chronic venous insufficiency, vasculitis, thrombophlebitis; diseases of the digestive system (ulcer diseases of the stomach, duodenum in remission, gastritis, chronic pathologies of the gastrointestinal tract, etc.); diseases of the respiratory system (pneumonia, bronchial asthma, inflammation of the respiratory tract); diseases of endocrine glands (diabetes, etc.); thyroid disease, hypothalamic syndrome; diseases of the genitourinary system (urolithiasis, pyelonephritis, prostatitis, prostate adenoma, myoma); diseases of connective tissues; skin diseases (eczema, neurodermatitis, psoriasis, psoriatic arthritis); oncological diseases; immunosuppression or immunodepression; alcohol dependence; prostatitis; uterine fibroids; hypertensive disease; cholecystitis; pancreatitis; vegetative dystonia; chronic fatigue syndrome; urinary and gallstone disease; chronic skin diseases; Parkinson's disease; neurological diseases.

From the state of the art, a microwave therapy device is known that is closest in terms of technical essence and the result that can be achieved (pNre /Logrovi.tsa/liiki/ivydiLespepielLigioiegariua/tik"omoIpomaua-iegariuaL, which consists of a block in which the generation of electromagnetic oscillations of the microwave range is carried out, and two irradiators pushed outwards, which are used to influence individual points of the patient's acupuncture. Electromagnetic radiation of a certain resonance frequency imitates signals produced by living organisms and, under their influence, contributes to the restoration of the body's functional systems. When using microwaves, tissues are heated due to electromagnetic energy. Microwave therapy with a known device has analgesic, antispasmodic, bacteriostatic and anti-inflammatory effects.Microwaves of a known device in therapeutic doses activate tissue respiration, stimulate enzymatic activity and thus increase metabolism.

The disadvantages of the known device include the fact that the known device only has a local effect of the manipul on certain areas of the human body, as well as the fact that the device cannot be used in acute conditions due to the presence of a thermal effect, since the known device emits electromagnetic waves of such intensity, during which there is a thermal effect in the body and this affects the reduction of the time of its application. Another disadvantage of the design of the known device is that the effect can be exerted on only one patient at a time.

In addition, the disadvantages of the known device include the fact that the level of intensity of electromagnetic waves of the known device is such that the device requires shielding and can be used only in specially equipped premises of medical institutions. A significant disadvantage of the known device is that only one wave range is used during its operation. Another drawback of the well-known device is the limitation in the treatment of diseases.

The basis of the useful model is the task of expanding the functional capabilities for the effective operation of the device and the therapeutic areas of its application by (1) expanding the impact on the human body in the frequency ranges of UHF and/or UHF and/or

NDVU, by (2) ensuring increased efficiency and prolongation of the impact due to the use of amplitude modulation with a variable frequency, such that it is a mathematical Fibonacci series with members of the series from the eighth to the nineteenth inclusive, and frequency modulation of a sawtooth shape with a frequency of 100 Hz and adjusting the intensity of radiation in each frequency range separately, by (3) expanding its simultaneous effect on all areas of the patient's body or several patients due to the introduction of several antennas into the design of the device, which direct the radiation in a spatial angle with a cone angle from 90" to 120". depending on the frequency range, by (4) using in the design of the device generator modules with an output power level of no more than 20 mW, which allows the operation of the device without a thermal effect and its use in acute and postoperative conditions of patients and in any premises.

The task is solved by the fact that (1) the device is performed using separate semiconductor generator modules, each of which generates electromagnetic waves in a separate frequency range of UHF, or UHF, or NDVU, and these modules can be used both individually and in any which combination, where the output microwave power level of each bo module does not exceed 20 mW, and the level of power consumption of each module does not exceed C

W, includes the antennas used in the device, which direct the radiation in a spatial angle with a cone angle of 90" to 120", depending on the frequency range, where the control unit of the device ensures the use of amplitude modulation with a variable frequency, such that it is a mathematical the Fibonacci series with members of the series from the eighth to the nineteenth inclusive, and frequency modulation of a sawtooth shape with a frequency of 100 Hz and regulation of the intensity of radiation in each frequency range separately, where the body of the device is made of light, radio-transparent material of polyvinyl chloride and this makes it possible to place antennas inside the body , and the device is powered from the household power grid "220 V / 50 Hz.

This set of common and different from the closest analog essential features that characterizes the created device for physiotherapy, physical rehabilitation and physical prophylaxis of patients, unknown from the state of the art, is new and sufficient for all cases covered by the scope of legal protection.

The technical result, which is achieved due to the operation of the proposed device for physiotherapy, physical rehabilitation and physical prophylaxis of patients, consists in (1) expanding the impact on the human body in the frequency ranges of UHF, and/or NHF and/or NDVU, (2) increasing the effectiveness and prolonging the impact .

The cause-and-effect relationship between the set of essential features of the device for physiotherapy, physical rehabilitation and physiotherapy of patients, including excellent ones, when they interact with known features in solving the task and achieving the technical result is as follows.

The device for physiotherapy, physiotherapy and physiotherapy includes a control unit 16, a generator module of the UHF range 4, connected to an antenna of the UHF range 1, a generator module of the UHF range 5, connected to an antenna of the UHF range 2, a generator module of the UHF range band 6, connected to the HF band antenna 3. Unit 10 for creating a saw-tooth voltage with a frequency of 100 Gu to ensure frequency modulation is connected to generator modules 4,

5, 6. The microprocessor unit 7 is connected to the generator module of the UHF band 4 and forms the amplitude modulation of the UHF band radiation. The unit 7 is also connected to the display module 14. The microprocessor unit 8 is connected to the generator module of the microwave range 5 and forms the amplitude modulation of the radiation of the microwave range. Unit 8 is also connected to the display module 14. Microprocessor unit 9 is connected to the generator module of the HF band b and forms the amplitude modulation of the HF band radiation. Unit 9 is also connected to the indication module 14. UHF radiation intensity control unit 11 is connected to the UHF range 4 generator module and to the indication module 14. Microwave intensity control unit 12 is connected to the UHF range 5 generator module and with the indication module 14. The unit 13 for adjusting the intensity of HF radiation is connected to the generator module of the HF band 6 and to the indication module 14. The power supply unit 15 is connected to the microprocessor units 7, 8, 9, the sawtooth voltage generation unit 10 and through switches 17, 18, 19 are connected to generator modules 4,5,6.

Explanation of terms

All microwaves (Misgozhame5) are conditionally divided into UHF, NHF, NDHF microwave ranges. In the declared useful model, the therapeutic effect is achieved by the fact that radiation of all three ranges of UHF, NHF, NDHF, which are used in the operation of the declared device, both individually and in their combination, are used.

UHF range - the frequency range of electromagnetic radiation, radio waves with a wavelength from 10 dm to 1 dm (decimeter waves), which corresponds to a frequency from 300 MHz to

With GHz (ultra-high frequencies, UHF).

Microwave range - frequency range of electromagnetic radiation, radio waves with a wavelength from 10 cm to 1 cm (centimeter waves), which corresponds to a frequency from 3 GHz to 30 GHz (ultra-high frequencies, microwave).

HF band - the frequency range of electromagnetic radiation, radio waves with a wavelength from 10 mm to 1 mm (millimeter waves), which corresponds to a frequency from 30 GHz to 300 GHz (extremely high frequencies, NDVU).

In the future, the useful model is explained by a detailed description of the preferred version of its implementation with references to the diagram of the structure of the claimed device, the connections between its elements. (510)

List of designations: 1 - antenna of the UHF range; 2 - microwave antenna;

C - HF band antenna 4 - UHF band generator module; 5- generator module of the microwave range; b - generator module of the HF band; 7 - microprocessor unit; 8 - microprocessor unit; 9 - microprocessor unit; 10 - block for creating a saw-tooth voltage with a frequency of 100 Hz; 11 - unit for regulating the intensity of UHF radiation; 12 - microwave intensity control block; 13 - block of regulation of intensity of NDVCH; 14 - display module; 15 - power supply unit; 16 - control unit; 17 - switch; 18 - switch; 19 - switch.

The claimed device works as follows.

The device for physiotherapy, physiotherapy and physiotherapy of patients works in automated mode. After connecting the device to the power supply, voltages are generated that are required for the operation of each of the generator modules (4), (5), (6), for the operation of the microprocessor units (7), (8), (9) of the sawtooth voltage generation unit ( 10).

Microprocessor blocks (7), (8), (9) produce amplitude modulation signals. The amplitude modulation frequency values change cyclically for the UHF generator module (4), for the UHF generator module (5), for the HF generator module (6) after a different time interval for each of the generator modules (4), (5), (b) and represent the Fibonacci mathematical series with

With members of the row from the eighth to the nineteenth inclusive. In the first half of the cycle, the frequency of amplitude modulation discretely increases from 13 Hz (eighth member of the Fibonacci series) to 2584 Hz (nineteenth member of the Fibonacci series), in the second half of the cycle, the frequency of amplitude modulation discretely decreases from 2584 Hz to 13 Hz, after which the cycle repeats . The operating time in seconds of each of the generator modules (4), (5), (6) with each frequency of amplitude modulation is different for each of the modules and is selected from members of a series of prime numbers. This time can be changed by changing the operating program of the microprocessor that generates the amplitude modulation frequencies for this generator module. Each microprocessor unit (7), (8) or (9) transmits a light signal to the display unit (14) with a frequency proportional to the amplitude modulation frequency that the microprocessor is generating at that time. The sawtooth voltage generating unit (10) produces a sawtooth voltage with a frequency of 100 Hz, which is applied simultaneously to all generator modules (4), (5), (b), and the value of which at each specific moment determines the generation frequency of each of the generator modules. The UHF generator module (4) is activated by applying the power supply voltage through the switch (17), the UHF generator module (5) is activated by applying the power supply voltage through the switch (18), the HF generator module is activated (b) occurs by applying power to it through the switch (19). The choice of which generator modules should be included and when depends on the protocol of the procedure. The inclusion can be done both by the specialist who performs the procedure and by the patient himself, if the procedure takes place at his home. The radiation intensity of the antenna (1) of the UHF generator module (4) is regulated by the control unit (11), the radiation intensity of the antenna (2) of the UHF generator module (5) is regulated by the control unit (12), the radiation intensity of the antenna (3) of the HF generator module (6) regulated by the regulation unit (13). Each control unit (11), (12) or (13) transmits a light signal to the display unit (14) in the form of an LED strip, the length of which corresponds to the relative level of radiation intensity of antennas (1), (2) or (3), respectively. The choice of what the intensity of the antenna radiation should be in each frequency range depends on the protocol of the procedure.

Setting the level of antenna radiation intensity of each frequency range can be carried out both by a specialist who performs the procedure and by the patient himself, if the procedure is performed at his home. The duration of the procedure is determined by the procedure protocol. The design of the device allows its 24-hour operation, subject to the conditions of use.

Claims (5)

USEFUL MODEL FORMULA 1. A device for physical therapy, physical rehabilitation and physical prevention, containing a control unit (16), generator modules, antennas, microprocessor units, an indication module, radiation intensity control units and switches, which is characterized by the fact that it contains at least three generator modules (4), (5), (6), at least three antennas (1), (2), (3), at least three microprocessor units (7), (8), (9U, at least one indication module (14), at least three control units radiation intensities (11), (12), (13), at least three switches (17), (18), (19), at least one sawtooth voltage generating unit (10), at least one control unit (16), at least one unit power supply (15), where at least one generator module (4) and at least one antenna (1), connected to each other, are made with the possibility of emitting radio waves in the UHF range, where at least one generator module (5) and at least one antenna ( 2), which are interconnected, made with the possibility of radio emission waves of the microwave range, where at least one generator module (b) and at least one antenna (3), connected to each other, are made with the possibility of emitting radio waves of the microwave range, the unit for creating a sawtooth voltage (10) is made with the possibility of providing frequency modulation and connected to the generator module of the UHF range (4), the generator module of the UHF range (5) and the generator module of the HF range (6), while the microprocessor unit (7) forms the amplitude modulation of the radiation of the UHF range and is made with the possibility connection with the generator module of the UHF range (4) and with the indication module (14), while the microprocessor unit (8) forms the amplitude modulation of the radiation of the microwave range and is made with the possibility of connection with the generator module of the microwave range (5) and with the indication module (14), while the microprocessor unit (9) forms the amplitude modulation of the HF band radiation and is made with the possibility of connection with the HF band generator module (6) and with the module em indication (14), the generator module of the UHF range (4) is made with the possibility of regulation by the unit for regulating the intensity of UHF radiation (11), which is made with the possibility of connection with the indication module (14), the generator module of the UHF range (5 ) made with the possibility of regulation by the unit for regulating the intensity of microwave radiation (12), which is made with the possibility of connection with the indication module (14), the generator module of the HF band (b) made with the possibility of regulation by the block for regulating the intensity of HF radiation (13) , which is made with the possibility of connection with the display module (14), and the power supply unit (15) is made with the possibility of connection with the microprocessor blocks (7), (8), (9), the sawtooth voltage generation block (10) and through the switches (17), (18), (19) is connected to the generator modules (4), (5), (b), where the device is controlled by performing at least one control unit (16) in the device. 2. The device according to claim 1, which differs in that the unit for creating a sawtooth voltage (10) is made with the possibility of an operating frequency of 100 Hz and the simultaneous supply of voltage to the generator modules (4), (5), (6), the value of which in each specific moment determines the generation frequency of each of the generator modules (4), (5), (6). C. The device according to claim 1, which differs in that the generator module of the UHF range (4), the generator module of the UHF range (5), the generator module of the HF range (b) are made with the possibility of changing the frequency of amplitude modulation after any time , determined by the corresponding programmed microprocessor unit (7), (8), (9). 4. The device according to claim 1, which differs in that the microprocessor unit (7) is made with the possibility of changing the time of operation with each frequency of the amplitude modulation of the generator module of the UHF range (4), the microprocessor unit (8) is made with the possibility of changing the time of operation with each frequency of the amplitude modulation of the generator module of the microwave range (5), the microprocessor unit (9) is made with the possibility of changing the time of operation with each frequency of the amplitude modulation of the generator module of the microwave range (6). 5. The device according to claim 1, which differs in that, depending on the protocol of the procedure, the generator modules (4), (5), (b) are in working condition simultaneously and/or sequentially, and/or only one of them works, and/or two of them. Yew tree 1 r VO, tA DT TT 14 Pe I Shi "Sha ny State Enterprise "Ukrainian Institute of Intellectual Ato St. Glazunova, 1, m. Kyiv - 42, 01601