RU51499U1 - DEVICE FOR ADAPTIVE NEURO-PULSE THERAPY - Google Patents

Abstract

A device for adaptive neuro-impulse therapy is intended to determine the location and stimulation of reflex points on the body using electrical impulses. The device comprises a power battery, a generator of variable duration, the output of which is connected to the input of the output transformer, the output of which is connected to active electrodes, an adaptive control unit for the generator, an indication unit, a control panel containing two control buttons for increasing and decreasing the amplitude of the pulses connected to the first and second pulse generator input, as well as a mode selection button connected to the first input of the adaptive control unit, the second input of which is connected to the output of the output trans shaper, a first output connected to a third input of the pulse generator, and the second output to the input of the indication unit, two other inputs of which are connected respectively to the mode selection button and the output of the output transformer. The power battery is connected to a trigger, the inputs of which are connected to the on and off buttons of the device, and the output is with power inputs of all units of the device. The device provides both manually adjustable and adaptive for each patient and each pathology automatic mode of operation. Lightweight power supply increases the consumer properties of the device.

Description

The inventive utility model relates to devices for physiotherapy and, more specifically, to devices for determining the location and stimulation of reflex points on the body using electrical impulses.

A stationary device of the ELAP type is known (F.G. Portnov, Electropuncture reflexology, Riga, Zinatne, 1987 352с.), Containing a power source mounted in a separate housing, a pulse generator with a control circuit, indicators, controls and remote probe electrodes. The disadvantage of this device is its significant weight and dimensions, which makes it difficult to mass use.

An electric stimulator is also known (certificate of the Russian Federation for utility model No. 18353, manual gearbox A 61 N 1/36, project 19.02.01), which contains a microcontroller, with its inputs connected to a battery, power supply, clock generator, control buttons, pulse generator variable duration, the output transformer, and the outputs of the microcontroller are connected to a clock generator, an output transformer, a pulse generator of variable duration, an indication unit and a power supply. Electrodes, electronic components of the device, control buttons and display unit are made in one plastic case, which makes the device portable. However, the cost of the device due to the presence of a microprocessor is high.

Also known is the portable self-monitoring electro-adaptive regulator SKENAR-032-1 “PROTON” (State license of the Ministry of Health of the Russian Federation No. 42/2001 of March 19, 2001, IPCA Operation Manual. 3.293.302 RE manufactured by: Yekaterinburg, Lenin Ave., 44 ,. OOO "RCART") (prototype). The device contains a battery element - an electric battery with a diameter of up to 16 mm, a length of up to 55 mm, a voltage of up to 1.5 V connected through a power switch to the power supply. The output of the power supply is connected to a pulse generator of variable duration, with an output transformer, to an adaptive control unit of a pulse generator of variable duration, with passive electrodes. The pulse generator of variable duration has two control inputs, respectively connected to the buttons on the control panel "UVL" to increase and "UMN" to reduce power, and a third control input connected to the output of the adaptive control unit of the generator. The output of the pulse generator of variable duration is connected to the primary winding of the output transformer, the secondary winding of which is connected to the active electrodes. The adaptive control unit of the variable duration generator has two

control inputs connected to the first with the output of the output transformer, and the second with the "MODE" button on the control panel, designed to enable continuous or dosed operation. The device is equipped with a display unit, the inputs of which are connected to the “MODE” button, the output of the adaptive control unit of a variable-duration pulse generator and the output of the output transformer. The power supply unit is made in the form of a step-up voltage converter containing a step-up transformer up to 9 V.

The device is intended for therapeutic non-invasive effects on the human skin, providing a general regulatory effect on the physiological systems of the body, as well as for the treatment of functional disorders in a wide range of pathologies. The parameters of the pulses and the duration of the procedure are set automatically due to the action of the biological feedback provided by the work of the adaptive control unit of the pulse generator of variable duration. The display unit with a light signal indicates the operating mode - dosed or continuous, as well as an audible signal indicates the end of the dosed mode.

But since the power from one battery is 1.5 volts. Forces to integrate a power supply unit made in the form of a step-up converter containing a step-up transformer into the device, the overall dimensions of the device are significant, and the time of continuous operation of the device is small (“at least 4 hours” on page 7).

The task of the claimed device is to increase its consumer properties.

The technical result consists in reducing the weight and dimensions of the power supply and increasing the duration of the device without replacing the battery.

The essence of the claimed device containing a battery, a pulse generator of variable duration, the output of which is connected to the input of the output transformer, the output of which is connected to active electrodes, the adaptive control unit of the pulse generator of variable duration, the display unit, a control panel containing two control buttons, increase and reducing the amplitude of the pulses connected to the first and second input of the pulse generator of variable duration, as well as a mode selection button connected to ne the input of the adaptive control unit of the pulse generator, the second input of which is connected to the output of the output transformer, the first output is connected to the third input of the pulse generator of variable duration, and the second output is the input of the display unit, the other two inputs of which are connected respectively to the mode selection button and the output of the output transformer , lies in the fact that it is equipped with a trigger, the power input of which is connected to the battery, the first and second control inputs are connected to the on and off buttons Ia device and output to the inputs of variable duration pulse generator power block adaptive control pulse generator, the output transformer and passive electrodes.

The device is illustrated in the drawing, which shows its circuit diagram. 9V type 6PLF22 battery 1 is connected to trigger input 2, the first control input of which is connected to button 3 “On”, and the second control input is connected to button 4 “Off” on control panel 5. The output of trigger 2 is connected to power inputs of passive electrodes 6 ,

a pulse generator of variable duration 7, the first input of which is connected to button 8 "Power +" of the control panel 5, and the second input is connected to button 9 "Power-" of the control panel 5. The output of trigger 2 is also connected to the power input of the output transformer 10, the output of which connected to the active electrodes 11, and the power input of the adaptive control unit 12 of a pulse generator of variable duration 7. The first input of the adaptive control unit 12 is connected to the button 13 "Continuous mode" of the control panel 5, and the second input is connected to the output of the transformer 10. and the first input of the display unit 14, the second and third inputs of which are connected to the button 13 "Continuous mode" and the output of the adaptive control unit 12. Passive and active electrodes are made in the form of 20 protruding hemispheres mounted on an insulating area of 11 cm. sq. In the display unit 14 there are red, green and yellow indicators (not shown in the drawing), as well as an audio indicator. The device is mounted in a single casing of electrically non-conductive material in the form of a plane-elongated parallelepiped on one side of which electrodes are installed, and on the other a control panel and indicator lights.

The device operates as follows. Button 3 supplies power to trigger 2, from the output of trigger 2 a voltage of 9 V is applied. to the electrodes 6, a variable pulse generator 7, an output transformer 10, an adaptive control unit 12, while the green indicator lights up and the device emits low-frequency clicks, reporting the operation of sound. By pressing buttons 8 or 9, the power of the pulses between the electrodes 6 and 11 is regulated, and the power value is judged by the brightness of the green indicator. The electrodes 6 and 11 are applied to the skin area indicated in the atlas on the recommendation of the treatment of a particular pathology, on which there are biologically active points (BAP) corresponding to this pathology. On (BAP) a person who has a reduced electrical resistance with respect to the skin resistance, current pulses with manually adjustable buttons 8 and 9 have an amplitude of 64 Hz, a duration of 0.3-5.5 ms depending on the resistance of the BAT, measured by the adaptive control unit 12 individually for each person. In the dosed mode, between pulses there is a pause of 1.5 ms, and the time of the dosed mode can be from a few seconds to several minutes. When, as a result of the impact of pulses, it drops to units of kOhm, the adaptive control unit 12 blocks the operation of the generator 7 from the first output, and from the second turns on a red indicator of the end of the dosed exposure and a high-frequency sound signal. When the button 13 is pressed, the adaptive control unit of the generator 12 is blocked, the yellow indicator lights up and the generator 7 generates pulses without a pause of continuous duration with a frequency of 64 Hz with manual adjustment of the amplitude for prolonged exposure to chronic diseases. Turn off the device by pressing the button 4, removing power from the trigger 2.

Since the claimed device during operation is in the hand of the operator or the patient himself, all measures aimed at reducing its overall dimensions, including the proposed replacement of the power supply with a step-up transformer trigger, increase its consumer properties, in addition, the time of continuous operation increases up to 100 hours.

Claims (1)

A device for adaptive neuro-pulse therapy containing a battery, a variable-duration pulse generator, the output of which is connected to the output of an output transformer, the output of which is connected to active electrodes, an adaptive control unit for a variable-duration pulse generator, an indication unit, a control panel containing two control buttons increasing and decreasing the amplitude of the pulses connected to the first and second input of the pulse generator of variable duration, as well as a mode selection button, connected to the first input of the adaptive control unit of the pulse generator, the second input of which is connected to the output of the output transformer, the first output is connected to the third input of the pulse generator of variable duration, and the second output to the input of the display unit, the other two inputs of which are connected respectively to the mode selection button and output output transformer, characterized in that it is equipped with a trigger, the power input of which is connected to the battery, the first and second control inputs are connected to the buttons on cheniya and trip device, and an output - to the inputs of variable duration pulse generator power block adaptive control pulse generator, the output transformer and passive electrodes.