SU525961A1 - Electropuncture device - Google Patents

Claims (3)

(54) ELECTRICAL DEVICE DEVICE The circuit of the invention is to expand the functionality of the device. To do this, a unit for controlling the type of the generated signal is introduced into the proposed device, four outputs of which are connected respectively to four inputs of the generator of the action, the fifth output is connected to the corresponding input of the switching unit, and the sixth output - to the second input of the time relay. The control unit for the type of the generated signal in the device contains a clock frequency generator and four keys, the inputs of which are connected by the first, second, third and fourth stages, respectively. by the clock shaper, the key outputs are connected to the first, second, third, and fourth outputs of the block, the fifth and sixth outputs of which are connected respectively to the fifth and sixth outputs of the clock shaper. The proposed device allows controlling the complex types of signals necessary for the treatment of a number of diseases. Fig. 1 is a diagram of the device described; 2 shows a control unit for the type of signal generated. The device contains acting electrodes 1, contact electrode 2, switching unit 3, unit 4 for searching biologically active points, unit 5 controlling contact of the acting electrode with biologically active points, unit 6 monitoring and adjusting exposure parameters, polling unit 7, measuring unit 8, unit 9 settings of parameters of influence, generator 10, exposure, time relay 11, block 12 for controlling the type of generated signal, Block 12 (see Fig.2) consists of a clock frequency generator 13 and keys 14-17. The device has several separate inputs for influencing biologically active points, each of which can have active electrodes connected. The electrodes are connected via the switching unit 3, which provides two modes of action: It measures the current in one (biologically active point) (BAT), there is no effect on the other BAT; li. Measurement of current in one BAT, the rest of BAT is affected. The channel outputs of the device through the time relay 11 can be connected to the contact electrode 2 using the switching unit 3, Electrodes 1 and 2 can also be connected via the unit 3 to the unit 4 for searching biologically active points. The device operates in two modes: the search for BAT and automated exposure. In the BAT search mode, a biological object with electrode 2 fixed on its surface is connected by electrode 1 to an electric circuit consisting of the indicated electrodes, blocks 3 and 4. When the BAT is located, for example, with increased conductivity, block 4 emits light and sound signals . After the BAT is detected, the electrode 1 is formed on it and, using block 3, is connected to the corresponding channel of the device for action. The search for the remaining ones necessary for the action of the BAT, and the connection of the electrodes 1 to the corresponding outputs is carried out similarly. In the mode of action, an electrical circuit is formed for each channel, consisting of zones of increased conductivity of the biological object, electrode 1, blocks 3, 5, 6, generator 10 and time relay 11 or blocks 3, 5, 6, time relay 11, block 12 and electrode 2. The autonomy of the impact on each BAT is provided by block 6. The generator 10, both separately and according to the program specified by the block 12, controls the form of the generated signal, generates a constant voltage applied to the corresponding electrical circuit or mu law. Types and parameters of exposure are set by block 9. Block 6 controls the levels of exposure by current or voltage. Unit 7 periodically connects block 8 periodically for a given time to block 8 to influence each point circuit; during exposure, block 5 controls the contact of the acting electrode with the BAT. In the event of a contact break, a beep sounds. After a predetermined time has elapsed, a time relay 11 breaks the electrical circuits at the points of action. Claim 1. Device for electropuncture, containing a switching unit connected to influencing and contact electrodes, to the outputs of the unit for searching biologically active points, α-unit controlling the contact of the acting electrode with biologically active MPL point and time relay, with the first emitter of the positive generator the inputs of the polling unit, the control unit and the control parameters of exposure, the output of which is connected to the input of the control unit of the contact acting electro. yes with biologically active points, the output of the interrogation unit is connected to the input of the measuring unit, the first input of the effect generator is connected to the output of the set block of influence parameters, the second output is connected to the first input of the time relay, that, in order to expand the functionality of the device, a block of control of the type of the generated signal is inserted into it, four outputs of which are connected respectively to four generator inputs of the action, the fifth output is connected to the corresponding input of the switching unit, and the sixth output - with the second input of the time relay. 2. The device according to claim 1, which is such that the control unit of the type of the generated signal contains a clock frequency generator and four keys, the inputs of which are connected to the first, second, third and fourth outputs, respectively. the clock clock, the key outputs are connected to the first, second, third, and fourth outputs of the unit, the fifth and sixth outputs of which are connected respectively to the fifth and sixth outputs of the clock frequency generator. Sources of information taken into account in the examination: 1. USSR author's certificate No. 44О017, M. Кл. A 61P 1/20, dated 07.29.1968. 2. Authors svitetelstvo USSR № 450430. M. Cl. And 61/5/05, of 07/12/1973. 3. USSR author's certificate number 496855. M. Cl. Cr06f 15/42 of 09/02/1974. 1 I 2