SU598086A1 - Multichannel device for galvonopunture - Google Patents

Description

(54) MULTI-CHANNEL DEVICE FOR ELECTRICAL FUNCTIONS

The invention relates to computing technology and can be applied during medical and biological effects on a biological object.

A device for electrical equipment is known comprising a switching unit connected to influencing and contact electrodes, to the outputs of a biologically active points search unit, a contacting electrode contact monitoring unit with biologically active points, and a time relay, to the first output of the effect generator, to the inputs of the polling unit, the monitoring unit and control of exposure parameters, the output of which is connected to the input of the control unit of the contact of the acting electrode with the biologically active points, the output of the interrogation unit connected to the input of the measuring unit, the first input of the generator of the action is connected to the output of the block of steam set points; the second input, to the first input to the first input of time relay I. This device does not have the ability to control the type of the generated signal of action.

Of the known devices, the closest to the technical essence of the invention is the device 2, which contains a control unit for the form of the generated signal, the outputs of which are connected to the corresponding inputs of the influence generator, the block of settings for the impact parameters, the output of which is connected to the input of the influence generator, switching unit, connected with acting and contact electrodes. by the number of channels, with the outputs of the noiiCKa block b) logically active points, the control unit of contact of the acting electrodes with the bio In combination with the inputs of the interrogation unit, the control unit and the control of impact parameters, the output of which is connected to the input of the control unit of the contact of the acting electrodes with the biologically active points, the output of the interrogation unit is connected to the input of the measuring unit.

In the device, one output of the generator is connected via a commutator with several channels of influence on biologically active points. Due to the presence of a galvanic connection between the channels along the circuits, the change in the electrical properties of individual bio-active points of activity has a negative effect on the influencing factors through other channels. In addition, the external galvanic evi zi between kana ;;; and have a shunting effect on natural bonds, as a result of which the effect of the therapeutic effect is reduced.

Diagnostics of treatment in the practice of electro-acupuncture is carried out by comparing the reaction of an oiologically active point in case of positive and negative signs of injuries. This device, ie, the iozvol rt oioratinio, conducts the diagostics, since it contains special blocks, (ocymecTB / isnoiino), an aggomatic comparison of the reaction of points P () and positive and. A воз resentment, diagnostics) can be an ocymecTB / icHa .HIOO operator, subjectively, read the instructions of the measurement unit (at signal frequencies below 1 Hz) or by reading 1C (for example, using a ray beam extension and measurements) and a measurement block reading (1) , 1) N1y waveform de-scattering (at frequencies of 1 Hz),

These disadvantages limit the functionality of the device. The aim of the invention is to expand the functional capabilities of the device and to enable the operative diagnostics and elimination of the Ivitirush, its external operation, and the interconnection between the channels.

The goal is achieved by the fact that an on-line diagnostic unit is inserted into the device, in which one is connected to the output, m of the measuring unit, the discrimination and galvanic isolation unit of the control signal, the input of which is connected to the output of the generator The control inputs of which are connected to the corresponding, 1n outputs of the block of discrimination and galvanic isolation of control signals, the signal conditioner, 1 constant 1 pc of current with galvanic unlisted input, are connected to the corresponding In addition to T01H), in the device, an on-line diagnostic unit contains a 1H1digger, the input of which is connected to the output of the schel)) 1N1Ya, the first input of which is connected to the output of the terminal, but the reaction signals, the second input is connected to the output of the memory element of the negative reaction signals, the inputs of the memory elements are connected to the corresponding output, 1 and the discriminator of the polarity of the reaction signals and, the input of which is connected to the input of the block, / and the unit of the discriminator of the nation and galvanic isolation. Signal.Yu | .rav, contains the discriminator P), 1Rairenigalnigrav, - | eni, the first output of which is connected to the input of the first k.chucha, the second output is connected to the input, m FiToporo key, the key inputs are connected to the inputs of the corresponding sources of current, B1 1 inputs of which are connected 1 to v1 X one m b.ch oka.

On f: i, 1 integrated circuit, device ma

FOR ELECTROPULSURE; fig 2 - nrpmer

vypylnenp operational diagnosis unit;

in FIG-W ---. hrmsr implementation of the discrimination of galvanic isolation of control signals, .h, 1 in the scheme. Included are: -exposure iie electrodes 1, contact electrodes 2,: 6i) ibk 3 -commuting, unit 4 of the search for biological bi. active points, contact monitoring unit, acting electrodes with biologically active points, control unit b control ii, control parameters, interrogation unit 7, measurement unit 8, operational diagnostics unit 9, impact parameter setting unit 10, unit 11 control vdo m gene pye .Moio signal.1a, generator 12 effects, b, 1ok 13 discriminator and national, 1-times, control signals, mod. 14, for.mirovat.p. 15 signals of direct current with 11 galvanically connected:: and triggers,

The scheme shown in flash, 2, 3, included, 1; discriminator 16 polarity of reaction signals influenced by 5n,:) lectures 17, 18 pa.ti of positive and negative impact signals, scheme 19 comparison, indicator 20, discriminator 2 and the polarity of the signals of an aura, key 22, and ) intended for switching the signal, .1 oravle (with negative impact signals, key 23 for switching the signal in comparison with negative influence signals, source 24, 25 dc.

The device contains several separate outputs, d, 1 effects on biologically active points. The outputs of the device using the switching unit 3 can be connected to the unit 4 of the search for biologically active points or to the corresponding exposure channels.

The device operates in two modes: the search for biologically active points and effects,

In the search mode, a biological object with one of the electrodes 2 attached to the surface of its surface is connected by an electrode 1 to an electrical circuit consisting of the specified electrodes, blocks 3 and 4. When there is a biologically active point, for example, increased conductivity, block 4 beeps. In this case, electrode 1 is fixed on the object and the search for biologically active points is performed in a similar way.

In the mode of action, each caiale forms a closed electric circuit consisting of the 6iL of the object, O, spectrum 1, blocks 3, 14, 15, 6, 5, electrodes 2, Source, m sl1L1a, 1, the impact is shaper 15 DC signals with galvanically uncoupled outputs. Meobhodi, the form and polarity of the signal. The effect on each channel is achieved with a new mono modulator 14, synchronization and isolation of all channels. is achieved due to the fact that the modulator controller. 14 p1eetvl a odni.m obschn.ch generator 12 through the exposure unit 3, chodul tori -14 and hav e three inputs and one but, mu exit. The first input is received from the formaker 5 signal of the action of direct current, the input receives a signal, 1 modulates the positive signals, and the third input noises the signal modulating the negative signals. If there is a signal at the nerve and the second inputs of the modulator, positive signals appear at its output, the effects, frequency and form of which correspond to the signals of the second input. In the presence of a signal on a homolog on a third, the modulator input at its output will appear

with negative exposure signals, the frequency and form of which corresponds to the sigial: third input. With the second and third modulator inputs, it is possible to obtain, at the output of each modulator 14, simple and complex waveforms of an impact in the frequency frequency range of 1f (from thousand fractions of hertz to several kilohertz).

When a positive signal from device 12 is input to the discriminator 21, a signal appears at the output connected to a switch 22, which includes a 24-DC power supply 24, the outputs of which have a modulation of the positive influence signals.

When negative signals appear on the discriminator 21, a signal appears at the output connected with a key 23, which includes a source 25, at the outputs of which negative signals modulating the negative signals appear.

Claims (3)

1. A multichannel device for electronic acupuncture, containing a control unit for a viewport of the generated signal, the outputs of which are connected to the corresponding inputs of the influence generator, a set of parameters for the influence parameters, the output of which is connected to the input of the influence generator, a switching unit connected to the influencing and contact electrodes. mi, according to the number of channels, with the outputs of the block of search for biologically active points, the control block of contact of acting electrodes with biologically active points, with the inputs of the interrogator, bl Control and regulation of exposure parameters, the output of which is knocked to the input of the control unit of contact of the acting electrodes with biologically active points. The output of the interrogation unit is connected to the input of the measuring unit, characterized in that the possibility of on-line diagnostics and eliminated} of the shunting effect of external galvanic connections between the channel Mi: an operational diagnostics block, the input of which is connected to the output of the measurement unit, the discriminating section and the signal of the 1 ... control, the input of which is connected to the output of the generator of the action, modulators on the number of channels, the enabling inputs of which are connected to the corresponding B1) 1 output, b.yuk of discriminating and galvanic isolation of control signals, the shape of the C 1-: but , 1 constant 1 ×) ka with ha, 1b ianic i ccB i3aiiin) iMH outputs. KOTopiiie are connected to the corresponding inputs of modular tori, output. Modu: 1 tori coe.UiiicHb with correspondence () () of the input. Block kommhtacim. 2. Device for and. 1, characterized in that the operational diagnostics unit contains an indicator, the input of which is connected to the output of the comparative circuit, the first input of which is connected to the element of us typed. connected to the output of the element of negative feedback negative reaction, input) of the memory elements are connected to the corresponding. H1 outputs of the discriminator of the polarity of the impact signals, the input of which is connected to the input of the unit. 3. The device according to and. 1, characterized by that the block of discrimination and galvanic isolation of control signals contains a discriminator of the polarity of control signals, whose Tiendi output is connected to the input of the Hi k.pocha, the second output is connected to the input of the second key, the outputs of the U. current, output1 1 of which is connected to the output of the unit. Sources of information taken into account in the examination: 1. The author's certificate of the USSR L 4988о5 cl. G 06 1- 15/42, .- 61 B 5/05, 1974. 2. USSR author's certificate N ° 525961, cl. G 06 F 15/42, .4 61 B 5/05, 1975.