SU1551381A1 - Device for segmental reflexotherapy - Google Patents

Abstract

The invention allows to reduce the time of the procedure, as well as to ensure the monitoring of the electrophysiological parameters of the patient's skin during the procedure. The device comprises an elastic base in the form of a plate 1 made of a tape recorder with a supporting pressure plate 4 made of a thermoplastic material, removable needles 2 made of diamagnetic, paramagnetic and ferromagnetic material, some of which are made with through channels through which the drug can be supplied. The needles of one longitudinal row are electrically connected to each other and to the current-carrying element 5. 4 Il.

Description

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The invention relates to the field of medicine, namely to devices for reflexotherapy.

The purpose of the invention is to reduce the time of the procedure, as well as to provide / control the electrophysiological parameters of the patient's skin during the procedure.

FIG. 1 device design for segmental reflexology; in fig. 2 - a device structural element, a ferromagnetic needle; in fig. 3 - distribution of induction B of the magnetic field of the ALM device along its length (for a plate of typical size 125X65.5) 5 mm from the edge of the plate; in fig. 4 shows the distribution of induction B of the magnetic field of the magnetic applicator along its length (for a plate of standard size 125 X 65.5 mm) 5 mm from the edge of the plate with 12 ferromagnetic needles arranged in a row every 10 mm.

The device for segmental reflexotherapy is made on the basis of a sheet magnetophoric applicator and structurally consists of an elastic base in the form of a plate 1 made of a tape recorder, which contains metal needles 2 with a height of 0.7-20 mm with a total density of 1-10 needles / cm2. The tips of the needles 2 extend onto the working surface of the applicator to a height of 0.7-2.0 mm. The heads of the 3 needles are fixed on the non-working side of the plate 1 by means of the support-pressure plate 4 of a thermoplastic material. The needles of one longitudinal row (along the long side of the plate) are connected to each other by electrical conductors. Each such row of needles at the end is represented by a current-carrying element 5 - a detachable socket. The nests of the series serve for the realization of various modes of skin electrostimulation: in the microcurrent galvanizing mode without external sources (electrical circuit skin - needles of one row - switching commutator - needles of another row - skin), in the mode of electrical stimulation from external sources. In addition, in the process of treatment with the help of nests, it is possible to use needles of various rows as a multielectrode system for diverting bioelectric potentials and measuring the electrical resistance of the skin. The needles are made of diamagnetic (eg, copper), paramagnetic (eg, aluminum) and ferromagnetic (eg, nickel-iron alloys) metals or alloys.

The location of the metal needles, which point to the working side of the applicator and have different magnetic permeabilities, allows the relatively homogeneous constant field of the applicator (Fig. 3) to be converted into a heterogeneous constant

field (Fig. 4). Due to the increased heterogeneity of a constant magnetic field with the help of metal needles, there is a change in the induction and gradient of the magnetic field,

which enhances the therapeutic effect.

Part of the ferromagnetic needles 6 (from one to five needles per one standard-sized magnetic applicator) are hollow

with a through channel 7 connected by a flexible dielectric tube 8 with the inlet fitting 9.

Placing the device on the reflex zone, these needles are used to administer drugs (on an outpatient basis). Making needles from ferromagnetic metals or alloys ensures the magnetization of drugs administered under pressure at low speeds, which contributes to the modulation of the biological activity of the drugs.

The design feature of the device is that the needles are made removable, which allows for the installation of needles over certain areas that provide the effect according to the required technique.

5 The device for segmental reflexology has the following advantages: the possibility of implementing a wide range of physiotherapeutic effects in the course of treatment — mechanomagnetic, electromagnetic (using pocket serial electrostimulators), mechanomagnitophoretic medication (outpatient or self-administered), electromechanical magnetophoretic administration; possibility of effecting

g a constant heterogeneous magnetic field and a mechanical stimulus, having a configuration corresponding to the features of the reflexogenic zone or focus of damage; the possibility of magnetization of injected medicinal solutions, which modulates

0 their biological activity; the possibility of objective monitoring of the bioelectric characteristics of the skin (bioelectric potentials, electrical resistance) for the diagnosis of functional state, prediction and correction of treatment. All this allows to shorten the treatment time.

Claims (1)

Invention Formula The device for the ary reflexo-therapy segment, containing an elastic base with needles and fixation elements, is characterized in that, in order to reduce the procedure time, as well as to ensure the monitoring of the electrophysiological parameters of the patient's skin during the procedure, the elastic base is made in the form of plates are made of a tape recorder and are provided with a support-pressure plate of thermoplastic material located on its non-working surface, the needles are made of paramagnetic, diamagnetic and ferromagnetic material , while the needles of one longitudinal row are connected by elect8, mT Between themselves and with the current-supporting element, and part of the ferromagnetic needles are made with a through channel connected by a flexible dielectric tube to the inlet fitting. Ryu.2 125 I, MP 1 23 4567 83 U And 30 20 10 255075 Figm 100 125 I, mi