Therapeutic insole

 

(57) Abstract:

The invention relates to medical technology, and is intended for stimulation of biologically active zones of the foot. The insole consists of a conductive, non-conductive and magnitofonnyh layers with acupressure massaging protrusions and connectivity of selected areas of the foot through the shaper pulse to the negative terminal of secretariatgeneral modular design with tapered screw-down drive. Joining edges of the actuator is made in the form of mating conical surfaces with a slope forming cones at angle of 40-75oto the plane of the cross-section perpendicular to the axis. Group segnalamento generator modules connected in opposite, a positive output connecting to the passive electrode. The insole provides a combination of magneto-, electro - and acupressure exposure of selected areas of the foot, allows you to more effectively carry out the treatment. 8 Il.

The invention relates to medical technology, and is intended for stimulation of biologically active zones of the feet under the scheme Zakharyin-Ged.

Photopuncture or podotherapie is one of the intensively developed methods of acupuncture, which is based on ispolzovaniya systems, described (Dale H, Huand M., 1975 y). Being active relaxation area, the area stop also provides the possibility of obtaining information about the condition of the body. The topography of the projection zones in the area of the soles is known (Konig, Wancura 1975 "New Chinese acupunture", Bergson, Tuciak. USA, 1974 "Zone therapy", in the works of Durian R. A., 1980, 1983, and Guaza luvsan, "Traditsionnye and modern aspects in Eastern reflexology", Science, USSR 1986), as the possibility of diagnosis and exposure through the soles on the organs and functional systems for the treatment or prevention of disease. Therefore, the development of therapeutic insoles, providing multiple concomitant reflex effects, is an important task.

Known devices for mechanical massage of the reflex zones of the feet (Germany p. N 3622562, A. S. USSR N 1316670), and adjuvant therapy, where acupressure combined with the influence of magnetic field (Germany, p. N 3221505, A. S. USSR N 1364335).

The disadvantage of these devices is the inability stimulation of the chosen areas used for reflex effects, because the design provides only the stimulation of the entire surface of the foot at the same time.

Also known insole by A. S. USSR N 1544428, A 61 H 15/00 A 61 H 39/04 (N 7, 1990). The device includes an insole, perforated through-hole in the topographic placement of reflex zones on the scheme Zakharyin-Ged, inherent only to the left and right feet. Holes installed elastic massage elements consisting of the heads, necks and feet.

A common shortcoming of these devices is reflexology-massage or electropuncture without simultaneous effect of massage, electrical stimulation and magnetic therapy selected the service insole"), consisting of two tokoprovodyaschym elastic layers. The top layer is perforated between the layers in the heel area is a power source in the form of segnetoelektricheskogo element with positive and negative poles. The negative pole is connected by a conductor with an active electrode having the form of a pin, the positive pole is connected by a conductor with a passive electrode. The bottom layer of the insole is adhesive and is used for fixing segnetoelektricheskogo element and the active electrode, which is installed with the possibility of replacing and fixing holes of the perforated top layer and connected to the pole of the power source and the passive electrode is connected with the second pole.

The disadvantage of the prototype is to limit functionality only massage and electro foot random impulses without the combined effects of massage, electrical stimulation and magnetic therapy, as well as the lack of stable parameters of the pulses of electro with adjustable amplitude and duration.

These drawbacks are eliminated in the inventive device "Therapeutic insole".

The technical problem solved by the invention, soccerpunter-magnetotherapy impact on selected reflexogenic zones of pulses with adjustable parameters (amplitude and duration) of secretariatgeneral with conical pressure actuator, providing sufficient accuracy dynamic compression counter is enabled groups magnetophosphenes working generator modules, which can be "n".

The problem is solved in that for obtaining the combined three-massage-electropuncture-magnetotherapy impact on a selected area or areas of the feet, select the configuration chosen area with magnitosfernymi ledges different orientations of the fields (N-S, S-N), combining it with acupressure protrusions of the conductive material in the respective sprocket holes, the proposed multilayer structure invoices elastic layer in the form of insoles with sticky photo-holding triangles coatings, non-conductive piping circuits of reflex zones on the scheme Zakharyin-Ged with the ability to connect selected areas through the pulse shaper to the negative terminal of secretariatgeneral modular design with conical pressure actuator, in which the joining edges made in the form of mating conical surfaces with a slope forming cones at angle of 40-75oto the plane of the cross-section perpendicular to the axis, in this case a group of magnetophosphenes generator modules included counter, which provides, in the claimed and known solutions of the notes have the following similar features:

- slip elastic layer in the form of the feet with the holes and adhesive coating

- segnetoelektricheskii voltage source, a cylindrical magnetoplasmons with silver electrodes on the ends, working on the direct pressure of the body on the piezoelectric element.

The difference between the claimed device from the well-known are:

1. The multilayered structure of the five elastic layer in the form of insoles with sticky photo-holding triangles coatings.

2. Each layer, conductive and non-conductive, and magnitofonnyi layer has two different orientations of the magnetic fields (N-S, S-N).

3. Switching conductive layers in the form of insoles and connection of each layer or the selected zone to a power source.

4. The topography of reflex zones on the scheme Zakharyin-Ged applied on all layers as conductive and non-conductive, and magnitofonnye.

5. The contours of reflexogenic zones are made non-conductive refinement, which can be cut zone or group of zones and due to the basis of adhesive to secure the plane left or right insoles.

6. The presence of self-adhesive coatings with lower sinoti assemblies left and right insoles with acupressure protrusions in a single multi-layered node.

7. Constructive performance segnetoelektricheskogo generator modular type with conical pressure actuator in which the joining edges made in the form of mating conical surfaces with a slope forming cones at angle of 40-75oto the plane of the cross-section perpendicular to the axis, in this case a group of magnetophosphenes generator modules connected in opposite, a positive output connecting with passive electrode, ensures the stability of dynamic compression and shaping of the pulse amplitude and duration, the absolute safety of the device during operation.

The invention is illustrated by drawings, where Fig. 1 shows a General view of the left and right therapeutic insoles with topography (zacharin-Ged) reflexogenic zones of Fig. 2 - section of a typical variant of the multilayer insole of Fig. 3 and Fig. 4 - in terms of its components 2, 3, 4, and 5th layers; Fig. 5 - secretariatgeneral node in the cut with pressure and bearing cone elements, Fig. 6 - upper pressure element of the generator of Fig. 7 is a bottom supporting element generator modules in the context of Fig. 8 - section secretariatgeneral site AA1complete with generator mo is uchebnaya insole contains the lower conductive elastic layer 1, thin elastic insulation with double-sided adhesive coating layer 2, elastic with acupressure protrusions in two versions with conductive and non-conductive base layer 3, a thin flexible insulation with double-sided adhesive coating layer 4, the upper elastic magnitofonnyi layer 5 with magnetic acupressure protrusions in two versions orientation of the magnetic field (N-S, S-N). Layer 3 has the acupressure protrusions 6 in the conductive and non-conductive versions, the layer 5 has the acupressure protrusions 7 and the sprocket holes 8, and the projections 7 is made in two modifications with the opposite orientation of the magnetic field. All layers have relief application reflexogenic zones (topography scheme Zakharyin-Ged) with contours around the perimeter with a non-conductive refinement 9 for separating each zone conductivity and the possibility of ease of cutting, i.e. the allocation of a "sweet" zone or group of zones. In addition, each acupressure protrusion conductive-nonconductive 6 and magnitofonnyi 7 layers 3 and 5 is at the top of the cross section (see Fig. 3) to enhance the impact on the sole.

Between the outer conductive layer 1 with its inner side and gathered together the layers 2, 3, 4, and 5 in the zone of the heel of the foot placed sewannee on the perimeter of the steel balls 12, a cylindrical groove for securing the limiting screw 13 and a return spring 14 with holes 30,

the lower four modular secretariatgeneral node 15, is pressed into the plastic insulating block 16, with secretariatgeneral modules 17 with shapers 18 of the amplitude and duration of the generated pulses, and fixing screws 31.

Each secretariatgeneral module 17 includes a metal casing 19, an insulating cylinder 20, the insertion of annealed copper 21, a solid insert 22, the abutment screws 23, the Central (negative) electrode annealed copper 24, a counter located magnetoresonance 25 (i.e.+, -; -,+), solid-state workers insert 26 with the hemispheric output in a tapered working portion of the lower node 15.

The upper pressure node 11 with a conical base and nested tightening screw 13 at the bottom of the cylindrical hole of the spring 14 is inserted in the lower modular Skatertny secretariatgeneral node 15, is pressed into the plastic insulating block 16, with cone top node enters the conical groove bottom (see Fig. 5), and tightened the screw 13, i.e., pressed steel balls 12 in the upper compression node is on node 15, pass from position "Min" to "Max" pressure and displacement outputs solid inserts 26 is regulated by the screws 23. For strictly vertical movement of the upper pressure node 11 relative to the lower assembled in block 16 with the metal case 19 and the inner tapered groove in the upper compression node 11 holes 30, and the bottom node - locking bolts 31.

Therapeutic insole is assembled as follows.

Acupressure protrusions 6 layer 3 are inserted into the grooves perforations 8 layer 5 having acupressure protrusions 7, and fastened with a self-adhesive layer 4, forming the upper working surface of the insole. Conductive areas selected zone or zones with plates 27 from secretariatgeneral 10, placed in the zone of the heel, through the formers 18 and the conductors 28 are connected to the negative terminals of the electrodes 24 secretariatgeneral and form the "Active electrode", and the positive terminal on the housing of generator modules through a conductive surface layer 1 forms a "Passive electrode 29, i.e., put together 3, 4 and 5 layers with padded conductors secretariatgeneral and selected areas, bonded to the layer 1 and 2, in compressed form an integrated ELA and, bearing electro impact on the selected area.

The device operates as follows.

The insole choose shoes. Decide in advance what effect you want to achieve, and depending on, for treatment of which body it is applied to produce an Assembly of elements of the insole. It should occupy the position corresponding to the inner surface of the sole of the Shoe and to provide a good fit to the foot.

In fully formed and ready to work the insole when the pressure on the upper body push node 11 balls 12 transmit the force to the solid inserts 26 lower segnetoelektricheskogo node 15, which moves inside, deforming secretariatgeneral elements 25, forming on the housing 19 "positive", and the output 30 of the potential of the electrode module 24 negative potentials connected through formirovanie pulse 18, the conductors 28 and the contact plate 27 on the selected zone, i.e. the zone or the zone of stimulation through acupressure conductive protrusions 6, while magnetotherapy impact of acupressure magnitofonnyh protrusions 7 in these areas.

The presence of topography reflex strain amplitude and duration of the pulse potentials (using RCL principles and schemes, known from electronics), positive or negative for each of them, and cut on the topographic plots along the contours of the zones with electric and magnetic isolation, creates a variety of therapeutic effects.

In addition, there is a possibility to make "fetch" in place insoles in order to completely avoid impacts on certain areas of the foot - ease of observation of the impact and result of the achieved effect.

For convenience and to avoid errors in the formation of therapeutic insoles topography reflex zones marked on all layers 1, 2, 3, 4 and 5 of the left and right insoles on both sides.

Thus, the claimed therapeutic insole provides a combination of three simultaneous effects of magneto-electro - acupressure stimulyatsiyu selected zones of the feet with adjustable pulse parameters during natural movements of the human. Stimulation of the reflex zones of the feet shown for all vozrastnyh groups and in some diseases can be used as an independent method of treatment and it can be a good adjunct therapy, augmentative other methods of influence on the body is, allows you to more effectively carry out the treatment in both the home and hospital.

Therapeutic insole, comprising several layers of elastic material, the upper of which is perforated and the lower samohlasen, active and passive electrodes and the power source in the form of segnetoelektricheskogo element, which is located in the heel region of the insole between the layers, characterized in that it further comprises a conductive, non-conductive and magnitofonnyi layers with acupressure massaging protrusions, adhesive layers, non-conductive piping circuits of reflex zones on the scheme Zakharyin-Ged with the ability to connect selected areas through the shaper pulse to the negative terminal of secretariatgeneral modular design with conical pressure actuator, in which the joining edges made in the form of mating conical surfaces with a slope forming cones at angle of 40 to 75oto the plane of the cross-section perpendicular to the axis, in this case a group of magnetophosphenes generator modules connected in opposite, a positive output connecting to the passive electrode.

 

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