Biological corrector

 

(57) Abstract:

The invention relates to medical devices, specifically to devices used in metal and monotherapie. Biological concealer contains made of a conductor in the form of a rigid or flexible annular receiving annular shape when handled parts of the human body basics, on the working surface of which is applied in the form of individual sections of layers of metals selected from the range: Mn, Zn, Fe, Co, Ni, Cu, and additional metal layers with electrode potential exceeding the maximum electrode potential damage of metals of the above-mentioned range, the thickness applied on the basis of the metal layers is in the range of 10-40 μm. In the particular case of each layer of the metals mentioned several separated from each other by a layer of additional metal. In private cases, the base is made of perforated, fluted or contains on the working surface protrusions in the form of a body of rotation. Biological corrector can be made in the form of bracelet, including bracelet for watches, rings (for putting on the finger), chains and other items. The invention is directed to the enhancement of therapeutic effect of biological proofreaders, wipeouthd, used in metal and monotherapie.

Metal bracelets as jewelry appeared in the bronze age. Later some varieties of bracelets, especially copper, have been used for medicinal purposes along with other varieties of such devices, in particular metal applicators.

Known medical bracelet, made of a set of copper filaments [1]. Its disadvantage is weak therapeutic effect is caused, firstly, by the fact that all of the copper strands are under the same potential, and when worn on the wrist the bracelet copper ions are injected into the skin in sufficient number (copper is necessary for a human trace element), and, secondly, the fact that low-frequency (VLF) flicker-noise electrical oscillations occurring on the edges of the skin - copper, are too low to have a significant effect on the body.

As a prototype of the claimed biological corrector can be selected any bracelet, made of conductive material. Us as a prototype of the claimed device selected bracelet made of silver [2]. The disadvantage bracelet prototype, which is the biological corrector n is the device-analogue [1].

The technical result, which directed the claimed solution - strengthening of therapeutic effect.

This is achieved by the fact that in biological corrector made of a conductor in the form of a rigid or flexible annular receiving annular shape when setting parts of the human body basics, on the working surface of the base is applied in the form of individual sections of layers of metals selected from the range: manganese, zinc, iron, cobalt, Nickel and copper, and additional metal layers with electrode potential exceeding the maximum electrode potential damage of metals of the above-mentioned range, the thickness applied on the basis of the metal layers is in the range of 10-40 μm. This is achieved by the fact that on the working surface of the base includes all of the metals mentioned range, and the fact that every part, formed by a layer of one metal of the above-mentioned range, separated from the nearest land, formed by a layer of another metal from the same number, the additional layer of metal. In the particular case of this is achieved in that the base is made in the form of a perforated reinforced tape, or the fact that the working surface of the base is made fluted, or the fact that the working surface is ski corrector (of many possible), made in the form of a bracelet.

Biological corrector shown in Fig. 1, includes a conductive base 1 made of elastic conductive material on the inner working surface of which is applied in the form of individual sections of layers of manganese 2, zinc 3, 4 iron, cobalt 5, Nickel 6 and the copper 7, which is a friendly micronutrients for humans, and silver 8 (silver areas on the figures are not shaded). Each segment formed by one layer of metal 2-7, separated from the nearest land, formed by a layer of another metal from the same series, part of the metal 8.

Number of lots of each of the metals 2 - 7 in General unequal. Most on the basis of the applied areas (layers) of iron and zinc, less than all of the cobalt and Nickel (in accordance with the human need for trace elements). Layers 2 - 7 can also be applied to the base 1 in the form of separate Islands.

In Fig. 2 shows a variant of biological corrector, made in the form opposible perforated reinforced tape. Hole 9 - through. The belt bends around the parts of the human body that you want to affect (to the skin adjacent layers of metal deposited on oasdi, formed by one layer of metal, in this embodiment contains single ledge.

In Fig. 4 shows a variant of biological corrector, which in each area formed by one layer of metal, contains one or two tabs 10, made in the form of a body of rotation (on the tabs that are part of the same area caused by metal in the same area). The protrusions can be located on the parcel boundaries.

Standard electrode potentials of the metals used for drawing on the working part of the biological corrector, be, B: Mn -1,78; Zn -0,763; Fe -0,440 and -0,036; Co -0,277 and +0,400; Ni -0,250; Cu +0,521 and +of 0.337; Ag +0,799. The highest electrode potential among the following metals has the Ag, which in biological corrector acts as the cathode, and Mn, Zn, Fe, Co, Ni and Cu serve as local anodes. When joining two metals with different electrode potentials (different work function of electrons) electrons from a metal that has a lower electrode potential, is transferred into the metal having a higher electrode potential, and the first one becomes an anode and the second cathode.

Metals 2-8 would be best to put on a base 1 by means of electrochemical cathodic deposition from Rastogi role of insoluble cathode, enough and 10 μm). The structure of the metal coating should be thick, fine grained, non-porous (which is longer lasting high gloss applied on the basis of 1 metals 2-8). It is possible to apply on the basis of 1 and less than seven metals, such as zinc, cobalt, copper and silver.

Biological corrector may have other designs. It can be made in the form of a bracelet for watches, rings (for putting on the finger), chains and other items. To improve consumer properties of the outer side of the bracelet or rings can be made in decorative art form.

The bracelets shown in Fig. 1, 3 and 4, as well as the bracelet-prototype [2] , can be regarded as a rigid device has a circular shape, and a flexible device that can be customized for a specific annular shape covered parts of the human body (by their deformation). Therefore, the restrictive part of the claims, which are listed at the end of the description entered an alternate signs "rigid or flexible basis."

Therapeutic effect on human biological proofreader at the expense of permanent microcurrents under the action of EMF arising on granycome with local anodes) and the flicker noise of electric oscillations, emerging on the border leather - metal. Each metal gives in the boundary layer of the skin its amplitude-frequency spectrum. The upper cutoff frequency of the flicker noise in contact with the metal layer of the skin does not exceed 20 Hz. VLF flicker noise processes take place in different systems, organs, tissues and human tissues, in particular in biological membranes, acupuncture points and meridians. VLF oscillatory processes occurring on the edges of the skin - metal, interact with oscillatory processes in the skin, which ultimately leads to normalization of physico-chemical processes in the body.

To enhance therapeutic effect of biological concealer during the day a few times a shift (in either direction) relative to the same position on the skin surface. In this case, between metal and skin happen transient exponential electrochemical processes and increases the level of flicker noise at the boundaries of individual parcels of metals with skin as compared with the case where the biological concealer for a long time remains stationary relative to the surface of the skin (any transition process is flicker-noise spectrum).

Neither the EP. Patient P. 60, height 172 cm, weight 150 kg Diagnosis: obesity 5 tbsp., hypertension IIIA century, atrial fibrillation, cholelithiasis, acute cholecystitis. Was admitted to the hospital with complaints of acute paroxysmal pain in the right hypochondrium, disturbing the patient in the last two years. At the disease onset seizures in hypochondrium, headaches, shortness of breath at rest and arrhythmia filmed by intravenous administration of antispasmodics and conduct of anti-inflammatory therapy. In addition to the attacks of cholecystitis patient was worried about high blood pressure (200/110 mm RT. Art. ) and atrial fibrillation, for which medicines practical impact is not provided.

Two weeks before cholecystectomy on the right wrist of the patient was wearing the bracelet, having the form shown in Fig. 3. On the working surface of the bracelet were superimposed layers of zinc, cobalt, Nickel, copper and silver. By the end of the 10th day, when the patient is stable normalized heart rate and blood pressure fell to 150/90 mm RT. senior, she was laparoscopic cholecystectomy (under endotracheal anesthesia with artificial ventilation of the lungs). In the postoperative period, the hemodynamics in parandrinae was discharged from the hospital under the supervision of a therapist.

Sources of information used in the compilation of the description:

1. A. S. USSR N 1676634, class A 61 N 1/02, "Device for therapeutic intervention", publ. 15.09.91, BI N 34.

2. The bracelet. Great Soviet encyclopedia, 3rd ed. M: Soviet Encyclopedia. 1970. So 3, S. 640 prototype.

1. Biological corrector made of a conductor in the form of a rigid or flexible annular receiving annular shape when handled parts of the human body, base, characterized in that the working surface of the base is applied in the form of individual sections of layers of metals selected from the range: manganese, zinc, iron, cobalt, Nickel and copper, and additional metal layers with electrode potential exceeding the maximum electrode potential damage of metals of the above-mentioned range, when this thickness is deposited on the base metal layers are in the range of 10 to 40 μm.

2. Biological concealer under item 1, characterized in that the working surface of the base includes all of the metals named range.

3. Biological concealer on PP.1 and 2, characterized in that each section formed by one layer of metal of the above-mentioned range, separated from the nearest land, obrazovanog Biological concealer on PP.1 - 3, wherein the base is made in the form of a perforated reinforced tape.

5. Biological concealer on PP.1 to 3, characterized in that the working surface of the base is made of corrugated.

6. Biological concealer on PP.1 to 3, characterized in that the working surface of the base made the tabs in the form of a body of rotation.

 

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FIELD: medicine.

SUBSTANCE: method involves stimulating blood circulation in testis and its appendage. Both femoral arteries are clamped above inguinal ligament with 30 s - 1 min long exposure time. The time is increased to 3 min. 4 sessions with 6 procedures per day are given during 4-6 days. Next 6-8 days, femoral arteries are clamped with 3 min long exposure time in 4 sessions each including 4-6 procedures. Then, the femoral arteries are clamped with 3-5 min long exposure time giving 4 sessions per day each including 4 procedures. Pause between procedures is 1-2 min long.

EFFECT: enhanced effectiveness of treatment.

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