WO1997006768A1

WO1997006768A1 - Method and device for contactless influence on an organism

Info

Publication number: WO1997006768A1
Application number: PCT/RU1996/000234
Authority: WO
Inventors: July Semenovich Karp
Original assignee: July Semenovich Karp
Priority date: 1995-08-16
Filing date: 1996-08-15
Publication date: 1997-02-27
Also published as: EP0907344A1; AU6839396A; RU2182458C2

Abstract

The invention relates to medical technology and may be used for stimulating biological regulatorily significant systems. At least one pair of symmetrically located biological regulatorily (reflex) relevant zones of the organism is connected by means of the external bilaterally conducting channel thus forming, together with internal systems of the organism self-regulation proper, a closed regulatory contour for this pair of reflex zones. This increases an effectiveness of process in the self-regulation systems and decreases dissipation of the own radiation in the organism zones mentioned by means of activation using the own energy radiation. External energy is introduced into at least one regulatory contour thus increasing the effectiveness of contactless influence. Also claimed is the use of secondary radiation, providing qualitatively new possibilities for the further increase of the influence efficiency. To speed up process of self-regulation and to exclude an adaptation of the organism, at least one pair of symmetrically placed zones is excited in anti-phase, and also in turn inhibited and excited signals are applied. At least one pair of sensors are connected by an external bilaterally conductive channel, for instance, a waveguide, and in so doing, the sensors are reversible. A source of external energy can be introduced into one external channel, the source of the secondary radiation can be used as the source of external energy. The source can be made paraphasal, its anti-phase outlets are switched to separate sensors of one couple. Examples of practical variants of the device such as an armchair are given.

Description

METHOD AND DEVICE FOR CONTACTLESS INFLUENCE ON AN ORGANISM

TECHNICAL SPHERE The invention refers to the sphere of medical technology, and particularly to the methods of contactless influence on the organism as well as to devices intended for stimulating biological regulatorily C reflex) important systems of the organism. PREVIOUS TECHNOLOGICAL DEVELOPMENT.

It is a well-known fact that the organism functional state has a beneficial effect on the skin-galvanic reaction (SGR) parameters in biological regulatory ( reflex) important zones (points) of the organism which are also called acupuncture points (ACP).If all values of the SGR key points are within physiological boundaries (or within the so called "physiological corridor"), functional systems and the organism power are within the permissible unbalance. The disfunction degree and the organism pathology can be defined by the character and the degree of SGR values going out of the "physiological corridor" (L1).

It is also a well-known fact that the regulatory mechanism functions depend on oscillatory processes on all the levels of a living system organization. It is in part shown up in time changes of SGR indeces in acupuncture points (L2).

One of the reflections of the dynamics of the system regulation, when the organism exercises various loads, is the bilateral asymmetry, i. e. the difference in SGR indeces in the acupuncture symmetrical points. For instance, the disfunction progression and the degree of the organism fatiguability could be defined by the bilateral asymmetry coefficient (L3). Once this phenomenon being discovered, investigations of the possibilities of influencing the organism through eliminating the SGR asymmetry by external means, i. e. by means of inverse influence on the organism, began (L4 - L9). The way suggested in L 1 provides for direct regaining the asymmetry of electrical conductivity of separately taken couples of active points. The mover starts from a recognized acceptable (according to L1) conductivity asymmetry, assuming that when effecting the ACP with weak constant current it is possible to change SGR, hence changing the organism regulation (disfunction) degree (L4). It is apparent that levelling off SGR of a separately taken couple of points does not allow to completely normalize the functions of ail the organism. If to perform the same manipulations with a set of active points (the so called "recite") when influencing the couples of symmetrical points sequentially, one could obtain an integrated effect. However, it is rather-difficult, from the technological point of view, to influence all the chosen points simulteneously (except for needlepricking which, in fact, is an invasion means). Besides, it is necessary to emphasize that during sequential influence the overall duration of the procedure is too prolonged and, which is particularly important, when influencing one couple of points there are indeces deviations in other couples of points (sympathetic or compensatory).

The most effective simulteneous symmetric influence on the couples of key biologically relevant in each particular case zones (points) is suggested in the patent of Russia No.2003361 (L 5). However, the way proposed by Nesterov (L4) does not provide simulteneous influence mentioned.

Simulteneous influence can be performed by magnetic and biological signals. As it has already been mentioned, it is much more effective.

Symmetric influence with a magnetic fields is described, for instance, in (L5) and (L7). The method proposed in (L6) is based on forming the spacial structure of the magnetic field sensors (the solenoid section) which are positioned in pairs symmetrically about the organism axis in places of pressing to its acupuncture zones. The zones of the patient's head, body and extremeties are influenced simulteneously. The sensors are placed on the same general basement together with the patient. The (L5) method is in fact the improvement of the one already described; it is intended for influencing the organism with the magnetic field. It provides formation of spacial structure by the system of radiation sensors, which are positioned symmetrically about the organism axis in places of expected projections of its biological regulatorily (reflex) relevant zones; it also provides the organism positioning and fixing in the sensors structure mentioned as well as sensors excitation by external energy. Electromagnets with a broken magnetdriver, the vectors of magnetic induction of each of them being directed along the patient's body proximatedly and distantly, are used as sensors-inductors. The basement is shaped as a human body in a reclining position. The system of sensors is done so that the number of sensors in it and their spacial positioning on the basement, to fit the particular patient, could be changed as well as expeditions change of the sensors inlets electrical coupling could be performed. The inductors couping is performed in accordance with the field structure required, and an electric signal is transmitted to them. The temporal diagram of the inductors onswitching and the magnetic field structure (in accordance with the method of influence chosen) are programmed from the source of signals, the number of electrical outlets of which is equal to the number of inductors in the limiting case. The method and the realizing device allow to vary the program of the magnetic field excitation significantly.

The patient is put down on the basement which contains inductors sections for various parts of the body, then he/she is rigidly fixed relative to sensors-inductors which are installed on the basement and after that programmed transmission of electrical signals to the indicated inductors (electromagnets) is performed. In so doing, simulteneous influence on a variety of points couples is possible.

The method described and the device proposed most closely resemble the patented ones on the variety of significant characteristics, that is why they have been chosen as prototypes.

However, the magnetic field influence is hardly connected with the organism acupuncture zones electroconductivity symmetry and thus, with restoring the organism normal functional regulation. Besides, the magnetic field parameters are selected individually and the effect greatly depends on the operator's qualification. The process of selecting the field requires much time and is rather labourous; it is impossible to provide the optimum selected for all zones (points) and to correlate the level and the frequency of the influencing fields with the characteristics of the organism regulated systems because of the constant processes dynamics in the patient's organism.

The device realizing the method described contains a means for positioning the organism supplied with a set of sensors which are placed in pairs symmetrically about the organism axis on expected projections of biological regulatorily relevant zones, the sensors being irreversible and excitated individually. The device is performed so that it is possible to change the sensors position for placing the patient and controlling excitation. However, it is not comfortable for the patients as all parts of his/her body are fixed (with belts, for instance) and the efficiency of influence depends on intimate mating of the inductors. And lastly, the device is large-sized and labour-consuming. Thus, the prototype is not effective and convenient enough.

THE TASK OF THE INVENTION.

The task of the invention proposed is to elaborate a more effective method of contactless influence on the organism and to develop a more convenient in exploitation device for its realization.

INVENTION UNTANGLING.

The task set for the method described could be solved through significant improving and complementing the method of contactless influence on the organism recognized with provision for influencing symmetrical, in respect to the organism axis, biological regulatorily relevant zones; at least one couple of symmetrical biologically relevant zones of the organism is connected by means of the external bilaterally conducting channel thus forming, together with internal systems of the organism selfregulation ("meridians") proper, a closed regulatory contour for this couple of biological regulatorily relevant zones. Besides, to increase the effect of the method of influence there could be introduced external energy (a signal) into at least one regulatory contour, the zones of one couple being excited in anti-phase.

Again, to significantly increase the effectiveness of the method the enrgy of secondary radiation could be used as external energy.

Furthermore, to speed up the self-regulation process it is possible to influence the chosen couples of biological regulatorily relevant zones by an alternately exciting and inhibiting external signal. And, what is more, to lower adaptation to such an influence the characteristics of the introduced external energy could change the characteristics of the external energy introduced expeditiously, i.e. the external energy source could be controlled. The task set for the device applied could be solved through significant improving and complementing the recognized device for contactless influence on the organism comprising a means for placing the organism together with the system of sensors which are installed in pairs symmetrically about the organism axis on the expected projections of biological regulatorily revelant (acupuncture) zones:

- sensors of at least one couple are connected by an external bilaterally conductive channel, for instance, a waveguide, and in so doing, the sensors are reversible.

Besides, a source of external energy possessing at least two anti-phase outlets which are connected with different sensors of one couple could be introduced into, to say the least, one external channel.

Again, the source of secondary radiation can be used as an external energy source.

Furthermore, the external energy source could be performed so that the property of the energy radiated could be periodically (controllably) changed.

And, what is more, to increase effectiveness through optimizing the sensors positioning in accordance with their size, shape and the desired influence on a particular organism the device is to be performed so that spacial sensors positioning on the means for placing the organism could be expeditionally changed.

It goes without saying, that the source of the device external field can be controlled.

At least, the means for placing the organism can be performed as a mattress, or an armchair, or as clothes, or some items of them.

INVENTION OUTLINE

The invention principle is explained in Figs. 1-7 and Tabls.1-3, where:

Fig. 1 is an example how the organism could be influnced when at least one couple of biological regulatorily relevant zones is connected by an external bilaterally conductive channel:

Fig. 2 is an example how the organism could be influence when a para-phase source of external energy is introduced into one or several channels;

Fig. 3 is an example how the device looks if all couples of sensors are connected with each other through channels (waveguides);

Fig. 4 is an example how the device looks if all couples of sensors are connected with each other through the para-phase source of external energy;

Fig. 5 presents the device performed as a mattrass;

Fig. 6 is an example of how the device performed in the form of a mattrass could be employed;

Fig. 7 presents the device performed as an armchair. The following indications have been used in figures: 1 a means for placing the organism; 2 - expected projections of biological regulatorily relevant zones; 3 - external bilaterally conductive channels (waveguide, for instance); 4 - source of external power; 5-12 - couples of symmetrically positioned reversible sensors for biological regulatorily relevant zones: arms, legs, the base of the skull, first chest vertebrae, kidneys, the sacrum, a popliteal pit and a seat, accordingly. A dashed line denotes some possible (but not obligatory) channels of connection.

To describe the invention and to reveal the mechanism of achieving a more effective influence of the method and the device proposed on the organism it is necessary to present theoretical explanations. The principal idea of the method and the device applied lies in the fact that influence is exercised by at least one couple of biological regulatorily (reflex) revelant connected with each other zones of the organism, and for this purpose they are connected by an external bilaterally conductive channel, the sensors being performed reversible. An increased effectiveness of such an influence lies in the fact that the activization of the organism system of selfregulation is caused by the influence performed by the invention proposed.

The essence of regulation processes cosists in continuous information exchange between the system continuous information exchange between the system controlling and controlled elements through the channels of direct and reverse connection.

As applied to the organism, the system is the organism proper, information is signals about the organism condiition, controlling and controlled elements are a couple of biological regulatorily relevant (acupuncture) zones of the organism and direct and reverse connection is the energetic meridians of the organism proper and external channels of bilateral connection between the biological regulatorily relevant zones of the organism. Thus, these zones are both controlling and controlled.

Should some breaches in this chain occur, first functional and then organic disorder could be observed. The method suggested makes provision for connecting at least two biological regulatorily relevant zones by an external channel of bilateral connection (a waveguide, for instance). By the term a "waveguide" is meant a means of bilateral transmission (translation) of both the organism controlling signals proper and, consequently, its radiations, and the signals from the external energy source.

The regulatory contour thus formed would be closed, the inherent meridians of the organism proper being one part of it and external bilaterally conductive channels, i. e. waveguides serving as additional external ("artificial") meridians, the other one. As the signal of the organism own radiation between a couple of symmetrically positioned relevant zones is transmitted through artificial channels its dissipation reduces. It results in making the transition of the organism into the optimal

selfregulation mode easier. If the disfunctions are more significant and the energy of the organism controlling signals is not sufficient for levelling energetics and for normalazing its functional state (e.g. stresses, physical over-work, etc.), a source of external energy is introduced into the contour and it stimulates the increase of the organism radiation proper. The contour being closed, a difference signal reflecting the disbalance of the organism regulated system can be constantly obtained. This is how reverse connection between the zones can be naturally performed, thus providing automatic levelling of the organism energetics.

As provided by the method applied contactless influence is accomplished at at least two biologically relevant. zones of the organism. A closed regulatory contour is formed and it consists of inherent (internal) energetic meridians of the organism going up to the regulatory zones mentioned from inside of the organism and of external bilaterally conducting channel of connection coming to the same zones from the outside of the organism. Simultaneous influence on a couple of symmetrical zones allows to regulate the energetic balance of these zones and, consequently, the organism functions connected with them. An example of such an influence is shown in Fig. 1. To accomplish it, at least one couple of symmetric regulatory zones 2 of the organism is connected with reverse sensors through the external bilaterally conducting channels 3. If the selfregulation state is in disorder (as it was shown in L4) a difference signal occurs in symmetrical regulatory zones connected with this particular disorder. The difference signal is realized in the closed regulatory contour formed between radiation from the first and the second zones and its influence continues until the energetics of the zones connected by the external zones channel levels. When influencing concurrently several couples of symmetrically positioned biological regulatorily relevant zones (shown in Fig. 1 in a dashed line) the effectiveness of the influence increases because of concurrent mutual influence of regulatory connections between different couples in the form compensation, overlapping, etc.

Such concurrent influence allows to make the organism selfregulation system more active thus providing the functions of

the vegetative nervous system balancing and the organism functional symmetry levelling. In the limiting case concurrent influence is produced on all the couples of the chosen organism regulatory zones; such an influence is illustrated by Fig. 3. It is natural in case of insignificant disfunction to connect by means of external bilateral waveguides one, several or all the couples of biological regulatorily relevant zones; and if disfunctions are significant a source of external energy is introduced in one, several or all regulatory contours to make the influence more effective.

The external energy source introduction in one or several regulatory contours is illustrated in Fig. 2; the external enenrgy source 4 is introduced into the external bilateral channel 3 of a couple of regulatory zones. The external energy introduction into several regulatory contours is shown in Fig. 2 with a dashed line, and the external energy introduction in all contours is shown in Fig. 4. The methods provides the possibility of using the energy of secondary radiation as external energy. The source of secondary radiation comprises a generator effecting the intermediate transforming substance which when influenced by the energy from the generator mentioned changes its own primary excitation which, under-appropriate selection of the primary excitation and the transforming substance could be more effective physiologically as well as nondestructive and controllable type of external energy (L7 - L9).

As the energy of secondary radiation possesses unique properties its use allows to correlate the level and the type of influence on the organism with the processes which occur in the organism itself. In this case influence is produced by a directed flow of secondary radiation which possess resonance frequencie of the human organism thus performing additional adequate bioregulating effect.

Using the source of secondary radiation as the source of external radiation allows to increase the effectiveness of the influence significantly if to abide safety and nondestructiveness at the expence of a number of properties characteristic of secondary radiation such as (L7 - L9):

- secondary radiation correlates naturally with the organism signals proper as far as the level and the frequency spectrum are concerned;

- secondary radiation immediately forms two opposite in direction and sign flows, and both flows correlate naturally as they are generated by the same source; thus it is possible to simplify the device with an antiphase excitation of the zones couples;

- the secondary radiation waveguides could, at the same time, serve as transforming substance reconcilling, the parameters of the secondary radiation flow with the object's characteristics influenced (for instance, its own frequency spectrum), thus simplifying the method realization and its effectiveness (L7 - -L9);

- the character and the degree of reconciling the secondary radiation flow with the organism own processes are such that the organism perceives as much influence as is necessary for normalizing its activity. This phenomenon is analogous to ACT behaviour in relation to ACT condition. For instance, should the need arise to inhibit, the point is overstimulated, its area on the skin surface is large enough, up to 1 qv. sm., while in normal state its area is only about 1 qv. mm and its conductivity reduces tenfold. In case the point is restrained its area on the skin and electroconductivity reduces even more. Thus the point susceptibility changes in accordance with the signal influence, the value of the signal being the same. This fact provides safety of the method and the device applied for the organism;

- secondary radiation influence simplifies programmed influence thus providing a possibility of forming a variety of frequency range realizations, their parameters, temporal characteristics, etc. because it can be produced by a simple change of biologically active substances or their combinations (L7 - L9). The method proposed provides a possibility of anti-phase zones excitation in at least of symmetrical couple of biological regulatorily relevant zones (Fig. 2). In so doing, a property of alive systems to change more quickly in the balance direction when influenced by equal in duration but opposite in sing signals is used. And the possibility to influence the organism by alternately exciting or restraining signals, the latter being produced while controlling the source of external radiation, allows to level the organism energetics without preliminary diagnostics or elaborating the corresponding program of influence. Such an expedient excludes mistakes in the influence dosage. The mechanism of automatic influence restricting is identical to the one described above in case ACT and the organism systems lower or even cease their susceptibility as normal balance is approached. A very important aspect of controlling external energy is a combination of this influence with alternating signs and its "floating" frequency modulation. It allows to lower the organism adaptation (getting used to) to this influence and thus to increase its effectiveness as well as to enlarge the sphere of its action on the organism as each its system possesses its own resonance frequencies and the stated frequency modulation allows to cover most of them. It is a well-known fact that adaptation lessens at alternating excitation. The ability to regulate the external energy source presupposes that it is also possible to program the modulation frequency of secondary radiation with alternating signs and their variation in time thus making it possible to influence differently on different regulatory contours of the organism in accordance with the method of influence chosen (which depends on the organism condition and the aim of influence).

To estimate the self-regulation system activity clinic indications/symptoms and a number of the organism physiological parameters, for instance, SGR indeces in biological regulatorily relevant zones of the organism and changes of the bilateral asymmetry coefficient, can be used.

The effectiveness of this contactless influence was experimentally confirmed in the Moscow Stomatological Institute named after Semashko when it was approved on the patients suffering from:

- vegeto-vascular ДИ CTOHИИ (of hypertensive type);

- osteo hondrose of the spinal column (with a pain syndrome mainly)

of the bilex track.

In the first case, after conducting 15 seances lasting up to 40 minutes arterial pressure became optimal for the given age group during the seance. Headaches, neurotic complains and insomnia also weakened.

In the second case, after conducting 12 seances of the same duration pain eased, muscles relaxed and liveliness in the affected section of the spinal column increased.

In the third case, after conducting 10 seances there was registered a tendency towards normalizing the bile tracks

kinetics, pain weakening in the right-hand subcostal area, bitter taste and eructation disappearance, appetite improvement. All the patients went through procedures satisfactorily, there were registered no by-effects.

Typical cases of state dinamic under given influence are shown in Tabs.1-3. The experiments conducted and the data received confirm the results expected, i.e. the effectiveness of contactless influence efficiency increased significantly when employing the method applied and its modifications.

VARIANTS OF DEVICE MANUFACTURING

The method proposed gives the possibility to construct devices for a contactless influence, which are more convenient and effective than the recognized ones.

The device comprises a means 1 for placing the organism supplied with a system of sensors 5-12 which are installed in couples symmetrically about the organism axis on the expected projections of biological regulatorily relevant zones (Figs. 3-7). The sensors of at least one couple are connected by an external bilaterally conductive channel, the sensors being reversible. Sensors could be installed in the means 1

directly as well as waveguides which connect one, several or all the couples of sensors with each other. The means could be constructed like a non-rigid backing (base) (Figs. 3-7). One of the variants of its realization is a device in which a means 1 for placing the organism is manufactured in the form of a mattress on which the patient, as a rule. lies on her/his back. As the base of the mattress is a non-rigid backing, and sensors 5-11 and waveguides 3 are situated inside this backing, the device is comfortable and can be easily employed. Constructing the device in the form of an armchair is intended for another purpose. Sensors and waveguides are installed in the same way described above.

When constructing the device as clothes (working clothes, environmental suits, overalls with a hood, etc.) it contains the same number of sensors as in the mattress, and when it is constructed as a clothes item (headwear, a waist coat, etc.) the number of sensors is, of course, fewer.

In all devices sensors are inside a means 1 in accordance with the methods of influence chosen which determine the choice of zones to be influenced 2. The devices given provide free and reliable interaction of the organism zones 2 with the corresponding sensors 5-11 A person does not suffer from constaints as he/she may be relaxed and this is extremely important for such contactless influence intended for normalizing the disturbed functional state of the organism. The device shown in Fig. 1 allows to eliminate insignificant disfunctions when making the inner mechanism of self-regulation more active. At least one closed regulatory contour is formed which by means of the external channels 3 connects a couple of biological zones 2 which, in their turn, are connected by the organism internal meridian. If the necessity arises, such contours may be formed for several couples of zones 2 or even for all of them (Fig. 3). A more powerful influence can be accomplished with the device which contains a source of external energy in at least one external connecting channel (Figs. 2-7). It is used when the organism inner-energy is not sufficient enough for rehabilitating the vegetative nervous system and the energetic balance (for instance, after overworking, injuries, stresses and with chronic disturbances).

Using secondary radiation as a source of external energy greatly increases the effectiveness of the device for contactless influence as it correlates with the nature of processes occuring in the organism proper, as it has already been mentioned. Such a device construction differs by the choice of corresponding sensors, the channels of external connection (waveguides) and the secondary radiation generations proper. These problems are solved, for instance,

in L7 - L9. A radical difference is constructing the source of external energy 3 with at least two anti-phase outlets and connecting these outlets with different sensors of one couple. As has been shown above this anti-phase influence is more effective than a co-phase one. Fig.2 reflects this idea. Technical implementation of anti-phasing is already a wellknown fact.

To improve the device furthermore it is required to make the source of external energy 3 controllable. It is necessary for:

- periodic changing the nature of the influence from an exciting to an inhibiting one thus making the choice of the nature of influence easier and excluding the necessity of preliminary diagnostics (during such an influence selfregulation speeds up);

- introducing the "floating" frequency modulation into the affecting external energy and thus lowering the organism adaptation to the influence, extending the time of effective influence and enlarging the number of self-regulation systems under this influence to the maximum;

- programming the external influence parameters for different couples of sensors and their temporal variations to produce the maximum intense complex influence on the organism in complicated cases. As it has already been stated, constructively, the means for

placing the patient can be manufactured like a mattress (Figs.5, 6). The peculiarity of this construction is that the organism does not suffer from discomfort as a person can choose any position suitable. The device could be placed on any surface (a bed, a sofa, a table, etc.); as its weight does not exceed 2 kilos it can be easily carried from one room into another. It is recommended to employ such a device at home, in clinic, and out-patient practice.

The device can be manufactured like an armchair (fig. 7), thus widening the spere of its employment. Systems of sensors and waveguides are installed, for instance, inside armchairs produced serially. They can be mounted in the enterprises the employees of which exercise stresses (air-traffic control officers, directors and managers, etc.). Special institutions (hospitals, etc.) can also use them, and in this case the armchairs sizes can vary with the patient's sizes; besides, it is easy to regulate the armchairs sizes as well as the nature and the intensity influence.

Lastly, the device may look like clothes, or their items thus making it possible to influence working clothes, environmental suits, waist coats, head-wear and other items of special and everyday clothes.

BETTER EXAMPLES OF DEVICE AND METHOD REALIZATION

1. Automated express-normalizer "MATTRESS" (Figs. 5 and

6) It is a device built into a mattress. Influence is produced by means of superweak nonelectric signals (external energy) which, by their nature, are identical to the radiation from alive organism. The device is constructed in the form of a mattress 1 (a means for placing the organism), inside it reversible sensors 2 are installed in couples 5-11 in places of expected projections of the organism regulatory zones. Each sensor is connected with a controlled source of external energy 4 (the source of secondary radiation) by means of bilaterally conducting channels 3 (they are not shown in Figs.5 and 6). Between the sensors couples 8 and 9, 10 and 11, 11 and 8 it is possible to fold the mattress textile. The device is placed on the medical couch or on some other smooth amortizating surface. The patient lies on it and it is not necessary to undress, it is only required to take off footwear. The patient lies on his/her back comfortably, his/her pose causes no muscular tension. In this case sensor 5-11 positioning (marked with metal rivets on the mattress surface) is to coincide with the projections of corresponding biological zones. Taking into consideration different patients' height the mattress textile can be folded in the places indicated (between the sensors couples 8 and 9, 10 and 11, 11 and 6). External influence by secondary radiation chosen for a given patient is provided by the corresponding intermediate substance form the source of secondary radiation (mineral, homoeopreparation, phytopreparation, etc), which is installed in a special socket in the external energy source 4 (this socket is not shown in Fig.). If it is not necessary to select a medicinal substance, an ampoule with a physiological solution is put into this socket. An influencing signal is transmitted through the systems of sensors 5-11 and waveguides 3 to the couples of principal biological regulatory zones 2. The zones reciprocal signal caused by the influence produced is the means of reverse connection allowing to balance the energenics of the zones couples influenced accounting for the organism condition at the moment of influence. Such reverse connection guarantees from mistakes in diagnostics and in dosage.

The method and the device application does not require preliminary diagnostics. However, the availability of the diagnosis defined m advance and the specialist's consultation allow to choose the optimal mode of influence. Influence duration depends on the organism condition, the disfunction degree and on the nervous system lability.

For prophylactic and sanitary purposes influence is recommended to last for 10 or 15 minutes. If the disfunction degree is more sufficient, a more lasting influence is required to obtain the same relieving effect (15-30 min). During the seance an insignificant heating or stitching in those place where the sensors are positioned can be felt as well as slight somnolency. When these signs disappear it can only mean that it would be appropriate to finish the seance as the patient's organism does net perceive the correcting influence any more. If the patient feels some discomfort, the procedure is to be continued until these feelings disappear completely but not more than for 40 minutes. The character and the location of these feelings present valuable diagnostic information for a physician.

The device could be used for taking down stress and for preventing diseases connected with it (vegeto-vascular , insomnia, ulcer, allergy, hypertension, neuro-dermite); to take down tiredness and to restore the condition of high mobilization; to maintain the organism optimal state and capacity for work; to increase adaptive capabilities of the organism when catching cold or feeling uncomfortable if the weather changes or if reconvalescention after a disease is too prolonged, or after injuries and operations; to eliminate disturbances, i.e. pain symptoms connected with a continuous sitting sedentary work or with a forced position; as one of the elements of complex therapy of chronic diseases.

2. Automated express-normalizer "ARMCHAIR" (Fig. 7).

It is an armchair 1 (a means for placing the organism) into which sensors placed in couples 5, 7-12 are mounted on expected projections of regulatory zones. In the armchair 1 back there are sensors of occiput 7, neck 8 and renal 9 couples, in the armchair-bottom there are sensors of sacral-

10, popliteal 11 and sciatic 12 couples and in the armchair elbow-rest there are sensors of a couple of active zones in hands 5. Sensors are connected by waveguides 3 (they are not shown in Fig.7) with the source of external energy 4 (secondary radiation) with a socket for installing a container with a biologically active substance (not shown in Fig. 7). The use of the device shown in Fig.7 is analogous to that one shown in Fig. 5, the only difference being that the patient sits. For this reason it can be used during the patient's activity, his/her condition being constantly improved.

INDUSTRIAL EMPLOYMENT

Experimental and theoretical proofs presented confirm that the task set has been solved, i.e. the effectiveness of contactless influence on the organism has been increased, the device has been simplified and made much more convenient in employment.

Practical realization of the method and the device are described in Section "Invention Untangling", "Invention Outline", "Variants of Device Realization" and "Better

Examples of Method and Device Realization" in details. As far as the elements of the method and device realization are concerned, they could be produced with the help of other well-known means an addition to those ones which have been mentioned already, for instance:

-a reversible sensor can be constructed in the form of antenna;

- a bilaterally conducting channel can be constructed, in the

form of a waveguide or a light-guide;

-a source of external energy can be constructed in the form of

a generator of corresponding frequencies and a source of secondary radiation can be done in the form of a converter with two anti-phase outlets and a socket for biologically active substances. Thus the method and the device applies are new, non-obvious and industrially usable as they conform to all requirements imposed on the invention.

Claims

INVENTION FORMULA

1. The method of contactless influence on the organism is supposed to influence symmetrical in relation to the organism axis biological regulatoriley (reflex) relevant zones differs from the recognized one in the following: (to increase the effectiveness of processes in the self-regulation systems and to decrease dispersal of inherent radiation in regulatorily relevant zones of the organism by making a more active use of inherent energetic radiation) at least one couple of symmetrically situated regulatorily relevant zones are connected by means of en external bilaterally conductive connection channel, thus forming a closed regulatory contour of corresponding regulatorily organism self-regulation themselves.

2. The method given in p. 1 differs in the following: (to increase the effectiveness of influence and to speed up the self-regulation process) external energy (a signal) is transmitted in at least one regulatory contour; in this case the zones of one couple of symmetrically situated zones are under anti-phase influence.

3. The method given in p. 2 differs in the following: (for further increase of the effectiveness of influence) the energy of secondary radiation is used as external energy.

4. The method given in p. 1, or 2, or 3 differs in the following: (to lower the organism adaptation) the patient is influenced by alternatively exciting and inhibiting signals.

5. The method given in p. 1, or 2, or 3, or 4 differs in the following: the parameters of the external energy signal are efficiently changed.

6. The device of contactless influence on the organism comprises a means for placing an organism with a system of sensors which are installed in couples symmetrically to the organism axis on the expected projections of biological regulatorily (reflex) relevant zones differs in the following: sensors of at least one couple are connected with the external bilaterally conductive channel of connection by, for instance, a waveguide, the sensors being reversible.

7. The device given in p. 6 differs in the following: a source of external energy containing at least two anti-phase outlets which are connected with different sensors of one couple is introduced into at least one external connecting channel.

8. The device given in p. 7, or 8 differs in the following: a source of secondary radiation is used as a source of external energy.

9. The device given in p. 7 or 8 differs in the following: a source of external energy is performed so that it is possible to alternate the parameters of the output signal.

10. The device given in p. 8, or 7, or 8, or 9 differs in the following: (to increase effectiveness of the influence through providing optimal positioning of sensors in accordance with the sizes and the form of the object influenced as well as with the desirable character of influence) the device is performed so that it is possible to actively change the special positioning of sensors on the means for placing the organism.

11. The device given in p. 6, or 7, or 8, or 9, or 10 differs in the following: a means for placing the organism is done in the form of a mattress.

12. The device given in p. 6, or 7, or 8, or 9, or 10 differs in the following: a means for placing the organism is done in the form of an armchair.

13. The device given in p. 6, or 7, or 8, or 9, or 10 differs in the following: a means for placing the organism is done in the form of clothes or items of them.