MAGNETOTHERAPY DEVICE

Abstract: The present invention relates to the medical field, and in particular to impulse magnetotherapy of biological objects. The therapeutic effect is achieved by concurrent subjecting the organism or/and the treated organ (2) of the patient to the acoustic effect. As the acoustic effect there is applied harmonious sounding producing stimulating effect. The magnetic field amplitude is modulated by the acoustic sound.

Description: MAGNETOTHERAPY DEVICE The present invention relates to the medical field, and in particular to magnetotherapy of various diseases and disorders of human and other living beings. The method according to the invention may be applied for therapy and prophylaxis of various diseases and disturbances. The prior art discloses methods for therapeutic treatment of a human organism by means of a magnetic field of HF electromagnetic oscillations producing a thermal effect / " !/. Such methods are commonly used in practice at physiotherapeutic rooms. However as they generally use only the heating effect so in some cases such methods may be counterindicated. The prior art discloses methods of bioacoustic stimulation and music therapy consisting in producing an acoustic effect on the human organism /2/. In the said methods a human organism is subjected to by a harmonious sound effect with the purpose of producing a synchronizing effect. These approaches demonstrate immediate effecting the internal organs whereas timbres of various music instruments have 'certain congeniality to corresponding physiological systems" /p. 23/. The prior art discloses methods of therapy using acoustic vibrations, such as vocal therapy /3/. Acoustic vibrations of certain organs were measured in the course of vocal therapy. It was found out that each organ has its specific "resonance' note which may actuate in it maximum vibration fluctuations. Nevertheless, the said methods are of low effectiveness, since they have no immediate effect on biochemical and metabolic processes in cells and may be generally used for prophylaxis. The prior art discloses methods for magnetotherapy consisting in treating various human organs by means of pulsed or variable LF magnetic filed while the choice of the specific magnet in the form of a catheter, solenoid, etc. is determined by the cured organ /2/. These methods provide local treatment of a specific organ but do not specify characteristics of such treatment. The prior art discloses a magnetotherapy method /1/ for treatment of gynecological diseases wherein a biological object is irradiated by pulse magnetic LF field movable in time and space (on analogy to the travelling wave) being in coincidence with contraction of the cardiac muscle. The apparatus for embodiment of the said method generates packets of pulse magnetic fields at the field generating rate per packet optimally coinciding with the cardiac contraction rate, and being synchronized with the latter, while the value of magnetic induction at each treated point of the biological object varies from 0 up to maximum 40-60 mT sliding down to 0 again, representing thereby one of the most important therapeutic factors. According to the said embodiment a packet of pulse magnetic fields is discretely relocated for a distance corresponding to the interval between field axes within a packet. The prior art also discloses method /2/, similar to the said one, used for treatment of patients suffering from ishemic heart desease which consists in synchronizing the travelling magnetic field to the cardiac cycle. Therapy under such methods generally is carried out in series for certain periods of time which duration is usually specified by a physician. However herewith individual characteristics of an organ and an organism as a whole are not considered during the treatment procedure and thereby the effectiveness of therapeutic treatment is lowered and moreover maximum favorable medical effect is not achieved. According to the invention the magnetotherapy method consists in positioning an electromagnetic inductor close by the treated organ and effecting the said organ during a definite period of time by pulse magnetic field at the definite impulse frequency and impulse amplitude of magnetic field. The method is characterized in that concurrently with magnetotherapy the treated organism or/and organ of a patient is subjected to an acoustic effect. It was found out that simultaneous administration of two therapeutic means- pulse magnetic and acoustic means- along with activation of biochemical processes in the tissue of the treated organ and administration of the synchronizing acoustic effect, rises sharply the effectiveness of therapeutic treatment and allows to cure some diseases incurable particularly by each one of these means. Moreover the acoustic effect may be imposed as on the total organism through listening so as immediately on the treated organ. Besides, this allows to reduce substantially the effective parameter of magnetic filed diminishing thereby probability of side effects due to overdosing and reducing energy consumption during therapeutic treatment. Moreover, in case the acoustic effect is imposed on the total organism, i.e. through the organ of hearing, then the favorable effect on the central nervous system produces additional positive result and reduces the time for rehabilitation of the organ function. Further advantages of the invention are that for the acoustic effect the harmonious sounding is applied, in particular music speech producing the stimulating effect on the function of the treated organ. In accordance with further objects of the invention the impulse amplitude of magnetic field is modulated by an acoustic signal. According to further object of the method under invention the acoustic response of the organ is measured and then the harmonic component of the organ acoustic response frequency is selected as the parameter determining impulse frequency of the magnetic field. In accordance with further objects of the invention the frequency of pulse packets repetition matches the music speech rhythm and the frequency of pulse repetition in a packet matches the harmonic sound spectrum. Therapeutic treatment is administrated at least in two steps, while at the first (preparatory) step the music treatment producing a sedative and relaxing effect is imposed. At the second (therapeutic) step there is applied a music effect stimulating the function of the treated organ. At the final (prophylactic) step there is applied a music effect stimulating the function of the treated organ, whereupon magnetic field effect is gradually reduced up to the full turn-off. In accordance with further objects of the invention concurrently with the magnetic and acoustic effect a treated organ is subjected to the vibrating effect. The frequency of the vibrating effect or/and the frequency of pulse packets repetition matches the low frequency harmonic components of the acoustic effect and the frequency of pulse repetition in a packet matches the high frequency harmonic components of the acoustic effect. The example of an embodiment of the method under invention is illustrated by Figures 1 and 2. Figure 1 is a diagram of therapeutic treatment of prostate. Figure 2 shows shape and parameters of the magnetic signal effect under the invention. EΞxample. In accordance with one embodiment of the method under invention during treatment of virilia diseases and, in particular impotence, the prostate is effected by the pulse magnetic field. The therapeutic magnetic inductor 1 (introduced rectally) is positioned in the rectum so that therapeutic magnetic field is directed to the prostate 2. In the course of therapeutic treatment the organism is subjected to an acoustic effect of a harmonious music sounding by way of listening to a corresponding music melody. At the same time pulse magnetic field is modulated by an acoustic signal while the frequency of pulse packets repetition matches one of the musical rhythms and the frequency of impulse repetition in a packet matches one of the harmonic sound components with allowance for the stimulating effect of the component on a corresponding organ. In order to achieve a more fine adjustment with the organ, an acoustic or electromagetic response of an organ is measured and the magnetic signal is modulated according to the measured response. For this purpose a corresponding detector is placed on the inductor or near the organ. According to one embodiment of the invention the detector measuring the electrical impedance is introduced as a probe through urethra and the signal is registered by the broadband amplifier. The signal format and the amplitude of magnetic effect are shown at Figure 2. It is obvious that the signal format on the Figure 2 looks like the signal format of the musical note "do". In the course of investigations the therapeutic procedure was administrated in three steps. At the first preparatory step magnetotherapy was administrated under general sedative and relaxing effect. At the second step a stimulating and galvanic music was used along with the corresponding modulation of the magnetic field. At the third step the amplitude of the magnetic field was gradually reduced to zero under continued musical effect. On exposure to such effects normalization and mending of the prostate function was observed. In this case the normalizing effect manifested itself afterwards even out of clinic in the absence of the magnetic effect so that a normal erection took place under the music effect, etc. A vibrating effect may be produced in addition to the magnetic and acoustic effect. The spectrum of this effect may occupy the low frequency component of the music effect or the rhythm only. This effect also contributes to the therapeutic action by increasing it. Thus complex and effective magnetic therapeutic treatment provided by the invention without involving any surgical or biochemical intervention allows to obtain results which can not be achieved by separate means while accompanying pharmaceutical preparations may be administrated on doctor's order. Sources of information 1 . Physiotherapy Manual ( edited by V. G. Yasnogorodski) Moscow, Medicine, 1992, p. 13. 2. 2 nd International Conference " Theoretical and clinical aspects of bioresonace and multiresonace therapy. Abstracts and reports. IMRDIZ editor, Moscow, 1996, p.21 -25. 3. 2 nd International Conference " Theoretical and clinical aspects of bioresonace and multiresonace therapy. Abstracts and reports. IMRDIZ editor, Moscow, 1996, p.25-30. 4. Method of pulse magnetotherapy of biological objects and device therefore. RU94009616, A61 N 2/00 5. Method of treatment of patients suffering from chronic ischemic heart decease SU 1537276, A61 N2/00.

Claims: What is claimed is: 1. A method for magnetotherapy consisting of positioning an inductor beside an organ subjected to the therapeutic treatment, exposing the said organ at the certain time period to pulse magnetic field at a predetermined pulse frequency of magnetic field, characterized in that concurrently with the therapeutic treatment the organism or/and the treated organ of a patient is subjected to the acoustic effect. 2. The method according to Claim 1 , characterized in that for an acoustic effect a harmonious sound is applied and, in particular a music sound producing stimulating effect on the functioning of the treated organ 3. The method according to Claim 1 -2 characterized in that the impulse amplitude of the magnetic field is modulated by an acoustic signal. 4. The method according to Claim 1 -3, characterized in that, acoustic re3ponse of an organ is measured upon the magnetic field effect and the harmonious frequency component of the acoustic response of an organ is selected for a parameter determining the frequency of the magnetic field impulses. 5. The method according to Claim 2-3, characterized in that the frequency of pulse packets repetition matches the music sound rhythm and the frequency of ipulse repetition in a packet matches the sound harmonic spectrum. 6. The method according to Claim 2-5, characterized in that therapeutic process is administrated at least in two steps, while at the first (preparatory) step the music effect is applied which produces a sedative and/or relaxing effect. 7. The method according to Claim 6 characterized in that at the second (therapeutic) step a music effect is administrated which produces the effect stimulating functioning of the treated organ. 8. The method according to Claim 2-7 characterized in that the therapeutic process is administrated at least in three steps and at the final (prophylactic) step a music effect is administrated which produces the effect stimulating functioning of the treated organ and the magnetic field effect is gradually reduced up to full turn-off. 9. The method according to Claims 2-8, characterized in that concurrently with the magnetic and acoustic effect the treated organ is subjected to a vibrating effect. 10. The method according to Claim 9, characterized in that the frequency of the vibrating effect or/and the frequency of pulse packets repetition matches the low frequency harmonic components of the acoustic effect and the frequency of pulse repetition in a packet matches the high frequency harmonic components of the acoustic effect.

Inventors: PLETNEV SERGEY VLADIMIROVICH, PLETNEV, SERGEY VLADIMIROVICH
Applicants: PLETNEV SERGEY VLADIMIROVICH, PLETNEV, SERGEY VLADIMIROVICH
Application year: 1997
Main classification: A61N2
IPC codes: A61N2