DE3244582A1

DE3244582A1 - Therapeutic device for the influencing and treatment of biological systems, e.g. individuals, animals, plants and/or water, with magnetic fields, electromagnetic radiation, currents and/or optical radiation

Info

Publication number: DE3244582A1
Application number: DE19823244582
Authority: DE
Inventors: Ludger 5471 Wassenach Mersmann
Original assignee: Individual
Current assignee: Individual
Priority date: 1982-12-02
Filing date: 1982-12-02
Publication date: 1984-12-20

Abstract

The invention describes a medical therapeutic device with which endogenous currents, endogenous electromagnetic vibrations and/or endogenous excitation spectra and/or nuclear magnetic and/or electron magnetic resonance vibrations of the body are scanned by a detector system on the patient to be treated, and these vibrations are then processed via a filter system and a modulation system in such a way that these vibrations and/or currents are applied again to the same patient on whom the vibrations were recorded by means of application devices. The currents or radiation applied for therapeutic purposes can be classified in terms of their biological quality into physiological and pathological radiation components and used separately for therapy, so that there is a therapeutic feedback between therapeutic device and patient. Besides other frequency spectra, the electron or nuclear magnetic resonance spectra of a patient can also be recorded for this purpose. It is also possible for the detector systems to receive and record specific excitation spectra of substances which can then be used for therapy after processing in the therapeutic device; specific emission or excitation spectra of a substance, e.g. a drug, can be selectively received and processed for therapy.

Description

B#sch#ei bung -B # sch # ei bung -

Therapiegerät zur Beeinflussung und Behandlung von biologischen Systemen, wie z.B. Personen, Tieren, Pfanzen und/oder Wasser mit Magnetfeldern tJfld/oder elektromagnetischen Strahlungen und/oder elektrischen Strömen und/oder mit optischen elektromagnetischen Strahlungen.Therapy device for influencing and treating biological systems, such as people, animals, plants and / or water with magnetic fields tJfld / or electromagnetic radiation and / or electrical currents and / or with optical electromagnetic radiation.

Gegenstand der Erfindung ist ein physiklisches Therapiegerät, mit dem solche elektromagnetlschen Strahlungen und/oder Magnetfelder und/oder elektrische Ströme und/oder elektromagnetische Anregungsspektren zur Therapie appliziert werden, die von einem biologischen System mit Hilfe eines Detektorsystems abgegriffen wurden und von dem Therapiegerät aufgearbeitet und nachfolgend wieder auf dasselbe biologische System appliziert werden. Wobei das Therapiegerät die vom biologischen System aufgenommenen Emissionen und/oder Anregungsspektren hinsichtlich der Qualität aufarbeitet und/oder filtert, daß bestimmte Frequenzanteile und/oder bestimmte physiologische Schwingungsanteile und/oder pathologische Schwingungsanteile, die von biologischen Systemen detektiert wurden, selektiv verarbeitet. Nach dieser quantitativen und qualitativen Aufarbeitung der Emissionen eines biologischen Systems werden mit Hilfe von Applikations-Vorrichtungen des Therapiegerätes diese elektrischen Ströme, und/oder elektromagnetischen Strahlungen, und/oder optischen elektromagnetischen Strahlungen und/oder Anregungsspektren wieder auf dasselbe biologische System appliziert, von dem die Emissionen abgenommen wurden. Das Therapiegerät kann hierzu im Frequenzbereich breitbandig gestaltet werden, und/oder mit verschiedenen Frequenzbereichen kombiniert werden, so daß Emissionen im optischen Bereich und/ oder im Hochfrequenzbereich oder im Niederfrequenzbereich und/oder im Geichstrombereich von biologischen Systemen detektiert und nach Aufarbeitung wieder appliziert werden können.The invention relates to a physical therapy device with such electromagnetic radiation and / or magnetic fields and / or electrical Currents and / or electromagnetic excitation spectra are applied for therapy, which were tapped from a biological system with the help of a detector system and processed by the therapy device and subsequently back to the same biological System can be applied. The therapy device being the ones recorded by the biological system Processes emissions and / or excitation spectra in terms of quality and / or filters that certain frequency components and / or certain physiological vibration components and / or pathological vibration components that are detected by biological systems were selectively processed. After this quantitative and qualitative work-up the emissions of a biological system are measured with the help of application devices of the therapy device these electrical currents and / or electromagnetic radiation, and / or optical electromagnetic radiation and / or excitation spectra applied to the same biological system from which the emissions were taken. For this purpose, the therapy device can be designed to be broadband in the frequency range, and / or can be combined with different frequency ranges, so that emissions in the optical Range and / or in the high frequency range or in the low frequency range and / or Detected in the direct current range of biological systems and after processing can be reapplied.

Es sind Therapiegeräte bekannt, die Magnetfelder und/oder elektrische Strömungen oder optische Strahlungen zur Therapie einsetzen. Ferner ist bekannt, daß biologische Systeme eine körpereigene Emissionen abstrahlen, die je nach qualitativem Zustand des 6iologischen Systems, in der Emissionsqualität Unterschiede aufweisen. Es werden zwar solche körpereigenen Strahlungen und/oder Ströme zur Diagnostik detektiert, wie z.B.Therapy devices are known, the magnetic fields and / or electrical Use currents or optical radiation for therapy. It is also known that biological systems emit a body's own emissions, depending on the qualitative State of the biological system in which the emission quality show differences. It is true that the body's own radiations and / or currents are detected for diagnosis, such as.

Elektromyogramm, Elktroenzephalogramm, Kernspin- oder Elektronenspin-Resonanz.Electromyogram, electroencephalogram, nuclear or electron spin resonance.

Nachteil bisheriger physikalischer Therapiegeräte ist, daß die zur Therapie eingesetzten Magnetfelder und/oder elektromagnetischen Strahlungen und/oder Ströme von einem technischen Generator b.z.w technischen Oszillator erzeugt werden und somit körperfremd sind und nicht in der Qualität auf den Patienten abgestimmt waren. Wenn solche köpereigenen Informationen, wie z.B. Elektrokardiogramm-Impulse zur Therapie eingesetzt wurden, so geschah dies in einem psychosomatischen Therapieverfahren, als sogenannte Bio-Feedback-Therapiemethode, nicht aber als eine physikalische Applikation von Magnetfeldern und/oder Strömen und/oder Strahlungen. Auch wurden die bei der Elektronen- oder Kernspin-Resonanzmessung, die zur Diagnostik eingesetzt wird und mittels physikalischer Parameter eine qualitative Resonanzbeurteilung zuläßt, wurde nicht zur Modulation oder zur Aufarbeitung für eine Therapie eingesetzt, derart daß diese Resonanzspektren hinsichtlich ihres physiologischen oder pathologischen Strahlungsanteiles, selektiv nicht zur Therapie bis jetzt eingesetzt wurden.The disadvantage of previous physical therapy devices is that the for Therapy used magnetic fields and / or electromagnetic radiation and / or Currents are generated by a technical generator or technical oscillator and thus are exogenous and not tailored to the patient in terms of quality was. When the body's own information, such as electrocardiogram impulses were used for therapy, this was done in a psychosomatic therapy process, as a so-called bio-feedback therapy method, but not as a physical application of magnetic fields and / or currents and / or radiation. Also at the Electron or nuclear spin resonance measurement that is used for diagnostics and allows a qualitative assessment of the resonance by means of physical parameters not used for modulation or for processing for therapy, such that these resonance spectra are physiological or pathological Radiation component, selectively not used for therapy until now.

Der Erfindung liegt die Aufgabe zugrunde, eine Vorrichtung anzugeben, die diese Nachteile vermeidet.The invention is based on the object of specifying a device which avoids these disadvantages.

Das Therapiegerät nach der Erfindung beruht darauf, daß solche Strahlungen und/oder Ströme zur Therapie appliziert werden, die zuvor von dem zu therapierenden Patienten selbst mittels Detektorsystemen empfangen b.z.w. abgenommen wurden und nach erfolgter elektromagnetischer Aufarbeitung in dem Therapiegerät hinsichtlich einer Selektion nach physiologischen oder pathologischen Strahlungsanteilen aufgearbeitet wurden und anschließend auf denselben Patienten wieder appliziert werden. Dafür kann das Therapiegerät in einem breitbandigen Frequenzspektrum aufgelegt werden. Die körpereigenen Abstrahlungen können passiv oder aktiv vom zu therapierenden biologischen System detektiert werden. Eine passive Detektion wäre z.B. die Abnahme über Hand-Elektroden und/oder im optischen Bereich mittels optischen Linsensystemen und/oder Lichtwellenleitern. Wähnend bei#'einer aktiven Detektierung von-körpeigenen Emissionen das biologische System angeregt wirdzur aktiven Emission von elektromagntischen Strahlungen oder von Frequenzspektren. Um von biologischen Systemen solche aktiven Emissionen detektieren zu können, wird das biologische System in eine erfingungsgemäße Detektions-Vorrichtung eingebaut und mit optischen oder elektromagnetischen Strahlungen oder magnetischen Feldern zur aktiven Emission angeregt wird . Wobei diese Detektor-Vorrichtung an das Therapiegerät angeschlossen wird. Eine solche Detektor-Vorrichtung kann z.b. eine Elektronen- oder Kernspin-Resonanz-Anregungsvorrichtung sein. Ferner eignen sich zur Erzeugung aktiver Emissionen optische Resonatoren, wie z.B. Laserresonatoren, in dem das biologische System in einen optischen Resonator hin# eingebracht wird und mittels optischer oder Hochfrequenz-Anregungsenergie zur aktiven Emission angeregt wird. Die nacherfolgte Detektion dieser Emission und/oder aktiven Emission vom biologischen System erfolgte Aufarbeitung in dem Therapiegerät zu einer applikationsfähigen Strahlung, die hinsichtlich eines pathologischen Schwingungsanteiles und eines physiologischen Schwingungsanteiles in dem Therapiegerät gefiltert wird, wird mittels spezieller Vorrichtungen in dem Therapiegerät zu dieser Applikations-Strahlung aufgearbeitet. Zu diesen Aufarbeitungs-Vorrichtungen gehören z.B. elektronische Filter und/oder optische Filter und/oder Modulatoren und/oder-Multiplikationsschaltungen und/oder optische und/oder Hochfrequenz-Mischer sowie ferner Regelschaltungen und/oder Phasenschieber und/oder Inverter.The therapy device according to the invention is based on the fact that such radiations and / or currents are applied for therapy that were previously applied by the patient to be treated Receive patients themselves by means of detector systems have been removed and after electromagnetic processing in the therapy device with regard to a selection based on physiological or pathological radiation components and then reapplied to the same patient. Therefore the therapy device can be applied in a broadband frequency spectrum. The body's own radiation can be passive or active from the biological to be treated System can be detected. Passive detection would be, for example, acceptance using hand electrodes and / or in the optical area by means of optical lens systems and / or optical waveguides. While with # 'an active detection of the body's own emissions, the biological System is excited to actively emit electromagnetic radiation or of frequency spectra. In order to detect such active emissions from biological systems to be able to, the biological system in a detection device according to the invention built-in and with optical or electromagnetic radiation or magnetic Fields is excited to active emission. Whereby this detector device the therapy device is connected will. Such a detector device can e.g. be an electron or nuclear spin resonance excitation device. Further optical resonators, such as laser resonators, are suitable for generating active emissions in which the biological system is introduced into an optical resonator and excited to active emission by means of optical or high-frequency excitation energy will. The subsequent detection of this emission and / or active emission from the biological System was processed in the therapy device to form an application-capable radiation, those with regard to a pathological vibration component and a physiological one Vibration component is filtered in the therapy device, is by means of special Devices in the therapy device worked up for this application radiation. These processing devices include, for example, electronic filters and / or optical filters and / or modulators and / or multiplication circuits and / or optical and / or high-frequency mixers and also control circuits and / or phase shifters and / or inverter.

Diese Aufarbeitungsvorrichtungen verarbeiten die Emissionen und/oder aktiven Emissionen hinsichtlich qualitativer und/oder quantitativer physikali.These processing devices process the emissions and / or active emissions with regard to qualitative and / or quantitative physical

scher Parameter. Als Beispiel, welche physikalischen parameter der Emission oder aktiven Emission eines biologischen Systems in der Aufarbeitungsvorrichtung hinsichtlich eines physiologischen und/oder pathologischen Emissionsanteile qualitativ mittels eines Filtersystems selektioniert werden sei eine Elektronen- und/oder Kernspin-Resonanz-Detektorvorrichtung genannt.shear parameters. As an example, which physical parameters of the Emission or active emission of a biological system in the processing device qualitatively with regard to a physiological and / or pathological emission component An electron and / or nuclear spin resonance detector device can be selected by means of a filter system called.

Unterschiede des Elektronen- oder Kernspin-Resonanz-Verhaltens in einem biologischen System werden heute in der medizinischen Diagnostik zur Qualitätsbestimmung b.z.w. Krankheitsbestimmung herangezogen, Nach diesen Unterscheidungs- und Bewertungskriterien der Elektronen- b.z,w. Kernspin-Resonanz-Messungen werden in einer Kern- oder Elektronenspln-Resonanz-Meßvorrichtung b.z.w. einer Aufarbeitungsvorrichtung des Therapiegerätes nach diesen Qualitätskriterien selektioniert. Eine solche Selektion kann z.B.Differences in electron or nuclear spin resonance behavior in a biological system are used today in medical diagnostics to determine quality respectively. Disease determination used, according to these differentiation and evaluation criteria the electron b.z, w. Nuclear spin resonance measurements are made in a nuclear or electron spin resonance measuring device respectively. a processing device of the therapy device according to these quality criteria selected. Such a selection can e.g.

unter Verwendung von organischen oder anorganischen Substanzen und/oder körpereigenen Substanzen, wie z.B. Urin-Speichel im Blut, durchgeführt werden, indem diese Substanz mit den elektromagnetischen Schwingungen der Kernspin-Resonanz angeregt werden, so daß diese Substanz als Dämpfung oder als Resonanz-Objekt dienen kann. Neben diese bio-physikalischen Filtermethode können in dieser Kernspin- oder Elektronenspin-Aufarbeitungsvorrichtung auch physikalische b.z.w. elektronische oder optische Frequenz-Filtersysteme eingesetzt werden, die einen bestimmten Frequenzbereich selektiv hindurchlassen. Diese Frequenz-Filter können als elektronische Frequenz-Filter eingesetzt werden, mit einer solchen Filterfrequenz, die diejenigen Frequenzanteile der Elektronen- oder Kernspin-Resonanz herausfiltern, die in der medizinisch-diagnostischen Bewertung als pathologisch befundet werden.using organic or inorganic substances and / or The body's own substances, such as urine-saliva in the blood, can be carried out by this substance is excited with the electromagnetic oscillations of nuclear magnetic resonance so that this substance can serve as a damping or a resonance object. In addition to this bio-physical filter method, this nuclear spin or electron spin processing device also physical resp. electronic or optical frequency filter systems are used that selectively pass a certain frequency range. This frequency filter can be used as an electronic frequency filter be used with such a filter frequency that those frequency components of the electron or Filter out nuclear magnetic resonance, which is used in the medical-diagnostic evaluation are found to be pathological.

Die so vom biologischen System, wie z.B. von einem Patienten gewonnenen Emissionen b,z.w. aktiven Emissionen und anschließend im Therapiegerät aufgearbeiteten physiologischen und pathologischen Strahlungsanteile können über Applikationsvorrichtungen auf denselben Patienten wieder appliziert werden. Als Applikationsvorrichtungen eignen sich je nach verwandtem Frequenzbereich Vorrichtungen im optischen Frequenzbereich, als auch im Mikrowellen-Frequenzbereich, als auch im Niederfrequenzbereich, als auch im Gleichstrombereich. Die zur Applikation eingesetzten und vom Therapiegerät aufgearbeiteten Strahlungen oder Ströme können über zwei verschiedene Arten auf den Patienten appliziert werden, wie z.B. in direkter Applikation oder in indirekter Applikation. Eine direkte wäre z.B. eine Stromapplikation über Kontakt- b.z.w. Hand- oder Punktelektroden, wie z.B. Akkupunktur-Punktelektroden. Eine indirekte Applikation wird mit Hilfe einer zu modulierenden Grundstrahlung oder eines Grundstromes durchgeführt, wobei diese Therapie- oder Grundstrahlung mit der aufgearbeiteten Emission des biolosichen Systems moduliert wird oder in einem Mischer gemischt wird oder in einer Multiplikationsschaltung korreliert b.z.w. multipliziert wird. So kann mit der körpereigenen, aufgearbeiteten Emission ein Magnetfeldtherapiegerät, ein Lasertherapiegerät, ein galvanisches Feinstromtherapiegerät oder auch eine Kernspin- oder Elektronenspin-Anregungsvorrichtung moduliert werden oder es können Frequenz- oder Rauschgeneratoren mit diesen aufgearbeiteten Emissionen moduliert oder gewobbelt werden. Ferner können auch Phasenschieber oder Frequenzfilter moduliert oder gewobbelt werden. Zusätzlich können in diesem Therapiegerät zur Modulation der Applikationsstrahlungen neben den aufgearbeiteten Emissionen oder aufgearbeiteten aktiven Emissionen eines biologischen Systems auch die Emissionen oder angeregten Emissionen einer Substanz eingesetzt werden, die auf ein biologisches System appliziert werden sollen. Wobei diese Applikation einer Substanz immateriel, d.h. über die Anregungsspektren einer Substanz erfolgt. Die aktive oder passive Emission einer Substanz kann auch mittels Detektor-Vorrichtungen oder Aufarbeitungsvorrichtungen, wie diese in dem Therapiegerät eingesetzt werden, angeregt und erzeugt und detektiert werden.Those obtained in this way from the biological system, e.g. from a patient Emissions b, e.g. active emissions and then processed in the therapy device Physiological and pathological radiation components can be applied via application devices can be reapplied to the same patient. As application devices Depending on the frequency range used, devices in the optical frequency range are suitable, as well as in the microwave frequency range, as well as in the low frequency range, as also in the direct current range. The ones used for the application and from the therapy device Recycled radiations or currents can be of two different types applied to the patient, e.g. in direct or indirect application Application. A direct one would be, for example, a power application via contact or Hand- or point electrodes, such as acupuncture point electrodes. An indirect application is carried out with the help of a basic radiation to be modulated or a basic current, whereby this therapy or basic radiation with the processed emission of the biological System is modulated or mixed in a mixer or in a multiplication circuit correlated respectively is multiplied. So can with the body's own, reconditioned Emission a magnet therapy device, a laser therapy device, a galvanic fine current therapy device or a nuclear spin or electron spin excitation device can be modulated or there can be frequency or noise generators with these processed emissions modulated or swept. Phase shifters or frequency filters can also be used modulated or swept. In addition, this therapy device can be used for modulation of the application radiation in addition to the processed emissions or processed active emissions of a biological system also the emissions or excited Emissions of a substance are used that is applied to a biological system should be. Whereby this application of a substance is immaterial, i.e. via the Excitation spectra of a substance takes place. The active or passive emission of a Substance can also be detected by means of detector devices or processing devices, how these are used in the therapy device, stimulated and generated and detected will.

Die Vorteile dieses erfindungsgemäßen Therapiegerätes bestehen insbesondere darin, daß die Therapie mit solchen Strahlungen und/oder Strömen durchgeführt wtrden, die dem zu therapierenden biologischen System nicht körperfremd sind, sondern von dem Patienten selbst stammen. Aufgrund dieser Therapiemaßnahme können bereits wesentliche Stoffwechselvorgänge beeinflußt werden in denen mit sehr spezifischen Frequenzen oder in dem Therapiegerät aufgearbeiteten Strahlungen therapiert wird, so daß in der Dosierung die Totalintensität sehr niedrig gewählt werden kann, weil die zur Therapie eingesetzten Strahlungen oder Ströme über Interferrenzwirkungen auf den Patienten einwirken.The advantages of this therapy device according to the invention exist in particular in that the therapy is carried out with such radiations and / or currents, which are not foreign to the biological system to be treated, but from originate from the patient himself. Due to this therapeutic measure can already be essential Metabolic processes are influenced in those with very specific frequencies or radiation processed in the therapy device is treated so that in the dosage, the total intensity can be selected very low because the for Therapy used radiations or currents via interference effects on the Act on the patient.

Technische Ausführungsbeispiele des erfindungsgemäßen Therapiegerätes werden in den nachfolgenden Zeichnungen und Beschreibungen dargestellt.Technical embodiments of the therapy device according to the invention are shown in the following drawings and descriptions.

Es zeigt: Fig.: 1 Von dem biologischen System (1) werden über Detektorsysteme (2) und der Verbindungsleitung (39) die körpereigenen Emissionen abgenommen und auf Eingangsverstärker (6) geleitet und zu einem Wahl schalter (20) weitergeführt. Ebenfalls an diesem Wahl schalter werden Detektorsysteme zum Empfang der kosmischen Hintergrundstrahlung (9), wie z.B. Antennen, angeschlossen und über Detektoren und Verstärker (7) ebenfalls zu dem Wahischalter (20) geleitet. Ferner sind Detektorsysteme (10, 15, 11) zur Aufnahme von Substanzen, die appliziert werden sollen, an Verstärker (8) angschlossen und ebenfalls mit dem Wahlschalter (20) verbunden. Von diesem Wahl schalter können die verschiedenen Eingänge untereinander in Kombination abgegriffen werden und zur der Aufarbeitungsvorrichtung (23) (620) weitergeleitet werden. Der Ausgang dieser Aufarbeitungsvorrichtungen wird über Modulationsschaltungen (42-53) geleitet und anschließend einem weiteren Wahlschalter (63) zugeleitet. Wobei dieser Wahl schalter mit Eingängen von Multiplikations- und Korrelationsvorrichtungen verbunden ist (66) und dessen Ausgang über Modulationsvorrichtungen (67 72 73) verbunden ist. Wobei der Ausgang (69) zur Applikationvorrichtung (4 3) zur Therapie auf das biologische System (1) geführt wird. Auf die weiteren Eingänge der Multiplikationsschaltungen (66, 84, 85) können Generatoren (2 7 9, 361, 31, 54, geschaltet werden und über die Eingänge 65) den Multiplikationsschaltungen zugeführt werden. Ferner kann die gesamte Anordnung des Therapiegerätes über eine Zeit- und Dosierstörungs-Vorrichtung in Rückkopplung mit Aktivitäten und Emissionen des Patienten in der Dosierung und in der Zeit gesteuert oder geregelt werden. Hierzu wird eine Zeitgeberschaltung (77) eingesetzt oder ein Detektorsystem (78) eingesetzt oder eine Reglerschaltung (59) eingesetzt und eine Steuereinheit (37), wobei diese Steuereinheit sowohl die Verstärker (6, 7, 8) im Verstärkungsgrad steuern und regeln kann. Ferner kann mit dieser Zeit- und Dosierungsvorrichtung die Frequenz von Frequenzgeneratoren (31, 54, 279) gewobbelt werden oder die Modulationsvorrichtungen (42-53) moduliert werden. Ferner können aus den Ausgängen der einzelnen Multiplikationsschaltungen (66, 84, 85) die einzelnen Therapieschwingungen untereinander mit arithmethischen Richtungssschaltungen (83) verabeitet werden, die z.B. addiert werden, und das Summensignal über eine weitere Applikationsvorrichtung (80, 40) dem biologischen System (1) zugeführt werden. It shows: Fig .: 1 Detector systems of the biological system (1) (2) and the connecting line (39) the body's own emissions are removed and routed to the input amplifier (6) and continued to a selector switch (20). Detector systems for receiving the cosmic Background radiation (9), such as antennas, connected and via detectors and Amplifier (7) also passed to the selector switch (20). There are also detector systems (10, 15, 11) for the absorption of substances to be applied to amplifiers (8) connected and also connected to the selector switch (20). From this choice switches can tap the various inputs in combination with one another and are forwarded to the processing device (23) (620). Of the The output of these processing devices is transmitted via modulation circuits (42-53) and then fed to a further selector switch (63). Whereby this one Selector switches connected to inputs of multiplication and correlation devices is (66) and whose output is connected via modulation devices (67 72 73). The output (69) to the application device (4 3) for therapy on the biological System (1) is performed. On the other inputs of the multiplication circuits (66, 84, 85), generators (2, 7, 9, 361, 31, 54, can be switched and over the inputs 65) are fed to the multiplication circuits. Furthermore, the entire arrangement of the therapy device via a time and dosing disruption device in feedback with activities and emissions of the patient in the dosage and controlled in time or regulated. A timer circuit is used for this purpose (77) used or a detector system (78) used or a regulator circuit (59) used and a control unit (37), this control unit both the Amplifier (6, 7, 8) can control and regulate the gain. Furthermore, with the frequency of frequency generators (31, 54, 279) are swept or the modulation devices (42-53) are modulated. Furthermore, from the outputs of the individual multiplication circuits (66, 84, 85) the individual therapy oscillations with one another with arithmetic direction switching (83), which are added, for example, and the sum signal via a further application device (80, 40) are fed to the biological system (1).

Fig.: 2 Ausführungsbeispiel einer Applikationsvorrichtung für Hochfrequenz-Appl i -kationen und für Stromtherapie.Fig .: 2 embodiment of an application device for high frequency appl i -cations and for electricity therapy.

Diese Applikationsvorrichtung wird an das Therapiegerät zur Applikation der in dem Therapiegerät aufgearbeiteten Emissionen eingesetzt.This application device is applied to the therapy device of the emissions processed in the therapy device.

Die von dem Therapiegerät aufgearbeiteten Strahlungen und Ströme, die von einem biologischen System (1) abgenommem werden, werden dieser Applikationsvorrichtung über Modulations- und variable Frequenzfilter zugeführt.The radiations and currents processed by the therapy device, which are removed from a biological system (1) become this application device fed via modulation and variable frequency filters.

Ein Frequenzgenerator (31) und ein Rauschgenerator (54) geben ihre Signale über einen Verstärker (115). Die Ausgänge dieses Verstärkers (109, 110, 111, 112) werden Frequenzfiltern (87-90) zugeführt anschließend Modulationsvorrichtungen (91-94) weitergeleitet und nachfolgend über die Verstärker (95-98) verstärkt und über die Zuleitungen (99-102) auf das biologische System (1) appliziert. Wobei zur Applikation Handelektroden (105, 106) oder Fußelektroden (103, 104) eingesetzt werden können. Ferner können auch Punktelektroden, wie z.B. Akkupunktur-Punktelektroden, eingesetzt werden.A frequency generator (31) and a noise generator (54) give their Signals through an amplifier (115). The outputs of this amplifier (109, 110, 111, 112) frequency filters (87-90) are then fed to modulation devices (91-94) forwarded and subsequently amplified via the amplifier (95-98) and applied to the biological system (1) via the supply lines (99-102). Whereby for Application hand electrodes (105, 106) or foot electrodes (103, 104) can be used can. Furthermore, point electrodes, such as acupuncture point electrodes, can be used.

Ebenso können zur Applikation auch Antennen-Vorrichtungen und/oder Spulen eingesetzt werden. Die variablen Frequenzfilter (87-90) können von dem Therapiegerät moduliert werden und/oder, daß die Modulatoren (91-94) von zu therapierenden Signalen des Therapiegerätes moduliert werden.Antenna devices and / or Coils are used. The variable frequency filters (87-90) can be used by the therapy device are modulated and / or that the modulators (91-94) of signals to be treated of the therapy device can be modulated.

Fig.: 3 Appl i kati onsvorri chtung mit Magnetfeldern.Fig .: 3 application device with magnetic fields.

Diese Magnetfeld-Applikationsvorrichtung wird an das Therapiegerät angeschlossen und kann die in dem Therapiegerät aufgearbeiteten elektromagnetischen Em#issionen eines Patienten (1) dadurch wieder reapplizieren, daß die aufgearbeiteten Emissionen die Magnetfeld-Applikatonsvorrichtung modulieren. Die Ströme zur Erzeugung des Magnetfeldes werden von Frequenzgeneratoren und/oder Wobbelgeneratoren (31, 124) oder von Rauschgeneratoren (54, 128) erzeugt und nachfolgend von Verstärkern (115, 126) verstärkt.This magnetic field application device is attached to the therapy device connected and can the processed in the therapy device electromagnetic Reapply em # issions of a patient (1) in that the The processed emissions modulate the magnetic field applicator. the Currents for generating the magnetic field are generated by frequency generators and / or wobble generators (31, 124) or generated by noise generators (54, 128) and subsequently by amplifiers (115, 126) reinforced.

Die Ausgänge der Verstärker (123, 129) werden an verschiedene Vorrichtungen geführt. Ein Ausgang (123) eines Verstärkers (115) wird über Frequenzfilter (187-90) und anschließenden Modulatoren (91-94) geführt, wobei die Ausgänge dieser Modulatoren an Eingänge (138, 140) von Multiplikationsschaltungen (130-133) bereitet werden. Der Ausgang (129) des weiteren Verstärkers (126) wird an Eingängen (137, 139, 141) von Multiplikationsschaltungen (130-133) über in Reihe geschalteten Phasenschiebern (lT8-120) geführt werden und nach jeweils einem Phasenschieber mit einem Eingang (137, 139, 141) einer Multiplikationsschaltung (130-133) als zweites Signal zur Multiplikation zugeführt wird. Die vom Therapiegerät erzeugten Emissionen können sowohl die Modulations- oder Mischervorrichtungen (91-94) oder an die Multiplikationsschaltungen (130-133) über weitere Eingänge oder Modulationseingänge dieser Multiplikationsschaltungen zugeführt werden. Die Phasenschieber (118, 119, 120) sind in Serie geschaltet und werden von dem Rauschgenerator (125) oder dem Frequenzgenerator (124) angesteuert und am Eingang und Ausgang eines Phasenschiebers werden Multiplikationsschaltungen (130-133) angeschlossen, so daß ein Signal oder ein Frequenz- oder Rauschspektrum phasenverschoben den einzelnen Multiplikationsschaltungen zugeführt werden kann oder den einzelnen Verstärkern (142-145) zugeführt werden kann. Am Ausgang der Multiplikationsschaltungen sind Endverstärker (142-145) angeschlossen, deren Ausgänge mit Magnetfeld-Spulen (152-155) angeschlossen sind. Diese Magnetfeld-Spulen (152-155) sind kreisförmig angeordnet und haben einen Abstand auf einem Kreissegment von 900.The outputs of the amplifiers (123, 129) are sent to various devices guided. An output (123) of an amplifier (115) is fed through a frequency filter (187-90) and subsequent modulators (91-94), the outputs of these modulators to inputs (138, 140) of multiplication circuits (130-133) are prepared. The output (129) of the further amplifier (126) is connected to inputs (137, 139, 141) of multiplication circuits (130-133) via phase shifters connected in series (IT8-120) and after each a phase shifter with an input (137, 139, 141) of a multiplication circuit (130-133) as a second signal for Multiplication is supplied. The emissions generated by the therapy device can both to the modulation or mixer devices (91-94) or to the multiplication circuits (130-133) via further inputs or modulation inputs of these multiplication circuits are fed. The phase shifters (118, 119, 120) are connected in series and are controlled by the noise generator (125) or the frequency generator (124) and at the input and output of a phase shifter there are multiplication circuits (130-133) connected so that a signal or a frequency or noise spectrum can be fed out of phase to the individual multiplication circuits or the individual amplifiers (142-145) can be fed. At the output of the multiplication circuits power amplifiers (142-145) are connected, their outputs with magnetic field coils (152-155) are connected. These magnetic field coils (152-155) are circular and have a distance of 900 on a segment of a circle.

Mit Hilfe dieser Anordnung einer Magnetfeld-Applikationsvorrichtung können zirkulierende Magnetfelder erzeugt und auf den Patienten (l),der sich im Zentrum dieser Spulenanordnung befindet,appliziert werden. Zur Therapie wird der Patient (1) von den zeitlich nacheinander erregten Magnetfeld-Spulen (152-155) mit Magnetfeldern therapiert. Die Magnet-Spulen (152-155) können in einer Ebene einer Zylinderspule segmental angeordnet werden. Aufgrund dieser Anordnung und Ausgestaltung der Magnetfeld-Applikationsvorrichtung können zur Therapie zirkulierende Magnetfelder eingesetzt werden, die in ihrer Zirkulationsfrequenz physiologischen Körperfrequenzen angepaßt werden können, wie z.B. Nervenimpuls-Frequenzen.With the help of this arrangement a magnetic field application device Circulating magnetic fields can be generated and affect the patient (l) who is in the The center of this coil arrangement is to be applied. The Patient (1) by the magnetic field coils (152-155) excited one after the other Treated with magnetic fields. The magnet coils (152-155) can be in one plane Cylinder coil are arranged segmentally. Because of this arrangement and configuration The magnetic field application device can use circulating magnetic fields for therapy are used, the physiological body frequencies in their circulation frequency can be adjusted, such as nerve impulse frequencies.

Fig.: 4 Ausführungsbeispiele für ein erfindungsgemäßes Therapiegerät, auf der Basis einer Elektronen-, Kernspin-Resonanz-Methode.Fig .: 4 exemplary embodiments for a therapy device according to the invention, based on an electron, nuclear spin resonance method.

Bei diesem Therapiegerät befindet sich der Patient (1) in einem therapeutischen Regelsystem, das auf dem Detektor- und Applikations- und Aufarbeitungssystem der Applikationsvorrichtung gebildet wird. Eine Hochfrequenzbrücke, bestehend aus zwei Spulen (206, 208) und den zwei dazu parallel geschalteten komplexen Widerständen (197, 198) und den Dauermagneten (212, 210, 205, 202), dient sowohl zur Anregung b.z.w. Erzeugung der Kern- und Elektronenspin-Resonanz-Spektren als- auch zur Detektion dieser Elektronenz Resonanz-Spektren. Diese Hochfrequenzbrücke wird von einem Hochfrequenz-Generator (172) gespeist. In einer der Spulen wird das biologische System, wie z.b. ein Patient (1), hineingebracht. Die zweite Spule (206) des Hochfrequenz-Brückenzweiges bleibt leer oder wird, wie bei anderen Ausführungsbeispielen, mit zu applizierenden Substanzen gelegt. Die Mittenanzapfung (199, 200) der Brückenanordnung dient zur Detektion der vom OrganismLis eines biologischen Systems abgegebenen Elektronen- b-.z.w. Kernresonanzspektren. Diese Kern- oder Elektronenresonanzspektren werden über die Zuleitungen (196) Verstärkern (195) und Frequenzfiltern (193) als auch Reglersystem (187) Phasenschiebersystem (188) und/oder Invertern (189) zugeführt, anschließend wird dieses so gefilterte und phasenverschobene oder invertierte Signal zur Modukation von Rauschgeneratoren (165) oder Frequenzgeneratoren (163) zugeführt oder zur Modulation von Modulatoren (173) zugeführt. Ebenso kann dieses Signal auch variablen Frequenzfiltern (172) zugeführt werden oder einer Multiplikationsschaltung 1174) über den Eingang (180) zugeführt werden, wobei die Multiplikationsschaltung (174), der Modulator (173) und/oder daß variable Frequenzfilter (172) an den Eingang eines Verstärkers (175) angeschlossen werden kann. Wobei dieser Verstärker Tal75) hochfrequenzmäßig die Brückenschaltung bestehend aus den beiden Spulen und den komplexen Widerständen speist. Die in der Brückenmittenanzapfung abgdeiteten Signale, die die patienten-spezifischen Kern-, Eleletronenspin-Resonanzspektren des Patienten (1) wiedergeben, können mit Frequenzfiltern in verschiedenen Frequenzbereichen selektioniert werden und/oder mit Gleichrichtern gleichgerichtet werden oder mit Amplìtuden-Begrenzern (187) oder Phasçnschiebern (188) oder Invertern (189) derart aufgearbeitet bzew moderiert werden, daß diejenigen Elektronenspin-Resonanz-Spektren unterdrückt b.z.w. durch den Inverter (189) invers tiert werden die in der medizinischen Ciagnostik als pathologisch eingestuft und befundet werden. Während die für einen physiologischen, gesunden Organismus eines Patienten (1) empfangen Elektronen-, Kernspin-Resonanz-Spektren in der Frequenz um Phasenlage nicht verändert werder sondern ledfigM lcS ueber einen Verstärker (175) verstärkt werden. Die als pathclog befundeten Spin-Resonanz-Spektren des Patienten werden invertiert oder mittels Phasenschiebern (188) in ihrer Phasenlage um 1800 gedreht, so daß in der nachfolgenden Applikation dieser Schuinegungsspektren eine Interferrenz entsteht, die die körpereigene pathologische Schwingung über die In/ertierung und der Interferrenz schwächt b.z.w. alllöscht. Ferner können über weitere #etektorsysteme (207), wie z.B. optische systeme, wie z.B. Lichtwellenleiter, oder galvanische Elektroden, oder Akkupunktur-Punktelektroden, köpereigene Signale oder Ströme abgegriffen werden und über ein Verstärkerteil (161) oder Gleichrichter ebenfalls zur Modulation von Rauschgeneratoren (165), Frequenzgeneratoren (163) oder Frequenzfiltern (172), Modulatoren (173) einge-.In this therapy device, the patient (1) is in a therapeutic Control system based on the detector, application and processing system of the Application device is formed. A high frequency bridge consisting of two Coils (206, 208) and the two complex resistors connected in parallel to them (197, 198) and the permanent magnets (212, 210, 205, 202) both serve for excitation respectively. Generation of nuclear and electron spin resonance spectra as well as for detection this electronence resonance spectra. This high frequency bridge is powered by a high frequency generator (172) fed. In one of the coils the biological system, e.g. a patient (1), brought in. The second coil (206) of the high frequency bridge arm remains empty or, as in other exemplary embodiments, with substances to be applied placed. The center tap (199, 200) of the bridge arrangement is used for detection the electrons emitted by the organism of a biological system - z.w. Nuclear magnetic resonance spectra. These nuclear or electron resonance spectra are amplified via the leads (196) (195) and frequency filters (193) as well as control system (187) phase shift system (188) and / or inverters (189), then this is filtered in this way and phase-shifted or inverted signal for modulating noise generators (165) or frequency generators (163) or for modulating modulators (173) supplied. This signal can also be used with variable frequency filters (172) or a multiplication circuit 1174) via the input (180) are supplied, wherein the multiplication circuit (174), the modulator (173) and / or that variable frequency filter (172) at the input of an amplifier (175) can be connected. With this amplifier Tal75) the high frequency Bridge circuit consisting of the two coils and the complex resistors feeds. The signals derived in the bridge center tap, which are patient-specific Nuclear, electron spin resonance spectra of the patient (1) can be reproduced with Frequency filters are selected in different frequency ranges and / or are rectified with rectifiers or with amplitude limiters (187) or Phase shifters (188) or inverters (189) are processed or moderated in such a way that that those electron spin resonance spectra are suppressed b.z.w. through the inverter (189) inversely, they are classified as pathological in medical diagnostics and be assessed. While that for a physiological, healthy organism of a patient (1) receive electron, nuclear spin resonance spectra in the frequency by phase position is not changed but only via a lcS Amplifier (175) are amplified. The spin resonance spectra found to be pathclog of the patient are inverted or in their phase position by means of phase shifters (188) rotated around 1800, so that in the subsequent application of these shoe-tightening spectra an interference arises, which the body's own pathological oscillation over In / ation and the interference weakens respectively. all extinguish. Furthermore, over other #etector systems (207), such as optical systems, such as fiber optic cables, or galvanic electrodes, or acupuncture point electrodes, the body's own signals or currents are tapped and via an amplifier part (161) or rectifier also for modulating noise generators (165), frequency generators (163) or frequency filters (172), modulators (173).

setzt werden.are set.

Diese Therapie-Schaltung ermöglicht es, die bei der Kern-, Elektronenspin-Resonanz-Nessung gewonnenen und medizinisch befundeten Signale entsprechend für den Patienten spezifisch zur Therapie einzusetzen. Ebenso ist es möglich, die im Brückenzweig über die Ableitungen (196) gewonnenen körpereigenen Elektronen- und Kernspin-Resonanz-Spektren anderen Applikationsvorrichtungen zuzuführen, die über die Anschlußleitung (184) angeschlossen werden können. Als solche zusätzliche Applikationsvorrichtungen, die an diese Therapiegerät angeschlossen und die Therapie-Anwendung modulieren können, eignen sich sowohl Magnerfeld-Therapiegeräte, Laser-Therapiegeräte, elektrostatische Therapiegeräte, Feinstrom-Therapiegeräte, Elektro-Akkupunktur-Therapiegeräte, Hochfrequenz-Therapiegeräte, oder bal neologi sche Therapiegeräte, wobei diese verschiedenen Therapiegeräte mit den Elektronen- oder Kernspin-Resonanz-Schwingungen des Patienten nach Aufarbeitung moduliert werden können, so daß die Anwendungsstrahlung, wie z.B. Magnetfelder oder Hochfrequenzfelder mit diesen Frequenzspektren moduliert oder gemischt werden können.This therapy circuit enables the nuclear, electron spin resonance measurement obtained and medically assessed signals accordingly specific for the patient to use for therapy. It is also possible to use the down conductors in the bridge branch (196) the body's own electron and nuclear spin resonance spectra obtained from others Feed application devices that are connected via the connecting line (184) can be. As such, additional application devices attached to this therapy device connected and can modulate the therapy application, both Magnerfeld therapy devices, Laser therapy devices, electrostatic therapy devices, fine current therapy devices, Electro-acupuncture therapy devices, high-frequency therapy devices, or bal neologi therapy devices, whereby these different therapy devices with the electron or magnetic resonance vibrations of the patient can be modulated after work-up can so that the application radiation, such as magnetic fields or high frequency fields can be modulated or mixed with these frequency spectra.

Die in dieser Therapie-Vorrichtung eingesetzte Brücke dient zur Erzeugung und Anregung der körpereigenen Elektronen- und Kernspin-Resonanz-Schwingungen und ist in der Ausführung ähnlich gestaltet wie die in der Physik üblich bekannten Elektronen- und Kernspin-Resonanz-Meßvorrichtungen. The bridge used in this therapy device is used for generation and stimulation of the body's own electron and nuclear spin resonance vibrations and is designed in a similar way to the electron- and nuclear magnetic resonance measuring devices.

Hierzu sind Spulen (206, 208) eingesetzt wo Permagnent-Magnete (202, 205, 212, 210) wo dann im Impulsbetrieb erregte Elektro-Magnete eingesetzt werden, die eine Ausrichtung der Elektonen und Protonen im Organismus des Patienten (1) bewirken. Diese Brückenschaltung wird von Hochfrequenz-Generatoren gespeist.For this purpose, coils (206, 208) are used where permanent magnets (202, 205, 212, 210) where electric magnets excited in pulse mode are used, the alignment of the electrons and protons in the patient's organism (1) cause. This bridge circuit is fed by high-frequency generators.

Fig.: 5 u. 6 Ausführungsbeispiele für die im Therapiegerät eingesetzten Aufarbeitungsvorrichtungen, die eine Filtervorrichtung einbeziehen.Fig .: 5 and 6 exemplary embodiments for those used in the therapy device Reconditioning devices that incorporate a filter device.

Diese Aufarbeitungsvorrichtungen können in das Therapiegerät zur Aufarbeitung der vom Patienten abgegebenen körpereigenen Emissionen eingesetzt werden, um damit physiologische vom pathologischen körpereigenen Emissionsanteilen eines Patienten (1) selektionieren zu können. Diese Aufarbeitungsvorrichtungen können z.B. in das Therapiegerät an die Stelle von Frequenzfiltern gesetzt werden. Wie z.B. in dem Therapiegerät nach Fig.: 4 an die Stelle des Frequenzfilters (193) oder (172) eingesetzt werden. Oder in der Applikationsvorrichtung nach Fig.: 2 und Fig.: 3, die an das Therapiegerät angeschlossen werden, und in diese Applikationsvorrichtung als Filter (87-90) eingesetzt werden können. Ebenso in der Therapievorrichtung nach Fig.: 1 hier als Filtervorrichtung (23) oder für die Aufarbeitungsvorrichtung (620) eingesetzt werden können.These processing devices can be used in the therapy device for processing of the body's own emissions emitted by the patient are used in order to physiological from the pathological endogenous emissions of a patient (1) to be able to select. These processing devices can e.g. Therapy device can be used in place of frequency filters. As e.g. in the Therapy device according to Fig .: 4 used in place of the frequency filter (193) or (172) will. Or in the application device according to Fig .: 2 and Fig .: 3, which are attached to the Therapy device can be connected, and in this application device as a filter (87-90) can be used. Likewise in the therapy device according to Fig .: 1 used here as a filter device (23) or for the processing device (620) can be.

Diese Aufarbeitungsvorrichtungen ermöglichen es, die am Eingang (215) zugeführten körpereigenen Emissionsanteile eines zu therapierenden Patienten (1) hinsichtlich ihrer verschiedenen Frequenzanteile, wie z.B. physiologische Frequenzkomponenten oder pathologische Frequenzspektren, selektionieren zu können und so aufzuarbeiten, daß die separaten pathologischen Frequenzanteile zu der ursprünglichen Emission des Patienten in einer Phasendrehung von 180 zur Interferrenz gebracht werden. Dahingegen bleiben die physiologischen Frequenzanteile in ihrer Phasenbeziehung zu Emission vom Patienten unbeeinflußt und werden nicht invertiert, sonder lediglich moduliert oder verstärkt und gehen so in gleicher Phasenlagen als Applikation zur Therapie auf den Patienten (1) zurück. Diese in der Aufarbeitungsvorrichtung gefilterten selektiven Strahlungsanteile, wie die physiologischen oder pathologischen Strahlungsanteile, stehen am Ausgang (216, 233) zur Applikation in einer Therapievorrichtung oder einer Applikationsvorrichtung zur Verfügung. Als Ausführungsbeispiel einer solchen Aufarbeitungsvorrichtung werden die Schaltungen nach Fig.: 5 u. 6 beschrieben: Die vom Patienten gegriffenen oder gewonnenen körpereigenen Frequenz-Spektren oder Elektronen- und Kernspin-Resonanzen werden dem Eingang (215) zugeführt und anschließend in mehrere Abzweigungen, wie z.B. (218, 236), oder in weiteren Abzweigungen aufgespalten. Eine Abzweigung wird (218) wird an den Eingang eines Filtersystems (219) angeschlossen. Während eine andere Abzweigung (236) der Eingangsleitung (215) weiteren Vorrichtungen, wie Invertern (223) oder Rechnerschaltungen (222, 226), die Additons- oder Subtraktionsoperationen ausführen können, oder nachfolgenden Verstärkern (227-231) zugeführt. Die in der Aufarbeitungsvorrichtung nach Fig.: 5 u. C gezeigten Filtersysteme (219) werden in den technischen Details in den nachfolgenden Beschreibungs- und Ausführungsbeispielen beginnend von Fig.: 7 bis Fig.: 35, näher technisch beschrieben.These processing devices allow the at the entrance (215) the body's own emission components supplied to a patient to be treated (1) with regard to their different frequency components, such as physiological frequency components or pathological frequency spectra, to be able to select and process them in such a way that the separate pathological frequency components to the original emission of the patient can be brought to interference in a phase shift of 180. On the other hand the physiological frequency components remain in their phase relation to emission uninfluenced by the patient and are not inverted, but merely modulated or intensified and so go to therapy in the same phase as an application back to the patient (1). These filtered in the processing device selective radiation components, such as the physiological or pathological radiation components, are available at the output (216, 233) for application in a therapy device or a Application device available. As an embodiment of such a processing device the circuits according to Fig .: 5 and 6 are described: The ones gripped by the patient or obtained body's own frequency spectra or electron and nuclear spin resonances are fed to the input (215) and then in several branches, such as e.g. (218, 236), or split into further branches. A junction will be (218) is connected to the input of a filter system (219). During a other branch (236) of the input line (215) of further devices, such as inverters (223) or computer circuits (222, 226), the addition or subtraction operations can perform, or subsequent amplifiers (227-231) fed. The filter systems (219) shown in the processing device according to Fig .: 5 and C are explained in the technical details in the following description and exemplary embodiments starting from Fig .: 7 to Fig .: 35, described in more detail technically.

Wird die gesamte Emission eines Patienten mit x+y gekennzeichnet und soll darin mit 'Xx4 der physiologische Strahlungsanteil gekennzeichnet werden und mit "y" der pathologische Strahlungsanteil, so kann nach dem Ausführungsbeispiel nach Fig.: 5 diese Emission wie folgt verarbeitet werden: Am Eingang (218) des Filtersystems (219) liegt die gesamte Emission (xy) an, während am Ausgang (220) des Filtersystems (219) selektiv nur der physiologische Emissionsanteil x anliegt und zur weiteren Verarbeitung abgegriffen werden kann. Der gesamte Strahlungsanteil xy in einer weiteren Verzweigung (236) wird über einen Inverter (223) geleitet, so daß am Ausgang (224) des Inverters (223) das invertierte Signal x+y/abgegriffen und zur Weiterverarbeitung herangezogen werden kann. Die arithmethische Rechnerschaltung (222), die mit einem Eingang an den Ausgang des Filters (219) angeschlossen ist und mit einem weiteren Eingang an dem Ausgang (224) des Inverters angeschlossen ist, wird hier als Summierer (222) eingesetzt und bildet aus der Addition von x und x+y/ am Ausgang (225) des Summierers (222) das Summensignal y/ , das nun selektiv allein zur Verfügung steht und den invertierten pathologischen Emissionsanteil eines Patienten darstellt. In einer weiteren Summation mit Hilfe des Summierers (226) wird der physiologische Strahlungsanteil x mit der Einzelkomponente des invertierten pathologischen Strahlunganteils y/ addiert, so daß am Ausgang diese Summierers (226) ein Summensignal, das die Summe aus x und y/ darstellt, abgegriffen werden kann und nachfolgend über einen Verstärker (229) verstärkt werden kann und dem Ausgang (216) der Aufarbeitungsvorrichtung (214) zugeleitet werden kann.Is the total emission of a patient marked with x + y and should be marked with 'Xx4 the physiological radiation component and with "y" the pathological radiation component, then according to the exemplary embodiment According to Fig .: 5 this emission can be processed as follows: At the input (218) of the filter system (219) is the entire emission (xy), while at the output (220) of the filter system (219) selectively only the physiological emission component x is applied and further Processing can be tapped. The total radiation component xy in a further Branch (236) is routed via an inverter (223), so that at the output (224) of the inverter (223) the inverted signal x + y / tapped and for further processing can be used. The arithmetic calculator circuit (222) that starts with a Input is connected to the output of the filter (219) and with another The input connected to the output (224) of the inverter is used here as a summer (222) is used and forms from the addition of x and x + y / at the output (225) of the Summer (222) the sum signal y /, which is now selectively available alone and represents the inverted pathological emission fraction of a patient. In a further summation with the aid of the summer (226) becomes the physiological Radiation component x with the individual component of the inverted pathological radiation component y / added, so that at the output of this summer (226) a sum signal which the sum from x and y / represents, can be tapped and subsequently via an amplifier (229) can be amplified and the output (216) of the processing device (214) can be forwarded.

Weiterhin kann mit dieser Aufarbeitungsvorrichtung (214) nach durchgeführten Rechenoperationen Kombinationen der einzelnen Emissionsanteile, die vom Patienten detektiert wurden, einzeln b.z.w. selektiv oder als Summensignal erzeugt und zum Ausgang (216) geleitet werden. So ist es möglich, allein die physiologische Emissionskomponente x am Ausgang (216) abgreifen zu können.Furthermore, this processing device (214) can be used after Arithmetic operations Combinations of the individual emission fractions, which the patient were detected, individually or generated selectively or as a sum signal and for Output (216) are passed. So it is possible to use only the physiological emission component x at the output (216) to be able to tap.

Ferner daß die invertierte pathologische Strahlungskomponente y/ selektiv abgegriffen werden kann, oder daß eine Gesamtinvertierung der abgegebenen Emission abgegriffen werden kann. Zusätzlich sind weiter Kombinationen unter den einzelnen Strahlungskomponenten möglich. Die einzelnen Strahlungskomponenten x oder y oder y/ können selektiv oder auch in Kombination oder auch in Summation oder auch in Subtraktion allein oder gemeinsam addiert oder verstärkt, wie z.B. mit Hilfe der Verstärker (227-231) oder mit Hilfe der Modulationsvorrichtung (234) moduliert werden.Furthermore, that the inverted pathological radiation component y / selective can be tapped, or that a total inversion of the emitted emission can be tapped. In addition, there are further combinations among the individual Radiation components possible. The individual radiation components x or y or y / can be selective or also in combination or also in summation or also in Subtraction alone or added together or reinforced, e.g. with the help of the amplifier (227-231) or with the help of the modulation device (234) be modulated.

Fig.: 7-35 Ausführungsbeispiele für Filterschaltungen, wie diese in den Aufarbeitungsvorrichtungen (214) nach Fig.: 5 u. 6 eingesetzt werden und dort aus der Gesamtemission xy eines Patienten den physiologischen Emissionsanteil x separat herausfiltern und diesen am Ausgang (220) des Filters (219) zur Weiterverarbeitung zur Verfügung stellen.Fig .: 7-35 exemplary embodiments for filter circuits as these in the processing devices (214) according to Fig .: 5 and 6 are used and there the physiological emission component x from the total emission xy of a patient filter out separately and this at the output (220) of the filter (219) for further processing provide.

Die nachfolgend genannten Ausführungsbeispiele eines solchen Filters sind am Eingang (218) mit der gesamten Emission (x+y), die von einem Patienten detektiert wurde, beaufschlagt worden. Am Ausgang (220) dieser Filter steht dann allein der physiologische Strahlungsanteil x aus der Gesamtemission eines Patiente selektiv zur Weiterverarbeitung zur Verfügung. In diesen Filtern nach Fig.: 7-35 wird die Filterung durch verschiedene physikalische Methoden erreicht und jeweils in den einzelnen Figuren getrennt wiedergegeben.The following exemplary embodiments of such a filter are at the input (218) with the total emission (x + y) detected by a patient has been applied. At the output (220) of this filter there is only the physiological radiation component x from the total emission of a patient selectively available for further processing. In these filters according to Fig .: 7-35 the Filtering achieved through various physical methods and each in the individual figures shown separately.

Fig.: 7-13 Ausführungsbeispiele von Filterschaltungen (219) Die am Eingang (218) hereingeführten gesamten Emissionsanteile x+y eines Patienten werden über einen galvanischen Leiter oder über einen optischen Lichtwellenleiten geleitet und einem Magnetfeld (246, 247) ausgesetzt. Dieses Magnetfeld kann von einem Permanent-Magneten oder durch einen Elektro-Magneten erzeugt werden. Wobei das Magnetfeld statisch als auch pulsierend oder wechselgerichtet sein kann. Dieses Magnetfeld erzeugt zum Zwecke der Filterung ein inhomogenes Magnetfeld, in dem sich der galvanische Leiter (251, 252) oder der optische Lichtwellenleiter befindet. Diese-Leiter können in verschiedenen Anordnungen in dem inhomogenen Magnetfeld (248) eingebracht werden, wie z.B.Fig .: 7-13 exemplary embodiments of filter circuits (219) Entrance (218) introduced total emission components x + y of a patient routed via a galvanic conductor or via an optical fiber-optic cable and exposed to a magnetic field (246, 247). This magnetic field can be generated by a permanent magnet or generated by an electro-magnet. The magnetic field being static as well as pulsating or alternating. This magnetic field generates the Purposes of filtering an inhomogeneous magnetic field in which the galvanic conductor is (251, 252) or the optical fiber is located. This ladder can be in different arrangements in the inhomogeneous magnetic field (248) are introduced, such as.

nach Fig.: 7, eine Leiterverzweigung, die in ihrem Verzweigungspunkt vom inhomogenen Magnetfeld durchflutet wird, oder nach Fig.: 8, daß der Leiter gewendelt, wie z.B. in eine zylinder- oder kegelförmige Spule, oder nach Fig.: 9, zwei gewendelte Spulen, die in Serie geschaltet sind und nebeneinander und parallel ausgerichtet sind und gemeinsam vom inhomogenen Magnetfeld (248) durchflutet werden, oder nach Fig.: 10, daß ein Phasenschieber (249) vor eine Spule (251) vorgeschaltet wird und daß sich die Spule in einem inhomogenen Magnetfeld befindet, oder nach Fig.: 11, daß zwei Spulen, die parallel geschaltet sind und in paralleler Anordnung in einem inhomogenen Magnetfeld eingebracht werden, die beiden Ausgänge der Spulen über eine Summationsschaltung (253) verbunden sind und der Ausgang dieser Summationsschaltung den selektierten physiologischen Emissionsanteil x am Ausgang (222) zur Verfügung stellt. Wobei beide Spulen elektrisch anti-parallel geschaltet sind, oder nach Fig.: 12, zwei Spulen (248, 242), die parallel gesschaltet sind und deren Spulenenden zusammengeschlossen sind und mit dem Eingang (218) verbunden sind und die weiteren Enden gemeinsam an einen Summierer (253) sind der Ausgang (220) des Summierers den selektionierten physiologischen Emissionsanteil x abgreifbar zur Verfügung stellt, oder nach Fig.: 13, eine Kombination aus Phasenschiebern (249, 250) und einer Multiplikationsschaltung (254). Der Eingang (218), an dem die gesamte Emission xy anliegt, verzweigt sich, wovon ein Einschluß zum Eingang eines Phasenschiebers (249) geführt wird und der Ausgang dieses Phasenschiebers mit einer Spule (251) verbunden ist und der Ausgang dieser Spule dem Eingang einer Multiplikationsschaltung (254) verbunden ist. Während die andere Aufzweigung vom Eingang zu einer zweiten Spule (252) geführt wird und der Ausgang dieser zweiten Spule nachfolgend an einen Phasenschieber (250) geführt wird und der Ausgang des Phasenschiebers mit einem Eingang der Multiplikationsschaltung (254) geführt wird, so daß beide Signale korreliert b.z.w. multipliziert werden und am Ausgang (220) des Multiplizierers separat als physiologischer Strahlungsanteil x zur Verfügung steht. Die beiden Spulen (251, 252) befinden sich in einem inhomogenen Magnetfeld.according to Fig .: 7, a ladder junction, which in its branch point is flooded by the inhomogeneous magnetic field, or according to Fig .: 8, that the conductor is coiled, e.g. in a cylindrical or conical coil, or according to Fig .: 9, two coiled ones Coils that are connected in series and aligned next to one another and in parallel and are flooded together by the inhomogeneous magnetic field (248), or after Fig .: 10 that a phase shifter (249) is connected upstream of a coil (251) and that the coil is in an inhomogeneous magnetic field, or after Fig .: 11 that two coils which are connected in parallel and in a parallel arrangement are introduced in an inhomogeneous magnetic field, the two outputs of the coils are connected via a summation circuit (253) and the output of this summation circuit the selected physiological emission component x is available at the output (222) represents. Both coils are electrically connected anti-parallel, or according to Fig .: 12, two coils (248, 242) which are connected in parallel and their coil ends are connected and connected to the input (218) and the other Ends together at a summer (253) are the output (220) of the summer makes selected physiological emission fraction x available in a way that can be tapped, or according to Fig .: 13, a combination of phase shifters (249, 250) and a multiplication circuit (254). The input (218), at which the entire emission xy is present, branches out, of which an inclusion is led to the input of a phase shifter (249) and the The output of this phase shifter is connected to a coil (251) and the output this coil is connected to the input of a multiplication circuit (254). While the other branch is led from the entrance to a second coil (252) and the output of this second coil is subsequently fed to a phase shifter (250) and the output of the phase shifter with an input of the multiplication circuit (254) is carried out so that both signals correlate b.z.w. be multiplied and at the output (220) of the multiplier separately as a physiological radiation component x is available. The two coils (251, 252) are in an inhomogeneous one Magnetic field.

Fig.: 14-17 Ausführungsbeispiele für Filter (214) nach Fig.: 5 u. 6, in der Ausführung mit Induktivitäten.Fig .: 14-17 embodiments for filter (214) according to Fig .: 5 u. 6, in the version with inductors.

Am Eingang (218) des Filters wird die gesamte Emission xy zugeführt und nachfolgend an eine Spule (251) weitergeleitet, wobei diese Spule mit weiteren Spulen zu einer Induktivität verschaltet werden kann, wie z.B.The entire emission xy is fed to the input (218) of the filter and then forwarded to a coil (251), this coil with further Coils can be connected to form an inductance, e.g.

nach Fig.: 14, daß eine zweite Spule (252) als Sekundärspule galvanisch von der Primärspule (251) getrennt ist und über einen Magnetkern (254) induktivitätsmäßig gekoppelt sind, aber galvanisch getrennt sind. Gemeinsam werden diese beiden Spulen von einem inhomogenen Magnetfeld durchflutet. Die Anschlüsse der Sekundärspule können über einen Kurzschlußbügel (267) verbunden werden oder mit einem Ausgang eines Verstärkers (261) oder mit einem Phasenschieber (262) oder mit einem Frequenzfilter (263) oder mit einem Rauschgenerator (610) oder mit einem Frequenzgenerator (611) verbunden werden, oder nach Fig.: 15, daß die Primärspule (251) in Serie geschaltet wird mit einer Sekundärspule (252) und der Ausgang der Sekundärspule den selektionierten Strahlungsanteil x zur Verfügung stellt, wobei gemeinsam beide Spulen von einem inhomogenen Magnetfeld durchflutet werden, und auf einem Ferritträger (254) aufgebracht sind, oder nach Fig.: 16, daß zwei parallel angeordnete Spulen (251, 252) in einem inhomogenen Magnetfeld eingebracht werden und die Spulenausgänge über eine Multiplikationsschaltung (254) verbunden werden und der Ausgang dieser Multiplikationsschaltung einen Phasenschieber (256) variiert, der an den Eingang der zweiten Spule (252) angeschlossen ist. Der Ausgang (220) als Abgriff des physiologischen Schwingungsanteiles x ist am Ausgang der Spule t251) die mit dem Eingang eines weiteren Phasenschiebers (257) verbunden ist, angeschlossen, oder nach Fig.: 17, wenn drei Spulen gemeinsam zu einer Induktivität über einen magnetisch erregbaren Spulenkörper zusammengefaßt und sich dieser Spulenkörper in einem inhomogenen Magnetfeld (248) befindet. Die drei Spulen (251, 255, 252) sind parallel angeordnet. Die äußeren Spulen (251, 252) sind gemeinsam an dem Eingang (218) des Filters angeschlossen. Die beiden Spulenausgänge sind mit dem Eingang eines Differenzverstärkers (258) verbunden, wobei der Ausgang des Differenzverstärkers an eine dritte Spule (255) angeschlossen ist und die dritte Spule sich in Mittenposition zwischen den beiden äußeren Spulen befindet und der Ausgang (220) dieser Spule (255) den Abgriff des physiologischen Strahlungsanteiles x zuläßt. Der Ausgang (220) ist über Widerstände oder Induktivitäten (259, 260) mit den Ausgängen der äußeren Spulen (251, 252) verbunden.according to Fig .: 14 that a second coil (252) as a secondary coil galvanically is separated from the primary coil (251) and in terms of inductivity via a magnetic core (254) are coupled, but are galvanically separated. Together these two coils become flooded with an inhomogeneous magnetic field. The connections of the secondary coil can be connected via a shorting bar (267) or to an output of an amplifier (261) or with a phase shifter (262) or with a frequency filter (263) or with a noise generator (610) or with a frequency generator (611) are connected, or according to Fig .: 15 that the primary coil (251) is connected in series is selected with a secondary coil (252) and the output of the secondary coil Radiation component x makes available, both coils from one joint inhomogeneous magnetic field are flowed through, and applied to a ferrite carrier (254) are, or according to Fig .: 16, that two coils (251, 252) arranged in parallel in one inhomogeneous magnetic field are introduced and the coil outputs via a multiplication circuit (254) and the output of this multiplication circuit is a phase shifter (256), which is connected to the input of the second coil (252). Of the Output (220) as a tap for the physiological vibration component x is at the output of the coil t251) which is connected to the input of a further phase shifter (257) is connected, or according to Fig .: 17, when three coils together form an inductance combined via a magnetically excitable bobbin and this bobbin located in an inhomogeneous magnetic field (248). The three coils (251, 255, 252) are arranged in parallel. The outer coils (251, 252) are common at the entrance (218) of the filter connected. The two coil outputs are with the input a differential amplifier (258), the output of the differential amplifier is connected to a third coil (255) and the third coil is in the middle position between the two outer coils and the output (220) of this coil (255) the tapping of the physiological radiation component x allows. The output (220) is via resistors or inductances (259, 260) to the outputs of the outer coils (251, 252) connected.

Fig.: 18 Ausführungsbeispiel für eine Filtervorrichtung (219) nach Fig.: 5 u. 6 Zwei Spulen (251, 252) sind auf einem Spulenkörper (270), der z.B. als Ferritkern ausgebildet sein kann, hintereinander angeordnet. Am Eingang (218) der Primärspule (251) wird die gesamt Emission (x+y) angelegt, während am Ausgang (220) der gefilterte Emissionsanteil x allein zur Verfügung steht. Die Sekundärspule (252) kann von einem Generator (279) oder von einem Rauschgenerator erregt werden.Fig .: 18 embodiment for a filter device (219) according to Fig .: 5 and 6 Two coils (251, 252) are on a bobbin (270), e.g. can be designed as a ferrite core, arranged one behind the other. At the entrance (218) the total emission (x + y) is applied to the primary coil (251) while at the output (220) the filtered emission fraction x is available on its own. The secondary coil (252) can be excited by a generator (279) or by a noise generator.

Fig.: 19 - 29 Ausführungsbeispiele für Filter (219) entsprechend nach Fig.: 5 u. 6, wie diese in dem Therapiegerät eingebaut werden.Fig .: 19-29 embodiments for filters (219) according to Fig .: 5 and 6, how these are installed in the therapy device.

In diesen Ausführungsbeispielen für Filteranordnungen In der Fig.: 19-29 werden neben physikalischen und elektronischen Bauelementen in dieser Filter vorrichtung noch zusätzlich chemische und/oder organische Substanzen (268) und/oder patienteneigene Schwingungen miteingesetzt, um über Anregungsspektren dieser Substanzen und/oder der Emissionen des Patienten Moderation und/ oder Interferrenzen mit den Gesamtemissionen eines Patienten erreichen zu können. Wobei die organische Substanz (268) in ein Gefäß hineingebracht werden kann oder daß eine flüßige Substanz durch ein Gefäß (271) (Fig.: 20) hindurchgeleitete wird und daß diese Substanzgefäße in elektromagnetische Wechselwirkung treten können mit den elektromagnetischen Emissionen, die vom Patienten abgenommen wurden. Um eine elektromagnetische Wechselwirkung zwischen Substanz und Emission ermöglichen zu können, sind verschiedene Anordnungen möglich, wie z.B.In these exemplary embodiments for filter arrangements In the figure: 19-29 are used in addition to physical and electronic components in this filter device additionally chemical and / or organic substances (268) and / or the patient's own vibrations are used to determine the excitation spectra of these substances and / or the emissions of the patient moderation and / or interference with the To be able to achieve total emissions of a patient. Whereby the organic matter (268) can be placed in a vessel or that a liquid substance can pass through a vessel (271) (Fig .: 20) is passed through and that these substance vessels in electromagnetic interaction can occur with the electromagnetic emissions, which were removed from the patient. To an electromagnetic interaction between To enable substance and emission, different arrangements are possible, such as.

nach Fig.: 19, wo in dem Spulenkörper (269) in einer Aussparung eine Substanz (268) hineingebracht wird und dieserspulenkörper von einer Sekundärspule (251) über Frequenz- oder Rauschgeneratoren erregt wird. Die Primärspule (252) dient zur Moderation und Filterung der Emission. Am Eingang (218) der Spule (252) wird die Emission angelegt und am Ausgang (220) wieder selektioniert abgeriffen. Ferner können nach Fig.: 20, Fig.: 21, Fig.: 22, Flüssigkeiten durch ein Gefäß (271) hindurchgeleitet werden und/oder daß dieses Gefäß (272) nach Fig.: 21 zusätzlich mit Aussparungen zur Aufnahme von weiteren Substanzen (268) ausgeführt sind.according to Fig .: 19, where in the bobbin (269) in a recess a Substance (268) is introduced and this bobbin from a secondary coil (251) is excited by frequency or noise generators. The primary coil (252) is used for moderation and filtering of the emission. At the input (218) of the coil (252) the emission is applied and selected again at the output (220). Further According to Fig .: 20, Fig .: 21, Fig .: 22, liquids can be passed through a vessel (271) and / or that this vessel (272) according to Fig .: 21 also has recesses are designed to accommodate other substances (268).

Ferner können auch mehrere Flüssigkeiten und/oder organische Substanzen in separaten voneinander getrennten Gefäßsystemen geführt werden, wie nach Fig.: 22. Diese Gefäßsysteme können als Spulenkörper dienen, wie ausgeführt nach Fig.: 18> Fig.: 19 oder Fig.: 23.Furthermore, several liquids and / or organic substances can also be used be conducted in separate vascular systems separated from each other, as shown in Fig .: 22. These vascular systems can serve as coil formers, as shown in Fig .: 18> Fig .: 19 or Fig .: 23.

Fig.: 23 Zwei separate Gefäßsysteme (272, 268) in denen organische Substanzen oder laseraktive Stoffen hineingebracht werden können, befinden sich in einem inhomogenen Magnetfeld (248) wobei eine weitere Spule als Sekundärspule (252) von einem Frequenz- oder Rauschgenerator (283) erregt werden kann. Die Primärspule (251) wird mit der Zuführung (220) der gesamten Emission des Patienten verbunden. Während der Ausgang (218) der Primärspule (251) den gefilterten physiologischen Emissionsanteil x zur Verfügung stellt.Fig .: 23 Two separate vascular systems (272, 268) in which organic Substances or laser-active substances can be brought in, are located in an inhomogeneous magnetic field (248) with a further coil as a secondary coil (252) can be excited by a frequency or noise generator (283). The primary coil (251) is with the supply (220) of the entire emission of the patient tied together. During the output (218) of the primary coil (251) the filtered physiological Emission share x provides.

Fig.: 24, Fig.: 25, Fig : 26, Fig.: 27 Spulen (251, 252) werden auf einen ringförmigen Spulenkörper (254) als getrennte Primär- und Sekundärspulen aufgebracht. In den Spulenkörper (290) können noch Aussparungen zur Aufnahme von Substanzen (268) (Fig.: 25, Fig.: 26, Fig.: 27) angebracht werden. Die Sekundärspulen (252) können über Generatoren und/oder Rauschgeneratoren (279) erregt werden, während die Primärspule am Ausgang die selektionierten Strahlungsanteile> wie z.B. den physiologischen Strahlungsanteil, zu Verfügung stellen und am Eingang (218) der Spule die gesamte Emission angeschlossen wird, oder nach Fig.: 27, daß mehrere solcher Spulenvorrichtungen (290, 295) zusammen in einer Brückenschaltung eingesetzt werden.Fig .: 24, Fig .: 25, Fig: 26, Fig .: 27 Coils (251, 252) are opened an annular bobbin (254) applied as separate primary and secondary coils. Recesses for receiving substances (268) can be made in the coil body (290). (Fig .: 25, Fig .: 26, Fig .: 27). The secondary coils (252) can via generators and / or noise generators (279) while the primary coil at the exit the selected radiation components> such as the physiological Radiation component, make available and at the input (218) of the coil the entire Emission is connected, or according to Fig .: 27, that several such coil devices (290, 295) can be used together in a bridge circuit.

Fig.: 27 u. 28 Ausführungsbeispiele für Filteranordnungen (219) nach Fig.: 5 u. 6, in der Ausführung mit Spulen in Brückenschaltung.Fig .: 27 and 28 exemplary embodiments for filter arrangements (219) according to Fig .: 5 and 6, in the version with coils in a bridge circuit.

In einem Brückenzweig bestehend aus zwei in Serie geschalteten Induktivitäten (296, 97) (Fig.: 27) oder zwei Induktivitäten (251, 252) (Fig.: 28) sind in einer Brückenschaltung mit einem parallelen Brückenzweig, bestehend aus komplextn Widerständen (304, 306) gescheltet. Die Brücke wird erregt von Frequenz- oder Rauschgeneratoren (313, 355). Ferner kann die Brücke auch gespeist b.z.w. erregt werden über das verstärkte Signal das im Brückenzweig abgegriffen wird und über einen Verstärker (328) (350) geleitet wird. In diesem Fall wird das eigene Frequenzspektrum elektronisch und/oder optisch aufgegriffen und auf verwendete Substanz zur weiteren Anregung wieder appliziert, nachdem es durch einen Verstärker (315, 328) verstärkt und/oder durch einen Filter (368, 330, 311) und/oder durch einen Phasenschieber (324, 364) verändert wurde und wieder zur Brückenspaltung eingesetzt wird. In der Mittenanzapfung der Brücke wird das Ausgangssignal über die Leitungen (34G, 347) (Fig.: 28) oder über die Leitungen (308, 309) (Fig.; 27) abgegriffen und zur weiteren Verarbeitung an das Therapiegerät weitergeleitet. In einem Brückenzweig, der aus zwei Spulen (252, 251) besteht können gleichzeitig phyiologische Substanzen und pathologische Substanzen in die Gefäße (268, 294) eingebracht werden, so daß im Brückenzweig die Interferrenz beider Anregungsspektren abgegriffen werden kann. Die im Brückenzweig abgegriffenen Frequenz-Spektren können weiterhin auch zur Anregung als auch zur Modulation der Generatoren (350, 355, 328, 329, 330, 313), die die Brücka erregen oder speisen.In a branch of the bridge consisting of two inductors connected in series (296, 97) (Fig .: 27) or two inductors (251, 252) (Fig .: 28) are in one Bridge circuit with a parallel bridge branch, consisting of complex resistors (304, 306) scolded. The bridge is excited by frequency or noise generators (313, 355). Furthermore, the bridge can also be powered. be excited about the amplified Signal that is picked up in the bridge branch and via an amplifier (328) (350) is directed. In this case the own frequency spectrum is electronic and / or optically picked up and reapplied to the substance used for further stimulation, after it is amplified by an amplifier (315, 328) and / or by a filter (368, 330, 311) and / or by a phase shifter (324, 364) and is used again to split the bridge. In the center tap of the bridge the output signal via the lines (34G, 347) (Fig .: 28) or via the lines (308, 309) (Fig .; 27) are picked up and sent to the therapy device for further processing forwarded. In a branch of the bridge, which can consist of two coils (252, 251) at the same time physiological substances and pathological substances in the vessels (268, 294) introduced so that the interference in the bridge branch both excitation spectra can be tapped. The ones tapped in the bridge branch Frequency spectra can also be used to excite as well as to modulate the Generators (350, 355, 328, 329, 330, 313) that excite or feed the Brücka.

Mit dieser Brückenanordnung ist es möglich durch Wahle geeigneter Substanzen (268, 294) oder daß diese Substanzen durch ein biologisches System wie ein Patient (1) ersetzt werden, bestimmte Anregungsspektren selektiv zu gewinnen, während andere Anregungsspektren in Interferrenz unterdrückt werden und somit nicht im Mittel angriff des Brückenzweiges abgegriffen werden können. Der Ausgang des Brückenzweiges kann zusätzlich noch neben der Verstärkung und/oder Gleichrichtung und/oder Filterung noch invertiert werden durch den Inverter (365, 327) oder er kann unverändert zum Ausgang (370, 331) dieser Filteranordnung geleitet werden und vom Therapiegerät aufgenommen und zur Applikation weiter aufgearbeitet, wie z.B. verstärkt und/oder in der Phase verschoben und/oder gefiltert und/oder moduliert werden und dem Patienten nachfolgend appliziert werden. In diese Brückenanordnunge werden die zur Anregung b.z.w. zur Speisung der Brücke elektromagnetischen Schwingungen und/oder Rauschspektren aufgrund der Brückenmittenanzapfung nicht abgegriffen, so daß in der Brückenanzapfung allein die Anregungsinformation des Substanz oder des zu therapierenden biologischen Systems zur Verfügung stehen. Zusätz-1 ich können, wie in nach Fig.: 27 über die Spulenkörper (295, 290) weitere Induktivitäten und/oder Wicklungen und/oder Lichtwellenleiter-Wicklungen (251, 252) aufgewickelt werden wovon Anfang (218) und Ausgang (220) zur Filterung zur Verfügung stehen. Am Eingang (218) dieser Spule (251) wird die gesamte Emission angelegt, während am Ausgang (220) der physiologische und moderierte Anteil separat zur Verfügung steht. With this bridge arrangement it is possible by choosing more suitable Substances (268, 294) or that these substances are carried out by a biological system such as a patient (1) to be replaced, certain excitation spectra to be selectively obtained, while other excitation spectra are suppressed in interference and thus not in the middle attack of the bridge branch can be tapped. The outcome of the Bridge branches can also be used in addition to amplification and / or rectification and / or filtering are still inverted by the inverter (365, 327) or he can be passed unchanged to the output (370, 331) of this filter arrangement and recorded by the therapy device and processed further for application, e.g. amplified and / or shifted in phase and / or filtered and / or modulated and then applied to the patient. In this bridge arrangement will be used for the suggestion or to feed the bridge electromagnetic oscillations and / or noise spectra not tapped due to the bridge center tap, see above that in the bridge tap only the excitation information of the substance or the biological system to be treated are available. In addition-1 I can as in Fig .: 27 via the coil formers (295, 290) further inductances and / or Windings and / or fiber optic windings (251, 252) are wound up of which the beginning (218) and output (220) are available for filtering. At the entrance (218) of this coil (251) all emission is applied while at the output (220) the physiological and moderated parts are available separately.

Fig.: 29 Ausführungsbeispiel einer Filteranordnung, wie diese in Fig.: 5 u. 6 beschrieben wurde.Fig .: 29 embodiment of a filter arrangement like this one in Fig .: 5 and 6 has been described.

Auf einem Spulenkörper (290) befinden sich drei Induktivitäten, von denen die Primärspule (378) von einem Frequenz- oder Rauschgenerator (371) erregt wird und die Sekundärspule über einen Detektor und Gleichrichtersystem (380) Schwingungsanteile aufnimmt, die nach Filterung durch den Filter (388) oder nach Phasenverschiebung durch den Phasenverschieber (387) oder nach Invertierung durch den Inverter (386) oder durch den Begrenzer (385) moderiert und anschließend durch den Verstärker (382) verstärkt und zur Modulation über den Modulator (372) bei der Einspeisung in die Primärspule (378) zur Modulation des Frequenz- und Rauschgenerators (371) eingesetzt werden kann.On a bobbin (290) there are three inductors, from which the primary coil (378) is excited by a frequency or noise generator (371) and the secondary coil has vibration components via a detector and rectifier system (380) receives after filtering through the filter (388) or after phase shift by the phase shifter (387) or after inversion by the inverter (386) or moderated by the limiter (385) and then by the amplifier (382) amplified and for modulation via the modulator (372) when feeding into the Primary coil (378) used to modulate the frequency and noise generator (371) can be.

Eine dritte Spule (251) die zusätzlich noch in ein inhomogenes Magnetfeld (248) hineingebracht werden kann, dient zur Aufnahme, am Eingang (218) der gesamten Emissionen (xy), während am Ausgang (220), der physiologische Strahlungsanteil x separat abgegriffen werden kann.A third coil (251) which is also in an inhomogeneous magnetic field (248) can be brought in, serves to receive, at the entrance (218) of the entire Emissions (xy), while at the output (220), the physiological radiation component x can be tapped separately.

Fig.: 30, 31, 32, 33, 34, 35 Ausführungsbeispiele für Filter, wie diese nach Fig.: 5 u. 6 neu eingesetzt werden.Fig .: 30, 31, 32, 33, 34, 35 exemplary embodiments for filters, such as these according to Fig .: 5 and 6 are re-used.

Die Filtersysteme können ferner mit Multiplikationsschaltungen (404, 3, 94) und oder mit arithmethischen Rechnerschaltungen, wie z.B. Summierer (411, 409, 406) durchgeführt werden. Hierzu wird am Eingang (218) die gesamte Emission (xy) zugeführt und in einer anschließenden Aufarbeitung durch Phasenschieber (392, 413, 440) und durch Summierer (391, 394, 406, 411, 412, 409, 410, 423, 424, 435, 441) und/oder durch variable Frequenfilter (439) und/oder durch Rausch- und/oder Frequenzgeneratoren (425) moderiert und aufgarbeitet werden können.The filter systems can also be equipped with multiplication circuits (404, 3, 94) and / or with arithmetic computer circuits, such as summers (411, 409, 406). For this purpose, the entire emission is at the entrance (218) (xy) and in a subsequent work-up by phase shifter (392, 413, 440) and by summers (391, 394, 406, 411, 412, 409, 410, 423, 424, 435, 441) and / or by variable frequency filters (439) and / or by noise and / or Frequency generators (425) can be moderated and processed.

Fig.: 36, 37, 38, 39> 40, 41, 42; 43 Auführungsbeispiele für Applikationsvorrichtungen, die an das Therapiegerät zur Übertragung der Therapieschwlngungen auf den Patienten, angeschlossen werden können.Fig .: 36, 37, 38, 39> 40, 41, 42; 43 examples for application devices, which are sent to the therapy device to transmit the therapy oscillations to the patient, can be connected.

Es können zur Applikation verschiedene Therapievorrichtungen eingesetzt werden, wie z.B. Magnetfeld-Therapiegeräte, Infrarot-Therapiegeräte, Stromtherapiegeräte und Laser- und Photo-Therapiegeräte und weitere.Various therapy devices can be used for application such as magnetic field therapy devices, infrared therapy devices, current therapy devices and laser and photo therapy devices and others.

Die Magnetfeld-Therapiegeräte können z.B.The magnetic field therapy devices can e.g.

nach Fig.: 37, aus einer Ringspule bestehen, die von einer Spulenwicklung (468) umwickelt ist und der Ring mit einem Luftspalt (466) unterbrochen ist, in den das zu therapierende biologische System (1) hineingebracht wird. Als Stromgenerator zur Erzeugung des Magnetfeldes kann ein Frequenz- oder Rauschgenerator (471) eingesetzte werden. Die Spulenanordnung kann nach Fig: 38, auch derartig eingesetzt werden, daß eine Selenoid-Spule, die als Zylinderspule mit einem Scharnier gelagert sein kann und somit aufklapbar ist, daß zwei Schalen (448, 474) aufgeklappt werden können, um das biolggjsche System (1) während der Therapie aufnehmen zu können. Un das biologische System (1) hineinbringen zu können wird diese Spulanordnung aufgeklappt. Oder nach Fig.: 39 u. 40, können solche Spulanordnungen auch parallel ausgeführt werden, um z.B. auf Akkupunkturpunkten behandeln zu können, indem zwei oder mehrere Finger oder ein Finger in getrennte odetr gemeinsame Zylinderspuleh hineingebracht werden.according to Fig .: 37, consist of a toroidal coil, which consists of a coil winding (468) is wrapped and the ring is interrupted with an air gap (466), in which the biological system (1) to be treated is brought into it. As a power generator A frequency or noise generator (471) can be used to generate the magnetic field will. The coil arrangement according to Fig. 38 can also be used in such a way that a solenoid coil, which is mounted as a solenoid with a hinge can and can therefore be opened so that two shells (448, 474) can be opened, in order to be able to record the biological system (1) during therapy. Un the biological In order to be able to bring in the system (1), this coil arrangement is unfolded. or after Fig .: 39 and 40, such winding arrangements can also be carried out in parallel to e.g. to be able to treat acupuncture points by holding two or more fingers or a finger can be placed in separate or common solenoids.

Fig.: 41, 42, 43 Ausführungsbeispiele für eine Therapievorrichtung auf Magnetfeld-Basis.Fig .: 41, 42, 43 exemplary embodiments for a therapy device based on magnetic fields.

Es können Ringspulenkörper (449, 450) angeordnet werden, daß diese Spulen senkrecht aufeinander stehen und zu einer Seite hin gemeinsam eine Öffnung (455) zeigen und dort zwei oder mehrere Magnetfelder erzeugen, die senkrecht oder im bestimmten Winkel aufeinander stehen, in die das zu therapierende biologische System (1) hineingebracht wird. Diese Magnetspulen (451, 453, 460, 463, 462, 461) können synchron oder asynchron oder zeitlich nacheinander über Phasenschieber-Möglichkeiten, ähnlich wie in Fig.: 3 beschrieben angeschlossen und erregt werden.Annular coil bobbins (449, 450) can be arranged so that these Coils are perpendicular to one another and have an opening together on one side (455) and there generate two or more magnetic fields that are perpendicular or stand on top of each other at a certain angle, in which the biological System (1) is brought into it. These solenoids (451, 453, 460, 463, 462, 461) can be synchronized or asynchronous or sequentially via phase shifter options, be connected and energized similarly as described in Fig .: 3.

Fig. 44, 45, 46, 47> 48, 49 Ausführungsbeispiele für Applikbtionsvorrichtungen mit Lichtwellenleitern.44, 45, 46, 47, 48, 49 exemplary embodiments for application devices with optical fibers.

Die Therapieschwingungen, die auf den Patienten (1) appliziert, können auch im optischen Frequenzbereich eingesetzt werden, wozu die Therapieschwingung mittels optische Systemen, wie z.B. Lichtwellenleitern, appliziert werden können. Diese Lichtwellenleiter (467, 464, 465) können großflächig aZs auch zur punktförmigen Applikation, wie z.B. auf Akkupunkturpunkten konstruiert werden. In diese Lichtwellenleite können zusätzlich Magnetfeldspulen (468) hineingebracht werden und/oder Elektroden wie Kondensatorplatten (470, 471) hineingebracht werden, die sowohl wqe die Spul getrennt erregt werden können von den in dem Therapiegerät aufgearbeiteten Schwingungen. Die gleichzeitige Applikation von optischen Strahlungen und Magnetfeldern ermöglicht eine erweiterte Indikation.The therapy vibrations that are applied to the patient (1) can can also be used in the optical frequency range, including the therapeutic oscillation can be applied using optical systems such as fiber optic cables. These optical waveguides (467, 464, 465) can also be used as point-shaped over a large area Application, such as being constructed on acupuncture points. Into this fiber optic cable Magnetic field coils (468) and / or electrodes can also be introduced how to put in capacitor plates (470, 471), which both wqe the coil can be excited separately from the vibrations processed in the therapy device. The simultaneous application of optical radiation and magnetic fields enables an extended indication.

Fig.: 50-64 Ausführungsbeispiele von Modu1ationssignale#,wie diese zusätzlich eingesetzt werden können, um die Therapieschwingungen zu modulieren.Fig .: 50-64 embodiments of modulation signals # like this one can also be used to modulate the therapy vibrations.

Es können aufgrund des Einsatzes von Multiplikations-Schaltungen entsprechend Fig.: 1-30, verschiedene Kurvenformen mit dieser in der Fig.: 50-64, erzeugt werden, um damit die Therapieschwingung zu modulieren. Es eigen sich zur Modulation b.z.w. zur Multiplikation von mehreren Schwingungen untereinander sowohl Frequenz- als auch Funktions- als auch Rausche-Generatoren. Als auch Rechteck-Generatoren als auch Generatoren, die Schwingungsamplituden nach einem hyperbolischen oder einem E-Kurvenver0auf erzeugen. Die Multiplikation mit Hilfe von Multiplikations-Schaltungen dieser Schwingungen können ebenfalls noch mit weiteren Schwingunge moduliert oder multipliziert werden wie z.B.It can be due to the use of multiplication circuits accordingly Fig .: 1-30, different curve shapes can be generated with this in Fig .: 50-64, in order to modulate the therapy oscillation. It is suitable for modulation or to multiply several oscillations with each other, both frequency and also function and noise generators. as also rectangle generators as well as generators, the oscillation amplitudes according to a hyperbolic or a Generate E-curve run. The multiplication with the help of multiplication circuits these vibrations can also be modulated or with further vibrations are multiplied like e.g.

nach Fig.: 55, wo mehrere Schwingungen, die nach hyperbolischen Kurven oder nach E-Funktionen abklingen oder ansteigen, so daß keine Schwingung sich innerhalb eines gewissen Therapiezyklus wiederholt.according to Fig .: 55, where several oscillations following hyperbolic curves or after E-functions decrease or increase, so that no oscillation is within a certain cycle of therapy repeated.

Claims

Designation therapy device for influencing and treating biological Systems like # e.g.

People, animals, plants and / or water with magnetic fields and / or electromagnetic radiation and / or electrical currents and / or with optical electromagnetic radiation therapy device for influencing and treatment of biological systems (1), such as people, animals, plants, Microorganisms and / or organic and / or inorganic substances and / or from terrestrial districts and / or electrotechnical devices with magnetic fields and / or with electromagnetic radiation and / or electrical currents and / or with optical electromagnetic radiation and / or mechanical vibrations, characterized in that the processed in the therapy device according to the invention electrical currents and / or electromagnetic radiation and / or magnetic fields and / or optical electromagnetic radiation and / or noise radiation and / or Noise currents from the following signal sources individually and / or in combination with the therapy device for processing and application, such as the signal sources, Noise generators (31,1o8,128,165,279,283,313,356,37l, 425,61o, 611) (Fig .: 1,2,3,7,14,18,19,23,24,27,28,29,35) and / or - frequency generators and / or pulse generators (31,33,54,124,163,279,283, 313,355,371,425,611) (Fig .: 1,2,3,14,18,19,23,24,27,28,29,34,35) andloßer detectors (6113,161,318,356, 367,380) (Fig .: 1,4,27,28,29) for recording and / or receiving of the electromagnetic radiation from the object to be treated (1) (Fig.: 1), such as e.g. from the patient, and / or electrical currents, and / or detectors (7, 12, 13, 16, 356) (Fig 1,3,28) for recording and / or for Patentonserrcile (continued to claim 1) receiving electromagnetic radiation from the environment and / or from the cosmos, e.g. as cosmic background noise and / or from biological Systems, e.g. from other people who are not patients and / or from plants, Animals and / or detectors (8,1O, I11l #, 161,356) (Fig .: 1,3,28) for recording or Reception of electromagnetic radiation and / or emissions and / or excitation spectra and / or spontaneous and / or excited radiation and / or laser radiation from organic and / or inorganic substances and / or pharmaceuticals, which by means of their electromagnetic Radiations applied to the patient to be treated with the aid of the therapy device and / or pulsating and / or non-pulsating direct and alternating current sources, and / or from transmission and reception circuits (Fig .: 4), which the patient to be treated stimulate with an application device (208) (FIG. 4) and / or electromagnetically stimulate, so that with the help of the stimulus and receiving circuit (Fig.4) the emission and / or Spectra and / or resonances, such as nuclear magnetic resonances, electron spin resonances, Molecular magnetic resonances and / or other tissue or body resonances and / or excitation spectra and / or spontaneous emissions of the patient concerned recorded, received and is fed to the therapy device for processing for application.

and / or stimulus and receiving circuits (Fig .: 27,28,29), which from an organic and / or inorganic substance and / or a prescribed one Pharmaceutical and / or from other biological systems, such as fresh or processed Plants and / or from other organisms and / or from minerals from these means Stimulation with application devices and / or other stimulation options With the help of the stimulus and receiving circuit (Fig .: 27,28,29) of these then the spontaneous one and / or excited emission and spectra and / or resonances, such as nuclear spin, Electron and / or molecular resonances and / or tissue and / or other electromagnetic and / or mechanical body resonances and / or excitation spectra of the respective Substance or pharmaceuticals taken up, received and the therapy device for processing is supplied with subsequent application.

and / or from other signal sources Patent claims # h # - (Continuation to claim 1) and that this coming from the Siganlquellen electromagnetic Radiations and / or electrical currents and / or optical radiation in the therapy device be worked up with the aid of devices according to the invention and then for treatment can be applied, such as the following devices, among others like - processing device (23,214,620) (Fig .: 1> 5,6), which with the help of the separating filter built into the processing device from the vibrations and / or currents and / or radiations and / or electromagnetic radiations selectively filter out certain radiation components and / or combinations thereof and / or select and / or combine them together so that at the output (216, 233) (Fig. 5, 6) the processing device (Fig .: 1,5,6) these selected radiation components in certain selectable correlation and / or not correlation to that of the electromagnetic Radiation of the object to be treated and / or patient is standing and e.g.

the following radiation and / or biological qualities are optional may have, such as physiologically acting and / or pathologically acting radiation components and / or radiation components in relation to the patient to be treated. Combinations of both radiation components, in such a way that the physiological radiation component (X), the separating filter (219) (Fig .: 5, 6, 7 to 35) can be tapped selectively can, with a pathological radiation component (Y) (Fig .: 5) that is inverted to the inverted pathological radiation component (3) (Fig.:5) with the help of the processing device, can be combined in arithmetic and / or other arithmetic operations are possible with the help of the processing device, such as the sum with the help of a summer (222,226) (Fig .: 5,6) of the physiological radiation component (X) with the pathological inverted radiation component E) to the sum (X + Y) where the physiological radiation component (X) in such a correlation to the subject to be treated The patient is aware that there is positive feedback in the case of the inverted pathological Radiation component rY), on the other hand, the correlation is in negative feedback.

and / odeI - filter devices (87,88,89,9O, 172, 193,263,311,330,352,368,388,446) (Fig .: 2,3,4,14,27,28,29,35), which can be used as a fixed and / or variable Bandpa # - and / or Band stop and / or high and / or low pass filters and / or as notch filters and / or as a multiple band-stop filter, which the processed in certain frequency - and / or filter oscillation characteristics and / or noise filters can also be used can be used.

Patent claim VChe (continued to claim 1) phase shifter (118,119,120, 188,223,257,262,279,324,361,364,387,392,413, 440) (Fig .: 1,3,4,6,14,16,18,27,28,29,30,31,32,33), the continuous and / or fixes the ones to be worked up and / or to be applied Delay radiations in-phase.

and / or multiplication circuits (-42 to 53, 67,72,73, 91 to 94, 173,329,351, 372) (Fig .: 1, 2, 3, 4, 27, 28, 29), in the most varied of designs can multiply two and / or more input variables with one another and / or mix and / or combine according to other arithmetic operations and / or - arithmetic circuits, such as summers (83,222,226,423,424,435,441) (Fig .: 1,5,6,34,35) and / or others Computing circuits that combine two and / or and / or several variables with one another can.

and / or - output amplifiers (95 to 98, 142 to 145,175,227,229,230,231,258,327,328, 350,365,382,373,386,471) (Fig .: 2,3,4,5,6,17,27,28,29,37), which in the gain can be designed fixed and / or variable and / or used as an inverting amplifier (189,365,386) (Fig .: 5,28,29) can be used and / or as differential amplifiers (258) (Fig .: 17) can be used.

and / or - application devices (3,4,103,104,105,106,152,153,154,155,156 212,296,297,251, 252,378,379,448,467,468,448,477,449,450,456,457,458,459) (Fig .: 1,2,3,4,27,28,29,36,37,38,39,40,41,42,43, 44 to 49), the to be applied Therapy radiations and / or currents are transmitted to the patient and / or also to Detection and recording of radiation from biological systems and / or others Objects can be used and / or - metering circuit (12,13,33,32,37,59,77,78,670,671) (Fig.:1), which can be interconnected from the following devices, such as - detector (12i13zur Recording of the actual condition of the patient to be treated in order to get through the therapy Measure the course of therapy in a measurable way and compare it with the setpoint of the controller (671) to be able to set up a closed control loop in a dose-controlled manner, and or Patentanspiüsnë - computer circuit (670) (Fig .: 1) or Process control and regulation device, the therapy plan from a timer (77) is entered as a program and / or by a triogger circuit (59) from is externally modulated, e.g. that the respiratory and / or heart rate and / or the glycolysis concentration o zillation causes certain modulations of the therapy radiation, and / or that a Modulation device (37) is connected to the computer circuit so that during the course of therapy modulations of the therapy radiation according to the program or can be changed according to the measured actual state and thus a certain programmable Therapy plan can be carried out.

and / or - polarization devices that reduce the therapy radiation, with which the patient is treated, polarized in a certain polarization quality, so that the radiation for therapy e.g. - right circular - and / or - right elliptical and / or - left circular and / or - left elliptical and / or - linear and / or - diffuse, that is, can be polarized without polarization and that this polarization can be changed during the course of therapy according to the program.

and / or - other additional devices that are integrated into the therapy device can be used.

The radiation and / or currents used for therapy and / or optical beam

lungs can be narrowly limited by the therapy device and / or in a broadband frequency range with the corresponding in the frequency range dimensioned therapy device are used, the devices used of the therapy device can be dimensioned and used e.g. for the following frequencies can, e.g. in the - ELF and / or VLF range, e.g. from o, ol Hz to 12 Hz, and / or - LF range, such as from 10 Hz to 20,000 Hz, and / or - HF range, e.g. from 15 kHz to 200 MHz, and / or - UHF and / or in the VHF and / or SHF range, e.g. from 0.1 GHz to 200 GHz, or - SHF range, e.g. from 10 GHz to 400 GHz, and / or infrared range up to the ultraviolet range and / the in the visible Range and / or - in the range from 0.01 Hz to 1000 MHz, and / or in the range from o, ool Hz to 400 GHz and / or in the entire optical range, and / or in the solar spectrum range and / or in other frequency ranges Patentax, see section 2) Therapy device according to claim 1, characterized in that the metering circuit and the computer circuit the signal sources and the multiplication circuits and the modulation circuits so in the function, and / or in the on and / or off duration and / or in the Intensity and / or in frequency and / or in pulse shape and / or in oscillation characteristics and / or in the modulation controls and regulates that according to the program of the metering circuit a specific therapy cycle with specific radiations and vibration modulations can be generated and applied for therapy, e.g.

- that at the beginning of the therapy cycle only a weak electromagnetic Interaction with the patient takes place in which the noise generator produces a weak broadband noise radiation, such as in the range of o, ool Hz to 100 GH; and or generated in the optical area and this is applied so that part of the electromagnetic Interactions in the patient changed from the original state and are influenced that the electromagnetic interaction state encountered is dampened and / or deleted so that new interaction processes are therapeutic can be built up by the following applications.

After the noise radiation, which as magnetic field and / or as radiation and / or can be applied as a current, the inverted pathological Radiation component TY), which with the help of the processing device from the entire The vibration spectrum emitted by the patient has been selectively filtered out, can be applied, which can be done in direct application or as a modulation signal for modulating a carrier wave, such as the inverted pathological radiation component rY) is modulated as a modulation signal on a broadband noise radiation and is applied in this way, with the curve progression of these modulated noise oscillations multiplicative with a steeply increasing and after an exponential function (471,472) (Fig.:50) decreasing multiplicative vibration curve composed of individual vibrations can exist.

Subsequently, this therapy initiation phase can be concluded which by the processing device as a physiological radiation component (X) selectively from the entire electromagnetic vibration spectrum of the patient with the help of the separating filter, this physiological portion of the radiation is selectively filtered out Radiation component (X) are applied directly to the patient and / or via a electromagnetic carrier wave and / or an electric current are modulated and applied indirectly to the patient. The carrier wave being a sinus rhythm and / or can have a different waveform.

Claims (continuation to claim 2) as the second level within of the therapy cycle becomes the pathological electromagnetic present in the patient Oscillation with an oscillation that is in negative feedback to the patient, such as that the metering circuit and / or the computer circuit the processing device adjusts so that these selectively from the entire electromagnetic spectrum, that is received by the patient with the help of the detectors, only the path ## t gic radiation component (Y), which then becomes the inverted pathological Radiation component rY) is inverted, and this is applied, either directly and / or indirectly via an electromagnetic carrier wave modulated therewith. Whereby this application can be alternately interrupted by intoxication therapy, so that further magnetizations can take place in the patient. To stimulate and / or to provoke the mode of reaction in the electromagnetic alternating induction process The patient's own electromagnetic radiation can also be selective pathological Radiation component (Y) can be applied in the non-inverted state.

In this second stage the multiplication circuits are next to the inverted pathological radiation components g) and / or in addition to the non-inverted pathological component (Y) as a carrier wave and / or as an oscillation to the multiplicative Generation of certain vibration characteristics, e.g. the following vibrations are supplied, such as digital noise signals generated by a digital stochastic generator (Fig .: 51) and / or pulse peaks modulated onto a sinusoidal oscillation, which e.g. increase after a steep square-wave pulse and decay after an exponential function can. (Fig .: 60,61,63,64) as the third stage within the therapy cycle is after In stages 1 and 2, attenuations or deletions achieved by the pathological patients own electromagnetic emissions are now pre-magnetized by the metering circuit switched on in the patient so that the subsequent build-up therapy is better and greater interaction with the patient is achieved. This bias can be achieved, for example, on a sine and / or right-hand oscillation, those in the ELF and / or in the NF and / or in the HF and or in the SHF area and / or in the other Area can oscillate, a high-frequency oscillation is modulated, which is weak is in the signal strength, e.g. in the pW or in the nW or in the pW or in the mW can, whereby the modulation, e.g. on a sine carrier wave, is only in sections or can be modulated temporarily on the sinusoidal signal. (Fig .: 52, 53, 58,62,63) The noise radiation used for modulation is still in the processing device can be worked up.

Patent claims (continuation of claim 2) as the fourth level within of the therapy cycle, the build-up therapy takes place after the premagnetization, in which with the help of the multiplication circuit, e.g. on a sinusoidal oscillation of the through the processing device selectively filtered out physiological radiation component (X) is modulated, and this radiation component as a modulation signal with interval pauses and / or with modulations that vary in intensity, such that Xass e.g.

increasing and decreasing intensities (485,486,487) (Fig .: 52). With these first therapy vibrations in the fourth stage inverted pathological radiation components that are still weak in intensity can be rx) modulated additively and / or multiplicatively to the carrier oscillation will.

Subsequently, the inverted pathological radiation component is not More used for modulation and is filtered by a low intensity Replaces noise that is broadband and that, for example, in the processing device and / or can be filtered in noise filters.

Only the physiological radiation component is the conclusion of the fourth stage (X) alone and / or as a modulation signal on an ELF and / or NF sinusoidal signal applied modulated.

The fifth stage within the therapy cycle is stabilization therapy carried out in such a way that the metering circuit and the computer circuit alternate controls and switches the processing device on and off in such a way that the non-injected pathological radiation component (Y) alternating with the physiological radiation component (X) is applied, so that thereby an electromagnetic interaction and reactive Confrontation on the part of the patient can take place.

After that, the unfiltered vibration spectrum becomes alternating in intensity of the patient used again for application, (X + Y) as a whole Finally the fifth stage is then presented to the patient by the detectors from the cosmic Background noise and / or electromagnetic environmental signal from the environment of the Patient received radiation applied for therapy, so that thereby the patient Electromagnetically coupled to its environment again and interact with it can.

Patent Anspi ^ 5ctle: 3) Therapy device according to claim 1 and 2, characterized characterized in that by the metering circuit and / or by the computer circuit the amplification levels of the output amplifiers and / or within the therapy cycle the constant multiplication factor with which the in the multiplication circuits Different vibrations to be multiplied are weighted differently and variably can be, depending on the actual state measured by the detectors of the relevant Patients and / or depending on the program preselection and / or depending on the initial state of the Patients can be adjusted and / or variable according to cycle during the therapy a predetermined target value can be adjusted variably and / or that the oscillation curves of the individual oscillation curves and / or oscillation amplitudes and / or the various Vibration types are changed during the therapy cycle, such as the inverted pathological component t7t (506,507,509,512,513, 516,517,519) (Fig. 55) and / or the inverted pathological component tYt (528,529) (Fig.: 56) or (532,533,534,536) (Fig. : 57) is polarized differently than the physiological component (X) (539,505) (Fig. 56) or 538,539) (Fig. 57) or (510,514,515,518,519,520) (Fig .: 55), and that the change in the intensity of the various radiations to be applied and / or Currents and / or magnetic fields during the therapy cycle in their intensity and / or in the polarization and / or in the polarity and / or in the oscillation characteristics can be changed, e.g. that the inverted pathological radiation component TY # (471,496,506,507,529,533,541,542) (Fig .: 50,54,56,57,58) a higher one at the beginning Has intensity and that this may decrease during the therapy cycle. how e.g. decay after an exponential function (473,504,535,504,544) (Fig .: 50,54,56,57,58) can, while e.g. the non-inverted physiological radiation component (x) (530,538,510,15,518,520) (Fig .: 55,56,57) simultaneously and / or in an alternating pulse sequence in intensity increases, e.g. after an exponential function (505) (Fig .: 55,56,57).

4) Therapy device according to claim 1 to 3, characterized in that the selected radiation components can be polarized differently, if they are applied within the therapy cycle, such as, for example, that the inverted pathological radiation component tY) left circular or elliptical polarized and / or that the physiological radiation component is right circular and / or elliptical is polarized and / or that the noise radiation diffuse and / or linear and / or be circularly polarized right and / or left. The radiation components of the physiological and / or pathological components can be polarized differently. < Patenta # spYitch.

5) therapy device according to claim 1 to 4, characterized in that the intensities of the different radiation components applied in the therapy cycle after several curve characteristics linked multiplicatively with the aid of the multiplication circuit that change under computer control during the duration of the therapy can, such as that pulse packets decay after an exponential function and the following The pulse packet decays after a weaker decaying e-function until the pulse packet (521,524,526,527) (Fig. 55) approach each other asymptotically, whereas others can Pulse packages, such as those of the physiological radiation components according to an exponential function increase and after each pulse packet increase in intensity according to an exponential function (510,515,520) (Fig.:55). Phase angle controls, such as.

in the case of a sinusoidal oscillation, and / or that a carrier wave be modulated with various other vibrations (Fig .: 50 to 64), e.g.

with a step curve, with square pulses and / or noise emissions and / or inverted and / or non-inverted pathological radiation components and / or physiological radiation components (X) 6) Therapy device according to claims 1 to 5, characterized in that the output amplifier and / or that the multiplication circuits (66,84,85,130,131,132,133) (Fig.:1,2,3) so inside the therapy device (115) (Fig.1,2,3) controlled so that the application devices (103 to 106, 152 to 155) (Fig. 2,3) successively in time and / or simultaneously and / or with the same oscillation and / or with different vibrations, and / or with a wide noise spectrum from that for each output amplifier (95,96,97,98) (Fig.2) and / or for each multiplication circuit special frequencies are filtered out and these are filtered out by a frequency and pulse generator (31,54,124,125) (Fig .: 2,3) originating vibrations, e.g. from the noise generator (54,125) (Fig. 2,3), to the various inputs of the multiplication circuits and / or the final amplifier can be passed, such as via a filter device (87 to 90) (Fig. 2,3) and / or via modulation devices (91 to 94) (Fig .: 2,3), so that depending on the routing to the various inputs, different Frequencies and / or frequency bands and / or with different modulations are present.

The different and / or the same application devices can the vibrations that are to be applied, also in various on-off pulse modes and / or in intensity and / or in polarization and / or in polarity and / or be modulated in other modulations, such as an encircling Claims heo (Continuation to claim 6) excitation of the application devices is achieved, in which these are shifted one after the other and / or with the help of the modulation devices (91 to 94) (Fig.2,3) can be modulated and / or switched on and off, like e.g. by alternating and / or by overlapping circumferential pulse and / or Modulation operation can be achieved.

7) Therapy device according to claim 1 to 6, characterized in that to generate an alternating and / or overlapping circumferential excitation of the various Application devices, if there are several application devices (152 to 155) (Fig .: 2,3) this with the help of multiplication circuits (130 to 133) (Fig .: 3) can be controlled via the power amplifiers (142 to 145) (Fig .: 3), that the various inputs (138,139) or (140,141) or other inputs of the Multiplication circuits can be controlled differently, such as each the inputs for the multiplication factor (a) (Fig. 3) from a signal source (31,54) (Fig. 3) within the therapy device (115) via filter devices (87 to 90) (Fig. 3), which can perform various filter functions, and / or then via Modulation devices (91 to 94) for different and / or the same modulation the oscillations of the signal sources to the respective inputs (a) of the multiplication circuits can be forwarded. While the inputs for the multiplication factor (b) (Fig. 3) of the multiplication circuits from a wobble frequency, e.g. as a time deflection, via various phase shifters (118 to 120) (Fig .: 3) the inputs (b) the individual multiplication circuits (130 to 133) (Fig.:3) are fed can, so that the individual multiplication circuits, for example, from a wobble stroke frequency each by a certain #asar-shifting factor one after the other and / or overlapping can be controlled via the interposed phase shifters (118 to 120) (Fig. 3) can. As a result, various application devices (152 to 155) can be used each depending on the wobble stroke frequency and / or the phase-shifting factor the variable phase shifter, excitations generated at the application devices such as a certain spatial arrangement, such as a circular one Distribution (156) (FIG. 3), the application devices different two and / or three-dimensional vibration pattern of the vibrations used for the application and / or the signal sources processed in the therapy device, such as cycloid and / or similar to an involute or other waveforms that result in the object to be treated (1) (Fig. 3), such as focused on a patient and / or can be concentrated and / or distributed.

PatentastlprüChew (continuation of claim 7) The application devices can e.g. magnetic fields and / or other electromagnetic radiation and / or Apply currents so that e.g. when controlling the inputs (a) of the multiplication circuits together with a signal oscillation, e.g. one with the patient's own Oscillations can be modulated sinusoidal oscillation, and the inputs (b) of the Multiplication circuits each phase shifted by a factor, such as by 90 degrees, and there will be one on these inputs (b) of the multiplication circuits Wobbelhubfrequenz guided, so arise depending on the intensity and depending on the frequency ratio Vibration patterns resulting from the frequency of the signal source, e.g. star-shaped Pattern, the center of which can be used to concentrate the application, and, or an example of application distribution, can be the signal source waveform be a triangular and / or a sawtooth shape, which with a Woobel stroke frequency, that is applied to the inputs (b) are deviated in time, such as a spiral shape or an impeller oscillation pattern can arise. The magnetic field application can E.g. also with two perpendicular magnetic fields.

8) Therapy device according to claim 1 to? 7, characterized in that the processing device (23,214,620) (Fig. 1, 5,6) from several devices can be composed, which are interconnected, such as - separating filter (219) (Fig .: 5, 6, 7 to 35), which determined from an entire radiation spectrum Being able to select radiation components, e.g. from the electromagnetic radiation of a patient, e.g. in the HF, SHF, and / or in the microwave range and / or in the optical range, certain radiation components, such as the physiological Part of the radiation (X) is filtered out, and / or - amplifiers (227, 229 to 231) (Fig. 5, 6), and / or - amplifiers (223) (Fig. 5, 6) which are connected in an inverting manner and / or - Summers (222,226) (Fig .: 5,6) and / or adders and / or subtractors and / or - other computing circuits, such as multipliers and / or dividers, squarers, Square root, logarithmic and / or differentiator and / or other computing circuits, and / or - switches (232,237,244) (Fig .: 5,6) and / or - further circuits Patenta ## pr ##> # 'e 9) Therapy device according to claim 1 to 8, characterized in that the processing device (23,214,620) (Fig .: 1,5,6) the radiation components selected by the separating filter (219) with the entire radiation spectrum from which the individual selected radiation components are filtered out by the separating filter, in further arithmetic linkage composes and / or changes in such a way that, for example, by adding and subtracting certain radiation components can also be selected, e.g. if at the output (220) of the separating filter (219) (Fig .: 5, 6, 7 to 35) the physiological Radiation component (X) is available, then can by inversion and / or by and / or with difference and sum formation by arithmetic-operational interconnection also e.g. from the entire radiation spectrum (X + Y) selected by the separating filter physiological radiation component (x) subtracted therefrom and then inverted are, so that at the output of the amplifier (230) (Fig.: 5,6) of the processing device the inverted pathological radiation component Z) is available for application stands. Likewise, further individual operation circuits can be used by means of further series operation circuits Radiation components are produced.

10) Therapy device according to claim 1 to 9, characterized in that the separation filter (219) (Fig .: 5, 6, 7 to 35), the alone and separately and / or the can be used in the processing devices (23,214,620) (Fig.:1,5,6), from an entire radiation spectrum, e.g. from radiation and / or from the electrical currents of a patient, depending on the state of health and / or illness the patient's different quantity and / or quality measured and by the detectors (2,207) (Fig .: 1,4) have detectable, certain radiation components selectively filter out, which then at the output (220) (Fig. 5,6, 7 to 35) selectively for further Processing in the processing device and / or in the therapy device available stand, such as that from the total radiation of a patient, such as in the microwave range or in the HF or in the LF or in the optical range, selectively the dhysiological The radiation component (X) is filtered out and / or the pathological radiation component (Y) filters out and / or suppresses, attenuates and / or by adding noise turns off.

The separating filters can be used in various designs, such as.

by magnetic field arrangements and / or by the application of noise and / or Use of filter substances which are influenced electromagnetically, e.g. with noise and / or laser irradiation and / or with noise filter systems and / or with bridge filter systems, Patent application »~ W 11) Therapy device according to claims 1 to 10, characterized in that the separating filters (219) (Fig .: 5,6, 7 to 35) in the version with magnetic field arrangement can be constructed as follows are, e.g.

- That a galvanic conductor and / or an optical fiber itself as a branch (Fig .: 7) and / or as a right and left wound coil (Fig .: 8) in a homogeneous and / or inhomogeneous magnetic field (248) (Fig .: 7,8) can be located.

and / or - that two oppositely wound coils of a galvanic Conductor and / or an optical waveguide in a homogeneous and / or inhomogeneous Magnetic field (248) (Fig. 9) are, the coils connected in series are.

and / or - that the coils with a delay and / or phase shift device (249) (Fig .: 10) are executed; and in a magnetic field (248) (Fig. 10) can be located.

and / or - that the right and / or left wound coils in series (Fig .: 9) and / or paral # el (Fig .: 11,12,13). can be switched and from galvanic Conductors and / or can be made from optical fibers.

When the coils are connected in parallel (Fig .: 11, 12, 13) they can have one have common input (218) and the output of the coils via logic devices can be connected, e.g. via summator (257) (Fig .: 11, 12) and / or via Multiplier (254) (Fig. 13) where at the inputs of the multiplier the through the coils passing vibrations via delay and / or phase shift circuits (249,250) (Fig. 13) multiplied mutually out of phase, or autocorrelated can be so that noise components as uncorrelated and / or with a common signal source as correlated quantities can be multiplied with each other, with different Product results. These coils (251,252) (Fig .: 11,12,13) can be wound in opposite directions (Fig. 12,13) and / or in different taps or feeds, either be connected differently at the cold or hot coil winding end, such as e.g. one coil (251) (Fig .: 11) at the hot end and the second coil (252) (Fig. 11) on the cold end. All and / or individual coils can be joint and / or separate surrounded and / or not surrounded by a homogeneous and / or inhomogeneous magnetic field be.

Patent claims 12) Therapy device according to claims 1 to 11, characterized characterized in that the separating filter (219) (Fig .: 5, 6, 7 to 35) in the execution can be carried out with toroidal cores in the magnetic field as follows, e.g.

- That two galvanically separated coils (251,252) (Fig. 14) and / or that a galvanically connected coil (Fig .: 15 is wound on a toroidal core are in a magnetic field. Whereby the second coil (252) (Fig .: 14) to further Devices such as a noise oscillator and / or phase shifter and / or on a short-circuit connection can be connected.

The input of the separation filter is (218), output (220).

and / or - that the coils with feedback circuits (Fig .: 16,17) operated and connected. Whereby e.g. a feedback at the output of the Multiplier (254) (Fig .: 16) via a modulation and / or variation of the phase act on the variable phase shifter (256) (Fig .: 16) on the coil input (218) can and / or that the feedback via a differential amplifier (258) (Fig .: 17) takes place with its inputs to the ends of the oppositely wound coils (251,252) (Fig. 17) is connected and to the output of the differential amplifier is connected to a coil (255), which is bifilar and / or depending on the center winding is wound half right and / or left hand and on a common Coil carrier is located as the third coil, e.g. on a three-yoke coil core. The outputs of the coils are connected via resistors (259,260) and / or directly. Together and / or separately, these coil # n can be in a homogeneous and / or inhomogeneous Magnetic field are located and / or outside a magnetic field, also outside of the earth's magnetic field are located.

13) Therapy device according to claim 1 to 12, characterized in that that the separating filter (219) (Fig .: 5, 6, 7 to 35) in the version with signal sources and / or oscillators in a magnetic field and / or without a magnetic field constructed as follows such as - that the separating filter consists of two galvanically separated coils (251,252) (Fig .: 14, 18,19,23,24,25,29 #) and that on a coil / ie1; input (218) and the output (220) of the separating filter is located, while at the second, Coil (252) wound in opposite directions and / or in the same direction (Fig .: 14,18,23,24> 25,29) The following devices can be connected, e.g. one and / or one - galvanic or optical short-circuit connection (267) and / or Patent claims (Continuation to claim 13) - Amplifier (261) of the inverting or non-inverting can be switched, and / or - phase shifter (262), which can be variable, and / or - Frequency filter (263) and / or an optical filter in the optical version and / or 1283, 279 - Noise generator (610), which dampens the vibrations and phase transitions or can selectively suppress self-excitations or certain oscillations. Of the Noise generator can be broadband.

and / or - a pulse and / or a function and / or frequency generator (611) (27 #, 283) and / or - further Vorrischtungen and / or - that these devices or devices connected together in combination to the second coil Can be connected together The coils can be in a magnetic field and / or are not in a magnetic field that is homogeneous and / or inhomogeneous can.

14) Therapy device according to claim 1 to 13, characterized in that that the separation filter (219) (Fig.:5,6, 7 to 35) in the version with organic andlor inorganic substances and / or with magnetic fields and / or with signal sources and or oscillators and / or noise generators can be constructed as follows, such as.

- That a substance is put into a coil winding and / or into a bobbin, such as a magnetic material and / or a magnetic one Coil bobbins with cavities and / or bores to accommodate this substance, (268,294) (Fig .: 23.25 to 29), placed in a container and / or added without a container will.

This substance moderates the vibration to be filtered in such a way that thereby selectively suppressing certain radiation components andjor depending on the arrangement be filtered out.

This substance can be stimulated, e.g. by means of intoxication and / or Laser and / or light and / or current and / or magnetic field application.

and / or - that the substance from a frequency generator (283, 279) (Fig .: 23,25,27,28,29) is excited, e.g. via a coil circuit (251,252, 296,297), depending on the use and / or non-use of the separating filter via a different regeneration circuit can be regenerated again, so that the substance again has new possibilities for interaction at the next use of the Patent application (continuation to Claim 14) separation filter can enter and the older effects thereby in the Substance to be deleted.

This can be done by connecting a noise generator (279) (Fig .: 23), which is switched on beforehand when the filter is used again.

and / or by connecting other frequency generators and / or light sources and / or laser light sources.

The entire filter arrangement can be magnetic and / or non-magnetic Spool formers (290,293) (Fig .: 25,26,23,27,29) are introduced.

The coil body can also be made of magnetic materials such as Feritte, and / or made of wood. The substance can also be used directly in a and / or be brought into several coils, the coils made of galvanic conductor material and / or can be made from optical fibers.

The substance and / or the coil arrangement can be with and / or without a magnetic field can be used, e.g. with a homogeneous and / or inhomogeneous permanent and / or impulse magnets (246,247) The coil windings of the separating filter coil ((251) can e.g. be wound right-handed while the other coil, e.g. the quenching coil (252) (Fig .: 19,23,25,26,27,29) can be wound left-handed.

The coil body can also be hollow to accommodate other substances, such as water, in which the gas vessel contains the substance of the separating filter can be.

As a substance for use in the separating filter, as a filter substance, can be used, e.g.

- chlorophyll and its derivatives and / or - blood, and / or - hemoglobin and / or - Vitamin B 12, and / or its derivatives and / or - Cytochromes and / or - Fiavonides and / or substances which have a porphyrin ring complex and / or - Laser-active substances that are used in an optical and / or microwave technology Resonator brought in and excited there to laser activity, and / or - Blood and / or hemoglobin in an optical and / or other resonator and / or in a laser oscillator for spontaneous and / or induced and / or for laser activity is excited and / or - thin gold leaf foils through which the beam to be filtered and / or the optical beam to be filtered passes through and / or - other substances and / or arrangements.

Patent claims ~ 15) Therapy device according to claim 1 to 14, characterized characterized in that the separating filter (219) (Fig .: 5, 6, 7 to 35) in the execution can also be constructed in a bridge circuit with an excitation circuit, such as.

- that two identical bobbins (251,252,290,295) (Fig .: 27,28) with an oscillation, e.g. from a broadband noise generator (313,355) (Fig .: 27,28), acted upon and excited and that these coils within a Wheatstone bridge circuit by connecting the two coil windings in series form a bridge branch, while the second bridge branch through the complex and / or Ohmic resistances R1, R2, (304,306) (Fig .: 27,28) is formed.

The bridge is fed or excited via the noise generator (355,313) and / or by another signal source, and / or by the detected electromagnetic Vibrations that are picked up by the patient, which are also used for this purpose, for example can be that they can modulate the Rauchsch generator with it. The bridge is at very weak intensities of the frequency generator and / or the noise generator adjusted to zero with the help of the resistors. In both coil windings the substance that is suitable for the separation filter is brought into it. The one to be filtered Electromagnetic oscillation is fed in via input (218) of coil (251), for example and filtered off again at the output (220).

After zeroing the bridge, the intensity of the Frequency generator increased in small steps until self-excitation and / or until an oscillation and / or until a damping sets in, which e.g.

takes place by exposure to smoke. The vibrations of the frequency generator are not present in the difference between the two bridge branches because it is canceled out here. A bridge imbalance is now only caused by the action of the Vibration to be filtered interacting with the substance of the separating filter and the applied vibrations of the frequency and / or noise generator and is moderated in such a way that these vibrations to be filtered are changed, and selectively filter out and / or attenuate certain radiation components and / or suppress noise.

The difference signals can then be sent from the bridge branch to a detector (310,367) (Fig .: 27,28) and / or then a filter (311,368) and / or a Phase shifter (364,324) and / or an inverter (365) 327) and / or a control circuit (322,362) are supplied, which then subsequently - for self-excitation of the entire Bridge circuit can be used, such as having the detector (310,367) on the inverting amplifier (327,365) is connected, which is then connected via the switch (315,321, 361,359) with the input for feeding the frequency to the bridge Patent to # iriicPIC- (continued to claim 15) circuit is connected. and / or that the from the difference of Bridge circuit detected vibrations recorded by the detector (310,367) are inverted as modulation signals and / or not inverted on the frequency and / or noise oscillations of the frequency generator and / or the noise generator, which excite the bridge circuit, is modulated, so that there is a feedback can take place in positive feedback and / or in negative feedback and / or that from the Difference between the branches of the bridge, detected vibrations and / or electrical currents overall as a detector for electromagnetic vibrations to be applied Pharmaceuticals are introduced, these vibrations via the connection (331,370) to the inputs (8,16,19,24,630) (Fig.:1) of the therapy device are connected and so can be applied to the patient.

Likewise, instead of the substance, the patient to be treated can be in such a coil are introduced and thereby its body's own vibrations can be removed via the bridge circuit and reapplied. (Fig .: 4). Here the bridge circuit works at the same time as an application device1jm20 ## cooperate with the therapy device (174) and / or at the same time as a detector for the body's own Vibrations, which are then under excitation and excitation eliminated in the difference of the two bridge branches from the detector (195) (Fig.:4) picked up and forwarded can be.

At the same time as being perpendicular to the applied magnetic field further magnetic field (209) (FIG. 4) of the magnets (210, 212) (FIG. 4) can electron and diodes Nuclear magnetic resonance for therapy in the patient are stimulated and! or with help of the detector (195) can be detected. That perpendicular to the applied magnetic field standing magnetic field (209) can be static and / or with a certain degree of modulation pulsating magnetic field with homogeneous and / or with inhomogeneous magnetic field used will.

Patentansprffchot s 16) Therapy device according to claim 1 to 15, characterized characterized in that the separating filter (219) (Fig .: 5,6,7 to 35) also has a version with R; noise suppression circuits (Fig .: 30 to 35) can be used, where the oscillation to be filtered fed in at the input (218) via the circuit of the Separation filter for noise suppression runs through and - changed according to the circuit # the filtered radiation component is available at the output (220), such as the physiological radiation component (X) and / or another radiation component, such as the pathological radiation component (Y), with a different processing inside the separation filter.

The separating filter in the form of noise suppression can e.g. can be constructed as follows, e.g.

- That the input signal from the input (218) is divided into two branches (Fig .: 30,31,32) and a branch via a variable phase shifter (392) (Fig .: 30,31,32) and after the phase shifter with the other, unchanged second branch either via an adder (391) and / or a subtractor (391) and / or are brought together again via a multiplication circuit (394) and can be tapped at the output (220). Another variant results, that after the phase shifter (392) (Fig .: 32) there is a multiplication circuit, which multiplies the phase-shifted signal by a factor and then with the aid of the adder and / or the subtracter (406) (FIG. 32) summed up and / or subtracted with the unchanged and / or also changed signal from the second branch and at the output (220) is available.

and / or - that the input signal to be filtered (218) (Fig .: 33) is uniform is branched and each branch is split again and one branch of it is guided via a phase shifter (392, 413) (Fig. 33), then with the input signal is summed in the summer (391) and subtracted in the subtracter (412) (from Input signal, the phase-shifted signal is subtracted) and then the Summers (411, 410) and subtracts (409) (Fig .: 33) fed so that at the output (220) the filtered signal can be tapped. About the multiple interference posture with the help of the phase shifter and / or the summer and / or subtracter it is possible to eliminate correlated from uncorrelated radiation components, such as .B. the superimposed stochastic noise, as opposed to the correlated noise Noise of an ordered biological system in a healthy state. This noise reduction circuit can also be constructed in the same way for the optical sector, if it is functionally appropriate optical parts and components are used.

Patent claimP (continuation to claim 16) and / or - that the to filtering input signal (218) (Fig.34,35) is superimposed and / or mixed with an oscillation of a local oscillator (425) (Fig .: 34,35) with both signals above a mixer (428) and / or a summer (428) combined and / or superimposed can be and from the subsequent intermediate signal via an adder (423) (Fig .: 34,35) and then added with a subtracter (424) (Fig .: 34) is subtracted from the output signal and / or via an adder (435) (Fig .: 35) is summed up, via a feedback branch (445) (Fig .: 35) between output (220) and summation input of the adder (435) in negative feedback and / or positive feedback is connected. From this summer (435) the sum signal is passed through a filter (439) and via a subtracter (441) with the phase-shifted (440) Local oscillator signal (442) subtracted.

The filtered signal is available at the output (220).

17) Therapy device according to claim 1 to 16, characterized in that that on the therapy device for application, inter alia, the following application devices can be connected, such as fiber optic cables, which can be connected by means of cylindrical large rods made of optically transparent material can be connected to one another, and / or magnetic field coils and / or mechanical piezo oscillators and / or laser diodes and / or light sources and / or capacitor electrodes for electrical field applications and / or galvanic hand and / or foot electrodes and / or magnetic field applications in combination with other magnetic fields to influence the spin, such as electron and / # z: e-r nuclear and / or molecular spin resonance and / or magnetic field an-1ication with Retention of the coils and / or by means of magnetic field coils, which are in a carrier, if the light waveguides are introduced, which e.g. are introduced intravascularly into the patient can evaluate. and / or other applications.

18) Therapy device according to claim 1 to 17, characterized in that The application devices for the magnetic field4: Application in the following versions can be used, such as - that the coil winding by one and aider several ring-shaped bobbins (Fig .: 37,41,42) can be wound that are not closed are, so that the patient in the interruption of the ring and / or oval bobbin can go into it (Fig .: 37), creating a concentration Yatent claims (Continuation to claim 18) of the magnetic field on the patient is achieved.

and / or - that the coil winding by several perpendicular to each other standing bobbins can be wound (Fig .: 41,42,43), with the bobbin ring-shaped (Fig .: 41) and / or oval (Fig .: 42) and / or rod-shaped (Fig .: 43) could be. The ring-shaped and / or oval bobbins (Fig .: 41, 42) are not closed, but have an air gap interruption for placing the patient, such as the trunk and / or the finger and / or other objects to be treated.

The windings (451,453,461,462,463,460) (Fig .: 41,42,43) on the Coil bobbins can be connected together and / or separated and also separated be excited, e.g. by several multiplication circuits (130 to 133) (Fig .: 3) (claim 7) and / or different from several output amplifiers be excited, such as a rotating magnetic field and / or one with certain Curve characteristics for concentrating on one point in the patient (1) (Fig.: 41, 42, 43) With two perpendicular magnetic fields with excitation frequency and the other time with modulation frequency spin resonances can also be used for therapy Patients can be achieved and used therapeutically.

19) Therapy device according to claim 1 to 18, characterized in that that the application devices can also be used as cylinder and / or solenoid coils (Fig .: 36,37) can be used. Whereby several coils can be arranged in such a way that e.g.

two perpendicular magnetic fields can arise, which can be controlled in different ways, e.g. to generate spin resonances in the patient. For example, a solenoid (462) (Fig .: 36) can be wound axially and further ~ coils transverse and / or perpendicular to this longitudinal axis of the cylindrical Coil body (448) (Fig .: 36), in which the patient is brought in, arranged such as coils (449,451,454,455) (Fig .: 36) which are excited differently can be used to modulate the magnetic field.

The solenoid coils can be electrical and so in the coil winding be constructed so that it can be opened and returned after the patient has been brought in again closed krrdC) I. Patent plan-iiVe 20) Application devices for magnetic field application according to claims 17, 18, 19, characterized in that the The bobbin and the coil winding are constructed in such a way that they can be opened are closed again after the patient has been brought in for the duration of the therapy can be, such that e.g. on a cylindrical application arrangement a magnetic field coil (Fig .: 36,37,38) this with a hinge or a flexible one Material that can fulfill a bearing function and / or is movable, e.g. on the longitudinal axis or at another point on the solenoid (Fig .: 38) and / or at an annular one Coil carrier (448) (Fig .: 38) This can also be used for large, whole-body coils as well for smaller coils that encompass fingers, for example.

21) Therapy device according to claim 1 to 20, characterized in that that as application devices for magnetic field application also several cylindrical ones Coil bobbins and / or coil windings can be arranged next to one another, and that this e.g. has an inside diameter of a cylinder about the size of a human Fingers can have, so that these cylindrical coils for finger magnetic field application can be used, and with several coils several fingers at the same time and the whole hand and / or a single finger magnet coil Finger can be treated with magnetic fields.

The coils concerned (Fig .: 39, 40) can be used simultaneously and / or are excited successively and overlapping and at several multiplication circuits (130 to 133)) (Fig .: 3) (Claim 7) can be connected individually and / or as a whole.

22) Therapy device according to claim 1 to 21, characterized in that that the application devices are also designed as small magnetic field coils can be constructed, e.g. in a fiber optic cable and / or in a another material are introduced and / or potted, so that these small Coil constructions (Fig .: 44 to 49) e.g. for patients intravascularly for blood therapy can be inserted and / or into other body orifices, e.g. urethra, vagina, Rectum, oral cavity, and / or other possibilities. These coils can be from one Patent Claims (Continuation to claim 22) fiber optic material (467) (Fig .: 44 to 49) or surrounded by another material or poured in and e.g. with the help of a Mandrain and / or intravascularly with the help of a cannula for intravascular blood magnetic field therapy are introduced and, in the case of fiber optic bobbins, one more Light therapy and / or laser therapy intravascularly for blood phototherapy and / or with a simultaneous transport channel for liquids in these coil body materials gases or liquids can then be used for magnetic field therapy and / or phototherapy at the same time applied, e.g. for intravascular haematogenic oxidation therapy, if the oxygen and / or ozone supplied via the transport channel on the way to the bloodstream during the transport time of magnetic fields and / or of ultraviolet radiation and / or excited to ozone and / or excited oxygen by laser radiation and / or the blood and / or the lymph is stimulated intravascularly in vivo will.

In addition to coils, capacitor plates can also be used in these carrier materials (470,471) (Fig .: 49) can be attached additionally and / or alone for the same Purpose, e.g. also on fiber optic cables with or without a transport channel.

The differently equipped carrier materials can also be attached to the the connections ((464,465,466)) ((Fig .: 44 to 49) opposite ends or at the point (469, 468) (Fig .: 44 to 49) pointed or with a sharp edge for puncture possibilities, e.g. that these carrier materials or application devices can be pierced directly intravascularly and / or that these application devices can be used as acupuncture needles.

23) Therapy device according to claim 1 to 22, characterized in that that the application devices and the therapy device are switched so that so that spin resonances can be excited in the patient, such as two magnetic fields are applied standing perpendicular to each other, modulating a magnetic field is and another magnetic field transmits a high frequency excitation, so that precession excitations of the molecules and / or the electrons and / of the nuclei. You can do this two coil windings that are identical in electrical behavior are built, with one coil is constructed to accommodate the patient, the other either alternatively replicated electrically or similarly constructed identically (206) (Fig .: 4) and from a generator (163,165) (Fig .: 4) and'or from a noise generator are excited, and a second magnetic field t20 ')) perpendicular to it and / or in one certain angle is generated, which can still be modulated. Both coils (206,208) can be in a bridge branch Patent Claims (continued to claim 23) are arranged parallel to resistors (197,198) (Fig .: 4), whose Bridge voltage from a detector (195) (Fig .: 4), such as from an AC input amplifier, can be tapped and this signal for modulating the generator and and / or for direct reinforcement and subsequent reapplication to the therapy circuit (174) is reapplied to the same patient.