Abstract: The invention relates to a method for adjusting an apparatus for treatment using nuclear magnetic resonances. The chronotype of the user is determined. The apparatus is adjusted on the basis of this determination.

Abstract: A device for nuclear magnetic resonance therapy includes: a device configured to create an alternating magnetic field; a device configured to create a magnetic field as a sweep field running transversely to the alternating magnetic field; and a device configured to stretch a user.

Abstract: The invention relates to a method for adjusting an apparatus for treatment using nuclear magnetic resonances. The chronotype of the user is determined. The apparatus is adjusted on the basis of this determination.

Abstract: An apparatus for nuclear magnetic resonance therapy comprises a bed, two opposing sweep coils, as well as an upper coil and a lower coil for generating an alternating magnetic field.

Abstract: An apparatus for nuclear magnetic resonance therapy comprises a bed, two opposing sweep coils, as well as an upper coil and a lower coil for generating an alternating magnetic field.

Abstract: The invention relates to a method for cosmetic skin smoothening wherein two magnetic fields are generated perpendicular to each other and wherein the field strength of a quasi-static magnetic field or the frequency of an alternating magnetic field is modulated.

Abstract: The invention relates to a device for magnetic field therapy which is preferably adapted for producing nuclear magnetic resonances in the tissue to be treated. The device comprises a base and two side parts having coils integrated therein.

Abstract: The invention relates to a method for cosmetic skin smoothening wherein two magnetic fields are generated perpendicular to each other and wherein the field strength of a quasi-static magnetic field or the frequency of an alternating magnetic field is modulated.

Abstract: A device for treatment with magnetic fields is provided, which provides an easily transportable and storable device for the treatment with magnetic fields, which is also convenient for patients and in particular is economical to produce. The device comprises: a first device for generation of a first magnetic field, a second device for generation of a second magnetic field and a support with an upper side and a lower side, whereby the support is embodied for applying the treated body regions of the patient thereto.

Abstract: An apparatus and a method are disclosed relating to a rechargeable battery for operation with an external voltage which is applied at least at times to the output of the rechargeable battery and is below the output voltage of the rechargeable battery when in its fully charged state, which has at least one chargeable electrochemical cell, an electrical connection to the output of the rechargeable-battery for inputting and/or outputting electrical energy, a housing which surrounds the at least one chargeable electrochemical cell, and a control circuit for controlling the charging process of the rechargeable battery and/or the production of the rechargeable-battery voltage at the output of the rechargeable battery. The disclosed battery offers better characteristics, in particular for mobile electrical appliances, and is useable in appliances that are designed for use with rechargeable batteries of a different type, in particular with cells with a different cell voltage.

Abstract: The invention relates to a device for magnetic field therapy which is preferably adapted for producing nuclear magnetic resonances in the tissue to be treated. The device comprises a base and two side parts having coils integrated therein.

Abstract: The invention relates to a device for treatment with magnetic fields, which provides an easily transportable and storable device for the treatment with magnetic fields, which is also convenient for patients and in particular is economical to produce. The device comprises: a first device for generation of a first magnetic field, a second device for generation of a second magnetic field and a support with an upper side and a lower side, whereby the support is embodied for applying the treated body regions of the patient thereto.

Abstract: The invention relates to an apparatus for therapeutic treatment of a patient with magnetic fields, in particular with nuclear magnetic resonances. One object is to provide an apparatus for treatment of a patient with magnetic fields, which in particular allows localized treatment, for example in the head area of the patient, which treatment places as little load as possible on the patient and can be used in a space-saving manner. A further aim is for the apparatus to have the capability to be flexibly matched to the anatomy of the patient and/or of the debilitation. The apparatus has a rest and at least one first cantilever arm (4B), which projects out of the plane defined by the rest (1C), with a device (30B) being arranged on the first cantilever arm (4B) in order to produce the first magnetic treatment field. The apparatus is particularly preferably in the form of a treatment stool or seat.

Abstract: In order to provide rechargeable batteries with better characteristics, in particular for mobile electrical appliances, and in order to use rechargeable batteries in appliances, which are designed for use with rechargeable batteries of a different type, in particular with cells with a different cell voltage, the invention provides a rechargeable battery for operation with an external voltage which is applied at least at times to the output of the rechargeable battery and is below the output voltage of the rechargeable battery when in its fully charged state, which has at least one chargeable electrochemical cell, an electrical connection to the output of the rechargeable-battery for inputting and/or outputting electrical energy, a housing which surrounds the at least one chargeable electrochemical cell, and a control circuit for controlling the charging process of the rechargeable battery and/or the production of the rechargeable-battery voltage at the output of the rechargeable battery.

Abstract: A device for treatment with magnetic fields is provided, which provides an easily transportable and storable device for the treatment with magnetic fields, which is also convenient for patients and in particular is economical to produce. The device comprises: a first device for generation of a first magnetic field, a second device for generation of a second magnetic field and a support with an upper side and a lower side, whereby the support is embodied for applying the treated body regions of the patient thereto.

Abstract: The invention relates to an apparatus for therapeutic treatment of a patient with magnetic fields, in particular with nuclear magnetic resonances. One object is to provide an apparatus for treatment of a patient with magnetic fields, which in particular allows localized treatment, for example in the head area of the patient, which treatment places as little load as possible on the patient and can be used in a space-saving manner. A further aim is for the apparatus to have the capability to be flexibly matched to the anatomy of the patient and/or of the debilitation. The apparatus has a rest and at least one first cantilever arm (4B), which projects out of the plane defined by the rest (1C), with a device (30B) being arranged on the first cantilever arm (4B) in order to produce the first magnetic treatment field. The apparatus is particularly preferably in the form of a treatment stool or seat.

Abstract: In order in the case of a catheter for the ablation of biological, in particular of animal or human, tissue, preferably for the ablation of human myocardial tissue, having at least one ablation or mapping electrode to permit the recording of ECG signals during catheter ablation and, in particular, to improve the quality of the recorded ECG signals to such an extent as to permit medical statements with reference to cardiac action, it is provided that the at least one ablation or mapping electrode has a reduced number of electrical interference centres. Furthermore, the invention provides methods and apparatuses with the aid of which conventional catheters can be treated in such a way that these interference centres are reduced.

Abstract: The invention relates to a device for treatment with magnetic fields, which provides an easily transportable and storable device for the treatment with magnetic fields, which is also convenient for patients and in particular is economical to produce. The device comprises: a first device for generation of a first magnetic field, a second device for generation of a second magnetic field and a support with an upper side and a lower side, whereby the support is embodied for applying the treated body regions of the patient thereto.

Abstract: A catheter for the ablation of biological, in particular of animal or human, tissue, preferably for the ablation of human myocardial tissue, has at least one ablation or mapping electrode to permit the recording of ECG signals during catheter ablation and, in particular, to improve the quality of the recorded ECG signals to such an extent as to permit medical statements with reference to cardiac action. The at least one ablation or mapping electrode has a reduced number of electrical interference centers. Furthermore, the invention provides methods and apparatuses with the aid of which conventional catheters can be treated in such a way that these interference centers are reduced.

Abstract: An apparatus for treatment of a portion of a biological body with magnetic fields having a device adapted for producing spin resonances for treatment within a portion of the biological body to be treated. The apparatus includes a magnet for producing a magnetic field, a coil system for producing a magnetic alternating field at right angles to the magnetic field, control electronics for actuation of the magnet and the coil system adapted to produce nuclear spin resonance in at least a portion of a biological body, and a device for repeated actuation of the control electronics to produce a defined sequence of nuclear spin resonances. The sequence of nuclear spin resonances produced by the device is determined by the spin-lattice relaxation time T1 of at least one portion of the biological body, and has a repetition rate of approximately 3T1.