Abstract: A drive facility for a medical device comprises a housing, a first motor and a second motor, and a roller facility on the housing and at least partially accommodated in the housing, the roller facility including a roller element, wherein the first motor is configured to pivot the roller facility to pivot the roller element and the second motor is configured to drive the roller element.

Abstract: A positioning device for an X-ray detector or an X-ray source is provided. The positioning device includes an arched arm, inside of which the X-ray detector or the X-ray source can be mounted in a manner that enables the detector or source to be displaced in the direction of the arch. The positioning device includes a base, inside of which the arched arm is mounted in a manner that enables the arched arm to be displaced in the direction of the arch. Either the X-ray detector is mounted in the positioning device and the X-ray source is placed separately therefrom or, conversely, the X-ray source is mounted in the positioning device and the X-ray detector is placed separately there from.

Abstract: A motorized adjustable x-ray apparatus has a transmitter operable by AN operator for adjustment of a C-arm and mechanically connected with the C-arm. The transmitter allows adjustment of both an angulation angle and an orbital angle of the C-arm. The speed of the adjustment movement of the C-arm can be selected by actuation of the transmitter.

Abstract: The invention concerns a C-arm x-ray device with a non-isocentric C-arm on which an x-ray source is positioned and that can be orbitally or angularly rotated, whereby the C-arm x-ray device comprises a device fashioned to horizontally adjust the C-arm (which enables an adjustment of the C-arm within the plane of the C-arm) and a device fashioned to vertically adjust the C-arm, where the horizontal adjustment device and the vertical adjustment device are fashioned such that they can automatically move the central x-ray beam of the x-ray source back into the isocenter, given an orbital or angulatory rotation of the C-arm via the horizontal and vertical adjustment device. An appertaining method is also provided.

Abstract: An X-ray apparatus, having a C-arm X-ray device with at least one electrically operable component that is arranged at a C-arm that is adjustable relative to a holding mechanism, has an arrangement disposed in or at the C-bend or the component and are connected to the component for the transmission of data and/or energy, and another arrangement for the transmission of energy that are disposed in or at a housing connected to the holding mechanism. The exchange of data and/or the transmission of energy between these arrangements ensues in contactless fashion, and the transmission of the data and/or of the energy ensues continuously.

Abstract: A radiography device has an X-ray source and an X-ray reciever that are each arranged to be moved freely in space at a robot arm respective robots having a number of arms that can be displaced relative to one another by motor-drive. A central control unit controls the displacement of the robot arms of the two robots such that the X-ray source is always oriented to the X-ray receiver for producing an X-ray exposure.

Abstract: An X-ray apparatus, having a C-arm X-ray device with at least one electrically operable component that is arranged at a C-arm that is adjustable relative to a holding mechanism, has an arrangement disposed in or at the C-bend or the component and are connected to the component for the transmission of data and/or energy, and another arrangement for the transmission of energy that are disposed in or at a housing connected to the holding mechanism. The exchange of data and/or the transmission of energy between these arrangements ensues in contactless fashion, and the transmission of the data and/or of the energy ensues continuously.

Abstract: A radiography device has a support mechanism at which an X-ray source, and an X-ray receiver are mounted, the support mechanism being displaceable relative to a component of the radiography device. The radiography device is provided with a device operating assembly which is arranged at the support mechanism. The radiography device can also has a device operating part in the form of an operating handle at the support mechanism.

Abstract: A medical treatment and supply center with a treatment location has a number of medical devices and systems, with at least some of the medical devices and systems as well as their assemblies, subsystems and components are arranged in a central magazine and can be transferred therefrom to the desired treatment location by at least one automatic conveyor.

Abstract: A medical apparatus has a patient support table with a seating surface and a mounting side, the apparatus having at least one apparatus part. At least one of the apparatus part or the patient support table (or the seating surface thereof) is adjustable relative to the other so that the apparatus part and the patient support table assume a mounting position wherein those regions of the apparatus part that have a distance of less than 100 cm from the seating surface measured in vertical direction, are spaced from the edge of the patient support table that limits the mounting side no closer than 40 cm measured horizontally and transversely relative to the edge.

Abstract: A therapy station for treatment of a patient with focused acoustic waves has a source of focused acoustic waves attached to a source carrier, an x-ray carrier carrying an x-ray locating system, and a support table for the patient. The x-ray carrier is pivotably attached to the source carrier so as to be pivotable relative to the source of acoustic waves and such that the central ray of the x-ray locating system always proceeds through the focus of the focused acoustic waves, and the source carrier is adjustable relative to the support table in a plane.