Abstract: An X-ray stand includes a device that compensates for distortions caused by weight. The stand includes a horizontal bracket. The device for distortion compensation includes an inclination-angle transmitter that generates an inclination signal as a function of an inclination angle of the bracket. The device also includes a control device that receives the inclination signal from the inclination-angle transmitter, a motor drive that is activated by the control device, and an adjustment device that is driven by the motor drive and is configured to adjust the inclination angle of the bracket. The control device activates the motor drive such that any deviation of the inclination angle of the bracket from a predefined inclination angle is reduced.

Abstract: A medical imaging device includes a gripping module having at least a first holding grip and a second holding grip. The first holding grip and the second holding grip are configured for holding by a patient during an image recording. A control unit is arranged on the medical imaging device. The control unit is configured to control an automatic movement of the holding grips. As a result, manual operation of the holding grips by medical operators may be avoided, thereby simplifying and accelerating the process of recording images.

Abstract: A force compensating device includes a force generating unit configured for generating a compensating force that at least partially counteracts a tractive force acting on the force compensating device. The device includes at least one safety unit that is rotatable about a first axis of rotation and which, in the event of a malfunction of the force generating unit, can be moved by the force generating unit from an operating position to a locked position. The safety unit includes a first element and a second element that are rotatably connected to each other at a second axis of rotation, and at least one locking unit that blocks rotational movement of the safety unit from the locked position back to the operating position when the safety unit has been triggered due to a malfunction. A two-part safety unit in combination with the locking unit allows the safety unit to trigger and remain triggered in all fault situations. The force compensating device may be used in a medical system.

Abstract: A medical imaging device includes a gripping module having at least a first holding grip and a second holding grip. The first holding grip and the second holding grip are configured for holding by a patient during an image recording. A control unit is arranged on the medical imaging device. The control unit is configured to control an automatic movement of the holding grips. As a result, manual operation of the holding grips by medical operators may be avoided, thereby simplifying and accelerating the process of recording images.

Abstract: An X-ray stand includes a device that compensates for distortions caused by weight. The stand includes a horizontal bracket. The device for distortion compensation includes an inclination-angle transmitter that generates an inclination signal as a function of an inclination angle of the bracket. The device also includes a control device that receives the inclination signal from the inclination-angle transmitter, a motor drive that is activated by the control device, and an adjustment device that is driven by the motor drive and is configured to adjust the inclination angle of the bracket. The control device activates the motor drive such that any deviation of the inclination angle of the bracket from a predefined inclination angle is reduced.

Abstract: A force compensating device includes a force generating unit configured for generating a compensating force that at least partially counteracts a tractive force acting on the force compensating device. The device includes at least one safety unit that is rotatable about a first axis of rotation and which, in the event of a malfunction of the force generating unit, can be moved by the force generating unit from an operating position to a locked position. The safety unit includes a first element and a second element that are rotatably connected to each other at a second axis of rotation, and at least one locking unit that blocks rotational movement of the safety unit from the locked position back to the operating position when the safety unit has been triggered due to a malfunction. A two-part safety unit in combination with the locking unit allows the safety unit to trigger and remain triggered in all fault situations. The force compensating device may be used in a medical system.

Abstract: A patient table for a medical radiation therapy system or radiation diagnosis system is provided. The patient table includes a flat bearing surface and a surface-specific radiation absorption that is measured per radiated surface unit of the bearing surface. The perpendicular incidence radiation reduces along a transversal direction from a central longitudinal plane of the patient table to both of the lateral edges.

Abstract: A patient examination support system comprises a support structure and a tabletop. The tabletop supported on the support structure is displaceable toward an examination region. The examination region is spaced apart from the support structure in a longitudinal direction of the tabletop, and a supporting arm, which is extendable from the support structure in a direction of the examination region, braces the tabletop.

Abstract: A patient examination support system comprising an examination tabletop adjustable in vertical and in longitudinal directions, and a lifting structure which supports the examination tabletop. A treatment or diagnosis area is spaced apart in the longitudinal direction of the examination tabletop from a lifting structure, and the lifting structure has a height compensation device for compensating for a sagging of the examination tabletop when loaded by a patient of predetermined stature in a predetermined way, in the treatment or diagnosis area.

Abstract: A patient support device for a radiation therapy system has a load-bearing element, which is set up so as to be supported rotatably on a stationary structure about a vertical iso-axis extending through a treatment iso-center. The load-bearing element, with a patient tabletop mounted on it, can be leveled by a continuously adjustable leveling device. The leveling device is embodied in particular as a leveling shoe, which includes a bottom plate, a top plate, and an adjustable wedge disposed between them.