Abstract: A setting apparatus configured for setting and/or adjusting an attachment position of an attachment element for attaching a housing cover of a magnetic resonance apparatus in relation to a magnetic center of a magnet unit is provided. The setting apparatus includes a base plate unit, an attachment unit for attaching the base plate unit to the magnet unit and a setting unit. The setting unit includes at least two laser beam units for marking the attachment position of the attachment element for attaching the housing cover to the magnet unit.

Abstract: A setting apparatus configured for setting and/or adjusting an attachment position of an attachment element for attaching a housing cover of a magnetic resonance apparatus in relation to a magnetic center of a magnet unit is provided. The setting apparatus includes a base plate unit, an attachment unit for attaching the base plate unit to the magnet unit and a setting unit. The setting unit includes at least two laser beam units for marking the attachment position of the attachment element for attaching the housing cover to the magnet unit.

Abstract: In order to attach an add-on unit to a low temperature pressure chamber unit having a low temperature pressure chamber, and an external housing surrounding the low temperature pressure chamber, an attachment device is used to attach at least one add-on unit to the external housing, and the attachment device has an adhesive unit designed for the arrangement and/or attachment of the at least one add-on unit to the external housing.

Abstract: In order to attach an add-on unit to a low temperature pressure chamber unit having a low temperature pressure chamber, and an external housing surrounding the low temperature pressure chamber, an attachment device is used to attach at least one add-on unit to the external housing, and the attachment device has an adhesive unit designed for the arrangement and/or attachment of the at least one add-on unit to the external housing.

Abstract: The invention relates to a pipe/cable enclosure for pipes and cables of a medical diagnostic device, said enclosure surrounding the pipes/cables running from the diagnostic device to a partition wall and having at least one folding wall element with folds which, in the assembled state, is disposed folded at the folds around the pipes/cables, thus surrounding the pipes/cables.

Abstract: A medical imaging examination apparatus has a front wall with an opening to a cylindrical examination area into which a patient to be examined can be moved, and has an illumination arrangement for the illumination of the front wall over a large surface. The illumination of the front wall reduces feelings of fear on the part of a patient, and thus simplifies conducting examinations using the examination apparatus.

Abstract: The invention relates to a pipe/cable enclosure for pipes and cables of a medical diagnostic device, said enclosure surrounding the pipes/cables running from the diagnostic device to a partition wall and having at least one folding wall element with folds which, in the assembled state, is disposed folded at the folds around the pipes/cables, thus surrounding the pipes/cables.

Abstract: A magnetic resonance tomography device, wherein vibrations of device components, particularly in the low frequency range, are attenuated, as a magnet body surrounded by a magnet shell, which surrounds and defines an inner area. A gradient coil system is disposed in the inner area and an inner encapsulation cylinder also is disposed therein. The magnetic shell and the gradient coil system are externally and acoustically sealed from the inner encapsulation cylinder, and from a capsule. The capsule is formed as a three-layer system, including a cover layer, a full foam layer and a partial foam layer.

Abstract: A magnetic resonance tomography device, wherein vibrations of device components, particularly in the low frequency range, are attenuated, as a magnet body surrounded by a magnet shell, which surrounds and defines an inner area. A gradient coil system is disposed in the inner area and an inner encapsulation cylinder also is disposed therein. The magnetic shell and the gradient coil system are externally and acoustically sealed from the inner encapsulation cylinder, and from a capsule. The capsule is formed as a three-layer system, including a cover layer, a full foam layer and a partial foam layer.

Abstract: A medical imaging examination apparatus has a front wall with an opening to a cylindrical examination area into which a patient to be examined can be moved, and has an illumination arrangement for the illumination of the front wall over a large surface. The illumination of the front wall reduces feelings of fear on the part of a patient, and thus simplifies conducting examinations using the examination apparatus.

Abstract: A magnetic resonance system with a patient bearing table with an interchangeable-panel receiving mechanism, which table can be used as an operating table. The patient bearing table is mounted at an operating column, which is arranged in front of an insertion end of the magnetic resonance apparatus, such that this table can be swivelled about a vertical axis of rotation.