fig1 shows a simplified view of an inventive magnetic resonance facility 1 . the facility 1 includes a main magnet unit 2 , which defines a cylindrical patient accommodation region 3 , into which a patient 4 may be moved via a patient couch 5 for the magnetic resonance measurement . it may be seen that part of the internal surface of the patient accommodation region 3 is taken up by a display surface 6 of a display apparatus , on which animated clouds are shown as an image , conveying an impression of spatial depth for a patient 4 and also having a calming effect . the display apparatus may be implemented on different small display units , which are arranged in the manner of a matrix in rows , each arranged at an angle to one another . fig2 shows an embodiment based on a section through the main magnet unit 2 in the region of the patient accommodation region 3 . provided to enclose the patient accommodation region are a gradient coil arrangement 7 ( not shown in detail ) and , following the arrangement 7 in an inward direction , a high - frequency coil arrangement 8 , the support tube 9 of which is shown in detail . the display apparatus 10 in this case includes two display units 11 ( shown in cross section ), which are integrated in the support tube 9 or fastened in a recess and include organic light - emitting diodes ( not shown in detail ) disposed on a flexible substrate 12 . for protection , the display units 11 are also covered with a layer 13 of protective material , which may be for example glass , plexiglas or a thermoplastic carbonate . the substrate 12 may also be made of pet . the layer 13 is configured as scratch - resistant , biocompatible and high frequency - transparent , with the display units 11 overall also being configured to be as magnetic resonance - compatible as possible . data transmission and energy transmission to the display units 11 of the display apparatus 10 occur wirelessly in this instance but may occur in a wired manner . the display units 11 may not cover the entire length of the patient accommodation region 3 , but a number of the flexible oled display units 11 may be provided over the length . a matrix - type arrangement of a number of display units may therefore also be provided . the flexibility of the substrate 12 and therefore of the entire display unit 11 is such that the substrate 12 and the display unit 11 match the boundary of the magnetic resonance accommodation region 3 perfectly , with part of the cylinder of the internal surface of the patient accommodation region 3 being formed by the layer 13 , which is supplemented by suitable cladding elements 14 , which are shown as adjoining the display units 11 in a flush manner . the substrates 12 may be provided pre - shaped for the boundary of the magnetic resonance accommodation region 3 , this also being supported by oled technology . the support tube 9 may not be changed , and the display apparatus 10 may be fastened on the support tube 9 or on fully circumferential cladding 14 of the patient accommodation region 3 . the operation of the display apparatus 10 is controlled by a central control facility 15 of the magnetic resonance facility 1 , which therefore allows the desired information or images to be displayed . fig3 shows an example of a display on the display surface 6 of the display apparatus 10 during a standard magnetic resonance measurement . the background is formed by the image 16 , which in the present instance shows an animated sky . provided in the bottom right corner of the display surface 6 is a region 17 for patient information 18 relating to a current magnetic resonance measurement . in the present instance , the display surface 6 shows a percentage indicating how much of the examination has already been completed , both in numbers 19 and via a progress indicator 20 . other useful information may also be displayed , for example , the time , the remaining duration of the magnetic resonance measurement , the name of the patient and the like . a further region 21 , which is not always used , is reserved for breathing - related instructions 22 , e . g ., telling the patient to hold his / her breath . if a functional magnetic resonance measurement ( fmri ) is to be performed , the display surface 6 may also display visual stimuli for the patient 4 . it is to be understood that the elements and features recited in the appended claims may be combined in different ways to produce new claims that likewise fall within the scope of the present invention . thus , whereas the dependent claims appended below depend from only a single independent or dependent claim , it is to be understood that these dependent claims may , alternatively , be made to depend in the alternative from any preceding or following claim , whether independent or dependent , and that such new combinations are to be understood as forming a part of the present specification . while the present invention has been described above by reference to various embodiments , it should be understood that many changes and modifications may be made to the described embodiments . it is therefore intended that the foregoing description be regarded as illustrative rather than limiting , and that it be understood that all equivalents and / or combinations of embodiments are intended to be included in this description .
a magnetic resonance facility has a main magnet unit with a cylindrical patient accommodation region , and an optical display apparatus with at least one display unit disposed within the patient accommodation region in a region viewable by a patient positioned therein for the magnetic resonance measurement . the display apparatus is shaped at least partially to follow the boundary of the patient accommodation region .