Image display apparatus and magnetic resonance imaging apparatus
AssigneesKabushiki Kaisha Toshiba, Toshiba Medical Systems Corporation
InventorSatoshi Sugiura
Life of this patent
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Abstract
An image display apparatus includes a storage unit that stores a plurality of image data with respect to a scan area of a subject; an analysis processing unit that obtains a plurality of analysis results by performing a predetermined analysis processing on a plurality of image data stored in the storage unit; a display unit that displays image data stored in the storage unit along with analysis results obtained by the analysis processing unit; and an image-display control unit that performs control such that image data corresponding to a specified analysis result is to be displayed on the display unit, when at least one analysis result is specified from among the analysis results displayed by the display unit.
Claims25
An image display apparatus having a graphical user interface, said apparatus comprising:
- a storage unit storing a plurality of image data having multi-spatial dimensions for a scanned region of a subject;
- an analysis processing unit configured to generate a plurality of analysis results by performing predetermined analysis processing on said plurality of image data stored in the storage unit, said generated analysis results including at least one analysis result parameter respectively corresponding to each of said image data;
- a display unit configured to display said multi-spatial dimension image data stored in the storage unit together with a depiction of said at least one parameter;
- and
- an image-display control unit configured to cause multi-spatial dimension image data corresponding to at least one specified parameter analysis result to be displayed on the display unit when said at least one parameter analysis result is specified by an operator from among a plurality of possible said parameter values displayed by the display unit.
An image display apparatus having a graphical user interface, said apparatus comprising:
- a storage unit storing a plurality of multi-spatial dimension image data for a scanned region of a subject that was obtained using respectively associated predetermined scanning parameter values;
- a display unit configured to selectively display said image data as a function of a parameter value also displayed with the image data;
- an input receiving unit configured to receive an operator input value of a predetermined scanning parameter;
- and
- an image-display control unit configured to read and display image data corresponding to the input parameter value.
An image display apparatus having a graphical user interface, said apparatus comprising:
- a storage unit storing multi-spatial dimension image data that is reconstructed with respect to each of plural cardiac time phases based on data collected across a plurality of heart beats;
- a display unit configured to selectively display said image data stored in the storage unit and to display a representation of an electrocardiographic waveform of one heart beat;
- and
- an image-display control unit configured to read image data corresponding to a user-specified cardiac time phase when a displayed cardiac time phase on the electrocardiographic waveform is specified by the user, and to cause display of the thus read image data.
A magnetic resonance imaging apparatus having a graphical user interface, said apparatus comprising:
- a storage unit storing multi-spatial dimension image data that is reconstructed with respect to each of plural cardiac time phases based on data collected across a plurality of heart beats;
- a display unit configured to display image data stored in the storage unit and to display a representation of an electrocardiographic waveform of one heart beat;
- and
- an image-display control unit configured to read image data corresponding to a user-specified cardiac time phase when a cardiac time phase displayed on the electrocardiographic waveform is specified by the user, and to cause the display unit to display the thus read image data.
Dependencies are inferred from the claim text.