Abstract: A breakaway interface between radiological information systems, imaging equipment and picture archive and communications systems has automated filtering and handling of multiple study work orders or affiliated work orders, while passing single study work orders through unaltered. The work orders are processed by the breakaway interface to consolidate multiple procedure or multiple study work orders into a single super order, which is then communicated, preferably using DICOM standard protocol, to an imaging machine. The imaging machine returns a single image sequence, and the breakaway interface will then break images away from the single image sequence into a plurality of grouped image sequences. The preferred grouping is based upon anatomical regions, and separate but adjacent anatomical regions will preferably share one or more images at the boundary between the adjacent regions. The exact number of shared images may preferably be preset at the system level.

Abstract: A breakaway interface between radiological information systems, imaging equipment and picture archive and communications systems has automated filtering and handling of multiple study work orders or affiliated work orders, while passing single study work orders through unaltered. The work orders are processed by the breakaway interface to consolidate multiple procedure or multiple study work orders into a single super order, which is then communicated, preferably using DICOM standard protocol, to an imaging machine. The imaging machine returns a single image sequence, and the breakaway interface will then break images away from the single image sequence into a plurality of grouped image sequences. The preferred grouping is based upon anatomical regions, and separate but adjacent anatomical regions will preferably share one or more images at the boundary between the adjacent regions. The exact number of shared images may preferably be preset at the system level.

Abstract: A breakaway interface between radiological information systems, imaging equipment and picture archive and communications systems has automated filtering and handling of multiple study work orders or affiliated work orders, while passing single study work orders through unaltered. The work orders are processed by the breakaway interface to consolidate multiple procedure or multiple study work orders into a single super order, which is then communicated, preferably using DICOM standard protocol, to an imaging machine. The imaging machine returns a single image sequence, and the breakaway interface will then break images away from the single image sequence into a plurality of grouped image sequences. The preferred grouping is based upon anatomical regions, and separate but adjacent anatomical regions will preferably share one or more images at the boundary between the adjacent regions. The exact number of shared images may preferably be preset at the system level.

Abstract: A breakaway interface between radiological information systems, imaging equipment and picture archive and communications systems has automated filtering and handling of multiple study work orders or affiliated work orders, while passing single study work orders through unaltered. The work orders are processed by the breakaway interface to consolidate multiple procedure or multiple study work orders into a single super order, which is then communicated, preferably using DICOM standard protocol, to an imaging machine. The imaging machine returns a single image sequence, and the breakaway interface will then break images away from the single image sequence into a plurality of grouped image sequences. The preferred grouping is based upon anatomical regions, and separate but adjacent anatomical regions will preferably share one or more images at the boundary between the adjacent regions. The exact number of shared images may preferably be preset at the system level.

Abstract: A computer apparatus and method for displaying radiological data such as X-rays, CT scans and other similar anatomical sequences in combination with other modalities such as plan views provides functionality which very closely resembles a standard radiological light box. Basic manipulations which occur at the light box by a radiologist or other medical personnel are closely emulated in function to allow medical personnel to stay focussed directly on the anatomical images and thereby avoid distraction and frustration of visually departing from the image in order to accomplish these basic functions. Some of the basic functions disclosed are quick-flip image mirroring, image rotation, panning, on-screen control of the number of images displayed in a mosaic, single drag and drop loading of radiological studies, cines and other functions. A dark and stark display further simulates the light box.

Abstract: A computer apparatus and method for displaying radiological data such as X-rays, CT scans and other similar anatomical sequences in combination with other modalities such as plan views provides functionality which very closely resembles a standard radiological light box. Basic manipulations which occur at the light box by a radiologist or other medical personnel are closely emulated in function to allow medical personnel to stay focussed directly on the anatomical images and thereby avoid distraction and frustration of visually departing from the image in order to accomplish these basic functions. Some of the basic functions disclosed are quick-flip image mirroring, image rotation, panning, on-screen control of the number of images displayed in a mosaic, single drag and drop loading of radiological studies, cines and other functions. A dark and stark display further simulates the light box.