Abstract: The invention concerns a storage device (23, 45) for storing receptacles (10), preferably cryo-vials (10), in a carrier structure (3), the storage device (23, 45) comprising pockets (20) each for holding an individual receptacle (10), wherein the pockets (20) are connected one above the other in direction of a common longitudinal axis (59) and the storage device (23, 45) being provided with openings for inserting and retrieving receptacles (10) into and from said pockets (20) in longitudinal direction (60) and/or in lateral direction (61). Also a storage and storage-access system according to the invention is indicated.

Abstract: The invention concerns a storage device (23, 45) for storing receptacles (10), preferably cryo-vials (10), in a carrier structure (3), the storage device (23, 45) comprising pockets (20) each for holding an individual receptacle (10), wherein the pockets (20) are connected one above the other in direction of a common longitudinal axis (59) and the storage device (23, 45) being provided with openings for inserting and retrieving receptacles (10) into and from said pockets (20) in longitudinal direction (60) and/or in lateral direction (61). Also a storage and storage-access system according to the invention is indicated.

Abstract: In a method for optimization of procedures in radiological diagnostics on the basis of digital images (present on a computer of an image workstation) of the same or different modalities in radiological diagnostics, procedure-specific and/or other image processing steps are implemented with using an image processing program on the basis of procedure data that are predetermined and/or newly-entered via a procedure-specifically-configured user interface, until an optimally evaluable result image has been obtained. The procedure steps are implemented by execution of the image processing steps on the basis of the procedure data on the computer. A finding is made and storage of the procedure result in the form of image and finding data is initialized. The procedure result is stored in the form of image and finding data in a memory of the computer. The procedure data that were used and the procedure steps that have occurred are analyzed and are stored as needed.

Abstract: In a method for optimization of procedures in radiological diagnostics on the basis of digital images (present on a computer of an image workstation) of the same or different modalities in radiological diagnostics, procedure-specific and/or other image processing steps are implemented with using an image processing program on the basis of procedure data that are predetermined and/or newly-entered via a procedure-specifically-configured user interface, until an optimally evaluable result image has been obtained. The procedure steps are implemented by execution of the image processing steps on the basis of the procedure data on the computer. A finding is made and storage of the procedure result in the form of image and finding data is initialized. The procedure result is stored in the form of image and finding data in a memory of the computer. The procedure data that were used and the procedure steps that have occurred are analyzed and are stored as needed.

Abstract: The invention describes a method for measuring and classifying resistors (2), in which in a measuring station (3) the resistance value of the resistor (2) supplied by a feed and transport device (12) of the measuring station (3) is measured. The measured resistance value is transmitted to an evaluation unit (40) of a control device (20). The resistor (2) is delivered sorted according to predetermined measurement ranges into an output device (25) arranged after the measuring station (3). The resistor (2) is heated to a predefined nominal temperature by a temperature regulating device (7), in particular by a medium (9). After reaching this nominal temperature the resistor (2) is contacted in the medium (9). Afterwards the measurement of the resistor (2) is carried out.