Abstract: The present invention relates to a cell monitoring system for automatic cell monitoring and to a compact fluorescence microscope for high resolution live-cell imaging. The microscope comprises light sources (12), light source lenses (11), excitation filters (10), and beam combining means (9). The detector unit comprises emission filter (4), tube lens (5), and a detector (7) and optionally beam folding elements (6) for compactness. A dielectric mirror (3) combines and divides the excitation and the emission light.

Abstract: A dispensing system (1) comprising a material cartridge (2) provided with a nozzle (3), a temperature-regulating unit (4) provided with a nozzle temperature-regulating zone (5) arranged to regulate the temperature of the material cartridge nozzle (3) when the material cartridge nozzle (3) is arranged within the nozzle temperature-regulating zone (5), and a positioning unit (6) arranged for movement of the material cartridge (2) and the nozzle temperature-regulating zone (5) relative to each other between a first position (A) and a second position (B). In the first position (A) the material cartridge nozzle (3) is arranged within the nozzle temperature-regulating zone (5), and in the second position (B) at least a leading end portion (3a) of the material cartridge nozzle (3) is arranged outside the nozzle temperature-regulating zone (5).

Abstract: A gyratory crusher includes a crushing head on which a first crushing shell is mounted, and a frame on which a second crushing shell is mounted. The crusher has a thrust bearing which is made up of horizontal bearing plates and which is located between a vertical shaft and a piston arranged vertically below the vertical shaft. The crusher further has a first space, which is adapted to receive a variable amount of pressurized liquid, the first space being defined by the piston and a piston housing formed in the frame, and a second space which is adapted to receive, by way of a duct, pressurized liquid from the first space, the second space being located between the vertical shaft and the piston and at least partly accommodated in an opening in at least one of the bearing plates. The first space and the second space are adapted, by the liquid, to transmit forces from the crushing head to the piston housing, in order that the load on the thrust bearing is relieved.

Abstract: A wall mount structure for a “flat” image display screen and includes preferably two from each other spaced supporting profiles attachable against a vertical supporting surface. At the rear side of the display screen, and into existing threaded mounting holes, are interconnecting structures for the profiles attached, which on connection only facilitate movement in the longitudinal direction of the profiles. The profiles advantageously include recesses which facilitate that in direction of insertion leading interconnecting structures can take up connection with the profiles at a point adjacent to the final and mounted position. The profiles are preferably arranged with a stop at the end portion serving as final end portion during an insertion operation of the interconnecting structures, and preferably also attachable stop and/or lock elements at opposed end portions, to be attached when the display screen has been mounted on the wall surface.

Abstract: A gyratory crusher includes a crushing head on which a first crushing shell is mounted, and a frame on which a second crushing shell is mounted. The crusher has a thrust bearing which is made up of horizontal bearing plates and which is located between a vertical shaft and a piston arranged vertically below the vertical shaft. The crusher further has a first space, which is adapted to receive a variable amount of pressurized liquid, the first space being defined by the piston and a piston housing formed in the frame, and a second space which is adapted to receive, by way of a duct, pressurized liquid from the first space, the second space being located between the vertical shaft and the piston and at least partly accommodated in an opening in at least one of the bearing plates. The first space and the second space are adapted, by the liquid, to transmit forces from the crushing head to the piston housing, in order that the load on the thrust bearing is relieved.

Abstract: A wall mount structure for a “flat” image display screen and includes preferably two from each other spaced supporting profiles attachable against a vertical supporting surface. At the rear side of the display screen, and into existing threaded mounting holes, are interconnecting structures for the profiles attached, which on connection only facilitate movement in the longitudinal direction of the profiles. The profiles advantageously include recesses which facilitate that in direction of insertion leading interconnecting structures can take up connection with the profiles at a point adjacent to the final and mounted position. The profiles are preferably arranged with a stop at the end portion serving as final end portion during an insertion operation of the interconnecting structures, and preferably also attachable stop and/or lock elements at opposed end portions, to be attached when the display screen has been mounted on the wall surface.