Abstract: A medical apparatus includes a socket unit for connection to a plug unit belonging to a device for supplying medical fluids for a blood treatment apparatus, the medical apparatus being in particular an extra-corporeal blood treatment apparatus such for example as an extra-corporeal dialysis apparatus or an apparatus for peritoneal dialysis, or an apparatus for filling the device for supplying medical fluids. A device for supplying medical fluids for a blood treatment apparatus, which has a plug unit for connection to a socket unit of a medical apparatus, is also described. The socket unit and the plug unit are characterised in that a safe and secure fluid-tight connection can easily be made with the two units between the device for supplying medical fluids and, on the one hand, the blood treatment apparatus or, on the other hand, the apparatus for filling the device for supplying medical fluids.

Abstract: A connector for connecting a container with a fluid preparation device for preparing a fluid, in particular a container with a concentrate for the preparation of dialysis fluid, as well as the combination of the connector, the corresponding container and the fluid preparation device. In order to simplify the handling during both the manufacturing process of such containers and the connection of such containers to the fluid preparation devices, the connector connects a first and second fluid line of the container with a third and fourth fluid line of the fluid preparation device with two laterally spaced-apart mounting elements which each incorporate one of two orifices terminating the first and second fluid lines.

Abstract: A device (1) for generating tensile force and/or pressing force to thereby actuate at least one brake means (19) so as to brake or lock at least two caster wheels (11) of a mobile appliance includes at least one lever (5, 7) prepared for rotation thereof about a fulcrum (15); and at least one transmission means (9) disposed at the lever (5, 7) for transmitting the tensile force and/or pressing force generated during a rotation of the lever (5, 7) to the brake means (19). In addition, a mobile rack and device thereby equipped are specified.

Abstract: A connector for connecting a container with a fluid preparation device for preparing a fluid, in particular a container with a concentrate for the preparation of dialysis fluid, as well as the combination of the connector, the corresponding container and the fluid preparation device. In order to simplify the handling during both the manufacturing process of such containers and the connection of such containers to the fluid preparation devices, the connector connects a first and second fluid line of the container with a third and fourth fluid line of the fluid preparation device with two laterally spaced-apart mounting elements which each incorporate one of two orifices terminating the first and second fluid lines.

Abstract: A connector for connecting a container with a fluid preparation device for preparing a fluid, in particular a container with a concentrate for the preparation of dialysis fluid, as well as the combination of the connector, the corresponding container and the fluid preparation device. In order to simplify the handling during both the manufacturing process of such containers and the connection of such containers to the fluid preparation devices, the connector connects a first and second fluid line of the container with a third and fourth fluid line of the fluid preparation device with two laterally spaced-apart mounting elements which each incorporate one of two orifices terminating the first and second fluid lines.

Abstract: The invention relates to the field of connectors for connecting a container with a fluid preparation device for preparing a fluid, in particular a container with a concentrate for the preparation of dialysis fluid. In order to simplify the handling during both the manufacturing process of such containers and the connection of such containers to the fluid preparation devices, the invention proposes a design of a connector (1) for connecting a first and second fluid line of the container with a third and fourth fluid line of the fluid preparation device with two lateraly spaced-apart mounting means (2, 4) which each incorporate one of two orifices (3, 5) terminating the first and second fluid lines. The invention also concerns a corresponding container and fluid preparation device.

Abstract: A method and apparatus for storing video data is provided. Video data, that comprises a series of frames, is received. Information about changes that are detected in the series of frames is generated. The information is aggregated to generate a plurality of video data change records. Each video data change record corresponds to a plurality of frames and includes change information that indicates changes that were detected relative to the corresponding plurality of frames. Events of interest that satisfy specified search criteria are searched for by comparing the specified search criteria against change information in one or more of the plurality of video data change records.

Abstract: The invention relates to the field of connectors for connecting a container with a fluid preparation device for preparing a fluid, in particular a container with a concentrate for the preparation of dialysis fluid. In order to simplify the handling during both the manufacturing process of such containers and the connection of such containers to the fluid preparation devices, the invention proposes a design of a connector (1) for connecting a first and second fluid line of the container with a third and fourth fluid line of the fluid preparation device with two lateraly spaced-apart mounting means (2, 4) which each incorporate one of two orifices (3, 5) terminating the first and second fluid lines. The invention also concerns a corresponding container and fluid preparation device.

Abstract: The present invention relates to a linear guide arrangement comprising a guide rail with at least one axis and at least one guide carriage movable on the guide rail in the direction of the axis. The guide carriage runs on the guide rail with intermediacy of an endless rolling-element circuit. To this end, the guide carriage is designed with a guide carriage housing and with a carriage member made separately from the guide carriage housing and accommodated within the guide carriage housing. The guide carriage housing comprises at least one side panel adjacent to the rolling-element circuit and substantially parallel to the axial direction, as well as at least one end plate adjacent to the rolling-element circuit and substantially orthogonal to the axial direction. The bearing row of rolling elements runs on the carriage member.

Abstract: A traveller assembly for a linear guiding device includes a basic body supported on a guide rail assembly by at least one guide member unit, which is affixed to the basic body by a support member, the position of which along the basic body is adjustable. The guide member unit is adjustable relative to the basic body and the support member along a plane of advancement parallel to the guide axis of the guide rail assembly and in a direction perpendicular to the guide axis by an adjusting element that acts between the guide member unit and the support member.

Abstract: For a linear motion guide (10) having a guide rail (12) and a slide (14) supported on the guide rail (12) by way of rolling or roller elements (26), where the guide rail (12) is provided with coverable through holes (32) for fastening elements (18) for mounting the guide rail (12) on a support, which holes open in a surface (34a) of the guide rail (12) facing away from the support (16) and which are arranged in the region of motion of the slide (14), there is proposed a covering band (40), formed of springy band material and having a center section (42) covering the surface (34a) over its entire width perpendicular to the longitudinal direction of the guide rail, and two edge sections (44a, 44b), parallel to the longitudinal direction of the guide rail and bent off inward, for engagement in an undercut (48) in each of the two side faces (30), following the surface (34a) of the guide rail (12) in the direction of its width, of the guide rail (12) in the edge region between the surface (34a) and the side face (