Abstract: The invention relates to a device (1) in the form of a container (2) having a container interior (9) partially delimited by a container body (8) comprising a container shell (3) having an external and an internal shell surface (10, 12) and a container base (7) arranged at one of two end faces (5, 6) of the container shell (3) disposed at oppositely lying ends in the direction of a container central axis (4). The second end face (5) of the container shell (3) surrounds a container opening (14). At least one data medium (16) for recording and reproducing and/or processing data is arranged on the container body (8) by means of an appliance (17) provided with an adhesive and/or in the container body (8), in particular being joined thereto and/or arranged in the container interior (9) and/or joined thereto.

Abstract: A holding device for body fluid, tissue parts and tissue culture media includes a cylindrical holding container having a container wall with an inner surface defining an inner space, a first open end face having a diameter which is at least equal to the diameter of the inner space, and a second open end face having a conical sealing surface tapering inwardly in the direction of the inner space. A first closure device closes the first open end face and a second closure device closes the second end face. The second closure device includes a solid conical seal body 44 having a sealing surface conforming to the conical sealing surface of the second open end face and an outer end face of a larger diameter than that of an inner end face that faces the inner space. A retaining member 45 abuts the outer end face and is coupled to the outer container wall surface for holding the seal body in a sealing position in the second open end face.

Abstract: A pair of synchronously rotating draw-in devices are placed in contact with an outer layer of a web of material wrapped on a supply roll. The outer layer is pulled between the two draw-in devices. This pulled-in outer layer can them be conveyed to a separate processing station where it can be given a fresh end.

Abstract: The invention describes a storage container (7), a slide, in particular for a shaft-like storage container (7) and an unloading device for unloading stacked palettes (2), in particular holed palettes for pipette strips (5). The storage container (7) is for holding a plurality of stackable consumer articles (1), such as palettes (2) fitted with small components, and comprises a cuboid shaft housing adjusted to the shape of the consumer articles (1) and a base opening (18). The storage container (7) also comprises openings (15, 16) in at least two opposite side walls (12, 13) at the same height close to the ground, wherein the openings (15, 16) are at a height (33) which is greater in stacking direction than the vertical distance (34) between the holding edges (6) of two stacked consumer articles (1).

Abstract: The invention describes a holding device (2) for a blood sample removal tubule (3) of a blood removal device (1) with a receiving vessel (11) for a front end of the blood sample removal tubule (3), closed by a closure device (39), with a needle holder (22). In the needle holder (22) a cannula (23) is mounted, directed towards the opened front side (12) of the receiving vesel (11), and projects in the direction thereof. A through-flow opening (53) is connected by means of a connecting canal (32), constructed between the needle bolder (22) and a front wall (17) of the receiving vessel (11), with a removal needle (5) of a needle arrangement (4), arranged eccentrically to a central longitudinal axis (13) of the receiving chamber (15). Between the connecting canal (32) and a receiving chamber (15) of the receiving vessel (11), an openable valve arrangement (52) is arranged as required.

Abstract: A holding device for liquids comprises a container open at one end and formed of a light-tight wall which is sealed at an opposite end, and an outer housing open at one end and formed of a gas-tight wall. The container is inserted coaxially in the outer housing, with a substantial portion of the outer surface of the container wall contacting the inner surface of the housing wall without play whereby the container is held in the outer housing by a press fit. The outer surface of the container wall defines at least one continuous groove extending from the sealed ends of the container and outer housing walls to the open container and outer housing walls.

Abstract: A closure for a tube is a two piece stopper. The inner piece extends into the tube and the outer piece engages the exterior of the tube's sidewall. The outer piece has an inwardly extending shoulder which supports a projection of the inner piece. The two pieces are held together by a C-shaped washer that rests above the inner piece and in a channel formed in the outer piece.

Abstract: In combination with a cylindrical housing, a closure cap including a transverse end wall and cylindrical shell defining a bore and open end. A sealing device arranged between the bore and open end has an outer cylindrical sealing surface mating with an inner cylindrical sealing surface on the housing. A coupling device is arranged between the closure cap and cylindrical housing and includes three spiral webs on the inner surface of the closure cap shell between a first and second transverse plane. The first plane is remote from the end wall and the second plane is close to the end wall, each web having respective ends in the first and second plane, the ends in the first plane being circumferentially spaced from the ends in the second plane by an angle of less than 120 degrees. Three guide lugs radially extend from the cylindrical housing for engagement with the webs, the guide lugs being circumferentially spaced from each other by an angle of about 120 degrees.

Abstract: The open end of a cylindrical housing which may be an evacuable housing, for example a tube for storing blood samples, is closed by means of a cap having an annular wall surrounding the open end of the housing and a seal extending into the cap and the housing. For secure sealing of the housing, the cap is connected by means of a coupling device either to the seal or to the housing or both of these.

Abstract: A closure device for a front side of an in particular evacuable cylindrical housing comprises a cap surrounding said front side of said housing with a front wall in which a borehole is arranged. A sealing device is arranged between the borehole and an internal cavity of the cylindrical housing. The cap is connected to the sealing device and/or the cylindrical housing by means of a coupling device.

Abstract: A blood-sampling tube assembly comprises a cap fitted onto the open end of a blood-sampling tube and having inner and outer walls between which the walls of the tube is snugly received. According to the invention, the cap is formed with an outwardly open and upwardly open compartment containing a self sealing membrane pierceable by a needle and held in place by a laminate, e.g. aluminum foil and a heat sealing layer, bonded to an end wall of the cap bridging the inner and outer walls and closing the membrane within the compartment.

Abstract: A blood sampling tube preferably of glass is formed with a hermetic closure which is applied by press fitting and can be pulled off the tube. The closure has an annular cap in which the needle-pierceable membrane is secured and whose inner and outer walls flank the walls of the tube to the mouth of the cap, an annular portion of the membrane being compressed between the inner cap wall and the inner surface of the tube.