A viscous fluid dispenser (10), comprises a compressible body (12) having a substantially tubular profile and comprising an interior fluid holding cavity (26) and a head (18) comprising a cap structure (20) operatively connected to an operative end (14) of the compressible body (12) and a nozzle (24) communicatively connected through the cap structure (20) to form a continuous off-center passage through the head (18) from the interior fluid holding cavity (26) to an exterior fluid expressing side. A fluid dispenser package comprises a compressible body (12) having a substantially tubular profile with a cleft (44) within the profile extending longitudinally to the body (12) profile from a top end (40) of the profile to a location intermediate along the profile to form a tapering cleft (44) within the body (12) profile; and a head (18) comprising a cap structure (20) and a nozzle (24) communicatively connected through the cap to form a continuous passage (36) through the head (18) from an interior fitting side to an exterior fluid expressing side, wherein the head (18) is removably stored at the body (12) top end (40) in a connection reversed to an operating connection with the nozzle (24) cradled in the cleft (44) within the tubular profile of the flexible body (12). A method of applying a viscous fluid to a target area comprises positioning a compressible viscous fluid dispenser (10) comprising an angled dispensing nozzle (24) at an angle from a perpendicular of the dispenser (10) to the target area and compressing the dispenser (10) to express viscous fluid directly onto the target.

A binding clip formed from a flat plate material. The binding clip comprises an opening (10) at one end, a receiving portion (11), a pair of leg portions (12a,12b), and a pair of engaging projections (18a,18b). The receiving portion is for receiving an object to be bound in the depths of the opening. The leg portions (12a,12b) define the opening and are adapted to be crossed with each other thereby to bind the object to be bound. The engaging projections (18a,18b) are bulgingly formed at portions continuing from the opening to the receiving portion (11). The engaging projections (18a,18b) are adapted to overlap each other and project into the receiving portion (11) when the leg portions (12a,12b) are crossed.

In known analyzers, test elements are supplied in the form of a stack retained in a cartridge. However, the presence of the cartridge has proved to be not entirely satisfactory due to their expense, the difficulty in determining when they are "empty", and also the problems associated with supplying lables giving the correct information relating to the test elements in a particular cartridge. Described herein is a stack of test elements which are not housed in a cartridge and a method for forming such a stack. A stack (8B) is formed of heat-fusible plastic slide elements (10B, 10'B) which are temporarily and non-destructively fused together so that the stack (8B) can be used without the need for a cartridge. Furthermore, the test elements (10B, 10'B) have one of their edges (16B) colored, the other edges (18B) remaining uncolored so that a bar code (200, 202, 204, 206) can be formed due to simple rotation of each test element in the stack (8B) prior to fusing the elements (10B, 10'B) together.

In accordance with this process of making and/or packaging the containers of liquid, formally or functionally complementary are connected joined, at least in pairs, in a releasable fashion, for independent use. Form, size and volume ratios between the mother or bigger container (1, 1′, 1˝) and the son or smaller member (2, 2′, 2˝) is comprised between 1/30 and 1/3, whereby the bigger container (1, 1′, 1˝) may receive, therein, completely flash, the smaller container(2, 2′, 2˝), to provide for it at least a partial packaging. the mother or bigger container (1, 1′, 1˝) and the son or smaller member (2, 2′, 2˝) are included in the same package in the same room during transport, stoking and the like and are handled as a single piece.

La présente invention concerne un collier de serrage (1) comportant une bande de matière (11), une tête de fixation (2) qui comporte une première ouverture (30) munie d'un cliquet (34) et qui est saillante par rapport à l'axe longitudinal de la bande de matière (11), un élément d'insertion (15) agencé pour être introduit dans ladite tête de fixation (2), la première ouverture (30) traversant longitudinalement ladite tête de fixation (2) entre une entrée (31) débouchant à une extrémité libre de la tête de fixation (2) et une sortie (32) débouchant en direction d'une zone de jonction (16) entre la bande de matière (11) et la tête de fixation (2). La tête de fixation (2) comporte en outre une seconde ouverture (40) qui la traverse transversalement, disposée entre la zone de jonction (16) et la première ouverture (30) de sorte qu'en position de serrage dudit collier de serrage (1), la sortie (32) de la première ouverture (30) débouche à l'intérieur de la boucle et vers la seconde ouverture (40).

Die Erfindung betrifft eine Trägerplatte für pharmazeutische Behältnisse oder medizinische Packmittel, mit einem nicht zylindersymmetrischen Flansch, bevorzugt Kragen insbesondere Spritzen, Fläschchen oder Karpulen, umfassend eine Mehrzahl von Durchgangsöffnungen zur Aufnahme der pharmazeutischen Behältnisse oder medizinischer Packmittel, dadurch gekennzeichnet, dass die Trägerplatte wenigstens eine über eine Oberseite der Trägerplatte hinausragende Erhebung und / oder einzelstehende Bauteile mit einer Höhe (h) und wenigstens einer Schräge und / oder einem Radius umfasst,wobei jeder der Mehrzahl von Durchgangsöffnungen wenigstens eine Erhebung und / oder ein Bauteil zugeordnet und die Erhebungen und / oder das Bauteil derart ausgestaltet ist, dass wenigstens eine Schräge und / oder Radius mit dem nicht zylindersymmetrischen Flansch zusammenwirkt, derart dass die pharmazeutischen Behältnisse ausgerichtet werden.