Abstract: A locking cap (1) with a snap hinge (4) and that attains a structural solution which is favourable by using a hinge strap that (6) changes into a crosspiece (8) via a thin spot (10).

Abstract: A bottle closure cap for two-component packings having a collar which extends into the bottleneck and bears a beaker via a thread of opposite direction to the bottle screw-on thread. For ease in manufacture and use, the invention proposes that the collar (9) which extends into the bottleneck continue on top in a collar wall (11) with internal thread (14) in order to receive and hold a lid (28).

Abstract: A container (1) for the dispensing of liquid (2), in particular for dispensing in spray or foam form, with dispensing nozzle (D) arranged on the top side of the container (1) and a pump handle (15) for a pump (P) which is associated with the container and has a pump cylinder (11), a piston rod (16) and a pump piston (22) for producing a pressure cushion above the surface (14) of the liquid. The pump chamber (21) has an air inlet valve (V1) and an air outlet valve (V2), and, in order to obtain a structural form which is dependable in function and favorable in use, the air outlet valve (V2) comprises two valves (34, 35) which are connected one behind the other and between which an air volume can be enclosed.

Abstract: The present invention relates to a multicomponent package having an outer container (1), a screw cap (4) screwed thereon, and an inserted cup (2, 3) the bottom (6, 7) of which has a predetermined breaking line (10, 11) which can be acted on by an impact edge (8', 9') which is aligned with the annular step (14, 15), and it proposes, in order to obtain a solution which is particularly favorable in use, that there be provided at least one additional inserted cup (3), which is centered in the first inserted cup (2), the cup wall (21) of which, continued in axial direction beyond the bottom of the cup, forms an impact collar (9) of its own.

Abstract: The present invention relates to a closure cover (V) for infusion or transfusion bottles, having a stopper (6) which is adapted to the bottle neck (3) and is extended over by a cap (8) which is anchored by undergripping on the bottle neck (3), and it proposes in order to obtain a solution which is particularly advantageous from a structural standpoint, that the undergripping of the cap (8) is obtained by resilient individual tongues (10) which are secured in the undergrip position by a sliding ring (15) surrounding them, the cap having tabs biased outward from the bottle neck for serving at the same time to secure the sliding ring (15) in its support position.

Abstract: A invention relates to a container (1) for the spray-dispensing of liquid (2), having spray nozzle (D) arranged on the head side of the container (1) and a handle (14) for a pump (P) associated with the container, which pump has pump cylinder (6), piston rod (16) and pump cylinder for the production of a cushion of compressed air above the surface of the liquid (8), and, in order to obtain a structural shape which is free of residual pressure and avoids a springing back of the piston rod (16), the pump cylinder (6) at its lower end forms a pressure-relief opening (35) which can be moved over by the sealing surface of a cuff (22) which forms the pump piston, said opening being in flow communication with an outwardly open tube cross section (17) of the piston rod (16) when the pump piston (22) is in depressed position.

Abstract: A method for the dispensing of a filling material, especially a liquid detergent, from a container provided for this purpose into a material to be washed during a mechanical washing process wherein the container with the filling material is subjected to the washing process, filling material being delivered from the container during this process. The provision is made that the dispensing of the filling material from the container is regulated by exertion of a force on the container during the washing process. Furthermore, a container is provided suitable for performing this method.