Abstract: A liquid dosing device for dispensing a metered dose of liquid from a squeezable container, comprising an outlet passage leading to a discharge opening; a dosing chamber positioned behind said discharge opening and having at least one entrance opening allowing a charging flow of liquid from said container into said dosing chamber under the influence of weight of liquid, and a drive opening allowing a control flow of liquid from said container into said dosing chamber in response on a rise of pressure of liquid in the squeezable container; a floating plunger movably arranged in the dosing chamber so as to advance upon said rise of pressure from a rest position in which under the influence of a lifting force of buoyancy said floating plunger closes said drive opening, into a blocking position in which said floating plunger blocks said outlet passage, wherein said floating plunger when advancing into said blocking position, pushes said liquid charged into said dosing chamber, to said outlet passage; a stop seat

Abstract: The invention relates to a closure device for a container, comprising a base element that can be attached to an opening of the container, and a lid, such as a cover, that can be disposed back and forth between a completely closed, and a completely open, position, wherein the closure device is configured such that the lid has at least one defined intermediate position between the completely closed and the completely open positions, and wherein the closure device has at least one degassing channel, which is sealed off in the completely closed position of the lid and enables pressure compensation between a side of the closure device facing the interior of the container and the surrounding area in the intermediate position of the lid.

Abstract: The invention relates to a closure device having a two-part base element and a hinged cap pivotally fastened to the base element and movable between a closed and an open setting. The base element is configured in two parts, with one part being a substantially annular fastening element and the other part being a dome-shaped dispensing element inserted into the substantially annular fastening element. The invention also relates to a method of producing such a closure device.

Abstract: The present invention relates to a closure system, which comprises a dispensing closure and a spout of a container or a spout for a container, to which the dispensing closure can be attached, wherein the dispensing closure is designed as a rebounding closure. The dispensing closure and spout are designed in such a way that the dispensing closure can be separated from the spout or container via a rotational motion. The invention also relates to a dispensing closure for such a closure system.

Abstract: The invention relates to a closure device for a container, comprising a base element that can be attached to an opening of the container, and a cover that can be disposed back and forth between a completely closed, and a completely open, position, wherein the closure device is configured such that the cover has at least one defined intermediate position between the completely closed and the completely open positions, and wherein the closure device has at least one degasing channel, which is sealed off in the completely closed position of the cover and enables pressure compensation between a side of the closure device facing the interior of the container and the surrounding area in the intermediate position of the cover.

Abstract: The present invention relates to a closure system, which comprises a dispensing closure and a spout of a container or a spout for a container, to which the dispensing closure can be attached, wherein the dispensing closure is designed as a rebounding closure. The dispensing closure and spout are designed in such a way that the dispensing closure can be separated from the spout or container via a rotational motion. The invention also relates to a dispensing closure for such a closure system.

Abstract: The invention relates to a closure device having a two-part base element and a swing-action lid, wherein the swing-action lid is fastened on the base element by means of a hinge device which provides at least two independent pivot axes which are spaced apart from one another. The invention also relates to a method of producing such a closure device.

Abstract: A dispensing closure (10) for a drinks container, having a closure body (100), the passage opening (126) of which is in communication with the outlet opening of the container, a closure element (200) and a flexible dispensing tube (300). A pinch member (280) is arranged on the closure element (200), and a mating holder (180) is arranged on the closure body (100). A cover (120) of the closure body (100) has a stepped stub (124) with an outlet opening (126) for the flexible dispensing tube (300). The flexible dispensing tube (300) is matched to the stub (124). An annular shoulder of the flexible dispensing tube (300) bears against an annular stop face (130) of the flexible tube holder (122, 124) and is widened by an annular bead (332) which engages in an annular groove (132) of the second step (134). The flexible dispensing tube (300) covers the annular shoulder (122).