Abstract: The invention is directed to a closure moulded in closed position. The closure comprises a body and a lid, which are separated by a circumferential gap. A snap hinge comprising two trapezoid elements which are connected each by film hinges to the body and the lid, causes a snap action while opening or closing the closure. The closure offers opening angles in the range of 220°.

Abstract: The present disclosure is directed to a closure with an external hinge arrangement. The closure includes a lower closure part (2) and an upper closure part (3) which are functionally interconnected to each other by an external hinge arrangement (4). The external hinge arrangement includes a first and a second articulation element (5, 6) and at least one intermediate element (7, 8, 23).

Abstract: The invention is directed to a hinged closure (1) preferably molded in a closed position. The closure has a base (2) and a lid (3) interconnected to the base by a hinge arrangement (4). A latching mechanism (15) holds the closure (1) in position with respect to a neck (12) and prevents unwanted opening.

Abstract: The invention is directed to a closure moulded in closed position. The closure comprises a body and a lid, which are separated by a circumferential gap. A snap hinge comprising two trapezoid elements which are connected each by film hinges to the body and the lid, causes a snap action while opening or closing the closure. The closure offers opening angles in the range of 220°.

Abstract: The invention concerns a tamper evidence and locking means for a closure and a tamper evident closure. The tamper evidence and locking means indicate initial opening and allow relocking the closure after initial opening.

Abstract: The present disclosure is directed to a closure with an external hinge arrangement. The closure includes a lower closure part (2) and an upper closure part (3) which are functionally interconnected to each other by an external hinge arrangement (4). The external hinge arrangement includes a first and a second articulation element (5, 6) and at least one intermediate element (7, 8, 23).

Abstract: The invention relates to a tourbillon mechanism comprising at least one platform, a balance arranged on the face of the platform(s), an escapement mechanism being arranged on the other face.

Abstract: The invention is directed to a hinged closure (1) preferably molded in a closed position. The closure has a base (2) and a lid (3) interconnected to the base by a hinge arrangement (4). A latching mechanism (15) holds the closure (1) in position with respect to a neck (12) and prevents unwanted opening.

Abstract: The present invention is directed to a closure (1) for container and a process for making of the closure (1). The closure comprises an outer shell (2), a sealing liner (8) and a barrier liner (12) which at least partially is encompassed by the sealing liner (8) and the outer shell (2). The sealing liner (8) comprises holding means (10, 15) to temporarily hold onto a core of an injection molding device such that the sealing liner (8) can be moved between several positions during making of the closure (1).

Abstract: The invention concerns a tamper evidence and locking means for a closure and a tamper evident closure. The tamper evidence and locking means indicate initial opening and allow relocking the closure after initial opening.

Abstract: The invention relates to a tourbillon mechanism comprising at least one platform, a balance arranged on the face of the platform(s), an escapement mechanism being arranged on the other face.

Abstract: The invention is directed to a closure moulded in closed position. The closure comprises a body and a lid, which are separated by a circumferential gap. A snap hinged comprising two trapezoid elements, which are connected each by film hinges to the body and the lid, causes a snap action while opening or closing the closure. The closure offers opening angles in the range of 220°.

Abstract: A closed injection moulded plastic closure (20) having a first closure part and a second closure part (22). The first closure part is connected to the second closure part by snap-on hinged connection. The first and second closure parts have no main hinged connection with each other, but are connected to one another by two connecting elements and four hinged connections bordering the two connecting elements on nonadjacent sides. Coupling elements may serve as an original warranty seal for indicating opening for the first time. If required, a catch and a counter-element serve as a locking mechanism and prevent unintentional opening of the closure.

Abstract: A coordinated multi axis hinge arrangement provides a snap action between stable open and closed states. When the hinges operate between the stable open and closed states across a dead center position, resilient forces imparted by torsionally rigid connecting elements (33.1, 33.2) of the hinge to adjacent hinge parts such as body and lid elements are transferred by coupling or transmitting areas (45.1, 45.2) adjacent the bending regions (34.1-34.4) or film hinges to remote resilient deformation energy storage areas (40.1-40.3). As the inge passes a dead center position, this energy is in turn supplied and returned to the rigid connecting elements to impart snap action to the closure. The closure may be cast as a single piece of plastic material and may be cast in the open position.

Abstract: The invention relates to a sealing device (3, 30) for sealing off an opening (5) of a plastic drink package. Said sealing device (3, 30) has a flexible collar (10) that is provided with an inward-facing surface (45) that is subject to the internal pressure. The collar (10), in the closed position of the sealing device (30), is functionally linked with a collar rim (11) of the opening (5) to be sealed off and is adapted to exert a pressure (K) thereon that increases in proportion to the internal pressure (P).

Abstract: A coordinated multi axis hinge arrangement provides a snap action between stable open and closed states. When the hinges operate between the stable open and closed states across a dead center position, resilient forces imparted by torsionally rigid connecting elements of the hinge to adjacent hinge parts such as body and lid elements are transferred by coupling or transmitting areas adjacent the bending regions or film hinges to remote resilient distortion or deformation energy storage areas. As the hinge passes a dead center position, this energy is in turn supplied and returned to the rigid connecting elements to impart snap action to the closure. The closure may be cast as a single piece of plastic material and may be cast in the open position.

Abstract: A resilient hinge arrangement does not utilize a principal hinge but instead includes at least two hinge parts. One or more tilting steps are arranged in series and are constructed from at least two connecting elements, each of which is formed by a rigid pressure element and a tensionally elastic tension element. The connecting element are each attached, via a hinged connection, normally a film hinge, either to intermediate members or directly to the hinge parts. The pressure and tension elements are arranged to be at least substantially shear-resistant with respect to each other through an associated shear element.