Abstract: A method of verifying that a user is authorized to access a secured area via an entry point includes receiving at a first computer and from a user device associated with the user, check-in request information that includes: a membership number associated with the user and a travel event; and a lounge location. The method also includes generating a time stamp for the receipt of the check-in request; verifying that the membership number is a valid membership number; and verifying that the time stamp is within a predetermined window of time. The method also includes sending, in response to the verification, instructions from the first computer to a second computer positioned near the entry point to display a window that includes user information associated with the user.

Abstract: A closure for a container is injection moulded from plastics material and comprises (a) a body 61 that has a top wall 5 that has a central opening 7 and (h) a cap 9 that closes the opening 7 when the closure in an operative position on the container. The closure also comprises a region of reduced wall thickness 11 that defines a fracture line that facilitates separation of the cap from the closure. The cap 9 has two diametrically opposed inwardly projecting tabs 23 that cause a greater amount of post-moulding shrinkage than the adjacent parts of the cap after injection moulding of the closure. Consequently, the tabs 23 place a section of the region of reduced wall thickness that in alone to the tabs 23 in tension whereby this section preferentially fractures when a person applies force to separate the cap from the closure.

Abstract: A snap-off closure for a container in disclosed. The closure is injection moulded from plastics material and comprises (a) a body 61 that has a top wall 5 that has a central opening 7 and (b) a cap 9 that closes the opening 7 when the closure in an operative position on the container. The closure also comprises a region of reduced wall thickness 11 that defines a fracture line that facilitates separation of the cap from the closure. The cap 9 has two diametrically opposed inwardly projecting tabs 23 that cause a greater amount of post-moulding shrinkage than the adjacent parts of the cap after injection moulding of the closure. Consequently, the tabs 23 place a section of the region of reduced wall thickness that in alone to the tabs 23 in tension whereby this section preferentially fractures when a person applies force to separate the cap from the closure.

Abstract: A push/pull closure is disclosed the closure includes a body part (3) and a slider part (41). The slider part (41) can be moved between closed and opened positions. The body part (3) includes a nozzle section (15), a container neck engaging section (21), and an annular section (23). One feature of the closure is that the annular section (23) operates in an overcentre action to move the body part (3) from a raised position to a lowered position. As the annular section (23) moves to the lowered position the closure pierces a container membrane (7) to allow the container contents to be dispensed. Another feature of the closure is that the nozzle section (15) includes an air vent (71) that opens into a cavity (35) in which the slider part (41) slides between the open and closed positions. The air vent (71) spaced away from an outlet end (11) of the nozzle section (15) in order to minimised air entrainment as the contents of the container are being dispensed.

Abstract: A closure (1) for a container is disclosed. The closure has a cap (11) which includes a top wall (13), a side wall (15), and a closure member (25) that can be moved into a closed position in which the closure member engages a reaction surface of the container. In this closed position the closure member resists release of the cap from the container and generates a downwardly-acting force which results in a seal being formed between the cap and a rim (71) of the container. The closure member is connected to the side wall so that it can move in an overcenter action between an open position in which the closure member does not engage the reaction surface and the closed position in which the closure member engages the reaction surface.

Abstract: A tamper evident closure formed from a plastics material is disclosed. The closure includes at top wall (3) and a downwardly depending skirt (5) that has an internal thread (7) adapted to engage an external thread (15) on a neck (13) of a container (11). The closure further includes a tamper evident member (9) which includes bridges (27) that connect the member to the skirt. The tamper evident member further includes a side wall that has a series of openings (21) and a plurality of tab members (33) which are connected to the side wall and extend upwardly and inwardly within a space defined by the closure and inwardly of the openings (as viewed from outside the closure). A mould assembly and a method of moulding the closure are also disclosed.

Abstract: The tamper indicating closure disclosed herein is designed for use with containers having a threaded neck section and an annular bead or flange located below the threaded neck section. The tamper indicating closure includes a cap with a top wall and a downwardly extending annular side wall. The cap includes a thread on the inner surface of the side wall for locating the closure on the threaded section of the container neck, and a tamper indicating member is connected to the lower section of the side wall. The tamper indicating member includes an annular band with a plurality of upwardly extending locking tabs. A plurality of flexible hinges are used to interconnect the locking tabs and the annular band. The locking tabs are configured to react against the annular head or flange of the container neck to prevent the removal of the annular band from the container when the closure is in a closed position.