Abstract: A system for storing and opening encased articles, such as those wrapped in a protective seal, provides a combined container and seal cutting apparatus. The container is configured to store at least one removable article encased within a protective seal. The seal cutting apparatus includes a receiving channel and a cutting member which extends into the receiving channel. The receiving channel is configured to receive at least a portion of the seal while the cutting member is configured to cooperatively cut the seal portion as it is inserted into and translated along the channel. The cutting apparatus may be permanently or temporarily attached to the container.

Abstract: A dispensing container (300) includes a cavity (110) for storing products (310), an inner wall (122), and an outer wall (200). Each of the inner wall (122) and the outer wall (200) include an opening (130, 220). The inner wall (122) and the outer wall (200) can be positioned relative to one another such that the openings (130, 220) align or misalign. The dispensing container (300) is thereby placed in an open condition or a closed condition.

Abstract: A dispensing container is provided, the container including an outer shell comprising a top, a bottom, sidewalls extending between the top and bottom, and two ends, at least one end being open; an inner tray, slidably received within the outer shell, comprising at least one storage compartment adapted for storage of a plurality of units of a product to be dispensed, and comprising at least one depressible detent, the detent comprising a raised surface that abuts the outer shell; wherein, in a closed configuration, the detent holds the inner tray within the outer shell, and wherein the at least one detent may be depressed by pressure to allow the inner tray to slide relative to the outer shell.

Abstract: In a method for manufacturing a package for holding multiple media discs, comprising, a plurality of media disc trays is provided, each tray having a side hinging surface. The trays are arranged into a stack, such that their respective side hinging surfaces line up with each other to form a composite hinging surface. A label is positioned over the composite hinging surface. The label is affixed to the composite hinging surface, such that the label provides a hinge between each tray in the stack and at least one adjacent tray.

Abstract: Disclosed is a package for storing a product, such as smokeless tobacco, which includes, inter alia, a container that has opposing upper and lower surfaces, and a container sidewall that extends between the upper and lower surfaces to define an interior for storing a plurality of products. The upper surface of the container has an apex intermediate a first region and a second region and the container sidewall defines an opening sized and configured to release at least one of the products. The package also includes an outer cover having an upper section and a cover sidewall depending from the upper section. The outer cover is configured to retain the container and selectively seal the opening. The container pivots about the apex to transition between open and closed positions.

Abstract: A package (10) is described that includes a sleeve (12) having at least one end defining an opening. The sleeve further includes at least one pair of locking tabs (18) extending therefrom, each locking tab including a locking edge, each locking tab being folded inwards into the opening. The package further includes a rigid end cap (14, 16) dimensioned to fit closely within the opening, the end cap including a rim (30, 32) designed so that, when the end cap is inserted into the opening, the rim engages the sleeve end and prevents the end cap from being inserted further into the opening. The end cap further includes a channel (22, 24) for receiving the pair of locking tabs, the channel having a ledge (34, 36) that engages the locking edge of each locking tab to prevent the end cap from being removed from the sleeve opening. Another described package provides a release mechanism for allowing an end cap to be removed without causing damage to the package.

Abstract: A container for dispensing a product is provided, the container including an outer casing body having a cavity; a dispensing tray adapted for sliding movement within the cavity of the outer casing body between a closed and locked position and a dispensing position, the dispensing tray having an internal storage compartment for storage of a plurality of units of a product to be dispensed, a dispensing window, and a stop for engaging the outer casing body to prevent removal of the dispensing tray from the cavity; and a locking mechanism for releasably locking the dispensing tray in the cavity, the locking mechanism including protrusions projecting from the outer casing body into the cavity and positioned adjacent to a moveable flap formed in the outer casing body, and recesses carried by the dispensing tray and positioned to engage the protrusions when the dispensing tray is in the closed and locked position.

Abstract: A package has a sliding blister card and a locking sleeve made from a base and a top. The card is made from conventional blister dose packaging material, with blisters formed in a single layer plastic top holding medicaments on a sealing paper, board, or foil layer. The top and base form a closed case, open along one end. The blister card is slid into the sleeve until detent(s) engage aperture(s). Appurtenant(s) adjacent to the detent(s) urge the blister card to engage the detent(s) at the card's receiving aperture. Pressing on release disengages the card and detent by warping the card to move the aperture away from the detent so that the card may be slid through the open end of the sleeve. Reverse pressure easily slides the blister card back into the containment element without manipulation of parts.

Abstract: A system for storing and opening encased articles, such as those wrapped in a protective seal, provides a combined container and seal cutting apparatus. The container is configured to store at least one removable article encased within a protective seal. The seal cutting apparatus includes a receiving channel and a cutting member which extends into the receiving channel. The receiving channel is configured to receive at least a portion of the seal while the cutting member is configured to cooperatively cut the seal portion as it is inserted into and translated along the channel. The cutting apparatus may be permanently or temporarily attached to the container.

Abstract: A container includes a slidable tray and a locking sleeve. The tray is a conventional blister package, with blisters formed therein. The tray includes a slot and the sleeve includes a stop that extends through the slot to prevent the tray from sliding out of the sleeve. The sleeve includes detents that engage with holes in the tray to lock the tray in multiple positions. Manipulating a biaser releases the detents from the holes, thereby allowing the tray to slide within the sleeve.

Abstract: A package comprising an outer sleeve with an inner void having a push-release locking mechanism positioned therein, and a tray for receiving articles that is pivotally connected to the outer sleeve, in which the push-release locking mechanism includes a means for locking and a means for spring loading, each located between the tray and the outer sleeve; and a method for releasing the tray from the outer sleeve, are described herein.

Abstract: Described herein is an apparatus and method for attaching a removable and reusable electronics component to a to a slide card that can be preprinted with electrical traces for the purpose of collecting data on pill expression. A removable and reusable electronics component can be coupled with a slide card incorporating preprinted electrical traces, using a hub like plastic seating component attached to and through the slide card.

Abstract: A package for holding one or more media cartridges includes a tray, which has at least one latch for engaging the one or more media cartridges. The tray can have one or more receptacles defined therein for accepting each of one or more media cartridges. Each receptacle is preferably contoured to substantially follow a contour of the media cartridge(s). Each receptacle includes at least one resilient latch defined in the wall of the tray, associated with each of the one or more receptacles. The at least one latch is configured and adapted to engage a first edge of a media cartridge.

Abstract: Disclosed is a media package that includes a media tray assembly and a protective cover. The media tray assembly includes at least one media-carrying component and a first latching element. The protective cover is configured to receive the media tray assembly and has a second latching element that engages the first latching element, thereby securing the media tray assembly with the protective cover.

Abstract: A blister pack (10) includes a blister segment (12) and a tool (T1, T2), both integrally formed with a tray (Y). The blister segment (12) has a blister bubble (14) at least partially surrounded by a blister flange (F). Substrate (16) serving as a gate (18) covers the opening of the blister bubble (14). The tool (T1, T2) is adapted for puncturing the substrate gate (16/18) to gain access to the interior of the blister bubble (14). A blister segment (12) is configured and has reinforcing features (40, 34) so that it may serve as the tool (T1, T2).

Abstract: A container to hold optical disk media is described, incorporating disc locking arms to loosely retain discs when the container is open, and securely retain discs when the container is closed.

Abstract: A lockable container includes a lockable sleeve and a slideable platform. The slideable platform can be stored in the lockable sleeve. The sleeve and the slideable platform can each have one or more of an engaging mechanism and a receiving mechanism, with reciprocal engaging mechanisms and/or receiving mechanisms being included at the other element. A release button can be included in the sleeve to disengage the engaging mechanism from the receiving mechanism. A deactivation tool can be provided that selectively prevents the engaging mechanism from engaging the receiving mechanism. The tool can be a stand-alone part, or can be joined to a jacket or a deactivation clip. The jacket can be slideably attached to the sleeve, and the deactivation clip can be inserted into or clipped onto the sleeve.

Abstract: Taught herein is an electronic module expansion bridge (115). In an exemplary embodiment, the bridge (115) includes a flexible mounting plate (155). In contact with the mounting plate (155) is a conductive lead (160) with at least one first contact area (165) and at least one second contact area (170). The bridge (115) is configured to connect an electronic module (110), at the first contact area (165), to a conductive trace (125) that is in contact with a substrate (105) at the second contact area (170). In one embodiment, a substrate (105) is used to form a package (100) for enclosing one or more articles. An electronic module (110) is positioned in the package (100) and connected to the conductive trace (125) via the bridge (115). In an alternative embodiment, the bridge (115) is extended to form an inner sleeve to enclose or otherwise cover or protect the electronic module (110).

Abstract: A dispenser (10) includes a container (12) and a dispensing cap (14) that is attached to an open end (30) of the container (12). The dispensing cap (14) includes a base portion (40) that defines a compartment (74) for receiving a quantity of items from the container (12) and a rotating portion (42) that includes an ejecting fin (92). The rotating portion (42) can rotate such that the ejecting fin (92) can contact a quantity of items in the compartment (74) so as to dispense the quantity of items through an open end of the compartment (74).