Abstract: A package display pusher assembly has a vacuum thermoformed tray, a vacuum thermoformed pusher arm, constructed independently of the vacuum thermoformed tray and a spring. The spring is coupled to the vacuum thermoformed tray at one end and the vacuum thermoformed pusher arm at it other end, configured to bias the pusher arm towards a point where the spring is coupled to the vacuum thermoformed tray.

Abstract: A display including a tray having a front side and a back side and two side walls. One or more display compartments are formed within the display. A pusher arm is provided for each of the compartments. Each pusher arm has an upper side and a lower side and is connected on the lower side to the back side of the tray and slidably connected on the upper side to each of the display compartments.

Abstract: Blister shells for packages each have a product receiving area having a substantially round configuration defined, at least in part, by an angled wall. At least one spacing lug is located on an inside surface of the angled wall and at least one anti-rotation boss is located on an inside surface of the angled wall. The at least one spacing lug and the at least one anti-rotation boss keep the plurality of blister shells arranged in a uniform direction during package assembly, and keep products within the blisters from rotating within the blisters of the packages.

Abstract: A display including a tray having a front side and a back side and two side walls. One or more display compartments are formed within the display. A pusher arm is provided for each of the compartments. Each pusher arm has an upper side and a lower side and is connected on the lower side to the back side of the tray and slidably connected on the upper side to each of the display compartments.

Abstract: A package comprises a housing portion having a cavity for holding an item, a cover portion, and a connection portion connected the housing portion and the cover portion. The connection portion is generally flat and is less in bending resistance than adjoining parts of both housing and cover portions, whereby the package is most liable to bend at connection portion so as to bring the cover portion and the housing portion to each other.

Abstract: A three-piece novel package structure comprises a box-shaped frame and a pair of holding elements. Each of the holding elements has a pair of flaps at its opposite ends that will be sandwiched by a pair of retaining covers between the retaining covers and the sidewalls of the frame. The retaining covers may further have tongues to engage with slots provided on the holding elements.

Abstract: The invention provides a retail sales package adapted for mounting on a peg display. The package is formed of two opposed sheets of plastic. At least one of the sheets of plastic is formed with a cavity into which a card and a product are placed. One of the sheets is printed on its inside surface. The two sheets of plastic are brought into contact and sealed together at their peripheral edges. A hang hole is formed during sealing and has its periphery sealed to form a fused edge. The printed card or paper is placed into the cavity with the product prior to the second sheet being sealed to the first sheet. The invention further provides a method for assembling the opposed sheets of plastic by placing them sequentially on a tool having protruding pins adapted for only allowing selected sheets to be mated.

Abstract: A one-piece inner package is disclosed to be made from a single plate. A shoulder with a seat portion supports one end of the product, while an opening on a slope portion supports the other end of the product. Movement of the product inside the outer box is therefore prevented by the seat portion, the opening, as well as by a back wall of the outer box.