A packing tray (10) for packaging glass bottles (B), such as a glass wine bottle, the packing tray comprising: a plastic foam or molded fiber sheet (12) comprising a top wall (14) and an array (20) of recessed cell pockets (22) extending from the top wall; the top wall having a peripheral surface (18) surrounding the array of cell pockets and defining a top reference plane TRP; each cell pocket (22) comprising an open ring-shaped recess (24) having an elongated longitudinal axis LA transverse to the TRP and configured to be substantially aligned with a longitudinal axis of a glass bottle disposed upright in the recess; the ring-shaped recess (24) including an upper cell portion (26) of a first diameter (FD) larger than a body diameter (BD) of the glass bottle, and lower ring portion (28) having resilient elements (30) radially disposed and spaced apart about a circumference (C) of the ring-shaped recess (24) and that extend radially inwardly from the first diameter (FD) and configured to engage the body diameter (BD) of the glass bottle and bend under lateral stress (LS) such that the resilient elements provide repeatable shock absorption; the peripheral surface (18) of the packing tray being sized to engage inner walls (42) of an outer shipping carton (40) in which the packing tray and glass bottles in the array of cell pockets are disposed for shipping.

Disclosed herein is a pharmaceutical delivery device comprising a cartridge containing a fluid, the cartridge including a light pipe section which acts as a light pipe having an input location; and a light diffusing section optically coupled to the light pipe; and a light source optically coupled to the cartridge at the input location to the light pipe, such that at least some light from the light source entering at the input location is diffused at the light diffusing section.

An improved packaging box to display a product therein wherein the packaging box comprises a box portion, a bottom support, and a top support. In conjunction with the box portion, the bottom support and the top support hold a product positioned or centered within the box to form an enticing display for the product, without the need for placing representative indicia on the package to indicate its contents.

An add-on for a self-injector including an adaptor and a bent fluid path is provided. The adaptor includes at least one coupling sized and shaped to couple the adaptor to a fluid reservoir. The bent fluid path is configured at a first end to penetrate tissue and coupled at a second end to the adaptor. The add-on coupled to the fluid reservoir forms an integral self-injector cartridge unit configured to be sterilized and filled with an injectable. The adaptor is configured to couple to a self-injector at least one of a plurality of reservoirs having different sizes and tip types.

An add-on for a self-injector including an adaptor and a bent fluid path is provided. The adaptor includes at least one coupling sized and shaped to couple the adaptor to a fluid reservoir. The bent fluid path is configured at a first end to penetrate tissue and coupled at a second end to the adaptor. The add-on coupled to the fluid reservoir forms an integral self-injector cartridge unit configured to be sterilized and filled with an injectable. The adaptor is configured to couple to a self-injector at least one of a plurality of reservoirs having different sizes and tip types.

A liner system for use with a carton of pre-packaged products to protect the carton from moisture may include a substantially continuous liner including a bottom panel and side and end wall panels extending upward from the bottom panel and defining an open top and the liner may be adapted for positioning in the carton prior to placement of the pre-packaged products and may include positioning features configured to maintain a position of the pre-packaged products.

A package includes a housing assembly and a drawer assembly. The housing assembly is provided with an open cavity, and the housing assembly has an unlocking member and a blocking surface. The drawer assembly is configured to carry an article and is engaged with the open cavity to receive the article in the open cavity. The drawer assembly includes an elastic member. When the elastic member abuts against the blocking surface, the blocking surface prevents the drawer assembly from sliding out of the open cavity. When a force is applied to the unlocking member to deform the elastic member, the elastic member is misaligned with the blocking surface so that the drawer assembly can slide out of the open cavity.

A more robust packaging structure for maintaining the integrity of compressible biologically active materials during storage and especially during transportation is provided. These containers protect the materials from shock, vibration, deformation, or separation from agitation. The compressible materials may be in the form of synthetic fibers, and may include a composite of fibers and beads or granules. Suitable materials that may benefit from such a robust packaging structure include synthetic materials that comprise a biologically active ceramic or glass.

A packing tray (10) for packaging glass bottles (B), such as a glass wine bottle, the packing tray comprising: a plastic foam or molded fiber sheet (12) comprising a top wall (14) and an array (20) of recessed cell pockets (22) extending from the top wall; the top wall having a peripheral surface (18) surrounding the array of cell pockets and defining a top reference plane TRP; each cell pocket (22) comprising an open ring-shaped recess (24) having an elongated longitudinal axis LA transverse to the TRP and configured to be substantially aligned with a longitudinal axis of a glass bottle disposed upright in the recess; the ring-shaped recess (24) including an upper cell portion (26) of a first diameter (FD) larger than a body diameter (BD) of the glass bottle, and lower ring portion (28) having resilient elements (30) radially disposed and spaced apart about a circumference (C) of the ring-shaped recess (24) and that extend radially inwardly from the first diameter (FD) and configured to engage the body diameter (BD) of the glass bottle and bend under lateral stress (LS) such that the resilient elements provide repeatable shock absorption; the peripheral surface (18) of the packing tray being sized to engage inner walls (42) of an outer shipping carton (40) in which the packing tray and glass bottles in the array of cell pockets are disposed for shipping.

A configurable pastry container is disclosed. In an embodiment, a configurable container is provided that includes a container bottom and a configurable rack that is placed within the container bottom. The configurable rack comprises one or more configurable openings that are configured to secure pastries having a plurality of sizes. The container also includes a container top that covers the container bottom to form an enclosed container that secures the pastries.