The present disclosure provides for a system and device that may limit rolling and shifting of curved-surface objects on a movable surface. More specifically, the system and device may comprise a holder with a frame and openings configured to fit curved-surface objects. In some aspects, a holder may be configured to fit a particular movable surface, such as a grocery cart, conveyor belt, or car trunk, as non-limiting examples. In some embodiments, the sizes and shapes of the openings may be configured to accept certain types or sizes of curved-surface objects.

A packaging for a bioprocessing bag includes a housing having an open interior space, and a support base attached to an external side of the housing, the support base having a recess for receiving an impeller base plate of a bioprocessing bag.

A package system is provided. The package system comprises a carton having at least a first carton panel including a first tab having a first tab edge defined by internal walls of the first panel, a second carton panel opposing the first panel, and a third carton panel between the first carton panel and the second carton panel, the carton having a carton length that is defined as a first distance parallel to the third carton panel between the first carton panel and the second carton panel; and a drawer configured to slide into and out of an interior of the carton, the drawer having at least a first drawer panel opposing the first carton panel, a second drawer panel opposing the second carton panel, and a third drawer panel opposing the third carton panel, the third drawer panel adjoined between the first drawer panel and the second drawer panel.

A food support tray comprised of an expanded paperboard mesh tray insert for a delivery carton such as a pizza carton or a fresh produce clamshell. The expanded paperboard mesh is adapted for supporting pizza or other food items on the bond peaks of the expanded mesh, thus isolating the food item from oil and juices that could make the fresh food item turn soggy.

Disclosed herein is a pharmaceutical syringe having a cylindrical bore with a proximal opening, the syringe comprising a distal wall of the bore defining an outlet biased from the central axis of the syringe, and toward a first area of the distal wall and biased from the central axis away from a second area distinct from the first area; the syringe comprising a plunger seal having a distal surface; wherein when the plunger seal is fitted into the bore with the distal surface facing an inner surface of the distal wall of the bore, the second area of the inner surface is axially closer to the distal surface of the plunger seal than the first area, in a direction parallel to the central axis of the cylindrical bore, such that fluid is expelled from the second area and towards the outlet.

A tray (2) is made of cardboard, paperboard or other lightweight foldable sheet material and comprises one or more pockets (8) for receiving product. The tray (2) comprises a top sheet (4) defining one or more top sheet openings (10) for the one or more pockets (8) and a bottom sheet (6) attached to the top sheet (4) and comprising one or more bottom sheet openings (12) aligned with the top sheet openings (10). The top sheet (4) comprises one or more respective sets of top sheet flaps (28, 30, 32) which each comprise a top sheet flap proximal panel (28P, 30P, 32P) hingedly connected to the top sheet (4) about a respective top sheet flap proximal hinge line (36, 38, 40) defined at the respective top sheet opening (10) At least one of the top sheet flaps (28, 30, 32) further comprises a top sheet flap distal panel (28D, 30D, 32D) hingedly attached to the respective top sheet flap proximal panel (28P, 30P, 32P) about a respective top sheet flap distal fold line (42, 44, 46). Each top sheet flap (28, 30, 32) is folded about the respective top sheet flap proximal hinge line (36, 38, 40) to extend through the bottom sheet opening (12) such that the top sheet flap proximal panel (28P, 30P, 32P) thereof defines, at least in part, a side wall (66, 68, 70) of the pocket (8). The bottom sheet (6) comprises one or more respective sets of bottom sheet flaps (50). At least one bottom sheet flap (50) comprises a bottom sheet flap proximal portion (50P) hingedly attached to the bottom sheet (6) about a respective bottom sheet flap proximal hinge line (52) defined at the respective bottom sheet opening (12) and a bottom sheet flap distal panel (50D) hingedly attached to the bottom sheet flap proximal panel (50P) about a respective bottom sheet flap distal fold line (62). The bottom sheet flap (50) is folded about the respective bottom flap proximal hinge line (58) such that the bottom sheet flap proximal panel (50P) defines at least in part a pocket side wall (74), and the bottom sheet flap distal panel (50D) defines at least in part a base wall (64) of the pocket (8). Within each pocket (8), at least one top sheet flap distal panel (28D, 30D, 32D) is adhesively secured to the bottom sheet flap distal panel (50D).

Examples of the present disclosure relate to a build material container for a three-dimensional printing system. The container has an external casing and a plurality of reservoirs within the external casing. Each reservoir has an outlet to supply build material stored within the reservoir.

A package includes a tray and a sleeve. The tray is slidable within the inner cavity between a closed position and an open position. A side panel of the sleeve is provided with a rear locking slot. A resiliently deflectable locking tab extends from the tray. The locking tab and rear locking slot are shaped and positioned such that when the tray is seated in its closed position, the tray locking tab extends through the sleeve locking slot, locking the tray into position. Downward deflection of the locking tab causes it to be released from the rear locking slot.

The present disclosure relates to a battery cell tray, which is a tray configured to accommodate a plurality of cylinder type battery cells in a storage of a first packaging member, including a first tray member having a plate type structure in which a plurality of first recessed portions surrounding one side end portions of the battery cells are formed; and a second tray member having a plate type structure in which a plurality of second recessed portions surrounding the other side end portions facing the one side end portions of the battery cells are formed, and the first and second tray members includes a volatile rust inhibitor which is vaporized at room temperature to form a rust-proofing film on surfaces of the battery cells.

A packaging for an object and a method of packaging the object are disclosed The packaging comprises a sealable outer box and at least one padded part for insertion into the interior of the outer box. The padded part comprises shaped cushioning parts on its periphery for supporting the padded part on the inside against the side walls of the outer box so as to be secured against displacement. The padded part also includes a recess for the precisely fitting accommodation of the packaged object. Finally, the packaging in accordance with the invention comprises a support insert that, together with the padded part, defines a packaging space for the packaged object within the outer box, wherein the support insert extends at a distance from the side walls of the outer box and forms at least part of a side wall of the packaging space.