An adjustable pouch having a front portion, rear portion, first side portion, and a second side portion that are connected to a bottom portion and collectively defines an interior space that may be configured to receive different sizes of ammunition magazines is disclosed. The front and rear portions include a plurality of straps that extend lengthwise and the first and second side portions include a plurality of channels. The plurality of straps and the plurality of channels are configured to receive an elastic member having free ends that are tied together. In operation, an individual can pull on the tied free ends of the elastic member in order to adjust the volume of the interior space to accommodate ammunition magazines of different sizes.

A container is disclosed. The container has a container body including a sidewall surrounding an interior void with opposite open ends. The sidewall retains a movable panel that moves in opposite longitudinal directions toward the opposite open ends to increase or decrease a storage volume. The movable panel may include a manual sealing and locking mechanism. The container also includes a cover that covers one of the open ends and is openable or removable for access to contents. A one-way valve in the cover, sidewall, or movable panel permits evacuation of excess air from the storage volume.

The collapsible container is constructed from semi-rigid to rigid wall panels, such as eight panels, that are held together by fasteners that allow the wall panels to be folded in multiple manners while remaining attached. When in use, the eight panels form side walls, a front wall, a rear wall, and a bottom floor of a basket or container that are attached and rigid. The rigid walls and floor of the container secures, holds, and supports items within the container. When fully opened and ready for use, the bottom panels of the floor are connected to the side wall panels by at least one rigid hook shaped fastener, including two fasteners. When fully collapsed, the eight rigid panels fold so that all eight panels are stacked immediately upon one another.

A lift van crate formed as a rectilinear shaped compartment formed by a base; a first long wall having tabbed edges and a second long wall having tabbed edges, mounted to said base; a first short wall having tabbed edges and a second short wall having tabbed edges, mounted to said base, said first short wall and said second short wall having short wall receivers configured to receive at least one long wall interior tab of each of said respective adjacent first long wall and second long wall; a lid having an interior face and an exterior face, at least one lid receiver formed in said lid interior face, said lid configured to mount to each of said first long wall, second long wall, first short wall and said second short wall respectively by insertion of said tabbed edges into said at least one lid receiver.

A collapsible cup has a tubular body having an upper end and a lower end, centered on an axis, and formed with a plurality of helicoidal ridge formations spaced angularly around the tubular body and each extending between the ends of the body. A floor of greater rigidity than the body closes the lower end of the body. A ring reinforces the upper end of the body. The body and ridges are formed of an elastically deformable synthetic resin such opposite angular twisting of the upper and lower ends axially compresses together the upper and lower ends and moves upper end down close to the lower end.

Disclosed is a foldable cup and a spray cup, comprising: a cup opening, a cup body connected with the cup opening, and a discharge port disposed at the lower portion of the cup body, wherein the cup body is made of a flexible material, which, after being folded, shrinks the overall cup size. The disclosed cup body is made of a foldable, flexible material, such that the cup size can be shrunk to facilitate storage.

An adjustable pouch having a front portion, rear portion, first side portion, and a second side portion that are connected to a bottom portion and collectively defines an interior space that may be configured to receive different sizes of ammunition magazines is disclosed. The front and rear portions include a plurality of straps that extend lengthwise and the first and second side portions include a plurality of channels. The plurality of straps and the plurality of channels are configured to receive an elastic member having free ends that are tied together. In operation, an individual can pull on the tied free ends of the elastic member in order to adjust the volume of the interior space to accommodate ammunition magazines of different sizes.

An adjustable pouch having a front portion, rear portion, first side portion, and a second side portion that are connected to a bottom portion and collectively defines an interior space that may be configured to receive different sizes of ammunition magazines is disclosed. The front and rear portions include a plurality of straps that extend lengthwise and the first and second side portions include a plurality of channels. The plurality of straps and the plurality of channels are configured to receive an elastic member having free ends that are tied together. In operation, an individual can pull on the tied free ends of the elastic member in order to adjust the volume of the interior space to accommodate ammunition magazines of different sizes.

The present subject matter provides a storage system including a storage box and a light assembly. The storage box includes a box base with a mounting structure configured to be coupled to a modular storage system. A lid is coupled to the box base. The light assembly includes a base, a leg, and a light source. The leg is coupled to the base or the lid and is rotatable about a rotation axis. The light source is pivotally coupled to the leg and is rotatable about a rotation axis.

An article of manufacture for providing a resizable food storage container in different configurations is disclosed. The resizable food storage container includes a container surface wall, a removable lid, and a movable bottom element configured to change a position within the container surface wall changing the storage volume depending upon the position of the movable bottom element within the container surface wall. The movable bottom element has an inner bottom surface, an outer bottom surface, and a gasket material coupled to a sealing surface between the inner bottom surface and the outer bottom surface, the gasket material extends outward from the inner bottom surface to fill any gap to the container surface wall. The resizable storage container may be made of plastic, low-density polyethylene (LPDE), polypropylene (PP), polyethylene (PE), liquid crystal polymer (LCP), polyether sulfone (PES), rubber, glass, and waxed paper and cardboard, and similar food container materials.