Abstract: A food storage container is provided that may be used to increase shelf life of produce stored therein. The food storage container is preferably used to contain produce that is often not refrigerated, and thus subject to increased humidity levels when stored inside a sealed container. The container preferably includes each of a container portion and a lid member and a container portion, wherein the lid member may be attached and removed to the container portion. The lid member may include upper and lower lid members that are also selectively engageable with one another. A water vapor permeable membrane layer is preferably secured between the upper and lower lid members to help control humidity levels within the container portion. In some embodiments, a gas permeable membrane layer may be present between the upper and lower lid members for controlling gas flow into and out of the container portion as well.

Abstract: A personal, portable drinking container has a bottle with a side wall, a closed bottom, a neck, a reservoir, and a top opening in the neck providing access to the reservoir. A cap is removably fitted on the neck to close the top opening. The bottle can have an annular formation in the side wall below the neck to prevent the neck from deforming when the bottle is squeezed. The side wall can have a pair of squeezable sides and a pair of opposed stiff sides below the annular formation, whereby the stiff sides help the bottle to rebound quickly after each squeeze.

Abstract: A personal, portable drinking container has a bottle with a side wall, a closed bottom, a neck, a reservoir, and a top opening in the neck providing access to the reservoir. A cap is removably fitted on the neck to close the top opening. The bottle can have an annular formation in the side wall below the neck to prevent the neck from deforming when the bottle is squeezed. The side wall can have a pair of squeezable sides and a pair of opposed stiff sides below the annular formation, whereby the stiff sides help the bottle to rebound quickly after each squeeze.

Abstract: A personal, portable drinking container has a bottle with a side wall, a closed bottom, a neck, a reservoir, and a top opening in the neck providing access to the reservoir. A cap is removably fitted on the neck to close the top opening. A ledge can be on an interior surface of the bottle below the top edge. A filter assembly is supported in the bottle and can be suspended on the ledge. The bottle can have an annular formation in the side wall below the neck to prevent the neck from deforming when the bottle is squeezed. The side wall can have a pair of squeezable sides and a pair of opposed stiff sides below the annular formation, whereby the stiff sides help the bottle to rebound quickly after each squeeze.

Abstract: A personal, portable drinking container has a bottle with a side wall, a closed bottom, a neck, a reservoir, and a top opening in the neck providing access to the reservoir. A cap is removably fitted on the neck to close the top opening. A ledge can be on an interior surface of the bottle below the top edge. A filter assembly is supported in the bottle and can be suspended on the ledge. The bottle can have an annular formation in the side wall below the neck to prevent the neck from deforming when the bottle is squeezed. The side wall can have a pair of squeezable sides and a pair of opposed stiff sides below the annular formation, whereby the stiff sides help the bottle to rebound quickly after each squeeze.

Abstract: A personal, portable drinking container has a bottle with a neck, a reservoir, and a top opening in the neck providing access to the reservoir. A cap is removably fitted on the neck to close the opening. A filter assembly is provided in the bottle and carries a filter media with a finite useful life. An indicator can be provided on part of the drinking container and set by a user to indicate a parameter relevant to the useful life. The filter assembly can have a cage connectable to the container. The filter media can be in the cage and the indicator can be on the cage or the bottle. The filter media can be cylindrical with an open center and have a pleated layer of non-woven, cellulose material and a film layer of non-woven fabric material. The filter assembly can be capable of a liquid flow rate of at least about 15 ml/sec passing through the filter media.

Abstract: A container has a base bottom and a base side wall extending up from and circumferentially around a perimeter of the base bottom. The base side wall terminates at an upper end with a top opening at the upper end into an interior of the container. The base side wall is formed in part by a molded plastic skeleton and in part by at least a wall section of a pre-formed panel structure in-molded with and carried by the skeleton. The wall section is joined to the skeleton along perimeter edges of the panel structure. Portions of both an inner surface and an outer surface of the wall section are exposed and not covered by the skeleton.

Abstract: A beverage container has a body with a hollow interior. A spout is positioned at one end of the body and is configured to selectively dispense liquid from the interior of the body. The body also has a closed end opposite the one end. A seam is formed on the body between a first body section and a second body section and the two body sections are separable from one another along the seam. A liquid-tight seal is formed along the seam. Each body section is configured to define a part of the hollow interior of the body and to directly contact a liquid held in the hollow interior. A mechanism on the container can be manipulated to secure the body sections together sufficient to maintain the liquid-tight seal along the seam and to permit separation of the two body sections exposing their respective interior surfaces.

Abstract: A cleaning device is disclosed having a body and plurality of bristles that are attached to the body. The bristles have different lengths and are attached to the body in such a way so as to provide a V-Shaped or U-Shaped cleaning head for the cleaning device.

Abstract: A container is disclosed that is adapted to interconnect with like containers. The container has a connecting device disposed on a side wall. The connecting device is adapted to removably connect with a portion of an adjacent container. Once connected, one of the containers can be pulled which in turn pulls the other container along.

Abstract: An organizer for separating and holding a plurality of items is disclosed. The organizer includes a main compartment, at least one side compartment, and an adjustable retaining system. The adjustable retaining system is configured to selectively couple the main compartment to each side compartment and hold each side compartment in one of a plurality of positions relating to the main compartment.

Abstract: A shelving system is disclosed. The shelving system includes a panel having a longitudinal direction and a transverse direction. The panel includes at least one socket. The socket is disposed on the panel and includes an inner wall and an outer wall circumscribing the socket inner wall. The outer wall is distanced from the inner wall. A floor member is coupled to the inner wall and the outer wall and is disposed generally parallel relative to the panel. The socket is adapted to transmit stresses along the floor member.

Abstract: A shelving system is provided for use in the storage of various articles. Specifically, the shelving system includes a panel having a plurality of rail members formed with the panel. The rail members have an curvilinear lower portion. Preferably, the curvilinear lower portion distributes greater material proximate regions in the panel which experience greater stress. Similarly, the rail members also have an upper portion having a depth extending away from said panel. Preferably, the amount of depth of the upper portion of each rail member is designed to distribute greater material proximate regions in the panel which experience greater strain once loaded. Lastly, the molded shelving of this invention includes a plurality of socket members including support members designed to transmit stress away from the sockets, thereby reducing stress concentrations adjacent the socket members.