A system of containers forming a group of two and three containers, where one and two smaller containers can be positioned on a lid of a larger container so as to prevent sliding motion of the smaller containers. Each of the smaller containers having a bottom wall of substantially the same dimensions with a portion of the bottom wall forming an upwardly extending indentation. The small containers are formed with upwardly opening walls and have lids releasably engageable with the bottom. The larger container lid having a flat upper surface which is sized to hold at least two of the smaller containers, and having structures to position one, and to position two smaller containers against sliding movement on said flat upper surface such that whether one container or two containers, the smaller containers are balanced about a central axis of the larger container and lid.

The invention relates to a stackable box with an inverted truncated pyramid shape, comprising a box body (1), with a base and respective walls (2), with the upper part open, and respective foldable flaps (3) on the upper part of at least a pair of facing walls (2), the flaps (3) being arranged horizontally on the inside of the box (1A) in a first position, and outside the vertical projection of the body of the box (1) in a second position. The connection of the flap (3) to the respective wall (2) thereof can be carried out by means of a hinge (4) or a thin strip (5). The flaps (3) can have respective tabs for locking onto the walls (2) adjacent to the wall supporting the flap (3).

A container includes a base and a plurality of walls extending upward from the base. A support includes a support portion connected to the walls by a pair of arms. The arms each include a first arm portion connected to the support portion and a second arm portion pivotably connected to the first arm portion. The second arm portion is pivotably connected to the walls.

A container (10) comprises a base (12), upstanding walls (14) on the base and a lid arrangement (16) pivotally attacked to at least one of the walls at a hinge (17). The lid arrangement is pivotally moveable about the hinge from an open position to a closed position. When the lid arrangement (16) is in the open position, the container (10) can be nested within a similar further container having a similar further lid arrangement, and the lid arrangement (16) can be received within the further lid arrangement in a nested condition of the lid arrangements.

A stackable and nestable container having a bottom, opposed first and second end walls and opposed first and second side walls extending upwardly from the bottom and collectively defining an open top. First and second bales are mounted on and extend between the first and second side walls for movement between a stacking position extending into the open top of the container and a nesting position resting on a top edge of the first end wall. First and second bale-receiving channels are formed in the bottom of the container and extend between the first and second side walls directly below the stacking position of the first and second bales and are sized and shaped to receive the first and second bales of a like container when in the stacking position to define a stack of containers.

A carton for holding one or more articles includes a plurality of panels extending at least partially around an interior of the carton, the plurality of panels including a front panel, a back panel, and at least one side panel. The carton also includes a plurality of end flaps foldably connected to respective panels of the plurality of panels and forming a closed top portion of the carton, the closed top portion of the carton is reconfigurable between a first configuration having a substantially flat profile and a second configuration forming a handle of the carton. The carton also includes locking features for engaging at least one other carton.

A collapsible container according to one embodiment of the present invention includes a base and a plurality of walls, including a first wall, collapsible onto the base. A support is movable between a first position and a second position relative to the first wall, such that an identical container would stack on the collapsible container at a first height when the support is in the first position and at a second height when the support is in the second position. In another embodiment, different stacking heights can be achieved by rotating the upper container 180 degrees relative to the lower container.

A separable container including a top and a base joined by a locking ring, the top and the base attached to the ring through locking tabs adapted to sealingly attach the top to the base through the ring. The base is of a converging shape allowing bases to be nestled within each other when separated from the top for easier transport when empty. When assembled the container typical includes a bladder to hold a liquid to be dispensed and a pressuring means enables the liquid to be dispensed.

A separable container including a top and a base joined by a locking ring, the top and the base attached to the ring through locking tabs adapted to sealingly attach the top to the base through the ring. The base is of a converging shape allowing bases to be nestled within each other when separated from the top for easier transport when empty. When assembled the container typical includes a bladder to hold a liquid to be dispensed and a pressuring means enables the liquid to be dispensed.

A storage tote system includes a body having a peripheral upper edge and hinged latches located at either end the peripheral upper edge. Each hinged latch includes lateral arms having pivot pins. The lateral arms are connected to an upper flange. The upper flange has an engagement tab extending from its lower surface. The storage tote system also includes a lid with an upper surface having complimentary recessed features on opposite ends, and a peripheral, downwardly facing groove.

Each hinged latch is configured to be rotated about their pivot pins so that the upper flange is rotated onto the complimentary recessed feature. An aperture formed within the recessed feature of the lid's upper surface receives the engagement tab to securing the lid onto the body. Each hinged latch can also be rotated outwardly, away from the lid in order to disengage the engagement tab without deforming the lid.