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.

A base system for laying on at least two standardized small load carriers, in particular Euro containers, arranged on a flat underlying surface. The base system has at least two base panels with a substantially rectangular design, and each base panel is provided around the edges with connecting recesses and connecting protrusions which alternate at least indirectly and via which the base panels can be connected together in a formfitting manner along the edges. Mutually facing sides of respective base panels are designed to complement each other, wherein each base panel is provided around the edges with connection geometries which are identically designed and which directly adjoin each other around the edges.

A cantilevered dumping system comprising a dumping mechanism that is adapted to be repositioned (e.g., reversed) relative to a base structure such that there may be multiple modes of operation of the dumping mechanism relative to the base structure (e.g., loading of materials and/or movement of the dumping mechanism, etc.). An exemplary embodiment of a dumping system may allow for the connections of a dumping mechanism to a base structure to be changed (e.g., reversed) such that the operation of the dumping mechanism relative to the base structure (e.g., loading of materials and/or movement of the dumping mechanism, etc.) is different. Another embodiment of a dumping system may include a base structure that includes multiple guide plates and/or guide rails to facilitate the desired modes of operation of a dumping mechanism relative to the base structure (e.g., loading of materials and/or movement of the dumping mechanism, etc.).

A plastic container (1) with two lid halves (5a, 5b) rotatable about a hinge (6a, 6b) has on the inner surface (5c) of the lid halves hooks (7) arranged in a row adjacent to and along the hinges (6a, 6b). Each hook (7) extends parallel to and spaced apart from the lid half (5a, 5b) and includes a recess having an opening facing and toward the distal end (12a, 12b) and a two-sided undercut. The undercuts allow the placement of one or more bags (8) having two straps (9) inside the container (1) such that the bags (8) are held open. When the lid halves (5a, 5b) are closed the straps (9) remain in place and held by the hooks (7). The invention may be used by shoppers shopping large amounts, which may be placed in the bags. Several containers of this kind may be stacked when their lids closed.

Exemplary embodiments provide a sheet to form a lid to substantially close a container. The sheet comprises a rectangular base having opposing side edges, opposing end edges, an upper surface and a lower surface. At least one notch is included on each of the side edges, where the notches correspond to a protrusion on an upper surface of two side walls of the container. A portion of the lower surface of the sheet at the side edges are configured to engage with the upper surface of the two side walls of the container. A foldable flap extends outwardly from each of the two end edges. The foldable flaps are configured to fold downwardly and engage against end walls of the container. The rectangular base has a thickness of at least 0.125 inches to support weight of items placed on the upper surface of the rectangular base without collapsing.

Embodiments of this disclosure include a rigid tray container and methods and equipment for using the rigid tray container in batched process operations. In one embodiment, a mass container is sized and dimensioned to receive one or several rigid tray containers. In other embodiments, equipment is configured to lid/unlid, secure, stack, load/unload, and buffer rigid tray containers. In other embodiments, equipment is configured to stack and stage mass containers. In some embodiments, methods are provided for batch processing items.

A paint container (10) comprising a main body (12) for receiving paint wherein the main body comprises a side wall (16) and an outwardly tapering rim portion (18) at an upper end of the side wall (16). A tubular member (14) is provided, a lower end of which is receivable within the rim portion (18). First connectors (26) are provided on an outer surface of the tubular member (14) and second connectors (27) are provided on an inner surface (30) of the rim portion (18). Each of the first connectors (26) engages with a corresponding one of the second connectors (27) such that the tubular member (14) is supported within the rim portion (18) to define an annular aperture between the lower end of the tubular member (14) and the main body (12) of the paint container (10).

In one embodiment, a storage container is disclosed. The storage container includes a plurality of sidewalls and a bottom wall operably coupled to the plurality of sidewalls. The bottom wall and the plurality of sidewalls together define a storage cavity. A storage container also includes a support bracket that transitions from a first position where the support bracket is contained within an exterior perimeter of the bottom wall to a second position where the support bracket extends past the exterior perimeter of the bottom wall. The support bracket may be used to support the storage container on an adjacent storage container, such that the storage container can be nested within an adjacent storage container or positioned above the adjacent storage container.

A bakery tray according to one embodiment includes a base a front wall and a rear wall. A pair of opposed side walls extend upward from side edges of the base. Each side wall including a pair of stacking feet and a center projection. Each side wall includes an upper support surface between an inner rail and an outer wall. The inner rail is interrupted by a plurality of pockets arranged to receive the stacking feet and the center projection of an identical tray stacked thereon in a high stack position and in a low stack position. The outer wall includes a plurality of recesses aligned with the plurality of pockets. The tray may provide a substantially constant height support surface between the pockets. Further, stops may be provided at front and rear ends of the upper support surface.

A storage container includes: a plurality of sidewalls; a bottom wall operably coupled to the plurality of sidewalls, together defining a storage cavity; at least one support bracket coupled to the bottom wall, movable between a first position wherein an outer surface of at least one support bracket is flush with a perimeter of the bottom wall, and a second position wherein the outer surface of the at least one support bracket extends beyond the perimeter; and a plurality of guide walls extending parallel to one another and formed adjacent to the at least one support bracket that guide the movement of the at least one support bracket between the first position and second the position.