This application describes fabric storage totes, as well as techniques for use of fabric totes in an infrastructure that uses mechanical systems to transport the fabric totes and/or access inventory items in the fabric totes. The fabric totes may include a fabric base and side walls, with a hardened material support structure. Additionally, the fabric totes may include two handles made of a substantially hard material. The fabric totes may be accessed and transported, manually and/or mechanically, via interaction with the handles.

A container includes a base having end edges and side edges. The base includes a plurality of regions including a center region, corner portions, side regions between the corner portions and between the center portion and the side edges, and end regions between the corner portions and between the center portion and the end edges. The center region is reinforced differently from the side regions, end regions, and corner regions. The corner regions are reinforced differently from the side regions and the end regions. The center region has no ribs protruding downwardly. A plurality of walls extending upward from the side edges and the end edges of the base.

This application describes fabric storage totes, as well as techniques for use of fabric totes in an infrastructure that uses mechanical systems to transport the fabric totes and/or access inventory items in the fabric totes. The fabric totes may include a fabric base and side walls, with a hardened material support structure. Additionally, the fabric totes may include two handles made of a substantially hard material. The fabric totes may be accessed and transported, manually and/or mechanically, via interaction with the handles.

A stackable bulk bin container having shock absorbing elements is provided. The bulk bin container includes a base portion and four collapsible sidewalls. The base includes feet extending downward. The feet are connected by stringers forming four corner portions. Shock absorbing elements are positioned proximate the corner portions in the base of the container. The shock absorbing elements absorb energy from impacts when the container is stacked on like containers.

This application describes fabric storage totes, as well as techniques for use of fabric totes in an infrastructure that uses mechanical systems to transport the fabric totes and/or access inventory items in the fabric totes. The fabric totes may include a fabric base and side walls, with a hardened material support structure. Additionally, the fabric totes may include two handles made of a substantially hard material. The fabric totes may be accessed and transported, manually and/or mechanically, via interaction with the handles.

A collapsible bulk bin container with structures for improved strength is provided. The bulk bin container includes wrap-around portions in the short sidewalls with a horizontal top plate and a horizontal rib proximate the top plate. The bulk bin container also includes ramp structure in the long side sidewall and base for lifting and dropping the sidewall when pivoted upright. The upright sidewall and base include surfaces to inhibit or prevent buckling due to compressive loads. The bin can also include post and pocket interlock structures.

The invention discloses a storage box, relating to the technical field of storage boxes. Four side plates are arranged on front, rear, left and right edges of a bottom plate. Side edges of every two adjacent side plates are hinged with each other. The side plates on left and right sides are capable of being folded or unfolded front and rear to drive the side plates on front and rear sides close to or away from each other. A rear side of the bottom plate is hinged to the side plate on the rear side. The bottom plate is flippable up and down. A bottom of the reinforcing ring forms an insertion slot, and tops of the side plates are insertable into the insertion slot, so that the reinforcing ring limits the side plates from being folded. The invention has better firmness and stability.

The present disclosure relates to a novel packaging box. The novel packaging box includes a cover body and a box body; the cover body is detachably buckled with the box body; the cover body includes a cover sheet material and a first buckle part; the first buckle part is formed by injection molding at the edge of the surface of the cover sheet material; the box body includes a box sheet material, a second buckle part, and angle frames; the box sheet material includes a bottom surface and four side surfaces connected to the bottom surface; the box sheet material is formed into a box by folding four side surfaces; four corners of the box are fixed and sealed through the angle frames; an edge of an opening part of the box are connected to the second buckle part; the second buckle part is connected to the various angle frames.

A container having three pairs of parallel sides; wherein one pair of sides is formed from side panels that comprise a sheet of honeycomb polypropylene with a sheet formed from polypropylene joined to one side of the honeycomb; and at least one pair of sides is formed from elongate sections formed from expanded polypropylene.

A container system includes an upper housing including a first volume, a lower housing including a second volume, a cap attached to one of the upper housing and the lower housing and including a dispensing mechanism that is configured to dispense a product and a separation mechanism. The separation mechanism includes a seal member attaching the upper housing to the lower housing. The first volume and the second volume together form at least part of an internal cavity based on the attachment of the upper housing to the lower housing by the seal member. The separation mechanism includes a release mechanism that is configured to release the seal member from the upper housing and the lower housing. The release of the seal member is configured to allow a separation of the upper housing from the lower housing by the user to access the first volume and the second volume.