A basket structure includes an outer frame and a net-shaped bottom plate secured on the outer frame. The outer frame has an upper end provided with a scratch-proof protrusion which is rounded outward. The outer frame has a lower end provided with a resting rib which is bent and extends inward. The net-shaped bottom plate is received in the outer frame and rests on the resting rib of the outer frame. Thus, the upper end of the outer frame is directly formed with the scratch-proof protrusion, and the lower end of the outer frame is directly formed with the resting rib whose sharp portion is bent inward, thereby preventing the basket structure from scratching the user.

A dispensing basket includes a pair of opposed side walls and a back wall that extends between the opposed side walls. A pair of front walls extend from the side walls in a direction towards each other and angled away from the back wall. The pair of front walls form a funnel with an opening between the pair of front walls. A floor extends between lower ends of the side walls, the back wall, and the front walls.

A wire chafing stand of embodiments of the disclosed technology has an upper enclosed rim, a lower enclosed rim, and a detachable sign. The detachable sign has an elongated planar structure with front and rear sides. The front side has visible indicia. The rear side has an attachment mechanism sized to be removably attachable to the lower enclosed rim. This detachable sign is at an acute angle to a plane which is circumscribed by the lower enclosed rim in some embodiments of the technology. The sign has a bottom and top side between the front side and rear side. In some embodiments of the technology, this bottom side is adapted to rest against a same surface as the wire chafing stand rests, allowing the sign to be held/to rest at an acute angle while simultaneously being attached to and/or resting on the lower enclosed rim.

A chip washing basket and a method for its use. The chip washing basket can hold casino chips and can provide a maximum amount of surface area for the chips to enable the basket to be utilized in an ultrasonic cleaner. The ultrasonic cleaner can operate while the chips are present in the basket, thereby cleaning the chips. The basket can have a plurality of vertical slots that the chips can be dropped into. The basket would have a plurality of vertical bars and a plurality of divider panels to secure the chips while exposing a large amount of surface area on the chips so the ultrasonic action inside the ultrasonic cleaner can clean the chips effectively.

The package (1) for a surgical mesh (100) comprises: a receiving member (2) configured and dimensioned to receive at least one surgical mesh (100), and a covering member (3) configured and dimensioned to cover the said at least one surgical mesh (100) maintaining with the receiving member (2) the surgical mesh (100) in a substantially flat position, and a gas channelling network interposed between the said receiving member (2) and the said covering member (3) configured to channel a sterilization gas within the at least one surgical mesh (100).

A cut resistant and highly translucent tote utilizes a multilayer knitted metal fabric having a knitted metal outside layer and a knitted metal inside layer. These two knitted layers may be independent in a portion of the tote, such as in a clear-view portion of the tote, configured to allow clear visibility of items retained in the tote. The independent layers of knitted fabric are highly cut resistant, as they can flex in multiple direction and also move and slide with respect to each other. The tote may have a gusseted base with a base-side sleeve extending at the intersection of the base and sides to allow the tote to be free standing. An opening in the top of the tote may have a closure feature, such as hook-and-loop fastener material.

The present invention concerns a foldable modular packaging (1), characterised in that it comprises: at least four panels (10) that can be moved between a folded position, in which the panels (10) are stacked on each other, and an unfolded position, in which the panels (10) form a parallelepiped frame (11) defining an internal volume (12); a flexible inner container (20) suitable for being arranged in said internal volume (12); and an assembly system (30) comprising linking elements (31) forming a pivot link between each panel (10) and at least one adjacent panel (10).

A material handling basket is provided comprising a base having two opposing pairs of substantially vertical outer walls. First and second sheet-metal dividers respectively extend between a first and second pair of the opposed vertical outer walls, and have a tab at each opposing end extending toward one of the walls of the first and second pairs of walls. Each of the walls of the first pair of walls has openings for accepting one of the tabs for positioning the first dividers relative to the respective wall; and each of the walls of the second pair of walls has openings for accepting one of the tabs for positioning the second dividers relative to the respective wall. Each of the tabs is rigidly joined to the respective opening to retain the first and second dividers between the first and second pairs of outer walls.

The present disclosure relates to a panel for dividing the interior space of a container. The panel arrangement (1) has a panel (11) provided with an attachment device (17) adapted to affix the panel in relation the container. There is provided at least one opening in the panel, and the attachment device comprises first and second parts (29, 31) located at a respective side of the panel as well as at least one member (39, 41) reaching through the at least one opening (23). A play (49) is provided between the edges of the opening and said at least one member, such that the attachment device can be moved in at least one direction in which the plane of the panel extends.

A firelighter cage (10) comprising a first side member (12) including a first wall portion (18) formed from a rigid mesh defining a first cavity (22) and a second side member (14) including a second wall portion (19) formed from a rigid mesh defining a second cavity (23). Connectors (24) are provided on a first edge portion (20) of the first side members (12). When the first and second edge portions (20, 21) are aligned and engaged against each other, relative rotation of the first and second side members (12, 14) causes the connectors (24) to engage with a second edge portion (21) of the second side member (14) such that the first and second wall portions (18, 19) define a chamber (16) for receiving firelighters (11).