Abstract: A storage unit for use in an office environment. The storage unit includes a structural frame having two opposing side panels, at least one laterally extending panel extending between and interconnecting the side panels to define an interior space. The frame includes a perimeter defining an access opening that provides access to the interior space. The storage unit includes a flexible cover having opposing side edges, a front edge, and a rear edge. The flexible cover is attached to the structural frame proximate said rear edge of said flexible cover. The flexible cover extends freely from the attachment to the frame. The flexible cover has an engagement feature which is selectively engageable with the frame at first and second locations on the frame. Engagement of the cover with the frame at the first location places the flexible cover in a closed position with the opposing side edges of the flexible cover extending proximate the perimeter defining the access opening.

Abstract: A storage unit for use in an office environment. The storage unit includes a structural frame having two opposing side panels, at least one laterally extending panel extending between and interconnecting the side panels to define an interior space. The frame includes a perimeter defining an access opening that provides access to the interior space. The storage unit includes a flexible cover having opposing side edges, a front edge, and a rear edge. The flexible cover is attached to the structural frame proximate said rear edge of said flexible cover. The flexible cover extends freely from the attachment to the frame. The flexible cover has an engagement feature which is selectively engageable with the frame at first and second locations on the frame. Engagement of the cover with the frame at the first location places the flexible cover in a closed position with the opposing side edges of the flexible cover extending proximate the perimeter defining the access opening.

Abstract: An energy dissipation assembly is provided for dissipating energy between a vehicle component and a vehicle sheet metal member. The assembly includes a collapsible crash box forming a central aperture therethrough for receiving the vehicle component. The collapsible crash box includes a plurality of collapsible levels oriented concentrically with respect to the central aperture. A sufficient impact against the component causes collapse of the plurality of levels between the component and the sheet metal member, thereby dissipating energy of the impact.