Abstract: A shed with a wall assembly movable along a path defined by a pair of floor rail assemblies cooperatively aligned with a deployable outer rail assembly to provide access to the items stored in the shed. A pair of wheel assemblies is interiorly mounted to the side walls of the wall assembly to support the latter. A handle is provided to pull shed housing. Legs mounted to the underside of a floor assembly keep the latter at a spaced apart relationship with respect to a supporting surface.

Abstract: A high efficiency multi-directional airflow system for a telecommunications equipment assembly used for housing electronic apparatuses which facilitate telecommunications functionality. The equipment assembly defines an internal cavity which can be divided into a plurality of air flow channels. Each of the plurality of air flow channels captures a sub-portion of the overall volume provided by the internal cavity. The smaller volume flow channels provide a smaller cross-sectional area through which the majority of air travels. Since the cross-sectional area is smaller, the velocity of the air through the flow channels is increased. Since the air velocity is increased, the heat transfer coefficient is also increased, thus allowing for the more efficient removal of heat from the electronic apparatuses. A set of fan trays can include a plurality of fans each directionally positioned to work in series to cause air to flow through the plurality of flow channels.