Abstract: A folding work surface for mounting on a wall. The work surface includes a platform hinged to the wall. A pair of upper supports are pivotally connected to the platform and pivotally connected to a lower support. The lower support is then pivotally connected to the wall. A locking ring is positioned on each of the upper supports. A stop bracket is also included and has a base secured to the lower support and has a pair of locking tabs separately extending outwardly which extend along a portion of the upper supports. When the platform is in an opened position, the upper supports and the lower supports aligned to permit the locking rings to slide over the locking tabs securing the locking tabs against the upper supports and thereby locking the platform in the opened position.

Abstract: The present invention relates generally to a storage container, and specifically to a tool box having increased impact and wear resistance. A tool box is provided having a lid hingedly affixed to a body having a bottom, front wall and a rear wall. A pair of end caps operably associated with the body recess the bottom of the body from the resting surface. In the preferred embodiment, the body is a unitary member and is constructed from a rigid metal such as steel, and the end caps are manufactured from an impact resistant material such as a thermoplastic. The body, the lid and end caps define an interior region. A compartmentalized tray is support within the interior region by a first resting surface and a second resting surface.