Abstract: A cart and drawer assembly (20, 120) comprising a pair of panels (22) each having an inner surface (26) disposed in spaced and parallel relationship with one another with said inner surfaces (26) facing each other. Each of the panels (22) defines a pair of beams (32). At least one shelf (66, 166) is disposed between the panels (22) in perpendicular relationship to the panels (22). A plurality of ribs (122) extend from the beams (32) and are spaced from one another along the beams (32). A pair of ears (124, 224) extend from each of the shelves (66, 166) and engage an adjacent pair of the ribs (122) to maintain the panels (22) in spaced and parallel relationship with one another and perpendicular to the shelf (66, 166). Each of the beams (32) define a plurality of sockets (34) spaced from one another. A pair of plugs (76) extend from each of the mounting sides (67, 167) in one of the sockets (34) connecting the shelves (66, 166) to the panels (22). The ears (124, 224) are disposed between said plugs (76).

Abstract: A cart and drawer assembly (20, 120) comprising a pair of panels (22) each having an inner surface (26) disposed in spaced and parallel relationship with one another with said inner surfaces (26) facing each other. Each of the panels (22) defines a pair of beams (32). At least one shelf (66, 166) is disposed between the panels (22) in perpendicular relationship to the panels (22). A plurality of ribs (122) extend from the beams (32) and are spaced from one another along the beams (32). A pair of ears (124, 224) extend from each of the shelves (66, 166) and engage an adjacent pair of the ribs (122) to maintain the panels (22) in spaced and parallel relationship with one another and perpendicular to the shelf (66, 166). Each of the beams (32) define a plurality of sockets (34) spaced from one another. A pair of plugs (76) extend from each of the mounting sides (67, 167) in one of the sockets (34) connecting the shelves (66, 166) to the panels (22). The ears (124, 224) are disposed between said plugs (76).

Abstract: A bag support assembly comprising a frame (20) that includes a pair of beams (22) and a plurality of tubes (38) that extend perpendicularly between the beams (22). Two pairs of vertical rails (50) are supported by disposition in the beams (22). A plurality of bags (62) present an opening (64) for being supported on the frame (20). A plurality of hoops (66) are each disposed about the openings (64). A connector bar (68) having a first side (70) and a second side (72) presents substantially parallel legs (74) for support by the frame (20). At least one hook (76) is attached to the first side (70) of the connector bar (68) and extends in the opposite direction from the legs (74) for positioning the hoops (66) to rest upon the connector bar (68) and to extend from the second side (72) of the connector bar (68) and over the connector bar (68) in the direction of the legs (74) to support the bags (62) in a cantilevered fashion while retained by the hook (76).

Abstract: An adjustable housing assembly for mounting to a wall is disclosed. The assembly generally includes a back plate having a flange that defines an axis extending perpendicularly from the back plate and a front plate disposed in parallel relationship to the back plate. A connector connects the plates in the parallel relationship at various distances longitudinally along the axis. The connector includes co-acting male and female components extending circumferentially about the axis and at least one of the male and female components is spaced longitudinally along the axis for connecting the plates at any one of the various distances in response to relative rotation between the male and female components about the axis. The connector may also include a mounting ring separate from the back plate and the front plate that couples the front plate to the back plate. The mounting ring allows for additional distances to be obtained between the front plate and the back plate.

Abstract: An adjustable housing assembly for mounting to a wall is disclosed. The assembly generally includes a back plate having a flange that defines an axis extending perpendicularly from the back plate and a front plate disposed in parallel relationship to the back plate. A connector connects the plates in the parallel relationship at various distances longitudinally along the axis. The connector includes co-acting male and female components extending circumferentially about the axis and at least one of the male and female components is spaced longitudinally along the axis for connecting the plates at any one of the various distances in response to relative rotation between the male and female components about the axis. The connector may also include a mounting ring separate from the back plate and the front plate that couples the front plate to the back plate. The mounting ring allows for additional distances to be obtained between the front plate and the back plate.

Abstract: A bending brake assembly for manually bending pieces of sheet metal material including a base (20) supporting a plurality of c-shaped members (22). Each c-shaped member (22) presents opposing clamping surfaces (24) for receiving a sheet metal material between the clamping surfaces (24). The assembly also includes a bending member (26) and a socket connection (28) rotatably supporting the bending member (26) on the base (20) for bending a piece of sheet metal material disposed between the clamping surfaces (24). The socket connection (28) includes a male portion (30) and a female portion (32) in sliding engagement with one another. A bearing strip (34) is sandwiched between the male portion (30) and the female portion (32) for facilitating relative movement between the male portion (30) and the female portion (32).

Abstract: A housing assembly for mounting to a wall of a building is disclosed. The housing assembly includes a front plate attached to a back plate. The back plate defines an axis and has a flange extending radially away from the axis for coupling to the wall. An insert is disposed between the front plate and the back plate. The insert includes a central body having a fluid diverter extending outwardly from the central body for guiding a fluid away from the wall. The housing assembly further includes a locking device for selectively coupling and uncoupling the insert from one of the front plate and the back plate.

Abstract: A saw table includes a clamping mechanism for clamping a work piece on the saw table. The clamping mechanism includes a clamping bar having a first end and a second end. A longitudinal axis is defined between the first and second ends. A first pivoting arm is operatively connected to one of the ends of the clamping bar to support the clamping bar for rotation about a pivot axis. A biasing device biases the clamping bar about the pivot axis to clamp the work piece between the clamping bar and a table base.

Abstract: An adjustable housing assembly for mounting to a wall is disclosed. The assembly generally includes a back plate having a flange that defines an axis extending perpendicularly from the back plate and a front plate disposed in parallel relationship to the back plate. A connector connects the plates in the parallel relationship at various distances longitudinally along the axis. The connector includes co-acting male and female components extending circumferentially about the axis and at least one of the male and female components is spaced longitudinally along the axis for connecting the plates at any one of the various distances in response to relative rotation between the male and female components about the axis. The connector may also include a mounting ring separate from the back plate and the front plate that couples the front plate to the back plate. The mounting ring allows for additional distances to be obtained between the front plate and the back plate.