Abstract: This invention relates to a stackable container adapted to be stacked with a second substantially identical container in two positions. The container comprises a container body; and an arm movably connected to the container body. The container body comprising a base and walls extending upwardly from the base. The walls define an interior space and an opening. The arm is movable between a first position and a second position. In the first position, the arm provides a support for the second substantially identical container wherein, when stacked, the second identical container is supported above the stackable container with at least part of the interior accessible. In the second position, the arm is positioned to allow the second identical container to nest within the stackable container with the interior space inaccessible.

Abstract: A document console has a plastic base and a body. The body includes a top and sides. A door is interconnected to the body and is movable between open and closed positions. The base, body and door define a document receiving interior. The plastic base defines a plurality of inner and outer members which receive the side therebetween and support the sides in an upright position.

Abstract: A lock mounting structure for mounting a lock to a part of a container is disclosed. The lock mounting structure comprises an outer part adapted to form an outer portion of the container part and an inner part adapted to form an inside portion of the container part and having a first surface for facing towards the inside of the container. The inner part includes a mounting structure for mounting the lock thereto. The mounting structure extends outwardly from the first surface. The structure also includes an aperture for accessing a key receiving end of the lock. The lock mounting structure is formed as an integral piece.

Abstract: This invention relates to a stackable container adapted to be stacked with a second substantially identical container in two positions. The container comprises a container body; and an arm movably connected to the container body. The container body comprising a base and walls extending upwardly from the base. The walls define an interior space and an opening. The arm is movable between a first position and a second position. In the first position, the arm provides a support for the second substantially identical container wherein, when stacked, the second identical container is supported above the stackable container with at least part of the interior accessible. In the second position, the arm is positioned to allow the second identical container to nest within the stackable container with the interior space inaccessible.

Abstract: A document console has a plastic base and a body. The body includes a top and sides. A door is interconnected to the body and is movable between open and closed positions. The base, body and door define a document receiving interior. The plastic base defines a plurality of inner and outer members which receive the side therebetween and support the sides in an upright position.

Abstract: A lock mounting structure for mounting a lock to a part of a container is disclosed. The lock mounting structure comprises an outer part adapted to form an outer portion of the container part and an inner part adapted to form an inside portion of the container part and having a first surface for facing towards the inside of the container. The inner part includes a mounting structure for mounting the lock thereto. The mounting structure extends outwardly from the first surface. The structure also includes an aperture for accessing a key receiving end of the lock. The lock mounting structure is formed as an integral piece.

Abstract: An apparatus (10) includes a guide assembly (52), a guide member (120) supported by a base member (80) for rotation about an axis (200), and an opening (140) through which a seat belt (20) extends in a first direction parallel to the axis. A retainer member (180) has end walls (184 and 186) extending through respective channels (160 and 162) in the guide member (120) to block the guide member from movement in opposite directions along the axis (200) and maintain the guide member supported on the base member (80). The channels (160 and 162) include walls (166 and 170) that engage the end walls (184 and 186) to block movement of the guide member (120) in opposite directions along the axis (200).

Abstract: An apparatus (10) for helping to protect a vehicle occupant (12) seated in a vehicle seat (14). The apparatus (10) includes first and second shoulder belt portions (30, 32), first and second lap belt portions (74, 85), and a buckle mechanism (49). The first and second shoulder belt portions (30, 32) are connected with the vehicle (16) and extend from an upper portion (20) of the vehicle seat (14) adjacent the shoulders of the occupant (12). A first end portion (62) of the first lap belt portion (74) is connected at a first location (64) with the vehicle (16) adjacent a first side (22) of the vehicle seat (14). A first end portion (66) of the second lap belt portion (85) is connected at a second location (68) with the vehicle (16) adjacent a second side (24) of the vehicle seat (14). Each of the first and second lap belt portions (74, 85) extends from one of the first and second sides (22, 24) of the vehicle seat (14) and partially across the lap of the occupant (12).

Abstract: A seat belt system (10) comprises first and second shoulder belt portions (30, 32) extensible from an upper portion (20) of the vehicle seat adjacent the shoulders of an occupant. The first and second shoulder belt portions (30, 32) are connected with the vehicle. First and second lap belt portions (74, 85) are extensible from sides (22, 24) of the vehicle seat (14) adjacent sides of the occupant (12) and partially across the lap of the occupant. A first anchor (64) connects a first end portion (62) of the first lap belt portion (74) with the vehicle adjacent one side of the occupant (12). A second anchor (68) connects a first end portion (66) of the second lap belt portion (85) with the vehicle adjacent another side of the occupant (12). The first and second shoulder belt portions (30, 32) and the first and second lap belt portions (74, 85) are interconnected adjacent a waist of the occupant (12). The first lap belt portion (74) has a second end portion (98) wound on a spool (96) of a retractor (76).

Abstract: A bezel assembly (40) for seat belt webbing (16) includes a bezel (42) and a trim plate (44) with a track (88) on which the bezel (42) is movable. The bezel (42) has a slot (62) through which the seat belt webbing (16) is movable in a lengthwise direction. The bezel (42) further has an axis (45) parallel to the lengthwise direction. The bezel (42) is supported for sliding movement along the track (88) in opposite directions perpendicular to the axis (45), and is supported for rotation about the axis (45) at any location to which the bezel (42) is slidable along the track (88).

Abstract: An arm assembly is movable from a stowed position adjacent one side of a vehicle seat toward the occupant to restrain the occupant in the seat and movable away from the occupant to the stowed position. The arm assembly has a first length when in the stowed position and a second length when restraining the occupant. The first length when the arm assembly is in the stowed position is less than the second length of the arm assembly when restraining the occupant. A motor-driven linear actuator moves the arm assembly from and to the stowed position.

Abstract: An apparatus for guiding a length of seat belt webbing relative to the body of a vehicle includes a D-ring with a slot through which the webbing can extend. A bolt is fixed to the webbing guide and has a portion extending through an opening in a bracket fixed to the body of the vehicle. The surfaces on the bracket which define the opening in the bracket include a pair of stop surfaces. The bolt is pivotable relative to the bracket. A surface on the bolt abuts the stop surfaces on the bracket to limit rotation of the bolt relative to the bracket and prevent the D-ring from rotating so far forward that the edge of the belt webbing jams or twists in the end of the slot.