Abstract: A container includes a receptacle having walls, a floor, and an open side. The container includes first and second doors. At least one first latch unit is operatively associated with the first door and is movable between a latched position and an unlatched position. At least one second latch unit is operatively associated with the second door and is movable between a latched position and an unlatched position. A locking system for moving the first and second latch units between the latched and the unlatched positions includes a locking member movable between a first position in which the locking member moves the first latch unit of the first door from the latched to the unlatched position and a second position in which the locking member moves the second latch unit of the second door from the latched to the unlatched position.

Abstract: A rotary unit for use with a locking system includes: a base plate having a slot; a rotary member rotatably mounted with the base plate about a first axis of rotation, the rotary member including a plurality of fingers extending radially outwardly from a central portion thereof and an engagement portion fixed to the central portion; and a pawl member pivotally mounted with the base plate about a second axis of rotation and coupled with the connecting member. The pawl member includes an engagement projection that selectively engages the engagement portion of the rotary member to prevent rotation of the rotary member in a first rotative direction but permits rotation of the rotary member in a second rotative direction that is opposite the first rotative direction.

Abstract: A storage cabinet comprises: a container having a floor, upright side walls and a rear wall attached to and extending upwardly from the floor, and a ceiling attached to the side walls and rear wall, the floor, side walls, rear wall, and ceiling defining a storage cavity; a vertical support member extending upwardly from the floor; at least one door pivotally attached to one of the side walls and movable between an open position, in which the cavity is accessible from a position forward thereof, and a closed position, in which the door contacts the support member and prevents access to the cavity from a position forward thereof; and a latching mechanism attached to the support member. The latching mechanism includes two release members protruding forwardly from the support member, wherein an upper one of the release members is positioned above a lower one of the release members.

Abstract: A storage cabinet includes a container having a floor, upright side walls and a rear wall attached to and extending upwardly from the floor, and a ceiling attached to the side walls and rear wall. The floor, side walls, rear wall, and ceiling define a storage cavity. A vertical support member extends upwardly from the floor. At least one door is pivotally attached to one of the side walls and is movable between an open position, in which the cavity is accessible from a position forward of the cavity, and a closed position, in which the door contacts the support member and prevents access to the cavity from a position forward of the cavity. A latching mechanism is attached to the support member and includes upper and lower release members protruding forwardly from the support member that are movable in unison from a latched position to an unlatched position.

Abstract: The storage chest of the present invention comprises: a box portion having opposed front and rear walls, a pair of opposed side walls; and a floor attached to the front, rear and side walls to form a storage cavity; and a lid pivotally interconnected with the rear wall. The lid includes: a generally planar top panel; and a front panel merging with and extending generally perpendicularly to the top panel. The front panel includes a recess formed by a horizontally disposed face and a vertically disposed face positioned below and merging with the horizontally disposed face. The top panel and front panel are integrally formed from a unitary member of substantially constant thickness.

Abstract: A method of constructing a double-walled blow-molded article with a hinged handle is performed on an article comprising a receiving member and a pinned member. The receiving member is a double-walled blow-molded thermoplastic component having an outer wall, an inner wall, and an open-ended receptacle. The open ended receptacle is defined by an arcuate pocket positioned opposite the open end, a stationary wall extending from the pocket and facing generally in a first direction, and a deflecting wall positioned opposite the stationary wall and facing generally in a second direction opposite the first direction. The pinned member includes a cylindrical pin. The method comprises as a first step passing the cylindrical pin through the open end of the receptacle and into contact with the pocket.

Abstract: A hinge configuration includes: a first member having a plurality of hinge fingers with partially cylindrical surfaces, wherein at least one of these surfaces is upwardly facing and at least one of these surfaces is downwardly facing, and wherein the hinge fingers are spaced apart along an axis of rotation and the surfaces of the hinge fingers are radially aligned along the axis of rotation; a second member having a plurality of hinge fingers with partially cylindrical surfaces, wherein at least one of these surfaces is upwardly facing and at least one of these surfaces is downwardly facing, and wherein the hinge fingers are spaced apart along the axis of rotation and the surfaces of the hinge fingers are radially aligned along the axis of rotation; and a pin including a shaft extending along the axis of rotation, an end head at one end of the shaft, and an intermediate head spaced apart from the end head and extending radially from the shaft.

Abstract: A storage chest comprises: opposing front and rear walls; opposing side walls connecting the front and rear walls, wherein each of the side walls includes a recess having upper and lower horizontal surfaces and a vertical panel extending therebetween; and a shelf including a main panel. The shelf is pivotally attached to at least one of the rear wall, front wall and side walls and is movable between a raised position, in which the main panel is generally upright, with a front edge of the main panel being located above the rear edge, and a lowered position, in which the main panel is generally horizontally disposed and the shelf rests upon the upper horizontal surfaces of the side wall recesses. In this configuration, the shelf can be moved to the raised position so that the lower rear portion of the cavity defined by the front, rear and side walls can be easily accessed and can be used to store items that would not fit beneath a permanently mounted shelf.

Abstract: The storage chest of the present invention comprises: a box portion having opposed front and rear walls, a pair of opposed side walls; and a floor attached to the front, rear and side walls to form a storage cavity; and a lid pivotally interconnected with the rear wall. The lid includes: a generally planar top panel; and a front panel merging with and extending generally perpendicularly to the top panel. The front panel includes a recess formed by a horizontally disposed face and a vertically disposed face positioned below and merging with the horizontally disposed face. The top panel and front panel are integrally formed from a unitary member of substantially constant thickness.

Abstract: A double-walled thermoplastic article includes a double-walled body having inner and outer walls and an insert having visible portions and recessed runner sections. The body includes an insert portion in which its inner and outer walls are contiguous. The insert is attached to the body insert portion such that the visible portions of the insert are exposed and the runner sections are embedded within the insert portion. The article can be produced by a double-walled blow molding process.

Abstract: A method of constructing a double-walled blow-molded article with a hinged handle is performed on an article comprising a receiving member and a pinned member. The receiving member is a double-walled blow-molded thermoplastic component having an outer wall, an inner wall, and an open-ended receptacle. The open ended receptacle is defined by an arcuate pocket positioned opposite the open end, a stationary wall extending from the pocket and facing generally in a first direction, and a deflecting wall positioned opposite the stationary wall and facing generally in a second direction opposite the first direction. The pinned member includes a cylindrical pin. The method comprises as a first step passing the cylindrical pin through the open end of the receptacle and into contact with the pocket.

Abstract: A double-walled thermoplastic article includes a double-walled body having inner and outer walls and an insert having visible portions and recessed runner sections. The body includes an insert portion in which its inner and outer walls are contiguous. The insert is attached to the body insert portion such that the visible portions of the insert are exposed and the runner sections are embedded within the insert portion. The article can be produced by a double-walled blow molding process.

Abstract: A double-walled thermoplastic article includes a double-walled body having inner and outer walls and an insert having visible portions and recessed runner sections. The body includes an insert portion in which its inner and outer walls are contiguous. The insert is attached to the body insert portion such that the visible portions of the insert are exposed and the runner sections are embedded within the insert portion. The article can be produced by a double-walled blow molding process.

Abstract: A double-walled thermoplastic article includes a double-walled body having inner and outer walls and an insert having visible portions and recessed runner sections. The body includes an insert portion in which its inner and outer walls are contiguous. The insert is attached to the body insert portion such that the visible portions of the insert are exposed and the runner sections are embedded within the insert portion. The article can be produced by a double-walled blow molding process.