Abstract: A dual-hinged lid assembly includes a lid pivotably coupled to a frame by a pair of hinge portions that enable the lid to pivot about two different axes, and to pivot open until lying flat against, or in close proximity to, a portion of the frame to which the lid is coupled. A first hinge portion is pivotably coupled to the lid, and a second hinge portion is located at the frame and is coupled to the first hinge portion. The first hinge portion cooperates with the lid to define a first pivot axis, and the first hinge portion cooperates with the second hinge portion to define a second pivot axis that is spaced from the first pivot axis.

Abstract: An electrical contact receptacle includes a base with opposed contact portions extending from one surface thereof. Each contact portion has three arms in spaced arrangement, and optionally a bridge portion extending across outboard arms. Each of arms has an inner contact surface for conductively engaging a blade terminal or a bus bar. Optionally, the base defines an opening through which a tip portion of a blade terminal can be received, thereby permitting insertion of the blade terminal from above or below the contact receptacle, and allowing for additional contact surfaces with the blade terminal.

Abstract: An electrical power outlet housing assembly is provided for mounting electrical and/or data outlets in a work area or the like. The housing assembly includes at least one outlet housing portion having an interior surface that is configured to support the electrical components of an electrical and/or data outlet. The outlet housing portion cooperates with a housing enclosure portion by filling an opening of the housing enclosure, where the housing enclosure and outlet housing portions cooperate with a housing base to define an interior cavity that receives the electrical or electronic components associated with the electrical or data outlets. The electrical components may be installed without any separate mechanical fasteners, and the housing components may be assembled with minimal use of separate fasteners.

Abstract: An electrical terminal assembly is provided for use in a low-profile electrical raceway or the like. The terminal assembly includes first and second conductive bodies and an insulator disposed between them. The first body has at least two branches including respective electrical terminals extending outwardly from a main or central portion, with the terminals positioned in a terminal plane. The second body also has at least two branches including respective electrical terminals extending outwardly from a main or central portion, with the terminals positioned in the same terminal plane as the terminals of the first body. The terminals of the second body are positioned next to respective terminals of the first body. The central portions of the first and second bodies are stacked atop one another and therefore lie in different planes, at least one of which is different from the terminal plane.

Abstract: An electrical terminal assembly is provided for use in a low-profile electrical raceway or the like. The terminal assembly includes first and second conductive bodies and an insulator disposed between them. The first body has at least two branches including respective electrical terminals extending outwardly from a main or central portion, with the terminals positioned in a terminal plane. The second body also has at least two branches including respective electrical terminals extending outwardly from a main or central portion, with the terminals positioned in the same terminal plane as the terminals of the first body. The terminals of the second body are positioned next to respective terminals of the first body. The central portions of the first and second bodies are stacked atop one another and therefore lie in different planes, at least one of which is different from the terminal plane.

Abstract: An electrical power outlet housing assembly is provided for mounting electrical and/or data outlets in a work area or the like. The housing assembly includes at least one outlet housing portion having an interior surface that is configured to support the electrical components of an electrical and/or data outlet. The outlet housing portion cooperates with a housing enclosure portion by filling an opening of the housing enclosure, where the housing enclosure and outlet housing portions cooperate with a housing base to define an interior cavity that receives the electrical or electronic components associated with the electrical or data outlets. The electrical components may be installed without any separate mechanical fasteners, and the housing components may be assembled with minimal use of separate fasteners.

Abstract: An electrical contact receptacle includes a base with opposed contact portions extending from one surface thereof. Each contact portion has three arms in spaced arrangement, and optionally a bridge portion extending across outboard arms. Each of arms has an inner contact surface for conductively engaging a blade terminal or a bus bar. Optionally, the base defines an opening through which a tip portion of a blade terminal can be received, thereby permitting insertion of the blade terminal from above or below the contact receptacle, and allowing for additional contact surfaces with the blade terminal.

Abstract: A retaining plate is provided for use in the assembly of a chair to couple a J-back to a tilt mechanism. The J-back is provided with a number of mounting holes. Similarly, the tilt mechanism is provided with a number mounting holes that can be aligned with the mounting holes in the J-back. The retaining plate has a number of mounting holes disposed therethrough that are located to align with the mounting holes of the J-back and the tilt mechanism. The plate also includes a nut-retaining wall that is formed around the mounting holes and that is dimensioned to hold a threaded nut. The plate has a mechanism that is used to couple the plate to the tilt mechanism. In use, nuts may be placed within and held by the nut-retaining wall, and the plate may be coupled to the tilt mechanism so that the J-back may be coupled to the tilt mechanism by threading bolts into the nuts, the nuts being held in place by the nut-retaining walls.

Abstract: A retaining plate is provided for use in the assembly of a chair to couple a J-back to a tilt mechanism. The J-back is provided with a number of mounting holes. Similarly, the tilt mechanism is provided with a number mounting holes that can be aligned with the mounting holes in the J-back. The retaining plate has a number of mounting holes disposed therethrough that are located to align with the mounting holes of the J-back and the tilt mechanism. The plate also includes a nut-retaining wall that is formed around the mounting holes and that is dimensioned to hold a threaded nut. The plate has a mechanism that is used to couple the plate to the tilt mechanism. In use, nuts may be placed within and held by the nut-retaining wall, and the plate may be coupled to the tilt mechanism so that the J-back may be coupled to the tilt mechanism by threading bolts into the nuts, the nuts being held in place by the nut-retaining walls.

Abstract: A handheld liquid extraction cleaner includes a recovery tank mounted to the forward end of a cleaner housing with a suction nozzle and conduit on a front face of the recovery tank connected to an inlet opening in the recovery tank. A vacuum source is connected to the recovery tank through an exhaust conduit, integrally formed in the recovery tank, for drawing liquid and debris through the suction nozzle and the suction conduit and into the recovery tank A removable cleaning fluid supply tank is mounted to a rear portion of the cleaner housing, an adjustable spray nozzle is mounted to the suction conduit and a pump is positioned in a supply conduit between the spray nozzle and the cleaning fluid supply tank for supplying pressurized cleaning fluid from the cleaning fluid supply tank to the spray nozzle The pump includes an impeller which is positioned in an outlet opening of a reservoir in which the cleaning fluid is deposited from the cleaning fluid supply tank.

Abstract: An upright vacuum cleaner is provided which has a handle pivotally mounted to a foot. The foot has a releasable mechanism pivotally mounted thereto. The releasable mechanism and the handle are provided with abutting protrusions and recesses which can abut one another to retain the handle in an upright storage position, in an angularly disposed position for normal use and a generally horizontal position. The releasable mechanism preferably comprises a foot pedal which has an integral arm spring extending angularly therefrom and biased against the foot so that the protrusion and/or recess on the foot pedal is urged within a corresponding recess and/or protrusion on the handle.

Abstract: A vacuum cleaner comprises a housing, a motor mounted in the housing, and a switch coupled the motor for actuating the motor to an operative and an inoperative condition. The switch includes an actuator button for moving the switch between an opened and a closed position. A foot pedal is pivotally mounted to the housing and has a bottom surface in an abutting relationship with respect to the actuator button. The foot pedal can include an axle having a pair of flat surfaces which pivotally mount to a slotted circular retainer in the housing. The bottom surface of the foot pedal can include a depending flange which is in abutting relationship with the actuator button. Further, a spring can be disposed between the bottom surface of the foot pedal and the housing to bias the foot pedal away from the switch wherein the spring at least partially surrounds a portion of the foot pedal and at least partially surrounds the actuator button.

Abstract: The invention disclosed herein relates to an improved vacuum cleaner comprising a foot, a handle pivotally mounted to the foot, and a vacuum motor mounted to one of the handle and the foot. The foot has a suction inlet fluidly connected to the vacuum motor and an agitator brush rotatably mounted to the foot. The improvement relates to a wheel assembly comprising a housing, an axle mounted to the housing and at least one wheel rotatably mounted to the axle. The housing has an integrally-molded flange extending therefrom. The wheel assembly rollably supports the vacuum cleaner on a floor surface. A channel is formed in the foot and is adapted to pivotably mount the housing flange for movement between a first and a second position. In the first position, the wheel assembly supports the suction inlet at a first distance relative to the floor surface. In the second position, the wheel assembly supports the suction inlet at a second distance therefrom.

Abstract: A multi-use power foot suitable for use for both dry vacuum cleaning and water extraction procedures is disclosed. The power foot has a dry suction chamber in fluid communication with an outlet and a water suction chamber in fluid communication with the outlet. A diverter valve member is mounted within the housing to selectively restrict the air flow from one of the chambers to the outlet. A rotating brush is mounted in the opening of the dry suction chamber to agitate the surface to be cleaned in both the dry vacuum cleaning and water extraction modes. Spray nozzles are mounted to the underside of the power foot to direct a water based cleaning solution to the surface to be cleaned.