Abstract: A handle assembly can include a handle extending from a work portion of the power tool. The handle can include a handle member configured to be engaged by a user when operating the power tool and at least one elongated member extending between the work portion of the power tool and the handle member. A multi-position interface can be spaced apart from the handle member and define a plurality of engagement interfaces. An engagement element can be configured to move relative to the multi-position interface and be selectively engageable with the plurality of engagement interfaces. A user engageable interface can be configured to selectively move the engagement element into and out of engagement with the plurality of engagement interfaces. The handle assembly can be angularly repositionable between a plurality of angular orientations when the engagement element is not disposed within any of the plurality of engagement interfaces.

Abstract: A clutch assembly for selectively rotationally coupling a prime mover to an output comprises an input member including an input clutch protrusion, an output member including an output clutch protrusion, and an intermediate member positioned between the input member and the output member. The intermediate member includes a first clutch member engaged with the input clutch protrusion and a second clutch member axially spaced from, but engagable with, the output clutch protrusion. The intermediate member is axially displaceable toward the output member to engage the second clutch member with the output clutch protrusion in response to rotation of the input member relative to the intermediate member.

Abstract: A clutch assembly for selectively rotationally coupling a prime mover to an output comprises an input member including an input clutch protrusion, an output member including an output clutch protrusion, and an intermediate member positioned between the input member and the output member. The intermediate member includes a first clutch member engaged with the input clutch protrusion and a second clutch member axially spaced from, but engagable with, the output clutch protrusion. The intermediate member is axially displaceable toward the output member to engage the second clutch member with the output clutch protrusion in response to rotation of the input member relative to the intermediate member.

Abstract: A self-engaging clutch includes an input member, and intermediate member, and an output member. The input member is coupled to a prime mover and includes clutch protrusions. The output member is coupled to an output and includes an output clutch. The intermediate member includes a first side that is engaged with the input member and a second side that is engageable with the output member. Upon rotation of the input member, the intermediate member displaces toward the output member to engage the output member thereby allowing torque to be transferred from the input member to the output member.

Abstract: A self-engaging clutch includes an input member, and intermediate member, and an output member. The input member is coupled to a prime mover and includes clutch protrusions. The output member is coupled to an output and includes an output clutch. The intermediate member includes a first side that is engaged with the input member and a second side that is engageable with the output member. Upon rotation of the input member, the intermediate member displaces toward the output member to engage the output member thereby allowing torque to be transferred from the input member to the output member.

Abstract: A snow thrower comprising a frame, a handle coupled to the frame, a chute coupled to the frame and rotatable between a plurality of positions about a chute axis, and a chute control assembly. The chute control assembly comprises an actuator assembly including an actuator movable between a plurality of positions, a rotatable flexible cable having first and second ends, and a gear assembly comprising at least one gear. The first end is coupled to the actuator assembly in a manner that causes the cable to rotate when the actuator is moved between the plurality of positions. The gear is coupled to the second end in a manner that causes the gear to rotate when the cable rotates. The chute is coupled to the gear in a manner that causes the chute to rotate about the chute axis when the gear rotates.

Abstract: A gas tiller including a frame defining a first pivot axis and a second pivot axis spaced a distance from the first pivot axis, a motor coupled to the frame, a set of rotary tines coupled to the frame and operatively coupled to the motor, a swing arm pivotably coupled to the frame and rotatable about the first pivot axis between a first and second arm positions corresponding to travel and tilling configurations, respectively, of the tiller, the swing arm including one or more wheels coupled thereto, and a drag stake pivotably coupled to the frame and rotatable about the second pivot axis between first and second stake positions. Movement of the swing arm between the arm positions moves the drag stake between the stake positions.

Abstract: A gas tiller including a frame defining a first pivot axis and a second pivot axis spaced a distance from the first pivot axis, a motor coupled to the frame, a set of rotary tines coupled to the frame and operatively coupled to the motor, a swing arm pivotably coupled to the frame and rotatable about the first pivot axis between a first and second arm positions corresponding to travel and tilling configurations, respectively, of the tiller, the swing arm including one or more wheels coupled thereto, and a drag stake pivotably coupled to the frame and rotatable about the second pivot axis between first and second stake positions. Movement of the swing arm between the arm positions moves the drag stake between the stake positions.

Abstract: A snow thrower comprising a frame, a handle coupled to the frame, a chute coupled to the frame and rotatable between a plurality of positions about a chute axis, and a chute control assembly. The chute control assembly comprises an actuator assembly including an actuator movable between a plurality of positions, a rotatable flexible cable having first and second ends, and a gear assembly comprising at least one gear. The first end is coupled to the actuator assembly in a manner that causes the cable to rotate when the actuator is moved between the plurality of positions. The gear is coupled to the second end in a manner that causes the gear to rotate when the cable rotates. The chute is coupled to the gear in a manner that causes the chute to rotate about the chute axis when the gear rotates.

Abstract: A power-driven lawn mower including a push-pull cable having a core connecting a bail arm pivotally supported on the handle and a clutch mechanism which engages and disengages the drive system. A control case is secured to the handle between the bail arm and the clutch assembly and has a side wall which forms a longitudinally extending groove with an open outer side. The handle engages the control case adjacent the outward side of the groove. A self-adjusting mechanism for the cable includes a slider longitudinally movable within the groove of the control case, a spring element, and a lock pin. The slider engages a rear end of a conduit of the cable and has a rack of longitudinally spaced ratchet teeth thereon. The spring element forwardly urges the slider toward the rear end of the conduit.