Abstract: A continuously variable transmission (CVT) clutch that includes a post, a fixed sheave, a moveable sheave and a peak torque limiter (PTL) is provided. The fixed sheave is rotationally mounted on the post. The fixed sheave is axially fixed in relation to the post. The moveable sheave is rotationally mounted on the post. The moveable sheave is configured to move axially on the post. The PTL operationally couples at least the moveable sheave to the post. The PTL is configured to slip when exposed to a torque over a set maximum toque threshold.

Abstract: A continuously variable transmission (CVT) clutch that includes a post, a fixed sheave, a moveable sheave and a peak torque limiter (PTL) is provided. The fixed sheave is rotationally mounted on the post. The fixed sheave is axially fixed in relation to the post. The moveable sheave is rotationally mounted on the post. The moveable sheave is configured to move axially on the post. The PTL operationally couples at least the moveable sheave to the post. The PTL is configured to slip when exposed to a torque over a set maximum toque threshold.

Abstract: A linear actuator that includes a torque generator, a lead screw, a driven nut, an activation circuit and a push rod. The torque generator has an output shaft. The lead screw is operationally coupled to the output shaft of the torque generator. The driven nut has an internally threaded bore that threadably engages external threads of the lead screw in such a manner that frictional forces between the internal threaded bore and the external threads prevent movement between the driven nut and the lead screw when no torque is provided by the torque generator. The activation circuit is in communication with the torque generator. The activation circuit has at least one switch that is configured to be activated by the driven nut. The push rod is operationally coupled to the driven nut.

Abstract: A linear actuator that includes a torque generator, a lead screw, a driven nut, an activation circuit and a push rod. The torque generator has an output shaft. The lead screw is operationally coupled to the output shaft of the torque generator. The driven nut has an internally threaded bore that threadably engages external threads of the lead screw in such a manner that frictional forces between the internal threaded bore and the external threads prevent movement between the driven nut and the lead screw when no torque is provided by the torque generator. The activation circuit is in communication with the torque generator. The activation circuit has at least one switch that is configured to be activated by the driven nut. The push rod is operationally coupled to the driven nut.

Abstract: A continuous variable clutch is provided. The continuous variable clutch includes a first sheave member and a second sheave member. The first sheave member includes a first central hub and a first conical-faced surface extending radially from the first central hub. The second sheave member includes a second central hub and a second conical-faced surface that extends radially from the second central hub. The second central hub of the second sheave member is received in a cavity of the first central hub such that the first conical-faced surface of the first sheave member facing the second conical-faced surface of the second sheave portion. The second central hub moving axially within the first central hub based on an amount of torque on the continuous variable clutch. The first sheave member and the second sheave member further forming a central passage to receive an input shaft of a transmission.