Abstract: A miter gear transmission includes a driving shaft, an idler cluster and a driven shaft. The idler cluster includes two cone-shaped gear sets, each having a proximate end with a gear having a largest number of teeth and a distal end with a gear having a smallest number of teeth. Gears with a decreasing number of teeth are located between the proximate and distal ends. The two gear sets are joined at their proximate ends. The idler cluster is suspended in bearings at a 45 degree angle between the driving and driven shafts with first and second spur gears slidably engaged to the shafts. Two actuator moves the spur gears along the shafts to engage the gear teeth of each of gears of the gear sets. By moving the spur gears to engage different gears, different gear ratios are achieved. A cable loop shifter moves the actuators along the shafts.

Abstract: A drive device for the detaching rollers in a combing machine which includes a coupling member having an inner toothed wheel rim with a central axis extending therethrough. A central wheel is carried in the coupling member. The central wheel has an axially located take-off shaft which is used for driving the detaching rollers of the combing machine. Teeth are carried on the central wheel and mesh with the teeth of the inner toothed wheel rim. A first crank arm is provided for reciprocally rotating the coupling member as a second crank arm drives the coupling member about an axis offset from its central axis for imparting a pilgram (about two steps forward and one step back) motion to the take-off shaft of the central wheel.