Abstract: A control plate (17) for selecting and controlling knitting movements of tools in a knitting machine driven by the relative movements of the plate support (11) and a cam support (12), in which the control plate can be forced into an engagement position of a drive output foot (61) of the control plate with an output drive edge of an output drive component (73) to transmit the deflection drive by the action of a minimum pre-tension of an extended rod-shaped control spring (37), the free end of which is supported to slide on the base of a guide groove (16) accepting the control plate, is constructed as a one-piece spring steel component to simplify manufacture and increase its wear resistance, in which its width (h) measured perpendicularly to the neutral elastic line (54) of the control spring (37) at the base side of the spring at which it bears on the basic body (18) of the plate is greater than at the free end (48) of the spring by which the spring is supported on the base (25) of its guide groove (16), wher

Abstract: A motion translation apparatus and method is provided which is particularly suitable for use with machine tools wherein the workpiece is moved relative to a tool. A stationary guideway member having a track of ball bearings mounted partially projecting from a V-shaped channel is fixed relative to the tool and relative to a rotatably driven turntable on which a hydraulic fluid operated actuator is pivotably mounted at one end. The piston of the actuator is pivotably secured to a link member which is in turn pivotably mounted on one end to the turntable. The free end of the link member opposite the end pivotably mounted to the turntable is pivotably connected to a movable guideway member which has a V-shaped channel adapted to receive and engage projecting portions of the ball bearings in the stationary guideway member for a predetermined arc of rotation of the turntable.