+ Altering linear motions

+ Altering rotary oscillations

+ Complicated motions

+ Continuous rotation into interrupted rotation

+ Continuous rotation into linear motion

+ Continuous rotation into rotary oscillation

+ Continuous rotation transmission

+ Jigs and fixtures

+ Mechanisms for drawing lines

+ Mechanisms of specific purposes

+ Reciprocating motion to continuous rotation

+ Rotary oscillation into linear motion

+ Rotation to wobbing motion

+ Simple cam mechanisms (RU)

+ Study of mechanisms

+ Sundries

Slider crank and coulisse mechanism 1


Input: blue crank that has turning angle α. Output: orange bar that has turning angle β. α, β = 0 when the blue crank and the orange bar are in line with the fixed runway. Distance between revolution joints of the green bar is 16 + 6. Distance between revolution joints (length) of the blue crank is 20. In the α range from 0 to 20 deg., β is nearly double α with max error of 5%. The mechism can be applied for controlling ball retainer in Rzeppa joints.

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