In this video, I will show to you cylindrical cam and follower mechanism. It will convert rotational motion to linear motion that parallel with axis of cylinder. As picture above, Red cylinder is drive, Black groove is around at cylinder, roller follower is attach at green bar. When red cylinder rotate, roller follower will track […]
Mechanism video
[Video] How to Scotch-yoke mechanism work
In this post, I will explain How to Scotch-yoke mechanism work? It converts rotary to linear motion. Red link is drive,rotates, Yellow pin will slide on the yoke. This causes the green link (attached sliding bar) to reciprocate, tracing a sinusoidal waveform. You can see this video below for more understanding.
[Video] How to Tchebicheff straight line generator work?
In this post, I will explain how to Tchebicheff straight line generator work? It this 4 bar linkage mechanism type. What is special? As picture above, this mechanical mechanism has 3 bar. Purple bar can rotate around yellow pin. Green bar can rotate around orange pin. Blue bar can rotate around red pin that […]
[Video] how to Double rocker mechanism work
In this post, I will explain how to Double rocker mechanism work? As you see, it is 4 bar linkage type. What is special? Purple link is hinged at black pin. Blue Link is hinged at red pin following link purple, hinged at pink pin following green link. Green link is hinged at yellow pin. […]
[Video] How to Scott Russell straight line generator work
In this video I will explain how to Scott Russell straight line generator work. As you see, it is 4 bar linkage type. What is special? As picture above, link AB can hinge at A. Link CD can hinge at B that follow link AB, hinge at C that follow roller which restricts it to […]
[Video] how to watt straight line generator work
In this video I will explain how to watt straight line generator work. As you see, it is 4 bar linkage type. What is special? As this picture above, link AB and CD can hinge at A and D. Link BC can hinge at B that follow link AB, hinge at C that follow link […]