Fusee: Difference between revisions
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| [https://youtu.be/cFTMUfRsHUc '''Variable Cone Drive'''] - the input and output shafts are parallel and the output velocity is varied by moving the drive belt. | | [https://youtu.be/cFTMUfRsHUc '''Variable Cone Drive'''] - the input and output shafts are parallel and the output velocity is varied by moving the drive belt. | ||
| {{#ev:youtube|cFTMUfRsHUc|200x200|right||frame|loop=1&autoplay= | | {{#ev:youtube|cFTMUfRsHUc|200x200|right||frame|loop=1&autoplay=0&playlist=cFTMUfRsHUc}} | ||
| [https://youtu.be/lorIO9hJ960 '''Variable Cone and Disc Drive'''] - the drive is transmitted from the top disc to the one below via a double cone roller which can be positioned to vary the output velocity. | | [https://youtu.be/lorIO9hJ960 '''Variable Cone and Disc Drive'''] - the drive is transmitted from the top disc to the one below via a double cone roller which can be positioned to vary the output velocity. | ||
| {{#ev:youtube|lorIO9hJ960|200x200|right||frame|loop=1&autoplay= | | {{#ev:youtube|lorIO9hJ960|200x200|right||frame|loop=1&autoplay=0&playlist=lorIO9hJ960}} | ||
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Latest revision as of 14:00, 28 August 2016
Description
The Fusee was invented to compensate for the reducing turning power (or Torque) of a clockwork spring as it winds down.
Features and Applications
The Fusee is essentially a conical pulley and the drive is transferred progressively from a large diameter Driver to a smaller diameter Driver with a consequent increase in Mechanical Advantage.
Cone shaped pulleys are sometimes also used in Potters' Wheels to create a variable speed drive.
Animations
- Examples from Nguyen Duc Thang's YouTube Channel 2100 Animated Mechanical Mechanisms
Variable Cone Drive - the input and output shafts are parallel and the output velocity is varied by moving the drive belt. | Variable Cone and Disc Drive - the drive is transmitted from the top disc to the one below via a double cone roller which can be positioned to vary the output velocity. |