Crank and Slider: Difference between revisions
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=====Description===== | |||
A [https://en.wikipedia.org/wiki/Crank_%28mechanism%29 '''Crank and Slider'''] mechanism changes rotary to reciprocating motion or vice versa. | |||
=====Features and Applications===== | |||
In the car engine the '''[[Types of Motion|reciprocating motion]]''' of the piston caused by exploding fuel is converted into '''[[Types of Motion|rotary motion]]''' as the con-rod moves the crankshaft around. | |||
An air compressor uses this principal in reverse - an electric motor turns the crankshaft and the piston moves up and down to compress the air. | An air compressor uses this principal in reverse - an electric motor turns the crankshaft and the piston moves up and down to compress the air. | ||
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| See '''[[2100 Animated Mechanical Mechanisms|Nguyen Duc Thang's]]''' example of a [https://youtu.be/6c5ow2ped3Y '''Crank and Slider'''] in which the slider reciprocates and turns 90 deg. at its right stroke end. | |||
| {{#ev:youtube|6c5ow2ped3Y|240x240|right||frame|loop=1&autoplay=1&playlist=6c5ow2ped3Y}} | |||
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{{Mechanisms Buyers Guide}} | |||
[[Category:Secondary]] | [[Category:Secondary]] | ||
[[Category:Mechanisms]] | [[Category:Mechanisms]] | ||
Revision as of 07:43, 26 August 2016
Description
A Crank and Slider mechanism changes rotary to reciprocating motion or vice versa.
Features and Applications
In the car engine the reciprocating motion of the piston caused by exploding fuel is converted into rotary motion as the con-rod moves the crankshaft around.
An air compressor uses this principal in reverse - an electric motor turns the crankshaft and the piston moves up and down to compress the air.
| See Nguyen Duc Thang's example of a Crank and Slider in which the slider reciprocates and turns 90 deg. at its right stroke end. |
