Convert Rectangular Motion to Rotary Motion - Dan

In summary, a rectangular motion path with an arm outstretched from the path could create a somewhat fluent circular motion if gears were used.
  • #1
TrippingSunwise
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In many ways I am unsure of the question that is in my head... but I would assume that there are others out there who understand the need to ask whilst the problem is still fuzzy. I need some direction: how can I convert a rectangular motion into a rotary motion? Is this even possible? Those steadfast to the answer "no" need not respond. Imagine a rectangular motion path with an arm outstretched from the path. Could a combination of gears create a somewhat fluent circular motion?

Thanks,
Dan
 
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  • #2
I'm not exactly sure what kind of motion you are talking about, but any reciprocating engine converts linear motion to rotational via a crankshaft.
 
  • #3
I know its probably an incredibly simple question... but its not straight linear motion but rectangular motion. Imagine a crank on a wheel but rather than a circle its a rectangle... and it moves along the rectangular path.
 
  • #4
A crank on a rotating rectangle with still trace out a circular path. The only way that I can think of to get 'rectangular' motion would be with some sort of cam-slot arrangement or chain/belt drive on sprockets/pulleys. Could you possibly post a diagram of what you mean?
 
  • #5
If you have a slider with one end going around a rectangular path and the other end connected to a point (not the center) of a wheel or gear, the gear should still rotate. The rate at which the wheel will rotate will change, but it will rotate. You would probably have to play around with some kind of guiding mechanism though to ensure that the connecting arm doe not allow the motion to reverse.
 
  • #6
A simple ratchet should take care of that, as long as it's set up so it can't lock in an attempted reverse position. Perhaps 2 indepentantly linked connecting rods?
 

FAQ: Convert Rectangular Motion to Rotary Motion - Dan

How does the conversion from rectangular to rotary motion work?

The conversion from rectangular to rotary motion involves using a mechanism such as gears, pulleys, or a crankshaft to translate linear motion into circular motion. This allows for the transformation of the direction and speed of the motion.

What are some common applications of converting rectangular to rotary motion?

Some common applications of converting rectangular to rotary motion include in car engines, conveyor belts, and rotating machinery such as fans and pumps.

What are the advantages of using a crankshaft to convert motion?

A crankshaft is a commonly used mechanism to convert rectangular to rotary motion. Its advantages include efficient power transmission, smooth operation, and the ability to change the direction of motion.

Can the conversion from rectangular to rotary motion be reversed?

Yes, it is possible to reverse the conversion from rectangular to rotary motion. This can be achieved by using a different mechanism, such as a rack and pinion, to convert the rotary motion back to linear motion.

Are there any limitations to converting rectangular to rotary motion?

One limitation of converting rectangular to rotary motion is the loss of energy due to friction in the mechanisms used. This can affect the efficiency and speed of the converted motion. Additionally, the size and weight of the components used can also be a limitation in certain applications.

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