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 Don't let your FIRST blinders prevent you from thinking. - JaneYoung [more] |
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| Don't let your FIRST blinders prevent you from thinking. - JaneYoung [more] |
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#2
30-01-2008, 12:41
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Re: Pinning a Mechanism
Depends on the pin. You'd have to overcome the force of friction, which is the perpendicular force (200lbs in this case) times the coefficient of friction. If you can make the coefficient of friction small (by using slippery materials) then it should not take too much force to pull the pin.
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#3
30-01-2008, 12:42
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Re: Pinning a Mechanism
Depends on the size of the pin, the material of the pin, the material that the pin is going into, and the shape of the pin.
Last edited by Matt C : 30-01-2008 at 12:44. |
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#4
30-01-2008, 12:49
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Re: Pinning a Mechanism
 Is this holding back a spring?!Wow remind me to borrow some hockey gear before i stand by the field this year... -q |
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#6
30-01-2008, 13:11
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Re: Pinning a Mechanism
The force pulls to the right along the orange rod/string.
http://www.chiefdelphi.com/media/photos/29966? |
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