- #1
Haim1404
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Hello Guys,
I'm building a vertical wave machine.
I have a big bearing [2] (more like an eccentric) which is rotating by an electric motor with a constant speed of 0.359 rad/sec.
When 3/4 of the bearing touches bearing [1] it supposed to rotate it a 1/4 turn, which as a result the ladder with the rods should rotate 1/4 turn.
Once they are not touching each other (passing the green diameter), bearing [1] returns to its place a
due to the spring resistance force and creates wave movement in the statue.
I know the following parameters:
In order to to remove the rods from equilibrium I need torque of 30 Nm.
The motor output is 110 Nm and it rotate bearing [2] in constant speed of 0.359 rad/sec.
The spring have resistance force of 10N
Diameter of bearing [1] is 100 mm.
I need help in calculating the green line = the contact line= the big diameter of bearing [2].
If necessary I will be happy to provide additional data and info.
Thanks to all helpers.
I'm building a vertical wave machine.
I have a big bearing [2] (more like an eccentric) which is rotating by an electric motor with a constant speed of 0.359 rad/sec.
When 3/4 of the bearing touches bearing [1] it supposed to rotate it a 1/4 turn, which as a result the ladder with the rods should rotate 1/4 turn.
Once they are not touching each other (passing the green diameter), bearing [1] returns to its place a
due to the spring resistance force and creates wave movement in the statue.
I know the following parameters:
In order to to remove the rods from equilibrium I need torque of 30 Nm.
The motor output is 110 Nm and it rotate bearing [2] in constant speed of 0.359 rad/sec.
The spring have resistance force of 10N
Diameter of bearing [1] is 100 mm.
I need help in calculating the green line = the contact line= the big diameter of bearing [2].
If necessary I will be happy to provide additional data and info.
Thanks to all helpers.
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