power23
Guest
Hello, guys.
I ask you for help with a cylindrical cam.
attached sketch of what I should accomplish.
in practice a common clindrical cam (with throat). ...see a frontal view (sx) and a view of the development of the trajectory (dx).
the cam must make an object mounted on the rotation axis 90° and then return to position 0.
the axis of rotation is tied to the cam by means of wheels "wheels" that the axis of the wheel precisely as you see does not converge towards the center of the cam... but is parallel to the rotating axis.
at the extreme dx you see the example of the wheel axis that converges in the center.
In this case it is easier because (called very simplified) I wrap the trajectory on the cylinder and it is made.
but in my case (sx) it is not worth this speech because otherwise the wheel is nailed in the curves of the cam (guaranteed and seen in person)....but then I ask you:
how can I simulate and then create the throat for the wheel in proe precisely considering that the wheel (and therefore also the tool) must be moved by xmm compared to the rotating axis?
Thank you for your help... I hope to be clear. ..unfortunately I am obliged not to use the "converged" solution to dx.
I ask you for help with a cylindrical cam.
attached sketch of what I should accomplish.
in practice a common clindrical cam (with throat). ...see a frontal view (sx) and a view of the development of the trajectory (dx).
the cam must make an object mounted on the rotation axis 90° and then return to position 0.
the axis of rotation is tied to the cam by means of wheels "wheels" that the axis of the wheel precisely as you see does not converge towards the center of the cam... but is parallel to the rotating axis.
at the extreme dx you see the example of the wheel axis that converges in the center.
In this case it is easier because (called very simplified) I wrap the trajectory on the cylinder and it is made.
but in my case (sx) it is not worth this speech because otherwise the wheel is nailed in the curves of the cam (guaranteed and seen in person)....but then I ask you:
how can I simulate and then create the throat for the wheel in proe precisely considering that the wheel (and therefore also the tool) must be moved by xmm compared to the rotating axis?
Thank you for your help... I hope to be clear. ..unfortunately I am obliged not to use the "converged" solution to dx.