barry84
Mechanical
- Feb 7, 2012
- 4
Hi,
I'm new to the forum and new to Pro/e mechanism. I have searched the forum and the internet for possible solutions to my problem unsuccessfully.
I am trying to define the connection between an axial cam and its spherical follower (the follower translates axially in relation to the cam axis of rotation). The follower is supposed to run in a groove on the cam disc, whose diameter is smaller than that of the ball (therefore there should be contact at two points between the ball and cam).
It seems that the cam connection of mechanism does not work in this case. I have tried using a bearing constraint but this does not seem to be the correct approach. I also tried using a slot constraint and managed to get the centre point of the follower to follow the curve of the cam surface profile. However I realised then that this is not the solution since I must define CONTACT between the surfaces of the cam and follower. Can anyone make a suggestion as to how I might approach the problem?
Thank you for any tips!
I'm new to the forum and new to Pro/e mechanism. I have searched the forum and the internet for possible solutions to my problem unsuccessfully.
I am trying to define the connection between an axial cam and its spherical follower (the follower translates axially in relation to the cam axis of rotation). The follower is supposed to run in a groove on the cam disc, whose diameter is smaller than that of the ball (therefore there should be contact at two points between the ball and cam).
It seems that the cam connection of mechanism does not work in this case. I have tried using a bearing constraint but this does not seem to be the correct approach. I also tried using a slot constraint and managed to get the centre point of the follower to follow the curve of the cam surface profile. However I realised then that this is not the solution since I must define CONTACT between the surfaces of the cam and follower. Can anyone make a suggestion as to how I might approach the problem?
Thank you for any tips!