As promised - more detail is available - the project is approximately 200 pages. So I have uploaded a chapter on an insight into Elmer's Wobbler from my project.
If you would like to see any other aspect of this project, please have a look at the table of contents also uploaded. If requested...
Previous to this thread, whilst I was searching through other threads - I came across a table; I believe this was like a material comparison table.
But I cannot seem to find it now
Oh! My tutor has just specified what exactly you mean - I guess I'll have to get back to it after the Holidays! Cheers for the heads up Prop.
Enjoy your Christmas everybody!
CAD so far -
I was thinking of having a vertical osilliator - I have found some designs for this on the net. Or perhaps I could scale Elmer's units up to the nearest whole figure.
Next step (re-egineering)
During my CAD, I noticed the Shaft Bush was slightly over, I had to reduce the...
So - by the time the cyclinder port has reached the exhaust port the cyclinder should be fully compressed with air - ready to dispense the air, and by the time the cyclinder port has reached the intake port the piston should have no compressed air - ready to get air compressed back in...
At this exact moment I am writing about Elmer's Wobbler, currently explaing the oscilliating movement.
I was wondering is this all that needs to be mentioned in relation to operation. As I believe bore stroke and performance, belong to 'calculations' rather than 'operation' - perhaps the...
Tin they look amazing!
In relation to 're-engineering', I would like to keep to Elmer's design style. However I will be changing dimensions and adding tolerances (this i beleive to be thr tricky part - as if wrong, then the operation of the wobbler would fail).
But - yes. I will be taking...