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design bushing

  • Thread starter Thread starter lupo41ul
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lupo41ul

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Hi guys, I appeal to you to come to the head of a dilemma: I have the sketch of a mouth with snitch; I have to process the working cycle and above all, understanding its operation, I have to create a mechanical assembly in which I can assemble the same. we accept tips and suggestions. thanks.(I attach the pdf file)
 

Attachments

material?
estimated pieces?
Given the shape, you could insert it as a joint of a tree or a low number of spins...
 
If I don't know who you are, since you didn't show up, I can tell you that:
- that is not a mouth but a pin
- How can a man know, seeing a piece, where does he go and what's it for?
- is not indicated material, treatments and roughness
all this to say that if you don't have all the info... you can't do a work cycle
If it is titanium, it will change things compared to aluminum, if it is lapped, it changes compared to a "great" turning and so on. . .
give us information and we will give you answers
 
Good morning, I know it may seem absurd to formulate a working cycle when you have wrinkle values for example; but it is my job to idealize operation, assembly and therefore all values of roughness and tolerance. I thought I'd put it in or at least assemble it inside a brocciatore.
 
lupo41ul said:
Good morning, I know it may seem absurd to formulate a working cycle when you have wrinkle values for example; but it is my job to idealize operation, assembly and therefore all values of roughness and tolerance. I thought I'd put it in or at least assemble it inside a brocciatore.
Click to expand...
Sorry, but what do you mean inside a brocciatore?

Thank you.

Mar
 
Kill what a task you have... What do you do? Doesn't look like engineering. looks more like an industrial design... What's wrong with you?
You need a lathe to grind and finish a milling machine... with various alestors... Maybe even a post with a license nx... a complete plm software (that marketed).... that will make you build model cad ... the manufacturing part with the simulation of the cam... obviously joke.... but it is not that it is a simple thing that you ask... If you're a student and a professor asked you something like that... So he doesn't even know what he asked you... It takes an average company to do well what you say... and I repeat well... That's why I ask you what exam is based on that you can also have different answers
... the part of the design itself doesn't need because you already have the odds... So who has sized it already knows the use of destination.... it is not that you have to design anything you... that bushing we call it as well so it has those holes those diameters etc. because the designer has thought it suitable already for use... That's why I don't feel like an engineering track
.... tell us something more.... do you have to put it in a scenario? Like a giant lathe? where this joint face in a mechanical arm? Where did they extract this design from?
 
I would certainly say "an antirotation" of some kind, perhaps the task is just that; understand more or less what is behind this "stamba" form. ..vised so though (never the tangences of the gorges) I would say that they lack rectifications therefore perhaps a piece "to good" to put in application not very "painted"
 
you are still a piece to finish... missing threads sleek inclinations... That is why I believe that the analysis that the author of the first post is a qualitative analysis. . .
more than a detailed analysis is why I said the real end of his study... the spindle is generally used for drilled lathes... it is used to fix on autocentres above which in turn go the various tools useful to the processing... Your mouth... Given the size will serve for a large enough machine
 

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