rotation screw in assembly

[Sbabba]

Hello everyone, I'm making the bolt you see in the picture.

in the table I must carry out a section in which you see a screw and I need to represent it according to the norms of the technical design for the hexagonal screws. Unfortunately, the vine in question is incorrectly oriented, and so is all the others that make up the sampling. I was trying to orient it correctly, but when I try to give an angle relationship between the first screw (the sample generator, the one you see the reference plans in the photo), which is properly oriented, and the screw that interests me to rotate, the program gives me the error you can see.

What mistake is that? How can I turn that screw? ?

Thank you for your help, hello to everyone!

 

[cacciatorino]

Hello everyone, I'm making the bolt you see in the picture.



in the table I must carry out a section in which you see a screw and I need to represent it according to the norms of the technical design for the hexagonal screws. Unfortunately, the vine in question is incorrectly oriented, and so is all the others that make up the sampling. I was trying to orient it correctly, but when I try to give an angle relationship between the first screw (the sample generator, the one you see the reference plans in the photo), which is properly oriented, and the screw that interests me to rotate, the program gives me the error you can see.

What mistake is that? How can I turn that screw? ?

Thank you for your help, hello to everyone!

Those screws are put as sample of the first, so clearly, since the sampling only exists after you have bound the screw, you would like to place a bond between the screw and an object that is generated according to how the first screw is put. It would happen that the sample screw should drive the position of the first screw but in turn its position should be driven by the first screw. This is impossible from the logical point of view and is the sense of error.

I think you must:

1) bind the first screw to the flange plane.

2) the holes on the flange should be generated as circular sampling of the first hole (I don't know how you made them). at that point the sampling would be with the various screws rotated according to the radius that passes for each hole and for the flange center.

 

[Sbabba]

Hello, thank you for the answer. on the mistake I agree, actually it is true what you say. I have noticed that in the assembly each screw is discarded compared to the precendete of a certain degree, which I deduce to be pairs to 360/n where n is the number of screws; I think you meant that. the problem is that I would like the reference plans of the vines not to have faded between them but parallel, is it possible?

in the photo you will see what I mean, thank you!

 

[cacciatorino]

Hello, thank you for the answer. on the mistake I agree, actually it is true what you say. I have noticed that in the assembly each screw is discarded compared to the precendete of a certain degree, which I deduce to be pairs to 360/n where n is the number of screws; I think you meant that. the problem is that I would like the reference plans of the vines not to have faded between them but parallel, is it possible?

Yes, it is possible, but you have to drill on the flange not as you did now (a hole followed by circular sampling of the first hole), but well, putting all the holes inside the first sketch, you see it is worth....

 

[Sbabba]

I'm sorry, to be sure, you mean I'm supposed to do one by one every hole on the flange? possible does not exist a way to orient the holes of the sampling? Thank you.

 

[seriva1983]

It is very simple, you go to the pathfinder assembly, select the sampling that generates the bolt in question, click with the right and select "leave sampling".
so all the parts generated by the sampling, are placed on the ground, at that point it is enough to eliminate the relationship of the parts that interest you and revise them to the need

 

[cacciatorino]

It is very simple, you go to the pathfinder assembly, select the sampling that generates the bolt in question, click with the right and select "leave sampling".

this, no offense, it really seems to me a worse remedy than evil!!!! :biggrin:

 

[vespa_83]

I'm sorry, to be sure, you mean I'm supposed to do one by one every hole on the flange? possible does not exist a way to orient the holes of the sampling? Thank you.

means that: inside a single feature hole insert all the equal holes,

It seems that time is spent, but I think so far you have lost more.

 

[tuttofinto]

by sampling along a curve (in this circumference case) the features (holes) remain parallel and so also the screws inserted in the axieme.
greetings