mating in asola

[reggio]

Hello, I have a pin of ø8 and a ø10x30 of interasses: can I bind the pin "inside" the asola so that it moves inside and stops against one of the 4 faces?

I tried with mating cam but I couldn't... :
Can I help you?

 

[marcof]

Hello, I have a pin of ø8 and a ø10x30 of interasses: can I bind the pin "inside" the asola so that it moves inside and stops against one of the 4 faces?

I tried with mating cam but I couldn't... :
Can I help you?

I didn't know if the pin should be crossed between the two faces of 30 mm and stop in line against one of those of 10 or you want the free pin to "baptize" inside the asola having as limits of movement the 4 faces.
In the first case you create an average plane to the two sides lunges and the constraints matching the axis of the pin while for the other movement imposed the limit distance between the axis the two faces of 10, perhaps binding the whole with an aquation so that if you change the length of the asola or the diameter of the pin the movement remains correct.
for the second case you could put the limit distance even compared to the two faces from 30 (without constraint on the average plane of course) and should thus be able to "beach" inside the asola.
(I am doubtful now that your asola is made of candle frieze, so with the extreme semicircular faces...) I have to run away and I can not see how already written; in case they were semicircular, you do it at the workshop straight to a living edge, that the files still sell them (to be able to use them though...) :redface:

p.s.
a few days I come looking for you, I know where you work, and you see that you end up inventing yourself all 'you':smile:

 

[reggio]

I'm doubtful now that your asola is made of candle cutter, so with extreme semicircular faces. . .

hello marcof, of course it's just like this... a sort of seat for keystrokes (a thing that in mechanics is very rare and those of swx could not foresee it )
I hoped in the cam constraint but it does not allow me to select the faces.. .

p.s.
a few days I come looking for you, I know where you work, and you see that you end up inventing yourself all 'you':smile:

In fact, it is so much that, given the closeness and your experience I wanted to ask you a meeting, maybe in a half day you could unlock all those half ideas that I posted here and that they are always stuck in half... :frown:

But what exactly do you do to mo?

 

[marcof]

hello marcof, of course it's just like this... a sort of seat for keystrokes (a thing that in mechanics is very rare and those of swx could not foresee it )
I hoped in the cam constraint but it does not allow me to select the faces.. .

if the pin has to move tangent to the inner faces of the asola, make a reference surface (which you can then hide) starting from a spline created on the edges of the asola using the command "optimized spline"
If you have to have that asola as limits of movement, then "battle" it inside, it seems more complicated and I don't think of the solution. with limit couplings you can do it for only one of the asola semicircles and straight faces. the other semicircular face does not let it use for a third limit coupling, otherwise it would work. you have to find an escamotage with multiple couplings used together. . .
I attach the file with also the rectangular socket that acts as a limit for the movement of the pin, which inside is free to move in any position.

In fact, it is so much that, given the closeness and your experience I wanted to ask you a meeting, maybe in a half day you could unlock all those half ideas that I posted here and that they are always stuck in half... :frown:

I assure you that you overestimate me, and if I say so, you can trust me! :smile:

But what exactly do you do to mo?

nails...

Hi.

 

[re_solidworks]

hello marcof, of course it's just like this... a sort of seat for keystrokes (a thing that in mechanics is very rare and those of swx could not foresee it )
I hoped in the cam constraint but it does not allow me to select the faces.. .



In fact, it is so much that, given the closeness and your experience I wanted to ask you a meeting, maybe in a half day you could unlock all those half ideas that I posted here and that they are always stuck in half... :frown:

But what exactly do you do to mo?

but does this pin have to "battle" or move tangent to the faces?

In the meantime, I'll train you that "regular." Is that okay?

 

[reggio]

but does this pin have to "battle" or move tangent to the faces?

hi king, it would actually be interesting to understand how to see behavior in 2 cases.
In this precise case it should be slammed because the movement first leads it to touch the right face, then the left and then it should "enter" in the 180° curve...

for now I've arranged myself with autocad... But I'd like to be able to give up and trust swx blindly...

 

[marcof]

hi king, it would actually be interesting to understand how to see behavior in 2 cases.
In this precise case it should be slammed because the movement first leads it to touch the right face, then the left and then it should "enter" in the 180° curve...

if you have to go in batting on one of the two semicircular faces then you can do with limits of movement even for straight faces. difficulty arises if even the opposite semicircular face must serve as limit mating.
Then write "caster", but I'd see the pin of 8 "set" in a semicircular face diameter 8. in the head of the diameter 10 axle anyway, and in swx the position is not stable.
always need only one face of bar, can't you do the slot with the tilted faces starting from 10 and end tangent to the face of bar diameter 8? the pin would also be accompanied in the movement with the side game that gradually reduces

 

[re_solidworks]

hi king, it would actually be interesting to understand how to see behavior in 2 cases.
In this precise case it should be slammed because the movement first leads it to touch the right face, then the left and then it should "enter" in the 180° curve...

for now I've arranged myself with autocad... But I'd like to be able to give up and trust swx blindly...

So the pin is transverse in the asola? In this way he would work on the edge... how long can a solution like that last?

 

[sampom]

Hello, I have a pin of ø8 and a ø10x30 of interasses: can I bind the pin "inside" the asola so that it moves inside and stops against one of the 4 faces?

I tried with mating cam but I couldn't... :
Can I help you?

Hello, Reggio. .
Maybe it's better that you place the file or at least an image, because it seems to me that to stay behind your "kicks" biggrin we're a little pulling to the catwalks.

greetings
Marco:smile:

 

[axia94]

hi reggio, it will seem like a silly solution, but I tried it and it works well:
1 - in the hole part, create a sketch to build the axes of the hole and close sketch without giving function
2 - in the asola part, create a sketch to build the axes of the holes and close sketch without giving function
3 - in the active axieme " displays sketches", from a complex coincidence between central axis certaincale hole-axis central axis certaincale holes asola with minimal coincidence "0" and maximum = axle axle, confirm a couple of times and you will see that the hole moves from one axis to another of the asola without problems
p.s. if you want to disable " displays sketches", which can annoy

good day
Axia94