grilling of a plate

[controllofiamma]

Good evening
Today I came across the need to draw a calandrate dish to connect to the inner face of a cone.
the plate must be tilted in such a way that in 1/4 turn, touch the two diameters of the cone.
hoping to make it more understandable, I attach a photo of the old piece that I now have to rebuild.
I tried to do it in every way, but I couldn't get results that agreed to me that I could then combine everything together correctly.
:frown:
At this point I humbly ask if someone has an idea of the way to take to solve the ark.
thanks to everyone hello.

 

[meccanicamg]

Hello flame control,
I would say that you have to work as a multibody part and use the metal plates, that is to draw a fold with loft and then see how it behaves. then it is necessary to see whether that shovel is a circle sector, or if it is a segment of a stretch of propeller.

 

[controllofiamma]

Hello mecanicamg
In fact I have already tried both as a propeller and as a circle sector made in loft, and I have come to understand that it is not a propeller but a circle sector with a diameter of 910 mm, only that once produced this part, I can not find a valid coupling to assemble it, same thing is worth if work in multibody.
This dish stressed me.

 

[meccanicamg]

hummm but if you do the propeller you should not have problems in the multipart... it is conical and the propeller is conical too. You do it all for the whole cone and then cut off what you don't need.

 

[marcof]

Hello mecanicamg
In fact I have already tried both as a propeller and as a circle sector made in loft, and I have come to understand that it is not a propeller but a circle sector with a diameter of 910 mm, only that once produced this part, I can not find a valid coupling to assemble it, same thing is worth if work in multibody.
This dish stressed me.

I don't understand, but did you try to shape it in the axieme context? so doing there is nothing to assemble or bind.
should also fnzion as a multibody part. in both cases if it is a dish it is enough that you draw the plan on which you have to lie and revenues the intersection cuva between plan and internal face of the cone, done this the rest goes from if...

 

[sampom]

Hello mecanicamg
In fact I have already tried both as a propeller and as a circle sector made in loft, and I have come to understand that it is not a propeller but a circle sector with a diameter of 910 mm, only that once produced this part, I can not find a valid coupling to assemble it, same thing is worth if work in multibody.
This dish stressed me.

..uhmmm.
if it is a curved and inclined plate (so on a plane) that tange completely the face of the cone can not be a "circle setter"; will be an ellipse branch (an inclined plane that intersects a cone shape an ellipse. will never be a bow).

However, in all ways it is simple to model.
here you have a pair of examples with multibody and together with the modeled part "in the context" (I think it is what he meant marcof):View attachment CURVA CONICA.raras you see the procedure is practically identical for both cases; use the intersection curve between the inner face of the cone and the reference plan of the sketch.. and the result is an ellipse, which then offsets and extrudes.

greetings
Marco:smile:

 

[controllofiamma]

Here I am
thanks for the straight, in fact I just rebuilt prorpio sol, the place for completeness (maybe it can serve for others)
Thanks again and good evening:finger:

 

[marcof]

However, in all ways it is simple to model.
here you have a pair of examples with multibody and together with the modeled part "in the context" (I think it is what he meant marcof)

exact... being on a floor:
sketch>intersection curve>completion of profile>extrusion of solid>fine :smile:

 

[gianspiro]

thanks!... it works