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Fwd: Re: Hose Adapter for table saw

KE
Karl Exler
Thu, Aug 17, 2023 10:23 AM

Dear all,

After half a day of programming and a night printing I am (with success)
nearly at an end of this project. I solved it in my way with 98%
OpenScad. But I love the tube-  and thread-function in BOSL2....

The biggest diameter of the sphere (on the botton) goes to the vacuumer,
the others are with a thread, which fits to a normal vacuumer hose -
those both parts are printed now. They are going to be connected to the
table saw.
If anyone is interested I can send a picture of the complete
installation later .

Nevertheless I think that this is a very useful project and I will use
it as my first Thingiverse upload. Following the idea from Opensource I
will upload the SCAD file

BR
Karl

Am 17.08.23 um 10:22 schrieb Marcus Poller:

Hi Karl,

I found the enclosed adapter on Thingiverse.

[cylindrical Y-adapter with different diameters on each side, one of
the cylinders has an inner thread]

Has your problem been solved?

If not:

(1) Do you require the inner thread of the smaller exhaust cylinder?
(2) is the angle between the two small exhaust cylinders important?

I think the model can be simplified to four cylinders - two outer
cylinders add up to the y-shape, two inner cylinders to make it
hollow. As a proof of concept, I have attached a sample code and a
render image.

Cheers,
Marcus

Dear all, After half a day of programming and a night printing I am (with success) nearly at an end of this project. I solved it in my way with 98% OpenScad. But I love the tube-  and thread-function in BOSL2.... The biggest diameter of the sphere (on the botton) goes to the vacuumer, the others are with a thread, which fits to a normal vacuumer hose - those both parts are printed now. They are going to be connected to the table saw. If anyone is interested I can send a picture of the complete installation later . Nevertheless I think that this is a very useful project and I will use it as my first Thingiverse upload. Following the idea from Opensource I will upload the SCAD file BR Karl Am 17.08.23 um 10:22 schrieb Marcus Poller: > Hi Karl, > >> I found the enclosed adapter on Thingiverse. > [cylindrical Y-adapter with different diameters on each side, one of > the cylinders has an inner thread] > > Has your problem been solved? > > If not: > > (1) Do you require the inner thread of the smaller exhaust cylinder? > (2) is the angle between the two small exhaust cylinders important? > > I think the model can be simplified to four cylinders - two outer > cylinders add up to the y-shape, two inner cylinders to make it > hollow. As a proof of concept, I have attached a sample code and a > render image. > > Cheers, > Marcus
L
larry
Thu, Aug 17, 2023 4:16 PM

On Thu, 2023-08-17 at 12:23 +0200, Karl Exler wrote:

Dear all,

After half a day of programming and a night printing I am (with
success)
nearly at an end of this project. I solved it in my way with 98%
OpenScad. But I love the tube-  and thread-function in BOSL2....

You might want to change the 'bosl2' includes to 'BOSL2' for those who
are not using Windows, where the case doesn't matter.

Otherwise that's pretty nifty, although I get an awful lot of warnings
when I try to render it.

The biggest diameter of the sphere (on the botton) goes to the
vacuumer,
the others are with a thread, which fits to a normal vacuumer hose -
those both parts are printed now. They are going to be connected to
the
table saw.
If anyone is interested I can send a picture of the complete
installation later .

Nevertheless I think that this is a very useful project and I will
use
it as my first Thingiverse upload. Following the idea from Opensource
I
will upload the SCAD file

BR
Karl

Am 17.08.23 um 10:22 schrieb Marcus Poller:

Hi Karl,

I found the enclosed adapter on Thingiverse.

[cylindrical Y-adapter with different diameters on each side, one
of
the cylinders has an inner thread]

Has your problem been solved?

If not:

(1) Do you require the inner thread of the smaller exhaust
cylinder?
(2) is the angle between the two small exhaust cylinders important?

I think the model can be simplified to four cylinders - two outer
cylinders add up to the y-shape, two inner cylinders to make it
hollow. As a proof of concept, I have attached a sample code and a
render image.

Cheers,
Marcus


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On Thu, 2023-08-17 at 12:23 +0200, Karl Exler wrote: > Dear all, > > After half a day of programming and a night printing I am (with > success) > nearly at an end of this project. I solved it in my way with 98% > OpenScad. But I love the tube-  and thread-function in BOSL2.... You might want to change the 'bosl2' includes to 'BOSL2' for those who are not using Windows, where the case doesn't matter. Otherwise that's pretty nifty, although I get an awful lot of warnings when I try to render it. > The biggest diameter of the sphere (on the botton) goes to the > vacuumer, > the others are with a thread, which fits to a normal vacuumer hose - > those both parts are printed now. They are going to be connected to > the > table saw. > If anyone is interested I can send a picture of the complete > installation later . > > Nevertheless I think that this is a very useful project and I will > use > it as my first Thingiverse upload. Following the idea from Opensource > I > will upload the SCAD file > > BR > Karl > > > > Am 17.08.23 um 10:22 schrieb Marcus Poller: > > Hi Karl, > > > > > I found the enclosed adapter on Thingiverse. > > [cylindrical Y-adapter with different diameters on each side, one > > of > > the cylinders has an inner thread] > > > > Has your problem been solved? > > > > If not: > > > > (1) Do you require the inner thread of the smaller exhaust > > cylinder? > > (2) is the angle between the two small exhaust cylinders important? > > > > I think the model can be simplified to four cylinders - two outer > > cylinders add up to the y-shape, two inner cylinders to make it > > hollow. As a proof of concept, I have attached a sample code and a > > render image. > > > > Cheers, > > Marcus > _______________________________________________ > OpenSCAD mailing list > To unsubscribe send an email to discuss-leave@lists.openscad.org