coupling conical toothed wheels

[zioTonino]

Good day

I have a big problem! in the academic version ... I had to create the dense conical wheels that I need! not having nessn given on the wheels, if not those of bulk, I went a little "nose" and I realized the conical wheel.

the problem is now like joining them (two equal wheels) in a set ... I managed to rotate them and put them on the same plane, rotate by 90° but there is no way to succeed in triggering them!

Any help?

 

[zioTonino]

Is there no one who can help me? :

I'd just need a tutorial to figure out how to match them. . .

 

[Tequila]

for these problems the ideal solution is to create within the individual models of sketches that serve then to couple them in a set, such as primitive diameters or in the case of conical pairs to connect the ridges in point 0 (zero). if you do it on both wheels when you insert them into the axieme you do nothing but select the model, right click shows/hides components, from the popping up sketch and from the ok so you view them and consequently you can mate them through these.

Hi.

 

[zioTonino]

I ask too much if I ask you an example film? :

 

[Tequila]

You ask too much because now I'm with my girlfriend. the phone does not have solid edge installed and among other things at work I do not have programs to make videos while drawing. If some pious soul does not help you these days you must bear patience until Monday.

 

[Tequila]

provided that the attached images of the cad models were made in 20 seconds in a completely indicative way, however indicate a valid method to assemble the conical pairs in question.

If you see, to conical couples, I put a sketch that starts from the primitive and intersects at a point called zero. doing so for both couples in the end you can assemble them by joining both sketches in the zero point.

the procedure is that you draw the conical couple, put a sketch of the extension to the zero point in the correct way (data that you get from the manuals of the conical pairs), insert the models in the axieme and for both selections, right click, show hide component, from the check on visual sketch and ok. when the sketches are visible you can assemble them by going to feel the zero point.
in the last image taken from the internet you understand what I mean and what you find in the manuals. the image shows the extension of the tooth crests, while on mine I started from the alleged primitive, for both cases the result is the same as the extensions converge at the same point.

I hope the concept is clear.
Hi.

 

[zioTonino]

Sorry I'm late. but I didn't understand why but I don't get answers notifications!
:

studying the situation I managed to mate them...
Thank you!

 

[Tequila]

Good.
Hi.

 

[stefanodivona]

Sorry guys I have a doubt. Is it possible to have a gearbox whose transmission is given by dense conical wheels mounted on parallel shafts?

 

[vespa_83]

In theory if you have at least three wheels yes, but it would look like a differential.
if they exist on the market, if there are probably no more economic and/or performance systems.

 

[stefanodivona]

In theory if you have at least three wheels yes, but it would look like a differential.
if they exist on the market, if there are probably no more economic and/or performance systems.

in the photo that I put as it solves the transmission

 

[Be_on_edge]

Sorry guys I have a doubt. Is it possible to have a gearbox whose transmission is given by dense conical wheels mounted on parallel shafts?

an epicycloidal reducer with conical wheels that in fact I think is just a differential as written by wasp.

Hi.