mechanical organ explanation

[numero1]

In fact, high school gives you that culture with which you don't make "the sandwich" of tremonti.

Latin, Greek, metric reading, text analysis, all stuff that many engineers feel useless, but that they combine to form a man, and not a simple worker. stuff that you feel when you put your head on the pillow, and not when you're in front of the pc.

I don't know if I explain.

You explained very well, and I agree with you, but if one wants to learn...... Well, you can do it yourself.
You don't need high school on this disgruntled point.
Hi.

 

[Vortexsheet]

boys, in correspondence of the colored area of white (I refer to the drawing of the joint) just next to the bronze, is there nothing or is there anything?
I don't understand. .
Thank you! !

 

[Vortexsheet]

boys, in correspondence of the colored area of white (I refer to the drawing of the joint) just next to the bronze, is there nothing or is there anything?
I don't understand. .
Thank you! !

I think there's a vacuum, but down there, what's that a push ring guide? and how is it posted?

Please help me!

 

[Vortexsheet]

I solved that problem. .
now I would like to ask you:
the push ring moves along a guide, which I made 3mm thick and covers a 32-degree algol and repeats three times on the hub.
You think he can go?

 

[meccanicamg]

I solved that problem. .
now I would like to ask you:
the push ring moves along a guide, which I made 3mm thick and covers a 32-degree algol and repeats three times on the hub.
You think he can go?

but what does it mean thick 3 and covers an angle of 32° and repeats for 3 times on the hub? is not a fantasy groove and then 360°:3 = 120°.

Look at that "guide" as you call it is a grooved shaft with a grooved hub to resist the braking couple without turning. a tab is not enough so proceed with scanned tree according to the various regulations (uni 8953).

see image attached

 

[Vortexsheet]

Mechanicalmg you are a great! I am going to see that one!!! ! ! !

I understood that it was a scaling, I called it a guide because in the coupling thrust ring hub acts as a prismatic guide.
about the size, I was referring to the scaling:
in the model I made it with a depth of 3mm,
and covers an angle of 32° on the hub;
the scalings are three (as I did them)
and repeat every 88°
in fact (88+32)*3=120 since 120*3 is a corner round.

what I was asking was if my choice was correct, it could be motivated, because I sincerely chose to nose.

Thanks again! Was it good so you say?

edit: yes, but as I consult this one, where I find it...

 

[meccanicamg]

Mechanicalmg you are a great! I am going to see that one!!! ! ! !

I understood that it was a scaling, I called it a guide because in the coupling thrust ring hub acts as a prismatic guide.
about the size, I was referring to the scaling:
in the model I made it with a depth of 3mm,
and covers an angle of 32° on the hub;
the scalings are three (as I did them)
and repeat every 88°
in fact (88+32)*3=120 since 120*3 is a corner round.

what I was asking was if my choice was correct, it could be motivated, because I sincerely chose to nose.

Thanks again! Was it good so you say?

edit: yes, but as I consult this one, where I find it...

to know if it's okay so you have to do the check to cut and pressure specific of your "special channel".

you have the habit to ask "it's good" because you don't want to do it again? if you work according to standard you have proven and verified criteria. if inventive becomes even more difficult to realize.

whether you are a high school student or university you should have some technical manuals otherwise than professional become? Also on the internet there are free materials and tables of various lessons, just search with google :biggrin:

 

[meccanicamg]

find harvest everything qui, since it is finally like a single discussion