Whitworth Quick Return Mechanism
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- Опубліковано 16 жов 2012
- This is simpler version of Whitworth Quick return mechanism. These mechanism are used where reciprocation motion in return stroke is much faster than the forward stroke. A machine shop shaper tool is a good application for this mechanism. Forward and back stroke lengths can be changed from zero to predetermined maximum length by changing the location of adjustment pin as shown in the video.
- Навчання та стиль
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Variable stroke scotch-yoke is very simple to make. Just make a channel on the rotating disk starting at the center and extending outward. Put a slider in this channel on which the scotch-yoke pin is attached. By changing the location of the pin, you can change scotch-yoke stroke from 0 to 2*r where the r is a little bit less then the disk radius R.
very nice video for students to understand the main concept of mechanism ,much better than professor xplaining on black board
Very cool presentation. Thank you very much.
Thank you for your comment and support.
Stop changing the settings while I'm trying to observe it!
Cool Izzy.
Whitworth's QRM was breakthrough technology during the Industrial Revolution.
To answer the slower return speed comments without getting too deep into force vectors:
When the disc nears a full revolution, the arm reaches its furthest position and returns to its initial position at a quicker rate, hence its name. Throughout the cut, the arm has a constant velocity. Upon returning to its initial position after reaching its maximum horizontal displacement the arm reaches its highest velocity.
Thank you for your visit and explanation.
Havn't used my Router in a while, Lets give it a shot!
How about in-out Horizontal motion without the quick return? Have you tried to equalize the return period to the forward motion period by internally bulging the sides (by curved bulging) of the parallel Green arm?
It is the crank and slotted lever quick return motion mechanism, one link is in complete rotation (crank) and one is oscillating about a point that is why it is called slotted lever (rocker)
Hello, is there such a mechanism where another piston in a channel could be added on the other side of the disc that travels in the opposite direction as the first piston, where both pistons would oscillate up and down?
Buen diseño, montaré este modelo en un sistema de balancín para una exposición.
Gracias.
Hi, This motion is commonly used by Shaping Machines, not seen much in machine workshops these days. The cutting stroke is the slow segment whilst the return is the faster one. Takes me back to Technical College during my apprenticeship ## years ago.
Thank You for this comment!
@@desirechike5278 qqq10
Great design !!!
I want to ask.. how to make different acceleration between forward & backward moving in that case??
nice Im gonna use this
What software are you using for this?
E 'un piacere, grazie per il vostro continuo supporto.
this one is not withworth's QRMM..please do correct it..
Gracias por el video me ayudó mucho
I am happy that it helped you. Thanks for your nice comment.
grazie ancora
Its not Whitworth mechanism. it is CRANK AND SLOTTED LINK mechanism. That is the third inversion of slider crank chain. Whitworth mechanism is slightly different(second inversion of slider crank chain).
Exactly
No
it is called the program used to design the mechanism
How about a mechanism with two rods, that oscillating in a "boxer" fashion. Would that necessitate two separate cranks? (Oris there a way to do it with one?)
Can you draw that mechanism?
nice video
+ mekanizmalar - Yeah!!! I can move forward and backward an arm with this!!! Thanks a lot, it's a helpful idea.
Thank you for your comment and support.
@@mekanizmalar change it's name
I am going to build this for one of my projects. However I will use n52 magnets for no contact use through glass.
Sounds interesting. Hv u made it yet?
Thank you!
You are welcome.
Nice video 👍
Thanks your visit and nice comment.
Is it same as crank and slotted lever mechanism?
This is Slotted link quick return mechanism
What software was you used...??
love it- Kinematics here I come (again)
Which program did you use?
Thank you in advice.
Adobe Flash and AS3
Nice video but I think this is spotted lever type quick return mechanism .. in whitworth type mechanism two links of slotted are free here in your video one link is fixed but nice video 👍👍👍👍👍👍👍 make video perfect ..
This is not Witworth Quick Return Mechanism. The above video shows Crank And Slotted Link Mechanism. Please correct the mistake.
You already did by your comment. Drop the name, Witworth, it is still quick return mechanism.
+mekanizmalar thank you for considering my comment
But they are actually different right..
@@Georgelajimathew505 yes obviously
can someone give me a matlab code for this mechanism please
I'm trying to make a shaker by changing rotationally motion into linear motion, this seems like the best way, do you know where to get parts to build one?
Thank you for your comment. I do not know where to get parts and manufacture it. If you know a machine shop you may ask them for the best advice.
Will you please explain how to creating video like this?
I use Adobe Flash for developing the animations. Than I use a screen video capture program to capture the animation. Most time consuming part is the Flash Development. Once you develop the animation, the rest is relatively easy.
Thank u so much. Will you give me the download link for Adobe flash
yup that quit intersting
It is not whitworth mechanism.
It is slotted bar quick return mechanism
+Amarjit Singh cheers :]
@@dominikkozela3801
that is not the uploader you bellend
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super !
nice discussed
Thanks.
This one gives me a very good idea...
A simple DC motor can create alternative current with a frequency rythme and an intensity of power regulation
Both define as speed turn and distance from the center
You need two coils on each side of the iron bar then a magnet at both sides
When the magnet will go through the coil, it will generate current
scotch yoke with adjustable stroke -any idea please reply
and for above how u fix pin location
Which simulation software u used
Adobe Flash
For car windshield Wipers
This is crank slotted quick return mechanism
good
+OLCAY ŞENEL Than You.
I like 🔧
Please tell me software you are using.
I am using Adobe Flash.
super vidos to study
Adobe Flash
vorrei sapere dove comprare il meccanismo . Grazie
I am sorry, I am an animator not a seller.
I thought I can simulate the motion myself in the website provided, but I cant. It just pictures in there.
if thats because of the Flash, then no way. I am annoyed, cant test it out myself.
I am sorry about that, but browsers no more supports Adobe Flash.
as
THIS IS CRANK AND SLOTTED LEVER
On which software animation is made
I use to use Adobe Flash and Steve Jobs killed Adobe Flash.
which is this software
Adobe Flash
This is crank and slotted lever mechanism brother please check.
F*ck and I thought I was being original when I came up with this for my project
😁👍➡️💡
Its crank and slotted lever quick return mechanism not whitworth quick return mechanism.
I didn't hear any explanation of the translated pin's velocity or distance traveled in relation to the eccentric pin's radius of rotation, distance translated or it's velocity. just saw that it IS translated linearly at some rate and he fiddled with settings every few seconds. I sure hope you're not one my profs next semester. how about graphing some data at least?
👍👍👍👍👍🙋✌️
Thank you again.
Another shaper?
Yes. It is.
super dme 083
This is not whitworth quick return motion mechanism
This is crank and slotted lever QRM
Thanks for your correction.
It is crank and slot lever Mechanism please change the name
Well fuck, leave the damn setting alone long enough for us to observe the fuckin’ thing.
This one is not whitworth quick return mechanism. It's a crank & slotted quick return mechanism. Don't teach wrong to students
It is not whit worth buddy
wrong mechanism
Dude..... this is NOT a Whitworth Quick Return Mechanism...... 🤷🤷🤷
Yes, I know that.
good
Thanks.
THIS IS CRANK AND SLOTTED LEVER