I have seen so many of these which often are offset principles which only help with timing however a staggered elevation does have its own practical uses
Many things this channel shows do not work in real life fpr more than a few seconds maybe before siezing up, but I think this channel is great to give ideas to work on or just admire the anination :)
Looks great in theory! But I somehow feel that the little wedge would at some point tip unfavorably at one of the intersections and jam itself diagonally across.
Actually, circular braiding machines employ a similar mechanism, where a wedge/boat shapes guide meanders around tangential circular tracks without ever jamming. It's all about tolerances. As long as the parts are built with appropriate tolerances this process would go on for millions of cycles without ever jamming, until surface wear naturally introduces slop in the system. But that is something you have to account for in all machines and serviceable equipment.
I am wondering if that can be remedied with adjustments to the rod. Maybe adding stoppers on the edge of the loop will keep it from tilting too much and jamming.
@@333_studiosYeah, you could have a lantern being moved behind sheets of stained glass, or the glass being moved in front of the lantern. You could also have large pressure plated at the intersection connected to a clutch to activate the system only when there was traffic on a side street, allowing the main road to flow freely most of the time.
You can add stabilizers to the sides of the wedge and tighten the parameters of the gear to narrow the path and make it to where it never has a chance to jam. Problem solved.
Don't you just love it when a creator loves your comment, you get the notification and go to see if they replied, and then find out that they un-loved it? Yeah,vme too.....
f* bearings and lubrication. you have to put it in a cage for safety, and maintanance is a pain. you'll have that motor running 24/7, at least weakly dissassembly for cleaning, bearings check, lubrication and what not, and not to mention there are more precise, compact and simpler ways to get the same 3-level motion. PLC on two el.mag. valves leading air to two connected pistons, with end positions to be adjusted with shock absorbers and screws. maintanace: clean with compressed air 1/week, add lubricant and check shock absorbers 1/month.
@@snared_ *gasp* oh no what ever shall I do????? I was called a sheep by 14 year old with the intellect of a cricket. No seriously. Does commenting poorly thought out insults make you happy?
I would make the tolerances a bit tighter, or redesign the "switch". A good design for something 3D printed and hand-cranked, but would likely be dangerous if run electronically.
Benz used this in his first car engine as to operate the valves. A camshaft needs to rotate at half the crankshaft rpm, so you need a reduction in form of gears or a belt. This cam disk just rotates with the crankshaft and that's it.
I cannot comprehend why this seems like a good idea to anybody. Maybe if the parts were super cheap to produce and it was for relatively light and very precise work. It just looks like its ready to lock up at a moments notice.
@@fredknabe8430 First of all, I am not being pessimistic. I've been on this platform for about ten years now and it's been the case 90% of the time that there is a lack of credit. Most of the time I had to rely on the comment section to provide a source to the original author/creator/etc... and that's still a somewhat 50% chance of happening. Secondly ...what? What does the new year resolution have to do with anything? 👀
I suspect it needs a 3rd arm brace. The lift occurs at near the max distance from the 2 existing brace arms. While the traveler is fairly lightly loaded, the step change occurs where the guide "wheel" is most susceptible to flexure.
I've seen things like these used to drive the movement of animatronics in our local amusement park. I worked there for a summer and got a sneak peak when maintenance was done.
I have seen so many of these which often are offset principles which only help with timing however a staggered elevation does have its own practical uses
best case for this? three valve setup?
Yeah many of these aren’t practical for general uses, but this channel came in handy with lots of random things that I for some reason needed
@@Ibloop i am pretty sure there is use for every mechanism like that, in any factory, whether it beer, milk, plane. engines, whatever
Many of these are perfectly practical for the operation they are performing. One size does not fit all
Many things this channel shows do not work in real life fpr more than a few seconds maybe before siezing up, but I think this channel is great to give ideas to work on or just admire the anination :)
Looks great in theory!
But I somehow feel that the little wedge would at some point tip unfavorably at one of the intersections and jam itself diagonally across.
I'm pretty sure that you could engineer it so it would be prevented.
@@notmo. you sound like the pretty sure guys that think perpetual motion exists
Wedges destiny fulfilled. To truly be a wedge. 💪
@@notmo.Yeah, but it can’t be built perfectly. Then there’s a lot of wear.
It’s not gonna last too long
Actually, circular braiding machines employ a similar mechanism, where a wedge/boat shapes guide meanders around tangential circular tracks without ever jamming. It's all about tolerances. As long as the parts are built with appropriate tolerances this process would go on for millions of cycles without ever jamming, until surface wear naturally introduces slop in the system. But that is something you have to account for in all machines and serviceable equipment.
You skipped the part where it jams up from the last loop
I am wondering if that can be remedied with adjustments to the rod. Maybe adding stoppers on the edge of the loop will keep it from tilting too much and jamming.
@@plaidhatter1674 what’s wrong with jamming your rod?
@@wildfire9280what type of my rod?
@@R1N3Y A cylinder.
I can't look away. If this was a screen saver in the 90s, the world would have stopped spinning.
Speak for yourself.
@@Timpon_Dorz Make sense
@@Timpon_DorzHe was speaking for himself. . . .
@@Timpon_Dorzhe is
@@Boxscot49 no shit, I was pointing it out
You make that groove pattern any more complex and you'd have to start using traffic lights.
This design would be perfect for traffic lights, just attach a light at the top and three color filters
Never for real life so fucking unreliable, but for a fictional steampunk world? This at a traffic light would be such a badass worldbuilding scene
@@333_studiosYeah, you could have a lantern being moved behind sheets of stained glass, or the glass being moved in front of the lantern. You could also have large pressure plated at the intersection connected to a clutch to activate the system only when there was traffic on a side street, allowing the main road to flow freely most of the time.
@@333_studios oh man a steampunk world where solid state electronics was never invented, and EVERYTHING is electromechanical.
I have gained the knowledge of Mechanical principles
😂
It can be seen in the video that at times the piece is in the air, depending on the weight of the bar the mechanism can get stuck.
Not if you hit it with a sufficiently large hammer.
@@SofaKingShit "percussive maintenance", we in the IT business call that
You can add stabilizers to the sides of the wedge and tighten the parameters of the gear to narrow the path and make it to where it never has a chance to jam. Problem solved.
Yeah exactly
Don't you just love it when a creator loves your comment, you get the notification and go to see if they replied, and then find out that they un-loved it? Yeah,vme too.....
I have absorbed the knowledge of Mechanical principles
Congratulations, you now know all you need to know concerning mechanical principles.
I wish I could've watched this 15 sec video before getting into an engineering degree :/
This sentence sounds like something you'd hear in Portal 2.
bad piggies be like:
"What does it do?"
"It does what it's designed to do! In theory."
- Mechanical Engineering
It’s all fun and games until you take it out of CAD and realize that green bit is snagging at every junction.
High friction continuous sliding design.
May also malfunction at the intersecting points
But looks cool
This is just the principle behind it. You can easily add ball bearings to the track and reduce friction
lubricants and rod bearings both will reduce the friction by a lot.
f* bearings and lubrication. you have to put it in a cage for safety, and maintanance is a pain. you'll have that motor running 24/7, at least weakly dissassembly for cleaning, bearings check, lubrication and what not, and not to mention there are more precise, compact and simpler ways to get the same 3-level motion. PLC on two el.mag. valves leading air to two connected pistons, with end positions to be adjusted with shock absorbers and screws. maintanace: clean with compressed air 1/week, add lubricant and check shock absorbers 1/month.
High friction design...very human.
A simpler and more robust way to do the same thing is to rotate at 1/3rd speed and have all paths in one revolution.
That's either not more robust, or it will take up more space. If those aren't an issue then that would be better.
Steam locomotives use a much more robust version of this
It makes a little mad that you had the opportunity to make a perfectly looped video and didn’t
😂
sheep
@@snared_ *gasp* oh no what ever shall I do????? I was called a sheep by 14 year old with the intellect of a cricket. No seriously. Does commenting poorly thought out insults make you happy?
@@jeddy936 If you want me to read your response maybe you shouldn't write a novel
@@snared_ maybe you should just learn how to read
I would make the tolerances a bit tighter, or redesign the "switch". A good design for something 3D printed and hand-cranked, but would likely be dangerous if run electronically.
Or use an actual cam and reduce the rpm by 1/3 with gears. A staggered cam can produce the same step up motion with return to 0.
This design is intended for demonstration.
新しい蚊取り線香かと思った。
芸術的すぎる蚊取り線香ww
Hello
I also 😅
俺もww
Me too hahahah😂
I've never been so mechanically principled in my life.
That...looks like it would blow up
Hahahahaha
dggggg
A spring could probably help with jamming issues if placed at the top rod
@@-coolerlegothings-9784 So would a hammer.
🤣🤣🤣
NOOOO THIS WOULD HAVE BEEN SUCH A PERFECT LOOP WHYY
Because loops are awful?
@@isodoublet nah
@@OuterSpaceandTimelapses4 yeah they are very annoying as a viewer, like shorts in general
@@isodoublet you know you get to pick which video to watch
@@Mumiah862 Sure except I only find out if it loops once it's already over
absorbed information
of mechanical principles
And learned so much
We would get hypnotized lol
Wouldn’t it be simpler to gear the cam down to 1/3 speed and have a non-overlapping path?
Maybe, but it wouldn't look as cool, and you probably wouldn't have commented on the video which is what these clips are all about.
I saw someone else comment the same thing. I don't get it. Can you please explain what you mean by that?
Thought this was a 3D model of a mosquito coil
Babe wake up, airbnb just made a contraption beyond my comprehension
Make the into loop animation so that people can watch it multiple times
Necesito una versión de 10 horas de esto... enserio.
The last two crossings looked dangerous...
Yeah
We're learning mechanical principles with this one 👌
Fabuloso, se debería enseñar relojería y sus mecanismos en México
This is how a vinyl resets itself when done! Love it
Benz used this in his first car engine as to operate the valves. A camshaft needs to rotate at half the crankshaft rpm, so you need a reduction in form of gears or a belt. This cam disk just rotates with the crankshaft and that's it.
Source?
Just have a wasted valve opening 😂
@@_..-.._..-.._ Check Benz' very first engine
Can you imagine how long we would be here if this video perfectly looped
"You are getting sleepy..."
I cannot comprehend why this seems like a good idea to anybody. Maybe if the parts were super cheap to produce and it was for relatively light and very precise work. It just looks like its ready to lock up at a moments notice.
Finally something realistic for Scrapman to recreate
Was waiting for a Scrapman comment
Bro missed the opportunity for the cleanest loop of all time
Занимаюсь с электроникой но механика это очень интересно
А механик как к тебе относится? Вы женаты?
@@НесущийДобро-п9м
Относиться нормально.
И у нас двое детей.
😂😂😂😂😂
I can’t count the amount of times I have needed this to do some *shaboingery*
I’d love to see this 3D printed and hook up a tiny DC motor as a desk ornament
i see this as a timed light switch......
I need this as a screensaver , this is amazing.
This looks really cool! What could this be used for in real world application?
Manufacturing.
Nothing, this is beautiful but meanless
These are so cool to watch. Makes you wonder where you could apply such a mechanism
Great macanisiom
No it’s not. Air conditioning is a great “macanisiom”.
@@ChrisKalumbis lmao
@@nebuladevelopments Me too…still. Still.
I dreamt of this recently 😅🤯🤯🤯🤯
Es wäre sehr schön, wenn der Autor oder die Kommentierenden bei JEDEM dieser Videos praktische Beispiele nennt oder beschreibt.
Sadly nobody ever does that.
@@MrGermandeutsch Sei bitte nicht so pessimistisch..!
Ich dachte, auch Du hast gute Vorsätze für das neue Jahr.
@@fredknabe8430
First of all, I am not being pessimistic. I've been on this platform for about ten years now and it's been the case 90% of the time that there is a lack of credit. Most of the time I had to rely on the comment section to provide a source to the original author/creator/etc... and that's still a somewhat 50% chance of happening.
Secondly ...what?
What does the new year resolution have to do with anything? 👀
mannnnnn i saw this channel first today. This is master peice And Such a Departmentstore for Enginer
Or just make an ellipse or something and rotate it to the desired elevation?
The follower wouldn’t have the same movement then???
This is obviously something I use everyday
I feel like if iq arched enough of these I would unlock the secret of the universe
for the first one
you could use a spiral device too but the stick then ascends slower and continuously until it reached the center
The most beautiful thing humans could ever produce
Simple but amazing
Everybody:
The United States: it needs oil. Buy oil.
Just use a regular cam with less rotational speed 🐢
This is just a camshaft with more friction, but compacted. Pretty cool, idk if it would actually work though
If only there were some good shading here to really emphasize the mechanism.
This makes my brain happy
Fascinating.
What's the intended usage?
varying elevations
@engineoverheat7407 any machine or device that needs repeating sequential elevation changes.... Maybe?
@@PILOSOPAUL: Maybe opening and shutting off a valve of sorts ?
Idk ..
engines also may need timing devices such as this ???
Prototype F1 racing transmission.
Isn’t this just a weird cam?
Really love these things! In reality a simple cam would do the same job from what I can tell but still cool :)
Заклинило на первом обороте)
Предположение или практика? Хотя я даже на стадии предположений к такому же выводу пришёл))
@@NightSky-tn1yc шутливое предположение)
A lot of old machines power by hydraulics used this mechanism for timing the up and down stroke.
Я знаю для чего это, чтобы компоты закатывать
Kkkkkkkkkkk
Супер ! А я 3 дня и 3 ночи голову 💆 ломал , что ж за хрень такая😂
Great post!
*The perfect loop doesn't exi-*
yh it doesnt
u can see the red bar at the bottom
*stoopid*
It doesn't. Look.
I’ll be using this principle as the hour hand for the clock I’m designing
Моя бабушка закручивает банки на зиму :
Delightfully ingenious.
Smash.
With that music I could watch this all day…
Awesome 👍
金鳥の夏。
日本の夏。
（ドドドドドンッ）
って、聞こえてきそう。
蚊取り線香かなーと。
Wasn't expecting that. Well done.
This is gonna fail so fast.
Looks one of those really cute fourslide cams
The Waffle House Has Found Its New Host
That's a neat little cam and follower.
The Waffle House has its new host
I suspect it needs a 3rd arm brace. The lift occurs at near the max distance from the 2 existing brace arms. While the traveler is fairly lightly loaded, the step change occurs where the guide "wheel" is most susceptible to flexure.
Thank you.I love this ❤️
Maybe backweight the needle/wedge in order to keep the top upwards pointing
Now I know what to do with my kitchen cooktop elements!!!
I've seen things like these used to drive the movement of animatronics in our local amusement park.
I worked there for a summer and got a sneak peak when maintenance was done.
I can guess some of these but the only thing I can think of is some sorta timing system. A consistent pattern of how it rises and falls.
MantapLah 👍
Yes, I love something that looks like pretzel going circles up and down
Gottlieb Daimler used a comparable mechanism to operate the exhaust valve on his first mobile engine, called the "Standuhr" (longcase clock).
Really fumbled the bag on that loop
i can feel my mechanics getting principled just watching this 😩😩😩
Reminds me of something that I've seen, probably on the Antikythera Mechanism.
Pretty cool Cam drive
Ground, plus 1, plus 2, ground. Next in computing? The rod could control upstream gates. Infinite complexity
Beautiful Music
Look as good like motivation
Haven't learned anything. Looks cool though. Thanks
What's the music? It's quite hypnotic, haha, just like the animation itself. Great demonstration!
Wow this is truly amazing
Una nueva definición de INFINITO ♾️
Fascinating
I have consumed the knowledge of Mechanical Principles
this should have been a loop
That is so cool, i want one for my desk 😊
I use one of these to make my breakfast in the morning