love the video... looking at ideas to include a RF dog door in my house doors... one thing i would LOVE to see is the detail mechanism of those rotating 'murphy' beds. it's a shelf system on one side, and bed on the other, it rotates vertically... lots of examples but you can't buy the hardware and hard to see the details
Some of those designs are problematic like the pulling rollers over a 90 degree edge in a track. Itd work if there was a counter balance pulling up in the last roller so the pulling mechanism and structure doesnt have to put so much force into pulling a small length to get that middle roller axle to continue pivoting over those last few inches of lip. Remember, to pull a non-ridged length flat ( or parallel with the ground, usually used in the design of high tension power lines when exploring the concepts of cable sag and stresses on mount points, but can be applied to lengths of chain or hinged flats) the force at the ends of the span approaches infinity. So to raise the center a small amount against the weight of the span pulling it into a curve, a LOT of force goes into pulling the end apart an absolute minuscule amount. Of course in power lines its typically balanced against the next length of span, but you still can only put so much tension on the cable before it fails. And that idea plays across in a few of these mechanisms. Lots of insane potential side loading for a few designs too if used on something as large as a garage door or something. One of the doors was close but omitted the coil counter balance springs on the other sides of the arms. It seems these are more animated than simulated. but still...... ....All that being said, this video is still a VERY cool collection of example mechanisms. Besides, if you can see where a mechanism might be problematic, you have a good eye for engineering in the first place! And sometimes its more important to understand how the levers interact than tracking all the force vectors. Id love to see more of those parametric views that trace out the path of the pivots. Youd think it just goes up and swoops over, but it might actually follow a slight wave like path. So cool!!!
Got to the third or forth design and wondered what the comment section has said. Took a while to find your comment. You put it far more eloquently than I could. A lot of these are pie in the sky.
You don't need an engineering degree to make these mechanisms. All you need is knowledge of electricity, dc motors, 3d modeling software like blender, and a 3d printer to bring it to life, all of which can be learned on TH-cam for free, I'm currently doing this right now.
@@pocketz1398 definitely don't use blender for this. If you want to design parts for manufacturing, the industry standards are solidworks and fusion 360.
@@lukanator2753 If you're producing with an extremely high tolerance, you may need CAD software such as those. But from what I've heard, for general precision modeling purposes, Blender is pretty precise, and you can get additional software for it at a fraction of the price (at the cost of some functionality, I suppose)
@@426F6F IDK man I don't have much experience with blender but the main purpose of it (freeform modeling) is virtually useless for 99% of engineering. For all of the mechatronics projects I have ever done, everything has been done in solidworks, onshape, or fusion.
That one at 13 minutes 10 seconds is completely bullshit. The pivot point where blue meets yellow would have to be offset to let the game enough leverage to Upright itself otherwise when pink start sliding to the right blue would just be pushing directly straight into the pan on yellow and there would never be any lift
Some of these are nonsensical, Rube Goldberg-type assemblies (meaning more complicated than they need to be), are incomplete, or simply won't work the way they are animated to work. Some would produce too much stress/would incur a lot of friction on their components. A couple of them might work ok with some modifications. Animation can make things look like they work when they either shouldn't, or would be highly problematic. A few of them are pretty clever, though -Retired mechanical engineer.
Mechanism at 20:00 cant move equally. they have unequal gears, second door has more speed than primary. to get equal movements it needs to be fitted with equal gears
Some of those design are difficultie to change them into realty mechanical project / but i can/ when iwant how i ican reduce from high movement to slow one ***please let me learn that * reply * thank you Bagdad Iraq
The clip and remix button is to use other peoples content with their consent(they can turn it off) and it also credits them. This video doesn't mention any original creator.
![[MV] A leap of faith...ความเชื่อใจครั้งสุดท้าย (From "Petrichor the series")](http://i.ytimg.com/vi/U1piZH2CNXA/mqdefault.jpg)
1:13 pintu garasi/toko
8:08 Jendela, pintu tangga deck atas
10:30 pintu leveling
10:52 pintu garasi/toko (joos)
14:21 engsel laci
15:59 Pintu Garis Bagus kuat
19:05 Buka pintu kupu tarung
Makasih
love the video... looking at ideas to include a RF dog door in my house doors... one thing i would LOVE to see is the detail mechanism of those rotating 'murphy' beds. it's a shelf system on one side, and bed on the other, it rotates vertically... lots of examples but you can't buy the hardware and hard to see the details
nice work, can you tell me which software do you use?
24:15 what I was searching for, thx 🌷
I liked most mechanisms, especially the door opening and closing ones .
what are the door opening ones and closings one called?
best mechanical design video I've ever seen!
Some of those designs are problematic like the pulling rollers over a 90 degree edge in a track. Itd work if there was a counter balance pulling up in the last roller so the pulling mechanism and structure doesnt have to put so much force into pulling a small length to get that middle roller axle to continue pivoting over those last few inches of lip. Remember, to pull a non-ridged length flat ( or parallel with the ground, usually used in the design of high tension power lines when exploring the concepts of cable sag and stresses on mount points, but can be applied to lengths of chain or hinged flats) the force at the ends of the span approaches infinity. So to raise the center a small amount against the weight of the span pulling it into a curve, a LOT of force goes into pulling the end apart an absolute minuscule amount. Of course in power lines its typically balanced against the next length of span, but you still can only put so much tension on the cable before it fails. And that idea plays across in a few of these mechanisms. Lots of insane potential side loading for a few designs too if used on something as large as a garage door or something. One of the doors was close but omitted the coil counter balance springs on the other sides of the arms. It seems these are more animated than simulated. but still......
....All that being said, this video is still a VERY cool collection of example mechanisms. Besides, if you can see where a mechanism might be problematic, you have a good eye for engineering in the first place! And sometimes its more important to understand how the levers interact than tracking all the force vectors. Id love to see more of those parametric views that trace out the path of the pivots. Youd think it just goes up and swoops over, but it might actually follow a slight wave like path. So cool!!!
th-cam.com/video/guWBh8SB3nQ/w-d-xo.html
😢m k? 😅😊- u😊
yes there are too many places it will just jam in these type of designs.
in short, it needs more cowbell
Got to the third or forth design and wondered what the comment section has said.
Took a while to find your comment.
You put it far more eloquently than I could.
A lot of these are pie in the sky.
Love this video! Even the music was peaceful, and full of ideas to adapt to other mechanism's
Might as well call it 50 garage doors
Give credit to the original creators
It would be more useful at a real HD definition, right now it looks like 480p and it's hard to see the details.
I know this is old, but what type of engineer does this kind of work?
thanks. makes me wish i had gone to school for mechanical engineering. i like this.
You don't need an engineering degree to make these mechanisms. All you need is knowledge of electricity, dc motors, 3d modeling software like blender, and a 3d printer to bring it to life, all of which can be learned on TH-cam for free, I'm currently doing this right now.
@@TheChromePoet cool!
@@pocketz1398 definitely don't use blender for this. If you want to design parts for manufacturing, the industry standards are solidworks and fusion 360.
@@lukanator2753 If you're producing with an extremely high tolerance, you may need CAD software such as those. But from what I've heard, for general precision modeling purposes, Blender is pretty precise, and you can get additional software for it at a fraction of the price (at the cost of some functionality, I suppose)
@@426F6F IDK man I don't have much experience with blender but the main purpose of it (freeform modeling) is virtually useless for 99% of engineering. For all of the mechatronics projects I have ever done, everything has been done in solidworks, onshape, or fusion.
That one at 13 minutes 10 seconds is completely bullshit. The pivot point where blue meets yellow would have to be offset to let the game enough leverage to Upright itself otherwise when pink start sliding to the right blue would just be pushing directly straight into the pan on yellow and there would never be any lift
Hanzhen harmonic drive gear , strain wave reducer, robot joint , over 30 years experience
Can anyone please mention the names of each of it?
Better 50 shades of door mechanisms
Nice Video but you should give name of the mechanisms in caption , it fill be very valuable Thanks
A good video and easier for learning, thankful.
Intresting! ✅
Really good 💯
Nice video, makes me want to start a diamond heist on a mangaka.
Great work, it is useful, it was good, I like it
Video ini sangat mengispirasi dsn berguna untyk kerjaan saya
ground in just 17 minutes, amazing.
10:02
10:54
11:46
13:48
15:19
21:32
22:50
29:30
What are these mechanisms referred to for further study?
this is how i see things in my mind(3d) which makes drawing (2d) a pain 😕
This is quite amazing to watch
Cara a idea é boa mas o video nao melhora o didatico da coisa
these will only work on zero gravity
Yeah right 😂says someone who does not know what science and engineering is🧑🏽🔧🧑🏽🔬
Gostei .Parabéns o Brasil agradece .
What program to use simulate that?
Is amazing and is more than crane
I want a table top mechanism
love the one on 6:54
Very educational, thanks
Some of these are nonsensical, Rube Goldberg-type assemblies (meaning more complicated than they need to be), are incomplete, or simply won't work the way they are animated to work. Some would produce too much stress/would incur a lot of friction on their components. A couple of them might work ok with some modifications. Animation can make things look like they work when they either shouldn't, or would be highly problematic. A few of them are pretty clever, though -Retired mechanical engineer.
go to therapy bro
Nice information, thank you for sharing :)
Hello, what is the software name for this modulation?
Excelents ideas, Thanks
8:10 Компланарне відкривання дверей.
22:49 Ще один варіант компланарного відкривання дверей ( тобто паралельного )
what is the one at 7:21 called?
Can I download the cad file?
I'll pay for it.
So satisfying
Anyone From Bangladesh??? 🇧🇩❤️
Mechanism at 20:00 cant move equally. they have unequal gears, second door has more speed than primary. to get equal movements it needs to be fitted with equal gears
No, mechanism correct. but forces…
Correct time 20:40 door close mechanism
@@user-kt6zz right to move both doors unequal gears are required।
Quero um mecanismo de tampo de mesa
Vraiment très intéressant
Some of those design are difficultie to change them into realty mechanical project / but i can/ when iwant how i ican reduce from high movement to slow one ***please let me learn that * reply * thank you Bagdad Iraq
This is Great!!!
Program name?
Does anyone know the 10:54 name?
Hi,
What software tools were used to make this video?
Thank you!
Autodesk Inventor
The creator is a channel called thang010146, he is very responsive to questions
Wait is it like that one at school called inventer or something
Music is too fast and loud at times...not matching the video.
How.. I think the music sounds relaxing and slow. Also you can adjust the volume, and there’s no auditory explanation so you could also mute it
Hey, i have a problem with the channel rack. Everyti I add an instrunt, for example the soft he added, it keeps loading for a long
great vid, keep it up! mechanisme 🤪🤪🤪🤪
legend 👍
These have been collected (stolen) from other creators' videos. Shame on you.
So what. Jo sikne ke liye aya woh sik na laurye
He did not put ads in the video it's free . And it for learning. It's good because it can reach more people
Lol, grow up. There is a clip and remix button at the bottom of your screen. What do you think it is for?
The clip and remix button is to use other peoples content with their consent(they can turn it off) and it also credits them. This video doesn't mention any original creator.
*archived
Very nice
11:30 і 26:20 цікаві конструкції
THANK YOU A LOT
23:26 Ножничний підйомник на основі пляшкового домкрату.
Nice video
very cool, thanks
4:35
9:30
12:25
good
awsome
Really amazing. Thanks
th-cam.com/video/guWBh8SB3nQ/w-d-xo.html
Nind agyi music boht lazy aa
All of these animations have been stolen from a TH-camr thang 010146
19:45
💪
Worked, thx
👍
Your are engineer I have listened people said
How make
Shame on you... These are the videos published by the user named thang010146
Okey 💙🌼💙🙋yutmam şart mı 🖕🖕🙈
Interesante
Hello600
😡😡😡
Pitiful and weak! Best of luck!
Wow ,Subscribe Done