Відео

Thankss help a lot!!

hi

If I may know what materials you are using for printing it out, please? I tried to use PLA, but what I print cannot be folded.

Mark Rober has me on a compliant mechanism journey, so thank him for having me stop by.

Please can I get cad file ?

TACPM is the worst acronym i have ever seen, but thank you for posting this video, i might use the design for a project i might work on at some point in the future

WOW

Mind sharing the stl or .stp to so I could 3d print these? Especially the last expanding square model?

Two of these, one under another with a small space, look like would be great idea for "frictionless" spring for a mechanical keyboard switch. No need for guide housing, with little wiggle. Mechanical keyboard enthusiasts are always in pursue of the best key switch. i would love to see this as a metal spring!

You have a beautiful channel, well done. I am happy to support my channel, my dear friends

Where can we find crease/fold patterns for these? Thanks...

There's no sound

Is this the same or look like in gear of bicycle?

i think it is sth close to what are implemented on seatbelts

Id be interested in making a machine to test the longevity of these switches for real application use. After 100, 1000, 10000 on / offs, lets see how it holds up? If you send me one, Ill build a rig for it and test it!

UA-cam recommends me this masterpiece 3 years late

Awesome work! I have been trying to develop particle models in origami.

Thank you 👍

Currently there is an issue in joysticks for gaming controllers where the mechanism’s friction releases particles that jams the sensors (drift) and the lost material makes the joystick loose over time (needing a dead zone configuration). If this mechanism was small enough, instead of motors there were sensors and instead of the truster there would be the thumb pad the sensors might not be jammed by particles, the joystick might not get loose over time and it might reduce the number of parts drastically as there wouldn’t be a need for a spring to return the joystick to center and about six other parts. ua-cam.com/video/vQesgAtr2e4/v-deo.html

Thanks thanks

Such clean model. What is that material? how could you make the joints? I don't see any extra material, tape etc.

Would something like this be useful in a vehicle? People don't really think about ratchets wearing down often, but I fell like if you were to connect a ratchet to a motor, it may need more frequent replacing that one might think.

May i ask if this was made using PLA filament? (Polylactic Acid)

Feels illegal

Any research/comments on rigid twisting volumes?

Any idea which material would work well to compress air for a low pressure air pump, that needs to last years, for something along the lines of a furnace bellows (but not exposed to high temperature)?

Thanks for share.

How to calculate dof this mechanisms

How to calculate dof of this mechanisms?

What is this form called 1:13

Question: Why do you have these heatsink fins on the electromotors when you cannot convect heat in space?

It is just an ISO area twist

was searching for 3d printed centrifugal brake and your design is awesome... will share some credits in video on my main channel if i build what i am planning to using this design ;) thanks

Hey, thats very nice. I wanted to know is it the variation of thickness along the extrusion curvature that can yield for any material's compliant mechanism tendency. And if so, how do you determine the optimal thickness and it's location ? is the location through the springs in your PRBMs(pseudo rigid body models)? Do you also think polar moment of inertia can help predict curvatures thickness ? Can you also tell me which filament you used to obtain this specific design ?

So much inspiring! What kind of hing is that? I mean the one used in the blue and white origami.

This concept is brilliant!!!

i am trying to figure out how to implement a compliant bidirectional speed governor...do you guys at BYU have done that?...

You can get kind of the same effect from a 3 x 5 card. Bring the two ends together, with one hand and then hold the rounded middle between your middle finger and thumb and then use your index finger to push and the middle a little bit. Then you can open and close by just squeezing with your middle finger and thumb. A very similar geometry. Thank you for submitting your 3D Compliant Mechanisms to Thingiverse.

Could you please let me know what is the shiny material at 1:25 mins? Thanks

Very interesting design...there's one tube on the lower end which is not straight through...it's cut and the middle part is shifted down...is this a mistake or intention ?

Thank you, this is exactly what I needed!

Yes.

Developable Mechanisms, incredible. All the times id' felt that developments were an anachronism in design, , now they've found new life into that obscure discipline.

Very clever, ty

Amazing disign. I made a spring system to reduce vibration transfer from my 3d printer to the MDF box. (Non commercial ofc :) ) Thnx alot

Wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow wow nice 👌👏👏👏👏👏👏 👏👏👏👏

Could they be used as space suit joints?

The fact that he doesn't connect the lego bricks kills me.

I wish I could understand how this works. my brain is tooooo weak!

What software is being used to model the kinematics of the origami mechanisms? Is it a standard CAD package or a program specifically made for these applications?