File :-(, x, )
Anonymous
http://www.youtube.com/watch?v=70dKZjP4NOo&e

This is a masterpiece of paper engineering. The artist's site is here, but I cannot translate:

http://www.geocities.jp/kamikara1967/

Try not to overload it. There's some other really impressive designs up too, but no documentation that I can find.
>> Anonymous
http://www.youtube.com/watch?v=qfspDCpVDTw&eurl=http://hackaday.com/2008/10/30/asymmetric-gear-h
eart-sculpture/

I MUST HAVE IT!
>> Anonymous
my head asploded
>> Anonymous
bump for model
>> Anonymous
i take it op follows hack-a-day as well? lol

I SO want this! I'm going to poke around on the site for a bit and see if i cant find anything.
>> ~
Either buy or ask the owner really nicely. Otherwise no papercraft for you gaikokujin.
>> Anonymous
>>196201
Where is the link for doing either of those? I can't find anything on his site as I can't read Japanese.
>> Anonymous
want
>> Anonymous
http://www.youtube.com/watch?v=qfspDCpVDTw&feature=related

I'M TRIPPING BALLS
>> Anonymous
anyone know where to get it yet? I'd be willing to buy it if I could find a link
>> Th0ughts !!1Jl/uNq62Zm
http://translate.google.com/translate?hl=en&sl=ja&u=http://www.geocities.jp/kamikara1967/&am
p;sa=X&oi=translate&resnum=2&ct=result&prev=/search%3Fq%3Dkamikara1967%26hl%3Den%26r
lz%3D1C1CHMB_enUS291%26sa%3DG


Translated
>> Th0ughts !!1Jl/uNq62Zm
Also: He doesn't sell his heart or cube, but he sells his panda bombs and other bombs.
>> metroidprimegmr !!twLwd+JZiim
     File :-(, x)
>>196439
TRIPPING BALLS, YOU SAY?
>>  
BUMP D:

i want the cube -_-'

like really a lot, is someone's willing to try to
figure it out a bit here, i could try to make it as a
3d model ¬_¬

i dunno, either ways, its too charming to not crack
down ›:
>> Anonymous
Dear god
If I ever see that go up for sale I'm ordering
>> Anonymous
Can anyone suggest as to what the popping mechanism is on the penguin bomb?
>> Th0ughts !!1Jl/uNq62Zm
>>196869
Spring with 2 planes on each end, and a locking mechanism.
>> A.r. !!1J3JRobqN2a
     File :-(, x)
>>196480
>> Anonymous
so the actual shapes wouldn't be that hard, I just want to see the mechanism that transfers the motion at the center.
>> Anonymous
>>197075
Never mind, I think I figured it out as i posted, lol
>> Anonymous
This is one of the few models I would be willing to pay for
>> Anonymous
It seems he studies what Echer did...mmmmmmmm~ *thinking pose*
>> Anonymous
>>197076
then share this information.
>> Anonymous
oh god do want. And the cube too.
>> Anonymous
>>197403
what u don't see how it works?
>> Chamoo232
>>197623
we dont see the inside. there has to be something inside in the middle to keep all the parts together. but I think I have my own idea of it. I might try to make a cube
>> Anonymous
>>197625
just need a center, with each piece on it's own pin free to turn, the bottom gear is of course what drives the whole thing
>> Chamoo232
>>197628
I think the top and botom are on a pole. I think each piece connect to another part on the other side through a middle piece.
>> Chamoo232
     File :-(, x)
I made a model that would work in theory but my problem now is the base thing. even if I do a base with a handle I dont know what will prevent the whole cube to just spin on itself instead of having the gears spining
>> Anonymous
>>197641
Easy, use a thin rod that goes up through the bottom cog, attaching to the center piece, and around the rod put a tight fitting pipe that attaches to the bottom cog. Piping is free to turn while the rod holds the center in place.
>> Chamoo232
>>197643
could work if I had that kind of material. unfortunatly I dont and dont have money to spend on that
>> Anonymous
>>197648
Well I guess this is /po/ so you could always just make the equivalent out of paper. Two tightly rolled up pieces of paper, one tighter than the other. Dunno how strong it would be, but would be a cheap alternative. Could also be made stronger by using wire or something similar for the middle rod part instead of the paper.
>> Anonymous
>>197648
Chamoo232 would you mind sharing what you have so far, I think I can help.
>> Anonymous
with what material this would be done?
with paper is not a good idea because the gears traction would probably destroy itself after a while
also, the shape of it and how firm it looks makes me think it's made out of another material
and how would be possible to assemble those strange kind of gears, such as the one on the top of the heart?
>> Anonymous
>>197648
straiten a paperclip or use woodern skewers
>> Anonymous
>>197935
it is paper. It would use weights or something similair within the ends of the pieces to hole them all together
>> Anonymous
>>198582to hole them all together

we're all holed up here in /po/
>> Anonymous
maybe it's really paper
but still it looks too firm to be paper
at least they look more resistant than my 180gsm papercraft
and I still fail to see how to assemble these gears, specially the top one
>> Anonymous
     File :-(, x)
>>197641
>> Anonymous
You can even tell from OPs picture, the paper is not folded, it has wires that stick out from the center to the edge and bend, run parallel with the paper, then bend back into the center of the model.
>> Anonymous
>>197641
hey Chamoo232, do you use Sketch Up?

>>198637
Great Idea
>> Anonymous
>>198637
Want more than Pedobear wants Loli
>> Wraith
will trade many internets for anything that will help us get designs for this.
>> Skelekitty
     File :-(, x)
OMG!
If you pull this one off, you will be a god amongst men!
>> Chamoo232
>>198644
yes I use sketchup for all my 3d models
>> Anonymous
A long time ago in the early days of /po/, there was a similar papercraft like this, only it was a "paper gear cube" it also rotated and stuff.

Then /po/ discovered you could buy it, and included where tiny metal gears and rods, because the mechanism was not made out of paper.

Kinda took away the magic, and hard to share over download. ;)
>> Anonymous
>>198711
The paper gear cube is linked in this thread too, check>>196159

So it means that long time ago it was on sale?
Because know the paper gear cube is not available for sale anymore
And even though it uses metal gears and rods, it still had paper parts
aren't those paper parts available?
with that something could be done
>> Anonymous
     File :-(, x)
>>196154
Gears of Compainion cube?
>> >:V Anonymous !bx10e6/Los
bump
>> Anonymous
i love this
>> Anonymous !bgREVLN8FU
>>197629
I just watched the video again, and you're right, the top and bottom are on a pole. Maybe the other pieces fit in perfectly, and are held in by the other gears?
>> Anonymous
     File :-(, x)
It's not the paper pieces causing the spinning. They are just shaped like that to create the illusion that they do. In the center of the artwork there is a "hub" of small metal gears, with one pole going from top to bottom, and others sticking out at various angles. At one end of those poles is the gear in the central gear "hub", and on the other end is the paper part, that's not actually doing anything except sitting there and be pretty.
The amazing part is the time taken to work out where all the notches on the paper parts need to be so they don't interfere or block each other.

If you look closely, the center top spins, but every other parts remains in the same position to each other, and they rotate on one axle (the pole sticking out from the center). because they're a symmetrical, the effect is even more dramatic.

I think the guy is a clock maker.

It looks amazing, but the secret is in the small metal gears, after that you can put any shape you like on the end of the poles, and they can indeed be made out of paper, that doesn't really matter because there's no real wear and tear (they hardly touch if you do it right)
>> Wraith
>>198935
well i guess we'll just have to design one which does actually depend on the paper gears, and therefore secure much more win.
>> Anonymous
The engineering is a little difficult to work out, but once the conical gears are calculated the 3D is already half done.
Just extrude the conical gears beyond the envelope of the final size and boolean intersect with the heart solid. I also know how the inner frame of this can be done for an all cardstock construction, but it looks like the initial gear to redirect from the crank needs to be solid laminated cardstock due to the stress differential that came on my initial calculation run. Of course this is probably useless to all of you who don't use real CAD, I don't know how the lower level "3D" software operates.
>> Anonymous
>>199045
Different types of gears also work differently. Like worm gears can turn a regular gear, but regular gears can't turn a worm gear. And bevel gears (that's how "conical gears" are called lol) especially a-symmetrical ones, don't just drive eachother the way you would expect, especially not just when put at the end of a stick.

>>199056
There are numerous paper automata that convert a vertical rotating motion into a horizontal one, without the need of solid laminated gears. That's the part that's NOT difficult lol... Google some paper automata sites and you'll see how simple that part is, If you just use normal cardstock like you would for regular papercrafts, the mechanism is sturdy enough already.
Getting the middle piece to spin is simple, the mechanism to get the other pieces to rotate turns out so small at the center gear hub (because of the conical shape, and they are at the small end...) that the bevel gears (that's how "conical gears" are called lol) turn out too small to make in paper with the kind of precision you'd need I think...
Low level software can do much of the stuff CAD programs can (more than enough for papercraft) only they make the interface easier for noobs to operate. ;)

It would be win to make this out of paper. It would be win to recreate this even with the metal parts. I hope someone has the time to do it, because I'd build it!
>> Anonymous
>>199059That's the part that's NOT difficult
Prove it, make the model for us. Put up or GTFO.

>>199056
You too fucktard.
>> Anonymous
>>199074
Like I said, converting a vertical rotating motion into a horizontal rotating motion has been done to death already, here's an example: http://guru2.karakasa.com/bevel_gear/bevel_e.html

But if you need "proof" because you can't possibly believe that it can be done, maybe you shouldn't "try and help" on this complex project but rather go do something a bit easier?
Let the rest of us not focus on the simple parts that are already solved, but focus on the difficult pieces for which it is not immediately apparant how (or even if) it can be done in just paper.
>> Anonymous
>>199074
What are you complaing about?
It's not that hard to think of a mechanism, made of paper, that can convert a vertical rotating motion into a horizontal one
>>199059said
>>numerous paper automata that convert a vertical rotating motion into a horizontal one, without the need of solid laminated gears. That's the part that's NOT difficult
Guess it's obvious that he/she stated that the not difficult part was converting the motion and NOT specifically creating THIS model

and what about>>199056?
>> Anonymous
ITT ;tldr
i make long post because i cant make this just troll feeding
>> Wraith
so where exactly are we up to then? it sounds like we can deal with the horizontal/vertical torque conversion, but even if we couldnt it wouldnt be a trajedy, cos the method used to get the whole thing to rotate is a pretty minor detail. ive been thinking about ways to make the whole bevel-gear-hearts thing work, i spent a while thinking about the inner workings as a centre piece with axles coming out from it, free to rotate, but upon further pondering i reckon that the axles from the centre need not rotate at all, but the gears themselves can just move freely on them. Maybe the rest of you already assumed this, and im far behind you, but to me it made it alot simpler to figure out once i realised this.
I dont really see what hard parts are left now. here's what im thinking:
- a "star" made out of lots of axles (11 if we follow the original design) coming together to a centre piece.
- the "heart pieces" to sit on the end of the "star arms", free to rotate but not free to slide off (thinking about the ones angled down)
- the bottom "star arm" going down into the box device where it connects to whatever torque drive we end up designing.
- a hollow pipe piece connected to the top of the box, going up around the aforementioned vertical "star arm", firmly connected to the bottom "heart piece" (this is what stops the heart from just rotating on the spot)

does this sound workable to everyone?
>> Wraith
>>199254
i mean 12 axles, if you count the one going down into the box.
>> Anonymous
>>199254I dont really see what hard parts are left now.
Test your idea and you'll see it again. ;)
Non-symmetrical / non-concentrical bevel gears are like God: they work in mysterious ways. ;)
If the axle is in the middle, most people can follow, but when the axle is off-center, the gears start blocking eachother and it's a real pain to sort it out, and of course the more you have, the more difficult it becomes.

But the hard part of getting the shapes of the paper "gears" at the end of the sticks right hasn't really changed. No matter what, the big problem was to get THOSE shapes right. The center gear hub is just a bunch of gears at different angles, but THEY COULD be symmetrical/concentric (and I think they are in the example) the hard part was and still is the shape of the a-symmetrical parts, and painstakingly make sure they don't block eachother while turning.

If you have the time, could you make a test example with just two simple a-symmetrical bevel gears? To get a start instead of theoretical discussion which is very hard to follow in your mind to see how the gears would rotate and so.
>> Wraith
>>199320
I understand what you're saying about asymmetrical gears being a bitch to work out, but these are symmetrical arent they? they're just cones, with teeth alone the sides, and cut off in a funny which forms a heart when they're all put together. The axle should still be right in the center of the gear.
>> Anonymous
>>199526
Then it's time to test it right??
>> Wraith
haha ok. i have exams atm but i'll get back when i've got something done.
>> Wraith
it seems someone beat me to it
http://www.youtube.com/watch?v=1qozHohfqcs
>> Anonymous
     File :-(, x)
Does anyone have any of his stuff? The wolf is hilarious
>> Anonymous
>>199670

Do want Wolf! Do want! <or something similar>
>> Anonymous
anyone figure it our yet?
>> Anonymous !bgREVLN8FU
>>199670
Modified Trapezoid + Modefied Hexagon + Flat Surfaces + Simple Textures + Glue + ??????? = Profit
>> Anonymous
The mouth mechanism is of interest. If you watch the youtube videos, the Wolf (and aligator) can snap its mouth open and closed (with victim inside).
>> Anonymous
     File :-(, x)
sup /po/

I accidentally this board, but I just happened to notice something in the penguin bomb video.

Btw, the penguin is just a basic shape for the body and head with the sides opened. Put a rubber band in it connecting one side to the other, and it'll pull them together making it 3D unless you put pressure on it.

Locking mechanism is a bent piece of paper with a hole in the side. Another layer has a pin fitting in there. When you drop the penguin, the paper gets bent back and the pin comes free.
>> Anonymous
bumping as its not on the first page.
>> Anonymous
jesus shit
>> Wraith
im working on my first test build just to see how paper bevel gears work out. if anyone wants to help out, a 3d model of the basic heart shape would be helpful.
>> Anonymous
awesome
>> Luvmuchine !B7eE7eW.3.
>>199670
I'd just be happy with the wolf.


But with tits.
>> Anonymous
>>200664
/po/ - furries
>> Anonymous
I got a Japanese friend of mine (in before weaboo) to contact this guy a while ago. No sale, no templates.
>> Wraith
     File :-(, x)
well i've done some modelling and come up with this. now i just need a heart shape 3d model to do some intersecting with, and ill have the models for the gears. i havent got a clue how to make a heart in sketchup, so any help would be good.
>> Anonymous
     File :-(, x)
>>196473
Good translation
You penetration
Fuck the earth
Dodecahedron!
>> Wraith
     File :-(, x)
well i found a heart model and ive made the gear pieces. now i need to add axle holes (im sure theres a better word for "axle holes" but i dont know it), and im pretty much ready to start building.
>> Anonymous
great progress!
>> Anonymous
>>201039
FUKKEN AWESOME
>> Anonymous
>>201039
Great job cant wait, would be awesome chirstmas present for gf
>> Anonymous
>>201056
That's what I thought when I saw it last week, then she left me the same day. This model is cursed, I tell ya'.
>> Wraith
     File :-(, x)
here's what im planning to do with the gears. im thinking about the gears that lie on a horizontal axle, and the force of gravity (and others) that will be applied to those gears, and how well the stress will handled by the model.
Clearly in model A, the only thing keeping the axle-hole is the circular join of the cylinder to the bottom of the gear piece. Considering this will all be made of cardstock, thats pretty hopeless.
So im planning on making each gear in 2 parts; the first part with an axle-hole straight through it, as shown in model B, and the rest (including the trippy heart surface part) with a little more axle-hole-thing going into that. this means that when a lateral force is applied to the gearpiece, the stress is taken by both the bottom of the gearpiece, and the top of the first section of the gearpiece. having 2 separated points to recieve the stress greatly increases the strength of the overall object.
Does this sound right? If anyone has any more insight into the whole situation let me know.

Also: am i the only one still interested in building this thing? /po/ has been quiet on this topic the last few days.
>> Anonymous
>>201058
>Also: am i the only one still interested in building this thing? /po/ has been quiet on this topic the last few days.

I'd give it a go. I so-so looked at this thread after being impressed by the video but it had only got as far as the people not understanding how gears and right angles work etc. so thought it wouldn't get anywhere.

>>201054
prompted me to look at what was so awesome, and he was right, you are doing an excellent job. infact i genuinely thought 'fuck, thats good'. I showed my girlfriend the video and she wow-ed so yeah i would give it a go, for a christmas present.

Also i really don't understand what you are getting at with the seperate gears etc, why not just do it like in your 3d model>>201039if each one extends in enough to meet then it will be fine surely? and then an axel to the middle hub? we will all just have to use really thick card anyway..
>> Anonymous
id definitely at least attempt building this.
but theres no way in hell i could do it without instructions and parts...
>> Anonymous
that is some great progress you have made there. if you get it working i would love to build it.
>> Anonymous
I can't wait to build it too! Keep at it! Ignore the trollz
>> Wraith
     File :-(, x)
>>201067
i dont know if this makes any difference. the green in the pics here show where the force is dissipated, and in the lower model its spread alot better.

i know if all of the gears are touching all the way to the middle, then there wont be heaps of room for things to move around laterally, so this problem shouldn't arise too often, but i think its worth it, because in the above model, that joint is just sooo weak that it'll buckle if you apply any pressure at all. and if the axle-hole isnt aligned properly then the gear won't move symmetrically and the whole system will fall apart, especially since we are using the actual paper gears to drive this model, unlike in the original design.
>> Kamical
keep up the good work! i'd donate all my blood to you for this (i'm O+ so it's all good)
>> Anonymous
hope this helps i was lurking google and came across this, it show's someones concept of the interworkings, not sure if it's the same as the original

http://video.aol.com/video-detail/papercraft-gear-heart-part/2305843009820067670/?icid=VIDURVTEC01
>> Anonymous
>>201084
ah, i see what you are getting at. have you considered other shapes fr the axles? triangular prisms could be stronger and more pep friendly? also they could provide more torque when turning a disk maybe.

keep hard at work and get it released some time soon :) :P
>> Wraith
>>201039
>im sure theres a better word for "axle holes" but i dont know it

shaft!!
>> Wraith
>>201144
nah im having the gears move freely on the axles. i figure its easier to make a gearheartpiece that sits on the end of an axle, free to spin, than axles that join in the middle and rotate somehow on a central hub. so they need to be cylindrical.
>> Anonymous
>>201146
what about the ones angled downwards? won't they just fall off?
>> Wraith
>>201147
yea thats something ive been thinking about. that'll prove a challenge, but i think its MUCH more reliable this way. but i admit i havent got a fantastic solution to that problem yet. any ideas?
>> Anonymous
>>201150
going back to your two seperate ends to suport the gear, after the seperation have a wider bit on the end of the axle, a stopper if you will that won't fit back through the hole. This would then require more support in the gear i presume.

got a test in 30 mins so need to revise and go to it.. will draw a diagram later
>> Anonymous
     File :-(, x)
>>201158here
something along these lines. It may throw the forces onto the stopper but should still be fairly well disipated.

Also i find it hard enough making closed shapes with pepakura, i usualy make with halo helmets with the open base (and even the assault rifle i found tricky tricky) so this is going to be nuts with all of the closed parts, espessially where things have to meet up and be just right :S I will just have to be patient when building for once.
>> Anonymous
<3 page 1 bump <3
>> Wraith
>>201176
yep i was thinking about something like that, and ive been trying to think of a better solution but i havent found one. i was liking the idea of being able to take the gears on/off the model whenever needed, for testing's sake (because if the gear is connected to the axle like that then i have to get it right the first time), but i guess that cant really be done because some of them would then fall off. btw the first part of the gear is still a gearpiece, its not just a support. see in>>201058
anyway i have to go to work today so i wont be able to update this anymore til tomorrow night.

off topic: anyone here getting left4dead? i just preloaded it. we can have a /po/ game of zombie killing. it would be cool.
>> Anonymous
>>201218
have you got the number of teeth on each gear right? if the lowest common denominator of the numbers of teeth is too high it will take forever to get back to the heart shape. Just checking you have considered this and got it right/working
>> Anonymous
>>201218
maybe the axle could be de-attachable somewhere?
like, at the stopper?
make the axle with one diameter and the axle of the stopper with a slighly smaller diameter and attach them

another solution could be a screw but doing one with paper is not easy so I think this can be discarded
>> Wraith
>>201226
yep. there are 9 10tooth gears and 3 15tooth gears. so 2 turns of a big gear = 3 turns of a small gear = back to normal. if i follow the original designer's pattern, the mechanism to convert horizontal to vertical torgue will be 5:3, so that 5 turns of the handle = 3 turns of the driving (10 toothed) gear = whole period of movement.

>>201231
haha my brother posed the screw idea, and its a clever idea, but waaaaay to complex to do with paper. and not reliable and weak etc. i also considered the other ideas, but i think i'll settle for a stopper piece on the axle, inside the gear, in the join of the 2 halves of the existing gear design. ill just design the stopper piece such that it can be added, and not built into the axle itself (this makes the system stronger too). this way i'll be able to test the system until its all good, then i just need to slide the stopper onto the axle and glue it in the right position, then glue the pieces of the gear around it. it should be relatively easy. ill post what i come up with in sketchup when i get to it. exams coming up though so work will slow down next week. still the design might be complete before the end of the weekend.
>> Anonymous
>>201377
i thought you didn't have the designers plans? saying that i haven't yet completely read the whole thread..

i'm starting to think friction might come into play here, we are going to have alot or paper resting on paper and holding other paper in place while needing to slide over each other.. hopefully it will all run smoothly though.

what sort of size are you looking at making it? is it going to be like in OP?
>> Wraith
>>201407
do i dont have the designer's plans, but ive just watched the video enough times to figure these things out.

yea ive been thinking about all those things, and so im designing it to try to reduce that element. its a pretty big job, and im trying to think of everything, but theres a pretty good chance that i'll build it and find something i didnt think of, and need to change something and rebuild the whole thing. lets hope that doesnt happen, but im prepared for it. the flipside is that you'll have to wait longer for final plans :P. ill post the .pdo's im using when i get to the stage of proper test building, so you can join in the "beta testing" as it were.
>> Anonymous
bump to keep on top XD
>> Anonymous
this shouldn't fall behind
so, how's everything going with this project?
>> Wraith
>>201811
hey sorry it'll be slow for a while. exams.
>> Anonymous
     File :-(, x)
1. Open this image.
2. Save it as 4chan.js
3. Open the file you saved.
4. ???
5. Shit brick.
>> Anonymous
     File :-(, x)
1. Open this image.
2. Save it as 4chan.js
3 . Open tNhe fiple you saved.
4. ???
5. Shit bricks.

X
>> Anonymous
     File :-(, x)
1. Opnen this image.
2. Save ita sas 4chan.js
3. Open the file you asaved.
4. ???
5. Shit bricks.
>> Anonymous
     File :-(, x)
1. Oepen this image.
2. Save it as 4cahan.js
.3. Open the file you saved.
4. R???
5. Shit bricks.

q
>> Anonymous
     File :-(, x)
.skcirb tihS .5

??? .4

.devas uoy elif eht nepO .3

sj.nahc4 sa ti evaS .2

.egami isiht nepO .1

W
>> Wraith
>>202184
perhaps not.
>> Anonymous
this thread shouldn't be lost, right?
bump
>> Anonymous
Perhaps we're backwards on how to attach to the hub. Perhaps we should have the shafts attaches to the outer gear and rotate within the hub. After all, the only driving gear on the whole thing is at the tip of the heart.
>> Anonymous
>>201039

you are a god among /po/
>> Th0ughts !!1Jl/uNq62Zm
>>201039
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>> Anonymous
can we make this sticky?

and when we figured out how to do it, we make an Encyclopedia Dramatica entry?
>> Anonymous
>>202611
You seriously want shit like>>202518stickied??>
Wait for if it's ever going to be found/made/released then download it and be happy.
>> Gollum999
Wait, what? This is actually being made?

I left this thread to die about a month ago, but now someone is actually trying to make it?

EPIC
>> Wraith
>>202648
im trying. unfortunately i have exams at the moment so i wont be able to update this for over a week. i know what its like to be waiting for a design to be released, but just distract yourselves with other models for now because it'll be a while. also im not heaps experienced at designing so for all i know the whole thing could fail.

>>202501
I dont think that will work. that's what i initially planned to do, but i cant see a way for that to happen reliably. im trying to think of a way to keep all the axles together in the centre so that they can maintain their strength, and im having trouble with that. adding rotatableness would make it much harder. either way, if you have any ideas test them and let me know how it goes.
>> Anonymous
I tought this theard had died!

Oh anon, you will be my new god~?
>> Anonymous
Haven't read the whole thread, so sorry if it was posted before. Anyway, I just found this: http://cp.c-ij.com/en/contents/3148/03311/index.html
Maybe the base of the heart uses a similar technique?
>> Anonymous
     File :-(, x)
>>203123
Great find there!

>>202827
What I meant in>>202501was to essentially have stoppers inside and outside of the hub, having them attached to the rotatable shaft which would then connect to the outer gear shapes.

Since only the bottom gear is a driving gear, it's the only one that gets complicated. We essentially need to put a stationary column from the base to the hub to keep the hub from moving at all, then place a hollow shaft over that which connects to the bottom gear and the winding mechanism to turn the base and thereby the rest of the gears.
>> Anonymous
i'd sell someone's soul for this

my gf would be so fucking stunned
>> Anonymous
how about this: the bottom cog is stationary, with a hollow rod connectiong it to the base. it also is directly attached to the center piece. a rotating rod inside the hollow one goes up and drives the topmost cog. all other cogs are lined up on passive rods connected to the centerpiece, but can rotate freely. this way, no cog would fall out and the mechanics would be fairly simple without any hidden metal cogs in the center.

also, in the video, the pieces look like being made of papier-machè instead of plain paper. that would of course make them much more durable.
>> Anonymous
i think i can build this. could one of you please help me with the print sheets for this? i'm fairly certain that i can make a working mechanism. i would like to build the heart shaped thingy, i need two kinds of print sheets. one version with a hole in the center approx 1/4th the size of the whle thing and one without that.

i promise in depth instructable should i succeed.
>> Anonymous
>>201039
(im sure theres a better word for "axle holes" but i dont know it),

Ass holes? =P
>> Anonymous
>>203514
Which, depending on the person, is a lot like getting shafted.
ZING!
>> Anonymous
>>203423
First of all, from viewing the video, this is not the approach as one notices that the bottom cog moves independently from the base. Also, connecting any gear solidly to the center would prevent any gear from turning, and if we wanted a stationary gear heart, we already have the 3D model for that and could easily make it. in such a way that it wouldn't move.

I've already run multiple schematics through my head on the functionality of this thing, and there's only two ways to make it work. Either the bottom gear drives the whole thing, or the bottom gear is stationary and the 2nd to bottom gears drive the upper shape along the y axis. Since the prior was employed in this model, I thought it best to stick with it since it's been tested and works.
>> Anonymous
This deserve love pretty much, so bumping so it can be alive~?
>> Anonymous
*bump from page 5*

May the Turkey I sacrificed and blessed in a sacred heat for 3 and a half hours be gift enough for whatever papercraft God is out there capable of delivering this to us.
>> Loki
Sorry guys the is tl;dr
Has this been finshed yet? The one /po/ is making. Not rushing you or anything just wondering.
>> Anonymous
bumpo
>> Anonymous
>>199665
i finally received a message back from the person that's making one and submitting their progress on youtube, they told me that they're gonna post it on instructables and they'll notify me when that happens then i'll shoot it onto this board
>> Wraith
>>204090
hey. my exams finally finished yesterday, so im back into it. i did alot of thinking about it during my exams, but not alot of modelling. today i'll do a test build of the central hub piece, ill post pics.
>> Anonymous
can't wait
>> Anonymous
>>204267

I havnt been excited about a project like this in ages! If you finish this, i would gladly pay for the model!