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Posted by hipstomp / Rain Noe | 13 Nov 2012
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Comments (13)
If this works as advertised, it will be quite the design coup. France-based designer Julien Vidame has posted a link for his Extendable Table, which amazingly doubles its length (and halves its thickness) by an unspecified action that rotates each individual slat comprising the tabletop surface. While Vidame claims a prototype is available, no video exists; all we have to go on is the tiny GIF file below.
Anyone want to venture a guess on how this works? (My first thought was magnets, but that probably wouldn't jive with metal tableware.)
Comments
Elastic could work, if each of the sections is drilled diagonally, then that would let it transform as shown, as long as you got the tension right.
If you look closely at the last frames of the gif, there's a metal base under it. You could tie into that with flexibe plastic(or even stainless wire), and have them remain stuck down. To lock them in place, use a tensioner on all the wires/strips to pull them into a solid surface.
My first guess would be elastic bands that run along the length of the table holding the slats together.
I try to guess that it was an accordion mechanics under the wooden plank.
Hmm... stretching phones next?
I imagine that could be accomplished with a pretty simple mechanical hinge in the bottom right corner of each slat.
Definitely some sort of spring-loaded mechanism.
Although, going on the animated gif, the designer has not figured out the details of the mechanics just yet.
I had a quick look at it and I don't think it's that hard to do, but I would suggest the designer has not fully resolved the design or the gif isn't quite true. As the table is slid out in close up, you see the sliders underneath come apart (there's light between them).
Let's get some mechanical engineers on this shit.
A cam and toggle mechanism is required to get the slats to flip up when the table is going from long to short. Looks like he's incorporated a pull procedure before collapsing the table which activates the cam/toggle mechanism.
me likey
Also, instead of an elastic, I think he may have hardware interlocking each individual slat to another. This hardware would make it
1.) Isn't it blog SOP to post a link?
2.) Who says he knows how it works? Obviously all the images of the table are renderings.
3.) Has anyone asked him?