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This little print-in-place container features a satisfying snap-action lid that swings over 180 degrees. This extra range lets the lid flip all the way out of the way so the box will be stable with the lid open or shut. This special hinge…
Učebná pomôcka. Pre úsporu materiálu je 5% výplň.
This model is compatible with the lego system.
This model is compatible with the lego system.
This is a work-in-progress model of a robot leg consisting of two parallelograms (one for the upper leg, and one for the lower leg) with a separate lever to allow the lower leg to be actuated apart from the upper. It's completely…
I am very impressed by the Gyroman concept, and wanted to build one. But I was too lazy to assemble the two legs, four horizontal bars, and link part with 16 screws, so I made this version which replaces all that with a single printed…
Center line on this rectangular bar is drawn with the help of parallelogram. Normally we will use a ruler to mark center points at a couple of locations. Joining these two points will give us a center line. We can instead use…
This model was made to illustrate the principle of the double parallelogram flexure hinge. It allows the primary to move in one direction while preventing movements in other directions. Should be printed in PETG because of its…
The model has two circular test pads attached to ends of a parallelogram flexure. The intention is to use this to demonstrate a 50% reduction in motion at the centre of the mechanism when one of the pads is moved. The other end should be…
This model is compatible with the lego system.
This model is compatible with the lego system.
