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Pin-head Screwdriver
It is not hands which summon us... but desire. (sorry... lame Hellraiser reference) | |
Placing the tip of the pin-head screwdriver against any screw head causes tiny longitudinally triangular carbon fiber rods to press into the recessed cavity and conform to any given screw type.
The triangularity of the pins resists torsional stress.
This allows for one extremely expensive screwdriver
to do the work of every other, now redundant, screwdriver in your tool box.
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Annotation:
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I think we've done this already (I may be wrong). The
problem is that a bundle of parallel rods is much,
much, much less stiff than a single rod as thick as the
bundle. |
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You might get somewhere if the rods locked together
under torque - for instance, by having little ridges
and grooves running around each rod, so they
couldn't slide past each other when a lateral force is
applied. |
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...and if there was something controlling these rods, would that be a Rod Steward? |
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...and if it were shaped like a large predatory feline,
would it be the Rods Tiger? |
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If you spare the rod, do you really spoil the child? |
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Ooh, I like the interlocking spline idea. Like triangular files.
The only idea I could find here close to this one was [Universal Screwdriver]. |
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