2 Dec
2018
2 Dec
'18
6:19 p.m.
On Mon, 3 Dec 2018, dwight via cctalk wrote:
Fred is probably right but it would be fun to try a
bump key on these.
It would be a lot simpler to make. You just take a blank key and cut
each pin location deep enough so when fully engaged it would push the
pins in about 1/16 inch. Then grind the piece that locks in in until
fully turned off. Then one would put some rubber washers on it so that
it just lifts off the pins from the washers lifting it.
One could most likely tension by hand but like Fred says, one could
easily over shoot and then have to pick it again.
How about making it with two concentric tubes; one operating, and an outer
partial one that locks to the outer notch, with a slider between the
tubes, so that you are applying tension to the inner tube, but the outer
one limits you to not making it as far as the next pin position.
But, for use as an unlocking tool, you do need to turn more than one pin
position, often as much as 90 degrees. So, though it would pick the lock,
you WOULD need to repeat.
Please let us know how it goes!
I'm a bit overdue on machining a better version of the conventional one -
calibrated pin positions, better adjustment of resistance including
solid locking of them, including being able to work with and without
detents at the standard cut depths.
Lack of necessity is the mother of procrastination!