Would you say it might be possible to display this on a dial, such as Brocot escapements sometimes were? Run the pendulum arbor through at the top, have anchor and scape wheel on the dial, then have the scape arbor go back through to a gear train on the backplate that then operates a seconds hand at the bottom of the dial?
You are right. But there are some differences. In the B.escapement the pallets are curved, in W11 the 'teeth' are curved; the effect is the same. Because, in W11, there are only 6 teeth, the pallets can enter the space between the teeth deeply, and slide without motion of the scapewheel (the exit pallet does more so than the entry pallet). The leading edge of the B.teeth is straight and radial, so this could have the same effect.
@mottosproductions He was trying to first do a proof of concept to make the heart of the clock-something that turns at a constant rate, and works reliably for hours at a time. THEN he'll add gears and such to make a complete clock in some form or another.
Would you say it might be possible to display this on a dial, such as Brocot escapements sometimes were? Run the pendulum arbor through at the top, have anchor and scape wheel on the dial, then have the scape arbor go back through to a gear train on the backplate that then operates a seconds hand at the bottom of the dial?
JonasClark 9 months ago
I woud say this is more like a Brocot escapement than a deadbeat.
marfdasko 1 year ago
@marfdasko Does it work (test)?
BenVanDeWaal 1 year ago
@marfdasko yes, it works.
You are right. But there are some differences. In the B.escapement the pallets are curved, in W11 the 'teeth' are curved; the effect is the same. Because, in W11, there are only 6 teeth, the pallets can enter the space between the teeth deeply, and slide without motion of the scapewheel (the exit pallet does more so than the entry pallet). The leading edge of the B.teeth is straight and radial, so this could have the same effect.
Thanks for your comment,
Ben van de Waal
BenVanDeWaal 1 year ago
help me email me directions somthing
Claydog42 1 year ago
how do u no the time on it?
mottosproductions 2 years ago
It's not the whole clock, just part of it. This shows how the pendulum makes a gear turn.
The top part of the pendulum is called the "escape" of which allows the "escapement gear" to turn at a certain speed.
You then hook up normal Lego gears to create a clock.
legocrazy1 2 years ago
ooo i seeee
mottosproductions 2 years ago
@mottosproductions He was trying to first do a proof of concept to make the heart of the clock-something that turns at a constant rate, and works reliably for hours at a time. THEN he'll add gears and such to make a complete clock in some form or another.
dickcheney6 1 year ago
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legoclockfreak710 2 years ago