Ger
133
Think on energy!
Hi!
I read all of your idea. I understand them all, but energetically not possible. Please read and learn theory of horology -or it would be better- some basic phisics (kinematics and dinamics).
Try to explain it here:
What you write about batteries is silly. You write alternating current - direct current and explaining the voltage of paralell and serial connection? Energetically you should calculate Kirchoff-laws and electrical energy.
Energetically a basic movement looks like this:
1. Motor wheel (mainspring barrel) stores and provides energy into the wheel train
2. Energy loss on train by friction and by pointers (and other "complications")
3. Escapement functions:
a. at locking: the wheel trains last wheel is pressing against the anchor stone <-- the energy is provided by the mainspring
b. unlocking: friction at anchor entry stone (recoil) and friction at roller stone <-- the energy is provided by the hairspring
c. impulse:
before dead point: friction at anchor stone, pallet stone and escapement wheel lifts the anchor together with roller <-- energy provided by both spring
after dead point: friction at anchor stone and in this point the mainspring energy is given to the hairspring by impulse and stored in balance
d. safety: escapement wheel drops down to the anchor exit stone
The balance provide energy mostly for unlocking, while the mainspring do the rest. In your model the problem is, that first balance wheels unlocking impulse will be not enough for the next balance wheels impulse.
Hello. About double balance wheel ( vibration)
Multiple balance wheels