Transcription of CLOCK AND W ATCH ESCAPEMENT MECHANICS
{{id}} {{{paragraph}}}
CLOCK AND WATCH ESCAPEMENT MECHANICSMark V. Headrick (Copyright 1997).Section 1: CLOCK : Efficiency and Power : Drawing an Escape : Drawing the Graham : The Graham : The Importance of the Simulation. 116: The Recoil Escapements. 167: The Brocot ESCAPEMENT . 188: The Pin Wheel : Other Design Considerations. 2010: The Graham Reconsidered. 2211: Efficiency in Numbers. 23 The first nine chapters are explained without math. These chapters are lesscomplicated, and they introduce the reader to the logic behind the drawing techniques, soas to serve the needs of those who want to learn about escapements but would not bedrawing them on their own computers. The tenth chapter explains the math behind theprevious chapters. This way the reader has the option whether or not to become involvedwith the :Britten's Watch & CLOCK Maker's Handbook, Dictionary and Guide (1978 Edition).
1: Efficiency and Power Losses. A clock is usually taken to the shop for repair because the clock fails to keep running. It runs for a while and stops because not enough power reaches the pendulum to
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}