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How to Make a Weight-Driven Clock
Richard Simmonds
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Ratgeber / Sammeln, Sammlerkataloge
Beschreibung
For many centuries, a falling weight has been used as an energy source to drive mechanical clocks. It is a versatile and constant force that has been used to power clocks, from the great cathedral clocks of the world to precision timekeepers, astronomical regulators, the longcase clock and many designs of wall clock. This comprehensive and detailed book describes the function of the parts of a weight-driven clock, before accompanying you on the journey to making your own. There are many components that need to be made and skills to be mastered to make a weight-driven clock movement. This book will enable you make all the parts required, including the plates and pillars, and show you how to cut the wheels and pinions. From there, you will make the barrel assembly, pallet and hour wheel bridges, pallet, pallet arbor and the crutch. Finally, the pendulum and the pulley are made before the clock movement is ready to be assembled and operated. With over 400 photographs, showing every stage of the build, and over 100 technical drawings, covering the construction of the movement, this book is a practical step-by-step guide to making your own weight-driven clock movement.
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clock pallet, clock movement assembly, clock plates, third wheel pinion, recoil escape wheel, Deadbeat escapement, ratchet wheel, verge escapement, cannon pinion, pendulum, great wheel, clock pillars, grasshopper escapement, lathe, reverse minute wheel, clock wheels, winding a clock movement, clock weight and pulley, hour wheel bridge, deadbeat escape wheel, gravity escapement, pallet arbor, barrel assembly, horology, clock wheel cutting, motion work, clock movement, clock movement design, hour wheel, escape wheel pinion, wheel and pinion assembly, escapement, pinions, clockmaking, clock crutch, centre wheel, recoil escapement