U.S. Army Material Command (AMC) AMCP 706-210 — FUZES - Engineering Design Handbook AMCP 706-210 (U.S. Army) PDF Download (EN)

Downloaded from https://www.everyspec.com AMCP 706-210 Paragraph Page 5-4.2 Creep ................ . . . ... 5-5 5-4.3 Centrifugal Force ................... . ..... 5-6 5-4.4 Tangential Force ................... 5-6 5-4.5 Coriolis Force ..................... .. 5-6 5-4.6 Torque .................. ............... 5-6 5-4.7 Forces of the Air Stream ........................ 5-7 54.8 Ambient Pressure .............................. 5-7 5.4.9 Other Forces ...................... .... 5-7 5-5 Nonenvironmental Energy Sources .. ...... 5-8 5.5.1 Springs ................................ .5-8 5-5.2 Batteries ...... e ......................... 5-8 5.5,3 Metastable Compounds .......................

5-8 Reference ...................................... 5-8 CHAPTER 6. MECHANICAL ARMING DEVICES 6-1 General ......................... 6-1 6-2 Springs ....................................... 6-1 6-2.1 Types of Springs .............................. 6-1 6-2.2 Motion of Masses of Springs ...................... 6-1 6-2.2.1 Elementary Spring Equations ................. 6-1 6-2.2.2 Examples of Friction ......................... 6-3 6-2.2.3 Effect of Centrifugal Force ................... &4 6-2.3 Springs Used in Fuzes .......................... 6-5 6-2.3.1 Power Springs ............................... 6-5 6-2.3.2 Hairsprings .................................

6-5 6-2.3.3 Constant-force Springs ........................ 6-5 6-3 Sliders ....................................... . 7 6-3.1 Axial Motion of Spring-driven Sliders ............... 6-8 6-3.2 Transverse Motion of Spring-driven Sliders .......... 6-8 6-3.3 Transverse Motion of Centrifugally Driven Sliders ..... 6-8 64 Minor Mechanical Parts ........................... 6-9 64.1 Pins, Detents, and Links ....................... 6-9 6-4.2 Knobs, Levers, and Pivots ...................... 6-10 6-4.3 Spiral Unwinder ............................... 6-12 6-5 Rotary Devicqs .................................. 6-13 6-5.1 Disk Roto ...................................

&-13 6-5.2 Centrifugal Pendulum .......................... 6-14 6-5.3 The Semple Plunger ............................ 6-15 6-5.4 Sequential Arming Segments ..................... 615 6-5.5 Rotary Shutter ........... .................... 6-17 6-5.6 Ball Cam Rotor ............ .................. 6-17 6-5.7 Ball Rotor ................................... 6-18 64 Clockworks .................................... 6-19 64.1 Escapement Types ............................ 6.19 64.2 Untuned Two-center Escapements ................ 6-20 6.6.3 Tuned Two-center Escapements .................. 6-21 6-6.3.1 Description of Escapement Mechanisms .......... 6-22 66.3.2 Dwcription of Tooth Design ...................

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