Page:The Kinematics of Machinery.djvu/639

 :Dead-points, 186.
 * Definition of the machine, 35, 503, 585.
 * Degrand, 381.
 * De la Hire, 154, 594.
 * Delivery-gear, 513.
 * Deprez's reversing gear, 320.
 * De Sarques, 154.
 * Descriptive analysis, 511.
 * Development of ruled surfaces, 81.
 * Diagram of synthetic processes, 531.
 * Differential gear, 431.
 * Differential screws, 547.
 * Direct-acting engine, 345.
 * Direct-actors, 507.
 * Direct kinematic synthesis, 528.
 * Director or directing-gear, 344, 512.
 * Disc-engine, 385, 609.
 * Disc-crank, 305.
 * Discovery and invention, 243.
 * Disengaging-gear, 468.
 * Dividing machine, 558.
 * Donkey-engine, 374.
 * Double-action, 452.
 * Double-crank, 285, 382.
 * Double-cylinder engine, 188, 200, 289.
 * Double-lever, 285.
 * Double-slider chain, 313.
 * Double-wood, 204.
 * Doubling of chains, 568.
 * Drag-link coupling, 71.
 * Driver, 499, 511.
 * Driving-link, 272.
 * Duaugle, 116.
 * Dübs locomotive coupling, 292.
 * Duclos, 393.
 * Dudgeon, 407.
 * Duncan, 391.
 * Dundonald, see Cochrane.

E.
 * 's pulley-block, 577.
 * Early treatment of machines, 9.
 * Eccentric, 306.
 * Elements, pairs of, 43, 86, 532, 538, 544.
 * Elements, fixture of a pair of, 467, 472.
 * Elements, separation of, 469, 471, 472.
 * Elliptic chuck, 316, 336.
 * Emery, 362.
 * Endless belt, 215, 452.
 * Endless screw, 83.
 * Energy, see Storing.
 * Engaging-gear, 468.
 * Envelopes, 42, 87.
 * Envelopes, in form-changing machines, 493.
 * Epicycloidal teeth, 153.
 * Epicyclic chamber-wheel gear, 427.
 * Epicyclic trains, 427.
 * Equidistant curves as profiles, 157, 178.
 * Ericsson, 378.
 * Escapements, 463.
 * Euler, 15.
 * Eve, 422.
 * Evrard, 416.
 * Expansion of elements, 304.

F.
 * , 409.
 * Face-wheel, 83.
 * Fast click-train, 457.
 * Feathers on shafts, 91.
 * Feed of a machine, 513.
 * Field of restraint, 99.
 * Field of sliding, 99.
 * Field of turning, 103.
 * Figures of constant breadth, 129.
 * Fire-drills, 205.
 * Fire, early use of, 205.
 * Fire production, 597.
 * Fixture of a pair of elements, 467, 472, 549.
 * Fixed closure, 484, 549.
 * Fixed-couplings, 445.
 * Fixed link, 47, 271, 450.
 * Fixed link, omission of, 260.
 * Flange coupling, 445.
 * Flectional elements, 173, 181, 183.
 * Flectional elements, closure of, 183.
 * Flectional elements, table of pairs with, 544.
 * Fly-wheel, 187, 238, 453.
 * Fluids in pure mechanism, 12, 176.
 * Fluid click-trains, 474.
 * Fluid ratchet-trains, 476, 479.
 * Force-closure of axoids, 171.
 * Force-closure of chains, 187, 278.
 * Force-closure, disuse of, 226.
 * Force-closure in early machines, 227, 233.
 * Force-closure of pairs of elements, 169.
 * Forced joints, 443.
 * Form-changing machines, 493, 499, 503.
 * Form-symbols, 253.
 * Formulæ, contracted, 263.
 * Formulæ for chains, 258.
 * Formulæ for compound chains, 270.
 * Formulæ for links, 255.
 * Formulæ for mechanisms, 270.
 * Formulæ for pairs, 255.
 * Formulæ for pressure-organ chains, 268.
 * Formulæ, general, 272.
 * Formulæ, special, 272.
 * Fowler's clip-drum, 541.
 * Frame (in a crank-chain) 284.
 * Framing, 447.
 * Free click-trains, 457.
 * Friction, 171, 595.
 * Friction-couplings, 470.
 * Friction-wheels, 164, 171, 452.
 * Funicular machine, 281, 605.
 * Fusee, 539, 540.