Browsing named entities in Knight's Mechanical Encyclopedia (ed. Knight). You can also browse the collection for Townsend or search for Townsend in all documents.

Your search returned 5 results in 3 document sections:

Knight's Mechanical Encyclopedia (ed. Knight), F. (search)
28, 1861. 34,084F. G. WoodardJan. 7, 1862. 34,422J. D. GreeneFeb. 18, 1862. 34,706T. TwickelerMar. 18, 1862. 34,911J. L. SwanApr. 8, 1862. 35,107J. P. MarshallApr. 29, 1862. 36,681W. TerryOct. 14, 1862. 36,854J. C. NyeNov. 4, 1862. 37,354J. C. NyeJan. 6, 1863. 37,723J. K. MillnerFeb. 17, 1863. 38,903O. D. LullJune 16, 1863. 39,136W. H. ElliotJuly 7, 1863. 40,572W. Morgenstern and E. Morwitz.Nov. 10, 1863. 41,017W. PalmerDec. 22, 1863. 44,099W. R. LandfearSept. 6, 1864. 44,127Townsend and ClementSept. 6, 1864. 44,545D. F. MellenOct. 4, 1864. 45,262W. MorgensternNov. 29, 1864. 48,133W. MorgensternJune 6, 1865. 50,334N. S. ClementOct. 10, 1865. 60,832A. A. ChassepotJan. 1, 1867. 63,217J. W. CochranMar. 26, 1867. 63,303Thomas RestellMar. 26, 1867. 65,509E. K. RootJune 4, 1867. 73,351H. LordJan 14, 1868. 74,387H. LordFeb. 11, 1868. 1. (b.) Withdrawn by Hand, etc.—Continued. No.Name.Date. 75,627J. W. CochranMar. 17, 1868. 78,603S. Morris, W. and P. Maus
Knight's Mechanical Encyclopedia (ed. Knight), S. (search)
er et al.Aug. 22, 1854. 11,631TurnerAug. 29, 1854. 14,207SwingleFeb. 5, 1856. (Reissue.)363TurnerMay 25, 1856. 15,396SwingleJuly 22, 1856. (Reissue.)410SwingleNov. 4, 1856. 28,144BeanMay 8, 1860. 29,785HaskellAug. 28, 1860. 34,915TownsendApr. 8, 1862. (Reissue.)1,600ButterfieldJan. 5, 1864. 42,292JohnsonApr. 12, 1864. (Reissue.)1,962TurnerMay 16, 1865. 48,511Bradford et al.July 4, 1865. 50,117HaleSept. 26, 1865. 50,642TewkesburyOct. 24, 1865. 50,917Dawley et al.NovNeedle, or Awl. A reciprocating needle or awl. vibrated when in the material (see patent to Johnson, March 7, 1854), or moved horizontally through a horizontal movement of the block or head in which the needle or awl reciprocates. See patent to Townsend, April 8, 1862, or McLean, 1869, shown at E, in which the needle-bar a is oscillated. Two-motioned. A horizontally reciprocating rough-surfaced dog or plate a engages the material at all times, carries it intermittingly to the needle, and whi
Knight's Mechanical Encyclopedia (ed. Knight), W. (search)
various patterns. f g h (Fig. 7263), Godfrey's wire shoe-peg. Wires for shoe-fastenings, etc. i, Wickersham's short-twist round-thread wire. j, Blake and Libby's lenticular wire-nail. k l, Smith's polygonal metallic peg. m n, Townsend's polygonal wire, before and after twisting. o p, Townsend's wire; thread raised by pressure. q, Dudley's angular wire, with grooved faces. r, mode of making Dudley's wire. s, Proctor's wire, with serrated edges for burring and feed Townsend's wire; thread raised by pressure. q, Dudley's angular wire, with grooved faces. r, mode of making Dudley's wire. s, Proctor's wire, with serrated edges for burring and feed cylinders. t, Beatty's flat perforated wire. u, Bigelow's shoe-wire, circumferential grooves; no thread. The general process of manufacturing iron wire on a considerable scale is as follows:— The rods, from 1/4 to 1/2 inch in diameter, received from the rolling-mills in bundles, are heated and rerolled in grooved rollers, one above the other, so that the rod runs from the first roll to the second, and so on, without reheating. The rollers run with great rapidity, reducing the rod to