Appleton's dictionary of machines, mechanics, engine-work, and engineering . fellow-table, as seen in Fig. 2253. The tables B B constitute one pair, and the tables B 2, B 3, another,forming two distinct harness, one on each side on two beams, but driven by the same geering. Theyarn is put on the spindles C, and passes through a hole in the top of the flyers D, or over a depression,Fig. 2252, to hold it in its place, and then passes under c, a recurved wire, that has a perforated weight ovr i<f at each end. The flyers pass through these holes, and the legs serve as guides to the weigh
Appleton's dictionary of machines, mechanics, engine-work, and engineering . fellow-table, as seen in Fig. 2253. The tables B B constitute one pair, and the tables B 2, B 3, another,forming two distinct harness, one on each side on two beams, but driven by the same geering. Theyarn is put on the spindles C, and passes through a hole in the top of the flyers D, or over a depression,Fig. 2252, to hold it in its place, and then passes under c, a recurved wire, that has a perforated weight ovr i<f at each end. The flyers pass through these holes, and the legs serve as guides to the is to take up the slack of the yarn. The spindles have each a groove in their lower parts, adaptedto elide into the recesses of the tables when the recesses coincide. The platform E E has circularcavities for the lower ends of the spindles. FF, Fig. 2252, are fast and loose pulleys to drive the HEDDLES. 15 shaft G. A bevel-wheel H, on G, gives motion to the revolving spool-tables by toothed wheels, as seenat Fig. 2255. The bevel-wheel I, Fig. 2252, gives motion to the heddle-beams by geering into J, onthe shaft K. This shaft carries a worm-wheel, which geers into M to drive A. N is an eccentric on K 2353. rjEirix
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Keywords: ., bookcentury1800, booksubjectmechanicalengineering, bookyear1861
