Weaving; a practical guide to the mechanical construction, operation, and care of weaving machinery, and all details of the mechanical processes involved in weaving . Fig. pinion rotating on the inside as well as the outside of thegear. The mangle also has two different diameters, which causea fast and slow motion to the builder rail, the largest diameterbeing at the center of the gear; this is the direct cause of theconvex-shaped spool. 1$ WARP PREPARATION. When calculating the speed of the traverse, two teeth mustbe added to the number of teeth or bars on the mangle gear,because ther

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Weaving; a practical guide to the mechanical construction, operation, and care of weaving machinery, and all details of the mechanical processes involved in weaving . Fig. pinion rotating on the inside as well as the outside of thegear. The mangle also has two different diameters, which causea fast and slow motion to the builder rail, the largest diameterbeing at the center of the gear; this is the direct cause of theconvex-shaped spool. 1$ WARP PREPARATION. When calculating the speed of the traverse, two teeth mustbe added to the number of teeth or bars on the mangle gear,because there is a loss of one tooth as the small pinion passesround the end of the gear; and this occurs at both ends. For example: Eev. of MainDriving Shaft. 300 X Pulley onMain Shaft. Pulley on SmallMachine Shaft. SmallPinion. X 2f X 6 10 Pulley onMachine Shaft. X 10^ X 62 trav. per min. Pulley on Small Teeth ofPinion Shaft. Mangle Gear. Some claim that the mangle ought to be calculated as an ordi-nary gear, but the foregoing is the result of careful

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Keywords: ., bookcentury1900, bookdecade1900, bookpublishe, booksubjectweaving