. The principles and processes of cotton yarn manufacture. ^ from the cylinder. Sincethe make-up piece is pivoted at e^, a movement of E^ in one direction willhave the opposite effect in a very slight degree upon Fig. 54. The doffer is adjusted to the cylinder by screws and nuts similar tothose used for setting the licker-in. These may be seen in Fig:. 32. Itsdistance from the cylinder should be about .007 of an inch. The doffercomb ma}^ be similarly adjusted to the doffer. Its distance should be of an inch. The manner in which most of the parts of the card receive their powermay
. The principles and processes of cotton yarn manufacture. ^ from the cylinder. Sincethe make-up piece is pivoted at e^, a movement of E^ in one direction willhave the opposite effect in a very slight degree upon Fig. 54. The doffer is adjusted to the cylinder by screws and nuts similar tothose used for setting the licker-in. These may be seen in Fig:. 32. Itsdistance from the cylinder should be about .007 of an inch. The doffercomb ma}^ be similarly adjusted to the doffer. Its distance should be of an inch. The manner in which most of the parts of the card receive their powermay be seen in the plan in Fig. 57. The cylinder receives its powerfrom the line shaft. The licker-in is driven directly from the cylinder bya crossed belt. A pulley on the other end of the licker-in transmits to apulley just beneath the doffer. On the shaft with this pulley, which can beclearly seen at D in Fig. 32 in dotted lines, is a small pinion meshing witha large gear wheel on the doffer shaft. The small pinion just mentioned 74 COTTON YARN MANUFACTURE is called the doffer change gear. From the large gear on the doffer,power is transmitted by the train shown in Fig. 57 to the card calenderrolls. Between t
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Keywords: ., bookauthorwinchest, bookcentury1900, bookdecade1900, bookyear1902
