Q. Nipper-circular comb distance of feedracks is calculated to be

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Q. In case of delay in lowering of linear comb, it will result in

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Q. Stroke of nipper determines reduction in

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Q. Different rotation speed of longitudinal rollers ensures regular and complete unwinding of reel having

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Q. Circular comb operating range of feedracks is calculated to be

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Q. In feed and collection systems, reels and cans should be big in order to

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Q. Loading capacity of feedracks is calculated to be

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Q. Return stroke of nipper determines further extraction of tufts favoring separation of

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Q. Pressure on extraction rollers is calculated to be

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Q. During tuft extraction, pressure between extraction rollers must be

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Q. Due to converging of plates at exit, material fed is

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Q. Inside crimping device fibers are pressured to take preset waving which increases

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Q. Sleeve size of feedracks is calculated to be

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Q. Extraction roller consists of a

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Q. Noils collected in noil discharging device is conveyed to

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Q. Receiver between crimping device and coiler is called as

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Q. When nipper opens, motion/s take place is/are

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Q. Combed tufts are adhered to sleeve because of

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Q. When head of one combed tuft is placed above tail of other combed tuft, it ensures

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Q. Helical groove on extraction roller provides

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