Q. Extraction rollers oscillations of feedracks is calculated to be

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Q. Crimping compartment features adjustable width of

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Q. Nipper carries out oscillating motion which provides favorable conditions for

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Q. At every operating cycle, linear comb is cleaned with special brush constituting

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Q. Size of gill feeding of feedracks is calculated to be

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Q. Throughput speed of feedracks is calculated to be

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Q. Inside crimping device material is compressed and fibers are pressured to take the

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Q. In feed and collection systems, feed racks has four pairs of

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Q. Double conveyor belt is used when processing

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Q. In order to get good cleaning, distance between nipper and circular comb must be

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Q. Nipper blade keeps head of tuft raised at height of nip point of

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Q. Gauge effects machine's

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Q. Outgoing fiber web from extraction device is controlled by

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Q. Pressure exerted on nipper must be

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Q. In noil discharging device, vacuum helps in

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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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