Water frame

The water frame was a water-powered spinning machine developed by Richard Arkwright that produced strong cotton yarn and helped make factory textile production possible.

Roller spinning: A spinning method that draws fibers out between pairs of rollers moving at different speeds. Arkwright’s machine used differential-speed rollers to draw cotton into a controlled, even strand.
Richard Arkwright: An English inventor and industrialist associated with the water frame and the factory system. Arkwright patented and commercialized the machine that bears its name.
Warp and weft: The two intersecting thread systems in woven cloth: lengthwise warp and crosswise weft. Strong water-frame yarn worked especially well as warp, strengthening the woven fabric.
Spinning jenny: A hand-powered machine that spun several cotton threads at once. Unlike the water frame, the jenny produced weaker yarn and did not depend on water power.
Spinning frame: A machine that twists fibers into yarn using multiple spindles. The water frame is a powered, factory-scale form of spinning frame.
John Kay (clockmaker): An English clockmaker who collaborated with Richard Arkwright on spinning machinery. Kay helped develop the roller-spinning mechanism used in Arkwright’s frame.
Cotton mill: A factory where machinery processes cotton into yarn or cloth. Water frames concentrated spinning in mills built around dependable power sources.
Spinning mule: A spinning machine combining features of the spinning jenny and water frame. The mule later spun finer yarn than the water frame while accommodating varied thread counts.
Water wheel: A machine that converts flowing or falling water into rotational power. Water wheels supplied the motion that drove the frame’s rollers and spindles.
Lewis Paul: An English inventor who patented an early roller-spinning machine with John Wyatt. Paul’s earlier roller-spinning patent formed part of the technology behind Arkwright’s design.

Linked from 12 pages