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Power Looms in a Mill

In the 1800s, steam engines turned shafts and belts that drove rows of looms inside large mills. Cloth that took a hand weaver days could be made in hours by machine.

In the picture

  1. Leather belt — it carries turning power from the overhead shaft down to the loom.
  2. Iron frame — the machine that throws the shuttle and beats the thread into cloth.
  3. Wooden spool — it holds the thread that feeds into the loom.
  4. Tall window — it lights the long workroom where the looms stand in rows.

Examples

  • A bicycle chain passing power from the pedals to the back wheel.
  • A factory conveyor belt moving parts along a line.

Quiz: Power Looms in a Mill (Age 13)

  1. In the 19th-century textile mills, what did steam engines power?

    • Only spinning machines; looms stayed hand-powered.
    • Only lights and heating; each weaver turned a loom.
    • Rows of looms through shafts and belts.
  2. What was a major change when mechanized looms were used in large mills?

    • Cloth making moved back into small home workshops.
    • Cloth that took a hand weaver days could be made in hours.
    • Each piece of cloth needed more hand weavers than before.
  3. How did power reach each loom inside a 19th-century mill?

    • Through small steam engines attached to every loom.
    • Through pedals and hand wheels worked by the weaver.
    • Through shafts and belts driven by the steam engine.

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History, Age 13