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The development of the spinning wheel in ancient China
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As textile demand increased in ancient China, the spinning wheel became more widely used in the Neolithic era and
was responsible for the main spinning tasks over the last few thousand years. This work explores the changes over time
in the shape, diameter, and thickness of the spinning wheel in the Cross-lake Bridge, Hemudu, Yangshao, Qujialing, and
Shijiahe cultures. The disc-like shape, mound-like shape, bead shape, and truncated cone shape are deemed to have
been the best spinning wheel forms in the later stages – especially the disc-like spinning wheel. The spinning wheel with
a diameter of 2–9 cm and a thickness of 0.1 to 9.0 cm was used throughout prehistoric times. In the late Neolithic period,
a disc-like spinning wheel with a diameter of 3–4 cm and a thickness of less than a cm was the most frequently used
design. This study shows that the change in the shape, diameter, and thickness of the spinning wheel is the inevitable
result of the change in the tool’s design points, thereby revealing improvements in spinning efficiency
The National Research and Development Institute for Textiles and Leather
Title: The development of the spinning wheel in ancient China
Description:
As textile demand increased in ancient China, the spinning wheel became more widely used in the Neolithic era and
was responsible for the main spinning tasks over the last few thousand years.
This work explores the changes over time
in the shape, diameter, and thickness of the spinning wheel in the Cross-lake Bridge, Hemudu, Yangshao, Qujialing, and
Shijiahe cultures.
The disc-like shape, mound-like shape, bead shape, and truncated cone shape are deemed to have
been the best spinning wheel forms in the later stages – especially the disc-like spinning wheel.
The spinning wheel with
a diameter of 2–9 cm and a thickness of 0.
1 to 9.
0 cm was used throughout prehistoric times.
In the late Neolithic period,
a disc-like spinning wheel with a diameter of 3–4 cm and a thickness of less than a cm was the most frequently used
design.
This study shows that the change in the shape, diameter, and thickness of the spinning wheel is the inevitable
result of the change in the tool’s design points, thereby revealing improvements in spinning efficiency.
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