A spinning wheel is a device for spinning thread or yarn from natural or synthetic fibres. Spinning wheels appeared in Asia, probably in the 11th century, and very gradually replaced hand spinning with spindle and distaff. Spinning machinery, such as the spinning jenny and spinning frame, displaced the spinning wheel during the Industrial Revolution.
China (c. 1270) and Europe (c. 1280), and there is evidence that spinning wheels had already come into use in both China and the Islamic world during the eleventh century. According to Irfan Habib, the spinning wheel was introduced into India from Iran in the thirteenth century. In France the spindle and distaff were not displaced until the mid 18th century.
According to Mark Elvin, 14th-century Chinese technical manuals describe an automatic water-powered spinning wheel. Comparable devices were not developed in Europe until the 18th century. However, it fell into disuse when fiber production shifted from hemp to cotton. It was forgotten by the 17th century. The decline of the automatic spinning wheel in China is an important part of Elvin's high level equilibrium trap theory to explain why there was no indigenous industrial revolution in China despite its high levels of wealth and scientific knowledge.
The spinning wheel replaced the earlier method of hand spinning with a spindle. The first stage in mechanizing the process was mounting the spindle horizontally so it could be rotated by a cord encircling a large, hand-driven wheel. The great wheel is an example of this type, where the fibre is held in the left hand and the wheel slowly turned with the right. Holding the fibre at a slight angle to the spindle produced the necessary twist. The spun yarn was then wound onto the spindle by moving it so as to form a right angle with the spindle. This type of wheel, while known in Europe by the 14th century, was not in general use until later. It ultimately was used there to spin a variety of yarns until the beginning of the 19th century and the mechanization of spinning.
In general, the spinning technology was known for a long time before being adopted by the majority of people, thus making it hard to fix dates of the improvements. In 1533, a citizen of Brunswick is said to have added a treadle, by which the spinner could rotate her spindle with one foot and have both hands free to spin. Leonardo da Vinci drew a picture of the flyer, which twists the yarn before winding it onto the spindle. During the 16th century a treadle wheel with flyer was in common use, and gained such names as the Saxony wheel and the flax wheel. It sped up production, as one needn't stop spinning to wind up the yarn.
On the eve of the Industrial revolution it took at least five spinners to supply one weaver. Lewis Paul and John Wyatt first worked on the problem in 1738, patenting the Roller Spinning machine and the flyer-and-bobbin system, for drawing wool to a more even thickness. Using two sets of rollers that travelled at different speeds, yarn could be twisted and spun quickly and efficiently. However, they did not have much financial success. In 1771, Richard Arkwright used waterwheels to power looms for the production of cotton cloth, his invention becoming known as the water frame.
More modern spinning machines use a mechanical means to rotate the spindle, as well as an automatic method to draw out fibres, and devices to work many spindles together at speeds previously unattainable. Newer technologies that offer even faster yarn production include friction spinning, an open-end system, and air jets.
Principle of operation 
Types of spinning wheels 
Numerous types of spinning wheels exist, including the great wheel also known as walking wheel or wool wheel for rapid long draw spinning of woolen-spun yarns; the flax wheel, which is a double-drive wheel used with a distaff for spinning linen; saxony and upright wheels, all-purpose treadle driven wheels used to spin both woolen and worsted-spun yarns; and the charkha, native to Asia. Until the acceptance of rotor spinning wheel, all yarns were produced by aligning fibres through drawing techniques and then twisting the fiber together. With rotor spinning, the fibers in the roving are separated, thus open end, and then wrapped and twisted as the yarn is drawn out of the rotor cup.
Hand-powered wheels 
Hand powered spinning wheels are powered by the spinner turning a crank for flywheel with their hand, as opposed to pressing pedals or using a mechanical engine.
The tabletop or floor charkha is one of the oldest known forms of the spinning wheel. The charkha works similarly to the great wheel, with a drive wheel being turned by hand, while the yarn is spun off the tip of the spindle. The floor charkha and the great wheel closely resemble each other. With both, the spinning must stop in order to wind the yarn onto the spindle.
The charkha (etymologically related to Chakra) was both a tool and a symbol of the Indian independence movement. The charkha, a small, portable, hand-cranked wheel, is ideal for spinning cotton and other fine, short-staple fibres, though it can be used to spin other fibers as well. The size varies, from that of a hardbound novel to the size of a briefcase, to a floor charkha. Mahatma Gandhi brought the charkha into larger use with his teachings. He hoped the charkha would assist the people of India achieve self-sufficiency and independence, and so used the charkha as a symbol of the Indian independence movement and included it on earlier versions of the Flag of India.
Great wheel 
The great wheel was one of the earlier types of spinning wheel. The fiber is held in the left hand and the wheel slowly turned with the right. This wheel is thus good for using the long-draw spinning technique, which requires only one active hand most of the time, thus freeing a hand to turn the wheel. The great wheel is usually used to spin short-staple fibers (this includes both cotton and wool), and can only be used with fibre preparations that are suited to long-draw spinning.
The great wheel is usually over 5 feet or 1.5 m in height. The large drive wheel turns the much smaller spindle assembly, with the spindle revolving many times for each turn of the drive wheel. The yarn is spun at an angle off the tip of the spindle, and is then stored on the spindle. To begin spinning on a great wheel, first a leader (a length of waste yarn) is tied onto the base of the spindle and spiraled up to the tip. Then the spinner overlaps a handful of fiber with the leader, holding both gently together with the left hand, and begins to slowly turn the drive wheel clockwise with the right hand, while simultaneously walking backward and drawing the fibre in the left hand away from the spindle at an angle. The left hand must control the tension on the wool to produce an even result. Once a sufficient amount of yarn has been made, the spinner turns the wheel backward a short distance to unwind the spiral on the spindle, then turns it clockwise again, and winds the newly made yarn onto the spindle, finishing the wind-on by spiralling back out to the tip again to make another draw.
Treadle wheel 
This type of wheel is powered by the spinner's foot rather than their hand or a motor. The spinner sits and pumps a foot treadle that turns the drive wheel via a crankshaft and a connecting rod. This leaves both hands free for drafting the fibres, which is necessary in the short draw spinning technique, which is often used on this type of wheel. The old-fashioned pointed distaff spindle is not a common feature of the treadle wheel. Instead, most modern wheels employ a flyer-and-bobbin system which twists the yarn and winds it onto a spool simultaneously. These wheels can be single- or double-treadle; which is a matter of preference and does not affect the operation of the wheel.
Double drive 
The double drive wheel is named after its drive band, which goes around the spinning wheel twice. The drive band turns the flyer, which is the horse-shoe shaped piece of wood surrounding the bobbin, as well as the bobbin. Due to a difference in the size of the whorls (the round pieces or pulleys around which the drive band runs) the bobbin whorl, which has a smaller radius than the flyer whorl, turns slightly faster. Thus both the flyer and bobbin rotate to twist the yarn, and the difference in speed continually winds the yarn onto the bobbin. Generally the speed difference or "ratio" is adjusted by the size of the whorls and the tension of the drive band.
The drive band on the double drive wheel is generally made from a non-stretch yarn or twine; candlewick is also used.
Single drive 
A single drive wheel has one drive band, that goes around the flywheel and the bobbin or the flyer. Most of the drive bands for single drive wheels are made from synthetic cord, which is elastic and does not slip easily on the wheel.
While the spinner is making new yarn, the bobbin and the flyer turn in unison, but when the spinner wants to wind the yarn onto the bobbin, the bobbin or the flyer slows down and thus the yarn winds on. The one part slows down because of the brake band, which loops over that element. The tighter the brake band is, the more pull on the yarn, because the more friction the bobbin has to overcome in order to turn in sync with the flyer.
Castle style 
When the spindle and flyer are located above the wheel, rather than off to one side, the wheel is said to be a castle wheel. This type of wheel is often more compact, thus easier to store. Some castle wheels are even made to fold up small enough that they fit in carry-on luggage at the airport.
Electric spinning wheel 
Electric spinning wheels or e-spinners are powered by an electric motor and battery rather than via a treadle. Most electric wheels are small and portable. They are also suitable for spinners who have trouble treadling for various reasons.
Importance: direct and secondary 
The spinning wheel increased the productivity of thread making by a factor of greater than 10. Medieval historian Lynn White credited the spinning wheel with increasing the supply of rags, which led to cheap paper, which was a factor in the development of printing.
The ubiquity of the spinning wheel has led to its inclusion in the art, literature and other expressions of numerous cultures around the world.
Literature and folk tales 
Rumpelstiltskin, one of the tales collected by the Brothers Grimm, revolves around a woman who is imprisoned under threat of execution unless she can spin straw into gold. Rumpelstiltskin helps her with this task, ultimately at the cost of her first-born child; however, she makes a new bargain with him and is able to keep her child after successfully guessing his name.
Another classic folk tale that incorporates spinning wheels is Charles Perrault's The Sleeping Beauty, in which the main character pricks her hand on the spindle of a spinning wheel and goes into a deep sleep following a fairy's curse. Numerous variations of the tale exist (the Brothers Grimm had one in their collection entitled Little Briar Rose), and in only some of them is the spindle actually attached to/associated with a spinning wheel. Walt Disney included the wheel in their animated film version of Perrault's The Sleeping Beauty, whereas only a spindle is used in Tchaikovsky's famous ballet, also titled The Sleeping Beauty.
Louisa May Alcott, most famous as the author of Little Women, wrote a collection of short stories called Spinning-Wheel Stories, which were not about spinning wheels but instead meant to be read while engaging in the rather tedious act of using a spinning wheel.
Classical and symphonic 
Folk and ballad 
Spinning wheels may be found as motifs in art around the world, ranging from their status as domestic/utilitarian items to their more symbolic role (such as in India, where they may have political implications).
See also 
- Deng, Yingke and Pingxing Wang. (2005). Ancient Chinese Inventions. 五洲传播出版社. ISBN 7-5085-0837-8. Page 48.
- Image of a spinning wheel in: Al-Hariri, Al-Maqamat (les Séances). Painted by Yahya ibn Mahmud al-Wasiti, Baghdad, 1237 See: Spinning, History & Gallery  (retrieved March 4 2013)
- Pacey, Arnold (1991) . Technology in World Civilization: A Thousand-Year History (First MIT Press paperback edition ed.). Cambridge MA: The MIT Press.
- Landes, David. S. (1969). The Unbound Prometheus: Technological Change and Industrial Development in Western Europe from 1750 to the Present. Cambridge, New York: Press Syndicate of the University of Cambridge. p. 138. ISBN 0-521-09418-6
- Spinning wheel. (2007). In Encyclopædia Britannica. Retrieved April 7, 2007, from Encyclopædia Britannica Online.
- Encyclopædia Britannica Eleventh Edition article on spinning.
- Cotton: Origin, History, Technology, and Production By C. Wayne Smith, Joe Tom Cothren. Page viii. Published 1999. John Wiley and Sons. Technology & Industrial Arts. 864 pages. ISBN 0-471-18045-9
- Marchetti, Cesare (1978). A Postmortem Technology Assessment of the Spinning Wheel: The Last 1000 Years, Technological Forecasting and Social Change, 13; pp. 91-93
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- Kytice z pověstí národních/Zlatý kolovrat (Czech)
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- "Surlaunefairytales.com". Surlalunefairytales.com. Retrieved 2012-04-05.
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- List of compositions by Antonín Dvořák
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