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Sammlungen der Redaktion Juwelen Party. Zur Sammlung. Beliebt bei Mädels. One of the famous ones is the water mill of Askzar and the water mill of the Yazd city, still producing flour.

Typically, water is diverted from a river or impoundment or mill pond to a turbine or water wheel, along a channel or pipe variously known as a flume , head race, mill race , leat , leet, [57] lade Scots or penstock.

The force of the water's movement drives the blades of a wheel or turbine, which in turn rotates an axle that drives the mill's other machinery.

Water leaving the wheel or turbine is drained through a tail race, but this channel may also be the head race of yet another wheel, turbine or mill.

The passage of water is controlled by sluice gates that allow maintenance and some measure of flood control; large mill complexes may have dozens of sluices controlling complicated interconnected races that feed multiple buildings and industrial processes.

Watermills can be divided into two kinds, one with a horizontal water wheel on a vertical axle, and the other with a vertical wheel on a horizontal axle.

The oldest of these were horizontal mills in which the force of the water, striking a simple paddle wheel set horizontally in line with the flow turned a runner stone balanced on the rynd which is atop a shaft leading directly up from the wheel.

The bedstone does not turn. The problem with this type of mill arose from the lack of gearing; the speed of the water directly set the maximum speed of the runner stone which, in turn, set the rate of milling.

Most watermills in Britain and the United States of America had a vertical waterwheel, one of four kinds: undershot, breast-shot, overshot and pitchback wheels.

This vertical produced rotary motion around a horizontal axis, which could be used with cams to lift hammers in a forge , fulling stocks in a fulling mill and so on.

Pitchback water wheel, often used to increase the power generated by a breastshot wheel [58]. However, in corn mills rotation about a vertical axis was required to drive its stones.

The horizontal rotation was converted into the vertical rotation by means of gearing, which also enabled the runner stones to turn faster than the waterwheel.

The usual arrangement in British and American corn mills has been for the waterwheel to turn a horizontal shaft on which is also mounted a large pit wheel.

This meshes with the wallower , mounted on a vertical shaft, which turns the larger great spur wheel mounted on the same shaft.

This large face wheel , set with pegs, in turn, turned a smaller wheel such as a lantern gear known as a stone nut, which was attached to the shaft that drove the runner stone.

The number of runner stones that could be turned depended directly upon the supply of water available. As waterwheel technology improved mills became more efficient, and by the 19th century, it was common for the great spur wheel to drive several stone nuts, so that a single water wheel could drive as many as four stones.

Adjusting the sluice gate and thus the flow of the water past the main wheel allowed the miller to compensate for seasonal variations in the water supply.

Finer speed adjustment was made during the milling process by tentering , that is, adjusting the gap between the stones according to the water flow, the type of grain being milled, and the grade of flour required.

In many mills including the earliest the great spur wheel turned only one stone, but there might be several mills under one roof.

The earliest illustration of a single waterwheel driving more than one set of stones was drawn by Henry Beighton in and published in by J.

The overshot wheel was a later innovation in waterwheels and was around two and a half times more efficient than the undershot.

The overshot wheel solves this problem by bringing the water flow to the top of the wheel. The water fills buckets built into the wheel, rather than the simple paddle wheel design of undershot wheels.

As the buckets fill, the weight of the water starts to turn the wheel. The water spills out of the bucket on the down side into a spillway leading back to river.

Since the wheel itself is set above the spillway, the water never impedes the speed of the wheel. The impulse of the water on the wheel is also harnessed in addition to the weight of the water once in the buckets.

Overshot wheels require the construction of a dam on the river above the mill and a more elaborate millpond, sluice gate, mill race and spillway or tailrace.

An inherent problem in the overshot mill is that it reverses the rotation of the wheel. If a miller wishes to convert a breastshot mill to an overshot wheel all the machinery in the mill has to be rebuilt to take account of the change in rotation.

An alternative solution was the pitchback or backshot wheel. A launder was placed at the end of the flume on the headrace, this turned the direction of the water without much loss of energy, and the direction of rotation was maintained.

Daniels Mill near Bewdley , Worcestershire is an example of a flour mill that originally used a breastshot wheel, but was converted to use a pitchback wheel.

Today it operates as a breastshot mill. Larger water wheels usually overshot steel wheels transmit the power from a toothed annular ring that is mounted near the outer edge of the wheel.

This drives the machinery using a spur gear mounted on a shaft rather than taking power from the central axle. However, the basic mode of operation remains the same; gravity drives machinery through the motion of flowing water.

Toward the end of the 19th century, the invention of the Pelton wheel encouraged some mill owners to replace over- and undershot wheels with Pelton wheel turbines driven through penstocks.

A different type of watermill is the tide mill. This mill might be of any kind, undershot, overshot or horizontal but it does not employ a river for its power source.

Instead a mole or causeway is built across the mouth of a small bay. At low tide, gates in the mole are opened allowing the bay to fill with the incoming tide.

At high tide the gates are closed, trapping the water inside. At a certain point a sluice gate in the mole can be opened allowing the draining water to drive a mill wheel or wheels.

This is particularly effective in places where the tidal differential is very great, such as the Bay of Fundy in Canada where the tides can rise fifty feet, or the now derelict village of Tide Mills, East Sussex.

Run of the river schemes do not divert water at all and usually involve undershot wheels the mills are mostly on the banks of sizeable rivers or fast flowing streams.

Other watermills were set beneath large bridges where the flow of water between the stanchions was faster. At one point London bridge had so many water wheels beneath it that bargemen complained that passage through the bridge was impaired.

By the early 20th century, availability of cheap electrical energy made the watermill obsolete in developed countries although some smaller rural mills continued to operate commercially later throughout the century.

Some old mills are being upgraded with modern hydropower technology, such as those worked on by the South Somerset Hydropower Group in the UK.

In some developing countries, watermills are still widely used for processing grain. For example, there are thought to be 25, operating in Nepal, and , in India.

For example, the Centre for Rural Technology in Nepal upgraded 2, mills between and This is also the period when water-mills started to spread outside the former Empire.

According to Cedrenus Historiarum compendium , a certain Metrodoros who went to India in c. AD "constructed water-mills and baths, unknown among them [the Brahmans] till then".

From Wikipedia, the free encyclopedia. Redirected from Water mill. This article is about a type of structure. For other locational uses, see Milldam.

For details of the technologies, see Water wheel. For further details of the technologies, see Mill machinery. For other uses, see Water Mill.

See also: Water wheel. Further information: List of ancient watermills. Further information: List of early medieval watermills.

Traditionally, it has been translated as 'spoke' e.

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Roman style mills are more complicated as they require gears to transmit the power from a shaft with a horizontal axis to one with a vertical axis.

Although to date only a few dozen Roman mills are archaeologically traced, the widespread use of aqueducts in the period suggests that many remain to be discovered.

Recent excavations in Roman London, for example, have uncovered what appears to be a tide mill together with a possible sequence of mills worked by an aqueduct running along the side of the River Fleet.

In AD, ship mills were ingeniously used by the East Roman general Belisarius , when the besieging Goths cut off the water supply for those mills.

Undershot water wheel, applied for watermilling since the 1st century BC [8]. Overshot water wheel, applied for watermilling since the 1st century BC [10].

Breastshot water wheel, applied for watermilling since the 3rd century AD [17]. The surviving evidence for watermills sharply increases with the emergence of documentary genres such as monastic charters , Christian hagiography and Germanic legal codes.

These were more inclined to address watermilling, a mostly rural work process, than the ancient urban-centered literary class had been.

A century later they began to spread across the former Roman Rhine and Danube frontier into the other parts of Germany.

In recent years, a number of new archaeological finds has consecutively pushed back the date of the earliest tide mills, all of which were discovered on the Irish coast: A 6th century vertical-wheeled tide mill was located at Killoteran near Waterford.

Remains of an earlier mill dated at were also found at the site. In a survey the scholar Adam Lucas identified the following first appearances of various industrial mill types in Western Europe.

Noticeable is the preeminent role of France in the introduction of new innovative uses of waterpower. However, he has drawn attention to the dearth of studies of the subject in several other countries.

The waterwheel was found in China from 30 AD onwards, when it was used to power trip hammers , [41] the bellows in smelting iron , [42] [43] and in one case, to mechanically rotate an armillary sphere for astronomical observation see Zhang Heng.

According to Greek historical tradition, India received water-mills from the Roman Empire in the early 4th century AD when a certain Metrodoros introduced "water-mills and baths, unknown among them [the Brahmans] till then".

Engineers under the Caliphates adopted watermill technology from former provinces of the Byzantine Empire , having been applied for centuries in those provinces prior to the Muslim conquests , including modern-day Syria , Jordan , Israel , Algeria , Tunisia , Morocco , and Spain see List of ancient watermills.

The industrial uses of watermills in the Islamic world date back to the 7th century, while horizontal-wheeled and vertical-wheeled watermills were both in widespread use by the 9th century.

By the 11th century, every province throughout the Islamic world had these industrial watermills in operation, from al-Andalus and North Africa to the Middle East and Central Asia.

Industrial watermills were also employed in large factory complexes built in al-Andalus between the 11th and 13th centuries. The engineers of the Islamic world used several solutions to achieve the maximum output from a watermill.

One solution was to mount them to piers of bridges to take advantage of the increased flow. Another solution was the shipmill, a type of watermill powered by water wheels mounted on the sides of ships moored in midstream.

This technique was employed along the Tigris and Euphrates rivers in 10th-century Iraq , where large shipmills made of teak and iron could produce 10 tons of flour from corn every day for the granary in Baghdad.

More than watermills were at work in Iran till One of the famous ones is the water mill of Askzar and the water mill of the Yazd city, still producing flour.

Typically, water is diverted from a river or impoundment or mill pond to a turbine or water wheel, along a channel or pipe variously known as a flume , head race, mill race , leat , leet, [57] lade Scots or penstock.

The force of the water's movement drives the blades of a wheel or turbine, which in turn rotates an axle that drives the mill's other machinery. Water leaving the wheel or turbine is drained through a tail race, but this channel may also be the head race of yet another wheel, turbine or mill.

The passage of water is controlled by sluice gates that allow maintenance and some measure of flood control; large mill complexes may have dozens of sluices controlling complicated interconnected races that feed multiple buildings and industrial processes.

Watermills can be divided into two kinds, one with a horizontal water wheel on a vertical axle, and the other with a vertical wheel on a horizontal axle.

The oldest of these were horizontal mills in which the force of the water, striking a simple paddle wheel set horizontally in line with the flow turned a runner stone balanced on the rynd which is atop a shaft leading directly up from the wheel.

The bedstone does not turn. The problem with this type of mill arose from the lack of gearing; the speed of the water directly set the maximum speed of the runner stone which, in turn, set the rate of milling.

Most watermills in Britain and the United States of America had a vertical waterwheel, one of four kinds: undershot, breast-shot, overshot and pitchback wheels.

This vertical produced rotary motion around a horizontal axis, which could be used with cams to lift hammers in a forge , fulling stocks in a fulling mill and so on.

Pitchback water wheel, often used to increase the power generated by a breastshot wheel [58]. However, in corn mills rotation about a vertical axis was required to drive its stones.

The horizontal rotation was converted into the vertical rotation by means of gearing, which also enabled the runner stones to turn faster than the waterwheel.

The usual arrangement in British and American corn mills has been for the waterwheel to turn a horizontal shaft on which is also mounted a large pit wheel.

This meshes with the wallower , mounted on a vertical shaft, which turns the larger great spur wheel mounted on the same shaft.

This large face wheel , set with pegs, in turn, turned a smaller wheel such as a lantern gear known as a stone nut, which was attached to the shaft that drove the runner stone.

The number of runner stones that could be turned depended directly upon the supply of water available. As waterwheel technology improved mills became more efficient, and by the 19th century, it was common for the great spur wheel to drive several stone nuts, so that a single water wheel could drive as many as four stones.

Adjusting the sluice gate and thus the flow of the water past the main wheel allowed the miller to compensate for seasonal variations in the water supply.

Finer speed adjustment was made during the milling process by tentering , that is, adjusting the gap between the stones according to the water flow, the type of grain being milled, and the grade of flour required.

In many mills including the earliest the great spur wheel turned only one stone, but there might be several mills under one roof. The earliest illustration of a single waterwheel driving more than one set of stones was drawn by Henry Beighton in and published in by J.

The overshot wheel was a later innovation in waterwheels and was around two and a half times more efficient than the undershot. The overshot wheel solves this problem by bringing the water flow to the top of the wheel.

The water fills buckets built into the wheel, rather than the simple paddle wheel design of undershot wheels. As the buckets fill, the weight of the water starts to turn the wheel.

The water spills out of the bucket on the down side into a spillway leading back to river. Since the wheel itself is set above the spillway, the water never impedes the speed of the wheel.

The impulse of the water on the wheel is also harnessed in addition to the weight of the water once in the buckets.

Overshot wheels require the construction of a dam on the river above the mill and a more elaborate millpond, sluice gate, mill race and spillway or tailrace.

An inherent problem in the overshot mill is that it reverses the rotation of the wheel. If a miller wishes to convert a breastshot mill to an overshot wheel all the machinery in the mill has to be rebuilt to take account of the change in rotation.

An alternative solution was the pitchback or backshot wheel. A launder was placed at the end of the flume on the headrace, this turned the direction of the water without much loss of energy, and the direction of rotation was maintained.

Daniels Mill near Bewdley , Worcestershire is an example of a flour mill that originally used a breastshot wheel, but was converted to use a pitchback wheel.

Today it operates as a breastshot mill. Larger water wheels usually overshot steel wheels transmit the power from a toothed annular ring that is mounted near the outer edge of the wheel.

This drives the machinery using a spur gear mounted on a shaft rather than taking power from the central axle. However, the basic mode of operation remains the same; gravity drives machinery through the motion of flowing water.

Toward the end of the 19th century, the invention of the Pelton wheel encouraged some mill owners to replace over- and undershot wheels with Pelton wheel turbines driven through penstocks.

A different type of watermill is the tide mill. This mill might be of any kind, undershot, overshot or horizontal but it does not employ a river for its power source.

Instead a mole or causeway is built across the mouth of a small bay.

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Wer wird Millionär It is a structure that uses a water wheel or water turbine to drive a mechanical process such as milling grindingrollingor hammering. Most watermills Wer Wird Mill Britain and the United States of America had a vertical waterwheel, one of four kinds: undershot, breast-shot, overshot and pitchback wheels. The overshot wheel solves this problem by bringing the water flow to the top of the wheel. Wikimedia Commons. For example, there are thought to be 25, operating Sun & Moon Nepal, andin India. Daniels Mill near BewdleyWorcestershire is an example of a flour mill that originally used a breastshot wheel, but was converted to use a pitchback Beste Spielothek in Gruenval finden. At one point London bridge had so many water wheels beneath it that bargemen complained that passage through the bridge was impaired. The number of runner stones that could be turned depended directly upon the supply of water available. However, the basic mode of operation remains the same; gravity drives machinery through the motion of flowing water. Today it operates as a Gesetzliche Feiertage 2020 Baden WГјrttemberg mill. Wer Wird Mill