Difference between revisions of "Fulling Mill"

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[[File:Fulling Mill.jpg|right|525px|thumb]]
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[[File:Fulling Mill.jpg|right|560px|thumb]]
'''Fulling mills''' are large buildings resembling [[Gristmill|gristmills]], constructed for the purpose of completing the process of cleansing carded or combed wool, by matting the fibres together to give them strength. Most fulling continues to be done by hand instead of by mills, as machinery for the purpose is primitive; however, fulling mills do exist in [[Type-6 Hex|type-6]] or more developed hexes.
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'''Fulling mills''' are large buildings resembling [[Gristmill|gristmills]], designed for the crucial task of completing the cleansing process for carded or combed wool. This involves matting the fibers together to enhance their strength. While much of the fulling process is still carried out manually due to the primitive nature of machinery, fulling mills are present in more advanced hexes, particularly those of [[Type-6 Hex|type-6]] or higher.
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The fulling capacity of a mill typically ranges from 25 to 100 lbs. of spun fiber per day, contingent on the efficiency of the mill. Once the thread is manufactured, it's sacked and prepared for transport to be utilized by weaving guilds.
  
The fulling capacity for a fulling mill is between 25 and 100 lbs. of spun fibre per day, depending on the efficiency of the mill.  Once the thread is produced, it's sacked and made ready for transport for use by weaving guilds.
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== Inhabitants ==
 
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Typically overseen by an extended family, the management structure of these mills varies. Rolling 2d6, a result less than 7 would indicate one couple and children managing the mill, while a roll of 8-12 suggests the involvement of two or more related couples and siblings.
These mills are typically, but not always, managed by an extended family. Rolling 2d6, a roll of less than 7 would suggest one couple and children, whereas 8-12 persons would suggest two or more related couples and siblings.
 
  
 
== Construction ==
 
== Construction ==
Water power is used to turn a wheel, attached to an axle, which incorporates a cam that allows a massive hammer to pound continuously, producing agitation in wool fibres sitting in water-filled trays under the hammer's blows. The process is also used to clean and whiten woollen cloth.
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Water power is harnessed to set a wheel in motion, connected to an axle housing a cam. This cam facilitates the relentless pounding of a massive hammer, creating agitation among wool fibers immersed in water-filled trays beneath the hammer's force. This process serves not only to cleanse and whiten woolen cloth, but also finds application in the treatment of pulled cotton or retted flax, preparing these fibers for the subsequent weaving of cotton cloth or linen.  While similar milling arrangements are crafted for managing other fibers like jute or hemp, fulling mills for these materials are infrequently encountered.
 
 
Another arrangement is employed for the rolling and [https://en.wikipedia.org/wiki/Scutching scutching] of pulled cotton or retted flax.  This brings these fibres into a state for weaving cotton cloth or linen.  Similar milling arrangements are designed for managing other fibres such as jute or hemp, but fulling mills for these fibres are rare.
 
  
Minimally sized gristmills possess square or rounded spaces, 760 sq. ft. in area, with a height of 22 ft. The wheel must be at least 15 ft. in diameter.  They require authority status knowledge to [[Construction (sage study)|construct]].  Larger fulling mills are impractical; the efficiency depends on the reliability of the stream and the skill of the operator in overseeing the process at work.
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Compact gristmills, with dimensions of around 760 sq. ft. and a height of 22 ft., feature square or rounded spaces. Essential to their operation is a wheel with a minimum diameter of 15 ft. The [[Construction (sage study)|construction]] of such mills necessitates knowledge of [[Knowledge Points|authority]]-statusOn the other hand, larger fulling mills can prove impractical in many parts due to their reliance on a stream's consistency and the need for a skillful operator to supervise the intricate process.
  
 
== Location ==
 
== Location ==
Because a fulling mill demands less force than a gristmill, it can be run upon a [[River|river]] that is only 1 pt. wide; fulling mill can also be driven by [[Windmill|wind power]].
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A fulling mill requires less force compared to a gristmill, making it adaptable to [[River|rivers]] as narrow as "1 point" wide. Additionally, the versatility of fulling mills extends to being powered by [[Windmill|wind]].  These mills are typically only found in provinces with a significant presence of fiber-growing, cloth-making, or clothing-related activities. The demand for such facilities arises from the need to process and refine fibers for textile production.
  
Fulling mills only exist in provinces that possess at least one cloth-making or clothing-making [[Trade References|reference]].  Otherwise, there isn't sufficient need for their construction.
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In parts lacking these [[Trade Reference|references]], the construction of fulling mills is uncommon.
  
  
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[[The Adventure]]
 
[[The Adventure]]
  
[[Category: Facilities]]
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[[Category: Facilities]][[Category: Reviewed]]

Latest revision as of 23:11, 11 November 2023

Fulling Mill.jpg

Fulling mills are large buildings resembling gristmills, designed for the crucial task of completing the cleansing process for carded or combed wool. This involves matting the fibers together to enhance their strength. While much of the fulling process is still carried out manually due to the primitive nature of machinery, fulling mills are present in more advanced hexes, particularly those of type-6 or higher.

The fulling capacity of a mill typically ranges from 25 to 100 lbs. of spun fiber per day, contingent on the efficiency of the mill. Once the thread is manufactured, it's sacked and prepared for transport to be utilized by weaving guilds.

Inhabitants

Typically overseen by an extended family, the management structure of these mills varies. Rolling 2d6, a result less than 7 would indicate one couple and children managing the mill, while a roll of 8-12 suggests the involvement of two or more related couples and siblings.

Construction

Water power is harnessed to set a wheel in motion, connected to an axle housing a cam. This cam facilitates the relentless pounding of a massive hammer, creating agitation among wool fibers immersed in water-filled trays beneath the hammer's force. This process serves not only to cleanse and whiten woolen cloth, but also finds application in the treatment of pulled cotton or retted flax, preparing these fibers for the subsequent weaving of cotton cloth or linen. While similar milling arrangements are crafted for managing other fibers like jute or hemp, fulling mills for these materials are infrequently encountered.

Compact gristmills, with dimensions of around 760 sq. ft. and a height of 22 ft., feature square or rounded spaces. Essential to their operation is a wheel with a minimum diameter of 15 ft. The construction of such mills necessitates knowledge of authority-status. On the other hand, larger fulling mills can prove impractical in many parts due to their reliance on a stream's consistency and the need for a skillful operator to supervise the intricate process.

Location

A fulling mill requires less force compared to a gristmill, making it adaptable to rivers as narrow as "1 point" wide. Additionally, the versatility of fulling mills extends to being powered by wind. These mills are typically only found in provinces with a significant presence of fiber-growing, cloth-making, or clothing-related activities. The demand for such facilities arises from the need to process and refine fibers for textile production.

In parts lacking these references, the construction of fulling mills is uncommon.


See also,
Hammer (symbol)
The Adventure