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R Wilsons patent improved variable cut off motion
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R Wilsons patent improved variable cut off motion
R Wilsons patent improved variable cut off motion, full side elevation and horizontal section
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Media ID 5081531
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Bridgewater Foundry Gaskell Mechanisms Nasmyth Patents
EDITORS COMMENTS
R. Wilson's Patent Improved Variable Cut-Off Motion: A Revolution in Foundry Technology This print depicts R. Wilson's patent improved variable cut-off motion in a full side elevation and horizontal section view. The intricate mechanisms of this innovation were instrumental in advancing foundry technology during the 19th century. The variable cut-off motion was a significant improvement upon earlier foundry technologies, enabling greater control and precision in the casting process. This mechanism, designed by R. Wilson, was patented in the mid-1800s and became a staple in foundries around the world. The image reveals the complex interaction of various components, including the Nasmyth crane, Gaskell engine, Bridgewater cylinder, and the patented Wilson cut-off mechanism. The Nasmyth crane, a revolutionary invention in itself, was used to support and position the pattern during the casting process. The Gaskell engine, a type of steam engine, provided the power to operate the crane and the cut-off mechanism. The Wilson cut-off mechanism, the focus of this print, is located at the bottom of the image. It consists of a series of levers, cams, and rollers that work together to control the cutting of the molten metal as it flows into the mold. The variable cut-off motion allowed foundry workers to adjust the cut-off point, ensuring that the casting was the correct size and shape. This patent was a testament to R. Wilson's ingenuity and his commitment to improving foundry processes. The variable cut-off motion paved the way for more efficient and precise casting, leading to higher-quality products and increased productivity in foundries. This print serves as a reminder of the technological advancements that shaped the industrial revolution and the continued importance of innovation in manufacturing processes.
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