Mechanical Devices and Principles C017 / 3459
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Mechanical Devices and Principles C017 / 3459
Plate from 18th century encyclopedia showing illustrations of various mechanical principles and devices, and diagrams of mechanical forces. The main illustration shows the cogwheels of a water powered mill. In the Barkers mill water is delivered to a top of a vertical cylinder at the bottom of which there is a rotor with specially bent pipes with nozzles. Due to the hydrostatic pressure the water is ejected from the nozzles causing the rotation of the rotor. The useful torque is transferred to a powered device through a belt and pulley system. At the bottom are motion diagrams
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9339543
© DAVID PARKER/SCIENCE PHOTO LIBRARY
Cogs Diagrams Encyclopedia Force Gear Gear Wheels Gears Mill Motion Torque Water Powered Hydrostatic
EDITORS COMMENTS
This print from the 18th-century encyclopedia showcases an array of mechanical devices and principles, offering a glimpse into the ingenuity of our ancestors. At its center, we are drawn to the mesmerizing cogwheels of a water-powered mill, an engineering marvel of its time. In this particular illustration, known as Mechanical Devices and Principles C017 / 3459, we witness the inner workings of Barker's mill. Water is ingeniously delivered to the top of a vertical cylinder where a rotor with specially bent pipes and nozzles awaits. As hydrostatic pressure builds up within the system, water forcefully ejects from these nozzles, setting in motion the rotation of the rotor. The resulting torque generated by this ingenious mechanism is then efficiently transferred through a belt and pulley system to power various devices. The intricate interplay between gears and forces becomes evident as one delves deeper into this illustration. Accompanying diagrams further enhance our understanding by illustrating motion sequences that bring life to these mechanical wonders. Each component plays a vital role in harnessing water pressure effectively while ensuring smooth operation. As we admire this remarkable piece captured by David Parker for Science Photo Library, it serves as both a testament to human innovation throughout history and an inspiration for future advancements in mechanics and engineering.
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