The bookwheel (also written book wheel and sometimes called a reading wheel) is a type of rotating bookcase that allows one person to read multiple books in one location with ease. The books are rotated vertically similar to the motion of a water wheel, as opposed to rotating on a flat table surface. The design for the bookwheel originally appeared in a 16th-century illustration by Agostino Ramelli at a time when large books posed practical problems for readers. Ramelli's design influenced other engineers and, though now obsolete, inspires modern artists and historians.
History and design
The bookwheel, in its most commonly seen form, was invented in 1588 by Italian military engineer Agostino Ramelli, presented as one of the 195 designs in Le diverse et artificiose machine del Capitano Agostino Ramelli (The various and ingenious machines of Captain Agostino Ramelli). To ensure the books remained at a consistent angle, Ramelli incorporated an epicyclic gearing arrangement, a complex device that had only previously been used in astronomical clocks. Ramelli's design is unnecessarily elaborate, as he likely understood that gravity would also have been effective (as it is with a Ferris wheel, invented centuries later); but the gearing system allowed Ramelli to display his mathematical prowess. While other people would go on to build bookwheels based on Ramelli's design, Ramelli did not in fact ever construct his own.
To what extent bookwheels were appreciated for their convenience versus their aesthetic qualities remains a matter of speculation according to American engineer Henry Petroski. Ramelli himself described the bookwheel as a "beautiful and ingenious machine, very useful and convenient for anybody who takes pleasure in study, especially for those who are indisposed and tormented by gout." Ramelli's reference to gout, a condition that impairs mobility, demonstrates the appeal of a device that allows access to several books while the reader is seated. However, Petroski notes that Ramelli's illustration lacks space for writing and other scholarly work, and that the "fanciful wheel" may not have been appropriate for any activity beyond reading.
While the design of the bookwheel is commonly credited to Ramelli, some historians dispute that he was the first to invent such a device. Joseph Needham, a historian of Chinese technology, stated that revolving bookcases, though not vertically oriented, originated in China "perhaps a thousand years before Ramelli's design was taken there."
Influence and legacy
The bookwheel was an early attempt to solve the problem of managing increasingly numerous printed works, which were typically large and heavy in Ramelli's time. It has been called one of the earliest "information retrieval" devices and has been considered a precursor to modern technologies, such as hypertext and e-readers, that allow readers to store and cross-reference large amounts of information. Other inventors, such as French inventor Nicolas Grollier de Servière (1596–1689), proposed their own variations on Ramelli's design.
Of the dozens of bookwheels built in the 17th and 18th centuries, 14 are known to survive: in Ghent, Hamburg, Klosterneuburg, Cracow, Lambach, Leiden, Naples (2), Paris, Prague (2), Puebla City, Wernigerode and in Wolfenbüttel.
In contemporary times, the bookwheel is valued for its historical importance, decorative appeal, and symbolic significance. Ramelli's design has been recreated by artists such as Daniel Libeskind, and it inspired the name of the Smithsonian Library's blog "Turning the Book Wheel".
A group of undergraduate engineering students at the Rochester Institute of Technology (RIT) constructed two bookwheels in 2018 based on Ramelli's design, but using modern tools and processes. Built from historically accurate materials such as European beech and white oak wood, each bookwheel weighs 600 pounds and can hold 8 books. The bookwheels are on display at two libraries in Rochester, New York: the Cary Graphic Arts Collection at RIT and Rossell Hope Robbins Library at the University of Rochester.
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- John Willis Clark: The care of books. An essay on the development of libraries and their fittings, from the earliest times to the end of the eighteenth century. Cambridge, Cambridge University Press, 1901. [Repr. Cambridge 2009: ISBN 9781108005081]
- Agostino Ramelli: Le diverse et artificiose machine. Composte in lingua Italiana et Francese. Paris, 1588 (Repr.: Franborough, Hants, 1970) Google Books
- Brashear, Ronald. "Ramelli's Machines: Original drawings of the 16th century machines". Smithsonian Libraries.
- Rybczynski, Witold. One Good Turn: A Natural History of the Screwdriver and the Screw. Scribner, 2000.
- Garber, Megan. "Behold, the Kindle of the 16th Century". The Atlantic. Published 27 February 2013.
- Petroski, Henry. The Book on the Book Shelf. Knopf, 1999.
- Ramelli, Agostino. Le diverse et artificiose machine. 1588. Quoted in Rybczynski, Witold. One Good Turn: A Natural History of the Screwdriver and the Screw. Scribner, 2000.
- Norman, Jeremy. "Renaissance Information Retrieval Device". HistoryofInformation.com.
- John Considine: 'The Ramellian Bookwheel'. In: Erudition and the Republic of Letters, 2016, 1: 4, 408-409
- Allen, Greg. "On The Making Of The Lost Biennale Machines Of Daniel Libeskind". Greg.org.
- Blog post. Smithsonian Library.
- Voon, Claire (1 July 2020). "How Students Built a 16th-Century Engineer's Book-Reading Machine". Atlas Obscura. Retrieved 9 February 2021.
|Wikimedia Commons has media related to Bookwheel.|
- drifts through debris, an art installation inspired by Ramelli's design
- "Ramelli's Bookwheel", history and commentary from New York University's Department of Media, Culture, and Communication
- Ramelli's Rotating Reader, engineering schematics from Rochester Institute of Technology used to create modern reproductions of the bookwheel