Desk

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A desk is a furniture form and a class of table. It is often used in a work or office setting to read or write on, using simple implements like a pencil and paper or complex ones like a computer. Desks often have one or more drawers.

The list of desk forms and types gives the most common desk variations.

Unlike a regular table, only one side of a desk is suitable to sit on, except for some unusual desks like a partners desk. Not all desks have the form of a table. For instance, an Armoire desk is a desk built within a large wardrobe-like cabinet usually having the height of a man or a woman. To many the ideal or generic concept of a desk is the pedestal desk, which is often called an executive desk. At one extreme in size one finds the Armoire desk, encased in a very large cabinet looking like a traditional wardrobe from the exterior, when the doors are closed. At the other end one finds the portable desk, which, in its smallest forms, is light enough to be placed on a lap or on small supports on a bed.

Contents 1 Early desks 2 Classical desk forms 3 Industrial-era desks 4 Desks groaning under masses of paper 5 Student Desks 6 Impact of computers on desk forms 7 Future desk evolution 8 See also 9 External links 10 References 10.1 Real desks 10.2 Virtual desktops, GUIs, and the virtual office

[edit] Early desks

Desk forms might have existed in classical antiquity or in other ancient centers of civilization in the Middle East or Far East, but we have no specific proof. Medieval illustrations show the first pieces of furniture which seem to have been designed and constructed for the specific goals of reading and writing.

Before the invention of the movable type printing press in the 15th century, any reader was potentially a writer or publisher or both, since any book or other document had to be copied by hand. The desks were designed, consequentially, with slots and hooks for bookmarks as well as writing implements. The absence of regular movable type printing also influenced desk size and shape because of the bigger volumes required for manuscript documents. Desks of the period usually had massive structures.

Desks of the Renaissance and later eras had relatively slimmer structures, and more and more drawers as woodworking became more precise and cabinet-making became a distinct trade. It is often possible to find out if a table or other piece of furniture of those times was designed to be used as a desk by looking for a drawer with three small separations (one each for the ink pot, the blotter and the powder tray) and room for the pens.

[edit] Classical desk forms

The desk forms we are familiar with in this beginning of the millennium were born mostly in the 17th and 18th centuries. The ergonomic desk of the last decades is the newest addition to a long list of desk forms, but in a way it is only a refinement of the mechanically complex drawing table or drafting table of the end of the 18th century.

[edit] Industrial-era desks

Refinements to those first desk forms were considerable through the 19th century, as steam-driven machinery made cheap wood-based paper possible in the last periods of the first phase of the industrial revolution. This produced a boom in the number of, or some might say the birth of, the white-collar worker. As these office workers grew in number, desks were mass-produced for them in large quantities, using newer, steam-driven woodworking machinery. This was the first sharp division in desk manufacturing. From then on, limited quantities of finely crafted desks have been constructed by master cabinetmakers for the homes and offices of the rich while the vast majority of desks were assembled rapidly by unskilled labor, from components turned out in batches by machine tools. Thus, age alone does not guarantee that an antique desk is a masterpiece, since this shift took place more than a hundred years ago.

More paper and more correspondence drove the need for more complex desks and more specialized desks, such as the rolltop desk which was a mass produced, slatted variant of the classical cylinder desk. It provided a relatively fast and cheap way to lock up the ever increasing flow of paper without having to file everything by the end of the day. Paper documents started leaving the desk as a "home," with the general introduction of filing cabinets. Correspondence and other documents were now too numerous to get enough attention to be rolled up or folded again, then summarized and tagged before being pigeonholed in a small compartment over or under the work surface of the desk. The famous Wooton desk and others were the last, monstrous manifestations of the dying "pigeonhole" era. The new desks can be transformed into many different shapes and angles, ideal for artists.

[edit] Desks groaning under masses of paper

A smaller boom in office work and desk production occurred at the end of the 19th century and the beginning of the 20th with the introduction of smaller and cheaper electrical presses and efficient carbon papers coupled with the general acceptance of the typewriter. Steel desks were introduced to take heavier loads of paper and withstand the pounding meted out on the typewriters. The L-shaped desk became popular, with the "leg" being used as an annex for the typewriter.

Another big boom occurred after the Second World War with the spread of photocopying. Paperwork drove even higher the number of desk workers, whose work surface diminished in size as office rents rose, and the paper itself was moved more and more directly to filing cabinets or sent to records management centers, or transformed into microfilm, or both. Modular desks seating several co-workers close by became common. Even executive or management desks became mass-produced, built of cheap plywood or fiberboard covered with wood veneer, as the number of persons managing the white collar workers became even greater.

[edit] Student Desks

A student desk can be any desk form meant for use by a student. Usually the term designates a small pedestal desk or writing table constructed for use by a teenager or a pre-teen in his or her room at home. More often than not it is a pedestal desk, with only one of the two pedestals and about two thirds of the desk surface. Such desks are sometimes called left pedestal desks or right pedestal desks depending on the position of the single pedestal. The height of the desk is usually a bit lower than is the case for normal adult desks. In some cases, the desk is connected from the seat to the table. The table is also used for sitting before classes.

The desks are usually mass produced in steel or wood and sold on the consumer market. In addition there is a wide variety of plans available for woodworking enthusiasts.

There are many novel forms of student desks made to maximize the relatively restricted area available in a child's room. One of the most common is the bunk bed desk.

[edit] Impact of computers on desk forms

Until the late 1980's desks remained a place for paperwork and business negotiation. Mainframe computers were relegated to a special "computer room" and human workers were guests in this space. Furniture largely separated these two entities except in data entry departments. Many manager-level workers if they did have a computer had a small computer desk unit in the corner of their office.

At the end of this decade though the personal computer was taking hold in large and medium sized businesses. New office suites included a "knee hole" credenza which was a place for a terminal or personal computer and keyboard tray. Soon new office design also included "U-shape" suites which added a bridge worksurface between the back credenza and front desk. This bridge was used to hold the increasing focus of computer time. During the North American recession of the early 1990's, many manager and executive workers found themselves doing more with less including word processing and other functions previously completed by typing pools and secretaries. This necessitated the more central placement of the computer on these "U-shape" suite desk systems.

Now with computers abounding, "computer paper" became an office staple. The beginning of this paper boom gave birth to the dream of the "paperless office", in which all information would appear on computer monitors. There would be no need for paper since all documents would be perfectly organized and accessible on the computers. The exact opposite happened. The ease of printing personal documents and the lack of comfort with computer monitors found workers in piles of paper. The need for paperwork space vied with the rising desk "real estate" taken up by computer monitors, CPUs, printers and scanners.

Through the "tech boom" of the 1990s, office worker numbers skyrocketed along with the cost of office space rent. The cubicle desk became widely accepted in North America as an economical way of putting more desk workers in the same space without actually shrinking the size of their working surfaces. The cubicle walls have become new homes for papers and other items once left on the horizontal desktop surface. Even computer monitor frames themselves are used to attach reminder notes and business cards.

Early in the 2000s, private office workers find their side and back computer-placing furniture does not "fit" their work day and fails to promote the increasing attention on the value of relationships. This attention due to the fact that so many spend their day staring at a computer monitor rather than interacting physically in front of other people. Manufacturers are slowly noticing this problem and creating what one office furniture company calls "Forward Facing" desks where computer monitors are placed on the front of the "U-shape" workstation. This turns private office workers spending many hours on computers, towards guests. This forward computer monitor placement promotes a clearer sight-line to greet colleagues, increase computer screen privacy and allow for common viewing of information displayed on a screen.

[edit] Future desk evolution

The desk's working surface served as the inspiration for our present direct manipulation interface, which we usually know as the GUI, the graphical user interface or as the virtual desktop. An example of this is the recycle bin appearing on the Microsoft Windows desktop.

In a sense, the typical desk is becoming gradually virtual through a combination of the GUI and printouts, and is now expanding in size instead of shrinking, because of the exploitation of cubicle walls and of the theoretically infinite size of the GUI desktop. The term "paperless office" seems to have been finally discredited and integrations of future desk forms with future computer systems are usually discussed under the more neutral term of office of the future.

[edit] See also

• Category:Desks
• List of desk forms and types

[edit] External links

• Gallery of Desks for home and office

[edit] References

Articles and books on real and virtual desks and things in between:

[edit] Real desks

• Aronson, Joseph. The Encyclopedia of Furniture. 3rd edition. New York: Crown Publishers Inc., 1965.
• Bedel, Jean. Le grand guide des styles. Paris: Hachette, 1996.
• Boyce, Charles. Dictionary of Furniture. New York: Roundtable Press, 1985.
• Comstock, Helen. American Furniture: 17th, 18th and 19th century styles. Lancaster, Pennsylvania: Schiffer Publishing, Ltd. 1997
• Duncan, Alastair. Mobilier art déco. Paris: Thames and Hudson, 2000
• Forrest, Tim. The Bulfinch Anatomy of Antique Furniture. London: Marshall editions, 1996.
• Hinckley, F. Lewis. A Directory of Antique Furniture: The Authentic Classification of European and American Designs. New York: Bonanza Books, 1988.
• Moser, Thomas. Measured Shop Drawings for American Furniture. New York: Sterling Publlishing Inc., 1985.
• Nutting, Wallace. Furniture Treasury. New York: Macmillan Publishers, 1963.
• Oglesby, Catherine. French provincial decorative art. New York: Charles Scribner's Sons, 1951.
• Payne, Christopher, Ed. Sotheby's Concise Encyclopedia of Furniture. London: Conran Octopus, 1989.
• Pélegrin-Genel, Elisabeth. L'art de vivre au bureau. Paris: Flammarion, 1995.
• Reyniès, Nicole de. Le mobilier domestique: Vocabulaire Typologique. Paris: Imprimerie Nationale, 1987.

[edit] Virtual desktops, GUIs, and the virtual office

• Barreau, Deborah K.; Nardi, Bonnie. "Finding and Reminding: File Organization From the desktop". SigChi Bulletin. July 1995. Vol. 27. No. 3. pp. 39-43.
• Bederson, Benjamin; Hollan, James D. "Pad++: A Zooming Graphical Interface for Exploring Alternate Interface Physics". in: ACM SIGGRAPH and ACM SIGCHI. UIST 94 seventh Annual Symposium on User Interface Software and Technology. Proceedings of the ACM Symposium on User Interface Software and Technology, Marina Del Rey, California, 2 November-4 1994. Boston, ACM Press 1994. pp. 17-25.
• Berger, Warren. "Lost In Space". Wired. Vol. 7 No. 2. Feb. 1999.
• Browne, Hilary. Bederson, Benjamin B. Plaisant, Catherine. Druin, Allison. "Designing an Interactive Message Board as a Technology Probe for Family Communication." HCIL online tech report HCIL-2001-20, CS-TR-4284, UMIACS-TR-2001-63 (September 2001) [1]
• Chou, Paul et alia. BlueSpace: Creating a Personalized and Context-Aware Workspace. IBM technical report, 31 October 2001.
• Fass, Adam M. Jodi Forlizzi. Randy Pausch. "MessyDesk and MessyBoard: Two Designs Inspired By the Goal of Improving Human Memory." Proceedings of the conference on Designing interactive systems: processes, practices, methods, and techniques. London, England, 25 June-28 2002. pp. 303-311.
• Giuiliano, Vincent E. "The Mechanization of Office Work". Scientific American. Vol. 247 No. 3. September 1982. pp. 148-164.
• Lanier, Jaron. "Virtually There: Three-dimensional tele-immersion may eventually bring the world to your desk". Scientific American. April 2001. [2]
• Malone, Thomas W. "How do people organize their desks? Implications for the design of Office Information Systems." ACM Transactions on Office Information Systems. Vol. 1. No. 1 January 1983. pp 99-112.
• Nardi, Bonnie; Barreau, Deborah K. "Finding and Reminding Revisited: Appropriate metaphors for File Organization at the Desktop." SigChi Bulletin. January 1997. Vol. 29. No. 1.
• Regenbrecht, Holger and Tetsutari, Nobuzi. "Developing a Generic Augmented Reality Interface." Computer, March 2002. Vol.35. No3, pp. 44-50.
• Robertson, George G. Maarten van Dantzich. Daniel Robbins. Mary Czerwinski. Ken Hinckley. Kirsten Risden. David Thiel. Vadim Gorokhovsky. "The Task Gallery: A 3D Window Manager." In: CHI 2000: Proceedings of the ACM SIGCHI Conference on Human Factors in Computing Systems, The Hague. 1 April-6 2000. New York: ACM Press, 2000. pp. 494-501.