pneumatic tube

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description: a system that propels cylindrical containers through a network of tubes using compressed air or vacuum.

81 results

The Race Underground: Boston, New York, and the Incredible Rivalry That Built America's First Subway

by Doug Most  · 4 Feb 2014  · 485pp  · 143,790 words

Aeolus (god of breezes) and silent as Somnus (god of sleep and dreams).” Halfway through the fair, on October 19, another article on Beach’s pneumatic tube appeared in Scientific American. At the time that his article appeared, more than twenty-five thousand people had already ridden the tube and a new

will soon be laid down near New York.” Of the hundreds of inventions that filled the floor of the armory for six weeks, Beach’s pneumatic tube was the sensation that could not be ignored. Everybody wanted to ride on it, and by the time the fair closed in November, more than

The Long History of the Future: Why Tomorrow's Technology Still Isn't Here

by Nicole Kobie  · 3 Jul 2024  · 348pp  · 119,358 words

to be invented); and third, a tube with a small carriage for goods and a larger carriage for passengers. Medhurst never built his system. But pneumatic tubes to shuttle packages and messages did come to life a few decades later. Beginning in the 1850s, two entrepreneurial Brits – Thomas Webster Rammell and Josiah

(280 miles) in Paris and operated until 1984, allowing a message to traverse the French capital in less than two hours. In New York, a pneumatic tube system was carrying 95,000 letters every day by 1897. It was so quick and easy that people could send missives back and forth throughout

winter. How very European. This is from an interview with Molly Wright Steenson (https://biturl.top/JZV7fu), who wrote an excellent and detailed essay about pneumatic tubes: https://biturl.top/YZVzUz Medhurst’s initial plan was for goods, not people, because he didn’t think people would want to be ‘shot along

were the future of transport. Earlier I mentioned Thomas Webster Rammell and Josiah Latimer Clark, who patented a way to send messages and packages via pneumatic tubes. Latimer Clark began the efforts in 1853 with a 4cm (1½in)-wide tube that blew telegraph messages from the local telegraph company to traders

his death, his wife Esther was awarded a patent for the design. In 1965, an engineer for Lockheed Missiles laid out his plans for a pneumatic tube linking Boston to Washington, DC in just 90 minutes, with the tubes themselves floated in water for a smoother ride. Robert Salter, of the military

is to build a network of tubes above or under ground. One extreme, he writes, is to build an updated and enlarged version of the pneumatic tubes that used to send mail and packages around cities, with massive fans pushing people-sized pods from LA to San Francisco. The other extreme is

finishing line with both maglev and hyperloop. Either way, if you want super-fast public transit now, remember that high-speed trains already exist, and pneumatic tubes, hover trains and hyperloops still don’t, despite more than a century of effort. Building better transport systems is worthy of applause. If only we

. https://biturl.top/q2i2mm Clayton, Howard Francis. The Atmospheric Railways. Lichfield, 1966. Connor, J. E. ‘The Crystal Palace Pneumatic Tube Railway: Part 1.’ London Railway Record, October 2003. Connor, J. E. ‘The Crystal Palace Pneumatic Tube Railway: Part 2.’ London Railway Record, January 2004. Daley, Robert. ‘Alfred Ely Beach And His Wonderful Pneumatic Underground

Victorian Internet

by Tom Standage  · 1 Jan 1998

that disproved Whitehouse's theories about transatlantic telegraphy), applied himself to the problem and came up with a radical solution. He proposed a steam-powered pneumatic tube system to carry telegraph forms the short distance from the Stock Exchange to the main telegraph office. Since outgoing messages would be carried by tube

vast majority of messages originated at the Stock Exchange end. Batches of empty carriers were taken back to the Stock Exchange by messenger. This first pneumatic tube was far from perfect, and carriers frequently got stuck, but the company was convinced of the benefits and introduced a second underground tube in 1858

tube systems in Liverpool, Birmingham, and Manchester. Similar systems were initiated in Berlin in 1865 and Paris in 1866, and before long there were also pneumatic tube networks in Vienna, Prague, Munich, Rio de Janeiro, Dublin, Rome, Naples, Milan, and Marseilles. One of the most ambitious systems was installed in New York

, such as when war fever struck London in July 1870 and the amount of traffic instantly doubled. However, blockages were a constant problem for all pneumatic tube networks. They were usually cleared by blasting air down the tubes—though really serious blockages meant having to dig up the street. In Paris, the

at which the rate of take-up of the string slackened. ALTHOUGH THEY WERE ORIGINALLY intended to move messages from one telegraph office to another, pneumatic tube systems were soon being used to move messages around within major telegraph offices. Each of these offices was a vast information processing center—a hive

of activity surrounded by a cat's cradle of telegraph wires, filled with pneumatic tubes, and staffed by hundreds of people whose sole purpose was to receive messages, figure out where to send them, and dispatch them accordingly. The layout

of a major telegraph office was carefully organized to make the flow of information as efficient as possible. Typically, pneumatic tube and telegraph links to offices within the same city would be grouped on one floor of the building, and telegraph wires carrying messages to and

. Incoming messages arriving by wire or by tube were taken to sorting tables on each floor and forwarded as appropriate over the building's internal pneumatic tube system for retransmission. In 1875, the Central Telegraph Office in London, for example, housed 450 telegraph instruments on three floors, linked by sixty-eight internal

pneumatic tubes. The main office in New York, at 195 Broadway, had pneumatic tubes linking its floors but also employed "check-girls" to deliver messages within its vast operating rooms. Major telegraph offices also

female dining rooms, a vast collection of batteries in the basement to provide electrical power for the telegraphic instruments, and steam engines to power the pneumatic tubes. Operators working in shifts ensured that the whole system operated around the clock. Consider, for example, the path of a message from Clerkenwell in London

to Birmingham. After being handed in at the Clerkenwell Office, the telegraph form would be forwarded to the Central Telegraph Office by pneumatic tube, where it would arrive on the "Metropoli­tan" floor handling messages to and from addresses within London. On the sorting table it would be identified

as a message requiring retransmission to another city and would be passed by internal pneumatic tube to the "Pro­vincial" floor for transmission to Birmingham by intercity telegraph. Once it had been received and retranscribed in Birmingham, the message would be

sent by pneumatic tube to the telegraph office nearest the recipient and then delivered by messenger. aPPROPRIATELY ENOUGH for the nation that pioneered the first telegraphs, the French had

their own twist on the use of pneumatic tubes. For of all the tube networks built around the world, the most successful was in Paris, where sending and receiving pneus became part of everyday

life in the late nineteenth century. Like the pneumatic tube networks in many other major cities, the Paris network was extensive enough that many local messages could be sent from sender to recipient entirely by

, after the blue color of the message forms. BY THE EARLY 1870s, the Victorian Internet had taken shape: A patchwork of telegraph networks, submarine cables, pneumatic tube systems, and messengers combined to deliver messages within hours over a vast area of the globe. New cables were being laid all over the world

given the perishable nature of the goods. In Aberdeen, fish merchants were able to receive orders by telegraph while they attended sales, thanks to a pneumatic tube system that linked the fish market to the main post office. Similarly, different towns that dealt with the same commodities—such as Glasgow and Middlesborough

exchange messages with any other—just as messages could easily be passed from one kind of telegraph apparatus (a Morse printer, say) to another (a pneumatic tube). The journey of an e-mail message, as it hops from mail server to mail server toward its destination, mirrors the passage of a telegram

Augustus Maverick. The Story of the Telegraph. New York, 1858. Clarke, Arthur C. How the World Was One. London: Victor Gollancz, 1992 Clow, D. G. "Pneumatic Tube Communication Systems in London," Newcomen Transactions, pp. 97—115, 1994-95. Coe, Lewis. The Telegraph, a History of Morse's Invention and Its Predecessors in

The Great Bridge: The Epic Story of the Building of the Brooklyn Bridge

by David McCullough  · 1 Jun 2001  · 848pp  · 240,351 words

therefore to do what he wanted secretly. In 1868 he managed to get past Tweed an inconsequential-appearing bill permitting him to establish an experimental pneumatic tube for moving mail. Then, toward the end of the year, with no more legal right than that, he went to work. He had rented Devlin

The Difference Engine

by William Gibson and Bruce Sterling  · 31 Aug 1990  · 517pp  · 139,824 words

to dab his nose with a snotty kerchief from his sleeve. "We will sequester every sinew of organized oppression. The newspapers, the telegraph lines and pneumatic tube-ways, the palaces and barracks and bureaux! We will put them all to the great cause of liberation!" Mallory waited, but it seemed that the

at half past one. Monsieur Lucien Arslau's apartments were in Passy. At noon, Oliphant presented his card to the concierge, who conveyed it via pneumatic tube to Monsieur Arslau's establishment. Almost immediately, the whistle attached to a nickeled speaking-tube peeped twice; the concierge bent his ear to the funnel

Higher: A Historic Race to the Sky and the Making of a City

by Neal Bascomb  · 2 Jan 2003  · 366pp  · 109,117 words

a thousand blows per minute, and shook the steel for a good ten stories. The new guy learned how to avoid the snaking coils of pneumatic tubing under his feet, and why it was not such a good idea to drink at the local Irish bar past midnight the night before. Most

City: A Guidebook for the Urban Age

by P. D. Smith  · 19 Jun 2012

vast that it would always be able to supply customers’. Department stores revolutionised the process of buying and selling. They pioneered new technology, such as pneumatic tubes to send orders around the store, cash registers for instant transactions (Le Bon Marché had no fewer than seventy-three in Zola’s day), as

day about 100,000 letters were moved in this way. A journey that could last forty minutes by road took a cylinder sent through the pneumatic tube network just seven minutes. But it was a costly way of shifting mail and Philadelphia mothballed its network in 1918, switching instead to a new

made the service redundant. Prague’s system was still in use in 2002 and is currently being restored.7 Placing a mail canister into a pneumatic tube, 1930. Eco-Cities We are living through a unique period in the history of our planet. No other species has ever disrupted the delicate balance

The Complete Novels Of George Orwell

by George Orwell  · 3 Jun 2009  · 1,497pp  · 492,782 words

its mouthpiece, and put on his spectacles. Then he unrolled and clipped together four small cylinders of paper which had already flopped out of the pneumatic tube on the right-hand side of his desk. In the walls of the cubicle there were three orifices. To the right of the speakwrite, a

small pneumatic tube for written messages; to the left, a larger one of newspapers; and in the side wall, within easy reach of Winston’s arm, a large

through lists of figures. Winston dialled ‘back numbers’ on the telescreen and called for the appropriate issues of The Times, which slid out of the pneumatic tube after only a few minutes’ delay. The message he had received referred to articles or news-items which for one reason or another it was

Winston had dealt with each of the messages, he clipped his speakwritten corrections to the appropriate copy of The Times and pushed them into the pneumatic tube. Then, with a movement which was as nearly as possible unconscious, he crumpled up the original message and any notes that he himself had made

, and dropped them into the memory hole to be devoured by the flames. What happened in the unseen labyrinth to which the pneumatic tubes led, he did not know in detail, but he did know in general terms. As soon as all the corrections which happened to be necessary

packets and which no Party member, other than those who worked on it, was permitted to look at. Three messages had slid out of the pneumatic tube while Winston was working; but they were simple matters, and he had disposed of them before the Two Minutes Hate interrupted him. When the Hate

, a warning to posterity. About five years after this, in 1973, Winston was unrolling a wad of documents which had just flopped out of the pneumatic tube on to his desk when he came on a fragment of paper which had evidently been slipped in among the others and then forgotten. The

his voice from trembling as he murmured his figures into the speakwrite. He rolled up the completed bundle of work and slid it into the pneumatic tube. Eight minutes had gone by. He readjusted his spectacles on his nose, sighed, and drew the next batch of work towards him, with the scrap

The Subterranean Railway: How the London Underground Was Built and How It Changed the City Forever

by Christian Wolmar  · 30 Sep 2009  · 447pp  · 126,219 words

which he advocated his project for girding London round with one long, drain-like tunnel and sending the people like so many parcels in a pneumatic tube’.17 Mayhew pointed to the difficulties Pearson faced in trying to persuade his contemporaries of the viability of the idea. Writing after the opening of

The Age of Em: Work, Love and Life When Robots Rule the Earth

by Robin Hanson  · 31 Mar 2016  · 589pp  · 147,053 words

-sections and speeds. But the existence of ems with much smaller physical dimensions likely also creates a demand for transport routes with smaller cross-sections. Pneumatic tubes seem one attractive candidate for smaller cross-section transport. Paris once had a large postal system of 6.5-centimeter diameter tubes that moved bottles

containing letters at a speed of about 10 meters per second. This tube system started in 1866, and eventually had about 500 kilometers of tubes. Pneumatic tube systems work similarly today, although they are better automated and typically have diameters of 10 centimeters. Em cities might have much larger networks of

pneumatic tubes to move small goods. Train tunnels today have a standard diameter of about 6 meters, while automobile tunnels are usually a bit larger. Pneumatic tubes are roughly a factor of 100 smaller than train and road tunnels. Tubes

100 times smaller than pneumatic tubes are a bit less than a millimeter in diameter. It turns out that this is a standard

Kiln People

by David Brin  · 15 Jan 2002  · 625pp  · 167,097 words

The Digital Doctor: Hope, Hype, and Harm at the Dawn of Medicine’s Computer Age

by Robert Wachter  · 7 Apr 2015  · 309pp  · 114,984 words

The Railways: Nation, Network and People

by Simon Bradley  · 23 Sep 2015  · 916pp  · 248,265 words

The Pursuit of Power: Europe, 1815-1914

by Richard J. Evans  · 31 Aug 2016  · 976pp  · 329,519 words

A World Without Email: Reimagining Work in an Age of Communication Overload

by Cal Newport  · 2 Mar 2021  · 350pp  · 90,898 words

1929: Inside the Greatest Crash in Wall Street History--and How It Shattered a Nation

by Andrew Ross Sorkin  · 14 Oct 2025  · 664pp  · 166,312 words

Go, Flight!: The Unsung Heroes of Mission Control, 1965-1992

by Rick Houston and J. Milt Heflin  · 27 Sep 2015  · 472pp  · 141,591 words

Apollo

by Charles Murray and Catherine Bly Cox  · 1 Jan 1989  · 619pp  · 197,256 words

Your Computer Is on Fire

by Thomas S. Mullaney, Benjamin Peters, Mar Hicks and Kavita Philip  · 9 Mar 2021  · 661pp  · 156,009 words

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Failure Is Not an Option: Mission Control From Mercury to Apollo 13 and Beyond

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by Terrence J. Sejnowski  · 27 Sep 2018

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