The Machinery of Words: When Writing Finally Had a Machine
Type-Writing Machine Patent Print, 1868
In 1868, three inventors in Milwaukee patented something that would quietly reshape how humans record thought. Patent 79,265, granted to C. L. Sholes, C. Glidden, and S. W. Soule on June 23 that year, documented an "Improvement in Type-Writing Machines." What they were really patenting was the future of work itself.
The 1860s were a restless decade for mechanical innovation. The Civil War had ended just three years earlier, and America was hungry to reinvent. The telegraph had already shown that electricity could carry messages across distance; now inventors wondered: could a machine do for handwriting what the printing press had done for books? Could one person type faster than they could write by hand?
The patent drawing itself is a marvel of clarity. Its plan views, elevations, and mechanical figures transform what was still a complicated contraption into something almost beautiful on the page. You can trace the logic of every lever and type bar, see how paper feeds forward, understand the geometry of a key press becoming a letter. The black callouts guide your eye through the invention like a conductor leading an orchestra.
This wasn't the first typewriter design, but it was one of the early ones that actually worked reliably. The Sholes and Glidden machine, as it became known, would evolve into what Remington manufactured and marketed as the first commercially successful typewriter. Writers, journalists, and office workers would adopt it. It would change the sound of work, the pace of correspondence, the very rhythm of written communication.
There's something touching about seeing this moment preserved on the page: the instant before the typewriter became invisible, before it simply was, before anyone took for granted that pressing a key could imprint a letter. This print invites you to see the ingenuity in that mechanical simplicity, to remember that someone had to imagine it first.
Paper & Craft
We've restored this patent document and printed it to order on 325gsm museum-grade archival matte paper using fade-resistant archival pigment inks. The cool, aged-paper ground complements the crisp technical linework, while the restrained border frames the composition with quiet authority. A print built to last as long as the ideas it records.