h a l f b a k e r y"More like a cross between an onion, a golf ball, and a roman multi-tiered arched aquaduct."
add, search, annotate, link, view, overview, recent, by name, random
news, help, about, links, report a problem
browse anonymously,
or get an account
and write.
register,
|
|
|
Please log in.
Before you can vote, you need to register.
Please log in or create an account.
|
Imagine the following: you place a small disk-shaped robot, perhaps an inch or two in diameter, onto a sheet of paper.
The robot first rolls around the paper, using an optical sensor to detect the edge of the sheet, and uses dead reckoning to know it's location relative to the starting point.
After
"mapping" the paper, the robot rolls to the "top", then moves back and forth across the paper, leaving a trail of ink dots, which ultimately form the bitmapped picture.
As an alternative to printing bitmaps, the robot could given a program in the Logo programming language.
Logo
http://en.wikipedia...ogramming_language)
[goldbb, May 27 2009]
Random Movement Printer
http://www.printdre...om/inside/rmpt.html
basically a mobile printer with optical mouses for dead recogning [loonquawl, May 28 2009]
Caligraphy_20Pen_20Printer
[hippo, May 28 2009]
Robot_20Car_20Poster_20Printer
[hippo, May 28 2009]
Roving Printer
http://aleptu.com/w...ations-2719799.html
not logo, Lego! [xenzag, May 28 2009]
[link]
|
| |
It would take 20 minutes to print one sheet |
|
| |
Disk-shaped? Kind of like a turtle? |
|
| |
It would only be turtle shaped when using Logo. |
|
| |
I like this, but the tiny part not so much. Recently I had to have some posters printed up. $200+ at Kinkos for a 8x4 foot poster! One could use a crawling robot printer to print very large items like posters and giant banners. It would take a while but so what? A robot this small would need a base to go back and get more ink. A base placed at the top left corner would allow the robot to reorient itself. Alternatively the base could have a set of plastic tubes attacged to the robot, and position could be determined by a retractable leash going from base to robot - but then you are constrained by the length of the leash. There is no reason an autonomous crawling printer would need to be super tiny - if you were printing giant banners the thing could be a sizeable box and so more self contained. |
|
| |
A business might have a team of these robots that could be deployed together to speed up big jobs. One robot would take care of each color, one following after another across the banner. |
|
| |
Think bigger! Aerial drones + seeds. |
|
| |
Not only Logo, but any vector description language. [+] |
|
| |
Basically, attach a Roomba to the [link]ed printer and let it bumble around for as long as it takes |
|
| |
Specialist robots could also be deployed to assist standard robots to do tasks like cope with large in-fills or recover exhausted bots who had failed to recharge themselves before they ran out of power. |
|
| |
//who had failed to recharge themselves before they ran out of power//
Perhaps robots with extra long arms and grabs, to retrieve those that had printed themselves into a corner. |
|
| |
//and uses dead reckoning to know it's location relative to the starting point.//
Use a mouse. Use 2 to see the angle. |
|
| |
//A robot this small would need a base to go back and get more ink.// |
|
| |
Probably not. I dare say it could contain a typical size ink cartridge, which would last several hundred sheets of A4 or maybe half a dozen posters. |
|
| |
//who had failed to recharge themselves before they ran out of power// |
|
| |
Un-Natural selection for roving robot printers!! |
|
| |