User:Pinski1: Difference between revisions
From London Hackspace Wiki
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**[[Project:Sanguinololu_Thermocouple|Sanguinololu Thermocouple]] - A small PCB that gives the Sanguinololu 3D printer control board a thermocouple input. | **[[Project:Sanguinololu_Thermocouple|Sanguinololu Thermocouple]] - A small PCB that gives the Sanguinololu 3D printer control board a thermocouple input. | ||
*IEEE Micromice - Two mice ideally capable of solving a 16x16 cell [http://ieee.ucsd.edu/projects/micromouse/rules.php IEEE maze] in the shortest time possible. | *IEEE Micromice - Two mice ideally capable of solving a 16x16 cell [http://ieee.ucsd.edu/projects/micromouse/rules.php IEEE maze] in the shortest time possible. | ||
**Stepper Mouse - Uses 3 Sharp range finders, two stepper motors and an Arduino to navigate the maze. | |||
**DC Gear motor Mouse - Uses 4 IR transmitter receiver pairs, two DC gear motors and an [http://www.mbed.org/|mBed] with an optical mouse sensor providing positional feedback. | |||
*Home Automation - Focusing initially on distributed sensors communicating environmental data back to a base station/server. | *Home Automation - Focusing initially on distributed sensors communicating environmental data back to a base station/server. | ||
Revision as of 21:37, 27 December 2012
Hi my name is Robert Karpinski, I'm a 24 year old Electronic Engineering Graduate.
Contact
Tel: +44(0)7963065107
Email: pinski1@gmail.com
Other Places
Current Projects
- Cupcake-o-Matic - A Makerbot Cupcake 3D printer that has upgraded electronics in the form of Sanguinololu control board with Marlin firmware installed. It also has been modified with an acrylic cantilever Z-axis.
- Sanguinololu Thermocouple - A small PCB that gives the Sanguinololu 3D printer control board a thermocouple input.
- IEEE Micromice - Two mice ideally capable of solving a 16x16 cell IEEE maze in the shortest time possible.
- Stepper Mouse - Uses 3 Sharp range finders, two stepper motors and an Arduino to navigate the maze.
- DC Gear motor Mouse - Uses 4 IR transmitter receiver pairs, two DC gear motors and an [1] with an optical mouse sensor providing positional feedback.
- Home Automation - Focusing initially on distributed sensors communicating environmental data back to a base station/server.
Dormant Projects
- Feather-Weight Combat Robot - A 12Kg combat robot with a pnematic flipper and two windscreen wiper motors for motion.
- Ethernet Soundcard - Designed for use in a (student) radio station as a way of to reduce any wiring or interference.
- Analogue Sound Desk - Also designed for a (student) radio station, aiming to be largely modular but simple to maintain.
