FLAMEbot
@ June 15, 2011
- Actuators / output devices: bidirectional...continuous rotation servos
- CPU: Basic Stamp mounted on BOE
- Power source: 6VDC via AA
- Programming language: pbasic
- Sensors / input devices: I.R. circuit (credit: Parallax Forum)
- Target environment: table top...floor
| Attachment | Size |
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| Flame20Detect20Test20Circuit.jpg | 16.49 KB |
This is FLAMEbot. He's a heat seeker. Draw the shades and darken the room. Light a butane lighter and FLAMEbot will follow the heat/light source. Hold the flame several inches in front of FLAME's diodes until he catches on. You'll know it when he does cause he will start rolling toward the flame. FLAMEbot will also respond to other light sources so it's important for the environment to be dark. I have attached the original circuit sketch offered via the Parallax website. It's amazing just how simple the design is. Just do a search for the flame seeking boebot and you should find the link. Below is the source code.
' {$STAMP BS2}
' {$PBASIC 2.5}
time VAR Word
DO
HIGH 8
RCTIME 8, 1, time
DEBUG HOME, CLREOL, ? time
PAUSE 100
LOOP
Simple circuit...simple code...really cool results. This project makes it okay to play with matches. (source: Parallax.com)
@ Sun, 2011-06-19 00:30
Another nice robot."Got a
Another nice robot.
"Got a light?"
Is he complete or do you plan to do more with him?
@ Sun, 2011-06-19 02:20
Complete or not Complete?
I actually had a spare BoeBot chassis setting around doing nothing and used it as a platform for this circuit. I just wanted to see if the claims of this circuit were true...and they were. It is a fairly responsive sensor. I don't have any further plans for this bot, albeit would be a good start toward a fire fighting robot.