TourRobot: Difference between revisions
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The Arduino is a Duemilanova with an ATMega328. I might updrage to an Uno if needed. | The Arduino is a Duemilanova with an ATMega328. I might updrage to an Uno if needed. | ||
The motor control unit has been left in to power the motors. | The motor control unit has been left in to power the motors. Details on the circuit diagram are [http://lpilsley.co.uk/cybot/driver.htm here]. | ||
An audio module [http://www.embeddedadventures.com/datasheets/MOD-1007_hw_v4.pdf MOD-1007 from Embedded Adventures] has been added for the tour audio. This uses 3v3, which is taken from the Arduino, although for high volumes this does not have enough current. A seperate regulator might be required. | An audio module [http://www.embeddedadventures.com/datasheets/MOD-1007_hw_v4.pdf MOD-1007 from Embedded Adventures] has been added for the tour audio. This uses 3v3, which is taken from the Arduino, although for high volumes this does not have enough current. A seperate regulator might be required. |
Revision as of 21:13, 27 November 2013
TourRobot | |
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Primary Contact | Matt Little |
QR code |
Giving tours around the hackspace takes time and effort. So the obvious solution is to build a robot to do it. Here are the details and build log.
Start 27/11/13 Basic base is the blue robot from Real Robots Magazine. I got this from a car boot sale and, at the first Arduino 101 day I fixed my arduino base to the robot. There is loads of detail on the Lpilsley Cybot here.
The Arduino is a Duemilanova with an ATMega328. I might updrage to an Uno if needed.
The motor control unit has been left in to power the motors. Details on the circuit diagram are here.
An audio module MOD-1007 from Embedded Adventures has been added for the tour audio. This uses 3v3, which is taken from the Arduino, although for high volumes this does not have enough current. A seperate regulator might be required. Follow the data sheet to see how to play different files using the serial data lines.
Distance is found using ultrasonic sensors re-purposed from the original Real Robot. These have circuit diagrams here.
There is also a line follower with a circuit diagram here.
Arduino Pins
Digital:
0 -> Rx
1 -> Tx
2 -> Motor 1 Forward
3 -> Motor 1 Backward
4 -> Motor 2 Forward
5 -> Motor 2 Backward
6
7
8
9
10
11 -> RESET Sound Module
12 -> CLOCK Sound Module
13 -> SDATA Sound Module
Analog
A0 -> LDR 1
A1 -> LDR 2
A2
A3
A4
A5