(Created page with "=Introduction= {{Box|type=l_green_light|text=In this tutorial we will see about building a simple dtmf controlled robot. Whenever we make a call, and press keys, dtmf tones ar...")
 
Line 10: Line 10:
  
 
The setup is shown in the pictures below.
 
The setup is shown in the pictures below.
 +
[[File:Assembled top view.JPG|thumbnail|x500px|Assembled Robot chasis with wheels and motors]]
 +
 +
 +
'''...Assembly sequence'''
 +
<hovergallery maxhoverwidth=600 maxhoverheight=600>
 +
File:Wheel.JPG|1
 +
File:Wheel_Motor_Case__Outer_view.JPG|2
 +
File:Wheel_Motor_Case.JPG|3
 +
File:Assembled_bottom_view.JPG|4
 +
</hovergallery>
  
 
You could make your own hardware setup as per the schematics discussed in the tutorial.  
 
You could make your own hardware setup as per the schematics discussed in the tutorial.  
 +
 
}}
 
}}

Revision as of 16:06, 5 February 2014

Introduction

In this tutorial we will see about building a simple dtmf controlled robot. Whenever we make a call, and press keys, dtmf tones are generated and transmitted. The tones can be easily decoded using a IC like MT8870. This enables a lot of possibilities for wireless control over mobile and telephone.

The Components

For this we will be using Xplore Robot Chasis as shown. The basic components would be

  • Xplore Robo Chasis
  • Xplore AVR Robo development board with Integrated DTMF
  • Battery Operated [BO] Motors for driving wheels
  • Castor as a free wheel.

The setup is shown in the pictures below.

Assembled Robot chasis with wheels and motors


...Assembly sequence <hovergallery maxhoverwidth=600 maxhoverheight=600> File:Wheel.JPG