Project #1 Smart Sprinkler Robot System. Introduction.

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Presentation transcript:

Project #1 Smart Sprinkler Robot System

Introduction

Features Weather Forecasting Soil Moisture Wireless Communication GPS

Base Station

Hose Actuator Controls Water Flow

Hose Actuator Circuit

JTV-100 Hose Actuator

Power Electronics 5V LDO (Low-Dropout Regulator) Regulates Battery Powers Transmitter and Receiver

Microcontroller Arduino Mega 2560 Communicates with Robot Sprinkler Controls Sprinkler

Arduino Mega 2560

Internet Arduino Ethernet Gathers Weather Forecast National Weather Service

Arduino Ethernet

Wireless Communication RXM-900-HP3 Receiver TXM-900-HP3 Transmitter Serial Communication Multiple Channels

Wireless Communication System

Transmitting at MHZ

Wireless Communication Circuit

Robot Communication

GPS Provides Robot Location Navigation

Sparkfun Venus GPS

Robot Power

Batteries Car Battery Powers Motors Small Battery Powers Circuits

Car Battery Small Battery

Power Electronics 3.3 and 5V LDO (Low-Dropout Regulator) Regulates Battery Supply Transmitter, Receiver, GPS, and Arduino

Gate Drivers LT1160 Power MOSFET Driver IRF530N Power MOSFETS Short circuit protection PWM (Pulse Width Modulation)

H-Bridge Diagram

Gate Driver Circuit Protection Example Duty Cycle : 25% Frequency : 32 kHz Input Voltage : 5V Output Voltage : 12V

H-Bridge Circuit

Robot Motors

Microcontroller Arduino Mega 2560 Controls Sprinkler Robot Records Soil Resistance

Navigation GPS location

Navigation Drive Forward GPS location

Navigation Calculates Angle to Destination Rotate

Navigation Drive to Destination Repeat

Drive Motors Moves the Robot Failed Verification

1LPV6V Motors

Soil Probe Motors Insert/Remove Probe Potentiometer Safety

Soil Probe Measures Soil Resistance Voltage Divider Rule

Challenges Wireless Communication Antennas Mechanical Issues Battery Voltage Spikes

Thank You Professor P. Scott Carney TA Mustafa Mukadam ECE Machine Shop ECE Electronic Shop MIT Lincoln Lab

Questions? I Have Many!!