IOT Agriculture Robot with Seed Sowing, Pesticides, Sprinkler, Ploughing, Digging, Drilling etc.
#agribot #AgricultureRobot #engineeringproject
#capstoneProject #major Project
0:15: Block Diagram and Project Explanation
3:57: 🚧 Construction
7:20: IOT Output
7:41: Project Output
10:42: Development Pictures and Video
Inspire Award Best project
for EEE ECE, Mechanical, Science, Exhibition project
IOT & Solar Agriculture Robot
Multipurpose Agricultural Machine Robot | Agriculture Project Ideas
Feature: Seed Sowing, Water, Pesticides Sprinkler, Ploughing, Digging, Drilling
(IOT & Weed cutting can be added)
solar panel will be added on top of frame, Check other versions below
other version below
https://xilirprojects.com/product/wir...
checkout IOT version:
• IoT Smart Agriculture Robot using Ard...
Bluetooth Configure:
• How to control Bluetooth projects by ...
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To make this project/ Buy complete working model with training
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To Buy/ Make this project with training
contact us:
👨🏼🏭𝗩𝗶𝗽𝗶𝗻 𝗞𝘂𝗺𝗮𝗿 𝗦𝗵𝗮𝗿𝗺𝗮
Ph.D., M.Tech, B.Tech in ECE
🎓Lecturer 🚀#Researcher #Drone #Robotics
WhatsApp : + 91-9810326343
1. Synopsis/ Documents
2. Block diagram and circuit diagram with explanation.
3. Bill of material.
4. Components Specification list
5. Working principle of the project.
6. Datasheet of all components.
7. Program/code of Arduino with training.
8. Complete Working principle description.
9. Complete interfacing description.
10. you can get the project by courier.
11. viva preparation
ask us if other things needed.
DESCRIPTION
• Today's farmers spend a lot of money on machinery that increases crop yield while requiring less labour. Although there are numerous machines for ploughing, harvesting, spraying pesticides, etc., these machines must be manually operated to carry out the necessary operations, and additionally, different machines are used for each function. When compared to the investment, the yield and profit returns by using this equipment are very low. The expanding demands of the global population is another problem.
COMPONENTS
• ARDUINO (MICRO CONTROLLER)
• WHEELS (X4)
• CHASSIS (USING MDF BOARD)
• L CLAMP (FOR MOTOR AND WHEEL SUPPORT)
• 12V DC MOTOR (X 2)
• L293D MOTOR DRIVER MODULE
• WATER MOTOR PUMP
• WATER CONTAINER
• SEED DISPENSER UNIT
• SERVO MOTOR (X3)
• JUMPER WIRES
• BLUETOOTH MODULE HC-05
• BATTERY/POWER SUPPLY
• IC 7805
• 1K Ohm RESISTANCE
• CAPACITORS 1000UF, 100UF
• DIODE 1N4007N
• ZERO PCB
• LED’s
• BERG Sticks (MALE HEADERS)
• SWITCHES
**SOFTWARE**
ARDUINO IDE
EMBEDDED C
ANDROID APP
THINGSPEAK
Methodology
The battery is turned on, supplying power to the circuit.
The 7805-voltage regulator regulates the battery voltage to provide a stable 5V output for the Arduino and other electronic components.
The Agribot is connected to an HC-05 Bluetooth module, which is turned on and paired with a mobile application.
The mobile application interface contains buttons for controlling the Agribot's movements in forward, backward, left, and right directions.
Pressing these buttons sends commands to the Arduino to automate the motors connected to the L293D motor driver, which controls the movement of the Agribot.
A pump is connected to a relay, which is triggered by a button press in the mobile application. When the button is pressed, the relay activates, starting the pump and sprinkles water on the soil.
Three servo motors are present in the circuit for ploughing, seeding, and drilling of the soil. Buttons on the mobile application trigger the rotation of these servo motors to perform their respective functions.
The drilling servo motor is connected to a 12V DC motor via a separate L293D motor driver. When triggered, the servo rotates, causing the DC motor to make holes in the soil for seeding.
Pressing the seeding button on the mobile application triggers the seeding servo motor to rotate, depositing seeds into the holes made by the drilling mechanism.
Similarly, pressing the ploughing button on the mobile application triggers the ploughing servo motor to rotate, ploughing the soil.
Project also have the following name
Precision farming robots, agricultural automation technology,
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