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    Agriculture Multipurpose Robot

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    UNITED CADD
    This document describes an agricultural multipurpose robot. The robot aims to minimize farmer labor and increase work speed and crop yields through automated seeding, fertilizing, and irrigation. It uses a solar-powered battery and has accessories that can be changed for different tasks like digging, seed sowing, leveling soil, and spraying water. The robot is controlled remotely using an IR transmitter and receiver. It offers advantages like reduced water waste, time savings, and lower manpower needs compared to manual farming. Potential applications include farms, greenhouses, and nurseries.

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    Agriculture Multipurpose Robot

    Uploaded by

    UNITED CADD
    728 views2 pages
    This document describes an agricultural multipurpose robot. The robot aims to minimize farmer labor and increase work speed and crop yields through automated seeding, fertilizing, and irrigation. It uses a solar-powered battery and has accessories that can be changed for different tasks like digging, seed sowing, leveling soil, and spraying water. The robot is controlled remotely using an IR transmitter and receiver. It offers advantages like reduced water waste, time savings, and lower manpower needs compared to manual farming. Potential applications include farms, greenhouses, and nurseries.

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    AGRICULTURE MULTIPURPOSE ROBOT

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    This document describes an agricultural multipurpose robot. The robot aims to minimize farmer labor and increase work speed and crop yields through automated seeding, fertilizing, and irrigation. It uses a solar-powered battery and has accessories that can be changed for different tasks like digging, seed sowing, leveling soil, and spraying water. The robot is controlled remotely using an IR transmitter and receiver. It offers advantages like reduced water waste, time savings, and lower manpower needs compared to manual farming. Potential applications include farms, greenhouses, and nurseries.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    728 views2 pages

    Agriculture Multipurpose Robot

    Uploaded by

    UNITED CADD
    This document describes an agricultural multipurpose robot. The robot aims to minimize farmer labor and increase work speed and crop yields through automated seeding, fertilizing, and irrigation. It uses a solar-powered battery and has accessories that can be changed for different tasks like digging, seed sowing, leveling soil, and spraying water. The robot is controlled remotely using an IR transmitter and receiver. It offers advantages like reduced water waste, time savings, and lower manpower needs compared to manual farming. Potential applications include farms, greenhouses, and nurseries.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    of 2

    AGRICULTURE MULTIPURPOSE ROBOT

    INTRODUCTION
    The main aim of agricultural robotics is apply robotics technologies on
    the field of agriculture as well as the agricultural challenges to develop new
    techniques. Now days, no one can end up the day without using any kind of
    embedded system products. It makes our human life very robust and makes
    work comfortable. The 21st century is said to be century of creation, progress,
    globalization and so much else, but the second side too, that is nothing but 21st
    century is century of the population, global warming, drought and cloud burst
    also helpless health factors! Automation in agricultural robotics system has been
    developed to implement a number of agricultural productions in many
    countries. Such as picking, harvesting monitoring, weeding, seeding, fertilizer,
    irrigation. But in this project functions included are soil based applications of
    Seeding, Fertilizer, and Irrigation. The purpose of this project is to design,
    minimize the labour of farmers in addition to increasing the speed of the work
    as well as increase the yield of agriculture.
    OBJECTIVES
    Apart from seeding, irrigation, fertilization and fruit picking, harvesting,
    weeding, monitoring etc. can also be implemented in this robot. And one or
    more system can be, monitoring through the image processing and GSM
    system. Then it also includes weeding and harvesting in this system.
    METHODOLOGY
    The basic aim of this project is to develop a multipurpose machine, which
    is used for digging the soil, seed sowing, and leveller to close the mud and
    water sprayer to spray water with least changes in accessories with minimum
    cost. This whole system of the robot works with the battery and the solar power.
    The base frame is made for the robot with 4 wheels connected and driven the
    rear wheel is dc motor. One end of the frame, cultivator is fitted which is also
    driven by dc motor and design is made to dig the soil. Funnel is made by the
    sheet metal, to store the seeds and the seeds flow through the funnel through the
    drilled hole on the shaft to the digged soil. On the end leveller is fitted to close
    the seeds to the soil, and water pump sprayer to spray the water. Solar is placed
    on top of the robot and is connected to the battery for charging the battery. Thus
    the max efficiency is utilized from the sun by the solar panel and to the battery.
    The whole robot requires the 12v battery to operate the system. IR transmitter
    and IR receiver is used to control the operation of the vehicle
    ADVANTAGES
     No wastage of water.
     Time consumption.
     Less manpower is required.
     Row to row spacing can be adjusted.
    APPLICATION
     Farms
     Greenhouse
     Nursery
    DIAGRAM

    SIGNATURE OF THE GUIDE SIGNATURE OF THE HOD

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