design of robotic arm

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    By:D.N.SAI CHAND 07261A1410D.SUMANTH 07261A1411K.CHAITANYA 07261A1425

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    A special kind of human-size industrial roboticarm called Programmable Universal Machinefor Assembly (PUMA).Anthropomorphic nature of robotic arm.Our work provides important elements thatare required to build a simple robotic arm of very high quality.

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    Micro controller

    TransreceiverDC Motor

    Encoders

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    H igh PerformanceLow Power8 Bit Micro controller

    with RISC Architecture

    Non Volatile Programand Data Memories

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    Low Cost2.4 G H z TransreceiverVery Low Power

    Wireless ApplicationsWorks on Serial

    Peripheral Interfacing

    Protocol2G4 Interface board

    for RS232 Protocol

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    Power: 3 to 12V DCGear Ratio: 1:200Without loading: 40-

    230mA / 25-100rpmOutput torque: 2-

    12Kgf.cmWeight: 31.9gSize: 68 x 20mmShafts: 7mm diameter,

    4.5mm flat edge, 5mmlong

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    IncrementalEncoderWorking

    Principle

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    ProgrammingLanguage C++H eader files

    Control Words

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    BaseLinksJointsEnd EffectorRobot Configurations

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    Supports the armH elps in Turning

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    DefinitionH elps in

    PositioningEnd Effector

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    DefinitionH elps in

    PositioningEnd Effector

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    DefinitionGives us

    Required output

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    Defining Parameters

    1. Degree of Freedom

    2. Kinematics

    3. Pay load4. Speed

    5. Accuracy

    6. Repeatability

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    Increase Productivity with Shorter CycleTime.Improved Worker Safety

    Decrease Floor SpaceGUI Setup for Fast & Easy OperationIncrease Quality of Product.

    Spontaneous output.Reduces the human interruption.Reduces the physical strain.

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