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2017.1.5 Makoto Fujishima 1/37 ᕤసᶵᲔ䛻䛚䛡䜛IoT䛾⌧≧䛸ᑗ᮶ ㈨ᩱ㸱㸫㸰

d 8 µ FûFÚFáG IoTFþ#'gFø W...CELOS • G0G2GUG0G"0 G Ù VFâG d&ìG"(ò ©FßGEG GeGyFûFéG OS IoT ìFþFïG Fþ ' µ+ G CELOS APPHOFøFçFö 3U 2017.1.5 Makoto Fujishima 23/37

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  • 2017.1.5 Makoto Fujishima

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    IoT

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    ••••

    2

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    • • •

    • •

    • •

    • • IoT, AI IT

    • USA, EU IoT •

    • IoT

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    2015 World machine tool output and survey Gardner research

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    ERP MES

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    DataBase

    Machine Tools

    1.Operation History

    2. RemoteMaintenance

    3. SoftwareInput/output

    2

    3

    MachineManufacturer

    Office

    Mobile Phone Carrier

    1

    NC data Input / Output

    Remote Maintenance

    Private Network

    Line

    MobilePhone

    Network

    Operation Status of Customer’s Machine

    Tools

    Customer

    MailServer

    MonitorServer

    Mobile phone networkProblems: Communication speed and fee

    : Requirements: High speed and secure network for industrial equipment

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    2004 DMG

    MORI MAPPS

    ()

    6,000

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    • Regularly maintenance instruction • Maintenance parts display

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    Service Agent

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    • Notice by e-mail/ SMS.• e-mail SMS

    • Setting can be changed•

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    24 365

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    CELOS• OS

    IoT CELOS APP

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    IoT CELSO APPs•

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    Messenger

    MTConnectMTConnect

    Web

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    DMG MORI Messenger•

    PC

    VPN

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    DMG MORI Messenger•

    Data Aggregation Client

    DMG MORI Messenger

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    DMG MORI Messenger•

    DMG MORI Messenger

    CELOS Club

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    DMG MORI VPN

    NetService DMG MORI

    DMG MORI

    CELOS ClubVPN

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    DMG MORI

    3 2017 CELOS Club

    44

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    Stage 1: Monitoring Sensing data are collected and displayed on an operation screen to monitor the machine’s condition.

    Stage 2: Controlling, Predicting The feed back loop is controlled by sensors. Predictive maintenance technologies

    Stage 3: Optimization Cutting parameters can be determined to optimize for higher cutting efficiency.

    Stage 4: Autonomous AI control will be able to autonomously improve cutting operations. Self learn control.

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    Chatter control Vibration sensors

    Motor load

    ATC, Magazine Preventive Maintenance Motor load and torque

    Machine leveling Load cell data

    Power monitor Power consumption (Voltage & current)

    Oil cooler management M/C body temp.

    Oil Temp.

    Atmosphere temp.

    Motor load

    Controller alarm

    Hydraulic management Pressure

    Controller alarm

    Contamination of oil

    Remote monitoring Alarm signal Operation monitor sensing data

    B Axis automatic rotation adjustment Servo data from motor drivers

    Coolant quality Coolant level

    Water level and temp. data Contamination level

    Balance monitoring/ control

    SP Balancing data

    Bearing temp. and vibration data

    Automatic servo tuning Servo data from motor drivers Vibration data

    Distortion Compensation Vibration data Temp. data

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    Condition Analyzer•

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    Measuring principle capacitiveMeasuring range [g] 25Frequency range [Hz] 0...10000Sensitivity [mg/√Hz] 0.2Linearity 0.20%

    DAQF-UNIT Data Acquisition FFT unit

    Real-time FFT processing

    Isolation filter

    10/100BASE-T Ethernet

    IFM Efector

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    • • • •

    1. 2. 3.

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    • IoT

    • • •

    • • •

    • • ERP MES CAD/CAM