Equipment Efficiency with IBM Watson
This project targeted on the calculation of machine potency along side varied parameters unreal on IBM Watson IOT platform. knowledge acquisition was done by sensors at the sting level and exploitation those knowledge many parameters were calculated, viz. run-time, down-time, machine accessibility. The device utilized in this project is that the hall result device that ended the run-time of the machine. knowledge was pushed to the platform through MQTT protocol from the node-MCU.
Hardware Connection:
Hardware components
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Arduino UNO & Genuino UNO
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NodeMCU ESP8266 Breakout Board
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Hall Effect Sensor
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C&K Switches PTS 645 Series Switch
Software apps and online services
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Arduino IDE
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IBM BlueMix
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Internet service
This project targeted on the calculation of machine potency together with numerous parameters visualised on IBM Watson IOT platform. information acquisition was done by sensors at the sting level and victimisation those information many parameters were calculated, viz. run-time, down-time, machine handiness. The sensing element employed in this project is that the hall impact sensing element that ended the run-time of the machine. information was pushed to the platform through MQTT protocol from the node-MCU.
• With Watson, you'll bring AI tools and apps to your information where it resides – whether or not it's on IBM Cloud, AWS, Azure, Google, or your own personal cloud platform.
• MQTT permits resource-constrained IoT devices to send, or publish, data a couple of given topic to a server that functions as AN MQTT message broker.The MQTT protocol may be a good selection for wireless networks that have variable levels of latency thanks to occasional information measure
