International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 05 | May 2022
p-ISSN: 2395-0072
www.irjet.net
RICE INDUSTRY AUTOMATION TECHNIQUE USING IoT WITH RASPBERRY PI AND PHYTON LANGUAGE Jawakar k1, Dr. J. Vijayakumar2, Thavamani S3 1PG
Student, Department of Electronics and Instrumentation, Bharathiar University, Coimbatore, Tamil Nadu, India 2Associate Professor and Head, Department of Electronics and Instrumentation, Bharathiar University, Coimbatore, Tamil Nadu, India 3Research Scholar, Department of Electronics and Instrumentation, Bharathiar University, Coimbatore, Tamil Nadu, India -------------------------------------------------------------------***-----------------------------------------------------------------ABSTRACT Industrial automation has become very much popular in the past few decades, the main motive is the novelty of its advantages. In urban areas, large industries are following the automation techniques, but in rural areas, medium and small-scale industries are operated only manually because the automation unit is very expensive and complicated for rural people facing investment difficulties, recent days the researchers and engineering people are concentrated into the industrial automation and they give the solutions for common problems faced by the small-scale industries. The smallscale industries like flour mills, jaggery plants, Rice mills, etc. Industrial automation technology has given a great opportunity to take the plant into automatic control and monitoring through respective hardware and software units, and it will give great business opportunities to the rural peoples. This proposed work for small-scale industry automation is achieved by cloud platform Ubidots and automatically or remotely monitoring and controlling device parameters using Raspberry pi. In this work Ubidots, web server, and Raspberry pi module will help to visualize the process and control the appliance. Integration of the software unit will possible to monitor and control the small-scale industry (small scale rice plant automation).
Keywords: Small Scale Industry, Rice Plant Automation, Raspberry pi, Python, Ubidots. 1. INTRODUCTION To implement automation in large-scale production processes in manufacturing companies to increase the efficiency and high quality of production rate. The actual meaning of industrial automation is reduce to essential production jobs and provide speed and accuracy for the work elements involved. In wide specialized terms, diligence robotization can be stated as a system that consists of relating coordinating and integrating machines, mechanisms, bias, and control to the extent that partial or complete processing of the product is inputs fulfilled automatically without the backing of intervention of mortal being. In general, industrial automation is categorized into full automation and semi-automation. Based on the functionality industrial automation is divided into many such as process automation, building automation, and subdivision automation [6]. In recent years most medium and large-scale industries are turning into automation, industrial automation is very popular and it has more advantages, this automation helps people in different ways such as reducing manpower activities. The engineering people and researchers’ approach is based on controllers, robots, and computers, with this the help of IoT (Internet of Things), this approach will help the approach to enhance the industrial automation with affordable approaches and cost-effective to the users [[1],[1]]. This present study is focusing on exploring the level of automation incorporated in the small and medium scale industry such as rice plant automation using IoT with Raspberry pi processor and python language-based automatic valve and motor control.
2. LITERATURE SURVEY In [[1]] proposed work was done through a multi-user remote system using Raspberry Pi and the Internet of Things (IoT) concept for cloud-based real-time decentralized Photovoltaic plant monitoring. Renewable Energy Monitoring System with IoT helps to monitor the power plant. This work is effective for real-time operation and online consultation, there is no need to unlock ports and/or firewall when using a multi-user cloud service and cost-effectiveness are the main advantages of this proposed work and the wi-fi requirement is one of the drawbacks of this work. In [[2]] authors proposed IoT and Industrial Automation Data and service security, Trust, data integrity, information privacy, scalability, and interoperability © 2022, IRJET
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