DESIGN AND FABRICATION OF AUTOMATED SIEVE MACHINE
Satyam Ganeshsinh Nakoriya1, Anirudha Vinayak Pendke2, Durgesh Yashvantrao Sonvane3, Vishal Ishwar Patil4, Asst Prof. Sandesh Gotekar5, Asst Prof. Pratik Chaphale6
sandeshgotekar@gmail.com, chaphale.pratik@gmail.com
1234Student, Mechanical Engg. Department, VIT, Nagpur
56Asst. Professor, Mechanical Engg. Department, VIT, Nagpur
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Abstract - The paper describes the basic model and operation of a smart multifunctional sieving machine. The sieving machine is a multi-layer sieving machine that can be used for a variety of tasks such as sieving sand, eliminating stone from grains, and so on. The size and number of sieves may be adjusted depending on the need. This article covers the idea of the Design and Fabrication of a Multi-purpose Sieving Machine, which was primarily completed for manufacturing-based enterprises. Because of technological innovation, every work in today's world has become faster and faster, and every industry aspires to retain a high production rate while preserving the quality and standard of the product at a low average cost. We created a conceptual idea of a machine that can conduct several tasks concurrently and quickly. In this machine, we drive to the main shaft with a motor that is directly connected to the slider-crank mechanism; the slider-crank mechanism is employed in the sieving operation. With the assistance of a wiper motor, the table is fastened with a crank that rotates the tray to vibrate it and function as a separator. Consequently, the purpose of designing and manufacturing the Sieving Machine is to assist industrialists and farmers on the global market. The benefit is the ability to easily separate objects based on mesh, as well as cost savings linked with power use, an improvement in productivity rate, and the production of less space, among other things. We have further automated this sieving process and can operate the machine via the blynk interface
Key Words: Sieving, slider crank mechanism, blynk, multi-purpose, multi-layer, technology, productivity
