Multi-stage and Multi-response analysis of wheat grain separator machine to achieve high quality wheat grain
Pramod Rameshwar Jambhule, D. V. Pendam, Swapnil Vasant Gondane
Design, fabrication, Wheat Grains, optimization, Multi-staging, Separation, Sieve hole diameter.
We know that seed from the field, contains various contaminants like weed seeds, other crop seeds, and inert material such as stems, leaves, broken seed, and dirt. The chief characteristics used in making separations are size, shape, density, surface texture, terminal velocity. The intent of this study is to reduce the human effort and time required for separation of wheat grain from raw material in big trust,flour mill industry, caterers. So we design and fabricate wheat grain separator machine which is helpful for reducing human effort for sorting out wheat grain from raw material. Unique feature of this machine is getting useful wheat grain from spikes (In Marathi KUSHYA) which is unwanted product by passing these raw materials through roller-belt mechanism. A multistage system consisting of multiple components and stages required to optimize output of the final product. Multistage systems are including a variety of modern manufacturing systems. The present study aims at optimizing input parameter such as stroke and sieve hole diameter accordingly its effect on the output capacity and efficiency of machine. At different stroke, graph between efficiency versus sieve hole diameter and capacity versus sieve hole diameter shows significant improved output at 1 cm stroke and 3.5 mm sieve hole diameter.
Article Details
Unique Paper ID: 144534

Publication Volume & Issue: Volume 3, Issue 12

Page(s): 255 - 258
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