Development of Prototype Double Roller Gin with Improved Power Transmission and its Performance Evaluation
Source abstract
Abstract
Double roller gins are commonly used in India for ginning seed cotton. International Textile Manufacturers Federation's survey 2005 reported that degree of grease and oil contamination in cotton lint is serious in India 1 . Study revealed that the source of this contamination is the gearbox (power transmission system) of double roller gin as it is filled with grease/oil measuring about 20 kg. Prototype double roller gin has been designed and developed with new power transmission system which minimizes the use of oil and grease to a great extent. High Volume Instrument's results on fiber parameters indicated that quality of lint is at par with existing double roller gin with no prospect of oil and grease contamination. Developed machine is useful for cotton breeders, ginners, farmers to ascertain the ginning percentage and purity of seeds could be maintained. This prototype double roller gin could be the basis for design of modified double roller gin of a commercial size.
Source: crossref · Quality: baseline
Research context
OpenAlex topics: Research in Cotton Cultivation · Soil Mechanics and Vehicle Dynamics
SciVX discovery tags are terminology-based. OpenAlex topics are source-provided classifications.
Affiliations
Central Institute for Research on Cotton Technology, Maharashtra, INDIA
References (7)
Show source-provided references
1. International Textile Manufacturers Federation, Zurich, Cotton Contamination Surveys 1999-2001-2003-2005.
2. International Cotton Advisory Committee, “Cotton: Review of World Situation”, 2007.
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4. PatilP.G. “Development and Performance Evaluation of Modified Double Roller Gin”; Thesis submitted to VNIT Nagpur for award of Ph. D. degree 2007.
5. Leonard C.G. · Ginners’ Journal & Yearbook · 1974 · 40
6. JohnsonA. J.; TownsendJ. S.; WaltonT. C., American-Egyptian Cotton Quality and Ginning, U. S. Department of Agriculture, Agriculture Handbook, 1977. pp 503
7. 10.1177/004051750707803910.1177/0040517507078039 ↗