Design and Fabrication of Solar Fodder Harvester
Keywords:
Crop cutter, Solar power, Fodder, HarvestingAbstract
India Today, agriculture especially in India to concentrate in some situation such as how to increase the productivity and profit how to reduce the cost and labor. The problem faced by farmers who work on small fields while harvesting crops as it takes a lot of time, labor and effect to cut the crops manually. Although harvesting machines are already available in the market but these are quite large and costly. To overcome these problems this project work deals with "design and fabrication of multi crop reaper machine". This machine targets the farmers and small scale land holders who have small land area. It is easy to fabricate, low cost and light weight. It has cutting blades which cut the crop in moving type of motion. A prototype has been developed which is easy to operate and can be used for efficient and effortless harvesting of crops. The model so constructed can be used by small scale famers for increasing their profits by decreasing labor and machinery cost. This model will offer a superior and cheap technique to decrease labor and difficulties in collecting crops. So we decided to design and fabricate the multicrop reaper machine.
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Prof. P.B.Chavan1, Prof. D .K. Patil 2, Prof. D .S. Dhondge 3 -Design and Development of manually Operated Reaper- IOSR Journal of Mechanical and Civil Engineering (IOSR-JMCE) e-ISSN: 2278-1684, p-ISSN: 2320-334X, Volume 12, Issue 3 Ver. I (May. - Jun. 2015), PP 15-22
Kundu Amar, Ray Gaur G. -Proceedings 19th Triennial Congress of the IEA, Melbourne 9-14 August 2015 -Validation of RULA, REBA in agriculture works in Indian context.
Hossain, S.A. A.M. and Faruque, M.J. (2008). Performance and economic evaluation of cereal reaper made by Janata Machine Tools (Pvt.) Limited. Journal of Subtropical Agricultural Research and Development. 6(1):426-431.
Bukhari, A.Q.; Baloch, J. M. and Malik, R. J. (1986). Grain losses in wheat harvested by tractor front-mounted reaper-windrower. AMA. 22(3): 15-20.
Karahle, S.S.; Gajakos, A.V.; Neharkar, P.S.; Kamdi, S.R. and Lambe, S.P. (2013). Performance evaluation of self-propelled reaper binder. IJAAS. 2(1): 47-50
Aravind C, Shivashankar V, Vikas R, “design and development of mini paddy harvester” Taylor and francis, Vol.3 Issue 05. 2015.
Laukik P.Raut,vishal dhandare, “Design Development and Manufacturing of Compact Harvester” Vol.2 Issue 10,2014.
Prof. P.B.Chavan, et al, 2015, “Design and Development of Manually Operated Reaper”, Vol 12.
Laukik P et al. 2014, “Design, Development and Manufacturing of Compact Harvester, IJSRD.
Sharmin A. 2014, “Identifying Available Reaper Functional Issues”, India.
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