DESAIN LAMPU LED UNTUK PELAYARAN NELAYAN DENGAN PEMANFAATAN PUTARAN MOTOR PERAHU
Abstract
Abstrak - Cahaya digunakan nelayan untuk menarik perhatian ikan agar dapat tertangkap lebih mudah. Penggunaan cahaya yang sekarang digunakan oleh nelayan masih memiliki kekurangan terutama pada nelayan dengan perahu papan kecil dan sedang yang masih menggunakan lampu petromaks. Lampu tersebut boros bahan bakar dan penggunaannya kurang efektif karena harus sering mengganti kaos lampu petromaks dan memompa lampu setiap beberapa saat. Metode yang digunakan dalam perancangan ini adalah metode kualitatif dalam pengumpulan datanya yaitu dengan wawancara, observasi dan studi aktivitas. Perancangan lampu ini akan berguna untuk pelayaran nelayan di malam hari yang lebih baik yaitu lampu LED dengan pemanfaatan sumber putaran motor perahu dan dapat dicelup untuk atraktor ikan.
Kata kunci: pelayaran, lampu LED, nelayan, atraktor ikan.
Abstract - Fishermen use light to attract fish to be caught easier. The light which is now used by fishermen still has shortcomings, especially on small and medium board fishing boat that still using kerosene lamp. The kerosene lamp wasteful of fuel and less effective because they must often replace gas mantles and pumping light every few moments. This design methods using qualitative methods in data collection which is by interview, observation and study activity.The design of this lamp will be better and useful for sailing activities in the evening with the use of LED light which also can be dyed to attract fish with boat motor rotation energy source.
Keywords: sail, LED lights, fisherman, fish attractor.
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References
Anonim. Kaca Acrylic. 2013. http://www.depoglassart.com/2013/01/kacaacrylic.html
Anonim. Jenis Kaca. 2014. http://www.trideko.com/jenis-kaca
Azis, Abdul. Nelayan Melaut Malam Hari Hindari Angin Kencang. 15-7-2011. http://www.antarajatim.com/lihat/berita/66789/nelayan-melaut-malam-harihindari-angin-kencang
Berita Iptek. 2013. Menangkap Ikan Menggunakan Cahaya. http://www.kamusilmiah.com/pangan/menangkap-ikan-menggunakan-cahaya/
Callister, William. 1940. Materials Science and Engineering. John Wiley & Sons: New York.
D. Halliday, R. Resnick, J. Walker.2008. Fundamental of Physics, 8th Edition, John Wiley & Sons.
Dinas Pertanian Kota Surabaya. Surabaya Dalam Angka 2011. 240-242
Grey, Calleb. Sea and Land Breeze Power the Ecofriendly Beach Lamp Concept. 14-11-2012. http://www.ecochunk.com/3777/2012/11/14/sea-and-land-breezepower-the-eco-friendly-beach-lamp-concept/
Harten. 2002. Interior Lighting Design, 6th ed., The Lighting Industry Federation, Ltd. And The Electricity Council, London. Igen Design. Flow - public lighting for the Third World. 2-4-12. http://igendesign.co/25562/170844/what-we-have-delivered/flow-public-lightingfor-the-third-world.
Irawan, Bambang dan Priscilla Tamara. 2013. Dasar – Dasar Desain. Griya Kreasi : Bogor.
Kalituri, Robin. Nelayan Indonesia. 26-12-2012. http://jakarta.kompasiana.com/sosial-budaya/2012/04/26/nelayan-indonesia452640.html
Krisnadwi. Mengenal Jenis – Jenis Plastik. 3-1-2013. http://bisakimia.com/2013/01/03/mengenal-jenis-jenis-plastik/
Lembaga Elektronik Nasional Bandung. Lampu Celup Bagan Apung. 31-10-2000. https://groups.yahoo.com/neo/groups/kimiaindustri/conversations/messages/1476.
Lisa, Ana. Ikea Launches New Solvinden Wind and Solar-Powered Outdoor Lights. 2-10-12. http://inhabitat.com/ikea-launches-new-solvinden-wind-andsolar-powered-outdoor-lights/
Profil Keanekaragaman Hayati kota Surabaya 2012. Nelayan Pesisir. 523-525.
Mubyarto, Loekman Soetrisno dan Michael Dove.1984. Nelayan dan Kemiskinan. CV. Rajawali: Jakarta.
Muhaimin, M.T. 2001. Teknologi Pencahayaan. Refika Aditama: Bandung.
Nasution, Arman Hakim. 2012. Sustainable and Renewable Energy, Innovation 3 PTN dan Aplikasiya pada CSR Perusahaan. ITS: Surabaya.
Notanubun, Julianus dan Patty, Wilhelmina. 2010. Perbedaan Penggunaan Intensitas Cahaya Lampu Terhadap Hasil Tangkapan Bagan Apung di Perairan Selat Rosenberg Kabupaten Maluku Tenggara Kepulauan KEI. UNSRAT: Manado.
Pratama, I Wayan Wahyu. 2014. Kerajinan Kaca “Putera Bali Glass” DesaKeramas, Gianyar. Undikscha: Buleleng.
Redondo, Markel. Solar Power. 2013. http://www.greenpeace.org.uk/climate/solar-power
Stephani, Sherliana. Jenis – Jenis Lampu. 1-7-2012. http://www.academia.edu/6342619/Jenis-jenis_lampu
Subani, W. & H. Barus. 1989. Alat Penangkapan Ikan dan Udang Laut di Indonesia. Jurnal Penelitian Perikanan Laut No. 50. Edisi Khusus, BPPL, Deptan, Jakarta.
Thompson, D.B & M. Ben-Yami. 1984. Fishing Gear Selectivity and Performance. FAO Fish.Rep.
T.K Chuan et al. 2010. International Journal of Industrial Ergonomics. National University of Singapore : Singapore.
Yami. B. 1988. Attracting Fish with Light. Roma : FAO.
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