Non-slippage control method for satellite tracking surface drifting buoy water sail

The invention belongs to the technical field of marine monitoring and provides a non-slippage control method for a satellite tracking surface drifting buoy water sail. The method comprises the following steps: with respect to basic components such as the sail surface, sail bars, sail ribs, pulling r...

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Main Authors LI ZHIGANG, WANG PENG, HU XIAOMIN, LUO DONGHONG, XIONG XUEJUN, YUN SHENGJUN
Format Patent
LanguageChinese
English
Published 20.11.2018
Subjects
EQUIPMENT FOR SHIPPING
PERFORMING OPERATIONS
RELATED EQUIPMENT
SHIPS OR OTHER WATERBORNE VESSELS
TRANSPORTING
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Abstract The invention belongs to the technical field of marine monitoring and provides a non-slippage control method for a satellite tracking surface drifting buoy water sail. The method comprises the following steps: with respect to basic components such as the sail surface, sail bars, sail ribs, pulling ropes and the like, selecting low-density materials and designing a hanging ring of adjustable weightto perform zero buoyancy regulation, ensuring that the redundant weight of the water sail in water is about 5% of the weight of the water sail in air, and realizing zero buoyancy control; setting medusoid hair on a cylindrical sail body, adding medusoid hair hanging pieces on supporting sail ribs inside the sail body, and realizing non-slippage control by virtue of the design of the multi-sectionsail body and cross radial holes. Compared with domestic and overseas like products, the water sail disclosed by the invention has the advantages that the non-slippage effect is improved by about 50%, and the observation effe
AbstractList The invention belongs to the technical field of marine monitoring and provides a non-slippage control method for a satellite tracking surface drifting buoy water sail. The method comprises the following steps: with respect to basic components such as the sail surface, sail bars, sail ribs, pulling ropes and the like, selecting low-density materials and designing a hanging ring of adjustable weightto perform zero buoyancy regulation, ensuring that the redundant weight of the water sail in water is about 5% of the weight of the water sail in air, and realizing zero buoyancy control; setting medusoid hair on a cylindrical sail body, adding medusoid hair hanging pieces on supporting sail ribs inside the sail body, and realizing non-slippage control by virtue of the design of the multi-sectionsail body and cross radial holes. Compared with domestic and overseas like products, the water sail disclosed by the invention has the advantages that the non-slippage effect is improved by about 50%, and the observation effe
Author LI ZHIGANG
HU XIAOMIN
YUN SHENGJUN
LUO DONGHONG
XIONG XUEJUN
WANG PENG
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DocumentTitleAlternate 卫星跟踪表层漂流浮标水帆的无滑脱控制方法
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Snippet The invention belongs to the technical field of marine monitoring and provides a non-slippage control method for a satellite tracking surface drifting buoy...
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SubjectTerms EQUIPMENT FOR SHIPPING
PERFORMING OPERATIONS
RELATED EQUIPMENT
SHIPS OR OTHER WATERBORNE VESSELS
TRANSPORTING
Title Non-slippage control method for satellite tracking surface drifting buoy water sail
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