发明名称 DRIFTING PARTICLE SIMULATOR FOR TRACKING CONTAMINATED SEDIMENT FROM STORMWATER DISCHARGE PLUMES
摘要 A drifting particle simulator buoy system for a stormwater discharge plume which includes a GPS unit for tracking the buoy GPS location at the surface of the plume and a drogue/winch unit including a drogue chute and winch package which is lowered to the seafloor at a controlled descent rate which is comparable to the descent rate of certain size sediment particles of interest within the stormwater discharge plume. The drogue chute controls lateral drift with the underwater current at approximately the same velocity of the sediment particles of interest. A control unit controls the drogue/winch unit, including controlling the speed of the chute/winch unit to mimic the settling rate of the sediment particles of interest. A bottom detection sensor determines the GPS location where the chute/winch package reaches the seafloor and determining the depositional footprint of contamination at the determined GPS location.
申请公布号 US2016239588(A1) 申请公布日期 2016.08.18
申请号 US201514624705 申请日期 2015.02.18
申请人 Chadwick David Bartholomew;Oiler Joathon Keith;Nicholson Matthew Joseph 发明人 Chadwick David Bartholomew;Oiler Joathon Keith;Nicholson Matthew Joseph
分类号 G06F17/50;G01S19/01 主分类号 G06F17/50
代理机构 代理人
主权项 1. A drifting particle simulator buoy system for a stormwater discharge plume comprising: a GPS unit for tracking the buoy GPS location at the surface of the plume; a drogue/winch unit including a drogue chute and winch package which is lowered to the seafloor at a controlled descent rate which is comparable to the descent rate of certain size sediment particles of interest within the stormwater discharge plume; the drogue chute controlling lateral drift with the underwater current at approximately the same velocity of the sediment particles of interest; a control unit for controlling the drogue/winch unit, including controlling the speed of the chute/winch unit to mimic the settling rate of the sediment particles of interest; and a bottom detection sensor for determining the GPS location where the chute/winch package reaches the seafloor and determining the depositional footprint of contamination at the determined GPS location.
地址 San Diego CA US
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