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    • 7. 发明申请
    • Ballast system for tension leg platform
    • 压腿系统用于张力腿平台
    • US20050160958A1
    • 2005-07-28
    • US11040406
    • 2005-01-21
    • Terrence KryskaDavid Chaplin
    • Terrence KryskaDavid Chaplin
    • B63B13/00B63B21/50B63G8/22B63B25/08
    • B63B13/00B63B21/502B63B43/06B63B2021/505
    • An apparatus and method for ballasting and de-ballasting a vessel having a hull with several watertight ballast compartments. In a first embodiment, a pressure tank is isolatably and fluidly coupled to a common sea chest, to the atmosphere, to ballast compartments via a distribution manifold, and to a source of compressed gas. The pressure tank is first vented and filled with water from the sea chest, then isolated. The filled tank is then coupled to a ballast tank and the source of compressed gas, which displaces water from the tank to the ballast compartment. In other embodiments, ballasting is by venting and flooding compartments using individual sea chests located within the ballast compartments or a firewater system. For de-ballasting, compressed gas displaces ballast water through overboard discharges, through the common sea chest via the pressure tank, or through individual sea chests located within the ballast compartments.
    • 一种用具有几个水密压载舱的船体进行压载和卸载的船舶的装置和方法。 在第一实施例中,压力罐可隔离并且流体地联接到共同的海底,大气,经由分配歧管和压缩气体源连接到压载舱。 压力罐首先排放,并从海底充满水,然后隔离。 填充的罐然后被连接到压载箱和压缩气体源,其将水从罐移动到镇流室。 在其他实施例中,通过使用位于压载隔间内的个别海柜或消防水系统来排放和淹没隔室。 对于卸载压缩气体,压缩气体通过舷外排放物,通过压力罐或通过位于压载舱内的各个海洋箱体的普通海底置换压载水。
    • 9. 发明申请
    • Mobile laser designated infrared multimedia mapping system
    • 移动激光指定红外多媒体制图系统
    • US20060018642A1
    • 2006-01-26
    • US10894022
    • 2004-07-20
    • David Chaplin
    • David Chaplin
    • G03B39/00
    • G08B17/005G01V8/10G03B29/00G03B37/00
    • A system for collecting GPS positioning data in correlation with infrared imagery and digital imagery from an aerial based platform. The system can complete the said data collection assignments without requiring physically connecting any hardware or sensors to the exterior of the aircraft. Our inventions exclusive niche in the aerial remote sensing industry consists of a mobile hardware platform, which facilitates mounting an array of cameras, sensors, and recording equipment inside the aircraft without any hardware mounted to the exterior of the aircraft. The mobile hardware platform supports multiple types and configurations of cameras and a diverse sensor array. The preferred embodiment of the sensory and camera configuration operates concurrently in real-time to facilitate the data collection process. The said preferred embodiment allows an operator to collect infrared imagery, digital imagery, and geopspatial position coordinates for a single target or multiple targets simultaneously. The system was also designed to enable the data collection process during normal flight without requiring the aircraft to hover or reverse direction. Due to the field of view and mobility the tree-way tripod head provides, targets can be acquired and recorded while the aircraft is in motion. The MOBILE LASER DESIGNATED INFRARED MULTIMEDIA MAPPING SYSTEM was designed for, but not limited to, use on forest fire monitoring, utilities inspections, and riparian wildlife and habitat mapping homeland security, agricultural inspection, forest management, burn area rehabilitation assessment, HAZMAT assessment, surveillance, aerial perimeter mapping and calculations, and many other remote sensing applications.
    • 一种用于从基于天线的平台与红外成像和数字图像相关的GPS定位数据的收集系统。 该系统可以完成所述数据采集分配,而不需要将任何硬件或传感器物理连接到飞行器的外部。 我们的发明在空中遥感行业的专有利基包括一个移动硬件平台,有助于在飞机内部安装一系列相机,传感器和记录设备,而无需安装在飞机外部的任何硬件。 移动硬件平台支持多种类型和配置的摄像机和不同的传感器阵列。 感觉和相机配置的优选实施例同时实时地进行以促进数据收集过程。 所述优选实施例允许操作员同时收集单个目标或多个目标的红外图像,数字图像和地理空间位置坐标。 该系统还被设计为使得在正常飞行期间的数据收集过程不需要飞机悬停或反向。 由于树形三脚架头部提供的视野和移动性,在飞机运动时可以获取和记录目标。 手机激光指定红外多媒体映射系统是为森林火灾监测,公用事业检查和河岸野生动物和栖息地绘制国土安全,农业检查,森林管理,烧伤区域恢复评估,HAZMAT评估,监测而设计的,但不限于此 ,空中周边测绘和计算,以及许多其他遥感应用。