会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 102. 发明授权
    • Oil spill detection system
    • 漏油检测系统
    • US5532679A
    • 1996-07-02
    • US391424
    • 1995-02-16
    • John F. Baxter, Jr.
    • John F. Baxter, Jr.
    • E02B15/04G01N33/18G08B1/08
    • G01N33/1886E02B15/04G01N33/1833Y10S210/923
    • An oil spill detection system to detect and track oil spills and transmit data to a remote monitoring center comprising a buoyant detection platform including at least one detection sensor to detect the presence of hydrocarbons in the water adjacent the buoyant detection platform and generate a detection signal in response thereto and a communication system operatively coupled to the detection sensor to receive the detection signal and to generate a data signal in response to the detection signal and to transmit the data signal to the remote monitoring center, the data signal including a discrete platform identification signal corresponding to the buoyant detection platform, and a deployable free floating tracking buoy to be deployed when the detection signal is generated to indicate the direction and speed of travel of the oil slick created by the oil spill.
    • 一种漏油检测系统,用于检测和跟踪漏油并将数据传输到远程监控中心,该远程监控中心包括浮力检测平台,该浮力检测平台包括至少一个检测传感器,以检测邻近浮力检测平台的水中的碳氢化合物的存在,并产生检测信号 响应于此,以及通信系统,其可操作地耦合到所述检测传感器以接收所述检测信号,并且响应于所述检测信号产生数据信号,并将所述数据信号发送到所述远程监控中心,所述数据信号包括离散平台识别信号 对应于浮力检测平台,以及当产生检测信号以指示由漏油产生的油滑的行进方向和速度时部署的可部署的自由浮动跟踪浮标。
    • 105. 发明授权
    • Water craft and method for removing weeds and pollutants from navigable
waters
    • 水道工程和排水方法
    • US4616588A
    • 1986-10-14
    • US689940
    • 1985-01-09
    • Mary J. Caddick
    • Mary J. Caddick
    • E02B15/04B63H25/06
    • E02B15/04
    • A navigable water craft having a first tool mounted on the bow area for removing pollutants. The tool may be a basket or scoop which is mounted to be raised and lowered such as through hydraulic rams. Additionally, the basket may be mounted to be rotated about a vertical axis from side-to-side of the craft. At the stern area is mounted a weed removal tool preferably in the form of a triangular rigid structure which, in use, is lowered to be dragged on the sea bed by a line wound on a winch mounted on the craft. A control station including a operator's seat is located between the stern and bow forwardly of the winch which preferably is located in an open recessed compartment. To protect the steering rudder of the craft, a barrier is positioned at the stern to prevent the weed removal tool from engaging the rudder during raising or lowering of the tool. A roller is mounted across the stern area on the hull to facilitate movement of the weed removal tool over the stern area during raising or lowering of the tool. The craft is driven through an engine which is cooled through a closed circuit cooling system including a coolant tank located at the bottom of the hull and forming a part thereof so as to be submerged into the water in heat exchange contact with the water during use of the craft.
    • 一种导航水上工具,其具有安装在弓形区域上的第一工具,用于去除污染物。 工具可以是安装成升高和降低的篮子或勺子,例如通过液压柱塞。 另外,筐可以安装成围绕垂直轴线从工艺的侧面旋转。 在船尾区域安装有优选为三角形刚性结构形式的除草工具,其在使用中通过缠绕在安装在工艺上的绞盘上的线被降低以在海床上拖动。 包括操作者座椅的控制台位于绞盘的船尾和弓形件之前,优选地位于开放的凹槽中。 为了保护工艺的转向舵,挡板位于船尾处,以防止杂草移除工具在升高或降低工具期间接合舵。 在船体的船尾区域上安装一个滚轮,以便在升高或降低工具期间使杂草移除工具在船尾区域上移动。 该工艺通过发动机驱动,发动机通过包括位于船体底部的冷却剂箱的闭路冷却系统冷却并形成其一部分,从而在使用期间以与水的热交换接触的方式浸没在水中 工艺。
    • 106. 发明授权
    • Oil detector
    • 油检测器
    • US3887907A
    • 1975-06-03
    • US41499673
    • 1973-11-12
    • BRILL EUGENE L
    • BRILL EUGENE L
    • G01N33/18E02B15/04G01N1/10G01N33/26G08B21/00
    • E02B15/04Y02A20/204Y10S210/923
    • A method and apparatus is disclosed for detecting the presence of oil floating on water and includes taking a continuous liquid sample from the surface of the water at a substantially steady rate, by a hydrophobic collector which discriminates between oil and water, collecting more oil and less water, collecting a sample of predetermined parameter, such as weight or volume, in a predetermined time, dumping each sample at the end of the said predetermined time, and providing a signal when a sample reaches the predetermined parameter in less than the predetermined time due to the presence of oil in the sample.
    • 公开了一种用于检测漂浮在水上的油的存在的方法和装置,包括以基本上稳定的速率从水的表面采集连续的液体样品,通过疏水捕收器来区分油和水,收集更多的油和更少的油 水,在预定时间内收集诸如重量或体积的预定参数的样品,在所述预定时间结束时倾倒每个样品,并且当样品在小于预定时间内达到预定参数时提供信号,由于 到样品中存在油。