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    • 1. 发明申请
    • Acoustic fence
    • 声篱笆
    • US20060018198A1
    • 2006-01-26
    • US10967953
    • 2004-10-18
    • Larry McDonaldGary Hicks
    • Larry McDonaldGary Hicks
    • G01S15/04
    • G01S7/523G01S15/04G01S15/876
    • Methods and apparatus determine if an underwater intruder passes under a protective boundary. A sonar sensor system comprises a plurality of sonar sensor modules that are spaced on a protective boundary. A sonar sensor module comprises a sonar transducer (sonar array) that is characterized by an omni-directional radiation pattern that may overlap an omni-directional radiation pattern of an adjacent sonar sensor module transducer. The sonar sensor module collects sonar data such as range information of the target in relation to time. A central processor obtains the sonar data from each sonar module through a telemetry link. The central processor processes the sonar data from the plurality of sonar sensor modules in order to determine an estimated path of the target and may determine if the target should be considered as a threatening underwater intruder from a calculated threat level estimate based on this data.
    • 方法和装置确定水下入侵者是否通过保护边界。 声纳传感器系统包括在保护性边界上间隔开的多个声纳传感器模块。 声纳传感器模块包括声纳传感器(声纳阵列),其特征在于可以与相邻声纳传感器模块换能器的全向辐射图案重叠的全向辐射图案。 声纳传感器模块收集相对于时间的目标的范围信息的声纳数据。 中央处理器通过遥测链路从每个声纳模块获得声纳数据。 中央处理器处理来自多个声纳传感器模块的声纳数据,以便确定目标的估计路径,并且可以基于该数据来从所计算的威胁级别估计中确定目标是否应被视为威胁水下入侵者。
    • 3. 发明申请
    • Free-standing clear-span frame structure and components
    • 独立的透明框架结构和部件
    • US20050252149A1
    • 2005-11-17
    • US10817587
    • 2004-04-02
    • Gene RitcheyGary Hicks
    • Gene RitcheyGary Hicks
    • E04B1/24E04B7/02E04B7/06E04C3/40E04H12/00
    • E04B7/024E04B1/24E04B7/06E04B2001/2415E04B2001/2445E04B2001/2448E04B2001/2457E04B2001/2463E04B2001/249E04B2001/2496E04C3/40
    • Novel free-standing open-span building frames for building construction and their use. The frames are assembled from base plates, upright posts, post-joist-rafter connectors, and a joist. Each base plate is a steel plate having an upper surface to which is welded the lower end of a steel post connector. The steel plates anchor bolt holes therethrough on each side of the post connector. The building has a steel reinforced concrete foundation with anchor bolts extending through the anchor bolt holes of each base plate, each base plate being secured to the anchor bolts with nuts. Each post has a lower end bolted to the respective steel post connector of the first and second base plate. Each post-joist-rafter connector comprises a post connector, a joist connector and a rafter connector. The first post has an upper end bolted to the post connector of the first post-joist-rafter connector, and the second post has an upper end bolted to the post connector of the second post-joist-rafter connector. The joist has first and second joist ends, the first joist end being bolted to the joist connector of the first post-joist-rafter connector, and the second joist end being bolted to the joist connector of the second post-joist-rafter connector. The frames are free-standing and can be spaced at distances of from 3 to 14 meters per frame.
    • 小型独立式开放式建筑框架,用于建筑施工及其使用。 框架由底板,立柱,后托梁连接器和托梁组装。 每个基板是具有上表面的钢板,焊接在钢柱连接器的下端。 钢板在柱连接器的每一侧穿过其中的锚定螺栓孔。 该建筑物具有钢筋混凝土基础,具有穿过每个基板的锚定螺栓孔的锚固螺栓,每个基板用螺母固定到锚定螺栓。 每个柱具有螺栓连接到第一和第二基板的相应钢柱连接器的下端。 每个后桁架连接器包括立柱连接器,托梁连接器和椽子连接器。 第一柱具有螺栓连接到第一后托梁连接器的柱连接器的上端,并且第二柱具有螺栓连接到第二后托梁连接器的柱连接器的上端。 托梁具有第一和第二托梁端部,第一托梁端部螺栓连接到第一后托梁连接器的托梁连接器,并且第二托梁端部螺栓连接到第二后托梁连接器的托梁连接器。 这些框架是独立的,并且可以以每帧3至14米的距离间隔开。