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    • 1. 发明授权
    • Method and apparatus for transporting and transferring a person
    • 运送和转移人的方法和装置
    • US5674041A
    • 1997-10-07
    • US484671
    • 1995-06-07
    • Donald J. Smith, Jr.Patrick J. AtkinsonMelissa L. EvansShawn P. LondoWilliam J. Ryan
    • Donald J. Smith, Jr.Patrick J. AtkinsonMelissa L. EvansShawn P. LondoWilliam J. Ryan
    • A61G3/06A61G5/10A61Q5/00
    • A61G5/1059A61G3/063A61G5/1054A61G5/1075A61G7/1015A61G7/1021A61G7/1078Y10S297/04Y10S414/134
    • A method and vehicle preferably a wheelchair (10) for transporting and transferring an invalid person is described. The wheelchair has first and second frames (12 and 48) with drive wheels (18) between which is provided a chair (82) or support (83). The first frame has top and bottom sliding mechanisms (34 and 36) which are mounted by I-beam extensions (38 and 40) to the bars (24 and 26) of the first frame. The second frame has top and bottom rails (54 and 56) which are slidably connected to the sliding mechanisms of the first frame. The rails have slots (78) through which extend the center portions (38C and 40C) of the extensions which allow the first frame to move along the length of the rails. The bottom rails have front wheels (60), intermediate wheels (68) and stabilizing wheels (70). The chair is connected to the second frame by belts (84) and ratchets (86) and has a lifting system (90). In use, the wheelchair is moved adjacent the open doorway (104) of the automotive vehicle (100) and the second frame with the chair and person are slid over the seat (102). As the second frame moves, the second frame tilts such that the intermediate wheels touch the ground surface (72). The seat is lowered using the ratchets and removed from the wheelchair.
    • 描述了一种方法和车辆,优选地是用于运输和转移无效人的轮椅(10)。 轮椅具有带有驱动轮(18)的第一和第二框架(12和48),在其之间设置有椅子(82)或支撑件(83)。 第一框架具有顶部和底部滑动机构(34和36),其通过工字梁延伸部(38和40)安装到第一框架的杆(24和26)上。 第二框架具有可滑动地连接到第一框架的滑动机构的顶部和底部轨道(54和56)。 轨道具有槽(78),延伸部分的延伸部分的中心部分(38C和40C)延伸通过该狭槽,第一框架沿着轨道的长度移动。 底轨具有前轮(60),中间轮(68)和稳定轮(70)。 椅子通过皮带(84)和棘轮(86)连接到第二框架,并具有提升系统(90)。 在使用中,轮椅靠近机动车辆(100)的打开的门口(104)移动,并且具有椅子的第二框架和人在座椅(102)上滑动。 当第二框架移动时,第二框架倾斜使得中间轮接触地面(72)。 使用棘轮将座椅放下并从轮椅上取下。
    • 2. 发明申请
    • MODELING SOUND PROPAGATION FOR UNDERWATER TEST AREAS
    • 建立水下测试领域的声音传播
    • US20090067290A1
    • 2009-03-12
    • US11746918
    • 2007-05-10
    • Shawn P. LondoMatthew A. Martz
    • Shawn P. LondoMatthew A. Martz
    • G01S15/88
    • G01S7/52004
    • A system and method for quickly modeling the ideal acoustic sound propagation in a body of water based on current SVP data and the position of the sound source, comprising the steps of: obtaining SVP data for the body of water; determining a depth of a sound source within the body of water; selecting a first ray angle originating from the sound source; calculating a first ray trace for the first ray angle using only the SVP data as environmental inputs; repeating the selecting and calculating steps for second-nth ray angles to calculate second-nth ray traces for the second-nth ray angles; and plotting the first-nth ray traces to create a ray trace plot for the body of water relative to the depth of the sound source.
    • 一种用于基于当前SVP数据和声源的位置对水体中的理想声音传播进行快速建模的系统和方法,包括以下步骤:获得水体的SVP数据; 确定水体内的声源的深度; 选择源自声源的第一光线角度; 使用仅SVP数据作为环境输入来计算第一射线角度的第一射线轨迹; 对第二个第n个射线角重复选择和计算步骤,以计算第二个第n个射线角度的第二个第二个射线轨迹; 并绘制第一个第n个射线轨迹,以创建相对于声源深度的水体的射线轨迹图。
    • 3. 发明授权
    • Modeling sound propagation for underwater test areas
    • 水下测试区的声音传播建模
    • US07606113B2
    • 2009-10-20
    • US11746918
    • 2007-05-10
    • Shawn P LondoMatthew A Martz
    • Shawn P LondoMatthew A Martz
    • G01S15/88
    • G01S7/52004
    • A system and method for quickly modeling the ideal acoustic sound propagation in a body of water based on current SVP data and the position of the sound source, comprising the steps of: obtaining SVP data for the body of water; determining a depth of a sound source within the body of water; selecting a first ray angle originating from the sound source; calculating a first ray trace for the first ray angle using only the SVP data as environmental inputs; repeating the selecting and calculating steps for second-nth ray angles to calculate second-nth ray traces for the second-nth ray angles; and plotting the first-nth ray traces to create a ray trace plot for the body of water relative to the depth of the sound source.
    • 一种用于基于当前SVP数据和声源的位置对水体中的理想声音传播进行快速建模的系统和方法,包括以下步骤:获得水体的SVP数据; 确定水体内的声源的深度; 选择源自声源的第一光线角度; 使用仅SVP数据作为环境输入来计算第一射线角度的第一射线轨迹; 对第二个第n个射线角重复选择和计算步骤,以计算第二个第n个射线角度的第二个第二个射线轨迹; 并绘制第一个第n个射线轨迹,以创建相对于声源深度的水体的射线轨迹图。