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    • 2. 发明授权
    • Supported membrane planer for SES seals
    • 用于SES密封件的支撑膜刨床
    • US4285414A
    • 1981-08-25
    • US99151
    • 1979-11-30
    • Alexander MalakhoffSydney Davis
    • Alexander MalakhoffSydney Davis
    • B60V1/16B60V1/04
    • B60V1/16
    • A seal structure for an air cushion vessel includes an inflatable bag secd to the hull and a plurality of juxtaposed, interconnected planer members maintained in operative position beneath the bag by a plurality of support straps. Each planer member includes a transversely reinforced shell portion and a flexible, resilient membrane secured to the longitudinal edge portions of the shell portion to form a flexible planing surface for the seal structure. The planer members may have tapered aft end portions and curved planing surfaces to provide a gradual change of the interface between the planer members and the water.
    • 用于气垫容器的密封结构包括固定到船体的可充气袋和多个并置的互连的平面构件,其通过多个支撑带保持在袋下方的操作位置。 每个平面构件包括横向加强的外壳部分和固定到壳部分的纵向边缘部分的柔性弹性膜,以形成用于密封结构的柔性刨面。 平面构件可以具有锥形的后端部和弯曲的刨面以提供平面构件和水之间的界面的逐渐变化。
    • 4. 发明授权
    • Deep depth undex simulator
    • 深度undex模拟器
    • US4495809A
    • 1985-01-29
    • US480180
    • 1983-03-29
    • Robert R. HigginbothamAlexander Malakhoff
    • Robert R. HigginbothamAlexander Malakhoff
    • G01M10/00G01N3/30G01N33/22G01N37/00
    • G01N3/313G01M10/00
    • A deep depth underwater simulator is illustrated for determining the dual effects of nuclear type underwater explosion shockwaves and hydrostatic pressures on a test vessel while simulating, hydrostatically, that the test vessel is located at deep depths. The test vessel is positioned within a specially designed pressure vessel followed by pressurizing a fluid contained between the test and pressure vessels. The pressure vessel, with the test vessel suspended therein, is then placed in a body of water at a relatively shallow depth, and an explosive charge is detonated at a predetermined distance from the pressure vessel. The resulting shockwave is transmitted through the pressure vessel wall so that the shockwave impinging on the test vessel is representative of nuclear type explosive shockwaves transmitted to an underwater structure at great depths.
    • 说明了一种深深的水下模拟器,用于确定核型水下爆炸冲击波和静水压力对试验容器的双重影响,同时模拟(静压)试验容器位于深深处。 试验容器定位在特别设计的压力容器中,随后对包含在测试压力容器和压力容器之间的流体加压。 然后将其中悬挂有试验容器的压力容器放置在相对浅的深度的水体中,并且在与压力容器预定距离处引爆炸药。 所产生的冲击波通过压力容器壁传播,使得撞击在试验容器上的冲击波代表在大深度传输到水下结构的核型爆炸性冲击波。
    • 6. 发明授权
    • Transversely stiffened membrane seal
    • 横向加强膜密封
    • US4333413A
    • 1982-06-08
    • US114455
    • 1980-01-23
    • Sydney DavisAlexander Malakhoff
    • Sydney DavisAlexander Malakhoff
    • B60V1/16B63B1/38
    • B60V1/16
    • A seal structure for an air cushion vessel includes an inflatable bag secd to the hull and a transversely stiffened lobe portion maintained therebeneath. The stiffened lobe portion consists of a membrane with an array of spaced, transverse stiffener members connected thereto. The colinear stiffener members are interconnected in end-to-end relationship.Generally, the end portions of the stiffener members are connected to support stays which are connected either to the bag structure or to the forward portion of the hull. The support stays may comprise cable elements or membranes which form continuations of the stiffened lobe membrane.Additional support for the stiffened lobe portion is provided in the form of a plurality of rear support elements which set the orientation and configuration of the stiffened lobe portion and limit the downward deflection of the stiffened lobe portion. The rear support elements may comprise cables or membranes, which are supported from elongated bars, catenary cable supports, or cable elements.
    • 用于气垫容器的密封结构包括固定到船体的可充气袋和保持在其上的横向加强的叶片部分。 加强的凸起部分由与其连接的具有间隔开的横向加强件构件的阵列的膜组成。 共线加强构件以端对端关系相互连接。 通常,加强构件的端部连接到支撑撑杆,支撑撑杆连接到袋结构或者与船体的前部连接。 支撑撑杆可以包括形成加强叶片膜的连续的电缆元件或膜。 设置加强凸起部分的附加支撑件设置成多个后支撑元件的形式,其设置加强的凸角部分的取向和构造并限制加强的凸角部分的向下偏转。 后支撑元件可以包括电缆或膜,其由细长的杆,悬链线缆支撑件或电缆元件支撑。
    • 7. 发明授权
    • Transversely supported seal
    • 横向支撑密封
    • US4436312A
    • 1984-03-13
    • US344132
    • 1982-01-29
    • Sydney DavisAlexander Malakhoff
    • Sydney DavisAlexander Malakhoff
    • B60V1/16B63B1/38
    • B60V1/16
    • A seal structure for an air cushion vessel includes an inflatable bag secured to the hull and a transversely stiffened lobe portion maintained therebeneath. The stiffened lobe portion consists of a membrane with an array of spaced, transverse stiffener members connected thereto. The colinear stiffener members are interconnected in end-to-end relationship. According to one embodiment, the end portions of the stiffener members are connected to support stays which are connected either to the bag structure or to the forward portion of the hull. The support stays may comprise cable elements or membranes which form continuations of the stiffened lobe membrane. Additional support for the stiffened lobe portion is provided in the form of a plurality of rear support elements which set the orientation and configuration of the stiffened lobe portion and limit the downward deflection of the stiffened lobe portion. The rear support elements may comprise cables or membranes, which are supported from elongated bars, catenary cable supports, or cable elements.
    • 用于气垫容器的密封结构包括固定到船体的可充气袋和保持在其上的横向加强的叶片部分。 加强的凸起部分由与其连接的具有间隔开的横向加强件构件的阵列的膜组成。 共线加强构件以端对端关系相互连接。 根据一个实施例,加强构件的端部连接到支撑撑杆,支撑撑杆连接到袋结构或者与船体的前部连接。 支撑撑杆可以包括形成加强叶片膜的连续的电缆元件或膜。 设置加强凸起部分的附加支撑件设置成多个后支撑元件的形式,其设置加强的凸角部分的取向和构造并限制加强的凸角部分的向下偏转。 后支撑元件可以包括电缆或膜,其由细长的杆,悬链线缆支撑件或电缆元件支撑。
    • 8. 发明授权
    • Interplaner hinge joint for ses seals
    • 用于ses密封件的Interplaner铰链接头
    • US4254842A
    • 1981-03-10
    • US88897
    • 1979-10-29
    • Alexander Malakhoff
    • Alexander Malakhoff
    • B60V1/16B60V1/04
    • B60V1/16
    • In an Air Cushion Vehicle having spaced depending sidewalls, a seal struce which includes an inflatable bag secured to the hull and a plurality of juxtaposed pivotally interconnected planer members maintained in operative position beneath the bag by a plurality of support stays. The support stays are connected to the hull and extend along the longitudinal edge portions of the planer members and are connected to the hinge members, which pivotally interconnect the planer members, to adjustably secure the planer members to the support stays. Fixed length geometry straps and adjustable length retracting straps are connected to the hinge members for limiting the downward deflection of the aft end of the planer members.
    • 在具有间隔的侧壁的空气缓冲车辆中,密封结构包括固定到船体上的可充气袋和多个并置的可枢转地互连的平面构件,其通过多个支撑撑条保持在袋下方的操作位置。 支撑撑杆连接到船体,并且沿着平面构件的纵向边缘部分延伸并且连接到枢转构件,铰链构件枢转地连接平面构件,以将刨床构件可调节地固定到支撑撑杆上。 固定长度的几何带和可调节的长度缩回带连接到铰链构件,以限制刨床的后端的向下偏转。