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    • 1. 发明授权
    • Vehicle with sacrificial underbody structure
    • 具有牺牲底体结构的车辆
    • US08905164B1
    • 2014-12-09
    • US13847754
    • 2013-03-20
    • James A. CapouellezBijan Khatib-ShahidiLeo J. Greene
    • James A. CapouellezBijan Khatib-ShahidiLeo J. Greene
    • B62D55/06F41H7/04
    • F41H7/042F41H5/013
    • A vehicle has a sacrificial buoyancy structure for attenuating damage to the vehicle body due to an under-vehicle explosion. The vehicle has a primary hull, connector plates disposed along the primary hull, track assemblies mounted to the connector plates, and gussets attaching the connector plates to the primary hull. The connection of the gussets to the primary hull is sacrificial in that a sufficient amount of explosive force detaches the gussets, connector plates and track assemblies from the primary hull, whereby the gussets, connector plates and track assemblies absorb a portion of the explosive force. The vehicle further has cross rods disposed between the connector plates and affixed thereto. The vehicle also has a sacrificial buoyancy hull beneath the primary hull attached to the cross members wherein the buoyancy hull, connector plates and primary hull form an enclosed buoyancy compartment enabling the vehicle to float on water.
    • 一种车辆具有牺牲浮力结构,用于衰减由于车辆下部爆炸造成的车体损坏。 车辆具有初级船体,沿着主船体设置的连接板,安装到连接器板的轨道组件和将连接器板连接到主船体的角撑板。 角撑板与主船体的连接是牺牲的,因为足够量的爆炸力将角撑板,连接板和轨道组件从初级船体分离,由此角撑板,连接板和轨道组件吸收一部分爆炸力。 车辆还具有设置在连接器板之间并固定在其上的横杆。 车辆还具有连接到横向构件的初级船体下面的牺牲浮力船体,其中浮力船体,连接板和初级船体形成封闭的浮力隔间,使车辆能够漂浮在水面上。
    • 2. 发明申请
    • Energy Absorbing Structure
    • 能量吸收结构
    • US20130175746A1
    • 2013-07-11
    • US13346964
    • 2012-01-10
    • Bijan Khatib-Shahidi
    • Bijan Khatib-Shahidi
    • F16F1/20B23P11/00
    • F16F1/025F41H5/023F42D5/045Y10T29/49609
    • An energy absorbing structure including an ovoid having a first end and a second end, wherein the first end and the second end are opposed; a first arch; and a second arch. The arches are inverted with respect to one another such that first arch legs are opposed to second arch legs. The arches are nested into the ovoid such that apexes of the arches intersect, and the first arch legs intersect a first surface and the second arch legs intersect a second surface. The first end of the ovoid is directed towards the first surface and the second end of the ovoid is directed towards the second surface. When a threat encounters either or both of the first and second surfaces, the structure collapses to absorb energy originated from the threat.
    • 一种能量吸收结构,包括具有第一端和第二端的卵形,其中所述第一端和所述第二端相对; 第一个拱门 和第二个拱门。 拱形物相对于彼此倒置,使得第一拱形腿与第二拱形腿相对。 拱形嵌套到卵形中,使得拱形顶点相交,第一拱形腿相交于第一表面,而第二拱形腿相交于第二表面。 卵球形的第一端指向第一表面,并且卵形的第二端指向第二表面。 当威胁遇到第一和第二表面中的任一个或两者时,结构将塌缩以吸收源自该威胁的能量。