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    • 1. 发明授权
    • Energy dissipation system
    • 消能系统
    • US06412616B1
    • 2002-07-02
    • US09507653
    • 2000-02-22
    • Noel L. AllenAllen L. ArndtRobert J. Monson
    • Noel L. AllenAllen L. ArndtRobert J. Monson
    • F16F902
    • B60G13/14B60G11/56B60G17/044B60G2202/12B60G2202/152B60G2202/412B60G2300/60F16F9/0209F16F9/10F16F2232/06
    • An energy dissipation system for limiting forces applied to object; includes a piston rod that extends out of a pneumatic cylinder which contacts the object, the piston rod is forced from its initial position against a return spring and air is forced into an air line. The force transmitted to the object is consumed by an energy transformation device that responds to the air in the air line. [One such energy transformation device as an air accumulator, which is coupled to the air line trough a check valve. An orifice or release valve, releases air up a predetermined flow rate so that the linear motion of the protected object is transformed into work, which is dissipated.] [Another] The energy transformation device consists of an air-driven motor coupled to a heavy flywheel [through] that is driven by the motor. [A third alternative energy transformation device consist of a second dissipation cylinder and piston, where the dissipation cylinder is coupled to the air line so that the air in line, drives the pistons against a return spring that orifice or release valve, may also be coupled to the airline on to the dissipation cylinder.]
    • 用于限制施加到物体的力的能量耗散系统; 包括活塞杆,该活塞杆伸出与接触物体的气缸,活塞杆被迫从复位弹簧的初始位置迫使空气被迫进入空气管路。 传递到物体的力被能量转换装置消耗,该能量转换装置响应于空气管线中的空气。 [一种诸如空气蓄能器的能量转换装置,其通过止回阀联接到空气管线。 孔或释放阀释放预定流量的空气,使受保护物体的直线运动转化为工作,其消散。] [另一个]能量转换装置由一个空气驱动的马达耦合到重的 由电机驱动的飞轮[通过]。 [第三替代能量转换装置由第二耗散圆柱体和活塞组成,其中耗散圆柱体联接到空气管线,使得管线中的空气驱动活塞抵靠孔或释放阀的复位弹簧,也可以联接 到航空公司到消散筒。]
    • 2. 发明授权
    • Composite spring mount shock absorber
    • 复合弹簧安装减震器
    • US06299150B1
    • 2001-10-09
    • US09495694
    • 2000-02-01
    • Noel L. AllenAllen L. ArndtScott M. Ralston
    • Noel L. AllenAllen L. ArndtScott M. Ralston
    • F16F106
    • F16F1/027F16F1/024F16F1/18F16F3/02F16F7/14
    • A spring element is made of a spring material and is formed into a generally elliptical shape. Two mounting pins extend in a normal direction through parallel relatively short segments of said elliptically-shaped spring element. The mounting pins are substantially aligned with the shorter of the two axis of the elliptically-shaped spring element so as to extend both inwardly and outwardly of said elliptically-shaped spring element. An elastomeric coating is applied around substantially all of the spring elements and a pair of blocks, each of which surrounds one of the mounting pins receives one of the mounting pins. A number of spring elements are joined together by two parallel, spaced-apart coupling links which contain cavities therein to receive one of the blocks of each of the spring elements.
    • 弹簧元件由弹簧材料制成并形成为大致椭圆形。 两个安装销通过所述椭圆形弹簧元件的平行的相对较短的段沿法向延伸。 安装销基本上与椭圆形弹簧元件的两个轴线中较短的一个对齐,以便在所述椭圆形弹簧元件的内部和外侧都延伸。 围绕基本上所有的弹簧元件施加弹性体涂层,并且一对块,每个块围绕其中一个安装销接收一个安装销。 多个弹簧元件通过两个平行的间隔开的联接连接件连接在一起,该联接连杆在其中包含空腔以容纳每个弹簧元件的一个块。