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    • 8. 发明申请
    • Sliding Safety Bumper
    • 滑动安全保险杠
    • US20030178238A1
    • 2003-09-25
    • US10103270
    • 2002-03-22
    • Primitivo F. Ruiz
    • B60R019/00
    • B60R19/18B60R19/28B60R19/32B60R19/36B60R2019/1873B60R2019/1893
    • The SLIDING SAFETY BUMPER consists of two (2) U shaped steel channels that contain steel springs, each enclosed in a triple sliding sleeve, a synthetic rubber cushion bonded to one (1) of the U shaped channels. The other U shaped steel channel attaches the bumper to the frame of the vehicle. The bumper also contains a hydraulic system that transmits impact force to a master cylinder in severe impacts. The space between the channels is covered with an accordian folding plastic. The SLIDING SAFETY BUMPER is attached to both the front and rear of the vehicle. OPTIONAL For additional protection a two (2) inch layer of shock absorbing plastic can be applied to the inside of the vehicle.
    • 滑动安全缓冲器由两个(2)U形钢通道组成,钢通道包含钢弹簧,每个都包含在三重滑动套筒中,合成橡胶缓冲垫与一个U形通道结合。 另一个U形钢通道将保险杠连接到车辆的框架上。 保险杠还包含一个液压系统,可在严重冲击下将冲击力传递到主缸。 通道之间的空间用折叠塑料覆盖。 滑动安全保险杠安装在车辆的前部和后部。 可选为了额外的保护,可以将两(2)英寸的减震塑料层施加到车内。
    • 9. 发明授权
    • Impact attenuation
    • 冲击衰减
    • US06520491B2
    • 2003-02-18
    • US09833698
    • 2001-04-13
    • Brian C. Timlick
    • Brian C. Timlick
    • A47C2708
    • B60R19/00B60R19/32F16F9/0472
    • An apparatus for attenuating shock loads includes a flexible, non-rigid outer impervious envelope. The envelope is formed from a high strain resistance material. An inner, pervious baffle extends across the envelope between the first and second sides. The inner baffle is also a flexible, non-rigid material of high strain resistance. The envelope is inflated with gas at a superatmospheric pressure. An impact on one side of the structure will compress that side, increasing the pressure of the gas between that side and the baffle. The gas will then flow through the pervious baffle to the other side, dissipating energy, spreading the load over the second side of the envelope and causing a time delay in the build-up of pressure on the second side. In preferred embodiments of the invention, there are plural, parallel baffles in the envelope to provide a multi-stage energy dissipation. The preferred material of the outer envelope and the baffle is a high tensile strength woven fabric, with the envelope having an impervious inner coating.
    • 用于衰减冲击载荷的装置包括柔性的,非刚性的外部不可渗透的外壳。 外壳由高耐应变材料形成。 内部可渗透的挡板在第一和第二侧之间延伸穿过封套。 内挡板也是具有高应变阻力的柔性非刚性材料。 外壳用超大气压的气体充气。 对结构的一侧的冲击将压缩该侧,增加该侧和挡板之间的气体的压力。 然后,气体将流过可渗透的挡板到另一侧,耗散能量,将负载扩展到外壳的第二侧,并引起第二侧上的压力积累的时间延迟。 在本发明的优选实施例中,在封套中存在多个平行的挡板以提供多级能量耗散。 外封套和挡板的优选材料是高抗拉强度织物,其外壳具有不透水的内涂层。