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    • 1. 发明授权
    • Energy absorbing bumper
    • 吸能保险杠
    • US06416094B1
    • 2002-07-09
    • US09915525
    • 2001-07-27
    • William W. Cherry
    • William W. Cherry
    • B60R1903
    • B60R19/18B60R19/04B60R2019/182B60R2019/1866B60R2019/1886
    • A resilient bumper assembly for a vehicle having an elongate horizontal beam mounted transversely to an end of the vehicle. Exterior flexible sheet cladding mounted on the beam defines an elongate internal chamber between its inner surface and the outer surface of the beam. An elongate resilient impact absorber is mounted to the beam and housed within the internal chamber, with top, bottom, inner and outer surfaces. Vertically extending cavities within the impact absorber, each opening to at least one of the top and bottom surfaces of the impact absorber provide resilient collapsing and rebound of the impact absorber on impact. The absorber may include variations in the size and shape of cavities, thickness of walls between cavities, and variations in the characteristics of material of which it is moulded in order to modify the resilient characteristics of the absorber to suit different design needs. By simply adopting a different pattern, shape or size of cavity, the resilience of the absorber may be easily adjusted without changing the external size or shape of the impact absorber.
    • 一种用于车辆的弹性缓冲器组件,其具有横向于车辆的端部安装的细长水平梁。 安装在梁上的外部柔性片状包层在其内表面和梁的外表面之间限定细长的内部室。 细长的弹性冲击吸收器安装到梁上并且容纳在内部腔室中,具有顶部,底部,内部和外部表面。 在冲击吸收器内的垂直延伸的空腔,每个对冲击吸收体的顶表面和底表面的至少一个的开口提供冲击吸收体的弹性收缩和回弹。 吸收器可以包括空腔的尺寸和形状,空腔之间的壁的厚度以及其模制的材料的特性的变化,以便改变吸收体的弹性特性以适应不同的设计需要。 通过简单地采用不同的空腔模式,形状或尺寸,可以容易地调节吸收器的弹性,而不改变冲击吸收体的外部尺寸或形状。
    • 2. 发明授权
    • Energy absorbing bumper
    • 吸能保险杠
    • US06695366B2
    • 2004-02-24
    • US10189463
    • 2002-07-08
    • William W. Cherry
    • William W. Cherry
    • B60R1903
    • B60R19/18B60R19/04B60R2019/182B60R2019/1866B60R2019/1886
    • A resilient bumper assembly for a vehicle having an elongate horizontal beam mounted transversely to an end of the vehicle. Exterior flexible sheet cladding mounted on the beam defines an elongate internal chamber between its inner surface and the outer surface of the beam. An elongate resilient impact absorber is mounted to the beam and housed within the internal chamber, with top, bottom, inner and outer surfaces. Vertically extending cavities within the impact absorber, each opening to at least one of the top and bottom surfaces of the impact absorber provide resilient collapsing and rebound of the impact absorber on impact. The absorber may include variations in the size and shape of cavities, thickness of walls between cavities, and variations in the characteristics of material of which it is molded in order to modify the resilient characteristics of the absorber to suit different design needs. By simply adopting a different pattern, shape or size of cavity, the resilience of the absorber may be easily adjusted without changing the external size or shape of the impact absorber.
    • 一种用于车辆的弹性缓冲器组件,其具有横向于车辆的端部安装的细长水平梁。 安装在梁上的外部柔性片状包层在其内表面和梁的外表面之间限定细长的内部室。 细长的弹性冲击吸收器安装到梁上并且容纳在内部腔室中,具有顶部,底部,内部和外部表面。 在冲击吸收器内的垂直延伸的空腔,每个对冲击吸收体的顶表面和底表面的至少一个的开口提供冲击吸收体的弹性收缩和回弹。 吸收器可以包括空腔的尺寸和形状,空腔之间的壁的厚度以及其模制的材料的特性的变化,以便改变吸收体的弹性特性以适应不同的设计需要。 通过简单地采用不同的空腔模式,形状或尺寸,可以容易地调节吸收器的弹性,而不改变冲击吸收体的外部尺寸或形状。