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    • 2. 发明授权
    • Micro sled impact test device
    • 微型滑轨冲击试验装置
    • US5929348A
    • 1999-07-27
    • US10029
    • 1998-01-21
    • Douglas J. SteinFrederick M. Peters
    • Douglas J. SteinFrederick M. Peters
    • G01M7/08G01M17/007G01N3/30G01M19/00
    • G01N3/307G01M17/0078G01M7/08
    • An apparatus for dynamic testing by rapidly accelerating a test specimen includes a sled carriage slidably mounted on first and second elevated horizontal tracks attached to a fixed foundation for free movement of the sled carriage along the tracks from a first to a second track location; the sled carriage having an essentially horizontal mounting plate terminating in a leading edge at one end and a trailing edge at an opposite end; and impact block mounted to the bottom surface of the mounting place intermediate the leading and trailing edges; a pressure differential firing component having a moveable thrust surface for striking the impact block; the pressure differential firing component attached to the foundation between the tracks so at least a portion of the bottom surface of the mounting plate of the sled carriage between the leading edge and the impact block can override at least a portion of a firing chamber component of the pressure differential firing component; a high pressure compressed gas storage chamber attached to the foundation between the tracks in a position substantially parallel to the firing chamber; and manifold component fluidly connecting the gas storage chamber with the firing chamber whereby, upon actuation of a trigger component, gas in the gas chamber causes the thrust surface to strike the impact block whereby longitudinal movement is imparted to the sled carriage to cause propelled movement of the sled carriage from the first to the second track location.
    • 用于通过快速加速测试样本进行动态测试的装置包括可滑动地安装在附接到固定基座的第一和第二升高的水平轨道上的滑架,滑架沿着轨道自动地从第一轨道位置移动到第二轨道位置; 滑架支架具有基本上水平的安装板,其终止于一端的前缘和相对端的后缘; 并且撞击块安装到安装位置的前缘和后缘之间的底表面; 具有用于撞击冲击块的可移动推力表面的压差击发部件; 所述压差启动部件附接到所述轨道之间的所述基座上,使得所述滑动架的所述安装板的所述底部表面的至少一部分在所述前缘和所述冲击块之间可以覆盖所述前端和所述冲击块之间的至少一部分燃烧室部件 压差组件; 高压压缩气体储存室,其在基本上平行于所述燃烧室的位置附接到所述轨道之间的所述基座; 以及歧管部件,其将气体存储室与燃烧室流体连接,由此在触发部件致动时,气体室中的气体使得推力表面撞击冲击块,由此纵向移动被施加到滑动架上以引起推动的运动 雪橇从第一个到第二个轨道位置。
    • 4. 发明申请
    • VEHICLE ROLLOVER SIMULATION
    • 车辆滚子模拟
    • US20110153298A1
    • 2011-06-23
    • US12646690
    • 2009-12-23
    • Douglas J. SteinCharles Sherwin
    • Douglas J. SteinCharles Sherwin
    • G06G7/70
    • G01M17/0074
    • A system simulates conditions in a vehicle enclosure during a tripped rollover by manipulating an indestructible test article modeling the vehicle. A movable test platform upholding the test article in an unsecured manner is driven by an accurately repeatably programmable propulsion source in a horizontal test-initiation direction. The initiation of motion causes the test platform to tilt downwardly in a rollover direction opposed to the test-initiation direction. A height-adjustable trip block on the test platform is brought to bear against a lower portion of the test article, imparting to the test article rotational motion about a horizontal tipping axis oriented normal to each of the test-initiation direction and the rollover direction. The rotational motion inclines the test article upwardly from the test platform in the rollover direction and ejects the test article from the test platform for capture on an accompanying landing platform.
    • 系统通过操纵建模车辆的不可破坏的测试物品来模拟行驶中的车辆外壳内的状况。 以不安全的方式支撑测试物品的可移动测试平台在水平测试启动方向上由精确可重复编程的推进源驱动。 运动的开始使得测试平台在与测试启动方向相反的翻转方向上向下倾斜。 使测试平台上的高度可调的跳闸块抵靠在测试物品的下部,使测试物体围绕垂直于测试起始方向和翻转方向各自的水平倾斜轴线旋转运动。 旋转运动使测试物品在测试平台上沿着翻转方向向上倾斜,并从测试平台上弹出测试物品,以便在随附的着陆平台上进行捕获。