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    • 5. 发明授权
    • Rotary cylinder assembly for a machine tool
    • 用于机床的旋转气缸组件
    • US06581509B1
    • 2003-06-24
    • US09866197
    • 2001-05-25
    • Philip Dan ClarkAlan ClaxtonDavid ClaxtonGregory A. Stephens
    • Philip Dan ClarkAlan ClaxtonDavid ClaxtonGregory A. Stephens
    • F15B1108
    • B23B31/302F15B11/003F15B2013/004Y10T279/12
    • A rotary cylinder assembly for a machine tool is provided that includes a lock check system that locks the work piece to the machine tool chuck and prevents extension and retraction of the work piece in the event of loss of hydraulic or pneumatic pressure. The rotary cylinder assembly includes a shaft end cover coupled between a fluid shaft housing and a cylinder body. The shaft end cover houses the lock check system and includes a number of flow paths that provide for extension and retraction of a piston rod connector housed in the cylinder body in response to fluid pressure supplied from the fluid shaft housing. The shaft end cover and lock check system are configured to allow small diameter cylinder bodies to be coupled thereto while providing the safety and functional features associated with the lock check system.
    • 提供了一种用于机床的旋转气缸组件,其包括锁定检查系统,其将工件锁定到机床卡盘,并且在液压或气动压力损失的情况下防止工件的伸缩。 旋转气缸组件包括联接在流体轴壳体和气缸体之间的轴端盖。 轴端盖容纳锁定检查系统,并且包括多个流动路径,其响应于从流体轴壳体提供的流体压力而提供容纳在缸体中的活塞杆连接器的伸缩。 轴端盖和锁定检查系统被配置为允许小直径的缸体联接到其上,同时提供与锁定检查系统相关联的安全性和功能特征。
    • 6. 发明授权
    • Lidars
    • 激光雷射
    • US08744741B2
    • 2014-06-03
    • US12988439
    • 2009-04-17
    • Richard Arthur BrimbleChristopher David Claxton
    • Richard Arthur BrimbleChristopher David Claxton
    • G06F17/10G06G7/78G08G1/16G01C3/08
    • G08G1/16G01C3/08G01S7/4814G01S17/42G01S2013/9375
    • A Light Detection and Ranging (LIDAR) apparatus and method are disclosed having a rotatable light source enabled to emit a light ray, the light ray being emitted at a plurality of angular intervals; a reflection device, which can be parabolic in shape, and an analysis device for calculating a position at which one or more features are present based on the angle that the light ray was emitted and the time delay associated with the received reflected light, from a feature, wherein the analysis device takes into account the reflection of the light ray from the reflection device. In this manner, light rays may be reflected from heading in one direction to improve the resolution of the LIDAR in a second direction. Furthermore, where a parabolic reflector is used, positions of features can be calculated directly in a Cartesian coordinate system. Autonomous vehicles can use a LIDAR such as described herein to improve forward looking resolution in collision avoidance systems or terrain selection systems.
    • 公开了具有能够发射光线的可旋转光源的光检测和测距(LIDAR)装置和方法,所述光线以多个角度间隔发射; 可以是抛物面形状的反射装置,以及分析装置,用于基于发射光的角度和与所接收的反射光相关联的时间延迟来计算存在一个或多个特征的位置 特征,其中分析装置考虑来自反射装置的光线的反射。 以这种方式,光线可以从一个方向的方向反射,以提高激光雷达在第二方向上的分辨率。 此外,在使用抛物面反射器的情况下,可以直接在笛卡尔坐标系中计算特征的位置。 自动车辆可以使用诸如本文所述的激光雷达来改善防撞系统或地形选择系统中的前视分辨率。
    • 7. 发明申请
    • LIDARS
    • 激光雷达
    • US20110040482A1
    • 2011-02-17
    • US12988439
    • 2009-04-17
    • Richard Arthur BrimbleChristopher David Claxton
    • Richard Arthur BrimbleChristopher David Claxton
    • G08G1/16G01C3/08
    • G08G1/16G01C3/08G01S7/4814G01S17/42G01S2013/9375
    • A Light Detection and Ranging (LIDAR) apparatus and method are disclosed having a rotatable light source enabled to emit a light ray, the light ray being emitted at a plurality of angular intervals; a reflection device, which can be parabolic in shape, and an analysis device for calculating a position at which one or more features are present based on the angle that the light ray was emitted and the time delay associated with the received reflected light, from a feature, wherein the analysis device takes into account the reflection of the light ray from the reflection device. In this manner, light rays may be reflected from heading in one direction to improve the resolution of the LIDAR in a second direction. Furthermore, where a parabolic reflector is used, positions of features can be calculated directly in a Cartesian coordinate system. Autonomous vehicles can use a LIDAR such as described herein to improve forward looking resolution in collision avoidance systems or terrain selection systems.
    • 公开了具有能够发射光线的可旋转光源的光检测和测距(LIDAR)装置和方法,所述光线以多个角度间隔发射; 可以是抛物面形状的反射装置,以及分析装置,用于基于发射光的角度和与所接收的反射光相关联的时间延迟来计算存在一个或多个特征的位置 特征,其中分析装置考虑来自反射装置的光线的反射。 以这种方式,光线可以从一个方向的方向反射,以提高激光雷达在第二方向上的分辨率。 此外,在使用抛物面反射器的情况下,可以直接在笛卡尔坐标系中计算特征的位置。 自动车辆可以使用诸如本文所述的激光雷达来改善防撞系统或地形选择系统中的前视分辨率。