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    • 59. 发明授权
    • Laser leveling apparatus
    • 激光矫平机
    • US07099000B2
    • 2006-08-29
    • US10473281
    • 2002-03-28
    • Michael Connolly
    • Michael Connolly
    • G01B11/26G01C1/00
    • G01C15/002
    • A laser levelling apparatus includes a platform, a base assembly, a body assembly, a head assembly and a laser assembly. The body assembly is rotatable about a body axis relative to the base assembly, the head assembly is rotatably supported by the body and rotatable about a head assembly axis transverse to the body axis and the laser assembly supported by the head assembly and rotatable about a laser assembly axis which is transverse the head assembly axis. The laser assembly has a laser diode and focusing elements and laser collimator the laser beam with the laser assembly. The head assembly is mounted between a first shaft end mounted at a first position of the body and a second shaft end mounted at the second position of the body opposed to the first position. A head assembly collimator is used to adjust the axis of rotation of the head assembly. A base assembly leveller is used to adjust the level of the base relative to the platform in at least two transverse directions. The base leveller, laser collimator and head assembly collimator together and head assembly collimator together provide for collimator of the beam along three orthogonal axes.
    • 激光校平装置包括平台,基座组件,主体组件,头组件和激光组件。 主体组件相对于基座组件可围绕主体轴线旋转,头部组件由本体可旋转地支撑并且能够围绕主体轴线的头部组件轴线旋转,并且激光组件由头部组件支撑并可围绕激光器旋转 组件轴线横向头部组件轴线。 激光组件具有激光二极管和聚焦元件,并且激光准直器与激光束组合在一起。 头部组件安装在安装在主体的第一位置的第一轴端和安装在与第一位置相对的主体的第二位置处的第二轴端之间。 头组件准直器用于调节头部组件的旋转轴线。 基座组件校平器用于在至少两个横向上调节基座相对于平台的水平。 基准平衡器,激光准直器和头部组件准直器一起和头部组件准直器一起提供沿着三个正交轴的光束的准直器。
    • 60. 发明授权
    • Laser level assembly
    • 激光水平装配
    • US06762830B1
    • 2004-07-13
    • US09786424
    • 2001-03-02
    • Michael Connolly
    • Michael Connolly
    • G01B1126
    • G01C15/004
    • Disclosed is a laser surveying apparatus including a body, a platform pivotally supported by the body about a first axis, a drive pivotally supported by the platform about a second axis transverse to the first axis, a head rotatably supported by the drive to rotate about a third axis transverse to the second axis, and a semiconductor laser supported by the head to project laser radiation transverse the third axis. Electrical power to the laser is supplied via rotatable connections thereby allowing the weight of a power source to be omitted from the rotating head. Selective adjustments of the head allow the laser to rotate in a horizontal plane, a vertical plane or an inclined plane. Selective adjustment of the platform permits the laser to irradiate in a vertical plane at differing horizontal angles so facilitating marking out of buildings, fences etc. In one form the laser may be used as a plumb line and shine through the platform and body down upon a style thereby facilitating accurate location of the apparatus. The laser and drive in one form are remotely controlled to effect rotation, on/off of the laser, and dither action of the laser.
    • 公开了一种激光测量装置,包括主体,由主体围绕第一轴线枢转地支撑的平台,由平台绕横向于第一轴线的第二轴线枢转地支撑的驱动器,由驱动器可旋转地支撑以围绕 第三轴横向于第二轴,以及半导体激光器,由头部支撑以投影横跨第三轴的激光辐射。 通过可旋转连接件供应激光器的电力,从而允许从旋转头部省略电源的重量。 头部的选择性调整允许激光在水平面,垂直平面或倾斜平面中旋转。 平台的选择性调整允许激光器以不同的水平角度在垂直平面中照射,从而便于标记出建筑物,栅栏等。在一种形式中,激光可以用作铅垂线,并通过平台和身体照射到一个 从而便于设备的精确定位。 以一种形式的激光器和驱动器被远程控制以实现旋转,激光器的开/关以及激光器的抖动动作。