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    • 1. 发明申请
    • LASER LAVELLING APPARATUS
    • 激光装置
    • WO2002079726A1
    • 2002-10-10
    • PCT/AU2002/000380
    • 2002-03-28
    • CONNOLLY, Michael
    • CONNOLLY, Michael
    • G01C5/02
    • 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 focussing 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 a 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 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。 激光器组件具有激光二极管和聚焦元件,并且激光准直器与激光组件的激光束。 头部组件安装在安装在本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。 基准整平器,激光准直器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仪。
    • 9. 发明申请
    • A HEAT EXCHANGER
    • 热交换器
    • WO2004001318A1
    • 2003-12-31
    • PCT/IE2003/000095
    • 2003-06-23
    • CONNOLLY, Michael
    • CONNOLLY, Michael
    • F28F13/10
    • F28F13/10F28D9/0087F28F19/00F28F21/065
    • In a heat exchanger (1) a slurry is directed through a pathway (2) which is separated from a pathway (5) by a membrane (20) of thin plastics film material. During this flow part of the cycle a non-return valve (12) prevents inlet of slurry to the pathway (5). In the second half of the cycle flow is directed through the open valve (12) and a valve (10) prevents inlet to the pathway 2. The flow patterns and the flexibility of the membrane (20) mean that there is a thin liquid boundary layer, and efficiency is also improved because the membrane (20) is very thin. Also, the flexibility prevents clogging of particulate matter.
    • 在热交换器(1)中,浆料被引导通过通过薄膜(10)薄膜(20)与路径(5)分开的通路(2)。 在循环的该流动部分期间,止回阀(12)防止浆料入口到通道(5)。 在循环的后半段,流动被引导通过打开的阀(12),阀(10)防止通道2的入口。膜(20)的流动模式和柔性意味着存在薄的液体边界 层,并且还提高了效率,因为膜(20)非常薄。 此外,柔性防止颗粒物质的堵塞。