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    • 1. 发明授权
    • Sulky apparatus
    • 生气的仪器
    • US08448957B1
    • 2013-05-28
    • US12928541
    • 2010-12-15
    • Steve R. HoustonThomas Russell StokesWarren David Litchfield
    • Steve R. HoustonThomas Russell StokesWarren David Litchfield
    • B62D51/02E02F9/20
    • B62D51/02A01D34/001A01D34/82E02F9/006E02F9/166E02F9/2004
    • Sulky apparatus for use behind a self-propelled machine including sulky operator riding apparatus for supporting an operator behind a self-propelled machine that the sulky apparatus is attached to, an upward extending control column adapted to be located near the operator controls for the self-propelled machine, a deployment boom attached to the sulky operator riding apparatus for deploying the sulky operator riding apparatus having a lower portion pivotally attached to the control column for deploying and for retracting the sulky operator riding apparatus to a stored position, and sulky apparatus control apparatus for controlling the operation of the sulky apparatus deployment boom. The control apparatus includes a gas filled cylinder and a chain.
    • 用于在自动推进机后面使用的惰性装置,包括用于支撑操作者在后面的自推进机器后面的操作者操作者骑乘装置,一个向上延伸的控制柱,适于位于操作员附近的自动控制装置, 推进机,安装在生气的操作者搭乘装置上的展开动臂,用于展开具有可枢转地附接到控制塔的下部的生气的操作者骑乘装置,用于展开和将生气的操作者骑乘装置缩回到存储位置,以及生气装置控制装置 用于控制生气装置展开臂的操作。 控制装置包括充气气瓶和链条。
    • 9. 发明授权
    • Thin faceplate image intensifier tube having an improved vacuum housing
    • 具有改进的真空壳体的薄面板图像增强管
    • US6040657A
    • 2000-03-21
    • US911755
    • 1997-08-15
    • Warren David VrescakDaniel Brown VestNils Ian ThomasThomas N. PeckThomas Mabry
    • Warren David VrescakDaniel Brown VestNils Ian ThomasThomas N. PeckThomas Mabry
    • H01J31/50
    • H01J31/505H01J2231/5016
    • An improved image intensifier tube has electrically operative components that include a photocathode having a photoemissive layer, a microchannel plate (MCP) having a conductive input surface and a conductive output surface, and a vacuum housing for retaining the photocathode, microchannel plate and a fiber optic inverter and screen within an evacuated environment. The fiber optic inverter has a circumferentially extending flange portion extending toward the housing to accommodate a sealing material which sealingly engages an inner surface of an output flange with the inverter flange portion to form an air impervious vacuum seal and where the output flange is supported by the fiber optic inverter flange portion. The improved intensifier includes a photocathode having a flat faceplate conductively engaging the photocathode along the entire surface of the faceplate. The photocathode is operable so as to directly engage a conductive support ring for providing electrical contact to the photocathode external to the vacuum housing. The improved intensifier further includes a support assembly disposed in the housing for supporting the microchannel plate. The assembly includes a ceramic ring having a first metalized surface in conductive contact with the microchannel plate and a second metalized surface operable to provide an electrical contact external to the housing, and where the ceramic ring is soldered to the plate at a position on the first metalized surface to conductively join and retain the plate within the housing. A non-evaporable getter is disposed in the housing between the metalized ceramic ring and a getter tab to absorb gas generated during operation of the image intensifier tube.
    • 改进的图像增强管具有电操作部件,其包括具有发光层的光电阴极,具有导电输入表面和导电输出表面的微通道板(MCP)和用于保持光电阴极,微通道板和光纤 变频器和屏幕在疏散的环境中。 光纤逆变器具有向壳体延伸的周向延伸的凸缘部分,以容纳将输出凸缘的内表面与逆变器凸缘部分密封地接合以形成不透气的真空密封件的密封材料,并且其中输出凸缘由 光纤逆变器法兰部分。 改进的增强器包括具有平面板的光电阴极,该平面板沿着面板的整个表面导电地接合光电阴极。 光电阴极可操作以直接接合导电支撑环,以提供与真空壳体外部的光电阴极的电接触。 改进的增强器还包括设置在壳体中用于支撑微通道板的支撑组件。 组件包括具有与微通道板导电接触的第一金属化表面的陶瓷环和可操作以在壳体外部提供电接触的第二金属化表面,并且其中陶瓷环在第一个位置处被焊接到板上 金属化表面导电地将板保持在壳体内。 不可蒸发的吸气剂设置在金属化陶瓷环和吸气片之间的壳体中,以吸收在图像增压管的操作期间产生的气体。