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    • 42. 发明授权
    • Cylindrical lockset having quick mount means accommodating various
thickness of doors
    • 具有容纳各种厚度的门的快速安装装置的圆柱形锁定装置
    • US4976480A
    • 1990-12-11
    • US505188
    • 1990-04-05
    • David DixonWalter E. Surko, Jr.
    • David DixonWalter E. Surko, Jr.
    • E05B55/00E05B63/00
    • E05B55/005E05B63/006Y10T292/869Y10T292/91
    • This lockset has a threaded inside sleeve extending out from its central housing, the sleeve enclosing the inside spindle for the lockset. An inside rose and handle assembly is provided, the rose having inward tabs. A nut is threaded onto the sleeve and has spaced openings about its end remote from the housing, the openings each leading to a series of steps in clockwise direction progressively closer to the housing. Each step has a tread and a riser so that when the handle is brought over the spindle and the rose is maneuvered so that the tabs fit into the openings and the rose is turned in a clockwise direction, the tabs will engage the closest riser to the housing that the thickness of the door will permit. Further clockwise turning of the rose will turn the nut and move the nut closer to the housing so that the treads engage the tabs and draw the rose/handle assembly inward to firmly and quickly install the lockset on the door.
    • 该锁具具有从其中心壳体延伸出的带螺纹的内套筒,套筒包围用于锁定件的内心轴。 提供内部的玫瑰和手柄组件,玫瑰有向内的标签。 螺母被拧到套筒上并且在其远离壳体的端部处具有间隔开的开口,每个开口逐渐地沿着顺时针方向逐渐靠近壳体的一系列台阶。 每个步骤具有胎面和立管,使得当手柄被带到主轴上并且玫瑰被操纵以使得突出部配合到开口中并且玫瑰沿顺时针方向转动时,突片将接合最接近的立管 住房门的厚度允许。 玫瑰的进一步的顺时针转动将转动螺母并将螺母移动到更靠近壳体的位置,使得胎面接合突出部并且将玫瑰/手柄组件向内拉动并且将锁定件快速地安装在门上。
    • 49. 发明申请
    • Spatial transmit/receive isolation method for optical communication systems
    • 光通信系统的空间发射/接收隔离方法
    • US20060110163A1
    • 2006-05-25
    • US10994570
    • 2004-11-22
    • Kiet NgoDavid DixonSteven Schrier
    • Kiet NgoDavid DixonSteven Schrier
    • H04B10/00
    • G02B6/4246G02B6/29361H04B10/118
    • Apparatus, and a corresponding method, for spatially isolating a transmit beam and a receive beam, which, in satellite communication systems, are inherently separated by a look ahead angle. A receive beam separation mirror is positioned in the receive beam path but out of the transmit beam path, and the receive beam is reflected along a path separated from the transmit beam path. The mirror may be annular, allowing the transmit beam to be directed through the center of the mirror. In applications where a desired isolation angle is different from the look ahead angle, or where there is no look ahead angle, the receive beam separation mirror is used in conjunction with a dichroic beam splitter and at least one receive beam steering mirror, to achieve the desired angular separation.
    • 用于空间隔离发射波束和接收波束的装置和相应方法,其在卫星通信系统中固有地被前视角分隔开。 接收光束分离镜定位在接收光束路径中,但位于发射光束路径之外,并且接收光束沿着与发射光束路径分离的路径被反射。 反射镜可以是环形的,允许透射束被引导通过反射镜的中心。 在希望的隔离角度不同于前视角度或者没有前视角的应用中,接收光束分离镜与二向色分束器和至少一个接收光束导向镜结合使用,以实现 所需角度分离。