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    • 51. 发明授权
    • Hybrid laser power combining and beam cleanup system using nonlinear and
adaptive optical wavefront compensation
    • 混合激光功率组合和束清理系统采用非线性和自适应光波前补偿
    • US5717516A
    • 1998-02-10
    • US825835
    • 1997-04-04
    • Marvin B. KleinDavid M. PepperRonald R. StephensThomas R. O'MearaDavid WelchRobert J. LangJack L. FeinbergStuart MacCormack
    • Marvin B. KleinDavid M. PepperRonald R. StephensThomas R. O'MearaDavid WelchRobert J. LangJack L. FeinbergStuart MacCormack
    • G02F1/39H01S3/00G02B6/26
    • G02F1/397
    • An optical amplification system directs a diffraction-limited signal beam through a series of approximately 90.degree. crossings with a number of non-diffraction-limited pump beams in a photorefractive medium. All of the beams are s-polarized, resulting in an energy transfer from the pumps to the signal beam while leaving the signal beam diffraction-limited. The photorefractive medium is preferably a series of BaTiO.sub.3 :Rh crystals that receive the pump and signal beams through orthogonal faces, with their C-axes at approximately 45.degree. to both beams. A binary tree optical distribution network is used to minimize waveguide splits in forming a large number of pump beams. The outputs of several amplification modules are combined into a single output beam using adaptive optics, with the outputs from the different modules phase matched to each other by diverting two minor portions of the combined beam, partially overlapping the diverted beams and adjusting the amplification module phases to cancel phase differentials between the overlapped portions. Similarly, sets of combined and phase-matched beams can be combined with each other (again using adaptive optics) to generate still higher powers using a super module approach.
    • 光学放大系统通过在光折射介质中的许多非衍射受限的泵浦光束将衍射受限的信号光束引导通过一系列大约90°的交叉。 所有的光束都是s偏振的,从而导致从泵到信号光束的能量传递,同时保持信号光束衍射受限。 光折射介质优选是一系列BaTiO 3:Rh晶体,其通过正交面接收泵浦和信号光束,其C轴与两个波束大约45°。 二叉树光分配网络用于最小化形成大量泵浦波束的波导分裂。 使用自适应光学器件将多个放大模块的输出组合成单个输出光束,来自不同模块的输出通过转移组合光束的两个次要部分相互匹配,部分地与转向光束重叠并且调整放大模块相位 以消除重叠部分之间的相位差。 类似地,组合和相位匹配波束的组可以彼此组合(再次使用自适应光学器件)以使用超级模块方法来产生更高的功率。
    • 60. 发明授权
    • Methods and arrangements for providing bi-directional control between data storage drives and automation controllers
    • 在数据存储驱动器和自动化控制器之间提供双向控制的方法和安排
    • US06574696B1
    • 2003-06-03
    • US09519928
    • 2000-03-07
    • Steve JermanMark J. SimmsRobert J. LangLadawan JohnsonPaul F. BartlettBrad W. Culp
    • Steve JermanMark J. SimmsRobert J. LangLadawan JohnsonPaul F. BartlettBrad W. Culp
    • G06F1314
    • G06F3/0682G06F3/0607G06F3/0658G06F3/0676G06F3/0677
    • An arrangement includes at least one data storage device, an automation controller, and an enhanced interface. The data storage device is connected to a computer and arranged to perform a plurality of operations in response to one or more commands received from the computer. The automation controller is configured to physically provide the data storage device with at least one data storage media. The enhanced interface operatively couples the data storage device with the automation controller, such that the data storage device can be selectively controlled by the automation controller and the automation controller can be selectively controlled by the data storage device depending on the received commands. The enhanced interface includes a standard serial interface and at least one additional line. The additional line is configured to provide a directing signal from the data storage device to the automation controller. This added capability allows for bidirectional control between the data storage device and the automation controller.
    • 一种布置包括至少一个数据存储设备,自动化控制器和增强接口。 数据存储装置连接到计算机并且被布置为响应于从计算机接收到的一个或多个命令来执行多个操作。 自动化控制器被配置为向数据存储设备物理提供至少一个数据存储介质。 增强型接口将数据存储设备与自动化控制器可操作地耦合,使得数据存储设备可以由自动化控制器选择性地控制,并且可以根据所接收的命令由数据存储设备选择性地控制自动化控制器。 增强型接口包括标准串行接口和至少一条额外的线路。 附加线路被配置为提供从数据存储设备到自动化控制器的定向信号。 这种增加的功能允许数据存储设备和自动化控制器之间的双向控制。