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    • 1. 发明授权
    • Portable storage system comprising a means for adjustable ventilation
    • 便携式存储系统包括用于可调节通风的装置
    • US08550290B1
    • 2013-10-08
    • US13533767
    • 2012-06-26
    • Robert L. Davis
    • Robert L. Davis
    • B65D90/34A47J47/14
    • A45C11/20A45C13/02
    • A storage container system comprising an arrangement for adjustable ventilation intended for storing at least one article that is thermally sensitive and/or requires ventilation to the ambient atmosphere. The device includes at least one door and at least one aperture ventilation assembly. The aperture ventilation assembly includes a planar wall aperture array and a corresponding planar shutter aperture array, wherein the sliding relationship between the two arrays results in a plurality of ventilation levels, including a fully open state, and a closed state capable of substantially sealing off the contents of the container from the ambient atmosphere. Certain preferred embodiments include a plurality of storage compartments configured within the container's inner volume wherein each compartment is sealed from one another and possesses its own aperture ventilation assembly for ventilation adjustments.
    • 一种存储容器系统,包括用于可调节通风的装置,其用于存储至少一种对环境大气进行热敏感和/或需要通风的物品。 该装置包括至少一个门和至少一个孔通气组件。 开口通气组件包括平面壁孔阵列和对应的平面快门孔径阵列,其中两个阵列之间的滑动关系导致多个通气水平,包括完全打开状态和能够基本上密封 容器从环境大气中的内容物。 某些优选实施例包括配置在容器的内部容积内的多个储存室,其中每个隔室彼此密封并且具有其自己的孔通气组件以进行通风调节。
    • 9. 发明授权
    • Signal analysis receiver with acousto-optic delay lines
    • 具有声光延迟线的信号分析接收机
    • US4644267A
    • 1987-02-17
    • US742825
    • 1985-06-10
    • James B. Y. TsuiRobert L. Davis
    • James B. Y. TsuiRobert L. Davis
    • G01R23/17G01S3/48H01Q3/26G01R23/16
    • G01S3/48G01R23/17H01Q3/2676
    • The system makes use of an interferometric Bragg cell for the time delays needed by the multiple antenna inputs in an angle-of-arrival (AOA) measurement system, for accurate measurements over wide bandwidths. A signal Bragg cell is modulated with a selected band of the EW signal environment, using a separate transducer coupled to each quadrant antenna element. A reference Bragg cell is modulated with a chirp signal. Coherent light from a laser is split and directed to both the signal cell and the reference cell. The output light beams from the reference Bragg cell and signal Bragg cell are combined and focused onto photo detectors having a one-dimensional array for each quadrant antenna element. The reference and signals are heterodyned at the photo detectors, which results in a channelized spectral output with each channel at the same intermediate frequency (IF). The outputs of the photodetectors are used by a phase comparison unit, cued by a frequency measurement receiver to the correct detectors, to provide the AOA measurement.
    • 该系统利用干涉布拉格单元,用于在到达角度(AOA)测量系统中的多个天线输入所需的时间延迟,以便在宽带宽上精确测量。 使用耦合到每个象限天线元件的单独传感器,用EW信号环境的选定频带来调制信号布拉格单元。 参考布拉格单元用啁啾信号进行调制。 来自激光器的相干光被分离并且被引导到信号单元和参考单元两者。 来自参考布拉格单元和信号布拉格单元的输出光束被组合并聚焦到每个象限天线元件具有一维阵列的光电检测器上。 参考和信号在光电检测器被外差,这导致每个信道在相同中频(IF)下的信道化频谱输出。 光检测器的输出由相位比较单元使用,由频率测量接收器提供给正确的检测器,以提供AOA测量。
    • 10. 发明授权
    • Polymorphic programmable units employing plural levels of phased
sub-instruction sets
    • 采用多级相位子指令集的多形式可编程单元
    • US3983541A
    • 1976-09-28
    • US594576
    • 1975-07-10
    • Ulbe FaberRobert L. DavisDavid A. FisherJoseph D. McGonagle
    • Ulbe FaberRobert L. DavisDavid A. FisherJoseph D. McGonagle
    • G06F9/24G06F9/06
    • G06F9/24
    • This disclosure relates to a programmable unit employing plural levels of sub-instruction sets in addition to conventional instruction sets. The conventional level of instruction sets is employed to specify computational routines and other processing algorithms to be carried out by the unit. Each instruction in a conventional set is implemented in the unit by a sequence of first level sub-instructions which specify the various operations to be carried out within the unit which operations are comprised within the specific routine. In turn, the various first level sub-instructions are implemented by second level sub-instructions which specify the various control signals required to set the various gates as required for the particular unit operation to be carried out. With this hierarchy of sub-instruction sets, first level sub-instruction sets may be interchanged dynamically during the operation of the unit to dynamically change the processing capability of the unit. This eliminates the requirement for any special logic circuitry to accommodate particular computational routines and allows the arithmetic logic unit to be designed as multiples of the basic logic unit in accordance with particular desired data path widths. A manner is disclosed by which the interchanging of first level sub-instruction sets provides for placing the unit in different control modes such as input-output control or processing control. A manner is also disclosed by which interchanging of different first level sub-instruction sets accommodates the execution of programs written in different program language forms.
    • 本公开涉及除了常规指令集之外还采用多级子指令集的可编程单元。 采用常规级别的指令集来指定要由单元执行的计算例程和其他处理算法。 常规集合中的每个指令通过一系列第一级子指令在单元中实现,其指定在单元内执行的各种操作,哪些操作包括在特定程序中。 反过来,各种第一级子指令由二级子指令实现,其中第二级子指令指定了要执行的特定单元操作所需的各种控制信号所需的各种控制信号。 通过这种子指令集的层次,在单元的操作期间可以动态地交换第一级子指令集以动态地改变单元的处理能力。 这消除了对任何特殊逻辑电路来适应特定计算例程的要求,并允许算术逻辑单元被设计为根据特定期望的数据路径宽度的基本逻辑单元的倍数。 公开了一种方式,其中第一级子指令集的交换提供用于将单元置于不同的控制模式中,例如输入输出控制或处理控制。 还公开了通过不同的第一级子指令集的交换来适应以不同的程序语言形式编写的程序的执行的方式。