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    • 5. 发明申请
    • METHODS AND SYSTEMS UTILIZING DOPPLER PREDICTION TO ENABLE FUSING
    • 使用多普勒预测的方法和系统进行启用
    • US20090045998A1
    • 2009-02-19
    • US12257469
    • 2008-10-24
    • Steven H. ThomasTimothy J. Reilly
    • Steven H. ThomasTimothy J. Reilly
    • G01S13/88
    • G01S13/64F42C13/042G01S13/882
    • A programmable circuit for controlling a detonation altitude of a radar equipped munition is provided. The circuit comprises means for calculating a velocity of the munition while the munition is operating in a pulse mode at an altitude greater than the desired detonation altitude and means, responsive to the means for calculating the velocity of the munition, for determining when the munition is at a reference altitude in order to operate the munition in a continuous wave transmission mode. The circuit further comprises means, responsive to the means for determining, for calculating a time representing when the vehicle will reach the desired detonation altitude based on the calculated velocity and the determined reference altitude, and means, responsive to the means for calculating the time representing when the vehicle will reach the desired detonation altitude, for generating a fusing signal to detonate the munition after the calculated time has passed.
    • 提供了一种用于控制装备有雷达的弹药的爆震高度的可编程电路。 该电路包括用于计算弹药的速度的装置,同时弹药以高于所需爆震高度的高度以脉冲模式运行,并且意味着响应于用于计算弹药速度的装置来确定弹药何时 在参考高度处以连续波传输模式操作弹药。 电路还包括响应于用于确定的装置的装置,用于计算表示基于所计算的速度和所确定的参考高度何时车辆将达到期望的爆震高度的时间,以及响应于用于计算表示 当车辆达到所需的引爆高度时,在计算出的时间过去之后产生熔断信号以引爆弹药。
    • 6. 发明授权
    • Methods and systems utilizing Doppler prediction to enable fusing
    • 利用多普勒预测来实现融合的方法和系统
    • US07453392B2
    • 2008-11-18
    • US12025907
    • 2008-02-05
    • Steven H. ThomasTimothy J. Reilly
    • Steven H. ThomasTimothy J. Reilly
    • G01S13/88F42C13/04
    • G01S13/64F42C13/042G01S13/882
    • A radar processor for controlling detonation of a munition and operable to receive a detonation altitude from an external source is provided. The radar processor is configured to set a first range gate and a reference range gate based on the received detonation altitude, and cause a radar transmitter to operate in a continuous wave mode, for a predetermined period, upon receipt of radar return signals through the first range gate. The radar processor calculates a velocity of the munition from continuous wave return signals, and calculates a time delay for outputting a detonation signal based on the received detonation altitude, the calculated velocity, and a reference altitude of the munition, the altitude of the munition calculated based upon receipt of radar return signals through the reference range gate. The radar transmitter operates in a pulse mode while the munition is outside the reference range gate.
    • 提供了一种用于控制弹药爆炸并可操作以从外部源接收爆震高度的雷达处理器。 雷达处理器被配置为基于接收到的引爆高度来设置第一范围门和参考范围门,并且在接收到通过第一个的雷达返回信号的雷达返回信号时,使雷达发射机以连续波模式操作预定的时间段 范围门 雷达处理器从连续波返回信号计算出弹药的速度,并根据接收到的爆震高度,计算的速度和弹药的参考高度,计算出的弹药的高度计算输出爆震信号的时间延迟 基于通过参考范围门接收到雷达返回信号。 当弹药在参考范围门外时,雷达发射器以脉冲模式工作。
    • 7. 发明授权
    • Methods and systems for determining air data parameters
    • 确定空气数据参数的方法和系统
    • US07389686B2
    • 2008-06-24
    • US11386172
    • 2006-03-22
    • Steven H. ThomasMichael R. Elgersma
    • Steven H. ThomasMichael R. Elgersma
    • A63B53/00
    • G01P13/025G01P5/165
    • An air data system is described that includes a cone-shaped probe, a plurality of pressure transducers, and a processing device. The cone-shaped probe includes a first pressure port formed in a substantial tip of the probe and extending therethrough, and a plurality of pressure ports formed in a substantially evenly spaced circular pattern about a sloped surface of the probe and extending through the probe. The plurality of pressure transducers are each configured to receive at least one pressure transferred through at least one of the pressure ports and output one or more signals related to the pressures sensed. The processing device is configured to receive signals originating from the transducers. The processing device is further configured to calculate a static pressure, an angle of attack, and an angle of sideslip based on the received signals.
    • 描述了包括锥形探针,多个压力换能器和处理装置的空气数据系统。 锥形探针包括形成在探针的基本尖端中并延伸穿过其中的第一压力端口以及围绕探针的倾斜表面并且延伸穿过探针的基本上均匀间隔的圆形图案形成的多个压力端口。 多个压力传感器各自被配置为接收通过至少一个压力端口传递的至少一个压力并输出与所感测的压力相关的一个或多个信号。 处理装置被配置为接收源自换能器的信号。 处理装置还被配置为基于接收到的信号计算静压力,迎角和侧滑角。