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    • 7. 发明授权
    • Arc flash system for a power circuit
    • 电弧闪光系统用于电源电路
    • US09407082B2
    • 2016-08-02
    • US13164288
    • 2011-06-20
    • James L. LagreeJohn C. SchlottererRyan T. Flynn
    • James L. LagreeJohn C. SchlottererRyan T. Flynn
    • H02H3/00H02H9/08H02H1/00H02H3/08H02H7/00
    • H02H1/0023H02H3/08
    • An arc flash system includes a circuit breaker having separable contacts, an operating mechanism, a trip unit including a sensor sensing current flowing in a power circuit, a trip circuit cooperating with the operating mechanism to trip open the contacts responsive to the sensed current or a first signal, and a communication interface outputting the sensed current, and an interface circuit including a processor having a first output of the first signal, an input of a second signal, and a second output of a third signal, and a communication interface cooperating with the processor to determine and communicate cause of trip information to the trip unit communication interface, input the sensed current, and communicate the sensed current to the processor. A light sensor senses light from an arc flash associated with the power circuit and outputs the second signal. A shorting apparatus shorts the circuit responsive to the third signal.
    • 电弧闪光系统包括具有可分离触点的断路器,操作机构,包括感测电流电路中流动的电流的传感器的跳闸单元,与所述操作机构配合的跳闸电路,以响应于感测到的电流或触发 第一信号和输出感测电流的通信接口,以及接口电路,包括具有第一信号的第一输出,第二信号的输入和第三信号的第二输出的处理器,以及与第 处理器确定并将旅程信息的原因传送到跳闸单元通信接口,输入感测到的电流,并将感测的电流传送到处理器。 光传感器感测与电源电路相关联的电弧闪光的光,并输出第二信号。 短路装置根据第三信号使电路短路。
    • 8. 发明申请
    • ARC FLASH SYSTEM FOR A POWER CIRCUIT
    • 用于电源电路的ARC闪光系统
    • US20120320486A1
    • 2012-12-20
    • US13164288
    • 2011-06-20
    • JAMES L. LAGREEJohn C. SchlottererRyan T. Flynn
    • JAMES L. LAGREEJohn C. SchlottererRyan T. Flynn
    • H01H73/00
    • H02H1/0023H02H3/08
    • An arc flash system includes a circuit breaker having separable contacts, an operating mechanism, a trip unit including a sensor sensing current flowing in a power circuit, a trip circuit cooperating with the operating mechanism to trip open the contacts responsive to the sensed current or a first signal, and a communication interface outputting the sensed current, and an interface circuit including a processor having a first output of the first signal, an input of a second signal, and a second output of a third signal, and a communication interface cooperating with the processor to determine and communicate cause of trip information to the trip unit communication interface, input the sensed current, and communicate the sensed current to the processor. A light sensor senses light from an arc flash associated with the power circuit and outputs the second signal. A shorting apparatus shorts the circuit responsive to the third signal.
    • 电弧闪光系统包括具有可分离触点的断路器,操作机构,包括感测电流电路中流动的电流的传感器的跳闸单元,与所述操作机构配合的跳闸电路,以响应于感测到的电流或触发 第一信号和输出感测电流的通信接口,以及接口电路,包括具有第一信号的第一输出,第二信号的输入和第三信号的第二输出的处理器,以及与第 处理器确定并将旅程信息的原因传送到跳闸单元通信接口,输入感测到的电流,并将感测的电流传送到处理器。 光传感器感测与电源电路相关联的电弧闪光的光,并输出第二信号。 短路装置根据第三信号使电路短路。
    • 9. 发明授权
    • System and method for optimization of a radiation therapy plan in the presence of motion
    • 运动放射治疗计划优化的系统和方法
    • US07856082B2
    • 2010-12-21
    • US12440055
    • 2008-02-27
    • Ryan T. FlynnThomas R. Mackie
    • Ryan T. FlynnThomas R. Mackie
    • A61N5/10
    • A61N5/103A61N5/1037A61N5/1042A61N2005/1041G21K1/046
    • A computer-implemented method for optimizing a radiation treatment plan for a radiotherapy machine providing independently controlled radiation along a plurality of rays j directed toward a patient and configured to account for the effects of patient motion. The method includes generating a probability distribution function quantitatively expressing patient motion, identifying a prescribed total dose Dip at the voxels i in a treatment area, assigning a fluence value wj for each ray j based on an iterative function, calculating an actual total dose Did produced each voxel i within the assigned fluence values and calculating an expectation value of the dose per energy fluence, dij based on the actual total dose Did and the probability distribution function.
    • 一种用于优化放射治疗机的辐射治疗计划的计算机实现的方法,所述放射治疗机器沿着朝向患者的多个射线j提供独立控制的辐射,并且被配置为考虑患者运动的影响。 该方法包括产生定量表达患者运动的概率分布函数,识别治疗区域中的体素i处的规定总剂量Dip,基于迭代函数分配每个射线j的注量值wj,计算实际总剂量 每个体素i在指定的能量密度值内,并根据实际总剂量和概率分布函数计算每个能量流量的剂量的期望值dij。