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    • 4. 发明授权
    • Electrical switching apparatus and method employing acoustic and current signals to distinguish between parallel and series arc faults
    • 电气开关装置和方法采用声流和电流信号来区分并联和串联电弧故障
    • US07403129B2
    • 2008-07-22
    • US11431332
    • 2006-05-10
    • Xin ZhouJerome K. HastingsJoseph C. Zuercher
    • Xin ZhouJerome K. HastingsJoseph C. Zuercher
    • G08B21/00
    • H01H83/20G01R31/1272H01H2083/201H02H1/0023
    • A circuit breaker includes a first lug and second and third acoustic lugs electrically connected to a power circuit. Separable contacts are electrically connected in series between the first lug and the second acoustic lug. An operating mechanism opens and closes the separable contacts. A first acoustic sensor is coupled to the second acoustic lug and senses a first acoustic signal from the second acoustic lug. A second acoustic sensor is coupled to the third acoustic lug and senses a second acoustic signal from the third acoustic lug. The first and second acoustic signals are operatively associated with a power circuit fault. A current sensor senses a current flowing between the first and second lugs. A circuit inputs the sensed acoustic signals and the sensed current and detects and distinguishes a parallel arc fault or a series arc fault from the sensed acoustic signals and the sensed current.
    • 断路器包括电连接到电源电路的第一凸耳和第二和第三声学凸耳。 可分离的触点串联地电连接在第一凸耳和第二声学凸耳之间。 操作机构打开和关闭可分离触点。 第一声​​传感器耦合到第二声耳,并且感测来自第二声耳的第一声信号。 第二声传感器耦合到第三声耳片并感测来自第三声耳的第二声信号。 第一和第二声信号与电源电路故障可操作地相关联。 电流传感器感测在第一和第二凸耳之间流动的电流。 A电路输入感测到的声信号和检测到的电流,并检测并区分平行电弧故障或串联电弧故障与感测到的声信号和检测到的电流。
    • 8. 发明授权
    • Determining calibration parameters for a lithographic process
    • 确定光刻工艺的校准参数
    • US08849008B2
    • 2014-09-30
    • US13608776
    • 2012-09-10
    • Xin ZhouYaogang LianRobert E. Gleason
    • Xin ZhouYaogang LianRobert E. Gleason
    • G06K9/00G03F7/20
    • G03F7/705G03F7/70516G03F7/70641
    • A technique for determining a set of calibration parameters for use in a model of a photo-lithographic process is described. In this calibration technique, images of a test pattern that was produced using the photo-lithographic process are used to determine corresponding sets of calibration parameters. These images are associated with at least three different focal planes in an optical system, such as a photo-lithographic system that implements the photo-lithographic process. Moreover, an interpolation function is determined using the sets of calibration parameters. This interpolation function can be used to determine calibration parameters at an arbitrary focal plane in the photo-lithographic system for use in simulations of the photolithographic process, where the set of calibration parameters are used in a set of transmission cross coefficients in the model of the photo-lithographic process.
    • 描述了用于确定用于光刻工艺的模型中的一组校准参数的技术。 在该校准技术中,使用使用光刻工艺制作的测试图案的图像来确定相应的校准参数组。 这些图像与光学系统中的至少三个不同的焦平面相关联,例如实现光刻工艺的光刻系统。 此外,使用校准参数集来确定内插函数。 该内插函数可以用于确定光刻系统中的任意焦平面处的校准参数,以用于光刻工艺的模拟,其中在一组模拟中的传输交叉系数中使用该组校准参数 光刻工艺。
    • 10. 发明申请
    • System and method for sharing multiple network resources on stand-alone machine
    • 在独立机器上共享多个网络资源的系统和方法
    • US20140164625A1
    • 2014-06-12
    • US14234210
    • 2011-10-18
    • Xin Zhou
    • Xin Zhou
    • H04L12/911
    • H04L47/78H04L67/00H04L67/06H04L69/14
    • The disclosure discloses a system and method for sharing multiple network resources on a stand-alone machine. The system includes: a task managing subsystem configured to receive a downloading task, acquire a task parameter, divide the downloading task into M downloading subtasks and allocate the M downloading subtasks respectively to respective network equipments, merge downloaded messages after the respective downloading subtasks are completed, and report the merged message; an equipment managing subsystem configured to maintain an equipment status of each network equipment and provide an equipment parameter; a protocol managing subsystem configured to encapsulate a downloading request and send the downloading request to a route managing subsystem, receive and parse a message sent by the route managing subsystem, and store the parsed message in a corresponding memory space; and the route managing subsystem configured to maintain a route table, forward the downloading request to a network side via a corresponding network equipment, and send a message returned by the network side to the protocol managing subsystem. By integrating multiple network equipments on the stand-alone machine, the disclosure achieves sharing of multiple network resources, maximizing utilization of network resources of the stand-alone machine, which meets the demand of a high-speed network application.
    • 本公开公开了一种用于在独立机器上共享多个网络资源的系统和方法。 该系统包括:任务管理子系统,被配置为接收下载任务,获取任务参数,将下载任务划分为M个下载子任务,并将M个下载子任务分别分配给各个网络设备,在相应的下载子任务完成后合并下载的消息 并报告合并信息; 配置为维护每个网络设备的设备状态并提供设备参数的设备管理子系统; 配置为封装下载请求并将所述下载请求发送到路由管理子系统,接收并解析由所述路由管理子系统发送的消息并将解析的消息存储在对应的存储器空间中的协议管理子系统; 所述路由管理子系统被配置为维护路由表,经由相应的网络设备将所述下载请求转发到网络侧,并将由所述网络侧返回的消息发送到所述协议管理子系统。 通过在独立机器上集成多个网络设备,实现共享多个网络资源,最大限度地利用独立机器的网络资源,满足高速网络应用的需求。