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    • 4. 发明申请
    • Circuit and method for distributing events in an event stream
    • 在事件流中分发事件的电路和方法
    • US20030139899A1
    • 2003-07-24
    • US10056287
    • 2002-01-23
    • Burnell G. West
    • G04F003/00
    • G06F11/3466G06F11/348G06F2201/835
    • A circuit and related method for distributing events in an event stream (i.e., an electronic signal having a plurality of rising edge transitions and falling edge transitions). The circuit distributes the events in a primary event stream across multiple secondary event streams in such a way that the event rate in each of the secondary event streams is lower than the event rate in the primary event stream, but the relative timing of the events in the primary event stream is maintained in each of the secondary event streams. The secondary event streams can then be provided to respective timestamp circuits, which record the times at which events occur in the secondary event streams. Since the relative timing of the events in the primary event stream is maintained in each of the secondary event streams, the multiple timestamp circuits collectively record the times at which events occur in the primary event stream. The circuit and related method can be used when debugging/testing semiconductor devices.
    • 用于在事件流中分发事件的电路和相关方法(即,具有多个上升沿转换和下降沿转换的电子信号)。 电路将事件分配到多个次事件流中的主事件流中,使得每个次事件流中的事件速率低于主事件流中的事件速率,但事件的相对时间 主事件流被维护在每个次要事件流中。 然后可以将辅助事件流提供给相应的时间戳记电路,其记录事件在次要事件流中发生的时间。 由于在主事件流中的事件的相对定时被维持在每个次要事件流中,所以多个时间戳电路共同记录事件在主事件流中发生的时间。 调试/测试半导体器件时可以使用电路和相关方法。
    • 5. 发明申请
    • Remote LCD enforcement flag for parking meters
    • 遥控LCD执行标志停车仪表
    • US20030117904A1
    • 2003-06-26
    • US10298906
    • 2002-11-18
    • Ronald V. LankDarren S. Cameron
    • G04F001/00G04F003/00
    • G07F17/24
    • An enforcement shutter for an electronic meter comprises an enforcement display element having a highly visible surface and adapted to be fixed to the meter housing, and a cable for coupling the enforcement display element to the computer processor for controlling the operation of the enforcement display element. The enforcement shutter includes a holder having a window, a transparent protective plate positioned on the inner surface of the holder, a back plate adapted to be fixed to the holder for mounting the holder to the meter housing. The enforcement display element, which is positioned to face the transparent plate with a display surface visible in the holder window, may be mounted in the holder or to a surface of the inner electronic meter. The enforcement display element may be a LCD. When activated by the electronic meter processor to indicate that parking time has expired, the LCD displays a substantially uniform color and may be made to flash. In a further embodiment, a LCD display for an electronic parking meter comprises a display surface adapted to be positioned so as to be visible to a user. One or more display characters having a number of character segments are positioned on the display surface. The segments are adapted to be coupled to the computer processor for displaying parking time. At least one filler segment is positioned to cover essentially the entire visible display surface not used by the display characters. The filler segment is adapted to be coupled to the computer processor for indicating that the parking time has expired.
    • 一种用于电子计量器的执行快门包括具有高度可见表面并适于固定到仪表壳体的强制显示元件,以及用于将强制显示元件耦合到计算机处理器的电缆,用于控制强制显示元件的操作。 执行快门包括具有窗口的保持器,位于保持器的内表面上的透明保护板,适于固定到保持器的后板,用于将保持器安装到仪表壳体。 被定位为面对具有在保持器窗口中可见的显示表面的透明板的执行显示元件可以安装在保持器中或内部电子计量表的表面上。 执行显示元件可以是LCD。 当电子计量器处理器激活以指示停车时间已经过期时,LCD显示基本均匀的颜色并且可以使其闪光。 在另一实施例中,一种用于电子停车收费表的LCD显示器包括适于被定位成使用户可见的显示表面。 具有多个字符段的一个或多个显示字符位于显示表面上。 这些段适于耦合到计算机处理器以显示停车时间。 至少一个填充片被定位成基本上覆盖显示字符未使用的整个可见显示表面。 填充段适于与计算机处理器耦合以指示停车时间已经过期。
    • 6. 发明申请
    • Computing performance thresholds based on variations in network traffic patterns
    • 根据网络流量模式的变化计算性能阈值
    • US20040098223A1
    • 2004-05-20
    • US10703007
    • 2003-11-06
    • Jeff Conrad
    • G04F001/00G04F003/00G04F005/00G04G005/00G04G007/00G04F007/00G04F008/00G04F010/00G06F015/00G04G015/00
    • H04L43/16H04L41/5009
    • An exemplary embodiment of a system for a time-bucketing data collection module is disclosed. The time-bucketing data collection module may be configured to retrieve information from remote network devices and to collate (or sort) the retrieved information into time interval bins (or time-buckets) to assist in the maintenance of a network. The sorted information is then utilized by a threshold calculation module of the time bucketing data collection module to calculate a baseline value, defining a normal operating range for a performance parameter, for the time interval. Subsequently, the calculated baseline value is used to calculate a revised threshold value by the threshold calculation module. The revised threshold value is then forwarded to a threshold comparator configured to compare incoming information (or data point values) with the updated thresholds. If the incoming information exceeds an updated threshold, an alarm is generated by an alarm module of the time-bucketing data collection module. The time-bucketing data collection module may be further configured to perform the calculation of the baseline value and/or threshold in response to receiving an incoming information (or data point value). Alternatively, the calculations may be made on a periodic basis set by a user.
    • 公开了一种用于时间压缩数据采集模块的系统的示例性实施例。 时间收敛数据收集模块可以被配置为从远程网络设备检索信息并将检索到的信息整理(或排序)到时间间隔区间(或时间段)中以帮助维护网络。 然后,排序的信息由时间竞争数据收集模块的阈值计算模块用于计算在时间间隔内为性能参数定义正常操作范围的基准值。 随后,计算的基线值用于通过阈值计算模块计算修正的阈值。 修改的阈值然后被转发到阈值比较器,该阈值比较器被配置为将输入信息(或数据点值)与更新的阈值进行比较。 如果输入的信息超过更新的阈值,则由时间衰减数据收集模块的报警模块产生报警。 时间收敛数据收集模块还可以被配置为响应于接收到输入信息(或数据点值)而执行基线值和/或阈值的计算。 或者,可以由用户设置的周期性基础进行计算。
    • 7. 发明申请
    • Method and device for determining the signal running time between a position measuring system and a processing unit
    • 用于确定位置测量系统和处理单元之间的信号运行时间的方法和装置
    • US20030135348A1
    • 2003-07-17
    • US10325501
    • 2002-12-20
    • Erwin BratzdrumRobert Wastlhuber
    • G04F001/00G04F003/00G04F005/00G04G005/00G04G007/00G04F007/00G04F008/00G04F010/00G06F015/00G04G015/00
    • G01S5/0205G04F10/00
    • A device for determining a signal running time between a position measuring system and a processing unit. The device includes first and second position signal generators that generate position signals regarding relative chronological position of a first running time measuring signal with respect to first and second data words. A first transmitter that transmits the first running time measuring signal and the first position signal to the position measuring system at the end of transmission of the first data word to the position measuring system. A second transmitter that transmits a second running time measuring signal and the second position signal to the processing unit after the end of transmission of the second data word. A timer that ascertains a length of time between transmission of the first running time measuring signal and reception of the second running time measuring signal by the processing unit and a signal running time generator that determines a signal running time from the length of time.
    • 一种用于确定位置测量系统和处理单元之间的信号运行时间的装置。 该装置包括第一和第二位置信号发生器,其产生关于第一和第二数据字的第一运行时间测量信号的相对时间位置的位置信号。 第一发送器,在第一数据字传输结束时,向位置测量系统发送第一行进时间测量信号和第一位置信号到位置测量系统。 第二发送器,在第二数据字的发送结束之后,将第二运行时间测量信号和第二位置信号发送到处理单元。 确定由所述处理单元发送所述第一行驶时间测量信号和所述第二行驶时间测量信号的接收之间的时间长度的定时器,以及从所述时间长度确定信号运行时间的信号运行时间发生器。
    • 8. 发明申请
    • Parking meter
    • 停车收费表
    • US20030128630A1
    • 2003-07-10
    • US10163074
    • 2002-06-04
    • Agenor KryglerAlicja Krygler
    • G04F001/00G04F003/00
    • G07B15/02G07F17/248
    • This invention relates to a parking meter (100, 200) with an input device (34) for paying means and at least one indicating device (20) for indicating the expiration of a paid parking time, the indicating device (20) having at least one optical indicating means respectively for a corresponding number of parking spaces, respectively one actuating means (18) with an indicating means (20) being allocated to each respective parking space, whereby furthermore all indicating means (20), the actuating means (18) and the input device (34) for payment means are connected with a common control device (32), whereby furthermore a signalling device (38) is provided for signalling the paid parking time and the input device (34) for payment means is configured as a chip card actuating device (30, 34). Here, the indicating means (20) allocated to each actuating means (18) is constituted in such a way that this indicating means indicates at least three different conditions which can be read by a checking person, whereby a first condition signalizes to the checking person nullpaid parking time runningnull, a second condition nullpaid parking time expirednull and a third condition nullpaid parking time expired for longer than a predetermined timenull. For such a parking meter (100, 200), a battery saving operation is made possible by the fact that the signalling device (38) comprises an acoustic signal transmitter and/or a display.
    • 本发明涉及具有用于支付装置的输入装置(34)和用于指示付费停车时间到期的至少一个指示装置(20)的泊车计费器(100,200),所述指示装置(20)至少具有 一个分别用于相应数量的停车位的光学指示装置,分别具有分配给每个相应停车位的指示装置(20)的一个致动装置(18),由此所述指示装置(20),致动装置(18) 并且用于支付装置的输入装置(34)与公共控制装置(32)连接,由此还提供用于发信号通知付费停车时间的信令装置(38),并且支付装置的输入装置(34)被配置为 芯片卡驱动装置(30,34)。 这里,分配给每个致动装置(18)的指示装置(20)以这种方式构成,使得该指示装置指示至少三个可由检查人员读取的不同条件,由此第一条件向检查人员通知 “付费停车时间运行”,第二条件“付费停车时间到期”,第三条件“停车时间超过预定时间”。 对于这种停车计量器(100,200),通过信号装置(38)包括声信号发射器和/或显示器的事实使电池节省操作成为可能。
    • 9. 发明申请
    • System for time-bucketing of baselined data collector data
    • 基线数据采集器数据的时间收敛系统
    • US20020143494A1
    • 2002-10-03
    • US09818730
    • 2001-03-28
    • Jeff Conrad
    • G04F001/00G04F003/00G04F005/00G04G005/00G04G007/00G04F007/00G04F008/00G04F010/00G06F015/00G04G015/00
    • H04L43/16H04L41/5009
    • An exemplary embodiment of a system for a time-bucketing data collection module is disclosed. The time-bucketing data collection module may be configured to retrieve information from remote network devices and to collate (or sort) the retrieved information into time interval bins (or time-buckets) to assist in the maintenance of a network. The sorted information is then utilized by a threshold calculation module of the time bucketing data collection module to calculate a baseline value, defining a normal operating range for a performance parameter, for the time interval. Subsequently, the calculated baseline value is used to calculate a revised threshold value by the threshold calculation module. The revised threshold value is then forwarded to a threshold comparator configured to compare incoming information (or data point values) with the updated thresholds. If the incoming information exceeds an updated threshold, an alarm is generated by an alarm module of the time-bucketing data collection module. The time-bucketing data collection module may be further configured to perform the calculation of the baseline value and/or threshold in response to receiving an incoming information (or data point value). Alternatively, the calculations may be made on a periodic basis set by a user.
    • 公开了一种用于时间压缩数据采集模块的系统的示例性实施例。 时间收敛数据收集模块可以被配置为从远程网络设备检索信息并将检索到的信息整理(或排序)到时间间隔区间(或时间段)中以帮助维护网络。 然后,排序的信息由时间竞争数据收集模块的阈值计算模块用于计算在时间间隔内为性能参数定义正常操作范围的基准值。 随后,计算的基线值用于通过阈值计算模块计算修正的阈值。 修改的阈值然后被转发到阈值比较器,该阈值比较器被配置为将输入信息(或数据点值)与更新的阈值进行比较。 如果输入的信息超过更新的阈值,则由时间衰减数据收集模块的报警模块产生报警。 时间收敛数据收集模块还可以被配置为响应于接收到输入信息(或数据点值)而执行基线值和/或阈值的计算。 或者,可以由用户设置的周期性基础进行计算。
    • 10. 发明申请
    • Method and system to construct action coordination profiles
    • 构建动作协调配置文件的方法和系统
    • US20020038195A1
    • 2002-03-28
    • US09974016
    • 2001-10-10
    • Curtis A. Bagne
    • G04F001/00G04F003/00G04F005/00G04G005/00G04G007/00G04F007/00G04F008/00G04F010/00G06F015/00G04G015/00
    • G06N5/025G06F19/12G16H50/20Y02A90/22Y02A90/26
    • Action coordination profiles are part of a platform data processing technology that is distinct from but often complementary to the statistical method. It uses repeated measures or time series data to measure interactions (longitudinal associations, temporal contingencies) between and among variables or sets of variables for individuals. The interaction measures show how individual complex systems may control and regulate themselves, of how two or more individual systems may interact, of how complex systems may be controlled or affected by their environments including treatments, and of how individual systems may control or affect their environments. The systems can be object of investigation such as brains, organisms, patients, economies, investment markets, populations, machines, or processes. The actions can be physical, chemical, biological, behavioral, mental, or social. This invention can be used to help inform the process of building mathematical models. This invention also can be said to help make data speak by drawing generalized conclusions and making predictions about how individuals function and interact with their environments. Action coordination profiles and any resulting models can help advance basic and applied science.
    • 行动协调配置文件是与统计方法不同但往往互补的平台数据处理技术的一部分。 它使用重复的测量或时间序列数据来测量个体变量或变量集之间的相互作用(纵向关联,时间意外事件)。 互动措施显示个别复杂系统如何控制和调节自身,两个或更多个别系统如何相互作用,复杂系统如何被其环境(包括治疗)控制或影响,以及各个系统如何控制或影响其环境 。 这些系统可以是大脑,生物,患者,经济,投资市场,人口,机器或过程等调查对象。 这些行为可以是物理,化学,生物,行为,心理或社会。 本发明可用于帮助建立数学模型的过程。 本发明也可以说是通过绘制一般结论和预测个人如何与其环境相互作用和交互的方式来帮助数据发言。 行动协调配置文件和任何结果的模型可以帮助推进基础和应用科学。