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    • 5. 发明申请
    • BUSINESS PROCESS VISIBILITY AT REAL TIME
    • 业务流程实时可视性
    • US20120166234A1
    • 2012-06-28
    • US12977064
    • 2010-12-23
    • BERNHARD DRITTLERRalf EhretJens-Christoph NolteBernd Schmitt
    • BERNHARD DRITTLERRalf EhretJens-Christoph NolteBernd Schmitt
    • G06Q10/00
    • G06Q10/063
    • Various embodiments of systems and methods for providing business process visibility at real time are described herein. One or more business activity events are received at a local business activity event manager. Further, business process binding information associated with the one or more business activity events is retrieved at the business activity manager from a business process model manager. A relationship of the one or more business activity events with a business process using the business process binding is identified at the business activity event manager. Upon determination, a business process log manager is triggered for logging a business activity log of a business process instance at real time. Furthermore, the business activity log is extracted to monitor and analyze the business process instance at real time.
    • 这里描述了用于实时提供业务过程可视性的系统和方法的各种实施例。 一个或多个业务活动事件在本地业务活动事件管理器处收到。 此外,业务活动管理器从业务流程模型管理器检索与一个或多个业务活动事件相关联的业务流程绑定信息。 业务活动事件管理器识别一个或多个业务活动事件与使用业务流程绑定的业务流程的关系。 一旦确定,触发业务流程日志管理器即可实时记录业务流程实例的业务活动日志。 此外,提取业务活动日志以实时监控和分析业务流程实例。
    • 6. 发明申请
    • Hydraulic Braking System For A Land Craft
    • 陆地液压制动系统
    • US20080290725A1
    • 2008-11-27
    • US11921609
    • 2006-06-08
    • Thomas BachHarald ThelenJosef KnechtgesBernd SchmittChristian Chemnitz
    • Thomas BachHarald ThelenJosef KnechtgesBernd SchmittChristian Chemnitz
    • B60T13/68B60T13/74
    • B60T8/1766B60T8/175B60T8/36B60T8/404B60T8/4872
    • A hydraulic brake system for a land vehicle, having a master cylinder, which is actuable by the driver by means of a pedal directly or via a brake booster disposed downstream of the pedal, for generating brake pressure in two brake circuits, each of which comprises two wheel brakes, wherein a hydraulic connection between the master cylinder and the wheel brakes is to be established or blocked by valve arrangements in dependence upon trigger signals from an electronic control unit in order to implement normal braking operations brought about directly by the driver or braking operations influenced by the electronic control unit in dependence upon measured variables, which are supplied to the electronic control unit and reflect the vehicle behaviour and/or the driver request, in that the brake pressure characteristic in the wheel brakes is varied by activating the valve arrangements associated therewith, wherein the electronic control unit is devised and programmed in such a way that, in order to set a brake pressure characteristic required for a specific vehicle behaviour, it supplies trigger signals, by means of which the setting of a respective brake pressure characteristic in the two brake circuits in predefined pressure stages (delta-p) is staggered in terms of time by a substantially predefined time stage (delta-t).
    • 一种用于陆地车辆的液压制动系统,具有主缸,其由驾驶员直接地或经由设置在踏板下游的制动助力器由驾驶员致动,用于在两个制动回路中产生制动压力,每个制动器电路包括 二轮制动器,其中主缸和车轮制动器之间的液压连接将根据来自电子控制单元的触发信号由阀装置建立或阻挡,以便实现由驾驶员或制动器直接引起的正常制动操作 由电子控制单元根据所提供给电子控制单元并反映车辆行为和/或驾驶员要求的测量变量影响的操作,因为通过启动阀门装置来改变车轮制动器中的制动压力特性 与其相关联,其中电子控制单元被设计和编程, 为了设定特定车辆行为所需的制动压力特性,它提供触发信号,通过该触发信号,在预定压力级(Δ-p)中两个制动回路中相应的制动压力特性的设定以 时间基本上预定义的时间段(delta-t)。
    • 9. 发明申请
    • SINGLE PHOTON COUNTING DETECTOR SYSTEM HAVING IMPROVED COUNTER ARCHITECTURE
    • 具有改进的计数器结构的单光子计数检测器系统
    • US20140166861A1
    • 2014-06-19
    • US13985961
    • 2011-12-29
    • Bernd SchmittAnna BergamaschiAldo MozzanicaRoberto Dinapoli
    • Bernd SchmittAnna BergamaschiAldo MozzanicaRoberto Dinapoli
    • G01T1/29
    • G01T1/29G01T1/247H04N5/32H04N5/37455
    • A single photon counting detector system has a layer of photosensitive material and an N×M array of photo-detector diodes. Each photo-detector diode has a bias potential interface and a diode output interface. The bias potential interface is connected to bias potential. An N×M array of high gain, low noise readout unit cells is provided, one readout unit cell for each photo-detector diode. Each readout unit cell has an input interface connected to the diode output interface, a high-gain voltage amplifier with an integration capacitor at least two parallel lines of digital counters, each having a comparator with an individually selectable threshold and a gateable section to determine the counting intervals of the digital counters. A multiplexer allows access to the readout cell unit either on a per pixel basis or for several pixels in parallel to read out the digital counter to a data processor transferring the data off chip.
    • 单光子计数检测器系统具有感光材料层和N×M光电二极管阵列。 每个光检测器二极管都有一个偏置电位接口和一个二极管输出接口。 偏置电位接口连接到偏置电位。 提供了一个N×M阵列的高增益低噪声读出单位单元,每个光检测二极管一个读出单元。 每个读出单元具有连接到二极管输出接口的输入接口,具有积分电容器的至少两个并行数字计数器的高增益电压放大器,每个具有可独立选择的阈值的比较器和用于确定 计数数字计数器的间隔。 多路复用器允许以每像素为基础访问读出单元单元或者并行地访问几个像素,以将数字计数器读出到将芯片上的数据传输到数据处理器。
    • 10. 发明授权
    • Readout chip with binary counter for fast single photon counting
    • 具有二进制计数器的读数芯片,用于快速单光子计数
    • US08039784B2
    • 2011-10-18
    • US12085337
    • 2006-11-20
    • Bernd Schmitt
    • Bernd Schmitt
    • H01L31/00
    • H01L27/1446H01L31/101
    • A readout chip for single photon counting has a plurality of N individually working channels each assigned to a respective detector diode. Each channel has a counter designed as a binary counter having a length of M bits and a number of programmable bits. Further, the readout chip has a serial shift register or parallel data input register for entering values for the counter and the programmable bits, and a number of data output shift registers each having a number of K data outputs. Means are provided for selectively multiplexing each of the K data outputs onto a selectable bit of the data output shift register.
    • 用于单光子计数的读出芯片具有分配给相应的检测器二极管的多个N个单独的工作通道。 每个通道具有被设计为具有M位长度和可编程位数的二进制计数器的计数器。 此外,读出芯片具有用于输入计数器和可编程位的值的串行移位寄存器或并行数据输入寄存器,以及每个具有多个K个数据输出的多个数据输出移位寄存器。 提供了用于将K个数据输出中的每一个选择性地复用到数据输出移位寄存器的可选择位上的装置。