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    • 4. 发明授权
    • Method and device for measuring a radiation field
    • 用于测量辐射场的方法和装置
    • US08410987B2
    • 2013-04-02
    • US12938972
    • 2010-11-03
    • Thomas EibertTorsten FritzelCarsten SchmidtHans-Juergen Steiner
    • Thomas EibertTorsten FritzelCarsten SchmidtHans-Juergen Steiner
    • G01R29/10
    • G01R29/10
    • A method for measuring a radiation field in the direct vicinity of a measured object is provided. One or more antenna measurement probe(s) are moved in any desired fashion within the radiation field, and a number of high-frequency measurement points is thus recorded. During the movement of the antenna measurement probe, a position determination of a respective antenna measurement probe is conducted simultaneously with or in close temporal proximity to the capture of a respective high-frequency measurement point, in order to assign a position to each high-frequency measurement point so as to generate a spatially defined measurement point cloud. Finally, radiation patterns at any distance from the measured object may be determined from the spatial measurement point cloud by means of a field transformation method.
    • 提供了一种用于测量被测物体直接附近的辐射场的方法。 一个或多个天线测量探针在辐射场内以任何所需的方式移动,并且因此记录多个高频测量点。 在天线测量探头的运动过程中,相应的天线测量探头的位置确定与相应的高频测量点的捕获同时进行或紧邻地进行,以便分配每个高频测量点的位置 测量点,以产生空间定义的测量点云。 最后,可以通过场变换方法从空间测量点云确定距测量对象的任何距离处的辐射图。
    • 7. 发明申请
    • Method and Device for Measuring a Radiation Field
    • 用于测量辐射场的方法和装置
    • US20110102277A1
    • 2011-05-05
    • US12938972
    • 2010-11-03
    • Thomas EIBERTTorsten FritzelCarsten SchmidtHans-Juergen Steiner
    • Thomas EIBERTTorsten FritzelCarsten SchmidtHans-Juergen Steiner
    • G01R29/08
    • G01R29/10
    • A method for measuring a radiation field in the direct vicinity of a measured object is provided. One or more antenna measurement probe(s) are moved in any desired fashion within the radiation field, and a number of high-frequency measurement points is thus recorded. During the movement of the antenna measurement probe, a position determination of a respective antenna measurement probe is conducted simultaneously with or in close temporal proximity to the capture of a respective high-frequency measurement point, in order to assign a position to each high-frequency measurement point so as to generate a spatially defined measurement point cloud. Finally, radiation patterns at any distance from the measured object may be determined from the spatial measurement point cloud by means of a field transformation method.
    • 提供了一种用于测量被测物体直接附近的辐射场的方法。 一个或多个天线测量探针在辐射场内以任何所需的方式移动,并且因此记录多个高频测量点。 在天线测量探头的运动过程中,相应的天线测量探头的位置确定与相应的高频测量点的捕获同时进行或紧邻地进行,以便分配每个高频测量点的位置 测量点,以产生空间定义的测量点云。 最后,可以通过场变换方法从空间测量点云确定距测量对象的任何距离处的辐射图。
    • 10. 发明申请
    • Procedure And Development Environment For Generation Of An Executable Overall Control Program
    • 程序和开发环境,用于生成可执行的总体控制程序
    • US20110138353A1
    • 2011-06-09
    • US12954979
    • 2010-11-29
    • Jõrg NiereCarsten SchmidtWolfgang Trautmann
    • Jõrg NiereCarsten SchmidtWolfgang Trautmann
    • G06F9/45G06F9/44
    • G05B19/0426G05B2219/23188G05B2219/23258
    • A procedure for generating an executable overall control program such as a measurement, control, regulation and/or calibration is illustrated and described for controlling a control system having at least one electronic processor unit, whereby multiple functional model components of one of the functional models describing the functionality of the overall control program are compiled in data code, the data elements used in the functional model components are listed at least partially in one of the various data element sets of the functional model. References between data elements in the data element set and those functional model components of the functional model in which the data elements are used are registered, and these references are saved as additional reference information. Such data elements in the data element sets, which are assigned to multiple functional model components are grouped as common data elements in at least one data element group, and at least a part of the data elements in the data element set is compiled to data code. The data code for common data elements is generated from the data set independently of the functional model, and the function code and the data code are completely merged and compiled into the executable overall control program using the reference information consistently.
    • 为了控制具有至少一个电子处理器单元的控制系统,示出并描述了用于生成诸如测量,控制,调节和/或校准的可执行的总体控制程序的过程,由此描述了功能模型之一的多个功能模型组件 总体控制程序的功能被编译成数据代码,功能模型组件中使用的数据元素至少部分地列在功能模型的各种数据元素集之一中。 注册数据元素集合中的数据元素与其中使用数据元素的功能模型的功能模型组件之间的引用,并将这些引用保存为附加参考信息。 分配给多个功能模型组件的数据元素集合中的这些数据元素被分组为至少一个数据元素组中的公共数据元素,并且数据元素集合中的至少一部分数据元素被编译成数据代码 。 公共数据元素的数据代码是独立于功能模型从数据集生成的,功能代码和数据代码被一致地使用参考信息完全合并并编译成可执行的整体控制程序。