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    • 1. 发明申请
    • METHOD FOR DETERMINING THE LINEAR ELECTRICAL RESPONSE OF A TRANSFORMER, GENERATOR OR ELECTRICAL MOTOR
    • 用于确定变压器,发电机或电动机的线性电气响应的方法
    • US20090088995A1
    • 2009-04-02
    • US12328408
    • 2008-12-04
    • Martin TIBERGChristoph HeitzOlaf HoeneckeBjorn Gustavsen
    • Martin TIBERGChristoph HeitzOlaf HoeneckeBjorn Gustavsen
    • G01R19/00
    • G01R31/2839G01R27/28G01R31/027G01R31/34
    • To characterize an electrical component, namely a medium or high voltage transformer, electrical motor or generator, a two-step procedure is carried out. In a first step, a set of terminal configurations are applied to the terminals (p1, . . . , pn) of the component in order to obtain data describing the linear electrical response of the component to any pattern of voltages uk or currents ik applied to the terminals (p1, . . . , pn). Typically, such data is e.g. expressed in terms of an admittance matrix Y or impedance matrix Z or, by the set of current and voltage vectors (ik, uk). Using this data, the linear electrical response of the component 1 under a test terminal configuration can now be calculated in a second step. This procedure allows to determine the response under any desired test terminal configuration without the need to carry out the measurement under the test terminal configuration.
    • 为了表征电气部件,即中压或高压变压器,电动机或发电机,执行两步程序。 在第一步骤中,将一组终端配置应用于组件的终端(p1,...,pn),以便获得描述组件对任何图案电压uk或施加的电流ik的线性电响应的数据 到端子(p1,...,pn)。 通常,这样的数据是例如。 以导纳矩阵Y或阻抗矩阵Z或由电流和电压矢量(ik,uk)的集合表示。 使用该数据,现在可以在第二步骤中计算组件1在测试终端配置下的线性电响应。 该过程允许在任何所需的测试终端配置下确定响应,而不需要在测试终端配置下进行测量。
    • 3. 发明授权
    • Iterative method for characterizing the frequency dependence of the linear properties of an electrical component
    • 用于表征电气部件的线性特性的频率依赖性的迭代方法
    • US08195412B2
    • 2012-06-05
    • US12572696
    • 2009-10-02
    • Bjorn GustavsenChristoph HeitzMartin Tiberg
    • Bjorn GustavsenChristoph HeitzMartin Tiberg
    • G01R29/00G06F17/16
    • G01R27/28
    • A method and device characterize linear properties of an electrical component having n>1 ports. The linear properties of the component are described in a matrix relating a voltage applied to the ports to a current through the ports. A frequency dependence of the matrix is approximated to preserve eigenvalues of the matrix by a pole-residual model. The method includes: (a) obtaining a set of values of the matrix at discrete frequencies, and obtaining eigenvalues and eigenvectors for each value; (b) fitting a set of vector equations to the eigenvalues and eigenvectors with a first set of pole frequencies; and (c) calculating a second set of pole frequencies by a vector fitting process for all modes of an element of the matrix. Steps (b) and (c) are repeated using the second set of pole frequencies in step (c) in a subsequent step (b) until a stop condition is met.
    • 一种具有n> 1个端口的电气部件的线性特征的方法和装置。 在将端口施加的电压与通过端口的电流相关联的矩阵中描述了组件的线性特性。 近似矩阵的频率依赖性,通过极残余模型来保持矩阵的特征值。 该方法包括:(a)以离散频率获得矩阵的一组值,并获得每个值的特征值和特征向量; (b)利用第一组极点频率将一组向量方程拟合到特征值和特征向量; 和(c)通过用于矩阵元素的所有模式的向量拟合处理来计算第二组极点频率。 在后续步骤(b)中,使用步骤(c)中的第二组极点频率重复步骤(b)和(c),直到满足停止条件。
    • 8. 发明授权
    • Method and device for analyzing substances
    • 分析物质的方法和装置
    • US07826993B2
    • 2010-11-02
    • US11813332
    • 2005-01-04
    • Thomas HutterChristoph HeitzJurgen Schawe
    • Thomas HutterChristoph HeitzJurgen Schawe
    • G01D3/00
    • G01N25/4833
    • Some of the embodiments of the present disclosure provide a method for analyzing a substance, where the method includes subjecting the substance to a dynamic excitation to produce an observable response, and determining a characteristic quantity of the substance based on a correlation between the excitation and the response. The correlation between the excitation and the response is expressed by a parametric model for which a specific model structure with a finite number of unspecified parameters is preset. The determining a characteristic quantity of the substance includes calculating the parameters of the model from values of the excitation and the response in a time domain, determining from the calculated parameters a transfer function in a frequency range, and calculating the characteristic quantity directly from the transfer function. Other embodiments are also described and claimed.
    • 本公开的一些实施方案提供了一种用于分析物质的方法,其中所述方法包括使物质进行动态激发以产生可观察到的响应,并且基于激发和激发之间的相关性来确定物质的特征量 响应。 激励和响应之间的相关性由一个参数模型表示,对于该参数模型,预设了具有有限数量的未指定参数的特定模型结构。 确定物质的特征量包括根据时域中的激励和响应的值来计算模型的参数,根据计算的参数确定频率范围内的传递函数,以及直接从传送中计算特征量 功能。 还描述和要求保护其他实施例。
    • 9. 发明授权
    • Support insulator
    • 支撑绝缘子
    • US06633004B1
    • 2003-10-14
    • US09958547
    • 2001-11-30
    • Christoph HeitzLutz NiemeyerMarco Piemontesi
    • Christoph HeitzLutz NiemeyerMarco Piemontesi
    • H01B1700
    • H01B17/14H02G5/066
    • The electrical insulator has an insulator body 3 which is fitted between an electrical conductor 1 and a grounded holder 2. The surface of the insulator is at least partially formed by a protective body 6. The material of the protective body has a low dielectric constant in comparison to that of the material of the insulator body 3. The protective body 6 prevents an electrically conductive particle 12 from coming to rest directly on the surface of the insulator body 3, in particular in the region of the triple points T, or causing a considerable increase in the field due to immediate proximity to the insulator body 3. The breakdown voltage of a gas-insulated system which contains such insulators provided with a protective body is increased. Gas-insulated systems can thus be made more compactly and more cheaply, and their life can be extended.
    • 电绝缘体具有安装在电导体 1 和接地保持器之间的绝缘体 3 PDAT> 2 。 绝缘体的表面至少部分地由保护体 6 形成。 与绝缘体<3> 的材料相比,保护体的材料具有低的介电常数。 保护体 6 防止导电颗粒 12 直接放置在绝缘体的表面上 3 ,特别是在三重点T的区域,或者由于紧邻绝缘体 3而导致现场的相当大的增加。 增加了包含这种具有保护体的绝缘体的气体绝缘系统的击穿电压。 因此,气体绝缘系统可以制造得更紧凑和更便宜,并且可以延长其使用寿命