会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明申请
    • METHOD AND APPARATUS FOR INDUCTIVELY HEATING AN ELECTRICALLY CONDUCTIVE WORKPIECE
    • 用于感应加热电导体工件的方法和装置
    • US20090078697A1
    • 2009-03-26
    • US12202509
    • 2008-09-02
    • Patrick Ziegler
    • Patrick Ziegler
    • H05B6/10H05B6/36
    • H05B6/101H05B6/365
    • The invention concerns an apparatus (1) for inductively heating an electrically conductive workpiece (2) in the form of a closed ring, the apparatus having a U-shaped magnet core (3) with two legs (4), with an electrically conducting coil (5) arranged on at least one leg (4) of the U-shaped magnet core (3) and connectable with an alternating current source, and a magnet yoke (6) which is spaced from at least one freestanding end of a leg (4) of the U-shaped magnet core (3), so that a closed magnetic circuit with at least one air gap (7) is formed, the height of the air gap (7) being so chosen that the electrically conductive workpiece (2) can be moved in a non-contacting manner into the air gap (7). The invention further concerns a method for conductively heating an electrically conductive workpiece (2) made in the shape of a closed ring, the heating being performed using an apparatus of the invention with a workpiece (2) being moved without contact into an air gap (7) so that the workpiece (2) surrounds the air gap (7), and so that a totally enclosed opening (10) of the workpiece (2) is located at least partially in the air gap (7), the coil (5) of the apparatus (1) being supplied with an alternating current.
    • 本发明涉及一种用于以闭合环的形式感应加热导电工件(2)的装置(1),该装置具有带有两个支腿(4)的U形磁芯(3),其具有导电线圈 (5),其布置在所述U形磁芯(3)的至少一个腿部(4)上并且可与交流电源连接;以及磁轭(6),其与腿的至少一个独立端 4),从而形成具有至少一个气隙(7)的闭合磁路,气隙(7)的高度被选择为导电工件(2) )可以以非接触的方式移动到气隙(7)中。 本发明还涉及一种用于导电加热形成为闭环形状的导电工件(2)的方法,该加热是使用本发明的装置进行的,其中工件(2)被移动而不接触到气隙( 7),使得工件(2)围绕气隙(7),并且使得工件(2)的全封闭开口(10)至少部分地位于气隙(7)中,线圈(5) )被提供有交流电。
    • 5. 发明授权
    • Optical parameter measuring with temperature assignment
    • 光学参数测量与温度分配
    • US06797927B2
    • 2004-09-28
    • US10643510
    • 2003-08-19
    • Patrick Ziegler
    • Patrick Ziegler
    • H05B102
    • G01M99/002G01M11/30
    • The present invention relates to a measuring system adapted for providing a measurement of an optical parameter of an optical device under test —DUT—, comprising a measuring instrument adapted to perform the measurement and to provide a measurement signal comprising a plurality of values of the measured optical parameter of the DUT over the time. To improve the measurement the measuring system is adapted to receive a temperature signal comprising a plurality of values of the measured temperature of the DUT over the time, and to provide an output signal wherein values of the measured temperature are associated to such values of the measured optical parameter of the DUT that correspond in time.
    • 本发明涉及一种测量系统,其适用于提供被测光学器件的光学参数的测量-DUT-,该测量系统包括适于执行测量的测量仪器,并提供一测量信号,该测量信号包括测量的多个测量值 DUT的时间的光学参数。为了改进测量,测量系统适于在一段时间内接收包括DUT的测量温度的多个值的温度信号,并提供输出信号,其中测量的 温度与在时间上对应的DUT的测量光学参数的这些值相关联。
    • 7. 发明申请
    • METHOD AND WELDING APPARATUS FOR THE DETERMINATION OF THE STRENGTH OF THE WELDING CURRENT TO BE USED IN THE WELDING OF CONTAINER BODIES
    • 用于确定在集装箱焊接中使用的焊接电流的强度的方法和焊接装置
    • US20090261076A1
    • 2009-10-22
    • US12424042
    • 2009-04-15
    • Patrick Ziegler
    • Patrick Ziegler
    • B23K11/24B23K11/08
    • B23K11/257B23K9/092B23K11/0026B23K11/062B23K11/066B23K11/0876B23K11/24B23K11/248B23K31/12B23K2101/125
    • For the determination of the welding current to be used for the resistance welding of the overlap seam of container bodies, welding with a test body is carried out with a changing strength of welding current which in the test body produces a varying welding of the seam. The current strength varies from welding of this seam with a too high temperature to welding with a too low temperature. Along with this the welding current strength used in the welding is determined so that it is further determined at which point of the seam the welding has been accomplished and with what strength of welding current. By means of a mechanical and/or optical investigation of the welded seam it can then be easily determined where the seam has been correctly welded for the series production of container bodies from the same sheet material as the test bodies. When such a point or such a region of the seam is known the welding current used in the test welding can be taken as the welding current for serial production.
    • 为了确定用于容器主体的重叠接缝的电阻焊接的焊接电流,用测试体的焊接进行焊接电流的变化,其在测试体中产生焊缝的变化的焊接。 当前的强度因焊接温度过高而导致焊接温度过低。 与此同时,焊接中使用的焊接电流强度被确定,以便进一步确定在焊接的哪一点已经完成焊接以及焊接电流的强度。 通过对焊缝的机械和/或光学研究,可以容易地确定接缝被正确焊接在哪里,以便与来自与测试体相同的片材的串联生产容器主体。 当已知接缝的这样一个点或这样一个区域时,可以将在焊接中使用的焊接电流作为用于串联生产的焊接电流。
    • 9. 发明授权
    • Network visualization tool utilizing iterative rearrangement of nodes on a grid lattice using gradient method
    • 网格可视化工具利用梯度方法利用网格上的节点的迭代重排
    • US07024419B1
    • 2006-04-04
    • US09644178
    • 2000-08-23
    • Juergen KlenkPatrick Ziegler
    • Juergen KlenkPatrick Ziegler
    • G06F17/00G06F7/00
    • H04L41/22Y10S707/99943Y10S707/99945
    • A visualization system and method for visualization of network data, which is data that represents elements and links between elements. The network data is converted into a data structure, which represents a grid arrangement of the elements, where each element is placed on an individual grid position of a lattice. The data structure is suitable for use by a graphics display. The visualization tool comprises a processing unit that generates an initial data structure which represents an initial grid arrangement of the elements. It then assigns a global value to this initial grid arrangement and employs a gradient method for converting the initial grid arrangement into another grid arrangement which has a decreased or an increased global value.
    • 一种用于可视化网络数据的可视化系统和方法,其是表示元素之间的元素和链接的数据。 网络数据被转换成数据结构,其表示元素的网格布置,其中每个元素被放置在格子的单个网格位置上。 数据结构适用于图形显示。 该可视化工具包括一个处理单元,该处理单元生成表示元件的初始格栅布置的初始数据结构。 然后,将该全局值分配给该初始网格布置,并采用梯度方法将初始网格排列转换为具有减小的或增加的全局值的另一网格排列。