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    • 1. 发明申请
    • WORKING ELECTRODE FOR AN ELECTRODYNAMIC FRAGMENTING INSTALLATION
    • 用于电动搅拌安装的工作电极
    • US20090153009A1
    • 2009-06-18
    • US12278750
    • 2006-02-15
    • Daniel MaurerReinhard Muller-Siebert
    • Daniel MaurerReinhard Muller-Siebert
    • H01T13/20B02C19/18
    • B02C19/18B02C2019/183
    • The invention relates to working electrode for an electrodynamic fragmenting installation. The working electrode comprises an insulator (1) with a central conductor (2), which axially passes through the insulator (1) and carries at its working end an electrode tip (3) which is formed by an exchangeable changing part (4) and adjoins a stop area (6) of the central conductor (2) with a contact area (5) under axial compressive prestress.The invention makes it possible to provide working electrodes for electrodynamic fragmenting installations in which the electrode tips can be exchanged in a simple manner and which can be operated practically without maintenance over a long period of time even in case of great pressure pulsations.
    • 本发明涉及电动分段装置的工作电极。 工作电极包括具有中心导体(2)的绝缘体(1),其轴向通过绝缘体(1)并在其工作端承载由可更换部分(4)形成的电极尖端(3)和 在轴向压缩预应力下邻接中心导体(2)的具有接触区域(5)的停止区域(6)。 本发明使得可以提供用于电动分段装置的工作电极,其中可以以简单的方式更换电极尖端,并且即使在压力波动较大的情况下也可以实际操作而无需长时间维护。
    • 2. 发明授权
    • Fiber-optic depolarizer
    • 光纤去极化器
    • US5457756A
    • 1995-10-10
    • US89828
    • 1993-07-12
    • Engelbert HartlReinhard MullerHans Poisel
    • Engelbert HartlReinhard MullerHans Poisel
    • G01C19/72G02B6/10G02B6/26
    • G02B6/105G01C19/721
    • A process for the manufacturing a fiber optic depolarizer as well as an arrangement of that type uses two optical fiber sections which obtain the polarization planes of the light and which are connected with one another in such a manner that the principal axes of the optical fiber sections enclose an angle of 45.degree.. An optical fiber piece which obtains no polarization is inserted between the optical fiber sections whose principal axes enclose an angle of 45.degree., in that the optical fiber sections and the optical fiber piece are fixed to one another at their connecting areas. The principal axis orientations of the optical fiber sections are adjusted in such a manner that, in the case of a firm positioning of one of the two connecting areas by the torsional twisting of the other connecting area, an angle of 45.degree. is adjusted.
    • 用于制造光纤去极化器的方法以及该类型的布置使用两个光纤部分,其获得光的偏振面,并且彼此连接,使得光纤部分的主轴 包围45度的角度。 在主轴包围45°的光纤部分之间插入不具有偏振的光纤片,其中光纤部分和光纤片在其连接区域彼此固定。 调整光纤部分的主轴取向,使得在通过另一个连接区域的扭转扭转两个连接区域中的一个的牢固定位的情况下,调整45度的角度。
    • 4. 发明授权
    • Shake resaw machine
    • 摇动切割机
    • US4452118A
    • 1984-06-05
    • US447440
    • 1982-12-06
    • Reinhard Muller
    • Reinhard Muller
    • B27B25/00B27M3/02B26D3/30
    • B27M3/02B27B25/00Y10T83/0274Y10T83/0296Y10T83/2196Y10T83/6576Y10T83/658Y10T83/6582Y10T83/6584Y10T83/6595Y10T83/6636Y10T83/741Y10T83/745
    • A shake resaw machine for converting a generally rectilinear wooden blank into a pair of oppositely tapered shingles, each having a tip and a butt end, is comprised of a support table hingedly disposed for cooperative engagement with a saw for lateral movement with respect to a longitudinal feed axis along which the wooden blank progresses during a resaw sequence through the saw, including a first tip-cutting stage, an intermediate diagonal-cutting stage, and a second tip-cutting stage, a table control member for moving the support table at a predetermined rate in a lateral path relative to the feed axis during the resaw sequence, first and second blank guide members having variable lateral stiffness, one of each disposed on either side of the feed axis forwardly proximate a saw blade location thereon, for cooperatively routing the blank along a variable, predetermined resaw path, and first and second guide control members for regulating, respectively, the lateral stiffness of the first and second guide members during the resaw sequence permitting lateral deflection of the first guide control member during the first tip-cutting stage and establishing guiding-effective stiffness in that member to provide a generally rigid guiding surface for the blank during the remainder of the sequence and for permitting lateral deflection of the second guide member during the second tip-cutting stage while establishing guiding-effective stiffness in that member to provide a generally rigid guiding surface for the blank during the remainder of the sequence.
    • 用于将大致直线的木制坯料转换成一对相对于锥形的带状板的摇动锯片机,每个具有尖端和对接端的支撑台由铰链地设置成与锯协作接合以相对于纵向 进给轴,其中木制坯料在通过锯的切割顺序期间进行,包括第一尖端切割台,中间对角切割台和第二切割台,用于在支撑台上移动的台面控制构件 第一和第二空白引导构件具有可变的横向刚度,每一个设置在进给轴的任一侧上,靠近其上的锯片位置,用于协调地布置 沿着可变的,预定的锯齿路径的坯料,以及用于分别调节冷杉的横向刚度的第一和第二引导控制构件 t和第二引导构件,其允许在第一尖端切割阶段期间第一引导控制构件的横向偏转,并且在该构件中建立引导有效的刚度,以在序列的其余部分期间为坯件提供通常刚性的引导表面 并且用于在第二尖端切割阶段允许第二引导构件的横向偏转,同时在该构件中建立引导有效的刚度,以在序列的其余部分期间为坯件提供大致刚性的引导表面。
    • 8. 发明申请
    • Method for Grounding A High Voltage Electrode
    • 高压电极接地方法
    • US20090236142A1
    • 2009-09-24
    • US12282778
    • 2006-03-30
    • Christoph AnlikerReinhard Muller-SiebertDaniel Maurer
    • Christoph AnlikerReinhard Muller-SiebertDaniel Maurer
    • H01R4/28
    • B02C19/18B02C2019/183Y10T29/49169
    • The invention relates to an arrangement with a high voltage electrode (1) and a process vessel (2) assigned to the high voltage electrode (1), wherein the high voltage electrode (1) and the process vessel (2) can be positioned relative to each other in such a manner that the high voltage electrode (1) with its operational electrode end (5) in an operating position is immersed in the process vessel (2) and in a non-operating position is located outside the process vessel (2). Furthermore the arrangement comprises a grounding device (3) which is designed in such a manner that upon a positioning in the non-operating position it automatically is brought into contact with the operational electrode end (5) for grounding the high voltage electrode (1).Through the arrangement according to the invention it becomes possible to provide electrodynamic fragmenting installations in which the high voltage electrode (1) upon a gaining of access to its operational electrode end (5) is grounded in a self-actuated and reliable manner and wherein the grounding furthermore is visually recognizable. By means of this the operator protection can significantly be increased.
    • 本发明涉及一种配置有高电压电极(1)和分配给高压电极(1)的处理容器(2)的装置,其中高压电极(1)和处理容器(2)可相对于 以使其操作电极端(5)处于工作位置的高电压电极(1)浸入处理容器(2)中并且处于非操作位置位于处理容器的外部( 2)。 此外,该装置包括接地装置(3),其被设计成使得在非操作位置定位时,它自动地与用于使高压电极(1)接地的操作电极端(5)接触, 。 通过根据本发明的装置,可以提供电动分段装置,其中高电压电极(1)在其操作电极端(5)的接近​​通路以自动致动且可靠的方式接地时,其中, 接地还可视觉识别。 借助于此,可以显着提高操作者的保护。