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
    • 1. 发明授权
    • Line circuit breaker and magnet yoke for a line circuit breaker
    • 线路断路器和线圈断路器的磁轭
    • US07893797B2
    • 2011-02-22
    • US12304798
    • 2007-05-21
    • Gunther EckertWinfried VierlingChristoph Weber
    • Gunther EckertWinfried VierlingChristoph Weber
    • H01H71/40
    • H01H71/40H01H71/2472
    • In line circuit breakers with a combined overcurrent/short-circuit current tripping device, tripping should take place in a well defined manner in the case of an overcurrent and in the case of a short-circuit current. For this purpose, gaps (A, B) need to be set precisely. If the housing is made from a cost-effective housing material such as thermosetting plastic it is subject to shrinkage. As a result, the mentioned gaps may change. An armature (24) is mounted in such a way that it changes its rest rotary position in the event of shrinkage of the housing. A magnet yoke (28) as part of the overcurrent/short-circuit current tripping device is mounted and shaped in such a way that the rotation is compensated for precisely, so that the mentioned gaps do not change despite the shrinkage.
    • 在具有组合的过电流/短路电流跳闸装置的在线断路器中,在过电流情况下以及短路电流的情况下,应以明确的方式进行跳闸。 为此,需要精确设定间隙(A,B)。 如果外壳由诸如热固性塑料等高性价比的外壳材料制成,则会受到收缩。 结果,上述差距可能会改变。 电枢(24)以这样的方式安装,使得在壳体收缩的情况下,电枢(24)改变其静止旋转位置。 作为过电流/短路电流跳闸装置的一部分的磁轭(28)被安装和成形为使得旋转被精确地补偿,使得尽管收缩,所述间隙也不改变。
    • 2. 发明申请
    • LINE CIRCUIT BREAKER AND MAGNET YOKE FOR A LINE CIRCUIT BREAKER
    • 线路断路器和线路断路器的磁铁
    • US20100052828A1
    • 2010-03-04
    • US12304798
    • 2007-05-21
    • Gunther EckertWinfried VierlingChristoph Weber
    • Gunther EckertWinfried VierlingChristoph Weber
    • H01H71/24
    • H01H71/40H01H71/2472
    • In line circuit breakers with a combined overcurrent/short-circuit current tripping device, tripping should take place in a well defined manner in the case of an overcurrent and in the case of a short-circuit current. For this purpose, gaps (A, B) need to be set precisely. If the housing is made from a cost-effective housing material such as thermosetting plastic it is subject to shrinkage. As a result, the mentioned gaps may change. An armature (24) is mounted in such a way that it changes its rest rotary position in the event of shrinkage of the housing. A magnet yoke (28) as part of the overcurrent/short-circuit current tripping device is mounted and shaped in such a way that the rotation is compensated for precisely, so that the mentioned gaps do not change despite the shrinkage.
    • 在具有组合的过电流/短路电流跳闸装置的在线断路器中,在过电流情况下以及短路电流的情况下,应以明确的方式进行跳闸。 为此,需要精确设定间隙(A,B)。 如果外壳由诸如热固性塑料等高性价比的外壳材料制成,则会受到收缩。 结果,上述差距可能会改变。 电枢(24)以这样的方式安装,使得在壳体收缩的情况下,电枢(24)改变其静止旋转位置。 作为过电流/短路电流跳闸装置的一部分的磁轭(28)被安装和成形为使得旋转被精确地补偿,使得尽管收缩而提及的间隙也不改变。
    • 5. 发明授权
    • Electromechanical switching device
    • 机电开关装置
    • US07268651B2
    • 2007-09-11
    • US10554165
    • 2004-04-02
    • Gunther EckertWolfgang Leitl
    • Gunther EckertWolfgang Leitl
    • H01H75/00H01H13/04
    • H01H71/025H01H71/002
    • The invention relates to a electromechanical switching device having two movable contact elements interacting with a fixed contact. Said switching device has a housing. When viewing a fixing side from the top, said housing is divided into two areas bordering with a longitudinal side of the housing, one of the movable contact elements and the corresponding fixed contact being located in said areas, wherein each of the housing areas has a narrow partial area and a broad partial area bordering therewith. The broad partial area of the first housing area is adjacent to the narrow partial area of the second housing area and the narrow partial area of the first housing area is adjacent to the broad partial area of the second housing area. The actuation directions of the movable contact elements are directed opposite each other.
    • 本发明涉及一种具有与固定触点相互作用的两个可动触头元件的机电开关装置。 所述开关装置具有壳体。 当从顶部观察固定侧时,所述壳体被分成与壳体的纵向侧面相邻的两个区域,其中一个可动触头元件和相应的固定触点位于所述区域中,其中每个壳体区域具有 狭窄的部分区域和与其接壤的宽的部分区域。 第一容纳区域的宽部分区域与第二容纳区域的窄部分区域相邻,并且第一容纳区域的窄部分区域与第二容纳区域的宽部分区域相邻。 可动接触元件的致动方向彼此相对。
    • 6. 发明申请
    • Electromechanical switching device
    • 机电开关装置
    • US20060214752A1
    • 2006-09-28
    • US10554165
    • 2004-04-02
    • Gunther EckertWolfgang Leitl
    • Gunther EckertWolfgang Leitl
    • H01F7/08
    • H01H71/025H01H71/002
    • The invention relates to a electromechanical switching device having two movable contact elements interacting with a fixed contact. Said switching device has a housing. When viewing a fixing side from the top, said housing is divided into two areas bordering with a longitudinal side of the housing, one of the movable contact elements and the corresponding fixed contact being located in said areas, wherein each of the housing areas has a narrow partial area and a broad partial area bordering therewith. The broad partial area of the first housing area is adjacent to the narrow partial area of the second housing area and the narrow partial area of the first housing area is adjacent to the broad partial area of the second housing area. The actuation directions of the movable contact elements are directed opposite each other.
    • 本发明涉及一种具有与固定触点相互作用的两个可动接触元件的机电开关装置。 所述开关装置具有壳体。 当从顶部观察固定侧时,所述壳体被分成与壳体的纵向侧面相邻的两个区域,其中一个可动触头元件和相应的固定触点位于所述区域中,其中每个壳体区域具有 狭窄的部分区域和与其接壤的宽的部分区域。 第一容纳区域的宽部分区域与第二容纳区域的窄部分区域相邻,并且第一容纳区域的窄部分区域与第二容纳区域的宽部分区域相邻。 可动接触元件的致动方向彼此相对。
    • 9. 发明申请
    • Methods for the compensation of a transverse elongation and/or longitudinal elongation of a printing material and printing press with several printing couples generating at least one printed image on a printing material
    • 用于补偿印刷材料和印刷机的横向伸长率和/或纵向伸长率的方法,所述印刷材料和印刷机具有在印刷材料上产生至少一个印刷图像的多个印刷对
    • US20070157831A1
    • 2007-07-12
    • US10587505
    • 2005-01-21
    • Gunther Eckert
    • Gunther Eckert
    • B41F5/18B41F5/16
    • B41F27/005B41F13/025B41F13/16B41P2227/40B41P2227/70
    • At least one of a transverse elongation and a longitudinal elongation of a printing material are compensated for. The printing material passes through serially arranged printing couples in a printing press. A component of the transverse elongation is compensated for after passage of the printing material through a first printing couple and before its entry into a second printing couple. This can be accomplished by the use of a framing controller. Alternatively, this transverse elongation can be compensated for by the displacement of at least one printing forme which is situated on a subsequent printing couple. The printing forme can be displaced transverse to a production direction of the printing material, relative to a reference mark on the printing material. An elongation of the printing material, which is known at the time of image generation on a printing forme of a subsequent printing couple can be compensated for by proper configuration or positioning of the printed image on the printing form.
    • 补偿印刷材料的横向伸长率和纵向伸长率中的至少一个。 印刷材料通过连续布置的印刷机在印刷机中通过。 在印刷材料通过第一印刷对之后并且在其进入第二印刷对之前补偿横向伸长的分量。 这可以通过使用框架控制器来实现。 或者,可以通过位于随后的印刷对上的至少一个印刷版的位移来补偿该横向伸长率。 相对于印刷材料上的参考标记,印刷版可以横向于印刷材料的生产方向移位。 可以通过印刷图像在打印形式上的适当配置或定位来补偿在后续打印对的印刷版上产生图像时已知的打印材料的伸长率。