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    • 81. 发明授权
    • Mechanical displacement-electrical signal transducer
    • 机械位移 - 电信号传感器
    • US4226126A
    • 1980-10-07
    • US20226
    • 1979-03-13
    • Werner Herden
    • Werner Herden
    • G01L9/00G01L9/10
    • G01L9/007
    • To measure small displacements, for example displacement of a membrane under change of pneumatic pressure applied at opposite sides thereto, a ferromagnetic wire is stretched between a fixed support and the membrane. An exciter coil, connected to a source of alternating current of suitable strength cyclically reversely magnetizes the ferromagnetic wire. A pick-up coil is electromagnetically coupled to the wire to sense the change of magnetization thereof which will be in the form of sharp needle pulses as the magnetization of the wire changes, the pulse amplitude and pulse width being highly dependent on the strain in the wire and hence on the deflection of the membrane. The wire may be stressed under tension.
    • 为了测量小的位移,例如在相对侧施加气动压力的变化下的膜的位移,铁磁线在固定的支撑件和膜之间被拉伸。 连接到具有合适强度的交流电源的励磁线圈使铁磁线循环地反向磁化。 拾取线圈电磁耦合到线以感测其磁化的变化,其随着线的磁化变化而呈尖锐的针脉冲的形式,脉冲幅度和脉冲宽度高度依赖于 导线和因此对膜的偏转。 电线可能会受到紧张的压力。
    • 87. 发明申请
    • DIODE LASER HAVING A DEVICE FOR BEAM FORMING
    • 具有用于光束形成的装置的二极管激光器
    • US20100202733A1
    • 2010-08-12
    • US12733644
    • 2008-07-22
    • Werner Herden
    • Werner Herden
    • G02B6/42H01S5/40B29D11/00
    • H01S5/4025F02P23/04G02B6/2552G02B6/3652G02B6/3696G02B6/421G02B6/425H01S5/005
    • A diode laser having a beam-forming device and a method for producing it are described. The diode laser includes at least one diode laser bar, the diode laser bar having a multitude of emitters, the emitters being disposed next to each other in the direction of their longitudinal axes. The diode laser includes a beam-forming device assigned to the diode laser bar, for the laser beam emerging from the diode laser bar, the beam-forming device having a light-guide device having a plurality of fibers, into which the laser beam is coupled. The maximum thickness of the optical fibers at their end facing the diode laser bar is considerably smaller than their width.
    • 描述了具有波束形成装置的二极管激光器及其制造方法。 所述二极管激光器包括至少一个二极管激光棒,所述二极管激光棒具有多个发射器,所述发射器沿着它们的纵向轴线彼此相邻地设置。 二极管激光器包括分配给二极管激光棒的波束形成装置,用于从二极管激光棒出射的激光束,该波束形成装置具有导光装置,该导光装置具有多个光纤,激光束 耦合。 在其二极管激光棒的两端的光纤的最大厚度比其宽度小得多。
    • 89. 发明授权
    • Device for contactless measurement of angle of rotation of linear motion between rotor and stator composed of a plurality of parts
    • 用于非接触式测量由多个部件组成的转子和定子之间的直线运动的旋转角度的装置
    • US06232771B1
    • 2001-05-15
    • US09180361
    • 1998-11-06
    • Werner HerdenAsta ReichlKlaus MarxThomas KlotzbuecherFriedrich Bielert
    • Werner HerdenAsta ReichlKlaus MarxThomas KlotzbuecherFriedrich Bielert
    • G01B714
    • G01D5/145
    • The measuring device for contactless determination of a rotation angle includes a rotatable permanent magnet (22) arranged in a stator (10) made of magnetically conductive material and including two stator segments (13,14) and a surrounding cup-shaped housing part (11). One stator segment (14) is mounted directly on the bottom (15) of the housing part (11) so that a magnetically conductive connection exists. A layer (18) of magnetically nonconductive material is present between the other stator segment (13) and the bottom (15) so that no magnetic flux is possible there. The rotatable permanent magnet (22) is arranged so that it is movable in an air gap between the two stator segments (13,14) and the housing part (11) with the direction of magnetic polarization oriented radially, i.e. toward the stator segments (13,14) or in the opposite direction. The measuring element (20) is arranged in the slot (12) between the two stator segments (13,14). Because of this structural design, it is possible to divide the magnetic flux so that a shift in the linear measurement range is possible so that no sign change occurs within the linear measurement range.
    • 用于非接触式确定旋转角度的测量装置包括布置在由导电材料制成的定子(10)中的可旋转永磁体(22),包括两个定子部分(13,14)和周围的杯形壳体部分(11) )。 一个定子段(14)直接安装在壳体部分(11)的底部(15)上,从而存在导磁连接。 在另一个定子部分(13)和底部(15)之间存在磁性非导电材料层(18),使得在那里不可能有磁通量。 可旋转永磁体(22)被布置成使得其可在两个定子段(13,14)和壳体部分(11)之间的气隙中移动,其中磁极化方向径向定向,即朝向定子段( 13,14)或反方向。 测量元件(20)布置在两个定子段(13,14)之间的槽(12)中。 由于这种结构设计,可以分割磁通量使得线性测量范围的偏移是可能的,使得在线性测量范围内不发生符号变化。