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    • 4. 发明授权
    • Conductorless bubble domain switch
    • 无导体气泡域开关
    • US4424577A
    • 1984-01-03
    • US170462
    • 1980-07-21
    • Isoris S. GergisBruce E. MacNeal
    • Isoris S. GergisBruce E. MacNeal
    • G11C11/14G11C19/08H01F10/00
    • G11C19/0883
    • A magnetic bubble domain system including a planar layer of magnetic material in which magnetic bubble domains can be propagated; and first and second bubble domain guide structure coupled to the layer and defining respective first and second bubble propagation paths for guiding the movement of bubbles in the layer in response to a cyclical change in the orientation of a reorienting magnetic field within the plane of the layer. A transfer bubble domain guide structure coupled to the layer is also provided for transferring bubble domains between the first and the second propagation paths responsive to a reverse in direction of the reorienting magnetic field. The transfer path is substantially the same as one of the directions of the crystallographic axes of the planar layer.
    • 包括磁性材料的平面层的磁性气泡区域系统,其中可以传播磁性气泡区域; 以及第一和第二气泡区域引导结构,其耦合到所述层并且限定相应的第一和第二气泡传播路径,用于响应于所述层的平面内的重新定向磁场的取向的循环变化来引导层中气泡的移动 。 还提供耦合到该层的转移气泡区域引导结构,用于响应于重新定向磁场的方向反向,在第一和第二传播路径之间传送气泡域。 传送路径与平面层的结晶轴的方向之一基本相同。
    • 8. 发明授权
    • Method of making suspended microstructures
    • 制备悬浮微结构的方法
    • US5627112A
    • 1997-05-06
    • US555668
    • 1995-11-13
    • William E. TennantIsoris S. GergisCharles W. Seabury
    • William E. TennantIsoris S. GergisCharles W. Seabury
    • G01J1/02G01J5/02G01J5/20G03F7/00H01L21/302H01L37/02H01L21/77
    • G01J5/20G03F7/00H01L2224/11
    • A suspended microstructure process assembly includes a first microstructure assembly, with a temporary substrate having a first surface and a first microstructure fabricated on the first surface; a second microstructure assembly, including a final substrate having a second surface and a second microstructure fabricated on the second surface; connecting elements for joining the first microstructure assembly to the second microstructure assembly with a predetermined separation and alignment; and a removable bond temporarily securing the first microstructure assembly to the second microstructure assembly until the temporary substrate is removed. The connecting elements may be electrically conductive contacts or electrically nonconductive spacers. Electrically conductive contacts may be supplied to the first microstructure from a back side of the first microstructure assembly. The first microstructure fabricated on the first surface may incorporate a removable layer to enable multiple level suspended structures.
    • 悬浮的微结构工艺组件包括第一微结构组件,临时衬底具有在第一表面上制造的第一表面和第一微结构; 第二微结构组件,包括具有在第二表面上制造的第二表面和第二微结构的最终基底; 连接元件,用于以预定的分离和对准将第一微结构组件连接到第二微结构组件; 以及可拆卸的接合件将第一微结构组件临时固定到第二微结构组件,直到临时衬底被移除。 连接元件可以是导电触头或非导电间隔件。 可从第一微结构组件的背面向第一微结构提供导电触点。 在第一表面上制造的第一微结构可以包括可移除层以实现多级悬挂结构。
    • 9. 发明授权
    • Replicate/transfer bubble domain switch
    • 复制/转移泡泡域切换
    • US4301517A
    • 1981-11-17
    • US946936
    • 1978-09-29
    • Isoris S. Gergis
    • Isoris S. Gergis
    • G11C19/08
    • G11C19/0858
    • An active replicate/transfer magnetic bubble domain switch which is especially compatible with gap tolerant structures is provided. The switch includes a broadfaced corner element of relatively massive structure which retains the bubble domain for more than one field cycle. The switch characteristics are superior to those of existing switches both at the 8 .mu.m and 16 .mu.m periods. The switch offers the advantages of good bias and phase margins, ease of fabrication and reduced drive field requirements. In the 8 .mu.m, version the device requires a substantially lower drive field than the pickax design by virtue of reduced bubble-bubble interaction in the minor loops.
    • 提供了一种与间隙容许结构特别兼容的主动复制/转移磁泡区域开关。 该开关包括相对大的结构的宽阔的拐角元件,其保持气泡域用于多于一个的场周期。 开关特性优于现有开关,在8亩和16亩的时期。 该开关具有良好的偏置和相位裕度,易于制造和降低驱动场要求的优点。 在8微米的版本中,由于减小了小环中的气泡 - 气泡相互作用,该装置需要比撇号设计更低的驱动场。