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    • 5. 发明申请
    • Laptop computer case
    • 笔记本电脑机箱
    • US20070232109A1
    • 2007-10-04
    • US11393402
    • 2006-03-29
    • David ParkerKevin DeightonJohn Hoven
    • David ParkerKevin DeightonJohn Hoven
    • H01R13/62
    • A45C5/03A45C2011/003
    • A computer case for transporting a laptop computer. The case includes two mating sections and an inner cushioned liner in each section for cushioning the laptop therein in a protective manner. A hinge latch along one side of one section interlocks with a mating hinge latch along one side of the other section to hingedly secure the sections together. A single elongated locking latch is provided on one of the sections, opposite the side where the hinge latch is provided, adapted to lock into a groove on the underside of the other of the sections opposite the side where the other hinge latch is provided.
    • 用于运输笔记本电脑的电脑机箱。 该壳体包括两个配合部分和每个部分中的内垫衬垫,用于以保护的方式缓冲膝上型计算机。 沿着一个部分的一侧的铰链闩锁沿着另一部分的一侧与配合的铰链闩锁互锁,以将部分铰接地固定在一起。 单个细长锁定闩锁设置在与设置有铰链闩锁的一侧相对的一个部分上,适于锁定在与设置另一个铰链闩锁的侧面相对的另一个部分的下侧上的凹槽中。
    • 10. 发明授权
    • Current-aligned auto-generated non-equiaxial hole shape for wiring
    • 电流对齐自动生成的非等轴孔形状用于接线
    • US08299775B2
    • 2012-10-30
    • US11160428
    • 2005-06-23
    • Howard S. LandisDavid ParkerJeanne-Tania Sucharitaves
    • Howard S. LandisDavid ParkerJeanne-Tania Sucharitaves
    • G01R19/00
    • H01L23/528H01L21/76816H01L2924/0002H01L2924/00
    • A method, system and program product for replacing isotropic hole shapes in a wiring layout with non-equiaxial hole shapes that are arranged in a direction of current flow, which increases current flow along the wire's longitudinal axis while decreasing current flow along the wire's transverse axis. One aspect of the invention includes a method including determining a direction of electrical current flow in a portion of a wiring layout; and placing at least one non-equiaxial hole shape within the portion of the wiring layout, wherein the non-equiaxial hole shape is arranged in the direction of electrical current flow. The invention accommodates the limitations of copper CMP within an automated tool without sacrificing the efficiency of a hand-tuned layout. The invention also includes a semiconductor device including at least one non-equiaxial hole shape.
    • 一种方法,系统和程序产品,用于在沿着电流流动方向布置的非等轴孔形状的布线布局中替换各向同性孔形状,其沿着线的纵向轴线增加电流,同时沿着线的横轴减小电流 。 本发明的一个方面包括一种方法,其包括确定布线布局的一部分中的电流流动的方向; 并且在所述布线布置部分内布置至少一个非等轴孔形状,其中所述非等轴孔形状沿电流流动方向布置。 本发明在自动化工具中适应铜CMP的限制,而不牺牲手动布局的效率。 本发明还包括包括至少一个非等轴孔形状的半导体器件。