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    • 94. 发明授权
    • Materials and method for making a container with a locking closure
    • 用于制造具有锁闭盖的容器的材料和方法
    • US08925795B2
    • 2015-01-06
    • US13090644
    • 2011-04-20
    • Troy Little
    • Troy Little
    • B65D5/30B31B5/00B31B1/60B65D5/10B65D5/02B65D5/36
    • B65D5/103B65D5/0227B65D5/0254B65D5/10B65D5/3621
    • A container having a locking closure and a method of forming the locking closure. The container includes bottom, side and top walls and at least one of the walls being an opening wall formed of panels which provide an opening to an interior of the container and which overlap to provide the locking a closure of the opening wall. In a closed condition of the container, a bottommost panel of the opening wall is partially overlapped by adjacent panels of the opening wall and a topmost panel of the opening wall located opposite the bottommost panel partially overlaps the adjacent panels and the bottommost panel. A tab of the bottommost panel is lifted upwardly to partially overlap the topmost panel to form the locking closure.
    • 具有锁闭盖的容器和形成锁闭盖的方法。 容器包括底部,侧壁和顶壁,并且至少一个壁是由面板形成的开口壁,其提供到容器内部的开口,并且重叠以提供开口壁的封闭件。 在容器的封闭状态下,开口壁的最下面的面板部分地与开口壁的相邻面板重叠,并且与底板相对的开口壁的最上面的面板部分地与邻近的面板和最底面板重叠。 最下面的面板的凸片被向上提升,以与顶部的面板部分重叠以形成锁定闭合件。
    • 97. 发明授权
    • Method and apparatus for ex-situ lift-out specimen preparation
    • 用于非原位提取样品制备的方法和装置
    • US08740209B2
    • 2014-06-03
    • US13402708
    • 2012-02-22
    • Lucille A. Giannuzzi
    • Lucille A. Giannuzzi
    • B23Q3/00B23Q7/00B29C65/00B31B1/60B32B37/00
    • H01J37/3002G01N1/00G01N1/32H01J37/20H01J2237/201H01J2237/31745
    • A specimen carrier for use with an ex-situ lift-out (EXLO) milling process includes a carrier top surface having at least one specimen support area and at least one aperture formed through the specimen carrier top surface. The aperture includes a first opening having an open wider upper end and a narrower lower end. The first opening is bounded by opposed sidewalls in spaced-apart orientation that are inwardly inclined from the wider upper end to the narrower lower end. The aperture is configured to enable a specimen to sit over the opening and can be wedged between the first opening opposed sidewalls so that a region of interest to be milled is centered about the open end of the opening. Specimens so mounted can then be re-thinned via charged particle instruments such as focused ion beam (FIB) milling, broad beam ion milling, or via laser ablation.
    • 用于非原位提取(EXLO)铣削工艺的样品载体包括具有至少一个样品支撑区域的载体顶表面和穿过样品载体顶表面形成的至少一个孔。 孔包括具有敞开的较宽上端和较窄下端的第一开口。 第一开口由相对侧壁限定,其间隔开的方向从较宽的上端向较窄的下端向内倾斜。 孔被构造成使得样本能够坐在开口上方并且可以楔入第一开口相对的侧壁之间,使得待研磨的感兴趣区域围绕开口的开口端居中。 然后可以通过带电粒子仪器(如聚焦离子束(FIB)铣削,宽束离子铣削或经由激光烧蚀)将如此安装的样品重新稀释。