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    • 1. 发明授权
    • System and method for hanging picture frames
    • 悬挂相框的系统和方法
    • US09521916B2
    • 2016-12-20
    • US14556499
    • 2014-12-01
    • Roger H Miller
    • Roger H Miller
    • A47G1/06A47G1/16A47G1/20B25H7/04
    • A47G1/1633A47G1/162A47G1/205B25H7/04
    • A system and method for hanging a picture frame on a wall, comprising the steps of providing a picture frame with a hanger, for receiving a nail therein and a marking device temporarily secured to the picture frame and disposed near the void for receiving the nail; pressing the picture frame with the marking device protruding out from the picture frame, so that the marking device makes a perceivable mark on the wall, then removing the marking device; inserting a nail, screw or a length adjustable wall auger into the wall at the mark; and hanging the picture with the hanger so that the nail, screw or a length adjustable wall auger occupies some of the space earlier occupied by the marking device.
    • 一种用于将相框悬挂在墙壁上的系统和方法,包括以下步骤:提供具有衣架的相框,用于在其中接收钉子,以及临时固定到相框并且设置在接近钉子的空隙附近的标记装置; 使用标记装置从相框突出地按压相框,使标记装置在墙上形成可感知的标记,然后取出标记装置; 将钉子,螺钉或长度可调的墙壁螺旋钻插入标记的墙壁; 并用衣架挂图片,使得钉子,螺丝或长度可调的壁挂螺旋钻占据标记装置较早占据的空间。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR HANGING PICTURE FRAMES
    • 用于挂起图像框架的系统和方法
    • US20150144756A1
    • 2015-05-28
    • US14556499
    • 2014-12-01
    • Roger H. Miller
    • Roger H. Miller
    • A47G1/16
    • A47G1/1633A47G1/162A47G1/205B25H7/04
    • A system and method for hanging a picture frame on a wall, comprising the steps of providing a picture frame with a hanger, for receiving a nail therein and a marking device temporarily secured to the picture frame and disposed near the void for receiving the nail; pressing the picture frame with the marking device protruding out from the picture frame, so that the marking device makes a perceivable mark on the wall, then removing the marking device; inserting a nail, screw or a length adjustable wall auger into the wall at the mark; and hanging the picture with the hanger so that the nail, screw or a length adjustable wall auger occupies some of the space earlier occupied by the marking device.
    • 一种用于将相框悬挂在墙壁上的系统和方法,包括以下步骤:提供具有衣架的相框,用于在其中接收钉子,以及临时固定到相框并且设置在接近钉子的空隙附近的标记装置; 使用标记装置从相框突出地按压相框,使标记装置在墙上形成可感知的标记,然后取出标记装置; 将钉子,螺钉或长度可调的墙壁螺旋钻插入标记的墙壁; 并用衣架挂图片,使得钉子,螺丝或长度可调的壁挂螺旋钻占据标记装置较早占据的空间。
    • 4. 发明授权
    • Slot resonance coupled standing wave linear particle accelerator
    • 槽谐振耦合驻波线性粒子加速器
    • US07898193B2
    • 2011-03-01
    • US12152883
    • 2008-06-04
    • Roger H. MillerNikolai Barov
    • Roger H. MillerNikolai Barov
    • H05H9/00
    • H05H9/04H05H7/22
    • A slot resonance coupled, linear standing wave particle accelerator. The accelerator includes a series of resonant accelerator cavities positioned along a beam line, which are connected by resonant azimuthal slots formed in interior walls separating adjacent cavities. At least some of the slots are resonant at a frequency comparable to the resonant frequency of the cavities. The resonant slots are offset from the axis of the accelerator and have a major dimension extending in a direction transverse to the radial direction with respect to the accelerator axis. The off-axis resonant slots function to magnetically couple adjacent cavities of the accelerator while also advancing the phase difference between the standing wave in adjacent cavities by 180 degrees in addition to the 180 degree phase difference resulting from coupling of the standing wave in each cavity with the adjacent slot, such that the signals in each cavity are in phase with one another and each cavity functions as a live accelerating cavity. The resonance frequency of the slot is the comparable to the resonance frequency of the cavities, resulting in coupling of the cavities while also eliminating the need for side-cavity or other off-axis coupling cavities.
    • 一个槽谐振耦合,线性驻波粒子加速器。 加速器包括沿着梁线定位的一系列共振加速器腔,其通过形成在分隔相邻空腔的内壁中的共振方位角连接。 至少一些槽以与空腔的谐振频率相当的频率谐振。 谐振槽从加速器的轴线偏移并且具有相对于加速器轴线在横向于径向方向的方向上延伸的主要尺寸。 离轴谐振槽用于磁耦合加速器的相邻腔,同时将相邻空腔中的驻波之间的相位差除了由每个空腔中的驻波耦合产生的180度相位差之外还能够将相位差提前180度, 相邻槽,使得每个空腔中的信号彼此同相,并且每个空腔用作活力加速腔。 槽的谐振频率与空腔的谐振频率相当,导致空腔的耦合,同时也消除了对侧腔或其它离轴耦合腔的需要。