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    • 31. 发明申请
    • Display system
    • 显示系统
    • US20060278782A1
    • 2006-12-14
    • US11151106
    • 2005-06-13
    • Thomas LockwoodThomas Lang
    • Thomas LockwoodThomas Lang
    • A47B96/06
    • A47F5/0823
    • A display system having an improved support structure to reduce the display profile and consequent shipping costs and an improved display hook for mounting on the display grid. A support structure, such as an easel, is formed with or attached to the rear side of the display grid to support the grid in an elevated position. Unlike prior displays that must be shipped with bulky support structures, the easel of this invention is collapsible, allowing the display to retain its relatively thin profile. To install the display in the store, the easel may be quickly and easily formed and locked into place to support the display. The easel may be formed and collapsed as necessary, facilitating both shipping of the display as well as transporting the display in the store. This invention also relates to an improved display hook capable of releasably engaging the grid at three locations and thereby distributing the product load carried by the hook and reducing the likelihood that the hook with be pulled from or otherwise disengage the grid.
    • 一种具有改进的支撑结构以减少显示轮廓和随之而来的运输成本的显示系统以及用于安装在显示器网格上的改进的显示钩。 诸如画架的支撑结构形成有或附着到显示器格栅的后侧,以将格栅支撑在提升位置。 与必须装有大体积支撑结构的现有显示器不同,本发明的画架是可折叠的,允许显示器保持其相对薄的轮廓。 要将显示器安装在商店中,画架可能会快速而轻松地形成并锁定到位,以支持显示。 画架可以根据需要形成和折叠,便于显示器的运输以及在商店中传送显示器。 本发明还涉及一种改进的显示钩,其能够在三个位置处可释放地接合格栅,从而分配由钩承载的产品载荷,并减少钩被从或从而脱离栅格的可能性。
    • 32. 发明申请
    • Low drag ship hull
    • 低拖船船体
    • US20050126464A1
    • 2005-06-16
    • US10732512
    • 2003-12-11
    • Thomas LangJames Lang
    • Thomas LangJames Lang
    • B63B1/04B63B1/06B63B1/10B63B1/12B63B1/18B63B1/24B63B1/32B63B1/34B63B1/38B63G8/00B63G8/18
    • B63B1/32B63B1/18B63B1/24B63B1/38B63B39/06Y02T70/12Y02T70/122
    • A low drag ship hull generally includes a side air cavity initiated by wetted bow section, bottom air cavity initiated by wetted bottom nosepiece, wetted stem section that closes a lower portion of the side cavity, wetted bottom tailpiece that closes the bottom cavity, stabilizing fin, and propulsor. The bottom of a catamaran hull cross structure includes bow impact alleviator. Optional flaps in the stabilizing fins, together with optional all-movable canard fins are used for control. Different wetted bow sections and retractable means are used for starting side cavities. A low drag hull may utilize multiple air cavities. A new low drag hull includes a new upper bottom air cavity that is initiated by an upper bottom wetted nosepiece, and closed by an upper bottom tailpiece. Alternative designs include a shortened forward hull spaced ahead of a shortened aft hull, and a hydrofoil-supported trimaran with low drag hulls.
    • 低拖船船体通常包括由润湿的弓形部分引起的侧空气腔,由润湿的底部喷嘴启动的底部空气腔,封闭侧腔的下部的润湿的杆部分,封闭底部腔的湿的底部尾部,稳定翅片 ,推荐者。 双体船船体结构的底部包括弓冲击缓冲器。 稳定鳍片中的可选翼片,以及可选的全可动翼片用于控制。 不同的润湿弓形部分和伸缩装置用于起始侧腔。 低阻力船体可以利用多个空气腔。 一个新的低拖曳船体包括一个新的上部底部空气腔,由上部底部湿的鼻梁开始,并由上部底部尾端封闭。 替代设计包括在缩短的船尾前面延伸的缩短的前船体,以及具有低拖船船体的水翼支撑的三体船。
    • 40. 发明申请
    • Power port blow-off for thermal spray processes
    • 用于热喷涂工艺的电源端口吹扫
    • US20070221751A1
    • 2007-09-27
    • US11387652
    • 2006-03-23
    • Thomas LangChristopher Strock
    • Thomas LangChristopher Strock
    • B05B1/28
    • B05B7/226B05B15/555C23C4/134
    • A powder port blow-off system for a plasma spray process includes a faceplate that includes a bore therein that is co-radially aligned with a nozzle of a plasma spray gun, which emits a plasma plume. A plurality of powder feed ports are arranged circumferentially around the nozzle for injecting a flow of powder particles toward the plasma plume. A plurality of powder port blow-offs are arranged circumferentially around the nozzle in order to direct blow-off gas across the powder feed ports. The powder port blow-offs are directed across the plasma plume to create a vortex for carrying away powder particles unconsumed by the plasma plume.
    • 用于等离子体喷涂工艺的粉末端口吹扫系统包括面板,其包括其中发射等离子体羽流的等离子体喷枪的喷嘴同心径向对准的孔。 多个粉末供给口围绕喷嘴周向布置,用于将粉末颗粒流注入等离子体羽流。 多个粉末端口吹扫沿周向设置在喷嘴周围,以便将吹扫气体引导穿过粉末进料口。 粉末端口吹扫被引导穿过等离子体羽流以产生用于携带未被等离子体羽流消耗的粉末颗粒的涡流。