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    • 1. 发明授权
    • Ring and hook game apparatus
    • 戒指游戏装置
    • US07896349B2
    • 2011-03-01
    • US12031349
    • 2008-02-14
    • Jeremy Christopher PershinJeffery Michael PershinJoseph T. Pershin
    • Jeremy Christopher PershinJeffery Michael PershinJoseph T. Pershin
    • A63B67/06
    • A63F11/0011A63B67/10A63F9/0208A63F2009/0213A63F2011/0013
    • A hook and ring game apparatus and method includes a hook device having a mounting portion with a longitudinal axis substantially transverse to a surface. The hook device further including an arcuate portion extending from the mounting portion forming a sweep of about one-hundred and eighty degrees terminating in a cantilever beam having an acute angle to the surface. Further included is a ring assembly having a tether with a first end portion freely suspended from a selected position in an overhead support and a second end portion adjacent to a ring being operational to freely swing a pendulum type of movement relative to the overhead support. The ring and hook are operational to form a chance element to removably engage one another as the ring moves through the arc path potentially contacting with the hook, with either the ring removably engaging the hook or not engaging the hook.
    • 钩环式游戏装置和方法包括具有基本上横向于表面的纵向轴线的安装部分的钩装置。 钩装置还包括从安装部分延伸的弧形部分,形成大约一百八十度的扫描,终止于与表面具有锐角的悬臂梁。 还包括一个环组件,其具有系绳,该系绳具有自由地悬挂在架空支架中的选定位置的第一端部部分和与环相邻的第二端部,其可操作以相对于架空支架自由摆动摆式移动。 环和钩可操作以形成可移动地彼此接合的机构元件,因为环移动通过潜在地与钩接触的弧形路径,环中可拆卸地接合钩或不接合钩。
    • 2. 发明申请
    • Ring and Hook Game Apparatus
    • 戒指和钩子游戏装置
    • US20090206550A1
    • 2009-08-20
    • US12031349
    • 2008-02-14
    • Jeremy Christopher PershinJeffery Michael PershinJoseph T. Pershin
    • Jeremy Christopher PershinJeffery Michael PershinJoseph T. Pershin
    • A63F9/02
    • A63F11/0011A63B67/10A63F9/0208A63F2009/0213A63F2011/0013
    • A hook and ring game apparatus and method includes a hook device having a mounting portion with a longitudinal axis substantially transverse to a surface. The hook device further including an arcuate portion extending from the mounting portion forming a sweep of about one-hundred and eighty degrees terminating in a cantilever beam having an acute angle to the surface. Further included is a ring assembly having a tether with a first end portion freely suspended from a selected position in an overhead support and a second end portion adjacent to a ring being operational to freely swing a pendulum type of movement relative to the overhead support. The ring and hook are operational to form a chance element to removably engage one another as the ring moves through the arc path potentially contacting with the hook, with either the ring removably engaging the hook or not engaging the hook.
    • 钩环式游戏装置和方法包括具有基本上横向于表面的纵向轴线的安装部分的钩装置。 钩装置还包括从安装部分延伸的弧形部分,形成大约一百八十度的扫描,终止于与表面具有锐角的悬臂梁。 还包括一个环组件,其具有系绳,该系绳具有自由地悬挂在架空支架中的选定位置的第一端部部分和与环相邻的第二端部,其可操作以相对于架空支架自由摆动摆式移动。 环和钩可操作以形成可移动地彼此接合的机构元件,因为环移动通过潜在地与钩接触的弧形路径,环中可拆卸地接合钩或不接合钩。
    • 5. 发明申请
    • OPTICAL INTERFERENCE LAYER FOR ELECTROLUMINESCENT DEVICES
    • 用于电致发光器件的光学干涉层
    • WO0106816A9
    • 2002-08-29
    • PCT/CA0000855
    • 2000-07-19
    • LUXELL TECHNOLOGIES INCHOFSTRA PETER GJOHNSON DAVID JPERSHIN OLGA A
    • HOFSTRA PETER GJOHNSON DAVID JPERSHIN OLGA A
    • H01L27/32H01L51/52H05B33/22H05B33/24
    • H01L51/5281H01L27/32H05B33/22H05B33/24
    • The present invention provides a transparent electroluminescent device (30) having an optical interference member (50) which reduces the overall reflectance from the device. The optical interference member (50) is formed on a substrate (70), typically comprising a reflective layer (66), a transparent layer (62), a semi-transparent layer (58) and an anti-reflective coating (54). The optical interference member (50) can then be affixed behind the electroluminescent display (31) with a transparent rear electrode (38). When affixed, the optical interference member (50) can reduce reflectance from ambient light and serve as a passivation layer that protects the elements of the electroluminescent device (31) from exposure to external elements. The optical interference member (50) can increase the reflectance of infra-red ambient light, compared to absorbing films, to thus reduce the overall heating of the display. Furthermore, the optical interference member (50) can absorb light emitted towards the back of the display from the electroluminescent layer (31), thus reducing pixel blooming and improving the overall characteristics of the device. In an other embodiment of the invention, the passivation layer can be added without the optical interference layer.
    • 本发明提供一种具有光学干涉构件(50)的透明电致发光器件(30),该光学干涉构件(50)降低了该器件的整体反射率。 光学干涉构件(50)形成在通常包括反射层(66),透明层(62),半透明层(58)和抗反射涂层(54)的基板(70)上。 光学干涉构件(50)然后可以用透明的后电极(38)固定在电致发光显示器(31)的后面。 当固定时,光学干涉构件(50)可以减少环境光的反射率,并且用作保护电致发光器件(31)的元件免于暴露于外部元件的钝化层。 与吸收膜相比,光学干涉构件(50)可以增加红外环境光的反射率,从而减少显示器的整体加热。 此外,光学干涉构件(50)可以从电致发光层(31)吸收朝向显示器的背面发射的光,从而减少像素开花并提高器件的整体特性。 在本发明的另一实施例中,可以不加光学干涉层来添加钝化层。
    • 9. 发明申请
    • LOW-TEMPERATURE OXY-FUEL SPRAY SYSTEM AND METHOD FOR DEPOSITING LAYERS USING SAME
    • 低温氧燃料喷雾系统及使用其沉积层的方法
    • WO2009155702A1
    • 2009-12-30
    • PCT/CA2009/000879
    • 2009-06-25
    • CHANDRA, SanjeevPERSHIN, ValerianMOSTAGHIMI-TEHRANII, JavadJIA, Libing
    • CHANDRA, SanjeevPERSHIN, ValerianMOSTAGHIMI-TEHRANII, JavadJIA, Libing
    • B05D1/10B05B7/14
    • B05B7/203B05B7/205C23C4/129C23C24/04
    • The present invention provides a low temperature oxy-fuel thermal spray torch which operates at relatively low gas temperatures, 800K to 2500K. The torch includes a combustion chamber, a mixing region, a Laval nozzle, and a cylindrical barrel. Gaseous fuel and oxygen are continuously fed into the combustion chamber wherein heat is released. Downstream, large amounts of cold nitrogen are radially injected to regulate temperature. After being forced through the nozzle, the jet travels supersonically down the barrel and out of the spray torch. The unique design of this thermal spray system allows the gas temperature to vary within a much wider range than conventional high-velocity oxygen-fuel systems, so particles being sprayed can maintain high velocity while their temperature are manipulated. With this high velocity, low temperature, thermal spray torch, dense and less oxidized coatings can be applied for a variety of materials including metals, alloys, polymers and cermets.
    • 本发明提供一种低温氧燃料热喷枪,在相当低的气温下工作,800K至2500K。 手电筒包括燃烧室,混合区域,拉瓦尔喷嘴和圆柱形桶。 气体燃料和氧气连续地进入燃烧室,其中释放热量。 在下游,大量的冷氮被径向喷射以调节温度。 在被迫通过喷嘴之后,喷气式飞机沿着机筒向下运行,并从喷雾器中喷出。 这种热喷涂系统的独特设计允许气体温度在比常规高速氧气 - 燃料系统更宽的范围内变化,因此被喷涂的颗粒可以在其温度受到控制时保持高速度。 采用这种高速度,低温,热喷涂手电筒,致密和较少氧化的涂层可用于各种材料,包括金属,合金,聚合物和金属陶瓷。