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    • 61. 发明申请
    • Multi-featured arrays with reflective coating
    • 具有反光涂层的多功能阵列
    • US20070059760A1
    • 2007-03-15
    • US11599523
    • 2006-11-13
    • Andreas DorselDavid KingNicholas Sampas
    • Andreas DorselDavid KingNicholas Sampas
    • C12Q1/68C12M1/34
    • G01N21/6452G01N21/6428
    • A method and apparatus of interrogating an addressable array unit, which includes a substrate, a light reflecting layer on a front side of the substrate, and a plurality of features on a front side of the array. The method may include, for each of multiple features, illuminating the feature simultaneously with reflected and non-reflected interrogating light. A light emitted from respective features is detected. Either or both, constructive interference of interrogating light at the features, or constructive interference of light emitted from the features, can be obtained to allow lowering of light power from the source, enhanced signal, or reduced noise, or combinations of the foregoing. High depth discrimination may also be obtained without the need for a confocal detection system with conventional pinhole.
    • 一种询问可寻址阵列单元的方法和装置,其包括基板,在基板的前侧上的光反射层,以及阵列的前侧上的多个特征。 对于多个特征中的每一个,该方法可以包括与反射和未反射的询问光同时照亮特征。 检测从各个特征发射的光。 可以获得在特征中询问光的建构性干扰或从特征发射的光的建构性干扰,以允许降低源的光功率,增强的信号或降低的噪声或前述的组合。 也可以获得高深度鉴别,而不需要具有常规针孔的共焦检测系统。
    • 64. 发明申请
    • Octahedral molecular sieve sorbents and catalysts
    • 八面体分子筛吸附剂和催化剂
    • US20060177367A1
    • 2006-08-10
    • US11347459
    • 2006-02-03
    • Liyu LiDavid King
    • Liyu LiDavid King
    • B01D53/56
    • B01D53/949B01D53/9422F01N3/021F01N3/0807F01N2570/04
    • Octahedral molecular sieve sorbents and catalysts are disclosed, including silver hollandite and cryptomelane. These materials can be used, for example, to catalyze the oxidation of COx (e.g., CO), NOx (e.g., NO), hydrocarbons (e.g., C3H6) and/or sulfur-containing compounds. The disclosed materials also may be used to catalyze other reactions, such as the reduction of NO2. In some cases, the disclosed materials are capable of sorbing certain products from the reactions they catalyze. Silver hollandite, in particular, can be used to remove a substantial portion of certain sulfur-containing compounds from a gas or liquid by catalysis and/or sorption. The gas or liquid can be, for example, natural gas or a liquid hydrocarbon.
    • 公开了八面体分子筛吸附剂和催化剂,包括银胡萝卜素和cryptomelane。 这些材料可以用于例如催化CO 2(例如CO),NO x(例如NO),烃(例如,C 和/或含硫化合物。 所公开的材料也可用于催化其它反应,例如NO 2的还原。 在一些情况下,所公开的材料能够从它们催化的反应中吸收某些产物。 特别地,银矿砂可以用于通过催化和/或吸附从气体或液体中除去大部分某些含硫化合物。 气体或液体可以是例如天然气或液体烃。
    • 66. 发明申请
    • Electronic safety and arming unit
    • 电子安全和布防单位
    • US20060070547A1
    • 2006-04-06
    • US10548427
    • 2004-03-05
    • David CombesDavid King
    • David CombesDavid King
    • F42C15/34
    • F42C15/40F42C15/34
    • An electronic safety and arming unit comprises a micro electromechanical system (MEMS) shutter device. The shutter (18) is suspended by thin lightweight arms and hinges, all formed by silicon processing of SOI substrates and includes holding latches for holding the shutter (18) in the closed position. The holding latches may be released by an electrothermal actuator. The shutter (18) separates an initiator section from an explosive train (6) of munitions such as shells, thereby providing safety until the shell is fired and away from its start point. After firing, the shutter (18) is opened ready for the main explosive to be detonated by the initiator (3). The shutter (18) may be suspended by a compliant displacement multiplier and may include an electrothermal actuator such as an electrically heatable bent beam. Heating of the beam causes movement of a shutter blade from a shut condition covering a firing aperture to an open condition. Alternatively the shutter (18) may operate by inertial centrifugal forces generated by a spinning munition. The shutter (18) may include latches for retaining the shutter in its open position.
    • 电子安全和布防装置包括微机电系统(MEMS)快门装置。 闸门(18)由薄的轻质臂和铰链悬挂,全部由SOI基板的硅加工形成,并且包括用于将挡板(18)保持在关闭位置的保持闩锁。 保持闩锁可以由电热致动器释放。 挡板(18)将起动器部分与诸如壳的弹药的爆炸火车(6)分开,从而提供安全性,直到壳体被击发并远离其起点。 在点火之后,快门(18)打开准备好,主要的爆炸物被起动器(3)引爆。 快门(18)可以由顺应性位移乘数悬挂,并且可以包括电热致动器,例如电可加热弯曲梁。 梁的加热导致快门叶片从覆盖击球孔的关闭状态移动到打开状态。 或者,快门(18)可以通过由旋转弹药产生的惯性离心力来操作。 快门(18)可以包括用于将快门保持在其打开位置的闩锁。