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    • 1. 发明申请
    • FOCUSING LENS FOR ELECTRON EMITTER
    • 聚焦镜头用于电子发射器
    • WO02103740A2
    • 2002-12-27
    • PCT/US0218474
    • 2002-06-10
    • HEWLETT PACKARD CO
    • BENNING PAUL JKNIGHT WILLIAM RREGAN MICHAEL J
    • G11C11/21G11B9/00G11B9/10G11C11/23H01J1/52H01J3/02H01J3/18H01J19/38H01J19/40H01J21/10H01J29/06H01J29/62H01J31/12
    • B82Y10/00G11B9/10G11B9/14G11B9/1418G11C11/23H01J3/022
    • An electron lens is used for focusing electrons from a cathode (10) to an anode (30). The lens includes a first conductive layer (36) with a first opening (38) at a first distance (48) from the cathode (10). The first conductive layer (36) is held at a first voltage. The lens also includes a second conductive layer (32) with a second opening (34) at a second distance (46) from the first conductive layer (36) and a third distance (24) from the anode (30). The second conductive layer (32) is held at a second voltage substantially equal to the voltage of the anode (30). The first (38) and second (34) openings are chosen based on the first voltage, the second voltage, the first distance (48), the second distance (46) and the third distance (24). The opening focuses the electrons emitted from the cathode (10) onto the anode (30) to a spot size preferably less than 40 nanometers. The force created between the cathode (10) and anode (30) is minimized by the structure of the lens.
    • 电子透镜用于将电子从阴极(10)聚焦到阳极(30)。 透镜包括第一导电层(36),其具有距离阴极(10)第一距离(48)的第一开口(38)。 第一导电层(36)保持在第一电压。 透镜还包括第二导电层(32),其具有与第一导电层(36)相距第二距离(46)的第二开口(34)和距离阳极(30)的第三距离(24)。 第二导电层(32)保持在基本上等于阳极(30)的电压的第二电压。 基于第一电压,第二电压,第一距离(48),第二距离(46)和第三距离(24)来选择第一(38)和第二(34)开口。 开口将从阴极(10)发射的电子聚焦到阳极(30)上,其光斑尺寸优选小于40纳米。 通过透镜的结构,在阴极(10)和阳极(30)之间产生的力最小化。
    • 2. 发明申请
    • LIGHT EMITTING PLASMA LIGHTING APPARATUS INCLUDING RF SHIELDING
    • 发光等离子体照明设备,包括射频屏蔽
    • WO2014159645A1
    • 2014-10-02
    • PCT/US2014/024571
    • 2014-03-12
    • STRAY LIGHT OPTICAL TECHNOLOGIES
    • REA, GeraldDRAKE, Robert, A.
    • H01J65/04H01J1/52
    • H01J65/042H01J61/10
    • A light emitting plasma lighting apparatus may include at least one conductive RF shielding baffle located in a reflector housing between an emitter and a window. The at least one RF shielding baffle may include a planar body portion aligned generally perpendicular to an outer surface of the plasma bulb to minimize interference with light emitted from the plasma bulb. The at least one RF shielding baffle is grounded to absorb a portion of an RF field emitted by the emitter. A light emitting plasma emitter may include a conductive RF shielding plate coupled to a body portion of the emitter and positioned over the bottom surface of a puck which supports a plasma bulb. The RF shielding plate may be formed to include an aperture to expose the plasma bulb. The RF shielding plate is grounded to absorb a portion of a RF field emitted by puck.
    • 发光等离子体照明装置可以包括位于发射器和窗口之间的反射器壳体中的至少一个导电RF屏蔽挡板。 所述至少一个RF屏蔽挡板可以包括大致垂直于等离子体灯泡的外表面排列的平面主体部分,以最小化对从等离子体灯泡发射的光的干扰。 至少一个RF屏蔽挡板被接地以吸收由发射器发射的RF场的一部分。 发光等离子体发射器可以包括耦合到发射器的主体部分并且定位在支撑等离子体灯泡的圆盘的底表面上的导电RF屏蔽板。 RF屏蔽板可以形成为包括露出等离子体灯泡的孔。 RF屏蔽板接地以吸收由圆盘发射的RF场的一部分。