会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 5. 发明授权
    • Low-pressure discharge lamp
    • 低压放电灯
    • US07385353B2
    • 2008-06-10
    • US10586928
    • 2004-07-30
    • Richard C. GamerAchim HilscherGerd H. LiederViktor MalikThomas NollKlaus Pankratz
    • Richard C. GamerAchim HilscherGerd H. LiederViktor MalikThomas NollKlaus Pankratz
    • H01J17/20H01J17/30
    • H01J61/545H01J61/0672
    • The invention relates to a low-pressure discharge lamp comprising a glass discharge vessel (1) which is substantially tubular in form and which is closed in a gas-tight manner on the ends thereof, a filling consisting of an inert gas mixture and quicksilver, in addition to an optional luminous coating on the inner wall of the discharge vessel (1). Two current supply inlets are respectively melted into the two ends of the discharge vessel (1), with a helical electrode secured thereto (5). The invention is characterized in that in order to increase the switching resistance of the lamp in a cold start operation, at least one other electrode (7,8) made of a conductive material is arranged in the region between the helical electrode (5) and the connecting end of the discharge vessel (1) and one end of said other electrode (7, 8) is electrically connected to one of the two current supply inlets (3,4).
    • 本发明涉及一种低压放电灯,其包括玻璃放电容器(1),该玻璃放电容器(1)的形状基本上为管状,并且在其端部以气密方式封闭,由惰性气体混合物和水银构成的填充物, 除了在放电容器(1)的内壁上的可选的发光涂层之外。 两个电流供给入口分别熔化到放电容器(1)的两端,其中固定有螺旋电极(5)。 本发明的特征在于,为了在冷启动操作中增加灯的开关电阻,在导电材料制成的至少一个其它电极(7,8)设置在螺旋电极(5)和 放电容器(1)的连接端和所述另一电极(7,8)的一端电连接到两个电流供给口(3,4)中的一个。
    • 7. 发明授权
    • Integrated spark gap device
    • 集成火花隙装置
    • US06977468B1
    • 2005-12-20
    • US10770134
    • 2004-02-02
    • Thomas A. Baginski
    • Thomas A. Baginski
    • H01J17/30H01J17/46H01T2/02H01B37/00
    • H01J17/46H01T2/02
    • A spark gap device that is formed in an integrated circuit (IC). The IC has a dielectric substrate upon which a high-voltage switch is disposed. The switch includes an anode element and a cathode element separated from each other by a spark gap. A trigger electrode is disposed on the substrate material in the spark gap. A capacitor is electrically coupled to the trigger electrode. The cathode and anode elements and the trigger electrode preferably are at least partially covered with a dielectric material. When the capacitor is charged, the charge on the capacitor exerts a strong electric field on the cathode and anode elements that causes ions to migrate in the cathode and anode elements toward the spark gap. When the trigger electrode is excited by an electrical current, the ions arc across the gap and a conductive path is created between the cathode element and the anode element.
    • 一种形成在集成电路(IC)中的火花隙装置。 IC具有介于其上设置有高压开关的电介质基板。 该开关包括通过火花隙彼此分离的阳极元件和阴极元件。 触发电极设置在火花隙中的基板材料上。 电容器电耦合到触发电极。 阴极和阳极元件和触发电极优选地至少部分地被电介质材料覆盖。 当电容器充电时,电容器上的电荷在阴极和阳极元件上施加强电场,导致离子在阴极和阳极元件中朝向火花隙移动。 当触发电极被电流激发时,离子跨越间隙,并且在阴极元件和阳极元件之间产生导电路径。
    • 8. 发明授权
    • Low breakdown voltage gas discharge device and methods of manufacture
and operation
    • 低击穿电压气体放电装置及其制造和操作方法
    • US5610477A
    • 1997-03-11
    • US233816
    • 1994-04-26
    • Vladimir V. IvanovUriy I. DanilovMichael V. Zakharov
    • Vladimir V. IvanovUriy I. DanilovMichael V. Zakharov
    • H01J17/30H01J61/54H01J61/56H05B41/22H01J17/12H05B39/00
    • H01J17/30H01J61/542
    • A low breakdown voltage gas discharge device includes an envelope filled with an appropriately selected working substance. Two main electrodes are sealed in a vacuum-tight manner inside the envelope, and are separated by a predetermined distance. A supplemental electrode extends between the main electrodes along the direction of the electrical discharge, and has its geometrical and electrical parameters satisfy the following equation:S=I.sub.d /C,where S is the surface area of the supplemental electrode and depends on the distance between the main electrodes, I.sub.d is the current flowing in the supplemental electrode during normal glow discharge, and C is a constant characterizing the current I.sub.d, the composition of the supplemental electrode, and the type and pressure of the working substance. The supplemental electrode is connected to an AC or DC power source via a switch, so that the supplemental electrode always acts as a preparatory glow discharge cathode.
    • 低耐压气体放电装置包括填充有适当选择的工作物质的外壳。 两个主电极以真空密封的方式密封在封套内,并隔开预定距离。 辅助电极沿着放电方向在主电极之间延伸,并且其几何和电气参数满足以下等式:S = Id / C,其中S是补充电极的表面积,并且取决于 主电极Id是在正常辉光放电期间在补充电极中流动的电流,C是表征电流Id,补充电极的组成以及工作物质的类型和压力的常数。 补充电极经由开关连接到AC或DC电源,使得补充电极总是用作预备辉光放电阴极。
    • 9. 发明授权
    • Trigger for pseudospark thyratron switch
    • 用于伪脉冲闸流闸开关的触发
    • US5055748A
    • 1991-10-08
    • US530205
    • 1990-05-30
    • Nicholas Reinhardt
    • Nicholas Reinhardt
    • H01J17/30H01J17/44H03K3/55
    • H01J17/30H01J17/44H03K3/55
    • The present invention concerns a method for triggering certain high voltage electronic, gas discharge switches that are a novel type of high power thyratron. In this invention, triggering of switches of the so-called "pseudospark thyratron" type (a type of cold cathode thyratron) is enhanced by the inclusion of a very small, hot thermiionic trigger switch or cathode, separate and isolated from the main switch electrodes, to initiate the triggering discharge. The trigger cathode is protected from destruction by the main discharge current through the switch by mechanically and electrically isolating it from further participation in the discharge once the triggering process has been initiated.
    • 本发明涉及一种用于触发作为新型高功率闸流管的某些高压电子气体放电开关的方法。 在本发明中,通过包括非常小的热的热电偶式触发开关或阴极来增强所谓的“假甲酸节流闸”型(一种冷阴极闸流管)的开关的触发,与主开关电极分离和隔离 ,以启动触发放电。 一旦触发过程已经启动,触发阴极就可以通过机械和电气隔离,使其免受主放电电流的破坏。
    • 10. 发明授权
    • High voltage switch
    • 高压开关
    • US5043636A
    • 1991-08-27
    • US387512
    • 1989-07-28
    • Peter J. KlopotekTimothy J. Bell
    • Peter J. KlopotekTimothy J. Bell
    • H01J17/30H01T2/02
    • H01J17/30H01T2/02
    • The present invention encompasses a high voltage switch utilizing first and second terminal electrodes and an intermediate electrode disposed therebetween. A high voltage pulse, applied to the intermediate electrode, initiates sequential overvoltaging of the region between one of the terminal electrodes and the intermediate electrode and, then between the intermediate electrode and the other electrode; thereby permitting electrical current to flow between the terminal electrodes. The geometry of the electrodes is chosen so as to yield a field enhancement factor between each region which is sufficiently low to permit highly reliable, predictable, and controllable sequential electrical breakdown.
    • 本发明包括利用第一和第二端子电极的高压开关和设置在它们之间的中间电极。 施加到中间电极的高电压脉冲启动了一个端子电极和中间电极之间的区域的顺序过电压,然后在中间电极和另一个电极之间的区域的顺序过电压; 从而允许电流在端子电极之间流动。 选择电极的几何形状,以便在足够低的每个区域之间产生场增强因子,以允许高度可靠,可预测和可控的顺序电击穿。