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    • 2. 发明授权
    • Surge arrester
    • 浪涌避雷器
    • US09407088B2
    • 2016-08-02
    • US14130059
    • 2012-06-21
    • Markus Sulitze
    • Markus Sulitze
    • H02H1/00H02H9/04H01T4/14H01T4/04
    • H02H9/04H01T4/04
    • A surge arrester includes an insulator having a first insulator end and an opposite second insulator end, at least one first electric arc electrode attached in the region of the first insulator end, at least one second electric arc electrode attached in the region of the second insulator end, a fixing element made of electrically non-conductive material for mounting the surge protector on an external support, and at least one dish-shaped element to which the first electric arc electrode is assigned and the dish side wall of which at least partially laterally encloses the first electric arc electrode. The fixing element is attached laterally to the dish side wall of the dish-shaped element.
    • 电涌放电器包括具有第一绝缘体端和相对的第二绝缘体端的绝缘体,附接在第一绝缘体端的区域中的至少一个第一电弧电极,附接在第二绝缘体的区域中的至少一个第二电弧电极 端部,由用于将浪涌保护器安装在外部支架上的非导电材料制成的固定元件,以及至少一个盘形元件,第一电弧电极被分配到该盘形元件,并且其皿侧壁至少部分地横向 封闭第一个电弧电极。 固定元件横向安装在碟形元件的餐具侧壁上。
    • 3. 发明申请
    • SURGE ARRESTER
    • US20160118775A1
    • 2016-04-28
    • US14885613
    • 2015-10-16
    • Phoenix Contact GmbH & Co. KG
    • Jan-Erik SCHMUTZ
    • H01T4/04H01T4/02
    • H01T4/04H01T2/02H01T4/02
    • A surge arrester for use in the power supply of low voltage systems is described, with a housing (2), with two main electrodes (3, 4) which form a spark gap, with one arcing chamber (5) which is made within the housing (2) between the two main electrodes (3, 4) and with one ignition aid, when the ignition aid operates in one ignition region (6) ionized gas is produced which spreads in the arcing chamber (5) so that the spark gap ignites between the two main electrodes (3, 4) and an arc arises in the arcing chamber (5)In the surge arrester as claimed in the invention the ignition of the spark gap between the two main electrodes (3, 4) occurs relatively quickly after the operation of the ignition aid so that the components of the ignition aid are stressed as little as possible and are protected against damage, that between the ignition aid and the arcing chamber (5) at least one feed channel (7) is formed by which ionized gas which has been produced in the ignition region (6) flows into the arcing chamber (5).
    • 描述了用于低压系统的电源的电涌放电器,具有壳体(2),其具有形成火花隙的两个主电极(3,4),其中一个电弧室(5) 壳体(2)在两个主电极(3,4)之间并具有一个点火助剂,当点火助剂在一个点火区域(6)中工作时,产生电离气体(5)中扩散的电离气体,使火花隙 在两个主电极(3,4)之间点燃并且在电弧室(5)中产生电弧。在本发明所述的电涌放电器中,两个主电极(3,4)之间的火花隙的点火相对较快地发生 在点火助剂的操作之后,使得点火助剂的部件应力尽可能少并被保护以免损坏,点火助剂和电弧室(5)之间的至少一个进料通道(7)由 在点火区域(6)中产生的电离气流入 电弧室(5)。
    • 7. 发明申请
    • Communication-circuit line protector
    • 通信线路保护器
    • US20070058318A1
    • 2007-03-15
    • US11511494
    • 2006-08-29
    • Jae-Han Jong
    • Jae-Han Jong
    • H02H9/06
    • H01T4/04H01T4/06
    • A communication-circuit line protector capable of maintaining reliable connection to a port unit of a communication system, easily checking a disorder or failure of the communication-circuit line protector, and effectively releasing heat generated from an inner portion of the communication-circuit line protector is provided. The communication-circuit line protector include: a housing having a plurality of openings disposed on a side thereof; a ground pin provided to an inner side of the housing, the ground pin having an elastic end portion which cooperates with a lower-side inner wall of the housing opposite thereto to be in close contact with a ground portion, thereby maintain reliable ground contact; and a PCB having the ground pin attached to one side thereof and a conduction member provided to a lower end portion thereof, thereby maintaining good connection at a time of connection to a port.
    • 一种通信电路线路保护器,其能够保持与通信系统的端口单元的可靠连接,容易地检查通信电路线路保护器的无序或故障,并且有效地释放从通信电路线路保护器的内部部分产生的热量 被提供。 通信电路线路保护器包括:具有设置在其一侧的多个开口的壳体; 接地销设置在壳体的内侧,接地销具有弹性端部,其与与其相对的壳体的下侧内壁配合,以与接地部分紧密接触,从而保持可靠的接地; 以及一个具有连接到其一侧的接地引脚的PCB和设置在其下端部分的导电部件,从而在连接到端口时保持良好的连接。
    • 8. 发明申请
    • Overvoltage protection means
    • 过压保护方式
    • US20060139838A1
    • 2006-06-29
    • US11315165
    • 2005-12-23
    • Rainer DurthMichael Schoneberger
    • Rainer DurthMichael Schoneberger
    • H02H9/06
    • H01T4/10H01T4/04
    • An overvoltage protection device for use in power supply, especially low voltage systems, is described, with a housing (2), a first electrode (3), at least one second electrode (4), an arc chamber (5) within the housing (2) between the two electrodes (3, 4), and with a breakdown spark gap between the two electrodes (3, 4), an arc forming between the electrodes (3, 4) when the breakdown spark gap is ignited. In order to more reliably prevent the occurrence of a grid follow current and re-ignition of the breakdown spark gap in the overvoltage protection device, at least one outflow and cooling channel (6) is formed in the housing (2) through which the hot plasma from the arc chamber (5) can emerge, the outflow and cooling channel (6) extending in the lengthwise direction of the housing (2) and being helical.
    • 描述了用于电源,特别是低压系统的过电压保护装置,其中外壳(2),第一电极(3),至少一个第二电极(4),电弧室(5) (3)和两个电极(3,4)之间,并且在两个电极(3,4)之间具有击穿火花间隙,当击穿火花间隙被点燃时在电极(3,4)之间形成电弧。 为了更可靠地防止电网跟随电流的发生和过电压保护装置中的击穿火花间隙的再点火,至少一个流出和冷却通道(6)形成在壳体(2)中,通过该通道 可以出现来自电弧室(5)的等离子体,流出和冷却通道(6)在壳体(2)的长度方向上延伸并且是螺旋形的。
    • 10. 发明授权
    • Chip type discharge element with laminated insulating sheets
    • 具有层叠绝缘片的片式放电元件
    • US4504766A
    • 1985-03-12
    • US409026
    • 1982-08-18
    • Toshimi Kaneko
    • Toshimi Kaneko
    • H01T4/04H01T4/10H01T4/12H01J61/30B32B3/04
    • H01T4/12H01T4/04Y10T428/24331
    • A chip type discharge element which discharges when a voltage of a predetermined value or greater is applied thereto. It serves to protect electronic components and comprises at least one bored insulating sheet sandwiched in layers between two insulating sheets to thereby close therewith a bore formed at the bored insulating sheet, at least two electrode films provided thereon and extending from the bore to both lengthwise sides of the insulating sheets and partly facing each other across the bore, and exterior electrodes provided at the outer sides of the layered insulating sheets so that the electrode films are electrically connectible to the exterior end of the electrode films. The gap between electrode films opposite to each other across the bore at the bored insulating sheet can be controlled whereby a chip type discharge element discharging at low voltages is obtainable.
    • 当施加预定值以上的电压时,放电的芯片型放电元件。 它用于保护电子部件并且包括夹在两个绝缘片之间的层中的至少一个无孔绝缘片,由此与其上形成的钻孔绝缘片上的孔相连,设置在其上并且从孔延伸到两个纵向侧的至少两个电极膜 的绝缘片并且部分地彼此相对地穿过孔,以及设置在层状绝缘片的外侧的外部电极,使得电极膜可电连接到电极膜的外端。 可以控制在钻孔绝缘片上穿过孔彼此相对的电极膜之间的间隙,从而可以获得以低电压放电的芯片型放电元件。