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    • 1. 发明公开
    • Discharge tube
    • Entladungsröhre
    • EP0869529A3
    • 1999-01-20
    • EP98302525.5
    • 1998-03-30
    • SHINKO ELECTRIC INDUSTRIES CO. LTD.
    • Machida, Kazuhiko, c/o Shinko Elec. Ind. Co., Ltd.
    • H01J17/30H01J17/46
    • H01J17/46H01J17/30H01T1/20H01T4/12
    • A discharge tube in which the electrical insulating property between the discharge trigger wires (30) is not deteriorated by substance sputtered when discharge is conducted between upper (20a) and the lower (20b) discharge electrodes includes sub-discharge trigger wires (50) at the centre of an inner circumferential wall of the airtight cylinder (10). The sub-discharge trigger wires (50) are electrically insulated from the upper and the lower discharge electrodes (20a,20b). Discharge trigger wires (30a,30b) connected with the upper and lower discharge electrode (20a,20b) respectively are formed in the upper and the lower portions of the inner circumferential wall of the airtight cylinder (10) at which there is no possibility of adhesion of the sputtering substance (40) generated at the process of discharge. A distance between the discharge trigger wires (30a,30b) is electrically reduced via the sub-discharge trigger wires (50). An initial discharge is stably generated at an early stage between the end portions of the discharge trigger wires (30a,30b) and the end portions of the sub-discharge trigger wires (50) located close to the discharge trigger wires (30a,30b).
    • 在上部(20a)和下部(20b)放电电极之间放电时溅射的物质不会因放电触发线(30)之间的电绝缘性而劣化的放电管包括副放电触发线(50) 密封气缸(10)的内周壁的中心。 副放电触发线(50)与上下放电电极(20a,20b)电绝缘。 分别与上,下放电电极(20a,20b)连接的放电触发线(30a,30b)形成在气密筒(10)的内周壁的上部和下部,其中不可能 在排出过程中产生的溅射物质(40)的附着力。 放电触发线(30a,30b)之间的距离通过副放电触发线(50)电性地减小。 在放电触发线(30a,30b)的端部与位于放电触发线(30a,30b)附近的副放电触发线(50)的端部之间的早期阶段稳定地产生初始放电, 。
    • 2. 发明公开
    • Electrical discharge tube
    • 放电管
    • EP1069589A3
    • 2002-07-31
    • EP00305943.3
    • 2000-07-13
    • SHINKO ELECTRIC INDUSTRIES CO. LTD.
    • Machida, Kazuhiko
    • H01T1/22
    • H01T1/20H01J17/30H01J17/46H01T4/12
    • An electrical discharge tube comprises a cylindrical body (10), made of insulating material, having an inner surface, and having end faces defining respective openings. Metallized layers (40) are formed on the respective end faces of the cylindrical body (10) and are substantially parallel to each other. Electrodes (26,28) airtightly close the respective openings by means of the metallized layers (40) and have respective electrical discharge faces (23,25), between which an electrical discharge gap is defined. At least one first electrical discharge trigger wire (50) is formed as a loop on the inner surface of the cylindrical body (10) and extends substantially parallel to the metallized layers (40) along a first surface (31) located within the range of the electrical discharge gap. At least one second electrical discharge trigger wire (60) is formed on the inner surface of the cylindrical body (10) and extends from the upper metallized layer (40) to a fourth surface (37) located between a second surface (33) including the electrical discharge face (23) of the upper electrode (26) and the upper metallized layer (40).
    • 9. 发明公开
    • Electrical discharge tube
    • ElektrischeEntladungsröhre
    • EP1069589A2
    • 2001-01-17
    • EP00305943.3
    • 2000-07-13
    • SHINKO ELECTRIC INDUSTRIES CO. LTD.
    • Machida, Kazuhiko
    • H01J17/30H01J17/40
    • H01T1/20H01J17/30H01J17/46H01T4/12
    • An electrical discharge tube comprises a cylindrical body (10), made of insulating material, having an inner surface, and having end faces defining respective openings. Metallized layers (40) are formed on the respective end faces of the cylindrical body (10) and are substantially parallel to each other. Electrodes (26,28) airtightly close the respective openings by means of the metallized layers (40) and have respective electrical discharge faces (23,25), between which an electrical discharge gap is defined. At least one first electrical discharge trigger wire (50) is formed as a loop on the inner surface of the cylindrical body (10) and extends substantially parallel to the metallized layers (40) along a first surface (31) located within the range of the electrical discharge gap. At least one second electrical discharge trigger wire (60) is formed on the inner surface of the cylindrical body (10) and extends from the upper metallized layer (40) to a fourth surface (37) located between a second surface (33) including the electrical discharge face (23) of the upper electrode (26) and the upper metallized layer (40).
    • 放电管包括由绝缘材料制成的具有内表面并且具有限定相应开口的端面的圆柱体(10)。 金属化层(40)形成在圆柱体(10)的相应端面上并且基本上彼此平行。 电极(26,28)通过金属化层(40)气密地封闭相应的开口,并具有相应的放电面(23,25),在其间限定了放电间隙。 至少一个第一放电触发线(50)作为环形成在圆柱形本体(10)的内表面上,并且沿着第一表面(31)大致平行于金属化层(40)延伸,该第一表面 放电间隙。 至少一个第二放电触发线(60)形成在圆柱体(10)的内表面上并且从上金属化层(40)延伸到位于第二表面(33)之间的第四表面(37) 上电极(26)和上金属化层(40)的放电面(23)。