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    • 3. 发明公开
    • HÖRNERFUNKENSTRECKE MIT DEIONKAMMER
    • HÖRNERFUNKENSTRECKEMIT DEIONKAMMER
    • EP2443710A1
    • 2012-04-25
    • EP11732395.6
    • 2011-06-14
    • Dehn + Söhne GmbH + Co. KG
    • HIERL, StephanSTRANGFELD, UweERHARDT, ArndSCHREITER, Stefanie
    • H01T4/14
    • H01T4/14
    • The invention relates to a horn spark gap with a deion chamber (8) with a non-blowout design having a multi-part insulating housing as supporting and accommodating body for the horn electrodes (1, 2) and the deion chamber (8) and means for conducting the arc-induced gas flow, wherein the insulating housing is divided in the plane spanned by the horn electrodes and forms a first and a second half-shell. According to the invention, the horn electrodes (1, 2) have an asymmetrical form. The arc running region (11) between the electrodes is delimited in the direction of the deion chamber by a plate-shaped insulating material (20), wherein the plate-shaped insulating material (20) is inserted into a respective first shaped portion of the respective half-shell in a form-fitting manner. Furthermore, the first shaped portions accommodate a ferromagnetic deposit (21) of the arc running region (11), wherein the plate-shaped insulating material (20) electrically isolates the respective deposit from the electrodes (1, 2). The half-shells also have further, second shaped portions, which engage around an insertable deion chamber part (8) in a form-fitting manner, wherein apertures or openings in the respective half-shell are located between the respective first and second shaped portions, and the shorter (2) of the electrodes ends in front of the deion chamber part (8), with the result that the gas flow only passes partially into the deion chamber.
    • 本发明涉及一种具有非喷气设计的去离子室(8)的喇叭火花隙,其具有作为喇叭电极(1,2)和去离子室(8)的支撑和容纳体的多部件绝缘壳体和 用于引导电弧诱导气流的装置,其中绝缘壳体在由喇叭电极跨越的平面内分开并形成第一半壳和第二半壳。 根据本发明,喇叭电极(1,2)具有不对称的形式。 电极之间的电弧运行区域(11)通过板形绝缘材料(20)在去离子室的方向上界定,其中板形绝缘材料(20)被插入到电极的第一成形部分 以形状配合的方式分别形成半壳。 此外,第一成形部分容纳电弧运行区域(11)的铁磁沉积物(21),其中板状绝缘材料(20)将相应沉积物与电极(1,2)电隔离。 半壳还具有另外的第二成形部分,其以形状配合的方式围绕可插入的脱离子室部分(8)接合,其中相应的半壳中的孔或开口位于相应的第一成形部分和第二成形部分 ,并且较短的电极(2)终止于去离子室部分(8)的前方,结果气流仅部分地进入去离子室。