阅读说明：本技术 用于容纳多个微型化的角火花隙的模块式壳体 (Modular housing for accommodating a plurality of miniaturized angular spark gaps ) 是由 B.克劳斯 S.希尔 R.埃钦塞尔 于 2019-05-23 设计创作，主要内容包括：本发明涉及一种用于容纳多个微型化的角火花隙的模块式壳体,所述角火花隙具有作为用于羊角电极的开槽式容纳体的、多部件式的绝缘材料壳体和集成在内的去离子室。所述模块式壳体由单侧开放的、具有腔室的支座件构成,所述支座件能够通过罩盖件被封闭,其中,所述支座件的内侧和所述腔室的壁具有导轨,所述导轨与相应的角火花隙的相应的绝缘材料壳体中的导槽互补地构造,所述角火花隙能够从所述支座件的开放侧插入相应的腔室中,从而实现轨道导引或者燕尾式导引并且基本上垂直于插入方向地建立在所述绝缘材料壳体和支座件之间的提高整体稳定性的力耦合。(The invention relates to a modular housing for accommodating a plurality of miniaturized corner spark gaps having a multipart insulating material housing as a slotted receptacle for a claw electrode and an integrated deionization chamber. The modular housing is formed by a single-sided open receptacle part with a cavity, which can be closed by a cover, wherein the inner side of the receptacle part and the wall of the cavity have guide rails, which are configured complementarily to guide grooves in the respective insulating material housing of the respective angular spark gap, which can be inserted into the respective cavity from the open side of the receptacle part, so that a rail-guided or dovetail-guided force coupling is achieved, which improves the overall stability, and which is established substantially perpendicularly to the insertion direction between the insulating material housing and the receptacle part.)

1. A modular housing for accommodating a plurality of miniaturized corner spark gaps having a multipart insulating material housing as a slotted receptacle for claw electrodes and an integrated deionization chamber, characterized in that the modular housing is formed by a receptacle part (1) which is open on one side and has chambers (3; 4; 5), the receptacle part (1) being closable by a cover part (2), wherein the inner side (10; 11) of the receptacle part (1) and the walls (16; 17) of the chambers (3; 4; 5) have guide rails (12), the guide rails (12) being configured complementarily to guide grooves (13) in the respective insulating material housing (14; 15) of the respective corner spark gap (21), the corner spark gap (21) being insertable from the open side of the receptacle part (1) into the respective chamber (3; 4; 5), a force coupling between the insulating material housing (14; 15) and the mounting part (1) is thereby achieved which is guided in a rail-guided or dovetail-guided manner and which increases the overall stability essentially perpendicularly to the insertion direction.

2. The modular housing according to claim 1, characterized in that the chamber walls (16; 17) inside the support element (1) are designed to prevent undesirable air flows between the inserted or inserted angular spark gaps (21).

3. The modular housing according to claim 1 or 2, characterized in that at least one electrically conductive bridge piece (20) for interconnecting the inserted angular spark gaps (21) is arranged between the support part (1) and the cover part (2).

4. The modular housing according to claim 3, characterized in that there are formations in the cover part (2) for the positionally accurate accommodation of electrically conductive bridge parts (20) designed as stamped and bent parts.

5. The modular housing according to one of the preceding claims, characterized in that stops are formed in the carrier part (1) for the correct installation of the respective angular spark gap (21).

6. The modular housing according to one of the preceding claims, characterized in that the cover part (2) has a stop tab (22) which is designed to engage with a complementary stop recess (23) in the carrier part (1).

7. The modular housing according to one of the preceding claims, characterized in that the seat part and the cover part can be connected in a friction-engaging manner, in particular by means of screws or rivets (24).

8. The modular housing according to one of the preceding claims, characterized in that the force coupling which increases the overall stability is established by a rail or dovetail guide essentially perpendicular to the course of the extension of the chamber wall (16; 17).