TH51316A - The serge absorber and the construction method of the serge absorber - Google Patents

Abstract

DC60 (20/12/44) This invention will involve a specially prepared serge absorber.

Claims (6)

1.Serge absorber that is supplied with: Column-shaped non-conductive assembly and organized conductive film with interval split pattern. For the discharge on the peripheral surface of the non-conducting assembly. A pair of electrophoresis The sealing plugs are placed at opposite ends of the aforementioned surges absorber components and that come into contact with such conductive films. And a glass tube with opposite ends Get a cover with an electrode for such a seal. And parts of the absorber, said serge and gas The inert is enclosed inside the part, with the surface of each electrode for sealing in contact with the serge absorber component. It is formed in a concave shape, symmetrically to the core of the vial. 2.Surge absorber according to claim 1, where the flat part is formed on the sample. At least part of the perimeter of the vial surface 3. Surge absorber according to claim 2, where at least one pair of such flat surfaces is They are formed in parallel on opposite sides of the vial. 4.Serge absorber according to claim 3, where the cross-section of the aforementioned vial will be A square that touches the outer perimeter of that pair of electrodes 5. Surge absorber according to any of the claims 1 to 4, where the ratio of area region Cross-section of the aforementioned surge absorber parts to the cross-sectional area of the free internal space of Such a glass bulb has a value from 1: 3 to 1:15. 6. A construction method for the sire absorber that has been provided with: a part of a serge absorber. That includes The column-shaped non-conductive assembly and the conductive film have been formed to form the There is a separation interval for the discharge on the peripheral surface of the non-conductive component. A pair of sealing electrodes are positioned at opposite ends of the component. The aforementioned serge absorber and in contact with such conductive film And a glass tube with a straight tip The cross is sealed with an electrode for such sealing. And parts of the loud serge Said, and an inert gas will be contained inside the part. There are such methods: an insertion procedure for inserting one of the above pairs of sealing electrodes. Such a glass tube Parts of the aforementioned serge And one of the aforementioned pairs of electrodes To seal this sequence into a molded hole in a construction frame with an internal diameter where such a vial can be inserted and the associated brazing procedure. With the replacement of atmospheric gases in the holes With inert gas And later it is to connect the electrodes for the sealing to the glass tube. It is located inside the hole by heating the said structure. And the surface of each electrode for an inserted sealant In the process of inserting Such inserts that come into contact with the aforementioned surge absorber parts will be molded into The concave is symmetrical to the core of the vial that will be inserted.