An ozone generator with a nested structure of bionic honeycomb discharge units

Abstract

The invention relates to an ozone generator of a bionic cellular type discharge unit nesting structure. The ozone generator comprises a horizontal barrel body, wherein end covers are connected at the two ends of the barrel body, respectively; two fixed disks are vertically arranged in the barrel body; a discharge chamber is formed between the two fixed disks; an oxygen gas chamber and an ozone chamber are formed between the two fixed disks and the end covers at the corresponding ends, respectively; at least one cellular type discharge module with a plurality of cellular type discharge units is arranged in the discharge chamber; the two end parts of the cellular type discharge unit are nested on two fixed plates, respectively; the two end parts of the cellar type discharge module are nested on the two fixed disks by the two fixed plates, respectively; each cellular type discharge unit comprises inner electrodes, an insulation tube and outer electrodes which are nested from the inside to the outside; and the inner electrodes and the outer electrodes in each cellular type discharge module are electrically connected, respectively. The ozone generator of the bionic cellular type discharge unit nesting structure comprises a plurality of electrodes, is small in size, large in unit set yield, easy to produce, install and maintain, adjustable in ozone yield and unnecessary to stop during a maintenance process.

Description

technical field [0001] The invention relates to the field of ozone generators, in particular to an ozone generator with a nested structure of bionic honeycomb discharge units containing a large number of electrodes. Background technique [0002] The existing large-scale discharge method for preparing ozone—the air-gap corona discharge ozone generator generally puts dozens or even hundreds or more sets of discharge rods in a discharge chamber made of a metal cylinder, and discharges The rod is used as the inner electrode, the shell of the discharge chamber is used as the outer electrode, and all the inner electrodes in the ozone generator are respectively connected. When the number of internal electrodes is large, it takes a lot of time to connect all the internal electrodes, especially when the number of internal electrodes reaches hundreds or even thousands. Therefore, the existing ozone generators containing a large number of internal electrodes are not only bulky, but th...

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Problems solved by technology

Therefore, the existing ozone generators containing a large number of internal electrodes are not only large in size, but the ozone output of a single device is small, and it is not easy to produce, install and maintain, and all discharge units are uniformly powered for oxygen, and the output of ozone equipment cannot be based on actual needs. Adjustment, in the case of maintenance work such as replacement of the discharge unit, it is also necessary to stop the ozone generator

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