High frequency ozonizer

Claim 1

A high frequency tubular ozonizer having a metal cylindrical housing with coupling flanges on both sides thereof, said flanges having branch pipes for supplying and discharging a coolant, at least one ozonizing element in said housing and comprising a low voltage tubular electrode cooled with a flow of coolant, a high voltage electrode coaxially disposed in said low voltage electrode and comprising a pipe of two parts, one of said parts being metal and being coated with a dielectric, the other of said parts comprising a metal flow outlet, said tubular parts being arranged to abutt each other; the opposing surfaces of the pipes of the low voltage and the high voltage electrodes forming a discharge gap wherein the ozone-generating chemical reaction takes place at the moment of electric discharge; a metal pipe inside the high voltage electrode and along the axis thereof, said pipe having openings at each end thereof for admitting cooling liquid into the zone of the high voltage electrode and having and end cap with a positioning stop and a clamp at the same end for fastening the high voltage electrode; a hollow cylinder-shaped high voltage insulator for insulation of the high voltage electrode from the low voltage electrode, said insulator having a ring-shaped bead in the middle portion thereof; a metal tubular t-piece for fastening said flow outlet of said high voltage electrode in the zone of said high voltage electrode, said pipe being rigidly fastened to a free opposite end of the t-piece, a branch pipe for supplying the cooling liquid and being rigidly secured to abutt said pipe, in a zone of the pipe of the t-piece there is provided a branch pipe through which the liquid cooling the high voltage electrode is discharged; a cylinder-shaped cup having flanges on both sides thereof for attaching flanges of said cup to said flange of the housing, a cavity in the butt end of said flange of the cup for fastening a branch pipe to supply ozonized gas, the other flange having an opening arranged along the axis of said cup, said opening and said cavity having the shape and dimensions of said bead of the high voltage insulator; a metal cap having an opening along the axis thereof, the shape and dimensions of said opening being those of the bead of said high voltage insulator; the cylindrical metal base rigidly fastened to the free end of said housing having the bottom from one side thereof and a flange from another side thereof, the butt end of said flange having an opening for fastening a branch pipe to discharge the ozonized gas.