Resilient dielectric electrode for corona discharge devices

Claim 2

An electrode for an ozone generator, said electrode comprising an electrically conductive member and a resilient dielectric member covering the outer surface of said conductive member, said resilient dielectric member being formed from a thermally insulating elastomeric material and an inorganic material, said inorganic material consisting of a coating of particles of inorganic material embedded in the outer surface of said thermally insulating elastomeric material.

Claim 3

The electrode according to claim 1 wherein said elastomeric material is silicon rubber.

Claim 4

The electrode according to claim 1 wherein said conductive member is cylindrical in form and said dielectric member is in the form of a hollow dielectric sleeve made of said elastomeric material which closely fits the outer surface of said conductive member.

Claim 5

The electrode according to claims 1, 2 or 3 wherein said inorganic material is aluminum oxide.

Claim 6

The electrode according to claims 1, 2 or 3 wherein said inorganic material comprises particles of ceramic material.

Claim 7

An ozone generator comprising a grounded conductive member and a high tension conductive member supported in a spaced relation to said grounded member, a resilient dielectric member covering the surface of one of said conductive members, said dielectric member facing the other of said conductive members, said dielectric member including a layer of thermally insulating elastomeric material and a coating of particles of inorganic material embedded in the surface of said elastomeric material facing the other of said members, said high tension conductive member being connected to an electrical power source and the other of said members being connected to ground whereby an electrostatic field is created between said coating of inorganic material and the other of said members and means for passing air through said electrostatic field to discharge the ozone produced in said electrostatic field from the generator.

Claim 8

An ozone generator comprising a grounded conductive member and a high tension conductive member supported in a spaced relation to said grounded member, a resilient dielectric member covering the surface of one of said conductive members, said dielectric member facing the other of said conductive members, said dielectric member including a layer of thermally insulating elastomeric material and a coating of particles of inorganic material embedded in the surface of said elastomeric material facing the other of said members, said high tension conductive member being connected to an electrical power source and the other of said members being connected to ground whereby an electrostatic field is created between said coating of inorganic material and the other of said members and means for passing air through said electrostatic field to discharge the ozone produced in said electrostatic field from the generator.

Claim 9

The device according to claim 6 wherein said elastomeric material is silicon rubber.

Claim 10

The device according to claim 6 or 7 wherein said inorganic material comprises silica particles.

Claim 11

The device according to claim 6 or 7 wherein said inorganic material comprises particles of ceramic material.

Claim 12

The device according to claim 6 wherein one of said conductive members is tubular and the other of said conductive members is a hollow cylinder.

Claim 13

The device according to claim 10 including means for supporting said cylinder in a spaced relation to said tubular member.

Claim 14

The device according to claim 10 or 11 wherein said elastomeric material is silicon rubber.

Claim 15

The device according to claim 12 wherein said inorganic material comprises particles of ceramic.

Claim 16

In an ozone generator having a high tension electrode and a grounded electrode mounted in a spaced relation to said high tension electrode and including means for passing air or oxygen through the space between the electrodes, the improvement comprising a resilient dielectric member mounted on one of said electrodes, said member being formed of a layer of thermally insulating elastomeric material having a covering of inorganic material on the surface of the elastomeric material facing the other of said electrodes.

Claim 17

In an ozone generator having a high tension electrode and a grounded electrode mounted in a spaced relation to said high tension electrode and including means for passing air or oxygen through the space between the electrodes, the improvement comprising a resilient dielectric member mounted on one of said electrodes, said member being formed of a layer of thermally insulating elastomeric material having a covering of inorganic material on the surface of the elastomeric material facing the other of said electrodes.

Claim 18

The generator according to claim 14 wherein said elastomeric material is silicon rubber.

Claim 19

The member according to claim 14 wherein said inorganic material is in the form of a powder or particles.

Claim 20

The member according to claim 15 or 16 wherein said inorganic material is selected from the group consisting of a metal oxide or silica.

Claim 23

The apparatus according to claim 18 wherein said high tension electrode is in the form of a cylindrical tube.

Claim 24

The apparatus according to claim 18 wherein said high tension electrode is in the form of a hollow tube and said dielectric member is in the form of a cup mounted on the end of said tube.