Ozone generator

Claim 2

An unitary grid assembly for a generator for forming ozone from air, said grid assembly and such generator requiring a low amount of energy and no coolant, said grid assembly comprising: a first dielectric plate; a second dielectric plate spaced apart from said first dielectric plate; a wire mesh anode located between said first and said second dielectric plates, and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded together; a cathode plate spaced away from said second dielectric plate; and a pair of dielectric spacers located between said second dielectric plate and said cathode plate, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air.

Claim 3

The unitary grid assembly of claim 1, wherein said first and said second dielectric plates are of the same size and shape.

Claim 4

The unitary grid assembly of claim 2, wherein each of said pair of dielectric spacers is of the same axial extent as said dielectric plates.

Claim 5

The unitary grid assembly of claim 2, wherein each of said pair of dielectric spacers has a width less than that of said dielectric plates.

Claim 6

The unitary grid assembly of claim 1, wherein said dielectric plates and said dielectric spacers are porcelain.

Claim 7

The unitary grid assembly of claim 1, wherein said anode is made of material selected from the group consisting of copper, galvanized copper, aluminum, galvanized aluminum and stainless steel.

Claim 8

The unitary grid assembly of claim 1, wherein said anode is stainless steel.

Claim 9

The unitary grid assembly of claim 1, wherein said cathode plate is stainless steel.

Claim 10

The unitary grid assembly of claim 1, wherein said pair of dielectric spacers are integral with said second dielectric plate.

Claim 11

The unitary grid assembly of claim 1, wherein the mesh size of said wire mesh anode is forty thousandths of inch.

Claim 12

The unitary grid assembly of claim 1, wherein the outside perimeter of said second dielectric plate is bonded to the outside perimeter of said pair of dielectric spacers.

Claim 13

The unitary grid assembly of claim 3, wherein said dielectric plates are sized larger than said anode and said cathode plate.

Claim 14

The unitary grid assembly of claim 1, further comprising a third dielectric plate adjacent said cathode plate.

Claim 15

The unitary grid assembly of claim 13, wherein the outside perimeter of said third dielectric plate is bonded to the outside perimeter of said pair of dielectric spacers.

Claim 16

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a power source, said generator comprising: a unitary grid assembly having: a first dielectric plate; a second dielectric plate spaced apart from said first dielectric plate; a wire mesh anode located between said first and said second dielectric plates, and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded together; a cathode plate spaced away from said second dielectric plate; and a pair of dielectric spacers located between said second dielectric plate and said cathode plate, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; and means, located spaced from but adjacent said grid assembly, for moving air through said space.

Claim 17

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a power source, said generator comprising: a unitary grid assembly having: a first dielectric plate; a second dielectric plate spaced apart from said first dielectric plate; a wire mesh anode located between said first and said second dielectric plates, and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded together; a cathode plate spaced away from said second dielectric plate; and a pair of dielectric spacers located between said second dielectric plate and said cathode plate, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; and means, located spaced from but adjacent said grid assembly, for moving air through said space.

Claim 18

The generator of claim 15, further comprising a transformer, means for connecting said transformer to said anode and said cathode plate, and means for connecting said transformer to a power source.

Claim 19

The generator of claim 15, further comprising means for emitting ozone formed in said generator from said generator.

Claim 20

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a power source, said generator comprising: a unitary grid assembly having: a first porcelain dielectric plate; a second porcelain dielectric plate spaced apart from said first dielectric plate; a wire mesh anode located between said first and said second dielectric plates, and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded together; a stainless steel cathode plate spaced away from said second dielectric plate; and a pair of porcelain dielectric spacers located between said second dielectric plate and said cathode plate, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; and means, located spaced from but adjacent said grid assembly, for moving air through said space.

Claim 21

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a power source, said generator comprising: a unitary grid assembly having: a first porcelain dielectric plate; a second porcelain dielectric plate spaced apart from said first dielectric plate; a wire mesh anode located between said first and said second dielectric plates, and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded together; a stainless steel cathode plate spaced away from said second dielectric plate; and a pair of porcelain dielectric spacers located between said second dielectric plate and said cathode plate, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; and means, located spaced from but adjacent said grid assembly, for moving air through said space.

Claim 22

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a 120 volt electrical power source, said generator comprising: a unitary grid assembly having: a first porcelain dielectric plate; a second porcelain dielectric plate spaced apart from said first dielectric plate, wherein said first and said second dielectric plates are of the same size and shape; a stainless steel wire mesh anode located between said first and said second dielectric plates, said anode being sized smaller than said dielectric plates and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded directly together thereby forming a sealed anode assembly wherein said anode is sealed in and between the central portion of said first and said second dielectric plates; a stainless steel cathode plate sized smaller than said dielectric plates and spaced away from said second dielectric plate; and a pair of porcelain dielectric spacers located between said second dielectric plate and said cathode plate, the width of each of said pair of dielectric spacers being less than the width of said anode assembly, the outside perimeter of said second dielectric plate being bonded to the outside perimeter of said pair of dielectric spacers, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; means, located spaced from but adjacent said grid assembly, for moving air through said space; a transformer; means for connecting said transformer to said anode and said cathode plate; means for connecting said transformer to a power source; and means for emitting ozone formed is said generator from said generator.

Claim 23

A generator for forming ozone from air, said generator requiring a low amount of energy and no coolant and being adapted to be connected to a 120 volt electrical power source, said generator comprising: a unitary grid assembly having: a first porcelain dielectric plate; a second porcelain dielectric plate spaced apart from said first dielectric plate, wherein said first and said second dielectric plates are of the same size and shape; a stainless steel wire mesh anode located between said first and said second dielectric plates, said anode being sized smaller than said dielectric plates and spaced away from the perimeter of said dielectric plates, the perimeters of said dielectric plates being bonded directly together thereby forming a sealed anode assembly wherein said anode is sealed in and between the central portion of said first and said second dielectric plates; a stainless steel cathode plate sized smaller than said dielectric plates and spaced away from said second dielectric plate; and a pair of porcelain dielectric spacers located between said second dielectric plate and said cathode plate, the width of each of said pair of dielectric spacers being less than the width of said anode assembly, the outside perimeter of said second dielectric plate being bonded to the outside perimeter of said pair of dielectric spacers, said cathode plate being spaced away from the outside perimeter of said pair of dielectric spacers, wherein said second dielectric plate, said pair of spacers and said cathode plate define a space for the passage of air and the formation of ozone formed from the air; means, located spaced from but adjacent said grid assembly, for moving air through said space; a transformer; means for connecting said transformer to said anode and said cathode plate; means for connecting said transformer to a power source; and means for emitting ozone formed is said generator from said generator.

Claim 24

The generator of claim 19, further comprising a third dielectric plate of the same size and shape as said second dielectric plate and adjacent said cathode plate, the outside perimeter of said ;third dielectric plate being bonded to the outside perimeter of said pair of dielectric spacers.