Radiant energy burner

Claim 2

In a radiant energy burner, a combustion element comprising a porous metal support having an inner surface and an outer surface, a woven fabric disposed on the outer surface of said support and composed of substantially continuous ceramic fibers, connecting means for securing end portions of said fabric to said support, said connecting means being metal and being enclosed in a ring-like sleeve of woven ceramic fiber, the central portion of said fabric being free of attachment to said support, supply means including a blower to supply a gaseous fuel through said support and said fabric, and fuel igniting means disposed adjacent to the outer surface of the fabric to ignite said fuel.

Claim 3

The burner of claim 1, wherein said metal support is generally cylindrical in shape and said fabric is a cylindrical sleeve disposed around said support.

Claim 4

The burner of claim 2, wherein said connecting means comprises a ring-like connecting member connecting each end of said sleeve to said support.

Claim 5

In a radiant energy burner, a combustion element comprising a generally cylindrical foraminous metal support having an inner end and an outer end, a closure enclosing the outer end of said support, a flexible woven fabric sleeve composed solely of substantially continuous polycrystalline metal oxide fibers disposed on the outer surface of said support and extending substantially the full length of said support, one end of said support having a circumferential groove, said sleeve being attached in said groove, supply means communicating with the inner end of said support and including a blower for supplying a gaseous fuel mixture to the interior of said support, said fuel mixture flowing outwardly through said support and said fabric sleeve, and fuel igniting means disposed adjacent the outer surface of said sleeve to ignite said fuel.

Claim 6

In a radiant energy burner, a combustion element comprising a generally cylindrical foraminous metal support having an inner end and an outer end, a closure enclosing the outer end of said support, a flexible woven fabric sleeve composed solely of substantially continuous polycrystalline metal oxide fibers disposed on the outer surface of said support and extending substantially the full length of said support, one end of said support having a circumferential groove, said sleeve being attached in said groove, supply means communicating with the inner end of said support and including a blower for supplying a gaseous fuel mixture to the interior of said support, said fuel mixture flowing outwardly through said support and said fabric sleeve, and fuel igniting means disposed adjacent the outer surface of said sleeve to ignite said fuel.

Claim 7

The burner of claim 4, wherein said fibers are composed of 62% by weight of aluminum oxide, 14% by weight of boron oxide and 25% by weight of silicon dioxide.