Method of manufacturing a radiant electric heater
AssigneeCeramaspeed Limited
InventorJoseph A. McWilliams
Life of this patent
Estimating the term…
Abstract
A radiant electric heater is manufactured by a method which involves providing a base of microporous thermal and electrical insulation material having a substantially continuous surface, and providing a heating element in the form of an elongate electrically conductive strip. The strip is urged edgewise into the continuous surface of the base of microporous thermal and electrical insulation material so as to embed and support the strip edgewise in the insulation material along substantially the entire length of the strip to a depth corresponding to at least part of the height of the strip.
Claims8
A method of manufacturing a radiant electric heater comprising:
- providing a base of microporous thermal and electrical insulation material having a substantially continuous surface;
- providing a heating element in the form of an elongate electrically conductive strip having a predetermined height;
- and urging the strip edgewise into the continuous surface of the base of microporous thermal and electrical insulation material so as to embed and support the strip edgewise therein along substantially the entire length of the strip to a depth corresponding to part of the height of the strip.
A method of manufacturing a radiant electric heater comprising:
- providing a supporting dish to receive a thermal insulation material;
- compacting microporous thermal and electrical insulation material in the dish to form a base having a substantially continuous surface and a density less than a final compaction density thereof;
- providing a heating element in the form of an elongate, electrically conductive strip having a predetermined height;
- urging the strip edgewise into the continuous surface of the base of microporous thermal and electrical insulation material so as to embed and support the strip edgewise therein along substantially the entire length of the strip to a depth corresponding to part of the height of the strip;
- and further compacting the microporous insulation material, during or subsequent to urging the strip into the base, to obtain the final compaction density.
Dependencies are inferred from the claim text.