FIELD: power industry.
SUBSTANCE: thermoelectric injection burner includes a back-up ring, made of dielectric material, with legs, a heat-and-power segment, laid on the above-mentioned ring, consisting of thermionic electron emitters, each of which consists of a pair of parallel lengths that are made from different metals M1 and M2, curved on the top and bottom at a right angle, the ends of which are serially connected by soldering or welding, forming a stockade row in the form of an open circle, which together with the outer surface of the burner body forms a ring channel of secondary air, a ring shield, made in the form of a flat ring of dielectric material with racks, adjacent to the stockade row, while the back-up ring, stockade row and ring shield are set with their legs and racks on the working surface of the gas stove around the injection burner. The ring shield separates the stockade row into cold and hot zones and the terminals of the heat-and-power segment are attached to a manifold with similar charges connected with a converter, where the required voltage and amperage are generated.
EFFECT: invention allows to increase the economic and ecological efficiency of the burner.
4 dwg
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Authors
Dates
2018-06-29—Published
2017-03-21—Filed