Apparatus and system for measuring power of heat radiation
OwnerEvgeny I. Lunev, Alexandr P. Leonov +6inventors
InventorsEvgeny I. Lunev, Alexandr P. Leonov, Nina P. Kosyreva, Felix K. Kosyrev, Valery A. Timofeev, Anatoly K. Pekh, Alexei S. Kononykhin, Alexei V. Artamonov
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Abstract
An apparatus for measuring the power of heat radiation, comprising a sensitive element implemented, for example, as an electrically conductive filament adapted to be displaced in a heat radiation flux at a stabilized speed. Connected to the sensitive element is a meter for registering the variations of the temperature of the sensitive element, resulted from the heat radiation. A system for measuring the power of a heat radiation, comprising at least three such apparatuses.
Claims19
An apparatus for measuring the power of heat radiation, comprising:
- a sensitive element including an electrically conductive filament having a zig-zag or wave-like configuration and arranged in relation to the heat radiation flux for exposure of only successive portions of said filament to said heat radiation flux upon displacement relative to the latter;
- and
- a meter for registering the variations of the temperature of said electrically conductive filament resulting from the heat radiation.
An apparatus for measuring the power of heat radiation, comprising:
- a sensitive element including an electrically conductive filament disposed in a heat radiation flux for displacement relative to the latter;
- a meter for registering the variations of the temperature of said electrically conductive filament resulting from the heat radiation;
- a drive means with an output shaft whose axis of revolution is disposed in a lateral or a longitudinal relation to said heat radiation flux, said electrically conductive filament being disposed on said output shaft;
- and
- first and second discs installed on said output shaft in a parallel relationship, the distance between said first and second discs being selected to be more than the cross-section of said heat radiation flux, said electrically conductive filament being mounted on said discs and being arranged in a tense zig-zag-like fashion between said first and second discs.
An apparatus for measuring the power of heat radiation, comprising:
- a sensitive element including an electrically conductive filament disposed in a heat radiation flux for displacement relative to the latter;
- a meter for registering the variations of the temperature of said electrically conductive filament resulting from the heat radiation;
- a drive means with an output shaft whose axis of revolution is disposed in a lateral or a longitudinal relation to said heat radiation flux, said electrically conductive filament being disposed on said output shaft;
- and
- first and second discs installed on said output shaft in a parallel relationship, the distance between said first and second discs being selected to be more than the cross-section of said heat radiation flux, said first and second discs being made each of a dielectric material and said electrically conductive filament extending between said parallel discs.
An apparatus for measuring the power of heat radiation, comprising:
- a sensitive element including an electrically conductive filament disposed in a heat radiation flux for displacement relative to the latter;
- a meter for registering the variations of the temperature of said electrically conductive filament resulting from the heat radiation;
- drive means with an output shaft whose axis of revolution is disposed in a lateral or a longitudinal relation to said heat radiation flux, said electrically conductive filament being disposed on said output shaft;
- and
- first and second discs installed on said output shaft in a parallel relationship and mounting said electrically conductive filament, the distance between said first and second discs being selected to be more than the cross-section of said heat radiation flux.
An apparatus for measuring the power of heat radiation, comprising:
- a sensitive element including an electrically conductive filament disposed in a heat radiation flux for displacement relative to the latter;
- a meter for registering the variations of the temperature of said electrically conductive filament resulting from the heat radiation;
- drive means with an output shaft whose axis of revolution is disposed in a lateral or a longitudinal relation to said heat radiation flux, said electrically conductive filament being disposed on said output shaft;
- a first disc mounting said electrically conductive filament and installed on said output shaft of said drive means at right angles to said axis of revolution of said output shaft;
- wherein said axis of revolution of said output shaft of said drive means being disposed in a lateral relation to said heat radiation flux and first and second discs installed on said output shaft in a parallel relationship and mounting said electrically conductive filament, the distance between said first and second discs being selected to be more than the cross-section of said heat radiation flux.
Dependencies are inferred from the claim text.