Heat burner surveillance
First Claim
1. A method for monitoring a heat burner, comprising the steps of establishing a reading result of the consumption and/or consumption frequency of a liquid consumed by the heat burner (A), determining an environmental temperature and/or an efficacy temperature (B), and correlating said environmental temperature and/or an efficacy temperature (B) with the consumption and/or consumption frequency reading result (A), and determining whether an abnormal heat situation has occurred, and/or whether the burner is operating efficiently, followed by transmitting information of the heat situation and/or burner efficiency via means of telecommunication to a relevant receiver.
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Accused Products
Abstract
The present invention discloses a method for monitoring a heat burner by establishing a reading result of the consumption and/or consumption frequency of a liquid consumed by the heat burner (A), determining an environmental temperature and/or an efficacy temperature (B), and correlating said environmental temperature and/or efficacy temperature (B) with the consumption and/or consumption frequency reading result (A), and thereby determining whether an abnormal heat situation has occurred, and/or whether the burner is operating efficiently, and transmitting information of the heat situation and/or burner efficiency via means of telecommunication to a relevant receiver. The invention also discloses the use of the method for monitoring and/or controlling heat systems.
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Citations
32 Claims
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1. A method for monitoring a heat burner, comprising the steps of
establishing a reading result of the consumption and/or consumption frequency of a liquid consumed by the heat burner (A), determining an environmental temperature and/or an efficacy temperature (B), and correlating said environmental temperature and/or an efficacy temperature (B) with the consumption and/or consumption frequency reading result (A), and determining whether an abnormal heat situation has occurred, and/or whether the burner is operating efficiently, followed by transmitting information of the heat situation and/or burner efficiency via means of telecommunication to a relevant receiver.
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Specification