초록
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A method and apparatus are disclosed for preventing damage to an alternator of a genset resulting from high currents within the alternator. The method includes calculating, at a processor, a first quantity related to a current flowing through the alternator during a first time period, and comparing, at the processor, the first quantity with a first threshold. The method further includes calculating, at the processor, a second quantity related to the current flowing through the alternator during at least one of the first time period and a second time peri...
A method and apparatus are disclosed for preventing damage to an alternator of a genset resulting from high currents within the alternator. The method includes calculating, at a processor, a first quantity related to a current flowing through the alternator during a first time period, and comparing, at the processor, the first quantity with a first threshold. The method further includes calculating, at the processor, a second quantity related to the current flowing through the alternator during at least one of the first time period and a second time period, and comparing, at the processor, the second quantity with a second threshold. The method additionally includes indicating a current overload condition if at least one of the first quantity exceeds the first threshold or the second quantity exceeds the second threshold.
대표
청구항
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A method and apparatus are disclosed for preventing damage to an alternator of a genset resulting from high currents within the alternator. The method includes calculating, at a processor, a first quantity related to a current flowing through the alternator during a first time period, and comparing, at the processor, the first quantity with a first threshold. The method further includes calculating, at the processor, a second quantity related to the current flowing through the alternator during at least one of the first time period and a second time peri...
A method and apparatus are disclosed for preventing damage to an alternator of a genset resulting from high currents within the alternator. The method includes calculating, at a processor, a first quantity related to a current flowing through the alternator during a first time period, and comparing, at the processor, the first quantity with a first threshold. The method further includes calculating, at the processor, a second quantity related to the current flowing through the alternator during at least one of the first time period and a second time period, and comparing, at the processor, the second quantity with a second threshold. The method additionally includes indicating a current overload condition if at least one of the first quantity exceeds the first threshold or the second quantity exceeds the second threshold. Hirschi et al., 128/899; US-5318025, 19940600, Dumoulin et al., 128/653.2; US-5325873, 19940700, Hirschi et al., 128/899; US-5353795, 19941000, Souza et al., 128/653.2; US-5368030, 19941100, Zinreiche et al., 128/653.1; US-5375596, 19941200, Twiss et al., 128/653.1; US-5377678, 19950100, Dumoulin et al., 128/653.1; US-5383454, 19950100, Bucholz, 128/653.1; US-5386828, 19950200, Owens et al., 128/653.1; US-5389101, 19950200, Heilbrun et al., 606/130; US-5391199, 19950200, Ben-Haim, 607/122; US-5402801, 19950400, Taylor, 128/898; US-5408409, 19950400, Glassman et al., 364/413.13; US-5417210, 19950500, Funda et al., 128/653.1; US-5419325, 19950500, Dumoulin et al., 128/653.2; US-5425367, 19950600, Shapiro et al., 128/653.1; US-5425382, 19950600, Golden et al., 128/899; US-5429132, 19950700, Guy et al., 128/653.1; US-5437277, 19950800, Dumoulin et al., 128/653.1; US-5443066, 19950800, Dumoulin et al., 128/653.1; US-5443489, 19950800, Ben-Haim, 607/115; US-5445144, 19950800, Wodicka et al., 128/207.14; US-5445150, 19950800, Dumoulin et al., 128/653.1; US-5445166, 19950800, Taylor, 128/897; US-5453686, 199509