Earthquake alarm household electronic power saver
An earthquake alarm and power saving technology, applied in the direction of alarms, instruments, reactive power compensation, etc., can solve problems such as poor propagation speed, inability to judge line compensation, etc., to improve power factor, improve emergency early warning capabilities, and save electricity. Effect
Inactive Publication Date: 2011-11-23
六安天时节能科技服务有限公司
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Problems solved by technology
[0003] The purpose of the present invention is to provide an earthquake alarm household electronic power saver, to solve the problem that the prior art household power saver cannot judge whether the line needs to be compensated, and to use the difference in propagation speed between the P wave and the S wave when the earthquake occurs to realize Earthquake early warning
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[0032] Earthquake alarm household electronic power saver, including integrated household power saver and earthquake alarm.
[0033] The household electric saver includes a power saving control unit 1, an AC current signal acquisition unit, an AC voltage signal acquisition unit, and a capacitance compensation unit.
[0034] Such as figure 1 shown. Control unit 1 includes single-chip microcomputer U01 of model AT89C4051. The VPP pin of single-chip microcomputer U01 is grounded through resistor R01, the VCC pin is connected to external power supply VCC, and a capacitor CE01 is connected between VPP pin and VCC pin. There is a crystal oscillator circuit connected to the XTAL2 pin. The crystal oscillator circuit is composed of crystal oscillator Y, capacitor C01, and capacitor C02. The GND pin of the microcontroller U01 is grounded, the P1.0 pin is grounded through the diode D01, and the P1.0 pin is also connected through the resistor R02. Connect to the external power supply VC...
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The invention discloses an earthquake alarm household electronic power saver. The earthquake alarm household electronic power saver comprises a household power saver and an earthquake alarm, which are integrated into a whole, wherein the household power saver comprises a power saver control unit 1, an alternating current signal acquisition unit, an alternating voltage signal acquisition unit and a capacitance compensation execution unit; the alternating current signal acquisition unit, the alternating voltage signal acquisition unit and the capacitance compensation execution unit access the power saver control unit 1; the earthquake alarm comprises an earthquake signal control unit 2, a sensor unit, a data storage unit, a shifting register unit, a digital tube display unit, a key setting unit, an acoustic alarm unit and an optical alarm unit; and the sensor unit, the data storage unit, the shifting register unit, the digital tube display unit, the key setting unit, the acoustic-alarm unit and the optical alarm unit access the earthquake signal control unit 2. The earthquake alarm household electronic power saver has the advantages that: the power factor of household electricity can be effectively improved; reactive power is detected intelligently in real time; automatic compensation is realized, so the aim of saving electricity is fulfilled; earthquake early warning can be effectively realized; and emergency early warning capacity for earthquake disasters is improved.
Description
technical field [0001] The invention relates to the field of household electronic devices, in particular to an earthquake alarm household electronic power saver. Background technique [0002] Currently, household power savers sold on the market basically connect a compensation capacitor with a certain capacity in parallel to the line, without judging whether or how much compensation is needed on the line. Inductive loads used in households, such as household air conditioners, refrigerators, washing machines, range hoods, and induction cookers, are used intermittently. If overcompensation is performed when the line does not need to be compensated, the load will become a capacitive load. Useless work will be consumed. At the same time, the current crustal plate has entered an active period, causing frequent earthquakes and panic. According to the analysis of relevant departments, the main disaster caused by earthquakes is the S wave. The earthquake early warning device o...
Claims
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Login to View More IPC IPC(8): H02J3/18G08B21/10
CPCY02E40/30
Inventor 梁秀沧李祖军罗来伟
Owner 六安天时节能科技服务有限公司