Intelligence learning control method of standby power-saving controller

Abstract

An intelligent learning control method of a standby power-saving controller (100) includes the following steps: when the operation of a learning initiation switch (4) is detected, a control unit (3) controls a circuit switch (16) to close, and a current detection unit (14) detects the current of a power circuit (12) and defines the current as a standby current value (31a); in a predetermined time period, if an electrical equipment (2) is not operated to be power on, the control unit (3) controls the circuit switch (16) to open; in the predetermined time period, if the electrical equipment (2) is operated to be power on, the current detection unit (14) detects the current of the power circuit (12) and defines the current as a start current value (31b); the standby current value (31a) and the start current value (31b) are stored in a memory unit (31) and are used to determine whether a standby power-saving function is to be implemented.

Description

technical field [0001] The invention relates to a power-saving control technology of electrical equipment, in particular to an intelligent learning control method of a standby power-saving controller of electrical equipment. Background technique [0002] With the development of electronic technology becoming more and more mature, all kinds of electrical appliances are becoming more and more inseparable from people's life. For example, TVs, air conditioners, microwave ovens, etc. are common electrical appliances in every household. When designing these electrical appliances, in order to take into account the convenience of turning on / off the user and the function of fast startup, most of the household electrical appliances are designed with a standby function. [0003] Since most electrical equipment is equipped with a standby function, the general user may think that the electrical equipment has been turned off when not using the electrical equipment, but in fact the electri...

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Problems solved by technology

[0005] However, whether it is the design of general energy-saving controllers or energy-saving controller products with automatic power-off function, there is still a major deficiency, that is, when the energy-saving controller is used with the target electrical equipment, due to the rated power of each electrical equipment The power is not the same, and the standby power consumed during the design standby is also different, so when the energy-saving controller is used in different electrical equipment, there may be misjudgment, and often the same energy-saving controller It can operate normally when it is applied to a certain electrical equipment, but it cannot operate normally when it is used in another electrical equipment

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