Intelligent socket and control method for intelligent socket

Abstract

The invention is applicable to the technical field of sockets and discloses an intelligent socket and a control method for the intelligent socket. The intelligent socket includes a main body, a metering device used for detection and metering of voltage or / and current or / and power, a processor used for judging whether the voltage, the current or the power exceeds a set limit value and exceeds a set limit value time duration, a communication device which is used for sending data information to a server or a user terminal and used for receiving an instruction sent by the server or the user terminal, and a control device used for cutting off a power supply according to signals of the processor or signals of the communication device. All of the metering device, the communication device and the controller are electrically connected to the processor. The control method includes the following steps: detecting and metering the voltage or / and the current or / and the power through the metering device; and judging whether the set limit value is exceeded or the set limit value time duration is exceeded through the processor. The intelligent socket and the control method for the intelligent socket are high in intelligence degree, beneficial to prolonging of the service life of electrical appliances and high in safety and reliability.

Description

technical field [0001] The invention belongs to the technical field of sockets, in particular to an intelligent socket and an intelligent socket control method. Background technique [0002] At present, due to insufficient power supply capacity in some areas, ultra-low voltage (undervoltage), such as 170V, will appear during the peak period of electricity consumption. In some developed areas, ultra-high voltage (overvoltage), such as 245V, appears during the peak period of electricity consumption. When this happens, many household appliances, such as air conditioner compressors, work in abnormal conditions in order to deal with undervoltage and high pressure. There are some processing methods now: 1. Stop the compressor directly, and the air conditioner will automatically shut down to protect the air conditioner. 2. Continue to let the compressor work, and the air conditioner works under abnormal conditions of overvoltage and undervoltage. [0003] For the first processin...

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Problems solved by technology

[0003] For the first processing method: Why does the user think that the air conditioner suddenly stopped working? Then look at the air conditioner of the neighbor’s house (belonging to the second situation, the type that continues to work under / overvoltage), if it can work normally, the user thinks that the quality of the air conditioner (this brand of air conditioner) is not good, and the air conditioner of other people’s house can work , the air conditioner does not work! In fact, the air conditioner is shut down to protect itself, but the user does not know the actual situation, and the product is not convenient for customers to use

[0004] For the second treatment method: the air conditioner can work under the condition of undervoltage and overvoltage, but this is at the cost of consuming the life of the air conditioner compressor, but the user does not know it, the product life is short and the reliability is poor

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