Intelligent induction control socket and intelligent control method

Abstract

The invention relates to an intelligent induction control socket and an intelligent control method, comprising a mains power access terminal, an AC-to-DC power supply module, a control output terminal, a socket panel, a solid-state relay, an MCU microcontroller, a current transformer, and a panel deformation detection device ;The mains power access terminal is connected to the socket panel through the solid state relay and the control output terminal; the mains power connection terminal is connected to the AC to DC power supply module; the AC to DC power supply module is connected to the solid state relay and the MCU microcontroller respectively; panel deformation detection The device is set on the socket panel and used to detect the deformation of the socket panel; the panel deformation detection device is connected to the MCU microcontroller; a current transformer is arranged between the solid state relay and the control output terminal; the current transformer is connected to the MCU microcontroller; the MCU The microcontroller is connected to the solid state relay. The invention can prevent electric shock, prevent oxidation of contacts, has the advantages of preventing overcurrent protection and improving the safety performance and service life of sockets.

Description

technical field [0001] The invention belongs to the field of intelligent electrical appliances, and relates to a socket, in particular to an intelligent induction control socket and an intelligent control method. Background technique [0002] Existing sockets, such as 86-type sockets (specification 86mm * 86mm), often have the following defects: [0003] 1. It does not contain other control and sensing module currents, and cannot detect overcurrent and overload; [0004] 2. There is no power failure, and its safety protection device adopts a chute in the upper cover of the socket, and there is a slider in the chute, and the socket is blocked and opened by sliding the slider, and the protection is achieved through this simple transmission device. When the spring of the slider fails or the slider interferes with the chute, the protection device fails; [0005] 3. There is no over-current protection device, and the use of high power depends entirely on the user's own balance;...

AI Technical Summary

Problems solved by technology

[0005] 3. There is no over-current protection device, and the use of high power depends entirely on the user's own balance;

[0006] 4. It is easy to generate sparks when plugging and unplugging the plug, resulting in electric shock and oxidation, reducing the service life

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