Intelligent socket based on wireless technology

Abstract

The embodiment of the invention discloses an intelligent socket based on wireless technology, which comprises a main controller, and a Bluetooth communication module, a power supply module, a relay control circuit, a reset module and a GSM communication module connected with the main controller, wherein the GSM communication module can be internally provided with an SIM card for receiving a short message of a user, and the short message is analyzed to acquire a first control instruction; the Bluetooth communication module is used for acquiring a second control instruction; the main controller is used for analyzing the first control instruction and/or the second control instruction, a corresponding level signal is outputted to the relay control circuit, and the current work state of the relay is controlled; the level signal comprises a high level signal or a low level signal; the work state comprises on or off; and in the case of the high level signal, the relay is on, and in the case of the low level signal, the relay is off. According to the embodiment of the invention, based on the Bluetooth and the GSM technology, energy can be saved, consumption is reduced, on and off are controlled in real time, and the purposes of increasing the service life and reducing the investment cost are achieved.

Description

technical field [0001] The invention relates to the technical field of smart sockets, in particular to a wireless technology-based smart socket. Background technique [0002] The traditional socket uses a manual switch to switch the socket on and off, so as to control the energy waste of household appliances in idle time, but it is very troublesome to use, and the socket needs to be switched frequently, thereby reducing the service life of the socket. In order to solve the above problems, timing sockets are usually used. Although timing sockets can control household appliances to work at a specific time, which reduces energy waste during idle periods to a certain extent, the actual power consumption time is not fixed. Once the situation changes, it needs to be re-set. Certainly. [0003] Although there is an infrared smart socket based on wireless technology in the prior art, it does not need to be set, and can be turned on and off through infrared control, just like a TV r...

AI Technical Summary

Problems solved by technology

[0002] The traditional socket uses a manual switch to switch the socket on and off, so as to control the energy waste of the standby time of the household appliances, but it is very troublesome to use, and the socket needs to be switched frequently, thereby reducing the service life of the socket

In order to solve the above problems, timing sockets are usually used. Although timing sockets can control household appliances to work at a specific time, which reduces energy waste during idle periods to a certain extent, the actual power consumption time is not fixed. Once the situation changes, it needs to be re-set. Certainly

[0003] Although there is an infrared smart socket based on wireless technology in the prior art, it does not need to be set, and can be turned on and off through infrared control, just like a TV remote control, to control the energy waste of household appliances in idle time, but it needs to be equipped with a dedicated remote control device, and it is configured one-to-one with the household appliances to be controlled. Once there are too many household appliances, it will cause high investment costs and a large amount of operation. In the process of controlling household appliances, the control direction must be consistent with the controlled infrared smart socket to match

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