Intelligent multifunctional Internet of Things socket and implementation method thereof

Abstract

The invention discloses an intelligent multifunctional Internet of Things socket and an implementation method thereof. The socket comprises: a signal transceiver which is used for receiving collectiondata and various control commands sent by an external terminal, and transmitting the collection data and various control commands to a controller; a sound sensor which is used for collecting sensoryinput signals such as sound, natural voice and vibration generated in the environment and transmitting the sensory input signals to the controller; a controller which is used for automatically analyzing the control command and the voice command according to the received control command, dynamically configuring the control command and the voice command according to the control command, generating aswitch operation strategy, executing the switch operation strategy, calculating and judging according to the acquired data, state and configuration control strategy, working according to a given strategy, executing a scheduling task and realizing intelligent control of the switch module; and a switch module for switching on and switching off the switch according to the control of the controller.

Description

technical field [0001] The invention relates to the technical field of smart sockets, in particular to an intelligent multifunctional Internet of Things socket and its implementation method. Background technique [0002] Smart sockets, as a conventional and common entrance for household power supply, have become the most direct and convenient way to realize power supply and demand control. At present, there are quite a lot of various types of automatic and artificially controlled sockets, such as sockets controlled by sensors such as light sensing, infrared sensing, sound sensing, and temperature sensing. These technologies can realize various intelligent power control applications in the home according to the changes of the external environment and scene requirements. However, these technical solutions have shortcomings such as control mode and combined mechanical fixation, poor globalization and real-time coordination, low intelligence, weak user interaction and participa...

AI Technical Summary

Problems solved by technology

[0005] 1. The timing switch is non-spontaneous and has a single function

[0006] The timing function of the current smart socket is based on the time synchronization and control of external devices such as mobile phones. The socket itself does not have a time system, and the timing strategy completely relies on devices such as mobile phones to trigger its switch. If the mobile phone is turned off or not connected to the Internet, the control will fail. inconvenient

The above-mentioned sockets and other switching strategies are mostly aimed at residential use. The timing strategy is single and fixed, and the timing function of multiple time points and periodic time slices cannot be realized. Moreover, the existing sockets do not support analysis and decision-making based on dynamic data such as the environment and system status. Function of the control switch

[0007] 2. You must use your mobile phone and APP

[0010] Both require network environment support, and cannot work when the network environment is 3 / 4G or WiFi is limited

[0011] 4. The voice function does not work offline

[0012] Although the APP voice dialogue function is supported, the user needs to open the APP and an effective network to complete it. The socket itself cannot complete the voice recognition independently, and the smart voice recognition needs to be completed by the mobile phone. The socket itself does not have the intelligent voice function.

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