Bidirectional control system and method of intelligent household electrical appliances

Abstract

The present invention discloses a bidirectional control system and method of intelligent household electrical appliances. The system can utilize a plurality of remote user terminals to control various intelligent household electrical appliances needing to be operated. A user operates the devices, such as a mobile phone, a tablet computer, a computer, etc., to input a control instruction, the control instruction reaches a remote controller (a remote control module) via a network, and the remote controller forwards the data to the intelligent household electrical appliances to execute, at the same time, the execution states returned by the intelligent household electrical appliances are obtained in different manners. The remote controller comprises a transferring sending module, a transferring receiving module and a main control module, and the main control module analyzes the communication data between the remote user terminals and the intelligent household electrical appliances, and forwards to the corresponding remote user terminals or the intelligent household electrical appliances via the transferring sending module. According to the present invention, the intelligent household electrical appliances can be controlled completely, the current states of all intelligent household electrical appliances can be grasped and controlled timely and at any time, thereby improving the controllability, accuracy and convenience of an intelligent home.

Description

technical field [0001] The invention relates to the Internet and remote control technology, in particular to a two-way control system for intelligent home appliances. Background technique [0002] Remote control is a technology that has been developed for more than ten years. Everyone uses various remote controls to control TVs, air conditioners, cars, etc. every day. Usually, the remote controllers we use widely use low-power, low-cost communication methods such as infrared, 315M, and 433M to realize face-to-face remote control. This kind of face-to-face remote control is one-way communication, that is, the remote control sends out instructions, and the device receives and executes the instructions. [0003] However, with the popularity of smart phones and the development of the Internet of Things, people hope to use mobile phones, computers, etc. to realize real-time remote network control of household appliances and other equipment, such as remote control of curtain swit...

AI Technical Summary

Problems solved by technology

The existing technology already has a corresponding implementation plan, but the device cannot send out signals

Therefore, during remote control, we cannot confirm whether the remote control command is successfully executed. For example, we remotely turn on the switch of the air conditioner, but we cannot know whether the air conditioner has been started correctly.

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