Selective intelligent remote control system and method

Abstract

The utility model relates to an intelligent remote control system and method with directional selection functions which combine the infrared communication technology with the short-range wireless communication technology. A piece of controlled equipment is activated by the emission directionality of the infrared signals, and data connections are arranged through the advanced short-range wireless communication technology, so as to realize the short-range wireless remote control. The utility model comprises a remote control module and a middle module, wherein, the remote control module is used to directionally select the controlled equipment, receive, interpret and show the whole function menu and current state information of the controlled equipment conveyed by the middle module, and send wireless control instructions to the middle module; the middle module is connected with the controlled equipment, and used to send the whole function menu and current state information of the controlled equipment to the remote control module, receive and process infrared activation signals sent by an infrared selection module, receive, interpret and translate the wireless control instructions sent by the remote control module, and convey control signals to the controlled equipment; each time the short-range wireless data connections are arranged between the middle module and the remote control module, the whole function menu of the controlled equipment is conveyed to the remote control module. The utility model has the advantages of enabling the intelligent match between the remote-control unit and the controlled equipment, and realizing safe and convenient wireless control of a plurality of equipments for different users.

Description

Technical field [0001] The invention relates to a remote control system, in particular to an intelligent remote control system with a directional selection function that combines infrared communication and short-distance wireless communication and is compatible with various types of equipment. Background technique [0002] Most of the remote controllers widely used at present adopt infrared communication. Infrared remote control, simple technology, friendly interface and low cost. However, due to the large number of home appliance manufacturers, each manufacturer has many different models of the same home appliance, and different home appliances have their own different functions. It is difficult for the remote control of each home appliance to be universal, because it is simply controlled by infrared rays. There are many technical shortcomings. First, when using an infrared remote control to control home appliances, the optical path between the infrared transmitter and the recei...

AI Technical Summary

Problems solved by technology

As an ordinary infrared remote control, it also has obvious defects: First, the learning process is cumbersome. Before using it, you need to use the original remote control to learn and record the signal waveform of each function of the original remote control. The general remote control has dozens of buttons. , to control multiple home appliances, the whole learning process is very cumbersome

This kind of remote control equipment can fully realize the interactive control of multiple electrical equipment, but this solution also has some defects. First, the general electrical equipment is not equipped with so-c

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