Intelligent home environment regulation system and method

Abstract

The embodiment of the invention discloses an intelligent home environment regulation system and an intelligent home environment regulation method. The intelligent home environment regulation system comprises a monitoring device, a processing terminal and an intelligent home terminal, wherein the monitoring device is used for collecting data through electroencephalogram signals, converting collected analog signals into digital signals, and sending the digital signals to the processing terminal; the processing terminal is used for receiving the digital signals, processing the digital signals to obtain regulating instructions, and sending the regulating instructions to the intelligent home terminal; and the intelligent home terminal is used for receiving the regulating instructions, and carrying out environment regulation according to the regulating instructions. In the embodiment of the invention, the polysomnogram theory and the brain wave analysis technology are applied to the real life, so that a complete sleep management system integrating signal collection, processing, analysis, regulation and the like is realized; through an efficient algorithm, the suitable environmental state is obtained through regulation within the shortest time, thus good sleep experience is provided for a user, and the living quality of the user is improved; the sleep state of the user can be monitored and recorded, and thus the potential sleep problems of the user can be found in time.

Description

technical field [0001] The invention relates to the technical field of home environment regulation, in particular to an intelligent home environment regulation system. Background technique [0002] Ambient intelligence (AmI) refers to the electronic environment that senses and responds to a person. In an ambient intelligence world, devices work together to support people in their daily activities, tasks, rituals, etc., making it easier and more natural for them to use this information and the intelligence hidden in the network behind these devices. These devices become smaller, more connected, and more integrated into the environment. [0003] The gold method commonly used to monitor sleep is polysomnography (Poly Somno Graphy, PSG). This method requires multiple electrodes to be in contact with the human body for a long time, which is often used in laboratory or medical environments, and is not suitable for home sleep monitoring. Relatively simple wrist actigraphs have l...

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Problems solved by technology

And these applications also have the following problems: firstly, different brands of products have different sensor sensitivities; secondly, the placement position of the device may not be accurate and uniform; and the sleeping position may affect the results (such as arm pressing on the device)

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