Awakening device based on infrared thermal sensor array

Abstract

The invention provides an awakening device based on an infrared thermal sensor array. The awakening device comprises the infrared thermal sensor array for detecting the sleeping quality of a user, a PCB which is connected with the infrared thermal sensor array and is used for receiving data, acquired by the infrared thermal sensor array, for the sleeping quality, a luminous source which is connected with the PCB, the luminous intensity of the luminous source being controlled by a PCB main board so as to awaken the user, and a power supply module which supplies power to the infrared thermal sensor array, the PCB and the luminous source. The awakening device based on the infrared thermal sensor array dynamically adjusts light rays serving as an awakening guide element by monitoring a sleeping state in real time, and supplies the light rays with proper intensity to the user after learning about the current state of the user so as to awaken the user in a better and more comfortable manner.

Description

technical field [0001] The invention relates to a wake-up lamp, in particular to a wake-up device based on an infrared thermal sensor array. Background technique [0002] At present, the known way of waking up is to use sound to wake up. That is, a speaker or other sound generating device is used to generate sound at a specific time, thereby waking people up from a sleep state. However, people are not easily awakened by sound during deep sleep and deep sleep. So some people miss a lot of important wake-up calls. [0003] If forced to wake up during this stage, people will feel weak, dizzy and other symptoms. At the same time, traditional wake-up devices can only be set at a fixed time. The wake-up time cannot be adjusted according to the user's sleep quality that night. There is also no way to dynamically adjust the wake-up element during the wake-up process. For example, the user may have been awakened, but because the device cannot detect the user's current state, th...

AI Technical Summary

Problems solved by technology

The wake-up time cannot be adjusted according to the user's sleep quality that night

It is also impossible to dynamically adjust the wake-up element during the wake-up process

For example, the user may have been awakened, but because the device cannot detect the user's current state, the wake-up elements such as sound or light cannot be reduced or canceled, and the user can only cancel it manually

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