Wearable equipment with blink monitoring function, method and system

Abstract

The invention provides wearable equipment with the blink monitoring function, a method and a system. The wearable equipment comprises glasses and a flexible sensing device, and the flexible sensing device is arranged on a nose pad of the glasses and is used for monitoring orbicularis oculi muscle movement of a detected object. The flexible sensing device arranged on the nose pad of the glasses is used for monitoring the movement of the orbicularis oculi muscle of the detected object, so that the blinking action can be safely monitored for a long time by monitoring the pressure change of the skin around the orbicularis oculi muscle, and the influence of ambient light and human face structure difference is avoided; The wearable equipment, the method and the system which are originally created, safe, effective for a long time and reliable and have the blink monitoring function are achieved, and the non-inductive, stable and high-comfort use feeling can be provided for a user.

Description

technical field [0001] The present invention relates to the technical field of signal processing, in particular to a wearable device, a method and a system with a blink monitoring function. Background technique [0002] Although people have always believed that long-term monitoring of the periodicity of eye blinking is of great significance for the prevention and intervention of eye diseases, most of the existing monitoring technologies are limited to short-term monitoring in specific environments, and cannot achieve real long-term daily blink monitoring. monitor. [0003] Specifically, the current research can be divided into two categories, one is non-wearable eye blink monitoring equipment, such as using high-definition camera video to directly monitor eye blinking through physiological signs, or monitoring eye blinking through physiological signals such as EEG and EMG. These devices are difficult to miniaturize and integrate, and are mostly used for short-term, high-acc...

AI Technical Summary

Problems solved by technology

[0005] However, the above two types of input terminals commonly used in wearables, whether it is a camera or an infrared proximity sensor, are in the final analysis optical devices, which are inevitably affected by ambient light, which makes it impossible to achieve real daily use in multiple environments. wearable

Secondly, for the latter, the more important point is that some studies have proved that different degrees of infrared light can damage the eyes to different degrees. If there is any damage, the safety of the monitoring device is yet to be confirmed

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