Wearable medical monitoring equipment

Abstract

The invention discloses wearable medical monitoring equipment. The wearable medical monitoring equipment comprises a monitoring module, a central processing module, a reminding module, a Bluetooth communication module and a storage module. The central processing module is connected with the monitoring module, the reminding module, the Bluetooth communication module and the storage module. The monitoring module is used for monitoring blinking of eyes and sending a monitored signal to the central processing module. A threshold value is stored in the storage module. The central processing module compares a received signal value with the threshold value and sends a reminding signal to the reminding module if the signal value is smaller than the threshold value. The reminding module sends reminding information to a user to remind the user that the eyes should have a rest. The Bluetooth communication module is used for being connected with terminal equipment to set the threshold value. By means of the wearable medical monitoring equipment, the blinking frequency can be monitored in real time, and when the blinking frequency is smaller than the threshold value, the user can be reminded that a rest is needed.

Description

technical field [0001] The present invention relates to a medical monitoring device, in particular to a wearable medical monitoring device. Background technique [0002] The ciliary muscle is a ring-shaped smooth muscle inside the eye that changes the shape of the lens to focus on near or distant objects. When we want to focus on something far away, the ciliary muscle naturally relaxes and tightens the ligaments that hold the lens so that the lens becomes flatter and thinner. Reducing the focusing ability of the crystal helps us see things at a distance. If you look up close, the ciliary muscle contracts and the lens thickens. If the accommodative function of the ciliary muscle decreases, the lens will not work properly, leading to myopia. If you continue to look at close objects for a long time, it will cause ciliary muscle spasm, which will increase the intensity of vision. The ciliary muscle can be exercised by blinking. Normal people blink about 15 times per minute, ...

AI Technical Summary

Problems solved by technology

If you continue to look at close objects for a long time, it will cause ciliary muscle spasm, which will increase the intensity of attention

The ciliary muscle can be exercised by blinking. Normal people blink about 15 times per minute, but it will be reduced to about 10 times when reading, about 5 times when using a computer, and even reduced to about 3 times when playing with electric toys. , and modern people spend a lot of time using electronic products, staring at mobile phones and computers for a long time, blinking very little, resulting in a decrease in ciliary muscle movement, causing or deepening myopia

Images