Anti-slipping and anti-falling surface layer structure of wearable medical health equipment

Abstract

An anti-slipping and anti-falling surface layer structure of wearable medical health equipment is composed of unit structures and a surface layer. The unit structures are closely arranged on the surface layer at a certain interval to form grooves which are mutually communicated; the unit structures are in a multilateral prism shape or in a cylindrical shape and are made of metal or high polymers such as rubber; the surface layer serves as a surface layer of the existing medical health equipment and also can be separately designed according to the actual demands, and the thickness and the size of the surface layer are determined according to the actual demands; the unit structures are made of the metal or the high polymers such as the rubber; the unit structures and the surface layer can be combined in the mode of adhering or chemical etching or direct imprinting on the surface layer. The anti-slipping and anti-falling surface layer structure can provides enough friction force in a soft and wet environment of the human skin to reduce the pressure needed by fixation and solve the problems brought by the soft and wet environment that blood circulation is blocked, the limbs are numb, and the usage experience is influenced.

Description

technical field [0001] The invention relates to an anti-slip surface, more precisely, a novel anti-slip and anti-off surface that can be used on medical wearable devices, which can effectively solve the problem that the wearable device is not in close contact with the skin and is easy to slip and fall off. Background technique [0002] With the development of medical and health technology and the improvement of people's health requirements, various physiological health signal detection sensors have emerged as the times require, such as wearable heart rate detection devices, blood pressure monitors, and dynamic electrocardiograms. These sensors are usually worn directly on the surface of the human body for a long time to obtain real-time and accurate physiological information, which requires that the wearable device can be comfortably and stably fixed on the surface of the human skin. For amputees, prosthetics can restore a certain degree of self-care and work ability for the...

AI Technical Summary

Problems solved by technology

[0005] 1. Purpose: This invention designs a new type of non-slip surface for use on medical wearable devices, which can effectively solve the problem that traditional wearable devices are not in close contact with the skin and are easy to slip off

Images