Flexible intelligent glove

Abstract

The invention relates to a flexible intelligent glove. The flexible intelligent glove specifically comprises a glove body, and a flexible strain sensor, a flexible circuit board and a central block which are fixed on the glove body, Wherein the flexible strain sensor takes one of an elastic fiber, an elastic yarn and an elastic rope as a substrate, is prepared by introducing a solid conductive material, and monitors the bending degree of a hand joint in real time; The flexible strain sensor is connected with the central block through a flexible circuit board; The central block is composed of amotion sensing module, a data processing module and a power module, generates spatial motion state information of the palm in real time, gathers the spatial motion state information and bending degree information of the hand joint transmitted by the flexible strain sensor, and recognizes the gesture action after cooperative processing. According to the flexible intelligent glove disclosed by theinvention, the flexible strain sensors are arranged at the hand joints, so that the stretching degree and the portability of the intelligent glove are improved, a wearer can flexibly do various gesture actions, and the process difficulty and the cost for manufacturing the intelligent glove are also reduced.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of smart wear, and in particular to a flexible smart glove. Background technique [0002] In recent years, the field of wearable sensing technology has developed rapidly, and the advent of a large number of smart wearable devices has greatly enriched the modes of production, work, study, and life for people. Among them, smart gloves, as a typical smart wearable device, have shown great application potential in the fields of gesture recognition and human-computer interaction. Most of the traditional smart gloves still use Micro-Electro-Mechanical System (MEMS) sensors as the core sensing unit, which are placed at the finger joints or fingertips corresponding to the glove body. [0003] Because the MEMS sensor is a hard sensor, the manufacturing process is complicated, and the volume is usually large, so the traditional smart gloves are expensive to manufacture, relatively bulky and heav...

AI Technical Summary

Problems solved by technology

[0003] Because the MEMS sensor is a hard sensor, the manufacturing process is complicated, and the volume is usually large, so the traditional smart gloves are expensive to manufacture, relatively large and heavy, and have obvious foreign body sensation and poor comfort when wearing, which greatly limits the wearer's ability to wear. Dexterous finger or hand movements

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