Intelligent induction glove system

Abstract

The invention discloses an intelligent induction glove system which comprises a left glove body and a right glove body. Pressure sensors are arranged at the end portions of a first finger part of the left glove body. Bent degree sensors are arranged at the joint bent positions. A temperature sensor, a distance sensor, an environment light sensor, a shock sensor, a three-shaft gyroscope and an acceleration sensor are arranged at the root portion of the first finger part. A flexible hand writing input board and a liquid crystal touch display screen are arranged at a first palm part. An ROM / RAM storage module, an NFC near-field communication module and a Bluetooth communication module are arranged on a first wrist part. A central processing unit, a battery module and a wireless charging module are installed on a first hand back part. Various elements installed on the right glove body are basically symmetrical and consistent with those on the left hand glove body except for a film key set arranged on a second palm part and a WIFI communication module additionally installed on a second wrist part. The intelligent induction glove system has the advantages of being capable of comprehensively catching various detailed motions of hands, capable of achieving wireless communication and power supply, small, exquisite, portable, flexible and easy to operate.

Description

technical field [0001] The invention relates to a glove system, in particular to an intelligent induction glove system, which belongs to the technical field of somatosensory control devices. Background technique [0002] At present, many research institutions at home and abroad have developed and researched smart sensing gloves, and some institutions have produced smart sensing gloves with certain functions. Recognize and respond to gestures, or set some pressure sensors or temperature sensors on gloves, sense the information sent by the operator through the sensors, and convert them into corresponding electronic signals, and make judgments and responses through programs and computer systems to meet operator needs. [0003] However, up to now, there is still no intelligent sensing glove that can perceive the various details of human hands. Although Microsoft Corporation of the United States has a "Kenect" device based on multiple cameras to identify and judge the overall be...

AI Technical Summary

Problems solved by technology

[0003] However, up to now, there is still no intelligent sensing glove that can perceive the various details of human hands. Although Microsoft Corporation of the United States has a "Kenect" device based on multiple cameras to identify and judge the overall behavior of the human body, However, this product is bulky and not portable. At the same time, it has requirements for the recognizable distance. It must be at a certain distance to recognize and judge various human body movements. Since only the camera and distance sensor are used, it cannot recognize the movement of fingers. All detailed actions; Japanese NEC Corporation, Nintendo Corporation, and some companies that require robots and manipulators to operate, although there are products such as smart sensor gloves, they all have the problem of huge size, must rely on wired communication and power supply, and are expensive, so Its application is very limited, so it is difficult to meet the needs of ordinary consumers, and can only be used in production or laboratories in specific industries

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