Human body coupling intelligent information input system and method

Abstract

The invention discloses a human body coupling intelligent information input system and method. The system comprises a space information sensing unit (101), a clock unit (102), a processing unit (103) and an output unit (104), wherein the space information sensing unit (101) is worn on a pre-set part of a human body and is used for obtaining space three-dimensional information of the human body and sending the information to the processing unit (103); the clock unit (102) is connected to the processing unit (103) and is used for providing time information; the processing unit (103) is used for processing space information of the human body and the time information and outputting a corresponding manipulation instruction to the output unit (104) according to the information; and the output unit (104) is used for sending the manipulation instruction to external equipment. According to the system and the method, accurate positioning and complicated manipulation of human body postures, directions and positions can be effectively realized.

Description

technical field [0001] The invention relates to the field of network terminal manipulation, in particular to a human body coupling intelligent information input system and method. Background technique [0002] Traditional network smart terminals, such as desktops and notebooks, are relatively large in size and weight, and have poor mobility. In the mobile Internet era, mobile smart terminals such as mobile phones and tablets are mainly controlled by touch, but limited by the lack of precision, it is difficult to The realization of precise positioning and complex control has greatly restricted the use of classic applications such as drawing software on PCs and counter-strike games on mobile smart terminals, making it difficult to promote. [0003] At the same time, the traditional glasses display is controlled by a key device or a touch panel, which has poor usability. It has similar problems to the above-mentioned mobile terminal, and it is difficult to realize precise posit...

AI Technical Summary

Problems solved by technology

[0010] (1) Insufficient control accuracy of traditional network smart terminal operations and smart glasses, making it difficult to achieve precise positioning and complex control;

[0011] (2) Traditional gyroscopes and other sensors can calibrate the position through GPS, but it needs to be realized in a relatively open and unobstructed place. At the same time, it can only calibrate the two-dimensional horizontal direction, but cannot calibrate the three-dimensional orientation of the three-dimensional space;

[0012] (3) The orientation and attitude sensors on traditional terminal equipment are generally limited to stand-alone use, and cannot distinguish whether it is the movement of the carrier or the movement of the person;

[0013] (4) Although traditional smart glasses can be controlled by voice, the voice needs to be matched with the huge background corpus, the recognition process is complicated, the efficiency is poor, and the resources consumed are very large. achieve global control;

[0014] (5) Portable earphones of mobile intelligent terminals such as traditional PCs, mobile phones, and pads often use earplug earphones connected by wires, which are easy to hook when taking off and wearing them;

[0015] (6) Traditional bone conduction earphones have high energy consumption and poor sound effects;

[0016] (7) It is difficult for traditional smart glasses to complete the efficient input of complex characters such as Chinese characters, and at the same time lacks an efficient user identity authentication mechanism. In order to ensure efficiency, user identity authentication is often canceled, which brings potential risks of information leakage

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