Body intelligent input somatosensory control system and method

Abstract

The invention discloses a body intelligent input somatosensory control system and method. The system comprises a space information sensing unit (101), a clock unit (102), a processing unit (103) and a display and output unit (104), wherein the space information sensing unit (101) obtains space three-dimensional information of a human body and sends the information to the processing unit (103), the clock unit (102) provides time information and sends the time information to the processing unit (103), the processing unit (103) processes the space three-dimensional information and the time information of the human body and outputs corresponding control instructions to the display and output unit (104), and the display and output unit (104) sends the control instructions to external equipment. By means of the system and method, the space three-dimensional information of the human body is obtained, dynamic matching of body directions, postures, the time information and body movements is achieved, the space and time information of the human body can be efficiently and accurately input, and intelligent natural control and precise locating of a software interface are achieved.

Description

technical field [0001] The invention relates to the field of network terminal control, in particular to a human body intelligent input somatosensory control system and method. Background technique [0002] Traditional mobile smart terminals, such as mobile phones and tablet computers, are mainly controlled by buttons or touch controls, but limited by the lack of precision, it is difficult to achieve precise positioning and complex control, making graphics software on PCs, counter-strike games and other classics The use of applications on mobile smart terminals is greatly restricted and difficult to promote. [0003] Traditional eyewear displays are controlled by key devices or touchpads, which have poor usability and have similar problems to the above-mentioned mobile terminals. Therefore, it is also difficult to achieve precise positioning and complex control of the control interface. [0004] The traditional gyroscope sensor can calibrate the position through GPS, but it ...

AI Technical Summary

Problems solved by technology

[0006] In summary, there are the following technical problems in the prior art: (1) The lack of control accuracy of traditional mobile smart terminals and smart glasses makes it difficult to achieve precise positioning and complex control; (2) Traditional gyroscopes and other sensors can Calibrate the position, 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; (3) The orientation and attitude sensors on traditional terminal equipment are generally limited to stand-alone independent In use, it is impossible to distinguish whether it is the movement of the carrier or the movement of the person, and the control based on these sensors cannot be normally realized.

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