Intelligent cell phone operating technology based on motion-sensing technology

Abstract

Provided is an intelligent cell phone operating technology based on motion-sensing technology; the intelligent cell phone operating technology based on motion-sensing technology comprises the following steps: installing a motion-sensing device inside a cell phone, and defining an interface inside an induction space of the motion-sensing device; previously setting a gesture module; visualizing a virtual interface by the projection of the front camera of the cell phone; analyzing gesture types and motion traces by utilizing the preset gesture templates, so as to obtain corresponding operation commands; converting the commands into messages and sending the messages to the CPU of the cell phone; controlling the camera by the CPU of the cell phone to update the information displayed on the virtual visualized interface. The intelligent cell phone operating technology based on motion-sensing technology does not depend on the conventional fixed input devices such as keyboard, voice and touchpad; and any hand-held induction tool is not required; the cell phone operation can be finished only in the induction space of the motion-sensing device; therefore, the cell phone operation interface is freed from the limitation of the real display screen; the user can adjust the size and definition of the virtual visualized interface based on the interest of the user, thereby achieving stereoscopic operations of cell phone, thus meeting different use requirements. The operation is free; the use is simple, convenient and comfortable.

Description

technical field [0001] The invention relates to a technology for operating a smart phone, in particular to a technology for operating a smart phone based on somatosensory technology. Background technique [0002] With the development and maturity of somatosensory technology, the application of somatosensory technology to the field of computer input has been realized, providing humans with a more comfortable and natural computer input method. Microsoft's Kinect and Leap Motion's Leap 3D are currently two mainstream brands in the field of somatosensory input. On the premise that the operator does not need to hold any sensing props, the operator's actions are captured and recognized through cameras and sensors. Somatosensory technology has been well optimized and developed in the computer field. Somatosensory technology has achieved certain research results in the field of games. By capturing external signals, analyzing them into control signals, and transmitting them to infor...

AI Technical Summary

Problems solved by technology

[0005] Today's mobile phone display desktop is largely limited by the screen size. Although businesses continue to launch mobile phones of various sizes, users can only enjoy mobile phones with one screen size.

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