Internet intelligent mirror based on natural user interface

Abstract

The invention provides an Internet intelligent mirror based on a natural user interface. The Internet intelligent mirror mainly comprises a base, a square mirror frame, a filter single lens, a light emitting screen and a mainboard. The filter single lens, the light emitting screen and the mainboard are located in the square mirror frame. The filter single lens is located on one side, facing a user, of the intelligent mirror. The light emitting screen and the mainboard are located on the rear side of the filter single lens. The mainboard is located below the light emitting screen. A loudspeaker A, an infrared transmitter, a color camera, a depth sensor, a microphone and a loudspeaker B are sequentially disposed on the upper portion of the front side of the square mirror frame from left to right. During use, a user can interacts with the mirror through voices and gestures by facing the mirror, and experiences such as physical data measuring and virtual try on are achieved. The Internet intelligent mirror has the advantages that the mirror can understand human languages and the gestures of people; when the user faces the mirror, Internet information browsing can be achieved by voice control, virtual clothes can be tried on through gesture control so as to decide intraday wearing, and body bone motion trajectories can be recorded and analyzed to aid various exercises high in body posture requirements.

Description

technical field [0001] The invention relates to a mirror, in particular to a smart mirror based on natural user interface interaction and Internet technology. Background technique [0002] Natural user interface refers to a class of invisible user interface that only requires people to interact with machines in the most natural way of communication, such as language and body gestures and movements. In particular, touch technology and somatosensory technology will make human-computer interaction more natural, intuitive and humanized. [0003] Human body three-dimensional scanning system, also known as three-dimensional anthropometric system, human body digitization system, is widely used in the fields of clothing, animation, ergonomics, and medicine. Clothing), special equipment for the human body (human prosthetics, personalized weapons and equipment), and ideal tools for ergonomics research. [0004] The human body point cloud data obtained by the human body (half body) s...

AI Technical Summary

Problems solved by technology

[0011] However, due to the resolution limitation of video capture equipment, applications such as clothing fittings are currently unable to achieve "high-definition" effects. Once the real output quality is poor, the expected effect of AR or VR cannot be achieved. Currently, All the virtual fitting rooms on the market use the TV screen combined with clothing patterns as the output results, and the screen resolution is generally very low

[0012] To sum up, the application of this kind of fitting system can only be called "better than nothing", which cannot bring users the best experience, and cannot make users really feel as if they are standing in front of a "mirror" to perform some virtual clothing try on

[0013] Similar to trying on clothes, the mirrors used for makeup testing and posture correction in stores currently cannot bring users the best experience

In terms of reading news, it can currently be obtained by touching the computer screen, but it cannot simulate interactive communication with objects such as mirrors

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