Mirror displaying touch demonstration system

Abstract

The embodiment of the invention relates to the field of displaying interaction and discloses a mirror displaying touch demonstration system. The system comprises a master controller, a video matrix processor and a mirror displaying touch demonstration device. The mirror displaying touch demonstration device comprises a mirror displaying glass module, a playing displaying module and a touch module.The touch module is set on the back of the mirror displaying glass module. The back is a surface facing the playing displaying module. The front surface of the mirror displaying glass module is a reflecting surface. The playing displaying module comprises M displaying screens which are spliced together. The touch module sends a detected touch signal to the master controller. The master controllerobtains first image data corresponding to the touch signal and sends the first image data to the video matrix processor. The video matrix processor segments the first image data into M pieces of second image data and transmits the M pieces of second image data to the corresponding displaying screens for displaying. According to the embodiment of the invention, when the interaction between a tourist and a device is realized, the precision is relatively high, the control is relatively accurate, and the large-area mirror displaying screen displaying can be realized.

Description

technical field [0001] Embodiments of the present invention relate to the field of display interaction, in particular to a mirror display touch display system. Background technique [0002] Existing mirror display devices are generally composed of a single liquid crystal display screen combined with one-way see-through glass, that is, the one-way see-through glass is covered on the single liquid crystal screen, and the edges are trimmed around to make it a whole. When the LCD screen is black, no digital image is displayed on the entire mirror, and it looks like an ordinary mirror, which can reflect surrounding scenes and things. When the liquid crystal display needs to display information, the mirror can not only see the reflected images of the surrounding scenes, but also display relevant information. Some mirror display devices will also be installed with a somatosensory capture device, through which the movement of tourists can be captured to achieve interaction with the...

AI Technical Summary

Problems solved by technology

[0003] The inventor found that there are at least the following problems in the prior art: the interaction between tourists and the device is realized through the somatosensory capture device, the accuracy is poor, and it is difficult to achieve precise control, because the somatosensory capture device has high requirements on the environment and is easily disturbed by the surrounding environment

Moreover, the mirror display device in the prior art is composed of a single liquid crystal display screen, which cannot realize large-area mirror display screen display.

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