TECHNICAL FIELD
[0001]
The present invention relates to displays, and more specifically, to methods for operating artificial intelligence transparent displays and artificial intelligence transparent displays.
BACKGROUND ART
[0002]
Following cathode ray tube (CRT) displays, flat panel displays have been playing a leading role in display industry, seeing an enormous growth particularly in light of larger and slimmer form factor. A future focus for such types of displays would be on making them flexible and transparent. Generally, transparent display refers to a display that has such a degree of transmittance that display devices are noticeable even when displayed off and remains transparent when displayed off Transparent display technology is still in its infancy without any standard, e.g., as to how much transmittance is required in their on/off modes or any reference to measure image quality. Presently, all displays manufactured to be able to see the background underneath the screen in screen off mode may be said to be transparent displays.
[0003]
Liquid crystal display (LCD) TVs (including light emitting diode (LED) LCD TVs) taking up a major share of the TV market are gradually losing profit due to a lowering technological barrier and increasing supply especially from Chinese manufacturers, and thus, domestic TV or panel manufacturers are facing a serious challenge. Such a trend is highly likely to go on. As smartphones and tablet PCs appear, there is increasing demand for high-end, mid- or small-size displays and the market is still controlled by mostly Korean or Japanese manufacturers. However, this industrial sector is also expected to follow the same precedent as TVs. To escape from the hardship, a need arises to reinforce the existing display market for TVs or mobile products with more viable products while pioneering brand-new displays. Transparent displays are expected to be a potent breakthrough.
DETAILED DESCRIPTION OF THE INVENTION Technical Problem
[0004]
According to an aspect of the present invention, there is provided a method for operating an artificial intelligence transparent display.
[0005]
According to another aspect of the present invention, there is provided an artificial intelligence transparent display.
Technical Solution
[0006]
According to an aspect of the present invention, a method for operating an artificial intelligence transparent display may comprise sensing user information, by a plurality of sensors implemented in the artificial intelligence transparent display, generating reaction information based on the user information, by an artificial intelligence processor implemented in the artificial intelligence transparent display, and performing an operation as per the reaction information, by an artificial intelligence object output on a transparent display implemented in the artificial intelligence transparent display.
[0007]
Meanwhile, the plurality of sensors may include a facial expression recognition sensor, a voice recognition sensor, and a motion recognition sensor, and the user information may include facial expression information generated by the facial expression recognition sensor, voice information generated by the voice recognition sensor, and motion information generated by the motion recognition sensor.
[0008]
Further, the facial expression recognition sensor may determine, as the facial expression information, one of a plurality of facial expression categories by analyzing a motion of a facial muscle of a user and a motion of each element included in the user's face with respect to the user's default facial expression information initially obtained, and the facial expression recognition sensor may determine a sensitivity of sensing a variation in facial expression to generate the facial expression information by detecting a degree of variation in the user's facial expression.
[0009]
Further, the voice recognition sensor may extract feature information about the user's voice based on the user's initial voice information initially obtained and extract the user's voice from a sound entered based on the feature information, and the artificial intelligence transparent display may sense a variation in magnitude and speed of the user's voice based on the initial voice information, determine the user's emotion, and generate the reaction information.
[0010]
Further, the motion recognition sensor may sense a pattern and magnitude of the user's motion, and the artificial intelligence transparent display may determine a magnitude of the user's emotion considering the pattern and magnitude of the motion, and generate the reaction information.
[0011]
According to another aspect of the present invention, an artificial intelligence transparent display may comprise a plurality of sensors implemented to sense user information, an artificial intelligence processor implemented to generate reaction information based on the user information, and a transparent display implemented to output an artificial intelligence object, the artificial intelligence object implemented to perform an operation as per the reaction information.
[0012]
Meanwhile, the plurality of sensors may include a facial expression recognition sensor, a voice recognition sensor, and a motion recognition sensor, and the user information may include facial expression information generated by the facial expression recognition sensor, voice information generated by the voice recognition sensor, and motion information generated by the motion recognition sensor.
[0013]
Further, the facial expression recognition sensor may determine, as the facial expression information, one of a plurality of facial expression categories by analyzing a motion of a facial muscle of a user and a motion of each element included in the user's face with respect to the user's default facial expression information initially obtained, and the facial expression recognition sensor may determine a sensitivity of sensing a variation in facial expression to generate the facial expression information by detecting a degree of variation in the user's facial expression.
[0014]
Further, the voice recognition sensor may extract feature information about the user's voice based on the user's initial voice information initially obtained and extract the user's voice from a sound entered based on the feature information, and the artificial intelligence processor may sense a variation in magnitude and speed of the user's voice based on the initial voice information, determine the user's emotion, and generate the reaction information.
[0015]
Further, the motion recognition sensor may sense a pattern and magnitude of the user's motion, and the artificial intelligence processor may determine a magnitude of the user's emotion considering the pattern and magnitude of the motion, and generate the reaction information.
Advantageous Effects
[0016]
The method for operating an artificial intelligence transparent displa…
