Abstract: Disclosed are a television apparatus and a display method. The television apparatus includes a display configured to display an image, a communication interface configured to communicate with a mobile device and one or more servers, and a controller in connection with the display and the communication interface. The controller is configured to receive authentication information from a second server of the one or more servers, display the authentication information on the display of the display apparatus, receive a display request for displaying an item in actual physical size from the second server, and display the item in actual physical size on the display of the television apparatus.

Abstract: Disclosed are a television apparatus and a display method. The television apparatus includes a display configured to display an image, a communication interface configured to communicate with a mobile device and one or more servers, and a controller in connection with the display and the communication interface. The controller is configured to receive authentication information from a second server of the one or more servers, display the authentication information on the display of the display apparatus, receive a display request for displaying an item in actual physical size from the second server, and display the item in actual physical size on the display of the television apparatus.

Abstract: According to one embodiment, a display device includes: an image display module having a first surface; a lens module configured to face the first surface and to be connected to the image display module by a connector with a gap from the image display module; and a first spacer configured to be disposed between the image display module and the lens module.

Abstract: In an image display apparatus according to the present invention, surge absorbers are connected between each of first and second scanning line drivers which supply a predetermined voltage to scanning lines of a display panel and the respective scanning lines. One ends of the individual surge absorbers are connected to ground. When discharge occurs between a rear panel, namely, a first substrate and a faceplate, namely, a second substrate which may occur according to the structural feature of the panel, the individual surge absorbers can prevent the first and the second scanning line drivers from being damaged by a discharge current generated by the discharge.

Abstract: An image display apparatus comprises a vacuum envelope including a front substrate in which a fluorescent surface is formed, and a back surface which is arranged opposite to the front substrate with a gap therebetween and in which a plurality of electron emission elements for exciting the fluorescent surface are provided, an interior of the vacuum envelope being kept vacuum, a metalback including a plurality of split portions that superpose the fluorescent surface, a plurality of connection resistors electrically connected to the split portions, respectively, a common electrode arranged outside the metalback and electrically connected to the metalback via the connection resistors, a power supply unit configured to supply electric charges to the common electrode, and a limiting resistor connected between the common electrode and the power supply unit, to limit the supply of electric charges from the power supply unit to the common electrode.

Abstract: A front substrate, which is included in an image display device, has a metal back layer which is laid over a phosphor screen and is composed of a plurality of insular divisional electrodes. The divisional electrode is composed of at least two row segments extending in a row direction X, and column segments which extend in a column direction Y and connect end portions of the row segments.

Abstract: A front substrate of an image display device comprises a phosphor screen, a metal back layer lapped on the phosphor screen and having a plurality of divided regions spaced from one another, a common electrode which applies voltage to the metal back layer, and a plurality of connecting resistors which connect the common electrode and the plurality of divided regions of the metal back layer. A plurality of electron emitting elements which emit electrons toward the phosphor screen are arranged on a rear substrate opposed to the front substrate. The common electrode is covered by a coat member having a sheet resistance higher than that of the connecting resistors.