Abstract: A display apparatus including: a main body having an opening at the front part; a backlight unit configured to generate light; and an image forming unit provided in the front part of the main body, and configured to block or transmit the light generated by the backlight unit to create an image, where the image forming unit includes: a pair of transparent substrates disposed to be opposite to each other; a cable configured to transmit image data to the pair of transparent substrates; and a pair of polarizing films respectively disposed on the outer surfaces of the pair of transparent substrates, and wherein an edge part of at least one transparent substrate of the pair of transparent substrates protrudes to connect to the cable, and at least one polarizing film of the pair of polarizing films extends to the main body in a direction in which the at least one transparent substrate protrudes.

Abstract: A display apparatus including: a main body having an opening at the front part; a backlight unit configured to generate light; and an image forming unit provided in the front part of the main body, and configured to block or transmit the light generated by the backlight unit to create an image, where the image forming unit includes: a pair of transparent substrates disposed to be opposite to each other; a cable configured to transmit image data to the pair of transparent substrates; and a pair of polarizing films respectively disposed on the outer surfaces of the pair of transparent substrates, and wherein an edge part of at least one transparent substrate of the pair of transparent substrates protrudes to connect to the cable, and at least one polarizing film of the pair of polarizing films extends to the main body in a direction in which the at least one transparent substrate protrudes.

Abstract: A display panel and a display apparatus having the display panel are disclosed. The display panel includes: a substrate having a flat panel shape; a light output layer disposed on the substrate and outputting light by an electrical drive; and a semiconductor layer including a plurality of switching elements arranged in a matrix form and switching based on a driving signal for driving the light output layer, and a plurality of lines to transmit the driving signal to the plurality of switching elements, wherein each of the lines extends with a predetermined width, a first width of the line at a central portion thereof in a lengthwise direction thereof is thicker than a second width thereof at one end portion thereof in the lengthwise direction.

Abstract: A display panel and a display apparatus having the display panel are disclosed. The display panel includes: a substrate having a flat panel shape; a light output layer disposed on the substrate and outputting light by an electrical drive; and a semiconductor layer including a plurality of switching elements arranged in a matrix form and switching based on a driving signal for driving the light output layer, and a plurality of lines to transmit the driving signal to the plurality of switching elements, wherein each of the lines extends with a predetermined width, a first width of the line at a central portion thereof in a lengthwise direction thereof is thicker than a second width thereof at one end portion thereof in the lengthwise direction.

Abstract: Disclosed is a conductive polarizer for a liquid crystal display device. The conductive polarizer comprises: an adhesive layer composed of acrylic materials and conductive materials, the adhesive layer being formed on a substrate; a lower supporting layer formed on the adhesive layer; a polarizer element formed on the lower supporting layer; and an upper supporting layer formed on the polarizer element. Therefore, the occurrence of inferior products, resulting from static electricity arising during attachment of the polarizer can be largely reduced. Furthermore, because the number of ionizers included with the attachment device for the polarizer can be decreased and substituted with other devices, a conductive polarizer of a liquid crystal display device can be produced at low cost.

Abstract: The present invention comprises an upper substrate; a data bus line and a storage capacitance bus line on a lower substrate; a gate bus line at the position of bisecting the unit pixel; a thin film transistor on the gate bus line; a counter electrode; and a pixel electrode. The pixel electrode comprises a frame shaped body unit formed on the edge in counter electrode and a plurality of slant slits arranged with a regular distance to divide the body unit into several parts, forming a predetermined angle with the gate bus line. The angle of slant slits in the pixel electrode is symmetric with respect to the gate bus line. The storage capacitance bus line is partially overlapped with both the upper edge of pixel electrode in one unit pixel and the lower edge of pixel electrode in the closest unit pixel. According to the present invention, the black matrix area is reduced by eliminating or minimizing the light leakage through modifying the pixel structure, thereby improving the aperture ration and transmittance.

Abstract: Disclosed is a fringe field switching mode LCD. The disclosed comprises a first and a second transparent insulating substrates arranged opposite to each other with a predetermined distance, with a liquid crystal layer including a plurality of liquid crystal molecules interposed between them; a plurality of gate bus lines and data bus lines formed on the first transparent insulating substrate and arranged in a matrix form to define a unit pixel; a thin film transistor formed at the intersection of the gate bus line and the data bus line; a counter electrode disposed in each unit pixel, made of transparent conductor; and a pixel electrode arranged in each unit pixel to generate a fringe field with the counter electrode, being insulated with the counter electrode and made of transparent conductor and including a plurality of upper slits and lower slits symmetrical each other with respect to long side of the pixel with a predetermined tilted angle.

Abstract: Disclosed is a conductive polarizer for a liquid crystal display device. The conductive polarizer comprises: an adhesive layer composed of acrylic materials and conductive materials, the adhesive layer being formed on a substrate; a lower supporting layer formed on the adhesive layer; a polarizer element formed on the lower supporting layer; and an upper supporting layer formed on the polarizer element. Therefore, the occurrence of inferior products, resulting from static electricity arising during attachment of the polarizer can be largely reduced. Furthermore, because the number of ionizers included with the attachment device for the polarizer can be decreased and substituted with other devices, a conductive polarizer of a liquid crystal display device can be produced at low cost.

Abstract: The present invention comprises an upper substrate; a data bus line and a storage capacitance bus line on a lower substrate; a gate bus line at the position of bisecting the unit pixel; a thin film transistor on the gate bus line; a counter electrode; and a pixel electrode. The pixel electrode comprises a frame shaped body unit formed on the edge in counter electrode and a plurality of slant slits arranged with a regular distance to divide the body unit into several parts, forming a predetermined angle with the gate bus line. The angle of slant slits in the pixel electrode is symmetric with respect to the gate bus line. The storage capacitance bus line is partially overlapped with both the upper edge of pixel electrode in one unit pixel and the lower edge of pixel electrode in the closest unit pixel. According to the present invention, the black matrix area is reduced by eliminating or minimizing the light leakage through modifying the pixel structure, thereby improving the aperture ration and transmittance.

Abstract: Disclosed is a fringe field switching mode LCD. The disclosed comprises a first and a second transparent insulating substrates arranged opposite to each other with a predetermined distance, with a liquid crystal layer including a plurality of liquid crystal molecules interposed between them; a plurality of gate bus lines and data bus lines formed on the first transparent insulating substrate and arranged in a matrix form to define a unit pixel; a thin film transistor formed at the intersection of the gate bus line and the data bus line; a counter electrode disposed in each unit pixel, made of transparent conductor; and a pixel electrode arranged in each unit pixel to generate a fringe field with the counter electrode, being insulated with the counter electrode and made of transparent conductor and including a plurality of upper slits and lower slits symmetrical each other with respect to long side of the pixel with a predetermined tilted angle.