Lg Philips Lcd Co., Inc.

Ju Chun Yeo

Seong Gyun Kim

Jae Deok Park

Hoon Jeong

A liquid crystal display (LCD) device and a method for fabricating the same is disclosed in which deterioration of picture image resulting from different lengths of interconnection lines is compensated with a capacitor having a layered structure. To this end, interconnection line part for applying a signal from a driving integrated circuit to an LCD panel is formed with different thickness, or a conductive layer is formed on a substrate of the interconnection line part so that a center portion of the conductive layer is wider than an outer portion of the conductive layer.

Liquid crystal display device and method for fabricating the same

A method of driving a liquid crystal display wherein an application sequence of a data is changed, to thereby improve a picture quality. In the method, the data is supplied to a desired number of data lines on a basis of first sequence in a first horizontal period. The data is supplied to the desired number of data lines on a basis of second sequence in a second horizontal period following the first horizontal period.

Liquid crystal display and driving method thereof

A liquid crystal display device that is capable of preventing metal wires from being corroded during its long-term use under the high temperature and high humidity circumference. In the device, a pad is positioned at a non-display area of a substrate to be connected to at least one of a gate line and a data line. A driving circuit responds to an electrical signal from the pad to drive a liquid crystal pixel cell provided within said non-display area of the substrate. A semiconductor pattern is opposed to the driving circuit with having the pad therebetween to be connected between the pad and the driving circuit.

Liquid crystal display device and fabricating method thereof

A method of driving a liquid crystal display that is adaptive for improving uniformity in a driving method employing multiplexors of the liquid crystal display. In the method, a gate-driving signal is sequentially applied to the gate lines for a sequential scanning for each line. Data is supplied to the liquid crystal cells with the same color being adjacent to each other in a scanning interval of a first scanning line. An application sequence of data to the liquid crystal cells with the same color being adjacent to each other in a scanning interval of a second scanning line is differentiated from that in a scanning interval of the first scanning line.

Growing community of inventors

Kyungsangbuk-do, South Korea

Ju Chun Yeo