Lg Electronics Inc.

Electronics and Telecommunications Research Institute

Jungwon Kang

Woong Kee Min

Jae-Gon Kim

HyunJung Kim

Sung Chun Choi

Yongdae Kang

Jun Weon Song

Heekyung Lee

Jinwoo Hong

An electrodeless lighting device and methods for manufacturing the same are provided. The method includes inserting a dose into the bulb and at least one of heating a vacuum line for applying a vacuum to the bulb at first predetermined temperature and heating the bulb containing the dose at a second predetermined temperature for a predetermined time.

Electrodeless lighting device and method for manufacturing the same

Provided are a package identification method and a location resolution method, more particularly, a package identification method for identifying a dependent package linked with a main AV and independent packages not linked with the main AV, and a location resolution method. Both when the package is dependent and linked with the main AV and when the package is independent and not linked with the main AV, a CRID is used as an identifier for the package. The present invention supports TVA-2 service scenarios by suggesting improved package identification and a location resolution mechanism.

Package identification method and location resolution method

A plasma display panel is disclosed. More particularly, the present invention relates to a plasma display panel, which can improve discharge stability as well as brightness and efficiency. The plasma display panel according to the present invention includes transparent electrodes (ITO electrodes) spaced in parallel to each other at a predetermined distance; and metal electrodes each formed on the transparent electrodes (ITO electrodes) in parallel to the transparent electrodes (ITO electrodes) so that the respective transparent electrodes (ITO electrodes) are inclined toward the side where the transparent electrodes face.

Plasma display panel and method of driving the same

A plasma display panel may be provided having metal and auxiliary metal electrodes formed such that brightness and efficiency are improved. A plasma display panel may include transparent ITO electrodes and metal electrodes. The transparent ITO electrodes are spaced in parallel to each other at a predetermined distance within a discharge cell. The metal electrodes are formed on the transparent ITO electrodes and in parallel to the transparent ITO electrodes. Central portions of the metal electrodes are closer to a central portion of the discharge cell than central portions of the transparent ITO electrodes.

Plasma display panel including metal electrodes formed on transparent electrodes

A plasma display panel in which metal and auxiliary metal electrodes are formed such that brightness and efficiency are improved. The plasma display panel includes: transparent ITO electrodes which are spaced in parallel to each other at a predetermined distance within a discharge cell, metal electrodes which are formed in parallel to the transparent ITO electrodes and formed on verge of the transparent ITO electrodes respectively, and auxiliary metal electrodes which are formed on the transparent ITO electrodes so that they are positioned in the direction of sides of the transparent ITO electrodes which are opposite to each other, respectively.

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Seoul, South Korea

Jungwon Kang