(TW409261-A)      NOVELTY - On glass substrate (10) an undercoating layer (1) is formed over which the multilayered electrode substrate (5) is formed. The multilayered substrate consists of thin silver film (3) between two amorphous oxide layers (2,4). Top oxide layer is 20 nm or less thick.    USE -   For liquid crystal display devices, solar batteries.    ADVANTAGE -   Has good moisture resistance. Has low electrical resistance as the electrode board is of low resistance. By adjusting thickness of silver film the electrode substrate is made into reflecting type or transparent type as required. Minimizes variation or change in optical properties. Pattern formation is easy. At junction of silver film and oxide film by suppressing silver movement, thin boards with high heat resistance can be formed. Obviates need for insulating layer as top oxide layer serves as protective layer during etching. Simplifies the manufacturing process and thereby prevents stain by aging of silver.    DESCRIPTION OF DRAWING - The figure is a cross sectional diagram of the electrode substrate. (1) Undercoating layer(2,4) Amorphous oxide layers; (3) Silver film; (5) Multilayered electrode substrate; (10) Glass substrate.    (US6249082-B1)      NOVELTY - On glass substrate (10) an undercoating layer (1) is formed over which the multilayered electrode substrate (5) is formed. The multilayered substrate consists of thin silver film (3) between two amorphous oxide layers (2,4). Top oxide layer is 20 nm or less thick.    USE -   For liquid crystal display devices, solar batteries.    ADVANTAGE -   Has good moisture resistance. Has low electrical resistance as the electrode board is of low resistance. By adjusting thickness of silver film the electrode substrate is made into reflecting type or transparent type as required. Minimizes variation or change in optical properties. Pattern formation is easy. At junction of silver film and oxide film by suppressing silver movement, thin boards with high heat resistance can be formed. Obviates need for insulating layer as top oxide layer serves as protective layer during etching. Simplifies the manufacturing process and thereby prevents stain by aging of silver.    DESCRIPTION OF DRAWING - The figure is a cross sectional diagram of the electrode substrate. (1) Undercoating layer(2,4) Amorphous oxide layers; (3) Silver film; (5) Multilayered electrode substrate; (10) Glass substrate.