Abstract: An image display device is constituted such that a back substrate on which image signal lines, scanning signal lines and electron sources are arranged and a face substrate which has phosphor layers are hermetically sealed to each other by way of a frame body using a sealing material, and the inside of the image display device is formed into a vacuum. A length LSK of a second sealing region into which scanning signal lines hermetically penetrate is set larger than a length LDK of a first sealing region into which thin-film image signal lines hermetically penetrate and hence, it is possible to suppress the decrease of the degree of vacuum.

Abstract: In a method for manufacturing an image display apparatus, in which a rear substrate and a front substrate are adhered and fixed at a predetermined positional relationship, with high productivity, two (2) lines of seal flit glass FT are applied on inner surfaces of the rear substrate SUB1 and the front substrate SUB2, where a sealing frame FR is bonded and fixed, along the frame sides, on both sides of an abutting surface (i.e., a vacuum side and an atmospheric side) of the sealing frame FR, and are baked, provisionally. The sealing frame FR is disposed between those two (2) lines of seal flit glass FT, and is baked, thereby melting down the seal flit glass for bonding and fixing thereof.

Abstract: An image display device according to the present invention includes a front-surface panel SUB2, a rear-surface panel SUB1, and an outer frame FR. Here, the front-surface panel SUB2, the rear-surface panel SUB1, and the outer frame FR are fixed to each other by frit glass FT. Also, an internal hermetically-closed space surrounded by the front-surface panel SUB2, the rear-surface panel SUB1, and the outer frame FR is maintained at a lower pressure than that of the outside. Moreover, the outer frame FR is formed of a sintered body of glass paste.

Abstract: An envelope is constituted by sandwiching and fixing a frame between a back substrate having an electron emission region and a face substrate having an image display region. A recessed portion is formed in a corner portion of the frame, a getter assembly is arranged in the recessed portion, and the getter assembly is fixed to the frame. Due to such a constitution, it is possible to provide a display device which can install a sufficient getter without interrupting the narrowing of a picture frame.

Abstract: An objective lens drive unit including a bobbin wound with driving coils and having mounted thereon a lens for transmitting a light beam which is controlled by drive currents flowing through the coils is used for controlling the focussing/tracking of the light beam on a recording medium. The bobbin comprises a hole mounting the objective lens, first recesses formed in opposed side walls of the bobbin substantially in parallel with the mounting hole for accommodating one of the coils wound substantially perpendicularly to the mounting hole, notches formed in the first recesses parallel with the mounting hole for accommodating passing terminal end/start portions of the coil, and second recesses formed along two opposed sides of the opposite side walls for accommodating the other coils wound so as to intersect each other at the other pair of opposite side walls of the bobbin.