Abstract: An image forming apparatus and method are provided to decode compressed moving image data and selectively display a moving image corresponding to the decoded moving image data. The image forming apparatus includes a decoding unit which decodes compressed moving image data and a moving image reproduction unit which reproduces the decoded moving image data. The image forming apparatus also includes an image processing unit which chooses one or more predetermined frames from the decoded moving image data in response to predetermined manipulation results and processes the chosen frames, and an image forming unit which forms one or more images based on the processed frames.

Abstract: A flat panel display device includes: a substrate; an electrode composed of metal; and an adhesive layer interposed between the substrate and the electrode. The electrode of the flat panel display device has excellent conductivity. The method of manufacturing the flat panel display device includes: preparing a metal substrate; forming a metal plating substrate by forming a plating mask layer on the metal substrate; forming an electrode on the metal plating substrate; separating the electrode, which is formed on the metal plating substrate, from the metal plating substrate with a cohesive layer; placing the separated electrode on another substrate using an adhesive composition; separating the cohesive layer from the electrode; and heat treating the adhesive composition to form an adhesive layer, the adhesive layer attaching the electrode to the another substrate. This method reduces the likelihood of malfunctioning electrodes being produced and leads to reduced manufacturing costs and processing time.

Abstract: An operating system of a liquefied natural gas ship for performing sub-cooled liquefaction of boil-off gas includes a boil-off gas compressor, a cryogenic heat exchanger connected to a refrigerator system, and a first check valve and a first pressure control valve, installed in a pipe between a liquefied natural gas phase separator and a gas combustion unit, and a second check valve and a second pressure control valve, installed in a parallel pipe connected to the pipe in parallel. The parallel pipe is connected to a pipe between the boil-off gas compressor and the cryogenic heat exchanger such that boil-off gas is supplied to an upper vapor region of the liquefied natural gas phase separator. Thus, pressure and level of the liquefied natural gas phase separator are stably controlled. Power consumption is effectively reduced, and economical efficiency is achieved by stable operating pressure and level of the liquefied natural gas phase separator.

Abstract: A method of manufacturing opaque electrodes of a plasma display panel includes providing a mold plate having plating grooves corresponding to patterns of the opaque electrodes of the plasma display panel, forming first plating layers in the plating grooves, transferring the first plating layers to display electrodes on a substrate and removing the mold plate, leaving the first plating layers on the display electrodes. There may be adhesive between the display electrodes and the first plating layer. There may be a second plating layer between the display electrode and the first plating layer.

Abstract: Disclosed is a spacer of a flat panel display (FPD) and a method for preparing the same. The method for preparing a spacer of the present invention includes: (a) exposing a photosensitive glass to a light; (b) heat-treating the exposed photosensitive glass to crystallize it; (c) etching the crystallized glass to prepare the spacer; and (d) heat-treating the spacer under a reductive gas atmosphere. The spacer can be easily prepared by the method according to the present invention, and it has improved conductivity on its surface. A flat panel display including the spacer prepared by the method of the present invention has enhanced conductivity. Therefore, the spacer prevents secondary electron emission, spacer charging, and deviation of electron beams.

Abstract: A printing head including a nozzle unit having a length corresponding to a width of a paper and prints an image on the paper by projecting ink onto the paper while staying stationary. The nozzle unit is divided into a plurality of nozzle sections. A plurality of cap members is provided with each cap member corresponding to at least one nozzle section. A cap drive unit moves the plurality of cap members between a a capped position and an uncapped position. A motor drives the cap drive unit.

Abstract: A filter assembly, a plasma display panel with the filter assembly and a method of manufacturing the filter assembly. The plasma display panel includes a panel assembly, a chassis base on which a driving circuit is mounted and located on a rear of the panel assembly, a filter assembly mounted in front of the panel assembly, and a case that accommodates the panel assembly, the chassis base, and the filter assembly. The filter assembly includes a transparent substrate, an anti-reflection film, and an electromagnetic wave shielding filter attached to the rear surface of the substrate, and the electromagnetic wave shielding filter is grounded to the inner side of the case and is made of a metal mesh that includes a plating layer and a strike seed layer.

Abstract: An electromagnetic wave shielding filter for a plasma display panel, for example, and a method of manufacturing such a filter includes preparing a substrate such as a metal plate that can act as a seed layer for electrolytic plating; forming a mesh plating layer on an upper surface of the metal plate; adhering an adhesive film to an upper surface of the plating layer; and separating the adhesive film from the metal plate so that the plating layer is adhered to a lower surface of the adhesive film. An electromagnetic wave shielding layer, which is installed to shield electromagnetic waves generated during the driving of a plasma display panel, for example, is formed in a mesh pattern, and the mesh pattern is created on a metal plate by electrolytic plating.

Abstract: An image forming device has a first calculator applying any one of setting values for plural alignment patterns pre-set corresponding to magnitudes of feeding error values according to feeding amounts of a printing sheet of paper by feeding rollers and calculating first correction values for the feeding error values depending upon operation modes, a second calculator calculating second correction values for the feeding error values depending upon the printing sheet, and a controller controlling the feeding rollers to be driven to correct the feeding error values depending upon the operation modes and the printing sheet using the first and second correction values calculated by the first and second calculators. Accordingly, the image forming device can correct the feeding error values depending upon the operation modes, the printing sheet, and the printing position sections, thereby obtaining a best quality images in the respective modes.

Abstract: A filter for a plasma display panel and a method of manufacturing the novel filter. The filter is made up of a transparent substrate, a patterned conductive material formed on one side of the substrate, a negative photoresist with additives patterned to complement the metal pattern, the additives including a dye, a pigment and an additive to prevent reflection of external light. The method includes forming the metal pattern on the substrate, and using the metal pattern as a photo mask for patterning a layer of photoresist to complement the metal pattern.

Abstract: An image forming device has a first calculator applying any one of setting values for plural alignment patterns pre-set corresponding to magnitudes of feeding error values according to feeding amounts of a printing sheet of paper by feeding rollers and calculating first correction values for the feeding error values depending upon operation modes, a second calculator calculating second correction values for the feeding error values depending upon the printing sheet, and a controller controlling the feeding rollers to be driven to correct the feeding error values depending upon the operation modes and the printing sheet using the first and second correction values calculated by the first and second calculators. Accordingly, the image forming device can correct the feeding error values depending upon the operation modes, the printing sheet, and the printing position sections, thereby obtaining a best quality images in the respective modes.

Abstract: Disclosed is a spacer of a flat panel display (FPD) and a method for preparing the same. The method for preparing a spacer of the present invention includes: (a) exposing a photosensitive glass to a light; (b) heat-treating the exposed photosensitive glass to crystallize it; (c) etching the crystallized glass to prepare the spacer; and (d) heat-treating the spacer under a reductive gas atmosphere. The spacer can be easily prepared by the method according to the present invention, and it has improved conductivity on its surface. A flat panel display including the spacer prepared by the method of the present invention has enhanced conductivity. Therefore, the spacer prevents secondary electron emission, spacer charging, and deviation of electron beams.

Abstract: A roller type developing apparatus for a cycolor type color video printer. A pair of said plates are mounted on a base of the color video printer and spaced apart from each other, the side plates each is provided with a vertical mounting hole. The upper and lower pressing rollers each is rotatably supported between the side plates, and provided with a clearance for allowing the cylith film and the receiver paper to pass therethrough at the same time. The upper and lower support bearings are vertically mounted in each mounting hole of the side plate and connected to respective end shafts of the upper and lower pressing rollers, respectively, and each is adapted for supporting the upper and lower pressing rollers. The pressure controlling member is adapted for controlling the clearance in order to control the pressure for the upper and lower pressing rollers.