Abstract:
A method and a device for managing content file information, and a recording medium storing a program thereof are provided to quickly manage the content file information based on a file path, and reduce a string comparison quantity for the content file information by reducing a length and duplicated use of the file path. A storing part(202) stores content files. An information input part(201) inputs information needed for managing the content file information of the content file. A folder table(204) stores a folder path of the content file and ID information of the folder path. A file table(205) stores a filename of the content file and the ID information of the folder path. A library module(203) manages the content file information for the content file stored to the storing part while generating/updating the folder table and the file table by using the information inputted from the input part, and the information included in the folder and file table. The library module manages the content file information included in the folder table and the file table by using the ID information of the folder path as an external key.
Abstract:
An LCD and a method for manufacturing the same are provided to shorten the work time for an FOG(Flexible printed circuit board On Glass) process, by proceeding a panel module process after attaching an ACF(Anisotropic Conductive Film) to contact terminals of an FPCB(Flexible Printed Circuit Board). A panel module process is performed to connect between an LCD panel and an FPCB. First, the LCD panel is prepared to perform the panel module process (S10). An ACF is attached to one end of the FPCB(S11). The FPCB, to which the ACF is attached, is placed on the LCD panel(S20). The FPCB is connected to the LCD panel through heating and pressurizing(S30).
Abstract:
A memory, a driving method thereof, and a display device having the same are provided to stably initiate inner components by preventing collision of operation timings and coupling between the inner components. A memory includes a source voltage input determining unit(410), a storage(420), and an output controller(430). The source voltage input determining unit detects one of p devices, to which a current source voltage is supplied, and outputs a control signal corresponding to the detected device. The storage stores q driving signals corresponding to the p devices. The output controller selects one of output paths, through which the q driving signals from the storage are supplied to the selected device, in response to the control signal. The source voltage input determining unit includes p input terminals corresponding to the p devices.
Abstract:
An anisotropic conductive film, and a method for preparing the anisotropic conductive film are provided to prevent the badness of shortage and the badness of open, thereby improving connecting reliance and insulation. An anisotropic conductive film(50) comprises a base film(10); and at least one conductive layer(20) which is formed on the base film and is provided with a plurality of anisotropic conductive particles(22), wherein the anisotropic conductive particles are arranged as a monolayer in the corresponding conductive layer. Preferably the conductive layer has a thickness smaller than the two times of the diameter of the anisotropic conductive particle.
Abstract:
A system and a method for managing digital contents are provided to manage the digital contents by quickly analyzing the digital contents with a digital content analyzer when performance of a device storing the digital contents is not enough. A source device extracts feature information of the digital contents. An analyzer is connected to the source device through the network and transmits an analysis result to the source device by analyzing the feature information received from the source device. The source device includes a storing part storing the digital contents, an extractor extracting the feature information from the stored digital contents, a transmitter transmitting the extracted feature information to the analyzer, and a manager managing the stored digital contents by receiving the analysis result. The analyzer includes a receiver(121) receiving the feature information, an analyzer(122) analyzing the received feature information, a converter(123) converting the analysis result into markup language, and the transmitter(124) transmitting the converted analysis result to the source device.
Abstract:
A semiconductor device and an LCD comprising the same are provided to improve the electric connection between chip pads of the semiconductor device and auxiliary pads of an LCD panel, by improving the structure of bumps. A driving circuit is formed on a semiconductor substrate(37), and drives an LCD. The driving circuit includes one or more chip pads(31) formed on a portion exposed through a contact hole of a passivation layer(32). A plurality of sub-bumps(35a,35b) are formed correspondingly to respective chip pads. Gate lines and data lines are electrically connected to the sub-bumps. The sub-bumps are formed of at least one of Au, Cu, and Ni.