Abstract: A method for a server installing a FAT file system on at least a client computer, the method includes the following steps. The subarea basic parameters of original files and data blocks stored in the server are read by a reading module. The subarea basic parameters of original files and data blocks are received and packed to an image file by the execution module. The FAT files in sub-directories are searched by the execution module and packed to the image file. The image file is received and transmitted to a file system installing module by the receiving module. The subarea basic parameters of original files and data blocks are separated from the image file and the basic data and data blocks are calculated by the file system installing module for storing them in memory and hard disc of the client computer.

Abstract: An LCD includes a PWB, a FPC, and a display panel. The PWB includes a level shift circuit and a power-off discharge circuit. The display panel includes a gate driving circuit and a TFT array. The power-off discharge circuit can electrically connects a gate high voltage end to a gate low voltage end so as to drive the gate driving circuit to turn on all TFTs of the TFT array.

Abstract: An extract prepared from the root barks of Morus australis Poir.

Abstract: The present invention provides a voltage divider circuit capable of reducing a number of external devices and lowering the cost and power consumption. The present invention includes a plurality of resistors connected in series, a plurality of buffers and at least one source driver IC. In addition, a first terminal of the first resistor is electrically connected to a DC voltage and the first terminal of each of the remaining resistors is electrically connected to the second terminal of the previous resistor. The second terminal of the last resistor is grounded. The buffers and the resistors are correspondingly electrically connected, wherein the first terminals of the resistors are electrically connected to their corresponding input terminals of buffers. Moreover, the output terminals of the buffers are electrically connected to source driver ICs, wherein the buffers are one of the built-in buffers in each source driver IC.

Abstract: The invention is directed to a driving method for an LCD device, including conducting two of the gate driving lines respectively controlled by different gate integrated circuits. Then, it is determined that one of the two conducted gate driving lines is applied with the scan signal, according to a first output enabling signal and a second output enabling signal being received. A latch signal is received, wherein during a period at a high logic level of the latch signal, the adjacent source driving lines are shorted.

Abstract: A system for reducing the residual image effect of a liquid crystal display after turned off is described, which includes a timing controller, a source driver, a gate driver, and a plurality of thin film transistors on the panel of the liquid crystal display. The system first transmits an image signal to the panel of the liquid crystal display by means of the timing controller in a period of time from when a backlight of the liquid crystal display is turned off to when an image data transmission is turned off. The system then transmits a control signal to the gate driver through the timing controller to turn on all the thin film transistors during a period of time from when the image data transmission is turned off to when the power to the liquid crystal display is turned off. Therefore, residual electric charges in the thin film transistors are discharged rapidly via a plurality of source lines of the source driver, and the residual image effect is consequently diminished.

Abstract: A DAC and a source driver using the same, and a driving method for a display device are provided. The DAC comprises a positive polarity resistor string and a negative polarity resistor string. The resistance of each resistor of the positive polarity resistor string is determined based on positive polarity driving voltages. The resistance of each resistor of the negative polarity resistor string is determined based on negative polarity driving voltages. So, the positive and negative polarity driving voltages, which are used for driving the display device, are in symmetric.

Abstract: The present invention provides a voltage divider circuit capable of reducing a number of external devices and lowering the cost and power consumption. The present invention includes a plurality of resistors connected in series, a plurality of buffers and at least one source driver IC. In addition, a first terminal of the first resistor is electrically connected to a DC voltage and the first terminal of each of the remaining resistors is electrically connected to the second terminal of the previous resistor. The second terminal of the last resistor is grounded. The buffers and the resistors are correspondingly electrically connected, wherein the first terminals of the resistors are electrically connected to their corresponding input terminals of buffers. Moreover, the output terminals of the buffers are electrically connected to source driver ICs, wherein the buffers are one of the built-in buffers in each source driver IC.

Abstract: The present invention provides a voltage divider circuit capable of reducing a number of external devices and lowering the cost and power consumption. The present invention includes a plurality of resistors connected in series, a plurality of buffers and at least one source driver IC. In addition, a first terminal of the first resistor is electrically connected to a DC voltage and the first terminal of each of the remaining resistors is electrically connected to the second terminal of the previous resistor. The second terminal of the last resistor is grounded. The buffers and the resistors are correspondingly electrically connected, wherein the first terminals of the resistors are electrically connected to their corresponding input terminals of buffers. Moreover, the output terminals of the buffers are electrically connected to source driver ICs, wherein the buffers are one of the built-in buffers in each source driver IC.

Abstract: A charge-sharing method and apparatus for display panel including at least two data channels are provided. The charge-sharing method includes the following steps. First, one data channel is connected with another data channel at a first time-point of a period during which the pixels are turned on. The connections among the data channels are turned off at a second time-point of the period during which the pixels are turned on. Thereby, the display signal can be transmitted to the data channel in the display panel.

Abstract: A display panel driving device capable of reducing crosstalk and a driving method thereof is disclosed. The display panel driving device includes a plurality of source driving units, a NOT gate and a timing controller. The timing controller, through the NOT gate, provides an inversed-polarity control signal for the source driving units. The display panel driving method includes providing a polarity control signal produced by a timing controller for the remaining source driving units, then inverting the polarity and providing the other partial source driving units with the inversed-polarity control signal. The driving device and the driving method enable the polarities of the pixels on a same horizontal scanning line to be neutral to the greatest extent and avoid crosstalk caused by coupling effect between data lines and the common voltage Vcom. Consequently, the present invention significantly improves the display quality of a display panel by reducing crosstalk.

Abstract: The present invention provides a voltage divider circuit capable of reducing a number of external devices and lowering the cost and power consumption. The present invention includes a plurality of resistors connected in series, a plurality of buffers and at least one source driver IC. In addition, a first terminal of the first resistor is electrically connected to a DC voltage and the first terminal of each of the remaining resistors is electrically connected to the second terminal of the previous resistor. The second terminal of the last resistor is grounded. The buffers and the resistors are correspondingly electrically connected, wherein the first terminals of the resistors are electrically connected to their corresponding input terminals of buffers. Moreover, the output terminals of the buffers are electrically connected to source driver ICs, wherein the buffers are one of the built-in buffers in each source driver IC.

Abstract: An adaptive transformation and User Interface system enables transformation of a file or document (e.g. an SGML, XML, HTML or other multimedia file or document) from one format to another format. The transformation supports error correction, filtering and collation of elements of a source document for output and is performed in response to control information comprising transformation parameters. The system transforms a document encoded in a language including presentation style determination attributes from a first format to a different second format. The system includes a source of transformation parameters determining a desired presentation style and content structure as well as an input document processor. The input document processor transforms a received input document in a first format by parsing the input document and collating elements of the input document into a hierarchically ordered structure representing an intermediate document structure.

Abstract: The invention is directed to a driving method for an LCD device, including conducting two of the gate driving lines respectively controlled by different gate integrated circuits. Then, it is determined that one of the two conducted gate driving lines is applied with the scan signal, according to a first output enabling signal and a second output enabling signal being received. A latch signal is received, wherein during a period at a high logic level of the latch signal, the adjacent source driving lines are shorted.

Abstract: A generalized hyperlinking system interactively creates hyperlinks one a time or automatically in mass production, statically at authoring time or dynamically at browsing time. A Generalized Hyperlink Specification Language (GHSL) allows for the author to specify patterns and contexts for identifying sources and destinations of links in all media and define link information as interfaces between hyperlinking modules. The generalized automatic hyperlinking system includes a source identifier, a source anchor generator, an initial semi-link generator, an intermediate destination identifier, an intermediate anchor generator, an intermediate link generator, an intermediate semi-link generator, a destination identifier, a final semi-link generator, a final link generator, link management, a link database, a link browser, a link interpreter and a document browser.

Abstract: A heat dissipating device includes an air flow tube having a mounting hole between an air inlet and an air outlet, a heat-conducting member mounted in the mounting hole in the air flow tube and adapted to be disposed in close proximity with a heat-generating component, and a fan unit mounted in the air outlet of the air flow tube and operable so as to draw air into the air flow tube via the air inlet for cooling the heat-conducting member in the mounting hole and to expel air in the air flow tube via the air outlet.

Abstract: An apparatus for improving an image-sticking effect of a liquid crystal display is described. The apparatus has a comparator, a counter connected to the comparator, and an inset device connected to the counter. When receiving an image datum, the comparator first compares the image datum with a previous image datum stored in an image memory to determine whether the image datum is a still image or not. If the image datum is not a still image, the image datum is directly transmitted to an image output device. On the contrary, if the image datum is a still image, a value of the counter is then increased. An inset image is produced by the inset device and is transmitted to the image output device when the value equals a threshold value. As a result, the image-sticking effect is reduced because an image that is still for a long period is forced to change.

Abstract: A system for reducing the residual image effect of a liquid crystal display after turned off is described, which includes a timing controller, a source driver, a gate driver, and a plurality of thin film transistors on the panel of the liquid crystal display. The system first transmits an image signal to the panel of the liquid crystal display by means of the timing controller in a period of time from when a backlight of the liquid crystal display is turned off to when an image data transmission is turned off. The system then transmits a control signal to the gate driver through the timing controller to turn on all the thin film transistors during a period of time from when the image data transmission is turned off to when the power to the liquid crystal display is turned off. Therefore, residual electric charges in the thin film transistors are discharged rapidly via a plurality of source lines of the source driver, and the residual image effect is consequently diminished.

Abstract: The system is combined with an inlet and an outlet air vent. Within the inlet air vent, there is a cooling fan attached. Also there is a half-circled shape net piece designed in the air ventilation system that has numerous holes on the net piece. By using the half-circled shape net piece, it will create a greater contact of hot and cold air with the central processing unit. The cooling fan will create the air circulation passing through the central processing unit.