Abstract: An eraser composition for de-flakes is disclosed. The composition comprises (i) a SEBS copolymer (styrene-ethylene-butylene-styrene) and SBS copolymer (styrene-butadiene-styrene) and TPE styrene, and the weight percentage being 10 to 35%; (ii) organic fillers of sodium carbonate, and pearl powder, and the weight percentage being about 30 to 60%; (iii) paraffin oil, and of a weight percentage of about 35 to 55%; (iv) palm oil, jojoba oil, linolein oil, moisturizer, deep cleanser, and olive oil, and a weight percentage of 5 to 15%; and (v) edible food pigments, or edible colorants, and the weight percentage of 0.1 to 0.5%.

Abstract: A photodiode that can separately detect the intensities of the three wavelength ranges of ultraviolet light of 400 nm or below includes an insulating layer; and a plurality of silicon semiconductor layers having different thicknesses formed on the insulating layer, wherein each of the plurality of silicon semiconductor layers has a low-concentration diffusion layer formed by diffusing one of a P-type impurity or an N-type impurity therein with a low concentration; a P-type high-concentration diffusion layer formed by diffusing a P-type impurity therein with a high concentration; and an N-type high-concentration diffusion layer formed by diffusing an N-type impurity therein with a high concentration, and wherein the P-type high-concentration diffusion layer and the N-type high-concentration diffusion layer formed in a respective one of the plurality of silicon semiconductor layers are arranged to face each other with the low-concentration diffusion layer interposed there between.

Abstract: A guiding apparatus and method for a shift generated by a web during web transportation is provided, in which a coarse position guiding module and a fine position guiding module function to directly adjust the web so as to compensate the shift occurred during the process of transportation according to a position of the web. By means of monitoring a location of the fine position guiding module at any time, a reference of the coarse position guiding module will be adjusted when the location of the fine position guiding module satisfies the condition defined in the guiding method, so as to change a position where the web enters into the fine position guiding module.

Abstract: A magnetic bead-based sample separating device is provided. The device includes a first reactor, a second reactor, a third reactor, a first micro-channel and a second micro-channel. The first reactor receives a mixing solution including several magnetic beads and a sample extraction. The sample extraction is bound with the magnetic beads. The second reactor receives a washing buffer for washing the magnetic beads with sample extraction. The third reactor receives an elution buffer for separating the washing buffer from the magnetic beads. The first micro-channel is for connecting the first reactor and the second reactor and moving the magnetic beads to the second reactor from the first reactor. The second micro-channel is for connecting the second reactor and the third reactor and moving the magnetic beads to the third reactor from the second reactor.

Abstract: A reading circuit in a memory having a first memory cell coupled to a first bit line and a second bit line and a second memory cell coupled to the second bit line and a third bit line, is provided. The reading circuitry comprises a source side sensing circuit, a drain side bias circuit, a first selection circuit and a second selection circuit. The drain side bias circuit provides a drain side bias. The first selection circuit connects the second bit line and the third bit line to the drain side bias circuit in a read operation mode. The second selection circuit connects the first bit line to the source side sensing circuit so that a source current of the first memory cell is sensed.

Abstract: A preamplifier includes cascade-connected amplifying circuits, and at least one of the cascade-connected amplifying circuits includes a differential switch pair circuit, a comparator and energy storing elements. The differential switch pair circuit has a pair of differential inputs and a pair of differential outputs. The comparator outputs a comparison signal by comparing the differential outputs. The energy storing elements are respectively and selectively coupled to one of the differential outputs based on the comparison signal to adjust potential of the differential outputs. A method for calibrating offsets in a preamplifier is also disclosed herein.

Abstract: A telephone switching system includes line packages and a switch unit allowing a path to be established between the line packages. At least one line package is interconnected to, e.g. a broadband-adaptive unit, and is adaptive to both of a first coding rule expected of the switch unit and a second coding rule higher in compression ratio than the first coding rule. The broadband-adaptive line package, monitoring the coding rule of another line package connected thereto, adapts itself to the first coding rule if the other line package is adaptive only to the first coding rule, or adapts itself to the second coding rule if the other line package is adaptive to both of the first and second coding rules.

Abstract: Provided is an optical waveguide device including: a core having a stacked structure of at least three layers in which first thin films having a finite width and thickness and formed of a material having a relatively high electric conductivity and a second thin film having the same width as the first thin films and formed of a material having a lower conductivity than the material forming the first thin films are stacked in sequence, the first thin films being disposed in a first layer and an uppermost layer and adjacent to each other for interaction of surface plasmons; and a clad disposed around the core and formed of a material having a lower conductivity than the material forming the first thin films and a higher refractive index than the material forming the second thin film.

Abstract: A method for printing a web page is provided. The method includes requesting for printing a web page of a web site connected to a web server after a user executes a web browser, downloading a web printing exclusive viewer on a personal computer of the user from the web server of the corresponding web site after requesting for printing the web page, and operating the web printing exclusive viewer, thereby generating from the web page an initial web page image to be sent to the printer and printed on the printing paper by the printer, wherein a size of the initial web page is adjusted such that an entire width of the initial web page image fits into a width of the printing area of the printing paper.

Abstract: An audio data transmission system applied in a blade PC for connecting a main system unit of a PC blade with an external audio device is provided. The audio data transmission system comprises a peripheral agent device, a peripheral gateway and a connection management unit. The peripheral agent device is connected to the main system unit. The peripheral gateway is connected to the external audio device and is for providing an identification code. In response to the identification code, the connection management unit pairs the peripheral agent device with the peripheral gateway to establish a communication link between the peripheral agent device and the peripheral gateway for transmitting an audio data.

Abstract: A lens array includes a plurality of lens pairs each of which includes lenses so disposed that optical axes thereof are aligned with each other. The lens pairs are arranged in a direction perpendicular to the optical axes. The lens array further includes a light-blocking portion provided between the lens pairs. The light-blocking portion is formed to have a structure split into at least two parts in a predetermined direction.

Abstract: The present invention is an optical multiplex communication system in which an optical wavelength division channel and an optical code division channel can coexist, wherein a WDM channel section 86 has a wavelength demultiplexer 36 and WDM channels W1 to W4. An optical pulse string 83-3 is demultiplexed by the wavelength demultiplexer 36, and for channel W1, an optical pulse 37 with wavelength ?1 is input to an intensity modulator 114 and converted into an optical pulse signal of channel W1, and is output as a wavelength division optical pulse signal 115, where transmission information of channel W1 is reflected.

Abstract: A method for fabricating a conductive blind via of a circuit substrate including the following steps is provided. First, the circuit substrate including a first dielectric layer, a patterned circuit layer and a second dielectric layer are provided. The patterned circuit layer including at least a capture pad is disposed between the first dielectric layer and the second dielectric layer. Next, a blind via exposing the capture pad is formed in the second dielectric layer. Then, an electroless plating process is performed to form an electroless copper layer on the capture pad and an inner wall of the blind via. Next, the electroless copper layer on the capture pad is removed. Finally, the blind via is filled with a conductive material to form the conductive blind via.

Abstract: A multiprocessor power-on switch circuit applied to a mainboard having multiple power-on circuits is provided, in which each power-on circuit includes a peripheral circuit corresponding to a processor. A selection circuit in the power-on switch circuit is responsible for selecting a power-on circuit as a first power-on circuit or a second power-on circuit. When the mainboard is powered on, a detection circuit in the power-on switch circuit receives a status signal from the first power-on circuit performing the power-on action. When the status signal is determined as a fault signal by the detection circuit, a control signal is output to the selection circuit, so as to make the selection circuit set the second power-on circuit as the power-on circuit to actuate the mainboard.

Abstract: There is provided a driving circuit of a liquid crystal display device capable of solving a problem of power consumption while solving a problem of time required for charge/discharge of source lines by virtue of shorting by use of precharge. The driving circuit of the liquid crystal display device comprises first shorting means, second shorting means, third shorting means, and fourth shorting means. With the use of the fourth shorting means, in particular, the source lines can be driven starting from a predetermined potential generated by a gradation voltage generation circuit, and a drive start potential is changed from a conventional common electrode potential to potentials generated by the gradation voltage generation circuit, so that power consumption can be effectively reduced (by about 8% on average as compared with the conventional case).

Abstract: In an image forming apparatus which expresses lamp lighting energy corresponding to input gray scale data on the basis of on/off of lighting lamp of plural sub-dots corresponding to different lamp lighting times of different assistant scanning positions, with respect to such image that rapidly changes from a state close to white level toward a state close to black level, or with respect to such image that rapidly changes from a state close to black level toward a state close to white level, in order to decrease that a thin white stripe or a thin black stripe happens on the border portion, a random generator 34 and a adding circuit 33 are provided so that: whenever the gray scale value is inputted to the gray scale value input register 31, with respect to the lamp lighting energy, a random number of predetermined level is added.

Abstract: Personal computers and a printer are linked via an image processing apparatus. A first memory stores data received from computers. A second memory stores data received from an original. An output interface receives the data from the transfer data buffer and the image buffer and outputs the data to the printer. A printer status detector obtains the status of the printer to determine whether the printer is unable to print. A cancel commanding section commands the printer to clear the data received from the output interface when the printer is unable to print. A data identifier identifies whether the data output through the output interface is the data from the image buffer. When the data identifier identifies that the data outputted from the output interface is data from the image buffer, the cancel commanding section commands the printer to clear the data received from the output interface.