Abstract: A light driver circuit device for synchronously driving a plurality of cold cathode fluorescent lamps (CCFLs) is provided. The light driver circuit device includes an inverter circuit board and a balance circuit board. The inverter circuit board has an inverter circuit coupled to a driving signal for outputting a driving voltage to drive the CCFLs synchronously. The balance circuit board and the inverter circuit board are installed separately, and the balance circuit board has a balance circuit coupled to a terminal of each CCFL and the inverter circuit. The CCFL driving architecture is designed to install the inverter circuit and the balance circuit individually, thus effectively reducing the space of the driving circuit and the total cost of the circuit design. Furthermore, the balance circuit board can balance the current in each CCFL effectively, and there is no limitation to where the balance circuit board can be disposed.

Abstract: A light driver circuit device for synchronously driving a plurality of cold cathode fluorescent lamps (CCFLs) is provided. The light driver circuit device includes an inverter circuit board and a balance circuit board. The inverter circuit board has an inverter circuit coupled to a driving signal for outputting a driving voltage to drive the CCFLs synchronously. The balance circuit board and the inverter circuit board are installed separately, and the balance circuit board has a balance circuit coupled to a terminal of each CCFL and the inverter circuit. The CCFL driving architecture is designed to install the inverter circuit and the balance circuit individually, thus effectively reducing the space of the driving circuit and the total cost of the circuit design. Furthermore, the balance circuit board can balance the current in each CCFL effectively, and there is no limitation to where the balance circuit board can be disposed.

Abstract: The present invention relates to a chimeric regulatory sequence with liver cell specificity. The chimeric regulatory sequence includes a proximal regulatory sequence and a distal enhancer 5? flanking region of human ?-fetoprotein (AFP) gene. The chimeric regulatory sequence is useful in purified specific lineages, such as liver cells, from other cell lineages.

Abstract: The present invention discloses a method for improving growth and survival of single human embryonic stem cells. The method includes the step of obtaining a single undifferentiated HES cell; mixing the single undifferentiated cell with an extracellular matrix (ECM) to encompass the cell; and inoculating the mixture onto feeder cells with a nutrient medium in a growth environment. Therefore the single cells can survive, proliferate and grow in vitro.

Abstract: A lamp current balance and feedback system and related method are disclosed for balancing the input and output currents of a lamp by making use of a lamp current balance and feedback mechanism. The operation of the lamp current balance and feedback mechanism includes coupling the input current of the lamp for generating a first balance current by a first transformer, coupling the output current of the lamp for generating a second balance current by a second transformer, coupling the first and second transformers for substantially equalizing the first and second balance currents, generating a feedback signal based on the first or second balance current by a feedback circuit, generating a pulse width modulation signal based on the feedback signal by a pulse width modulation signal generation circuit, and driving the input and output currents of the lamp based on the pulse width modulation signal by a driving circuit.

Abstract: A backlight module comprising a back bezel, at least one light emitting device, a first circuit board, and a second circuit board is provided. The light emitting device, which has an electrode, is disposed on the side of the back bezel, while the first circuit board is disposed on the edge of the back bezel. An elastic clip is used to electrically connect the first circuit board directly with the electrode of the light emitting device, while the second circuit board is electrically connected to the first circuit board.

Abstract: A fault detection system comprises a data server configured to collect parameters incoming from at least one apparatus, at least one fault-sensing module configured to generate an alarm signal if the parameter exceeds a predetermined specification, a monitoring module configured to restart the fault-sensing module if the fault-sensing module operates abnormally, and a remote controller configured to control the data server, the fault-sensing module, and the monitoring module.

Abstract: A light driver circuit device for synchronously driving a plurality of cold cathode fluorescent lamps (CCFLs) is provided. The light driver circuit device includes an inverter circuit board and a balance circuit board. The inverter circuit board has an inverter circuit coupled to a driving signal for outputting a driving voltage to drive the CCFLs synchronously. The balance circuit board and the inverter circuit board are installed separately, and the balance circuit board has a balance circuit coupled to a terminal of each CCFL and the inverter circuit. The CCFL driving architecture is designed to install the inverter circuit and the balance circuit individually, thus effectively reducing the space of the driving circuit and the total cost of the circuit design. Furthermore, the balance circuit board can balance the current in each CCFL effectively, and there is no limitation to where the balance circuit board can be disposed.

Abstract: A lamp current balance and feedback system and related method are disclosed for balancing the input and output currents of a lamp by making use of a lamp current balance and feedback mechanism. The operation of the lamp current balance and feedback mechanism includes coupling the input current of the lamp for generating a first balance current by a first transformer, coupling the output current of the lamp for generating a second balance current by a second transformer, coupling the first and second transformers for substantially equalizing the first and second balance currents, generating a feedback signal based on the first or second balance current by a feedback circuit, generating a pulse width modulation signal based on the feedback signal by a pulse width modulation signal generation circuit, and driving the input and output currents of the lamp based on the pulse width modulation signal by a driving circuit.

Abstract: A backlight module comprising a back bezel, at least one light emitting device, a first circuit board, and a second circuit board is provided. The light emitting device, which has an electrode, is disposed on the side of the back bezel, while the first circuit board is disposed on the edge of the back bezel. An elastic clip is used to electrically connect the first circuit board directly with the electrode of the light emitting device, while the second circuit board is electrically connected to the first circuit board.

Abstract: A method for assessing and analyzing software reliability comprises the steps of: collecting failure data from a software system during a testing period; providing a reliability model having a testing compression factor, wherein the reliability model is used to fit the failure data; providing an estimation function derived from the reliability model; obtaining the value of the testing compression factor in accordance with the estimation function; and using the testing compression factor to determine the efficiency of test cases.

Abstract: An IC chip/substrate assembly bonded together by a non-conductive adhesive and a method for forming the assembly. The assembly consists of an IC chip that has bumps formed on an active surface, a substrate that has bond pads formed on a top surface, wherein at least one of the IC chip and the substrate has dummy bumps formed in-between the bumps or the bond pads, and a non-conductive adhesive disposed in between and bonding the IC chip and the substrate together in a face-to-face relationship with the bumps in electrical communication with the bond pads.

Abstract: Provided herein are methods of proliferating human mesenchymal stem cells obtained from human cord blood and/or human bone marrow aspirates comprising culturing the human mesenchymal stem cells in an environment containing extracellular matrix isolated form human fibroblasts.

Abstract: The present invention relates to a chimeric regulatory sequence with liver cell specificity. The chimeric regulatory sequence includes a proximal regulatory sequence and a distal enhancer 5 flanking region of human ?-fetoprotein (AFP) gene. The chimeric regulatory sequence is useful in purified specific lineages, such as liver cells, from other cell lineages.

Abstract: The present invention relates to a chimeric regulatory sequence with hepatoma cell specificity. The chimeric regulatory sequence includes a proximal regulatory sequence and a distal enhancer of 5? flanking region of human ?-fetoprotein (AFP) gene.

Abstract: A rear projection display, including a base, a partition, a frame, and an optical engine, is provided. The partition is disposed in the base for defining a system space and a lens adjusting space, wherein the system space and the lens adjusting space are exposed by a front opening on the base. The optical engine is disposed in the system space, and a projection lens of the optical engine protrudes into the lens adjusting space. The frame is disposed on the base for fixing a screen. The focal length can be directly adjusted through the lens adjusting space, and the projection effect can be observed simultaneously from the screen.

Abstract: The present invention relates to a chimeric regulatory sequence with liver cell specificity. The chimeric regulatory sequence includes a proximal regulatory sequence and a distal enhancer of 5? flanking region of human ?-fetoprotein (AFP) gene. The chimeric regulatory sequence is useful in purified specific cell lineages, such as liver cells, from other cell lineages.

Abstract: An IC chip/substrate assembly bonded together by a non-conductive adhesive and a method for forming the assembly. The assembly consists of an IC chip that has bumps formed on an active surface, a substrate that has bond pads formed on a top surface, wherein at least one of the IC chip and the substrate has dummy bumps formed in-between the bumps or the bond pads, and a non-conductive adhesive disposed in between and bonding the IC chip and the substrate together in a face-to-face relationship with the bumps in electrical communication with the bond pads.

Abstract: The present invention discloses a method for improving growth and survival of single human embryonic stem cells. The method includes the step of obtaining a single undifferentiated HES cell; mixing the single undifferentiated cell with an extracellular matrix (ECM) to encompass the cell; and inoculating the mixture onto feeder cells with a nutrient medium in a growth environment. Therefore the single cells can survive, proliferate and grow in vitro.