WO/2015/104800 STORAGE-SYSTEM MANAGEMENT COMPUTER AND STORAGE-SYSTEM MANAGEMENT METHOD||WO||16.07.2015|
||PCT/JP2014/050111||HITACHI, LTD.||KURA, Munehiro|
Provided is a storage-system management computer that stores manager capability information which relates to the task performance capabilities of multiple storage managers, and management-request and task-management information which prescribes a correspondence relationship between management requests concerning storage-system management and tasks for implementing these management requests. Upon receiving a management request concerning storage- system management, the storage-system management computer, on the basis of the management-request and task-management information, generates multiple tasks for implementing the received management request. On the basis of the manager capability information, the storage-system management computer allocates, for each generated task, a predetermined storage manager as the person responsible for performing the task.
WO/2015/104586 SYSTEMS AND METHODS OF SEGMENTING A VIDEO RECORDING INTO DIFFERENT VIEWING SEGMENTS||WO||16.07.2015|
||PCT/IB2014/058182||SONY CORPORATION||THÖRN, Ola|
Methods and systems of segmenting a video into two or more different viewing segments. The segmentation of the video is based on movement of the camera. The movement may be determined based on a sensor associated with the camera. The movement may also be determined based on the relative movement of one or more objects in different frames of the recorded video. A divider may be associated with the video at a point where the movement occurs. The segmentation provides for a user to more quickly navigate through the video.
WO/2015/103766 CONTROL CIRCUITS AND METHODS FOR REGULATING OUTPUT VOLTAGES BASED ON ADJUSTABLE REFERENCES VOLTAGES||WO||16.07.2015|
||PCT/CN2014/070440||ASTEC INTERNATIONAL LIMITED||XIANG, Maoxi|
Control circuits are provided for regulating an output voltage of a switched mode power supply having a variable input voltage and at least one power switch. The control circuits are operable to generate a comparison voltage based on the output voltage of the switched mode power supply and a duty cycle of a control signal provided to the at least one power switch, determine a reference voltage based on whether the generated comparison voltage falls within one of a plurality of voltage ranges, and adjust the duty cycle of the control signal provided to the at least one power switch of the switched mode power supply as a function of the determined reference voltage and the output voltage. Each voltage range is associated with a different reference voltage. Switched mode power supplies including the control circuits and methods implemented by the control circuits are also disclosed.
WO/2015/105245 APPARATUS FOR EVALUATING PERFORMANCE OF CARBON-DIOXIDE CAPTURING AGENT||WO||16.07.2015|
||PCT/KR2014/004405||KOREA TESTING LABORATORY (KTL)||KIM, Kwang Koo|
According to the present invention, provided is an apparatus for evaluating the performance of a carbon-dioxide capturing agent. The apparatus comprises: a reactor having a capturing agent received therein, which absorbs carbon-dioxide; an injection part that is coupled to the reactor and injects a mixture gas containing carbon-dioxide into the reactor; a reaction furnace maintained at a preset temperature and into which the reactor is inserted; an exhaust part that is coupled to the reactor and discharges exhaust gas, generated after the reaction of the mixture gas and the capturing agent, to the outside of the reactor; and an analyzer connected to the exhaust part to analyze a carbon-dioxide content of the exhaust gas discharged from the exhaust part, wherein the reactor includes a reactor for a wet carbon-dioxide capturing agent and a reactor for a dry carbon-dioxide capturing agent, and the reactor for the wet carbon-dioxide capturing agent and the reactor for the dry carbon-dioxide capturing agent can be alternately inserted into the reaction furnace.
WO/2015/103801 BACKLIGHT MODULE AND LIQUID CRYSTAL DISPLAY DEVICE USING BACKLIGHT MODULE||WO||16.07.2015|
||PCT/CN2014/071164||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||YU, Gang|
Provided are a backlight module (20) and a liquid crystal display device using the backlight module (20). The backlight module (20) comprises a back plate (2), a light guide plate (4) arranged in the back plate (2), a backlight source (6) arranged in the back plate (2) and a heat dissipation plate (8) arranged between the backlight source (6) and the back plate (2), wherein the back plate (2) comprises a bottom plate (22) and a side plate (24) vertically connected to the bottom plate (22); the backlight source (6) comprises a PCB plate (62) and an LED chip (64) forged on the PCB plate (62), the PCB plate (62) being mounted on the bottom plate (22) of the back plate (2) and the heat dissipation plate (8), and the PCB plate (62) comprising a mounting portion (622) and a lapping portion (624) connected to the mounting portion (622); the heat dissipation plate (8) comprises a supporting portion (82) and a carrying portion (84) connected to the supporting portion (82), the lapping portion (624) being lapped on the carrying portion (84); and the light guide plate (4) is borne on the supporting portion (82) and the lapping portion (624). Therefore, the purposes of a simple structure, a good heat dissipation effect, a small thickness and a narrow frame can be achieved.
WO/2015/100805 FLYBACK BOOSTED CIRCUIT, LED BACKLIGHT DRIVE CIRCUIT AND LIQUID CRYSTAL DISPLAY||WO||09.07.2015|
||PCT/CN2014/070674||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||WANG, Zhao|
A flyback boosted circuit (20), comprising a transformer (21), a switch module (22), a drive module (23) and an output diode (Do). The transformer (21) has n primary coils (P1, P2) and one secondary coil (S); the switch module (22) has n switch elements (Q1, Q2); the dotted terminals of the n primary coils (P1, P2) are respectively connected to the n switch elements (Q1, Q2) on a one-to-one basis, and the other terminal of the primary coil (P1, P2) is connected to an input voltage (Vin); a dotted terminal of the secondary coil (S) is connected to the positive terminal of the output diode (Do), and the other terminal thereof is connected to the ground; an output capacitance (Co) is connected between the negative terminal of the output diode (Do) and the ground; and the drive module (23) provides control signals (DRV1, DRV2) respectively for the n switch elements (Q1, Q2) so as to control one of the n switch elements (Q1, Q2) to successively open during the time with a duty ratio D, and the sum of the duty ratios of the n switch elements (Q1, Q2) is D, where n is an integer greater than or equal to 2. The flyback boosted circuit (20) can effectively solve the problem of large heat productivity of the switch module (22) and can improve the output voltage range.
WO/2015/100804 LED BACKLIGHT DRIVE CIRCUIT AND LIQUID CRYSTAL DISPLAY||WO||09.07.2015|
||PCT/CN2014/070672||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||ZHANG, Xianming|
An LED backlight drive circuit and liquid crystal display having same, the LED backlight drive circuit comprising: a booster circuit (110) used to convert input voltage into the required output voltage provided for an LED unit (120); a drive IC (130) controlling the booster circuit (110) to convert input voltage into the required output voltage provided for the LED unit (120); a discharge module (140) used to release the stored charge in the booster circuit (110) after the drive circuit is shut off; and a detection module (150) used to detect the output voltage of the booster circuit (110) and generate an enable signal in control of the operational status of the drive IC (130). In the LED backlight drive circuit, when the drive circuit is quickly restarted after being shut off, the detection module (150) can detect the discharging status of the booster circuit (110), and the drive circuit can be restarted only when the detection module (150) detects that the charge stored in the booster circuit (110) is released causing the output voltage to be lower than the reference voltage, thus completely avoiding flickering.
WO/2015/100741 GRAY LEVEL DRIVING METHOD FOR SHUTTER-TYPE THREE-DIMENSIONAL GLASSES||WO||09.07.2015|
||PCT/CN2014/070147||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||FANG, Bin|
The present invention provides a gray level driving method for shutter-type three-dimensional (3D) glasses. The method comprises the following steps: by using two frames as a period, separately inputting a first signal and a second signal into a first eyeglass and a second eyeglass of the 3D glasses sequentially within the period, the first signal and the second signal input within the period having a same polarity; when the period enters a next period, transforming the polarity of the first signal and the polarity of the second signal; and separately inputting a third signal and a fourth signal into the first eyeglass and the second eyeglass during the period, and separately regulating a gamma voltage of the first signal in the first eyeglass and a gamma voltage of the second signal in the second eyeglass.
WO/2015/100806 THREE-DIMENSIONAL LIQUID CRYSTAL DISPLAY DEVICE, SHUTTER GLASSES, AND SHUTTER GLASSES CONTROL METHOD||WO||09.07.2015|
||PCT/CN2014/070754||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||JIN, Yufeng|
A three-dimensional liquid crystal display device (200), shutter glasses (300), and a shutter glasses control method. The three-dimensional liquid crystal display device comprises: a backlight controller (CB) controlling turning on of a backlight (BL), and maintaining constant brightness while a panel alternately outputs left eye images and right eye images; a transmission module (220) outputting a fixed frequency screen refresh signal (STV), and outputting a backlight start signal (En) when the backlight is turned on. The shutter glasses comprise a controller (310). Under the effect of the controller, the shutter glasses receive the fixed frequency screen refresh signal and the backlight start signal sent out by the three-dimensional liquid crystal display device. The time when the backlight start signal is received is taken as a starting point, and re-timing is performed each time a positive source trigger of the screen refresh signal is detected. When timing reaches a set timing duration, a left eye glass or a right eye glass is controlled to be turned on and a set turning on time is continued. The sum of the timing duration and the turning on time is smaller than the inverse of the fixed frequency, and a turning on sequence of the left eye glass and the right eye glass is consistent with a sequence of a left eye image signal and a right eye image signal.
WO/2015/100771 TOUCH CONTROL DISPLAY DEVICE||WO||09.07.2015|
||PCT/CN2014/070371||SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO., LTD.||YE, Chengliang|
Provided is a touch control display device, comprising: a common electrode layer (205), a backlight module (204), a thin film transistor array substrate (203), a liquid crystal layer (202), a color filter substrate (201), a first polarizer (30), and a first sensor (102); the first polarizer (30) being arranged above the liquid crystal display module (20); the first sensor (102) being arranged above the first polarizer (30); the color filter substrate (201) being arranged above the backlight unit (204); the thin film transistor array substrate (203) being arranged below the first polarizer (30) and above the color filter substrate (201); the liquid crystal layer (202) being arranged between the thin film transistor array substrate (203) and the color filter substrate (201); the common electrode layer (205) being arranged between the liquid crystal layer (202) and the thin film transistor array substrate (203). Thus the thickness of the touch control display device and the manufacturing costs thereof are reduced.