||WO||WO/2014/205476 - MOBILE ELECTRONIC DEVICES (MBED) CASE ACCESSORIES AND RELATED BASE SYSTEM APPROACH||31.12.2014||
||PCT/AU2013/000708||SHEN, Yong||SHEN, Yong|
Portable cases (100 and 200) are invented to carry various mobile electronic devices (MB ED) e.g. smart phones, tablet computers, notebooks, media tablets, E-readers, portable digital assistants, and mobile phones. The basic idea of this invention is not only to protect above mentioned electronic devices, but also provide a convenient to carry and use these products. The case (100 or 200) is designed to carry, fix, attach, remove, and detach any MB ED with ease. While this also facilitate users to operate any MB ED as it is fixed in case (100 or 200). Furthermore, case (100 or 200) ha s properties to attach it with many other daily usage products named as ' Base system ' like hand bags, school bags, briefcase, purse etc, as attaching case (100 or 200) to these products provides real mobility to users.
||WO||WO/2014/198336 - AUTOMATIC MACHINE SETTINGS FOR CUSTOMIZED REFRACTIVE SURGERY||18.12.2014||
||PCT/EP2013/062399||WAVELIGHT GMBH||WELLHOEFER, Armin|
An ophthalmic apparatus includes a resting member configured to provide rest for a human patient, and an ophthalmic device configured to perform one or more procedures with respect to an eye of the patient resting on the resting member, where the one or more procedures include at least one of an eye-surgical, therapeutic and diagnostic procedure. The apparatus also includes a user interface device configured to receive log-in data from a user, and a controller configured to access stored user profile data based on the log-in data and configure one or more configurable components of the apparatus in accordance with the accessed user profile data.
||WO||WO/2014/200576 - MULTIPLE GAMMA CONTROLLER ASSEMBLY||18.12.2014||
||PCT/US2014/015155||REME TECHNOLOGIES, LLC||MILLER, Kenneth|
An improved gamma controller assembly to facilitate reliable downhole measurement of naturally occurring radiation is disclosed. The gamma controller assembly includes multiple gamma sensors, a micro-controller, memory, and input/output ports among other components. The multiple gamma sensors detect radiation and output pulses that are received by the microcontroller. The sensor data can be checked, selected, and averaged by the microcontroller, and sent uphole to another microcontroller or computer that can then further process, communicate, and display the data. The sensor data can be averaged and stored to memory or stored as independent values to memory. The gamma controller assembly can be configured to run algorithms that detect if one gamma controller appears to be malfunctioning and, if an apparent malfunction has occurred, adjust the sensor data that is being sent uphole.
||WO||WO/2014/197589 - APPARATUS AND METHOD FOR FORMING DUCT ASSEMBLIES||11.12.2014||
||PCT/US2014/040902||HVAC INVENTORS/SYSTEMATION, INC.||DAW, David, E.|
An apparatus and method are described for automatically inserting angle plates into duct work and for seaming the duct work.
||WO||WO/2014/192331 - MULTI-TIERED SHELF TYPE PLANT GROWTH DEVICE AND PLANT GROWTH SYSTEM||04.12.2014||
||PCT/JP2014/053442||MITSUBISHI PLASTICS AGRI DREAM CO., LTD.||FUSE, Junya|
[Problem] To provide a multi-tiered shelf type plant growth device, which can efficiently radiate heat from artificial illuminators into the atmosphere and prevent temperature increases in a nutrient solution flowing in trays directly on top of the artificial illuminators and in the root region of plants placed on the trays, and a plant growth system having this multi-tiered shelf type plant growth device.
[Solution] Multi-tiered shelf type plant growth devices (3 - 6) have artificial illuminators (13) provided on the lower surface of each shelf, each artificial illuminator (13) being provided with: a box (13a) provided on the lower surface side of a irrigation tray (31) of a respective shelf; florescent lamps (13c); and power supply units (13g). The power supply units (13g) are provided on a bottom plate (13e) of the box (13a), and a top plate (13d) and the power supply units (13g) are spaced away from each other. The bottom plate (13e) also serves as a reflective plate for the fluorescent lamps (13c).
||WO||WO/2014/188546 - FOOTWEAR OUTSOLE MEMBER||27.11.2014||
||PCT/JP2013/064269||HIMIKO CO., LTD.||SHIBATA Osamu|
A shoe midsole is configured from a bottom plate (1), a cover (2), a plurality of blades (3), and a liquid (4). The blades (3) are formed so as to rise on a first region (11) provided in the bottom plate (1). The blades (3) are made from a plurality of flat blade elements (32, 33) mutually separated by slits (31) and tilt toward either the toe side or the heel side. The flat blade elements (32, 33) are disposed so as to spread open toward the toe side or the heel side. A sealed space (5) is formed by mutually joining the bottom plate (1) and the cover (2), and the liquid (4) is sealed in the sealed space.
||WO||WO/2014/189163 - METHOD FOR PRODUCING GALACTOSE CONSTITUTING A RAW MATERIAL FOR PRODUCING TAGATOSE FROM WHEY PERMEATE LIQUID OR WHEY PERMEATE POWDER||27.11.2014||
||PCT/KR2013/004544||CJ CHEILJEDANG CORPORATION||YANG, Sung Jae|
The present invention relates to a method for producing galactose from whey permeate liquid or whey permeate powder solution, the method comprising: a step of removing a solid precipitate from the whey permeate liquid or the solution of whey permeate powder; a step of removing protein from the whey permeate liquid or the solution of whey permeate powder from which the solid precipitate was removed; and a step of removing ash or salt or both from the whey permeate liquid or the solution of whey permeate powder from which the protein was removed. Also, the present invention relates to a method for producing tagatose wherein the method comprises a step of obtaining tagatose by isomerisation of the galactose produced by means of the abovementioned method.
||WO||WO/2014/183258 - CARD-INSERTING TYPE MICRO-INVERTER, PHOTOVOLTAIC COMPONENT CAPABLE OF BEING INSTALLED WITH MICRO-INVERTER, AND INSTALLATION TOOL AND METHOD||20.11.2014||
||PCT/CN2013/075582||TDG HOLDING CO., LTD.||TENG, Bin|
Disclosed are a card-inserting type photovoltaic micro-inverter, a photovoltaic component capable of being installed with the card-inserting type photovoltaic micro-inverter, an installation tool and a fast installation method, which belong to the technical field of alternating-current components in the solar photovoltaic industry. Two card pins (5) are provided on the sides of a connecting piece (2) of the card-inserting type photovoltaic micro-inverter (1), and two card slots (9) are provided on the sides of a metal frame (8) of a corresponding photovoltaic component. The installation tool comprises a pull rod (13) and a link bar (15), the design thereof conforms to the lever principle, and the installation steps are as follows: a. getting the card-inserting type photovoltaic micro-inverter, enabling the sides of the connecting piece (2) facing towards the sides of the metal frame (8)of the photovoltaic component, respectively aligning the two card pins (5) on the sides of the connecting piece (2) with jacks (10) of the two card slots (9) on the sides of the metal frame (8) of the photovoltaic component, and inserting the card pins (5) in the jacks (10) of the card slots (9), and b. rotating the pull rod (13) by means of the installation tool, enabling the card pins (5) to be tightly clipped in bayonets (11) of the card slots (9). The solution can guarantee stable and reliable connection between the photovoltaic micro-inverter and the component and can also greatly reduce the installation time for the photovoltaic micro-inverter, thereby improving the production efficiency of the alternating-current component and reducing the production cost.
||WO||WO/2014/179976 - ONE-DIMENSIONAL GLOBAL RAINBOW MEASUREMENT APPARATUS AND MEASUREMENT METHOD||13.11.2014||
||PCT/CN2013/075434||ZHEJIANG UNIVERSITY||WU, Xuecheng|
A one-dimensional global rainbow measurement apparatus comprises three parts, namely, a laser transmitting unit, a signal collecting unit, and a signal processing unit. The laser transmitting unit is used for modulating a laser beam transmitted by a laser device (1) into a sheet light source, irradiating a liquid droplet (12) of a spray field (11), and generating a rainbow signal (14). The signal collecting unit is used for separating and imaging rainbow signals (14) at different-height measurement points onto different pixels of a CCD signal collector (10). The signal processing unit is used for converting the received rainbow signal (14), and obtaining a measurement value after a computer processes the rainbow signal as a form of data. Also provided is a one-dimensional global rainbow measurement method. By using the one-dimensional global rainbow measurement apparatus and the measurement method, a gas-liquid two-phase flow field in a spray process can be analyzed, and on-line measurement of processes such as fuel atomization and sprinkle can be implemented, and capabilities of measuring, in a real-time and non-contact manner, parameters of a spayed liquid droplet such as a refractive index, a particle size or a temperature are provided.
||WO||WO/2014/176775 - COMPUTER SYSTEM, ACCESS METHOD AND APPARATUS FOR PERIPHERAL COMPONENT INTERCONNECT EXPRESS ENDPOINT DEVICE||06.11.2014||
||PCT/CN2013/075088||HUAWEI TECHNOLOGIES CO., LTD.||DU, Ge|
Proposed are a computer system, and an access method for a peripheral component interconnect express (PCIe) endpoint device. The computer system comprises: a processor, a PCIe bus and an access proxy, wherein the access proxy is respectively connected to the processor and the PCIe endpoint device; the processor is used for acquiring an operation instruction, which operation instruction indicates for the processor to access the PCIe endpoint device by means of the access proxy, and according to the operation instruction, sending an access request to the access proxy, which access request indicates for the access proxy to access the PCIe endpoint device; and the access proxy is used for sending a response message of the access request to the processor, after receiving the access request sent by the processor. Because the processor no longer directly accesses the PCIe endpoint device to be accessed, but completes access by means of the access proxy, the access proxy can return the response message of the access request to the processor, so that the processor avoids resetting the MCE.