WO/2015/145711 POWER CONVERSION APPARATUS||WO||01.10.2015|
||PCT/JP2014/059071||HITACHI, LTD.||IDE Eiichi|
The purpose of the present invention is to reduce, with regards to placement of circuit bodies equipped with a power semiconductor chip on a heat-dissipating body, an increase in volume in screws, springs, and other pressing members in order to reduce the size of a power conversion apparatus. A power conversion apparatus related to the present invention is provided with a circuit body comprising switching elements, base members forming first concave portions and a cooling surface, and wedges inserted into the first concave portions of the base members. The first concave portions of the base members are formed by a base platform part forming the cooling surface, first walls disposed on the surface on the opposite side from the cooling surface, and intermediate portions connecting the first walls and the base platform part. The first walls form insertion spaces for inserting the wedges, and heat-transfer surfaces forming heat-dissipating surfaces and heat transfer paths for the circuit bodies. When the wedges are inserted into the insertion spaces, the intermediate portions undergo plastic deformation so that the first walls are displaced toward the placement directions of the circuit bodies.
WO/2015/145726 AIR CONDITIONER||WO||01.10.2015|
||PCT/JP2014/059152||MITSUBISHI ELECTRIC CORPORATION||IKEDA, Takashi|
An air conditioner (100) is provided with: a body (1) having a suction opening and a discharge opening (3); an air blowing section provided within the body; and a heat exchange section provided within the body. A first blade (4a1) and a second blade (4a2) are movably supported. The first blade opens the discharge opening during the operation and closes the discharge opening while the operation is stopped. The second blade is stowed within the body while the operation is stopped and is located outside the discharge opening during the operation.
WO/2015/145780 WIRELESS COMMUNICATION SYSTEM, BASE STATION, TERMINAL, AND PROCESSING METHOD||WO||01.10.2015|
||PCT/JP2014/059372||FUJITSU LIMITED||JITSUKAWA, Daisuke|
A base station (110) can switch between a first state in which the base station (110) stores a value indicating a transmission power of a terminal (120) into a predetermined area (131) of control information (130) to be transmitted to the terminal (120) and a second state in which the base station (110) stores, into the predetermined area (131), a value indicating a number of times the terminal (120) is to successively transmit the same data. The terminal (120) can switch between a third state in which the terminal (120) adjusts the transmission power on the basis of the value stored in the predetermined area (131) of the control information (130) received from the base station (110) that is in the first state and a fourth state in which the terminal (120) adjusts, on the basis of the value stored in the predetermined area (131) of the control information (130) received from the base station (110) that is in the second state, the number of times the terminal (120) is to successively transmit the same data.
WO/2015/145582 CONTROL/MONITORING SIGNAL TRANSMISSION SYSTEM, AND SLAVE STATION TERMINAL USED IN CONTROL/MONITORING SIGNAL TRANSMISSION SYSTEM||WO||01.10.2015|
||PCT/JP2014/058357||ANYWIRE CORPORATION||NISHIKIDO Kenji|
Provided is a control/monitoring signal transmission system in which the presence of an error in transmission data in a transmission synchronization scheme can be confirmed with a master station without reducing the transmission speed of the transmission data. A plurality of slave stations connected to the master station by a common data signal line extract all of the transmission control data for the plurality of slave stations, and, on the basis of the extraction, convert the data to control transmission check data in accordance with predetermined rules. Alternatively, all of the transmission monitoring data superimposed from the plurality of slave stations is extracted, and, on the basis of the extraction, the data is converted to monitoring transmission check data in accordance with the predetermined rules. The control transmission check data and the monitoring transmission check data are transmitted to the master station via management data regions provided in the transmission sequence, the management data regions differing from control/monitoring data regions composed of the transmission control data and the transmission monitoring data.
WO/2015/145745 IMAGE OUTPUT DISPLAY SYSTEM, IMAGE OUTPUT APPARATUS, AND IMAGE DISPLAY APPARATUS||WO||01.10.2015|
||PCT/JP2014/059217||HITACHI MAXELL, LTD.||ITOU Hiroaki|
The objective of the invention is to eliminate the necessity of generating interpolation vectors in a display apparatus, thereby reducing the load of the display apparatus and enabling a high-frame-rate image display. An image output apparatus for decoding an encoded image stream and outputting decoded images separates a first frame group, which is included in the encoded image stream and which is to be used for decoding the images, from a second frame group also included in the encoded image stream and including encoding reference information, separately decodes the first and second frame groups, superimposes the encoding reference information, which has been obtained by the decoding of the second frame group, on a decoded image frame group obtained by the decoding of the first frame group, and then outputs, to an image display apparatus, the decoded image frame group on which the encoding reference information has been superimposed.
WO/2015/145630 ELECTRIC POWER STEERING DEVICE||WO||01.10.2015|
||PCT/JP2014/058623||MITSUBISHI ELECTRIC CORPORATION||ASAO, Yoshihito|
In this electric power steering device, a power module has plurality of terminals including a motor control terminal of which the distal end is oriented toward a control substrate, and a power source terminal connected to a power source; a holder has a hole through a terminal connected at the distal end to the control substrate; a wire-winding terminal is connected at the distal end to the distal end of the motor control terminal; and the power source terminal and a relay terminal of which the distal end extends from the control substrate toward a connector assembly are connected to connector terminals of the connector assembly; therefore, the primary connection work can be performed in close connecting sites, and ease of assembly is improved.
WO/2015/145670 DEVICE FOR CREATING USER INTERFACE SCREEN AND PROGRAM FOR CREATING USER INTERFACE SCREEN||WO||01.10.2015|
||PCT/JP2014/058893||MITSUBISHI ELECTRIC CORPORATION||GOMITA, Kei|
A structural component display unit (231) displays, on a user interface creation screen, a structural component included in the user interface screen used by a user. A motion data acquisition unit (210) acquires, from a motion sensor that detects the motion of a creator who creates the user interface screen, motion data (201) representing the motion of the creator. An animation generation unit (251) generates, on the basis of the motion data (201), animation data (292) for moving the structural component displayed on the user interface creation screen the same way as the creator moves.
WO/2015/145617 STORAGE SYSTEM AND MEMORY CONTROL METHOD||WO||01.10.2015|
||PCT/JP2014/058551||HITACHI, LTD.||IMAZAKI, Miho|
A second virtual volume configured from a plurality of second virtual regions is managed as a clone of a first virtual volume configured from a plurality of first virtual regions. A first real region is allocated to the first virtual volume from a pool based on one or more memory devices configured from a plurality of real regions. A storage controller allocates a second real region to the second virtual region corresponding to the first virtual region to which the first real region is allocated, before a write to the second virtual region has been generated. In each memory device, a physical region is allocated to a logical region corresponding to the first real region, and data based on user data stored in the first real region are stored in the physical region. Each memory device also allocates the physical region allocated to the logical region corresponding to the first real region to a logical region corresponding to the second real region.
WO/2015/145574 MACHINING MACHINE LINE||WO||01.10.2015|
||PCT/JP2014/058294||FUJI MACHINE MFG.CO.,LTD||MORI, Masahiko|
A machining machine line (1) comprising a plurality of machine tools (10) for performing predetermined machining operations on a workpiece and an automatic workpiece conveying machine (50) for transferring the workpiece to and from the plurality of machine tools (10), said machining machine line (1) further comprising control units (15) which, if a failure occurs in one machine tool (10E) of the plurality of machine tools (10), select, as a substitute machine tool, another machine tool (10C) capable of performing a machining operation assigned to the failed machine tool (10E), and cause the substitute machine tool (10C) to perform the machining operation assigned to the failed machine tool (10E), as well as a machining operation assigned to the machine tool (10C) itself.
WO/2015/145602 COMPOSITION USEFUL AS EXTERNAL PREPARATION FOR SKIN OR COSMETIC PREPARATION||WO||01.10.2015|
||PCT/JP2014/058463||KOSE CORPORATION||IGARASHI Keiji|
The present invention provides a composition which contains (A) one or more compounds represented by general formula (1) and (B) one or more compounds selected from the group consisting of diethylenetriaminepentaacetic acid and salts thereof. This composition is useful as an external preparation for the skin, a cosmetic preparation, an air freshener, a food or the like. (In general formula (1), R1 represents -CH2OH or -COOR6; R6 represents a hydrogen atom, a lower alkyl group having 1-3 carbon atoms, or a cation that is capable of forming a salt together with -COO-; each of R2-R5 independently represents a hydrogen atom or a methyl group; and −−−A−−− represents =C(CH3)-, -C(CH3)=, -C(=CH2)-, -CH(CH3)- or -C(OH)(CH3)-.)