WO/2015/097778 LICENSE PROPAGATION ASSESSMENT SYSTEM, LICENSE PROPAGATION ASSESSMENT METHOD, AND RECORDING MEDIUM||WO||02.07.2015|
||PCT/JP2013/084653||HITACHI, LTD.||KITAHARA Michimasa|
An objective of the present invention is to provide a license assessment system which has a feature of, by employing license propagation information at a level of automatic extraction of a dynamic link relation among binaries and of a function, assessing license propagation at the level of the automatic extraction of the dynamic link relation among binaries and of the function. Provided is a license propagation assessment system which assesses license propagation among software, comprising: a storage unit which stores a license propagation information database storing function licenses, software which includes binaries which are dynamically linked to binaries which call the functions, and relations among the software, and a priority database storing priorities among the licenses; and a license propagation determination unit which determines the license to be applied to the software on the basis of the license propagation information database and the priority database.
WO/2015/097728 COIL PART||WO||02.07.2015|
||PCT/JP2013/007676||LEAP CO., LTD||SANO, Takashi|
First resin substrates and second resin substrates are adhered while being layered alternating in such a way that a front surface and a back surface are facing each other to form a layered form in which a first coil element and a second coil element are overlapped while alternating. A second end of a first coil element present in a lower layer and a first end of a second coil element present in an upper layer are electrically connected via a through-hole provided at a first end of the second resin substrate present in the upper layer. The first end of a first coil element present in an upper layer and the second end of a second coil element present in a lower layer are electrically connected via a through-hole provided at a first end of the first resin substrate present in the upper layer. In this way, a power inductor is constituted, wherein alternating first coil elements and second coil elements are connected in series within the layered form. From the first end of the first coil element formed in the first resin substrate present in the lowest layer, and from the second end of the second coil element formed in the second resin substrate present in the topmost layer, electrodes are drawn outside of the layered form to serve as electrodes for the power inductor.
WO/2015/097743 3D VIDEO DISPLAY DEVICE||WO||02.07.2015|
||PCT/JP2013/084446||KABUSHIKI KAISHA TOSHIBA||SAKURAI Hirofumi|
An active stereoscopic 3D video display device (10) provided with a backlight controller (14) that controls a backlight unit (21) so as to make a plurality of LED arrays (23) therein flash sequentially in synchronization with vertical scanning performed by a liquid-crystal panel (22), wherein said backlight controller (14) controls the backlight unit (21) such that the length of time for which an LED array (23A) that illuminates the beginning of each vertical scan performed by the liquid-crystal panel (22) or an LED array (23F) that illuminates the end of each vertical scan performed by the liquid-crystal panel (22) is on is shorter than the length of time for which LED arrays (23C, 23D) that illuminate the middle of each vertical scan performed by the liquid-crystal panel (22) are on.
WO/2015/097836 POWER CONVERSION DEVICE AND POWER CONVERSION DEVICE CONTROL METHOD||WO||02.07.2015|
||PCT/JP2013/085030||HITACHI INDUSTRIAL EQUIPMENT SYSTEMS CO., LTD.||IBORI, Satoshi|
The present invention addresses the problems of the increase of leakage current and noise failure induced in a peripheral device, which are attributable to a steep dV/dt because when a power conversion device is constructed using a wide-bandgap semiconductor device, the turn-on speed and turn-off speed are extremely fast.
A power conversion device comprises: a converter for converting an AC voltage to a DC voltage; a DC intermediate circuit for smoothing the DC voltage converted by the converter; an inverter for converting the DC voltage smoothed by the DC intermediate circuit to an AC voltage; a gate drive circuit for driving semiconductor switching elements in the inverter; a current detector for detecting current flowing through the power conversion device; and a control circuit for detecting each current component value from the current detected by the current detector and for, based on the detected each current component value or the power factor obtained from the each current component value, changing the gate resistance value of the gate drive circuit.
WO/2015/097864 REINFORCING FILM ADHERING DEVICE AND SLIDE FASTENER WITH SLIDER INSERT||WO||02.07.2015|
||PCT/JP2013/085119||YKK CORPORATION||NAKAGUCHI Hiroaki|
This reinforcing film adhering device comprises: a fastener chain transporting means (20) which intermittently transports a fastener chain (11); a reinforcing film tape feeding means (30) which feeds a reinforcing film tape (17); a stamping out mechanism (50) that forms a trapezium-shaped cut-out (101) on the side edge of the reinforcing film tape (17) and which is equipped with a punch (51) and die (52) which can move between an operating position (OP) at which the reinforcing film tape (17) is operated upon and a waiting position (WP) distant from the reinforcing film tape (17); a cutting mechanism (70) that cuts the reinforcing film tape (17) into a predetermined length to form a reinforcing film piece (16); a gripper (81) that grips and transports the reinforcing film piece (16); and a reinforcing film piece adhering means (90) that adheres the reinforcing film piece (16) to the fastener chain (11).
WO/2015/097731 ELECTRONIC COMPONENT MOUNTING MACHINE||WO||02.07.2015|
||PCT/JP2013/084387||FUJI MACHINE MFG. CO., LTD.||NAGATA, Yoshinori|
The purpose of the present invention is to provide an electronic component mounting machine which can suitably manage film thickness of a fluid film which is formed with a viscous fluid by a transfer device, and in which miniaturization of the device and simplification of the structure of the device are achieved, thus leading to achievement of reduction of manufacturing cost. An electronic component mounting machine is provided with a film thickness gauge (131) which is interchangeable with a suction nozzle of a mounting head. Measurement units (136A to 136D), formed in axial-direction lengths that correspond to a measurement of film thickness (T) of a flux film (F) of a reservoir (64), are provided on the film thickness gauge (131). The mounting head is moved to a position above the reservoir (64), whereupon the film thickness gauge (131) is lowered and caused to come into contact with the flux film (F). For the film thickness gauge (131), the measurement units (136A to 136D) form measurement traces (200A to 200D), which correspond to the film thickness (T), on the flux film (F). The electronic component mounting machine captures the measurement traces (200A to 200D) using a mark camera (37), and on the basis of the image capture data, assesses the film thickness (T) of the flux film (F) that has actually been formed.
WO/2015/097796 VACUUM SOLDERING APPARATUS AND CONTROL METHOD THEREFOR||WO||02.07.2015|
||PCT/JP2013/084746||SENJU METAL INDUSTRY CO., LTD.||HIYAMA Tsutomu|
In order to prevent flux spray or solder dispersion while making evacuation in a short time possible when defoaming or degassing voids from molten solder by evacuating a chamber to a target vacuum, this vacuum soldering apparatus and control method therefor: prepare, in advance, multiple evacuation control characteristics (#1 - #4) of slopes (θ) that plot evacuation time (time (t)) with respect to vacuum (pressure (P)) when the chamber is evacuated with specified pump outputs; and execute pump evacuation control so as to switch from an evacuation control characteristic for a small pump output to an evacuation control characteristic for a large pump output on the basis of the slope (θ) of the initially set evacuation control characteristic.
WO/2015/097805 AUTOMATIC MATCHING CIRCUIT FOR HIGH-FREQUENCY MATCHING CIRCUIT||WO||02.07.2015|
||PCT/JP2013/084833||MITSUBISHI ELECTRIC ENGINEERING COMPANY,LIMITED||AKUZAWA, Yoshiyuki|
This automatic matching circuit is provided with the following: a variable inductor for performing high-frequency impedance matching between the output impedance of a resonant reception antenna (10) and the input impedance of a high-frequency matching circuit (11) at a frequency of 2 MHz or higher, the inductance of which can be varied by an electronic component whereby contact switching, including continuous contact switching, is performed electrically; variable capacitors for performing impedance matching, the capacitance of which can be varied by an electronic component whereby contact switching, including continuous contact switching, is performed electrically; and a variability control circuit (1) that controls the electronic components whereby contact switching for the variable inductor and the variable capacitors, including continuous contact switching, is performed electrically so as to perform impedance matching.
WO/2015/097844 SCROLL COMPRESSOR||WO||02.07.2015|
||PCT/JP2013/085038||HITACHI APPLIANCES, INC.||TAKEDA Hiromu|
The objective of the present invention is to provide a scroll compressor such that deformation of a holding part or a release valve retainer when a release valve retainer is provided is suppressed, thereby improving reliability. The scroll compressor is provided with a fixed scroll and turning scroll, each comprising a spiral wrap provided on a base plate, a compression chamber formed by the wraps being engaged with each other, and a discharge space whereto a working fluid that has been compressed in the compression chamber is discharged, said scroll compressor being characterized in that: the scroll compressor is provided with a release flow path which is provided on the base plate of the fixed scroll and allows the discharge space and the compression chamber to communicate with each other, and a release valve device which is disposed in the release flow path and opens the release flow path when the pressure in the compression chamber is higher than that in the discharge space by a predetermined value or greater; the release valve device comprises a release valve, which is a valve body for closing the release flow path, an elastic body for biasing the release valve with a pressing force for closing the release flow path, and an elastic body holding member for holding the elastic body; and the elastic body holding member has a fixed part fixed onto the fixed scroll.
WO/2015/097875 ASSEMBLED BATTERY||WO||02.07.2015|
||PCT/JP2013/085149||HITACHI AUTOMOTIVE SYSTEMS, LTD.||MATSUMOTO Sho|
The assembled battery (200) comprises a plurality of secondary batteries, each comprising a wound flat electrode group (40) housed in a rectangular battery container (2), which are layered in the thickness direction of the electrode group (40), with a spacer (103) intercalated in between. In a direction along the flat face (40f) of the electrode group (40) and intersecting with an axial direction (D), the closer to the apex (40p) of the bulge of the electrode group (40) in the thickness direction, the thinner the thicknesses (Ta, Tb) of the spacer (103) are.