WO/2015/071925 ANALYSIS DEVICE, ANALYSIS METHOD, AND ANALYSIS PROGRAM||WO||21.05.2015|
||PCT/JP2013/006639||NEC CORPORATION||OCHIAI, Katsuhiro|
This analysis device (101) is provided with a first sensor (102) that acquires waveform data representing a waveform generated by a target object, a second sensor (103) that acquires time-series data regarding elements that affect changes in the state of the target object, a frequency transformation means (105) that acquires frequencies from the waveform data, a feature-quantity calculation means (107) that calculates feature quantities on the basis of said frequencies, a conversion-to-time-series means (108) that allocates times corresponding to the time-series data to the feature quantities, and a correlation examination means (113) that examines the correlation between the feature quantities and the time-series data.
WO/2015/071975 APPLICATION- AND DATA-DISTRIBUTION MANAGEMENT METHOD, APPLICATION- AND DATA-DISTRIBUTION MANAGEMENT SYSTEM, AND STORAGE MEDIUM||WO||21.05.2015|
||PCT/JP2013/080672||HITACHI, LTD.||NAKAGOE, Hiroshi|
In this invention, a management computer: accepts first conditions, including business conditions, for each transaction used by a user terminal; collects, from data centers and agents on user terminals that used applications, user-trace information for said user terminals; computes, from said user-trace information, importance degrees for second conditions, namely application service-level targets, that are correlated with the abovementioned first conditions; extracts important-second-condition items consisting of items corresponding to second conditions having importance degrees greater than or equal to a prescribed threshold; computes a distribution-approximating curve for said important-second-condition items from the user-trace information; computes, from said distribution-approximating curve and the first conditions, new second conditions that satisfy the first conditions; computes a contribution ratio for each application with respect to said new second conditions; and computes, from said contribution ratios and the new second conditions, criteria for the new second conditions with respect to the applications.
WO/2015/071985 LIGHT-EMITTING DEVICE||WO||21.05.2015|
||PCT/JP2013/080728||ASIA BRIDGE JAPAN CO., LTD.||JEONG, Hae Woon|
[Problem] To provide a means for increasing illuminance on an illuminated surface near an optical axis and minimizing the occurrence of the yellow-ring phenomenon. [Solution] In this light-emitting device (1), which has a light-emitting element (2) and a light-controlling member (3), said light-controlling member has a light-input surface (31) and a light-output surface (32) wherein: letting α1 represent the angle between an optical axis (21) and a straight line connecting a given point on the light-input surface (31) to a reference point where the optical axis (21) intersects the light-emission surface of the light-emitting element (2) and letting D1 represent the distance between the given point on the light-input surface (31) and the reference point, D1 increases over the range 0 ≤ α1 < a prescribed angle (β1, in radians) and decreases over the range β1 ≤ α1 < π/2 (in radians); and letting α2 represent the angle between the optical axis (21) and a straight line connecting the reference point to a given point on the light-output surface (32) and letting D2 represent the distance between the given point on the light-output surface (32) and the reference point, D2 decreases over the range 0 ≤ α2 < a prescribed angle (β2, in radians) and increases over the range β2 ≤ α2 < π/2 (in radians).
WO/2015/071953 ACTIVE ENZYME SEASONING||WO||21.05.2015|
||PCT/JP2013/080539||BIOESTATE CO., LTD.||AMAN Itsuo|
[Problem] To develop a novel active enzyme seasoning that has a rich taste and in which the enzyme titer that is a characteristic of brown rice koji and rice koji is not lost without adding chemical seasonings, food additives, colorants, preservatives, flavorings or the like to the raw materials and without using any of the 25 allergenic substances specified by the Japanese government. [Solution] An active enzyme seasoning that is characterized by raw koji being blended with a stock base comprising one or a plurality of stock ingredients. As a result, it is possible to impart the characteristics of raw koji to the active enzyme seasoning, thereby making it possible to: bring out the flavor of a foodstuff or soften a foodstuff by mixing the active enzyme seasoning with a foodstuff prior to cooking or soaking a foodstuff in the active enzyme seasoning prior to cooking; and simultaneously season a stock base.
WO/2015/071999 TERMINAL APPARATUS, CONTROL APPARATUS, INSTALLATION-LOCATION-ASCERTAINMENT SUPPORT SYSTEM, INSTALLATION-LOCATION-SETTING SUPPORT SYSTEM, INSTALLATION-LOCATION-ASCERTAINMENT SUPPORT METHOD, INSTALLATION-LOCATION-SETTING SUPPORT METHOD, AND PROGRAM||WO||21.05.2015|
||PCT/JP2013/080835||MITSUBISHI ELECTRIC CORPORATION||OGAWA Yuki|
A device-information acquisition unit (301) acquires, from a control apparatus, device information for each of a number of electrical devices. On the basis of said device information, for each electrical device, a device-information display unit (302) associates an identifier for said electrical device with an expected installation location therefor and a device state therefor and displays same on a screen. After an electrical device installed at the expected installation location for a target electrical device is operated by a user, the device-information acquisition unit (301) acquires, from the control apparatus, device-state information, for said target electrical device, that has been newly collected by the control apparatus. On the basis of said device-state information, the device-information display unit (302) displays explicitly, on the screen, whether or not the state of the target electrical device changed due to the user operation.
WO/2015/072041 SECURITY-MEASURE TRAINING SYSTEM AND SECURITY-MEASURE TRAINING METHOD||WO||21.05.2015|
||PCT/JP2013/081075||HITACHI, LTD.||KAWAGUCHI Nobutaka|
The present invention relates to security-measure training in an enterprise network. A security-measure training system for executing computer security-measure training comprises: a scenario execution unit which, in accordance with a prescribed training scenario, sends a training e-mail containing a training program to a terminal which is the subject of the training; an observation unit which observes the behavior of the terminal with respect to the training e-mail containing the training program that has penetrated into the terminal on the basis of information indicating vulnerabilities; an analysis unit which determines, on the basis of the observation results, the terminal into which the training program has penetrated; a determination unit which determines an action to be taken with regard to the terminal into which the training program has penetrated; an execution unit which executes the determined action with respect to the terminal; and a feedback unit which feeds back to the terminal and to each unit the results of the training executed on the basis of the training scenario.
WO/2015/072038 DEVICE FOR DETERMINING CAUSE OF OCCURRENCE OF VOLTAGE IMBALANCE AND METHOD FOR DETERMINING CAUSE OF OCCURRENCE OF VOLTAGE IMBALANCE||WO||21.05.2015|
||PCT/JP2013/081066||THE CHUGOKU ELECTRIC POWER CO., INC.||HATTA, Koichi|
A device for determining the cause of the occurrence of a voltage imbalance comprises: a first calculation device for calculating a first degree of effect according to a first voltage imbalance rate of three-phase distribution lines, assuming that a plurality of pole-mounted transformers to be connected to any two phases among the three phases of the three-phase distribution lines are uniformly connected to each of the three combinations of two phases of the three-phase distribution lines; a second calculation device for calculating a second degree of effect according to a second voltage imbalance rate of the three-phase distribution lines, assuming that each of the three phases of the three-phase distribution lines has the same line impedance; and a determination device for, based on the first degree of effect and the second degree of effect, determining the cause of the occurrence of a voltage imbalance in the three-phase distribution lines.
WO/2015/071929 COMPONENT IMAGE PICKUP APPARATUS AND SURFACE-MOUNTING APPARATUS USING SAME||WO||21.05.2015|
||PCT/JP2013/006676||YAMAHA HATSUDOKI KABUSHIKI KAISHA||ONISHI, Tadashi|
This component image pickup apparatus is provided with a function of picking up an image of a led out terminal leading end of an electronic component that is provided with the led out terminal. The component image pickup apparatus is provided with: an image pickup unit, which has an image pickup light axis disposed in the first direction that penetrates the bottom surface of a main body of the component, and which has a predetermined image pickup region along the image pickup light axis; an illuminating unit that has an illuminating light axis, which is tilted with respect to the image pickup light axis, and which intersects the image pickup light axis, said illuminating unit radiating illuminating light having directivity along the illuminating light axis; and a control unit, which controls the image pickup unit and the illuminating unit so as to acquire a recognition image of the led out terminal leading end that passes through the detection region where the image pickup region and the illuminating light intersect each other, said recognition image being formed due to the intersection of the image pickup light axis and the illuminating light axis.
WO/2015/071931 POWER AMPLIFIER AND POWER AMPLIFICATION METHOD||WO||21.05.2015|
||PCT/JP2013/006691||NEC CORPORATION||OTAKE, Sumitaka|
In distribution units (12, 22), signals propagating between input ports (P1) and output ports (P4) and between input ports (P2) and output ports (P3) are shifted in phase by 90° with respect to signals propagating between the input ports (P1) and the output ports (P3) and between the input ports (P2) and the output ports (P4). Amplifiers (21, 22) output amplification signals in a same phase to the distribution units (12, 22). A synthesizing distribution unit (13) outputs synthesized signals of signals outputted from the output ports (P3) of the distribution units (12, 22) to an input port (P1) of the synthesizing unit (30). A synthesizing distribution unit (23) outputs synthesized signals of signals outputted from the output ports (P4) of the distribution units (12, 22) to an input port (P2) of the synthesizing unit (30).
||PCT/JP2013/006730||KAWASAKI JUKOGYO KABUSHIKI KAISHA||ISHII, Hiroshi|
A motorcycle (1) according to the present invention equipped with a vehicle chassis (4) and a projecting section (30) for projecting to the left and/or right from the vehicle chassis (4) side, and provided on the vehicle chassis (4), wherein the projecting section (30) has a structure for producing a force which pushes the vehicle chassis (4) downward as a result of traveling wind along the upper surface of the projecting section (30) passing from the front to the rear thereof.