Mitsubishi Heavy Industries Limited

Oki Electric Industry Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Renesas Electronics Corporation

Nippon Steel Chemical & Material Co., Ltd.

Sony Group Corporation

The University of Tokyo

Tokyo Ohka Kogyo Co., Ltd.

Mitsubishi Heavy Industries, Co., Ltd.

Artemis Intelligent Power Limited

Kentaro Hayashi

Atsushi Yuge

Yutaka Hayashi

Manabu Hashimoto

Hiroshi Nishino

Kai Karikomi

Kazuhiko Sumi

Hiroyuki Hosoya

Takahiro Nakano

Akira Hashimoto

Masaaki Shibata

Hiroshi Kimura

Rintaro Koda

Yoshinori Kobayashi

Tatsushi Hamaguchi

Takatoshi Matsushita

Masamichi Ito

Yasuhiro Wada

Hiroyoshi Kubo

Takeshi Miki

Atsushi Matsuo

Masayuki Hashimoto

Shozo Kaneko

Masami Miura

Mikihiro Yokozeki

Toshikazu Hayashi

Yoshihisa Ono

Hidekazu Kawanishi

Makoto Ohta

Kazuhisa Tsutsumi

Masaya Mitake

Hiroyuki Yagita

Katsuhiko Shoda

Yoshikatsu Ikawa

Takehiro Naka

Hideaki Hashimoto

Takeshi Yasunaga

Atsushi Kawada

Masatoshi Maeda

Hiroaki Takeuchi

Yoshikatsu Uetake

Munetomo Inoue

Shoeji Nakaye

Hiroshi Satou

Tokunori Yamadaya

Shunichi Ikesue

Seokcheol Kim

Yushi Ono

Yasuyoshi Takamoto

Seiichi Futami

Shinsuke Nishimura

Musashi Kimura

Hitoshi Onuma

Masayoshi Isozaki

Takeo Ohira

Eriko Shinkawa

Shoetsu Nagane

Provided are a material that achieves higher sensitivity and higher resolution of a photoelectric conversion element for imaging, and a photoelectric conversion element for imaging using the above material. A material for a photoelectric conversion element for imaging, the material having a structure of the following general formula (1), wherein L each independently represents a single bond, an aromatic hydrocarbon group having 6 to 30 carbon atoms, or the like; 'a' represents the number of substitutions, and represents an integer of 1 to 6; Areach independently represents a group represented by the following formula (2); and Areach independently represents an aromatic heterocyclic group having 3 to 30 carbon atoms and containing a nitrogen-containing six-membered cyclic structure, or the like, provided that a group bonded to L is the aromatic heterocyclic group. The ring B represents a heterocyclic ring represented by the formula (2a) and fused with an adjacent ring at any position; “*” in the formula (2) represents a bonding position to L in the formula (1); and X represents O, S, or N—Ar.

Material for photoelectric conversion element for imaging

A light emitting element array includes a plurality of light emitting elementsA arranged. Each light emitting elementA includes: a stacked structureincluding a stack of a first compound semiconductor layerhaving a first surfaceand a second surface, an active layerfacing the second surfaceof the first compound semiconductor layer, and a second compound semiconductor layerhaving a first surfaceand a second surface; a first light reflection layerformed on a base part surfacelocated on a first surface side of the first compound semiconductor layer; and a second light reflection layerformed on a second surface side of the second compound semiconductor layerand having a flat shape. The base part surfaceextends to a peripheral regionsurrounded by the plurality of light emitting elements. The base part surfacehas a concavo-convex shape, and is differentiable.

Light emitting element, light emitting element array, and method of manufacturing light emitting element array

A wind turbine blade apparatus at least includes a wind turbine blade body, wherein a serration portion is disposed on at least on a part of a trailing edge of the wind turbine blade body, the serration portion having a saw-teeth shape where a mountain portion and a valley portion are arranged alternately in a blade longitudinal direction, and wherein a chord-directional cross section of the wind turbine blade body along a chord direction is formed to have an airfoil shape at any position in a region from the mountain portion to the valley portion.

Wind turbine blade apparatus and wind turbine blade attachment member

An abnormality diagnosis method is targeted at a hydraulic device which includes a hydraulic pump and a driven device driven by the hydraulic pump. The method includes calculating a frequency distribution with regard to a deviation between a normal value of an output parameter corresponding to an operation condition and an actual measurement value of the output parameter using a prediction model, and determining the presence of an abnormality if an average of the deviation exceeds a threshold. If the presence of the abnormality is determined, a factor of the abnormality is estimated based on the range of the deviation where a waveform peak of the frequency distribution exists.

Method and system for diagnosing abnormality of hydraulic device

A facility condition monitoring device includes an abnormality-degree-calculation-model construction part which constructs an abnormality-degree-calculation model for calculating an abnormality degree of a monitoring feature group of a monitoring target facility, based on a normal feature group extracted from a state-quantity fluctuation data of the monitoring target facility, an abnormality degree calculation part which calculates the abnormality degree of the monitoring feature group with the abnormality-degree-calculation model, an abnormality determination part which determines whether the monitoring target facility is abnormal, based on the abnormality degree, an abnormality-contribution-rate calculation part which obtains a contribution rate of each feature constituting the monitoring feature group used for calculating the abnormality degree determined as abnormal by the abnormality determination part, and an abnormality cause identification part which identifies an abnormality cause of the monitoring target facility, based on the contribution rate and a cause-and-effect matrix representing a relationship between the abnormality cause and the features.

Facility condition monitoring device and facility condition monitoring method

A permanent adhesive composition for image sensors which provides an adhesive layer having excellent heat resistance and thermal shock resistance, and a bonding method and laminate using the permanent adhesive composition. The permanent adhesive composition for image sensors contains a thermosetting or photocurable resin containing a specific bifunctional (meth)acrylic acid ester-derived structural unit, a polymerizable monomer, and an antioxidant, and used to bond together a substrate and a support for the substrate. The bonding method includes bonding together a substrate and a support for the substrate using the permanent adhesive composition. The laminate is provided with a substrate, a support for the substrate, and an adhesive layer for bonding the substrate and the support together, and the adhesive layer is formed of the permanent adhesive composition.

Permanent adhesive composition for image sensors, and bonding method and laminate using same

There is to provide a power circuit capable of stabilizing an internal power source voltage and assuring a normal operation of a load circuit. According to one embodiment, the power circuit includes a regulator which generates an output voltage using an entered input voltage, a voltage detecting circuit which detects the output voltage, and a clamp circuit which outputs an internal power source voltage based on the output voltage and in a first failure that the output voltage is larger than a predetermined first voltage, outputs the internal power source voltage suppressed to the first voltage and less, in which the clamp circuit outputs the internal power source voltage to the logic circuit which operates with the internal power source voltage of the first voltage and less and the voltage detecting circuit outputs the first failure to the logic circuit when detecting the first failure.

Power circuit

A noise reduction structure includes a compressor discharge-side pipe portion, a first porous plate having a plurality of through holes and extending circumferentially along an inner circumferential surface of the compressor discharge-side pipe portion so that an air layer is formed between the first porous plate and the inner circumferential surface, a partition dividing an interior of the compressor discharge-side pipe portion in a radial direction in a circumferential direction of the compressor discharge-side pipe portion so as to form a plurality of flow paths in the compressor discharge-side pipe portion, and a second porous plate having a plurality of through holes. The second porous plate is provided in each of the plurality of flow paths and extends along the partition so that an air layer is formed between the second porous plate and the partition.

Noise reduction structure and supercharging device

A semiconductor integrated circuit that is used for a stabilizing power supply circuit which supplies an output power supply voltage to a parallel connection of a smoothing capacitor and a load, from an input power supply voltage, includes an error amplifier that detects an error of the output power supply voltage, an output control circuit that is connected between the input terminal and the output terminal, a phase compensation circuit that is connected to the error amplifier, and a detection control circuit that is connected to the phase compensation circuit.

Semiconductor integrated circuit and method for operating the same for a stabilizing power supply

Provided is a wave-power generator capable of adjusting a natural period (natural frequency) in response to a changing wave period. The wave-power generator includes a weight that is installed in a floating body via a spring and that linearly reciprocates in response to a fluctuation of a water surface and a generator that generates power by being driven based on the linear reciprocating motion of the weight. An additional-mass body for adding a mass to the mass of the weight is further included.

Natural-frequency adjusting mechanism for wave-power generator

By means of a simple structure, lightning resistance is improved without increasing the level of fluid noise due to a lightning discharge member provided on a surface of a wind turbine blade. A wind turbine rotor blade lightning discharger, in which a diverter strip serving as a lightning discharge member protrudes from a surface of a wind turbine blade that extends in a radial direction from a rotor head supported in a freely rotatable manner, includes a noise suppressing structure that suppresses the generation of a Karman vortex, which causes noise, on the downstream side of the diverter strip with respect to an airflow that flows at the surface of the wind turbine blade during rotation of the wind turbine rotor blade.

Wind turbine rotor blade lightning discharger and wind turbine generator equipped with the same

An object is to provide a wind turbine blade having a serrated plate that can be formed irrespective of the overall structure of the blade, that is attached in the optimum shape, and that can effectively suppress noise occurring at a trailing edge thereof, and also to provide a wind power generator using such a wind turbine blade. Provided is a wind turbine blade () formed by bonding a back skin () and a front skin () and having a serrated plate () attached to a trailing edge () thereof, and the serrated plate () is formed so as to be attached by bonding the back skin () and the front skin ().

Wind turbine blade and wind power generator using the same

Provided are a wind turbine blade that can reduce the thickness of a turbulent-flow boundary layer generated on the blade surface of a blade tip portion to prevent noise generated at a trailing edge portion effectively, as well as a wind power generator using the same. Provided is a wind turbine blade, which is a wind turbine blade having an airfoil shape in cross section, wherein an angle-of-attack decreasing portion that decreases an angle of attack during rotation at at least a predetermined rotational speed is provided over a predetermined range from a blade tip to a blade root side.

An image processor includes an imaging unit that captures an image of a target area, a face region extraction unit that extracts a face region, which corresponds to a face of a person, from the image captured by the imaging unit, a distance estimation unit that estimates a distance from the imaging unit to each position of the image captured by the imaging unit, a distance distribution calculation unit that sets up a distance estimation area below the face region by a predetermined distance and calculates distance distribution from the imaging unit in the distance estimation area, using the distance estimated by the distance estimation unit, and a wheelchair presence determination unit that determines whether a person corresponding to the face region extracted is sitting in a wheelchair, by comparing the distance from the imaging unit of the face region estimated by the distance estimation unit with the distance distribution in the distance estimation area.

Image processing apparatus

A digital switching system includes a multiplexer for multiplexing time slots from a plurality of circuits, a switching memory for storing and switching the multiplexed data for one frame period, switching control equipment for directing the interchange of the time slots stored in the switching memory in response to a switching request from an upper layer controller in a network, and a demultiplexer for demultiplexing into the plurality of circuits the time slot data as read out using address data supplied from the switching control equipment. The switching control equipment includes a control memory unit for writing connection information from the upper layer controller to either a first or a second control memory, and sequentially reading out the stored connection information in read-out order for the switching memory, and a selection unit for selecting read-out from either the first or the second control memory in response to the switching request.

Digital switching system and method of switching data of same

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Tokyo, Japan

Kentaro Hayashi