Sony Corporation

Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Electric Corporation

Kyocera Corporation

Nippon Telegraph and Telephone Corporation

Takeda Pharmaceutical Company Limited

The Kansai Electric Power Co., Inc.

Electric Power Development Co., Ltd.

Ge Medical Systems Global Technology Company, LLC

The University of Tokyo

Sony Mobile Communications Inc.

Mitsubishi Denki K.k.

Nitto Electric Industrial Co., Ltd.

Kabushiki Kaisha Sega Enterprises

Hitachi Construction Machinery Co., Ltd.

Hiroki Ito

Kenji Kamei

Yoshiki Kanayama

Haruhiko Kohyama

Shinichi Kuroda

Sho Tokoyoda

Sadayuki Kinoshita

Tomohito Mori

Hideo Hashimoto

Kazuyori Tahata

Noritaka Niino

Takashi Moriyama

Muneo Nonomura

Masatoshi Sawamura

Yoshimasa Sugimoto

Suenobu Hamano

Takuya Hayashi

Teruo Ina

Shinichiro Tsuda

Katsumi Okayama

Makoto Miyashita

Mikio Hidaka

Kazuhiko Arai

Hiroyuki Ishii

Tsuyoshi Tanaka

Yasuteru Urano

Kenichi Ikeda

Takashi Kimura

Yasuhiro Fujimoto

Hiroyuki Sasao

Masahiro Shiraishi

Takashi Inagaki

Takashi Hirai

Hiroshi Uemura

Hiroshi Matsumoto

Junichi Toyoda

Mako Kamiya

Yoshihito Oshima

Katsumi Hirota

Minoru Kimura

Hiroyuki Tsutada

Aya Yamamoto

Tadashi Urai

Masayuki Hatano

Kunio Kikuchi

Yasushi Oode

Naoaki Takeji

Shogo Matsunaga

Etsuo Nitta

Takafumi Harada

Gembu Morohashi

Masaki Hiratsuka

Yuichiro Saito

Yoshiaki Itakura

Seijiro Ishizuka

Ichiro Toriyama

Kenichiro Yamanishi

Hisashi Tsukazaki

Takashi Yonezawa

Sakan Iwashita

Asami Miyajima

Toshiyuki Matsumoto

Kenichiro Hayashi

Koji Yamaji

Tomokazu Fujiwara

Nobuo Sato

Tatsuya Kono

Kazuhide Arai

Yoshiteru Hara

Naoyuki Kajita

Toshinobu Takeda

Yusaku Horinouchi

Shouichi Yamamoto

Koji Takahata

Takateru Hashimoto

Yoshiki Kanayawa

Shiken Ka

Yu Kawamata

Goro Oakamoto

Yuki Ito

Masahiro Hanai

Hisao Yoshida

Tomoaki Shinpo

Yves Corrodi

Tadashi c/o Takeda Pharmaceutical CoLtd Urai

Hideo c/o Takeda Pharmaceutical CoLtd Hashimoto

Muneo c/o Takeda Pharmaceutical CoLtd Nonomura

A communication control system includes: a state switching support apparatus including a processor; and a communication control apparatus to control communication to a protection target according to its state. The processor executes generating grid point data in which a grid point group representing exhaustive communications to the target is associated with states corresponding to grid points of the grid point group using previously collected data related to the communication; generating, by using the grid point data and data related to current communication, generating a state distribution representing a distribution of the states in a vicinity of a point represented by the data related to current communication in the grid point group; predicting a time when the state transitions to another state from a change in the state distribution from past to present; and transmitting an instruction to switch the state to the communication control apparatus at the predicted time.

Communication control system, status switchover support apparatus, status switchover support method and program

An optical waveguide package includes a substrate, an optical waveguide layer located on an upper surface of the substrate and including a cladding and a core in the cladding, a lid, and a metal member. The cladding includes a first surface facing the substrate, a second surface opposite to the first surface, and an element-receiving area being open in the second surface. The lid covers the element-receiving area. The metal member surrounds the element-receiving area between the cladding and the lid.

Optical waveguide package and light-emitting device

A breaking device includes an interrupting section including interrupting units in which main interrupters, impedance circuits, and unit arresters are connected in parallel to each other, the main interrupters being connected in series, a resonant circuit section including a reactor, a capacitor, and a closing switch and connected in parallel to the interrupting section, and an all-point arrester connected in parallel to the interrupting section via the reactor. The clamping voltages of the unit arresters are equal among the interrupting units, and are in the range of 1.1 to 1.6 times the value obtained by dividing the clamping voltage of the all-point arrester by the number of the interrupting units connected in series in the interrupting section.

Breaking device

An abnormal traffic analysis apparatus includes receiving means for receiving traffic from a device via any of a plurality of communication paths in which different communication methods are used, multiple communication management means for identifying a communication path through which the traffic is transmitted, analysis method determination means for determining an analysis algorithm for detecting abnormality of the traffic according to the communication path identified by the multiple communication management means, analysis means for analyzing whether or not the traffic is abnormal traffic by using the analysis algorithm determined by the analysis method determination means, and analysis result recording means for recording a result of analysis performed by the analysis means.

Abnormal traffic analysis apparatus, abnormal traffic analysis method, and abnormal traffic analysis program

A measurement sensor package and a measurement sensor reduce susceptibility to noise and enable highly accurate measurement. A measurement sensor package includes a substrate. The substrate includes a first recess including a first bottom surface on which a light emitter is mountable, and a first step surface having a first connection pad thereon, a second recess including a second bottom surface on which a light receiver is mountable, and a second step surface having a second connection pad thereon. In a direction connecting a center of the first bottom surface and a center of the second bottom surface in a plan view, the first step surface is located outward from the first bottom surface and the second step surface is located outward from the second bottom surface.

Measurement sensor package and measurement sensor

It is an object of the present invention to provide a fluorescence imaging probe capable of selectively visualizing target cells such as cells expressing &#x3b2;-galactosidase (lacZ expressing cells) at a single-cell level in a red fluorescence region, and of performing co-staining together with GFP. An intracellularly-retainable red fluorescent probe comprising a compound represented by the following formula (I) or a salt thereof: 

Enzyme-specific intracellularly-retained red fluorescent probe

An abnormal traffic analysis apparatus includes receiving means for receiving traffic from a device, analysis means for analyzing whether or not traffic received from the device is abnormal traffic, analysis result recording means for recording a result of analysis performed by the analysis means, and device management means for managing movement of the device between edges. If it is determined by the device management means that a device that is a target of analysis performed by the analysis means moves to an edge, the receiving means creates information for continuing analysis of traffic received from the device and transmits the information to an apparatus for analyzing traffic that is included in the edge to which the device moves.

A semiconductor package in an aspect of the present invention includes a metal board, a first frame, a second frame, and a bond. The metal board has an upper surface including a mount on which a semiconductor device is mountable. The first frame has a side surface facing a side surface of the metal board and has a smaller thermal expansion coefficient than the metal board. The second frame is on upper surfaces of the metal board and the first frame and surrounds the mount, and has a smaller thermal expansion coefficient than the metal board. The bond is between the metal board and the first frame, between the metal board and the second frame, and between the first frame and the second frame. The semiconductor package includes an alloy layer between the metal board and the bond.

Semiconductor package, semiconductor apparatus, and method for manufacturing semiconductor package

A measurement sensor package and a measurement sensor reduce susceptibility to noise and enable highly accurate measurement. A measurement sensor package () includes a substrate (), a lid (), and a ground conductor layer (). The substrate () contains a light emitter and a light receiver, and includes a substrate body (), a plurality of ground via conductors (), an frame-shaped ground conductor layer (), signal wiring conductors (), and an external connection terminal (). The ground via conductors () are connectable to a ground potential, and are located outward from a first recess () and a second recess () included in the substrate body () in a plan view.

A measurement sensor package and a measurement sensor improve reliability in strength and other aspects. A measurement sensor package includes a substrate, a lid, a ground conductor layer, a metallic thin layer, and a bond. The ground conductor layer and the metallic thin layer are arranged inside the bond that extends continuously as viewed through from above. The bond directly bonds a first main surface of a substrate body and a facing surface of the lid together along the entire periphery. This improves the reliability in strength.

A direct-current circuit includes: a breaker that is inserted into the direct-current line and becomes a path for direct current when in a steady state; a resonance circuit connected in parallel with the breaker and superimposing resonance current on the direct current; and a first disconnector and a second disconnector connected to first and second connection points of the breaker and the resonance circuit, respectively, and forming a path for the direct current together with the breaker. The resonance circuit includes a series circuit that includes a capacitor and a reactor and generates the resonance current, a charging resistor for charging the capacitor with a direct-current potential of the direct-current line, a high-speed switch connected in series with the series circuit on the capacitor side and superimposing the resonance current on the direct current, and an arrester connected in parallel with the capacitor and the high-speed switch.

Direct-current circuit breaker

An AC circuit breaker is provided between an AC system and an AC-DC converter, and a DC circuit breaker is provided between a DC line and the AC-DC converter. A bypass switch capable of short-circuiting a converter cell included in the AC-DC converter is connected to the AC-DC converter. At the time of a fault in the DC line, the bypass switch is turned on to interrupt the supply of DC power from the AC system to the DC line.

Protection system for DC power transmission system, AC-DC converter, and method of interrupting DC power transmission system

A direct-current circuit breaker includes a switching unit inserted in the direct-current line; and a commutation circuit that includes a series circuit including a first current-limiting element and an interrupting unit that forms a current zero point by superimposing a resonance current on a direct current flowing in the direct-current line and interrupts the direct current at the current zero point, that is connected in parallel with the switching unit, and that becomes a flow path for the direct current after the switching unit is opened, wherein current interruption is performed by the interrupting unit after the switching unit is opened.

It is intended to provide a process for producing unstable amorphous benzimidazole compounds having a proton pump inhibitor function, and stable solid preparations for medicinal use containing these compounds which are produced by blending such an amorphous benzimidazole compound with a nontoxic base such as a basic inorganic salt, forming an intermediate coating layer on the layer containing the active ingredient and further forming an enteric coating layer or a release-controlling coating layer.

Stable solid preparations

An inrush current suppressing device includes a residual-magnetic-flux calculating unit configured to retain an interruption characteristic of a breaker and an attenuation characteristic of a magnetic flux that are estimated by measurement, analysis, or the like beforehand, and apply the attenuation characteristic to a magnetic flux value at the time of current interruption obtained based on the interruption characteristic of the breaker to calculate a residual magnetic flux value. The breaker is turned on in a power supply voltage phase in which the calculated residual magnetic flux value and a theoretical value of a steady magnetic flux match.

Inrush current suppressing device

Growing community of inventors

Tokyo, Japan

Hiroki Ito