Honda Motor Co., Ltd.

Kabushiki Kaisha Toshiba

Honda Giken Kogyo Kabushiki Kaisha

Elpida Memory, Inc.

Tosoh Corporation

Google Inc.

The Furukawa Electric Co., Ltd.

Toshiba Electronic Devices & Storage Corporation

Nippon Oil Company

Rakuten, Inc.

Japan Atomic Energy Research Institute

Toshiba Materials Co., Ltd.

Nippon Steel & Sumikin Engineering Co., Ltd.

Nippon Steel Sumitomo Metal Corporation

Hitachi-omron Terminal Solutions, Corporation

Hiroshi Ichikawa

Toshikatsu Ishikawa

Tsutomu Takahashi

Yasunari Kimura

Shinji Sangawa

Tsuneo Endoh

Katsuo Komiya

Takanobu Kawai

Satoshi Takahashi

Satoshi Miyazaki

Toru Ishikawa

Toshio Kimura

Hiroyuki Matsuura

Junichi Sakamoto

Hiroyuki Yamada

Kiyohito Okamura

Minoru Kadowaki

Tsuneji Kameda

Riichi Kato

Hiroshi Oda

Shinji Shibata

Yoshikazu Imai

Haruo Teranishi

Akira Yokoyama

Hiroyasu Kondo

Shoko Suyama

Hideyuki Hirata

Yukihiro Fukuta

Takeshi Aikiyo

Masahiro Asayama

Kensuke Honma

Hiroshi Yamauchi

Yasunobu Kawakami

Tetsuharu Ibaraki

Makoto Hayashi

Yoshitaka Adachi

Yuji Nakaoka

Satoshi Kamiya

Yoshio Kato

Ushio Harada

Tadao Seguchi

Hiroo Wada

Hiroyuki Niikura

Noboru Kasai

Tomohiko Yamamoto

Haruhiko Komatsu

Masayasu Sakata

Hiroshi Yamazoe

Masanobu Nishii

Shoji Imura

Shiro Mitsuno

Takuji Suezawa

Toshiaki Onuma

Hiroyuki Moriyama

Keiichi Hirata

Kenji Ushikoshi

Michio Takeda

Masanobu Umezawa

Katsuharu Kinoshita

Nagatoshi Okabe

Naoki Ohta

Tomoyuki Kamino

Ayaka Nango

Ryuji Sano

Akihito Yuzuriha

Yoichi Nagata

Mari Maruyama

Setsuo Tamura

Hidetaka Hokazono

Tokuji Hayase

Michitomo Yamaguchi

Slaven Bilac

Yuichiro Tajima

Atsushi Koizumi

Katsuya Tokutomi

Toyonosuke Kanemaru

Keiichi Kaneda

Junya Nagata

Yasumasa Watabe

Hiroyuki Tokunaga

Kenzo Kotera

Masayoshi Seki

Ikuyo Kobayashi

Masafumi Oi

Masaru Kanno

Hideto Nagai

Atsuya Tokutomi

Fumio Hirai

Hiroshi Wakizaka

Naoki Ito

Osami Ito

Yuji Miki

Kosuke Murai

Akinori Saeki

Yasuyuki Oosawa

Takafumi Hayashi

Shin Tomisaki

Ken Kasuga

Yoichi Abe

A control device according to an embodiment includes a first region including a CPU and a sequence signal generation circuit; and a second region including an abnormality detection circuit, a sequence signal detection circuit, a first register storing multiple methods of recovery from occurrence of abnormality, and a second register for use to select one method of recovery from the multiple methods of recovery, the second region being higher in reliability than the first region. The sequence signal generation circuit converts a first signal that specifies the one method of recovery into a sequence signal containing a second signal, which is a digital signal of a predetermined pattern, and the sequence signal detection circuit changes a set value of the second register upon receiving the second signal.

Control device and method for operating control device

An insert (cover member) is formed of an iron-based alloy. A casting mold is constituted by a fixed mold and a movable mold. An insert housing portion (cover housing portion) for housing the insert is formed in a separation surface between the fixed mold and the movable mold, and a magnet is embedded in the insert housing portion of either the fixed mold or the movable mold. A robot grips the insert with a gripping portion (hand) to convey the insert to a position facing the insert housing portion, releases the insert at the facing position in a state where a predetermined clearance is secured between the insert and the insert housing portion, and causes the insert to be attracted to the insert housing portion by the magnet.

Insert mounting device

A casting mold includes a cavity for molding a product, and a pouring basin and a passageway that guide molten metal into the cavity. The passageway includes, at portions thereof positioned below the pouring basin and the cavity, bent portions (a first bent portion, a second bent portion) that change the advancing direction of the molten metal, and the casting mold further includes a cover member, which covers the inner wall of the bent portion, allows the passageway positioned on the upstream side of the bent portion to communicate with the passageway positioned on the downstream side of the bent portion, and has a lower thermal conductivity than the base material of the mold.

Casting mold

A casting mold includes a cover member covering the inner wall of a bent portion (a first bent portion, etc.) of a passageway. The cover member has a bottomed cylindrical shape having an axis extending in an up-down direction, and includes an upper hole, lateral holes, and at least one flange (a side wall flange). At least one of a fixed mold and a movable mold includes a flange housing groove in a separation surface. When the cover member is disposed in the bent portion and the casting mold is closed, the flange is housed in the flange housing groove, and the cover member is held in a state where a gap is formed between the inner wall of the bent portion and the outer wall of the cover member.

A scintillator array includes a first scintillator element, a second scintillator element, and a reflector provided between the first and second scintillator elements and having a width of 80 &#x3bc;m or less therebetween. Each scintillator element includes a polycrystal containing a rare earth oxysulfide phosphor, the polycrystal having a radiation incident surface of 1 mm or less&#xd7;1 mm or less in area. An average crystal grain diameter of the polycrystal is not less than 5 &#x3bc;m nor more than 30 &#x3bc;m, the average crystal grain diameter being defined by an average intercept length of crystal grains in an observation image of the polycrystal with a scanning electron microscope. A maximum length or a maximum diameter of defects on the polycrystal is 40 &#x3bc;m or less.

Scintillator array, method of manufacturing scintillator array, radiation detector, and radiation inspection device

A fuel cell module includes a fuel cell unit and a casing. The casing has hollow surface members including a front surface member, a rear surface member, a right surface member, a left surface member, and a lower surface member. A single continuous air channel is formed by connecting spaces inside of these surface members. The air channel has a fluid inlet on the front surface member for allowing the air to flow initially in the front surface member. A first flange and a second flange are provided on the front surface member.

Fuel cell module

Provided is a blast-furnace operating method including: a first step of adjusting a charging rate of coke while monitoring a furnace-top temperature T; a second step of adjusting an injection rate of pulverized coal while monitoring an in-furnace superficial gas velocity u and the furnace-top temperature T; a third step of adjusting an oxygen-enrichment ratio of oxygen-enriched air while monitoring a tuyere combustion temperature Tand the furnace-top temperature T; and a fourth step of determining whether an injection rate of the oxygen-enriched air needs to be adjusted, based on a value of the in-furnace superficial gas velocity u.

Method for operating blast furnace and method for producing molten pig iron

A detector () of the present invention detects cessation of input to an input form by a user. A generator (), when input is started again by the user after the user ceased input, acquires an input status of input to the form by the user that was outputted from a monitor that monitors the input status of the input of the information by the user, estimates a cause for input being ceased by the user based on the input status, and then, based on the estimated cause, generates a new input form for which input conditions have been relaxed.

Information processing system, method, program, and recording medium for detecting the cessation of an input in a first form and generating a second form

A fuel cell includes an electrolyte electrode assembly and a first separator and a second separator sandwiching the electrolyte electrode assembly. The first and second separators have flat surfaces stacked on the electrolyte electrode assembly. The electrolyte electrode assembly includes an anode having a plurality of anode projections. The anode projections contact the first separator and form a fuel gas channel between the anode and the first separator. Further, the electrolyte electrode assembly includes a cathode having a plurality of cathode projections. The cathode projections contact the second separator and form an oxygen-containing gas channel between the cathode and the second separator.

Fuel cell with electrolyte electrode assembly projections forming reactant gas channel

An evaporative pattern casting process includes forming a mold by burying a pattern made of resin foam in casting sand, pouring molten metal into the mold, and evaporating the pattern with the molten metal and thereby casting a product. In the evaporative pattern casting process, casting time during founding is set according to a modulus (pattern volume&#xf7;pattern surface area) of the pattern. Accordingly, the casting time in the evaporative pattern casting process is accurately set with high precision.

Evaporative pattern casting process

A method of inspecting a stack body of at least a porous layer and a dense layer comprises the first step of measuring the length of the stack body before the stack body is fired, the second step of measuring the length of the stack body after the stack body is fired, the third step of calculating a shrinkage rate of the stack body based on a first measured value from the first step and a second measured value from the second step, the fourth step of determining whether the calculated shrinkage rate of the stack body is acceptable or not based on the calculated shrinkage rate, the fifth step of calculating an S/N ratio of the stack body based on the first measured value and the second measured value, and the sixth step of determining whether the current-voltage characteristics of the stack body are acceptable or not based on the calculated S/N ratio.

Method of, apparatus for, and program for inspecting stack body

According to one embodiment, a serverperforms aggregate signal processing for n-to-one signal transmission. The processing includes waiting processing and time adjusting processing. In the waiting processing, from a time point where a first constitutional element signal constituting a specific aggregate signal bound for the upper level control center reaches the server until a wait time that is based on a preset condition elapses, the server waits for another constitutional element signal of the specific aggregate signal to arrive (S-S). In the time adjusting processing, the server extracts an earliest generation time from generation times attached respectively to constitutional element signals arriving during the waiting processing, and attaches the extracted time as a generation time of the specific aggregate signal (S).

Data transmission method and server for substation monitoring control system

When an I/O number is 8 bit, a semiconductor device includes a first memory mat that is selected when Xis (0) and Xand Xare (0, 0), a second memory mat that is selected when Xis (1) and Xand Xare (0, 0), and a third memory mat that is selected irrespective of a value of Xwhen Xand Xare (0, 0). When the I/O number is 16 bit, Xis ignored, and the first to third memory mats are selected when Xand Xare (0, 0). In this manner, because the third memory mat is shared between so-called upper side and lower side, control is prevented from becoming complicated and an area is prevented from increasing.

Semiconductor device having open bit line architecture

Methods, systems, and apparatus, including computer program products, for automatically identifying transliteration pairs are disclosed. In one implementation, a method is provided. The method includes receiving a plurality of resources, the plurality of resources including a plurality of anchor text; determining one or more potential transliterations from the plurality of anchor text; and identifying one or more potential transliteration pairs from the one or more potential transliterations, where each potential transliteration pair includes a first anchor text in a first writing system and a second anchor text in a second writing system, the second anchor text and the first anchor text identifying a same resource or location.

Machine learning for transliteration

A semiconductor storage device includes a memory array compartmentalized into first and second regions alternately arranged. The second regions are formed by odd and even columns alternately arranged. The semiconductor storage device includes: a memory mat array arranged in each first region; a sense amp array arranged in each second region; local IO lines arranged in each second region and connected to the sense amp array; main IO lines crossing the first and second regions; and a read/write amplifier arranged in each second region and at an intersection region where the local IO lines cross the main IO lines. The read/write amplifier in an odd column is connected to a local IO line therein and to a local IO line in the next odd column. The read/write amplifier in an even column is connected to a local IO line therein and to a local IO line in the next even column.

Semiconductor storage device

Growing community of inventors

Tokyo, Japan

Hiroshi Ichikawa