Hitachi, Ltd.

Minolta Camera Kabushiki Kaisha

Tokyo University of Marine Science and Technology

Adv Antest Corporation

Matsushita Electric Industrial Co., Ltd.

Ihi Corporation

Fuji Xerox Co., Ltd.

Renesas Electronics Corporation

Nisca Corporation

Kikkoman Corporation

Cemedine Co., Ltd.

Nippon Seimitsu Kogyo Kabushiki Kaisha

Honshu Paper Co., Ltd.

Canon Kabushiki Kaisha

Mitsui Chemicals, Inc.

Yutaka Watanabe

Fumiyuki Kobayashi

Akiyoshi Hamada

Hiroto Nakamura

Masaaki Ito

Mitsutoshi Yagoto

Yutaka Tanaka

Hiroyuki Takahashi

Tomohiro Kawaguchi

Hideo Saito

Kenichi Shimada

Hiroyuki Ochiai

Ryohei Satoh

Akira Ishida

Noboru Saito

Shiro Toriumi

Satoshi Kaneko

Junichi Kobayashi

Tetsuya Tanaka

Akira Yamagiwa

Takahiro Daikoku

Atsushi Saito

Keiji Emoto

Noriyuki Igarashi

Kiyoshi Matsui

Masahide Harada

Takashi Matsumoto

Keishi Tamura

Eiji Sakamoto

Hideaki Kusano

Masayuki Mino

Keiichi Fukumoto

Shuji Mochizuki

Kyoji Tachikawa

Kenji Takeda

Hideaki Sasaki

Toshio Hatada

Satoru Ogihara

Takashi Yoshida

Shizuo Zushi

Akio Yasukawa

Mitugu Shirai

Masanobu Yamamoto

Keiichi Kaiya

Koichi Kurosawa

Tsutomu Imai

Masakazu Yamamoto

Yoshio Takimoto

Takayuki Atarashi

Michifumi Kawai

Akihiro Takanashi

Shigeo Kuroda

Yasumasa Tamai

Seiichi Yamagishi

Fumio Fukumoto

Katsuro Wakai

Kouzou Hasegawa

Masao Sekibata

Takashi Kaga

Tositada Netsu

Sakou Ishikawa

Toru Ichikawa

Takashi Kanno

Akihiro Sakurai

Yoshiyuki Ohzawa

Hiroshi Tsujimura

Hiroyuki Hidaka

Taihei Takezawa

Tomoya Nakanishi

Shoichi Kawase

Masaharu Yano

Masayuki Kurihara

Tatsuya Shibata

Hiroshi Taninaka

Hiroshi Onozawa

Masanobu Natsuake

Hyozaemon Takanashi

Nobuo Sugimaru

Mitsuo Takayanagi

Motoo Akasaka

Kinzaburo Akita

Seiichi Toyoda

Naoki Aono

Shinji Abe

Masashi Ohkubo

Isokazu Matsuzaki

Katsumi Yabe

Shigejiro Sekine

Takayuki Kokawa

Kiyoshi Fujikake

Toshio Yabe

Tamura Keishi

Michirou Chiba

Kouichi Murayama

Tsuyoshi Iwa

In the conventional semiconductor device, the power consumed in ternary serial data communication cannot be reduced. According to one embodiment, the semiconductor device has a the transmission processing circuitthat converts the binary representation of binary Transmitted data Dbin_TX to a ternary transmitted data Dter_TX represented as a ternary number and generates a transmitted signal corresponding to this ternary Transmitted data Dter_TX, wherein the transmission processing circuitverifies the frequency of occurrence of the values included in the ternary transmitted data Dter_TX, assigns the signal change pattern with the highest state transition to the transmitted signal logical level corresponding to the lowest occurrence value, and generates a transmitted signal.

Semiconductor device and communication

A lateral rollover risk warning device can report vehicle rollover risk in real time during traveling with no need for inputting radius of a curved path in advance. It includes a first acceleration sensor detecting an external force applied in up-down direction of a vehicle body; an angular velocity sensor detecting a rotation around vehicle axis of vehicle body; and a second acceleration sensor detecting an external force in right-left direction of vehicle body, with an arithmetic part using detection results given by first acceleration sensor and angular velocity sensor to calculate a limit index of vehicle being led to a rollover, and using detection result given by second acceleration sensor to calculate a comparative index to be compared with limit index in real time; and a reporting part using limit index and comparative index to report lateral rollover risk warning information telling the rollover risk.

Lateral rollover risk warning device

A loading weight detection device applicable to various mobile bodies can accurately detect loading weight with minimized number of input variables. It includes a touch panelreceiving input of vehicle body weight mand initial setting cargo weight m; an oscillation detection partdetecting cargo vehicle oscillation; an arithmetic partfunctioning as natural vibration identifying means for identifying natural vibration in self-weight direction as vertical oscillation center-of-gravity-specific natural vibration value, based on oscillation data detected by an oscillation detection part; a storage partstoring vertical oscillation center-of-gravity-specific natural vibration value identified by an arithmetic partwith cargo having initial setting cargo weight of mloaded on cargo vehicle, vehicle body weight m, and initial setting cargo weight mas initial setting data, arithmetic partcalculating total weight M, being based on vertical oscillation center-of-gravity-specific natural vibration value identified and initial setting data.

Loading weight detection device for weighing cargo of a mobile body

In the process of cutting the outer circumferenceof a hollow rotating shaftby using a finishing turning toolthe position of the finishing turning toolis adjusted in the direction orthogonal to the virtual reference shaft center VS so that the center position CPo of the outer circumferenceof the hollow rotating shaftis deviated from the virtual reference shaft center VS in the same direction as the direction of the deviation vector &#x394;Di by an amount corresponding to the magnitude |&#x394;Di| of the deviation vector &#x394;Di. This can reduce the unbalance to zero also in the middle of the shaft and sufficiently reduce runout of the hollow rotating shafteven if the rotation speed of the hollow rotating shaftincreases. Accordingly, it is possible to further improve the reliability of the hollow rotating shaftat high rotation speed.

Hollow rotating shaft finishing method and hollow rotating shaft

Provided is a capsize risk level calculation system which can calculate a capsize risk level providing an index of the capsize risk on an oscillation of hull without using hull information. This system includes an acceleration sensor detecting a reciprocating motion in an up-down direction of a vessel as an oscillation in an up-down direction of a virtual oscillation center axis; an angular velocity sensor detecting a simple pendulum motion in a rolling direction around the vessel center axis as a simple pendulum motion of the vessel COG around the oscillation center axis; and an arithmetic part calculating a capsize risk level from an oscillation radius connecting between the oscillation center axis and the vessel COG, and a capsize limit oscillation radius connecting between the oscillation center axis and the vessel metacenter, which are obtained on the results of detection by the acceleration sensor and the angular velocity sensor.

Capsize risk level calculation system

Provided is a curable composition which realizes compatibility between curability and toughness, shows rapid curability and excellent storage stability, and does not require any tin catalyst. The curable composition comprises: (A) a vinyl-based resin obtained by causing a compound (I) represented by the following general formula (1) and a compound (II) represented by the following general formula (2) to react with each other; (B) a urethane-based resin obtained by causing a hydroxyl group-containing organic polymer, a polyisocyanate compound, a compound (III) represented by the following general formula (3), and an amine compound to react with one another; and (C) a curing catalyst. 

Curable composition

An inclination angle calculation device comprises a motion detector for detecting motions of a traveling object during travel, in two directions included in a cross-section surface of the traveling object, the two directions being orthogonal with each other; and an arithmetic unit for calculating an inclination angle of the traveling object during travel in the cross-section surface, using a frequency of the motion in one of the two directions and a rolling frequency in the other direction of the two directions.

Inclination angle calculation device

A storage system includes a first storage apparatus including a first logical volume and a second storage apparatus including a second logical volume. The first and second logical volumes are set as a High Availability pair and associated with a virtual volume. When receiving a write request to the virtual volume, the storage system manages storage area in the first logical volume regarding to the write request as storage area during data duplication, writes data in duplicate, in order from the first logical volume to the second logical volume. When receiving a read request to the virtual volume, the first storage apparatus waits for completion of the data duplication and reads data from the first logical volume if the storage area is during the data duplication, and the first storage apparatus reads data from the first logical volume if the storage area is not during the data duplication.

Storage system

A center-of-gravity detecting system includes a motion detector for detecting a vertical motion of a travelling object and a horizontal motion of the travelling object, and an arithmetic unit that calculates a center-of-gravity location of the travelling object using the frequency of a vertical motion of the travelling object, a frequency of the horizontal motion of the travelling object, a central angle of the horizontal motion of the travelling object, and the width of the traveling object. The arithmetic unit calculates a center-of-gravity location, using the frequency of the vertical motion, a frequency of the horizontal motion, the center-of-gravity location, and the length of the travelling object in the travel direction.

Center-of-gravity detecting system

Provided is a lateral rollover limit detection system which can determine the lateral rollover danger of a structure for which the weight or the weight distribution has not been clarified. A placement board, springs, and detection object are provided as a structure in which the placement board is supported with springs on both sides of an oscillation central axis with an acceleration sensor for detecting the reciprocating motion in an up-down direction of the placement board, and an arithmetic part which, on the basis of the inclination angle of the placement board in a direction of rotation around the oscillation central axis with respect to the horizontal plane in a standstill state of the detection object and the detection result by the acceleration sensor, calculates a limit center-of-gravity height beyond which the detection object is rolled over for a center-of-gravity location on the placement board of the structure being provided.

Lateral rollover limit detection system

There is provided a highly versatile center-of-gravity detecting system which can accurately detect the center of gravity of not only a container cargo vehicle but also various detection objects. It has a placement board for placing a detection object thereon; springs for supporting the placement board with an elastic force; an acceleration sensor for detecting a reciprocating motion of the detection object in an up-down direction; an angular velocity sensor for detecting a simple pendulum motion of the detection object around a roll direction oscillation central axis; and an X-axis restriction guide part for restricting a movement of the placement board in an X-axis direction, a data processing apparatus calculating a center-of-gravity height in the up-down direction from the roll direction oscillation central axis to the center of gravity of the detection object on the basis of the detection results by the acceleration sensor and the angular velocity sensor.

A computer system and a storage migration method capable of simplifying the migration process of a storage apparatus while avoiding the performance degradation of the overall system. A management apparatus for managing data migration from a first storage apparatus to a second storage apparatus is provided. The management apparatus acquires apparatus-specific information of the first storage apparatus from the first storage apparatus and notifies the acquired apparatus-specific information to the second storage apparatus, and the second storage apparatus sets, as virtualization information, the acquired apparatus-specific information of the first storage apparatus notified from the management apparatus to a path connecting a second storage area and a second port associated with the second storage area in the second storage apparatus, and notifies the virtualization information as its own apparatus-specific information to a host computer in response to a configuration information acquisition request from the host computer.

Computer system and storage migration method utilizing acquired apparatus specific information as virtualization information

A method is provided to cut a thin-walled member without causing chattering vibration, without using a chattering vibration preventing retainer, that performs the following: (A) preparing a material having much stock for obtaining a thin-walled material, (B) while rotating the material about a center axis, cutting the inner round surface of the material within a predetermined range by feeding a cutting tool relative to material by the desired distance from one end side to the other end side of the material along the center axis, (C) while rotating the material about the center axis, cutting the outer round surface of the material within a predetermined range by feeding the cutting tool relative to the material by the desired distance from the one end side to the other end side of the material along the center axis, and (D) alternately repeating (B) and (C) to finish cutting the material.

Method of cutting thin-walled material

The storage system includes a first storage subsystem having a first logical volume to be accessed by a host computer, and a second storage subsystem connected to the first storage subsystem and having a second logical volume to be mapped to the first logical volume. The first storage subsystem includes a memory having definition information for defining a plurality of logical paths that transfer, to the second logical volume, I/O from the host computer to the first logical volume, and a transfer mode of the I/O to the plurality of logical paths. At least two or more logical paths among the plurality of logical paths are defined as active, and the controller transfers the I/O to the at least two or more logical paths set as active.

Storage system and control method of storage system

Growing community of inventors

Tokyo, Japan

Yutaka Watanabe