Bridgestone Corporation

Nec Corporation

Ishikawajima-harima Heavy Industries Co., Ltd.

Nintendo Co., Ltd.

Tsukishima Kikai Co., Ltd.

Sanki Engineering Co., Ltd.

Ihi Rotating Machinery Engineering Co., Ltd.

Yutaka Hirata

Teruo Iwai

Toshio Takahashi

Toshio Iwasawa

Kazuaki Kurihara

Ken Nakano

Kazuo Kobayashi

Masayuki Kubota

Taisuke Yonezawa

Taketo Maruyama

Hitoshi Yamagami

Taichi Itabashi

Toshiki Kobayashi

Kazushige Ebe

Takafumi Yamamoto

Kazuyoshi Terakoshi

Kunihiko Koga

Nobusada Takahara

Takamitsu Kanno

Yosuke Hamada

Tomokazu Suyama

Yukihiro Maeda

Masanori Okumura

Naomichi Oomori

Kazumasa Miyahara

Yuki Asaoka

Toshifumi Kitanobo

Yoshio Shimokura

Masahito Niitu

Kentaro Oda

Hisayuki Motoi

Masaaki Zenba

To provide a component-temporarily holding member and a component mounting jig that do not require removal of a component installation jig after a foamed resin molding is demolded. In a component-temporarily holding memberhaving a temporary holding partfor temporarily holding a componenthaving a locking partlockable to another member when mounting the componentby locking the locking partin a component mounting positionof a forming diefor a foamed resin molding, the holding force of the temporary holding partis less than the force with which the locking partis locked in the component mounting position

Component-temporarily holding member, and component mounting jig

A support apparatus for balance correction of a rotated body having an end face in a direction intersecting a rotation center and having a support hole in a rotation center portion of the end face includes a vertical mandrel inserted into the rotated body from a vertical direction by being fitted in the support hole; a fluid radial bearing provided on an outer circumferential surface of the mandrel and adapted to rotatably receive an inner surface of the support hole by means of a fluid ejected from the outer circumferential surface of the mandrel; and a fluid thrust bearing placed around the mandrel and adapted to eject the fluid to an end face of the rotated body and thereby float the rotated body.

Support apparatus for balance correction

A pressurized incineration facility () includes: a pressurized incinerator () which incinerates a processing object (P) under a pressure increased by compressed air (A); a turbocharger () which produces the compressed air by being rotationally driven by combustion exhaust gas (G) of the pressurized incinerator; and a seal device () which jets seal gas (S) to a rear surface () of a turbine impeller () of the turbocharger.

Pressurized incineration facility and pressurized incineration method

Ridge portionsare provided to be continuously present in orthogonally intersecting directions by forming plural recessed holesin the upper surface of an under-thighs portionand an under-buttocks portionof a seat padfor a vehicle. The height of each ridge portion, i.e. the depth h of each recessed hole, is preferably in the range of 2 to 40 mm, more preferably in the range of 5 to 20 mm, the width w of each recessed holeis preferably in the range of 10 to 30 mm, more preferably in the range of 20 to 30 mm, and the area of an opening of each recessed holeis preferably in the range of 50 to 1000 mm, more preferably in the range of 100 to 900 mm. Accordingly, the present invention can provide a seat pad, which is excellent in soft sensation of touch of a surface thereof, satisfactory in the properties of supporting an occupant, and can be produced by integral foam molding.

Seat pad and seat for vehicle

A computer system includes multiple computer modules each including at least a calculator and a storing unit. A first computer module of the computer modules includes: a storing unit that stores authentication information for connection with a second computer module of the computer modules; an authenticator that authenticates an information processing device accessing the first computer module, and allows the information processing device to access thereto based on an authentication result; and a relay connector that connects the information processing device allowed to access the first computer module to the second computer module based on the authentication information.

Computer system for port forwarding

There is provided a server system that collects memory information at the time of occurrence of a failure if a failure occurs in the operating system so as to enable failure analysis. Stall monitoring of a firmware is performed by hardware and, if a stall is detected, a reset is performed. A memory has a memory area used by a boot loader of the firmware and a memory area used by another part of the firmware. It is determined based on a reset factor retained in a device whether the reset is a normal reset or a reset associated with the stall detection. In the case where the reset is a reset associated with the stall detection, information of the memory area of the memory used by the another part of the firmware at the time of occurrence of the stall is collected.

Server system and crash dump collection method

A bridge according to an exemplary aspect of the invention comprises a BPDU-receiver which receives a BPDU packet of an STP (Spanning Tree Protocol) including failure information and an error-handler which performs error handling according to the failure information.

Bridge, system, bridge control method and program recording medium

A molded foam containing no voids and a mold for forming such a molded foam are provided. A molded foamhas an external cornerwhere a small ribis formed and a recessed stepwhere thin plate-like ribsare formed. The ribhas a triangular cross-sectional shape in a direction perpendicular to the longitudinal direction of the recessed step. The ribis tapered from the base to an end thereof in a direction in which the ribprotrudes. The ribsare arranged at intervals in the longitudinal direction of the recessed step

Molded foam and mold

A first compression stage and a second compression stage being arranged at positions adjacent to each other. The first centrifugal impeller and the second centrifugal impeller are arranged in such an orientation that back sides of the first centrifugal impeller and the second centrifugal impeller face to each other. A connection flow path is formed in the first housing and the second housing for introducing the compressed fluid from the first compression stage into the second compression stage. An upstream portion of the connection flow path is formed integrally with the first housing, and a downstream portion of the connection flow path is formed integrally with the second housing.

Turbo compressor

A first centrifugal impeller and a second centrifugal impeller are arranged in such an orientation that back sides of the first centrifugal impeller and the second centrifugal impeller face to each other. Bearings are cylindrical roller bearings and a thrust bearing. The cylindrical roller bearings are arranged at two axially spaced supporting positions respectively, and support a radial load applied to the rotating shaft. The thrust bearing supports a thrust load applied to the rotating shaft.

There is provided a method for describing an ACPI machine language table used in a computer system having a multibridge PCI structure, which enables an OS to support hot plugs for PCI devices subordinate to a PCI multibridge. Upon receiving a call requesting a resource information method for a PCI device from an ACPI driver on an OS, a PCI configuration access is made to a subordinate bridge in a PCI device side, so that the ACPI machine language table supplied from a BIOS returns resource information of the PCI device. A PCI configuration access is made to a superordinate bridge in a PCI system bus side, to obtain resource information of the subordinate bridge. The resource information of the subordinate bridge is obtained from the superordinate bridge, and secondary resource information is obtained from a PCI configuration space of the subordinate bridge.

Method and apparatus for describing ACPI machine language in computer having multibridge PCI structure, and program thereof

A plurality of programs (a plurality of games) are provided, which are classified so as to each belong to one of a plurality of channels (a plurality of game groups). When a player plays one of the programs, predetermined points in accordance with the playing result are added to channel points for the channel to which the program belongs. Stipulated points are prescribed for each program. When the channel points for the channel to which a program belongs has become equal to or greater than the stipulated points for the program, the program is newly added to the TV program table (game selection screen). As a result, new games are allowed to appear on the game selection screen with various timings and in various orders.

Game apparatus and game program

A seat with a seat sensor is formed of a pressure sensitive sheet sensor for sensing a presser, and a seat pad for allowing a user to sit thereon. The seat pad has a slit extending from one peripheral side of the seat pad to a middle area of the seat pad. The slit has a with and a height to allow the sheet sensor to enter from the one peripheral side to the middle thereof so that the sheet sensor is disposed inside the seat pad. The seat with the seat sensor can be easily manufactured.

Seat with seat sensor

A molding die for efficiently molding a material for a synthetic resin molded foam at a high expansion ratio, a low density, and a high yield with the least occurrence of burrs or flashes. In this molding die, the upper die is mounted on the lower die to form an enclosed cavity therebetween. An opening portion is formed in the upper die, and a cylindrical chamber member with its head closed is air-tightly mounted on the upper die to cover the opening portion. A piston is provided in a chamber in the chamber member such that when a leading end portion of the piston is inserted in the opening portion, a micro-spacing for communicating the cavity to the chamber is formed between the leading end portion of the piston and the opening portion. A piston drive means for vertically moving the piston and for usually setting a leading end surface of the piston at a lower surface of the upper die is provided in the chamber. A pressure adjusting means is provided for evacuating air in the chamber to reduce a pressure in the chamber. In the molding die, when the air in the chamber is evacuated, air in the cavity is also evacuated through the micro-spacing.

Molding die and molding process for synthetic resin molded foam

A mold for foam molding a material for a synthetic resin molded foam, includes a mold main body having: a lower mold half; an upper mold half removably disposed on the lower mold half in such a manner as to cover an opening portion of the lower mold half for forming an enclosed space therebetween; and a middle mold part removably disposed in the enclosed space. In the mold main body, a plurality of spacers, spaced from each other in the circumferential direction, are provided between the middle mold part and the upper mold half; chambers, partitioned from each other by the spacers, are formed between the upper surface of the middle mold part and the lower surface of the lower mold half; and a cavity communicated to the chambers through gaps between the spacers and through a micro-gap formed between the middle mold part and the lower mold half, is formed between the middle mold part and the lower mold half, wherein a synthetic resin foam molding material is supplied into the cavity. The mold also includes a pressure adjusting device for depressurizing the interior of the chambers by evacuating air in the chambers. In this mold, when the air in the chambers is evacuated, air in the cavity is simultaneously evacuated through the gaps between the spacers and the micro-gap between the middle mold part and the lower mold half.

Growing community of inventors

Tokyo, Japan

Yutaka Hirata