Nippon Steel Corporation

Nippon Steel Welding Products and Engineering Co., Ltd.

Konami Digital Entertainment Co., Ltd.

Lion Corporation

Toru Ono

Hirokazu Taniguchi

Satoshi Inoue

Michio Endo

Mitsuji Hirata

Hiroto Imamura

Koji Akafuji

Isao Arikata

Syoichi Sekiguchi

Ichiro Masuda

Shigeki Ogura

Nobuo Araki

Takeji Kagami

Shoichi Sekiguchi

Seiji Hashimoto

Tokuhiko Nishida

Yoshimasa Saito

Noriyuki Uchino

Kazuma Tsurumoto

Iwao Yamada

Yasunori Kobayashi

Kanao Fukuda

Hidehiro Endo

Yuko Tsuya

Tomohiro Nakada

Yukio Fujiwara

Masanori Ueki

Syogo Yamazaki

Yuyaandrew Yamashita

At least one memory device of the game system that stores a plurality of instructions, which when executed by the at least one processor, cause the at least one processor to: control a motion of a user object based on first performance information, control a motion of an opponent object based on second performance information, modify performance change information associated with a target area in the virtual space based on a change command from the user or the opponent, change the first performance information in a case where the user object is located in the target area based on the performance change information associated with the target area, and change the second performance information in a case where the opponent object is located in the target area based on the performance change information associated with the target area.

Game system, game control device information storage medium, and method of controlling game system

Method of production of welding wire

A multi-tier winding coil 1 of a welding wire in a hollow cylindrical configuration having a beginning wire end which is located in the innermost tier and at one of cylinder end faces, a combination of such coil with a shipment packaging box 21, and a combination of the coil 1 and a wire feed adapter 5 which is used to mount the coil on a welding machine are disclosed. The coil 1 includes bundling wires 3a-3d. The beginning wire end of the coil is bent to extend in a radial direction of the coil loop, and is then bent in a direction to extend parallel to the center axis of the coil, thus defining an L-configuration 1sr+1sa. A wire feed adapter 5 includes a barrel 5b formed with notches 5br-5br4 and 5ar-5a4 for receiving beginning ends 1s.

Bundled welding wire coil and method of bundling

The present invention aims to provide a metal mold for glass, which needs not apply any swab in molding of glass, enabling no-swabbing glass forming. The alloy for the mold comprises by weight Cu: 10 to 80%, Al: 4 to 11%, Cr: 3 to 16%, Ni: 2 to 36%, and at least one rare earth element: 0.02 to 2.0% with the balance consisting of Fe and further comprises at least one member selected from the group consisting of Ti: Al%.times.0.5 to 2, V: Al%.times.0.2 to 1, Zr: Al%.times.0.1 to 0.3, and Nb: Al%.times.0.1 to 0.3. The alloy is gradually cooled from the solidification initiation temperature to 50.degree. C. at a cooling rate of 10.degree. C./ min. The surface of the mold is coated with an Al-containing coating or roughened to an average roughness of 0.3 to 5 .mu.m. A solid lubricating film is provided in a fitting portion of the mold, or alternatively a self-lubricating solid is embedded in the fitting portion of the mold.

Metal mold for glass forming

High strength self-lubricating composite material for high temperature

The present invention aims to provide a metal mold for glass, which needs not apply any swab in molding of glass, enabling no-swabbing glass forming. The alloy for the mold comprises by weight Cu: 10 to 80%, Al: 4 to 11%, Cr: 3 to 16%, Ni: 2 to 36%, and at least one rare earth element: 0.02 to 2.08 with the balance consisting of Fe and further comprises at least one member selected from the group consisting of Ti: Al %.times.0.5 to 2, V: Al %.times.0.2 to 1, Zr: Al %.times.0.1 to 0.3, and Nb: Al %.times.0.1 to 0.3. The alloy is gradually cooled from the solidification initiation temperature to 500.degree. C. at a cooling rate of 10.degree. C./min. The surface of the mold is coated with an Al-containing coating or roughened to an average roughness of 0.3 to 5 .mu.m. A solid lubricating film is provided in a fitting portion of the mold, or alternatively a self-lubricating solid is embedded in the fitting portion of the mold.

A method for manufacturing tubes filled with powdery and/or granular substances comprising the steps of forming a metal strip into a tube, feeding powdery and/or granular substances into the tube being formed as a core, joining together the edges of the tube filled with the core of the powdery and/or granular substances by high-frequency welding, and reducing the diameter of the welded tube filled with the core of the powdery and/or granular substances. At least the top layer of the core in the tube is composed of powdery and/or granular substances having low enough magnetic susceptibility to remain unattracted to the magnetized tube edges that is determined based on the welding heat input.

Methods for manufacturing tubes filled with powdery and granular

Provided is a composite material for sliding members which comprises a titanium carbide matrix and graphite particles excellent in crystallinity which are uniformly dispersed in the titanium carbide matrix. This composite material has self-lubricity and high wear resistance together with the excellent properties of titanium carbide such as high strength, high hardness, high melting point, low specific gravity and high electrical conductivity.

Composite materials for sliding members

A liquid shampoo composition having both superior stability at low temperatures and a conditioning property, which contains (a) an anionic surface active agent (I) represented by the general formula:

Liquid alpha-olefin sulfonate shampoo composition with increased low

Growing community of inventors

Tokyo, Japan

Toru Ono