Ajinomoto Co., Ltd.

Takata Corporation

Jt Co., Ltd.

Fujitsu Corporation

Honda Giken Kogyo Kabushiki Kaisha

Tokyo Shibaura Denki Kabushiki Kaisha

Nikkiso Company Limited

Toyo Soda Mfg. Co., Ltd.

Central Research Laboratories Ajinomoto Co., Inc.

Sagami Chem. Rsch. Cntr.

Hideo Takeda

Shinichi Kishimoto

Masao Nakamura

Haruo Kawasaki

Masayoshi Naruse

Harutoshi Oura

Hiroaki Fujii

Tadashi Takemoto

Toyoto Hijiya

Katsumi Sugiyama

Takahiro Yamanishi

Hiroko Sato

Hiroaki Kashima

Toshihisa Kato

Tetsuo Yamatani

Kiichiro Tanaka

Koji Shibuya

Hidehiko Sakamoto

Jong Hak Choi

Hiroshi Takeuchi

Kiyoshi Yoneda

Kiyotaka Oyama

Yuji Nonaka

Toshihide Yukawa

Yoshinori Ogawa

Masashige Kubo

Akito Inoue

Katsunao Kanari

Nobuya Osada

Yoshihisa Tanaka

Kiyoshi Fukuchi

So Abe

Takahiko Itoh

Mikiya Kano

Nobuyuki Matsutani

Yuki Hamamoto

Rika Tokoro

Rui Kaga

Yuta Kikuchi

Takaaki Hirama

Takashi Mega

Noriyuki Ikarashi

Provided is a game machine system including a game machine capable of progressing different kinds of games and a table games with different kinds of the games, the game machine system including an administration controller connected to a plurality of game machines and the game machine capable of displaying progress of a game selected from a plurality of kinds of games and a result of the game, in which the game machine includes an operating device with which a player operates the progress of the game, and the progress of the game connected to the administration controller is performed by operation of the operating device of the game machine selected by the administration controller.

Game machine system

Disclosed is an operating device of a game machine which is installed in the game machine including a display portion which displays the progress of a game in accordance with a control of a body controller and a result of the game and operates the progress of the game in conjunction with a display on the display portion. This operating device includes a rotation operation portion capable of being rotated by a player, a rotation operation detecting portion which detects a state of rotation operation of the rotation operation portion, a decoration display portion which displays any one of a pattern, a symbol and a letter, or a combination thereof, and a connection portion which outputs a signal of the rotation operation detecting portion to the body controller and inputs a signal for controlling a display of the decoration display portion from the body controller.

Operating device of game machine and game machine

A gate circuit has a complementary transistor structure comprising transistors of different conductivity types connected in series respectively between two power source terminals and an output terminal, sharing a gate connected to an input terminal, the transistors of different conductivity types each comprising plural transistors, and the plural transistors being connected in series between each of the two power source terminal and the output terminal. The gate is provided to extend like a line, plural diffusion layers are provided along the direction of the line in which the gate extends, and a conduction channel of each of the plural transistors connected in series between the power source terminals and the output terminal is formed in the diffusion layers.

Semiconductor gate circuit and delay circuit comprising series connected CMOS transistors

An impeller is directly driven by an output shaft of a core engine. The airflow produced by the impeller rotates an air turbine and a fan disposed integrally with the air turbine. The impeller and the air turbine form a fluid coupling which serves also as a speed reducing mechanism. The rotational speed of the fan can be reduced to be lower than that of the output shaft while retaining efficiency of the core engine. The outer diameter of the fan can be increased, raising a bypass ratio.

Turbofan engine including fans with reduced speed

A crystalline L-alpha-aspartyl-L-phenyl-alanine methyl ester product is disclosed. The product is obtained by crystallizing the ester from an aqueous solution, by cooling. The initial concentration of ester in the aqueous solution used provides at least 10 grams of precipitated solid phase per liter of solution. The solution is cooled through conductive heat transfer without effecting forced flow to form a sherbet-like pseudo solid phase.

Process for crystallizing L-.alpha.-aspartyl-L-phenylanlanine methyl

A method for dissolving crystalline L-alpha-aspartyl-L-phenyl alanine methyl ester product is disclosed. The product is obtained by crystallizing the ester from an aqueous solution, by cooling. The initial concentration of ester in the aqueous solution used provides at least 10 grams of precipitated solid phase per liter of solution. The solution is cooled through conductive heat transfer without effecting forced flow to form a sherbet-like pseudo solid phase

Method of dissolving crystals of L-.alpha.-aspartyl-L-phenyl alanine

A crystalline L-.alpha.-aspartyl-L-phenylalanine methyl ester product and the process for obtaining the same are disclosed. This product is obtained by adjusting the initial concentration of L-.alpha.-aspartyl-L-phenylalanine methyl ester in an aqueous solution so that the amount of precipitated solid, formed after cooling said solution, is about 10 grams or more of precipitate per liter of solvent. The solution is then cooled through conductive heat transfer, without causing forced flow, to obtain a sherbet-like pseudo solid phase.

Process for crystallizing L-.alpha.-aspartyl-L-phenylalanine methyl ester

A method for dissolving crystalline L-alpha-aspartyl-L-phenyl-alanine methyl ester product is disclosed. The product is obtained by crystallizing the ester from an aqueous solution, by cooling. The initial concentration of ester in the aqueous solution used provides at least 10 grams of precipitated solid phase per liter of solution. The solution is cooled through conductive heat transfer without effecting forced flow to form a sherbet-like pseudo solid phase.

Method of dissolving crystals of L-.alpha.-aspartyl-L-phenylalanine

A container having an inflator is installed to an instrument panel in front of a seat. A rectangular sub bag is mounted to an opening of the container and has a partition panel inside thereof. The partition panel is attached to the sub bag to form first gas communicating paths between the sub bag and the partition panel. A cylindrical main bag has a base portion inserted inside the sub bag and connected to both the sub bag and the partition panel. The main bag has second gas communicating paths communicating to the sub bag disposed between the connection with the sub bag and the connection with the partition panel. Gases spouted from the inflator inflate the sub bag through the first gas communicating paths and then inflate the main bag through the second communicating paths.

Air bag device

An air bag device is formed of a first air bag accommodated in a steering pad and receiving an occupant by the inflation and deployment at a collision and a second air bag seamed with a portion of the first air bag and being inflatable in a ring shape to cover a surface of a steering wheel facing to the occupant. The first air bag and the second air bag have gas communicating holes at a seaming portion between them. The first air bag is inflated by introducing gas a gas generating device connected to a gas inlet of said first air bag and the second air bag is inflated at the same time by introducing gas through the gas communicating holes.

A method for preparing an amino acid ester with sulfuric acid as the catalyst in high yield, in which a mixture of amino acid, sulfuric acid and an alcohol is heated while adding the alcohol as a liquid or gas to the reaction mixture and alcohol from the reaction mixture is distilled off.

Method for preparing amino acid esters

In crystallizing .alpha.-APM from a water solution or a mixed solvent solution of water and a lower alcohol in a crystallizer, the pressure in the crystallizer is held at not higher than atmospheric pressure, a water or water/alcohol mixed solution of .alpha.-APM is fed into the crystallizer with stirring so that the solvent is vaporized, and the crystallization solution is cooled and crystallized by the latent heat of vaporization or is heated so as to prevent supercooling.

Method of crystallizing .alpha.-L-aspartyl-L-phenylalanine methyl ester

A method of preparing .varies.-L-aspartyl-L-phenylalanine methyl ester hydrochloride (.varies.-APM.HCL) from a reaction mixture of N-formyl-L-aspartic acid anhydride and L-phenylalanine methyl ester (PM), wherein .alpha.-APM.HCl is produced without isolating an intermediate by solid-liquid separation during the course of the reaction process.

Method of preparing .alpha.-l-aspartyl-l-phenylalanine methyl ester

A process for crystallizing L-alpha-aspartyl-L-phenylalanine methyl ester from its aqueous solution by cooling, which comprises adjusting the initial concentration of the ester so that the amount of a precipitated solid phase to be formed after cooling becomes about 10 grams or more per liter of the solvent, cooling the solution through conductive heat transfer through a cooled surface to form an apparently sherbet-like pseudosolid phase without causing forced flow by mechanical stirring or the like, and optionally further cooling the system after formation of the pseudosolid phase, is disclosed along with various apparatuses which may be used to carry out the invention.

Process for crystallizing L-alpha-aspartyl-L-phenyl-alanine methyl ester

Process for crystallizing L-alpha-aspartyl-L-phenyl-alanine methyl

Growing community of inventors

Tokyo, Japan

Hideo Takeda