Mitsubishi Heavy Industries Limited

Glory Ltd.

Mitsubishi Hitachi Power Systems, Ltd.

Mitsubishi Power, Ltd.

Mitsubishi Denki Kabushiki Kaisha

Glory Kogyo Kabushiki Kaisha

Mistubishi Heavy Industries, Ltd.

Koichi Nishida

Shigemi Mandai

Shinji Akamatsu

Katsunori Tanaka

Satoshi Takiguchi

Hideki Haruta

Kotaro Miyauchi

Masataka Ohta

Masataka Ota

Keijiro Saito

Kazuyuki Shimizu

Satoshi Tanimura

Kazuhiro Doi

Wataru Akizuki

Mitsuru Inada

Yoshichika Sato

Hiroshi Tone

Ryuichi Tabata

Kazuya Kobayashi

Mikito Imai

Yumiko Imai, Legal Representative

Kenji Miyamoto

Kuniaki Aoyama

Sosuke Nakamura

Toshihiko Saito

Koichi Akagi

Naoki Tsunoda

Rintaro Chikami

Hironori Tsukidate

Yoshitaka Terada

Yoshiro Oie

Youichi Takemura

Kunihiro Oga

Takahiro Washizu

Sadao Minagawa

Yoji Kochi

Koichi Nabeyama

Tsutomu Iwata

Teruya Tachibana

Akira Yamada

Tatsuo Ishiguro

Harufusa Kondoh

Yoshitaka Hirata

Kei Inoue

Masayuki Hata

Takeshi Yokawa

Eiji Akita

Minoru Higashiyama

Ichiro Fukue

Tomohiro Yokoo

Yoshikazu Matsumura

Mitsuhiro Nakao

Tomo Kawakami

Keiju Nakagawa

Yasuhiro Akiyama

Shohei Numata

Hiromasa Nakagawa

Yutaka Kawata

Takahiro Yamauchi

Masakazu Nose

Tetsuo Gora

Osamu Uehara

Hikaru Katano

Masaki Mitani

Tomoki Uruno

Akitoshi Osaki

Yoshikuni Kasai

Shuhei Kajimura

Keita Yunoki

Kiyoaki Kobayashi

Hitoshi Kawabata

Eiji Takami

Atsushi Sakamoto

Kouichi Nabeyama

Takashi Ishimatsu

Tsutomo Yoshimura

Masahiro Kamogawa

Tomohisa Takasaki

Atsushi Morisawa

Kazuyuki Shimuzu

Hajime Murota

Kazuya Itou

Masashi Numaki

Hisanari Nakajima

Jyunji Hashimura

The present invention reduces the concentration of thermal stress on a burner. A gas turbine combustor receiving compressed air from a compressor, mixing the compressed air with a fuel, burning the mixture to generate a combustion gas, and supplying the combustion gas to a turbine. The combustor includes: an inner cylinder internally forming a combustion chamber; an outer cylinder covering the inner cylinder and forming a cylindrical outer circumferential flow path between the inner and outer cylinders to allow the compressed air to flow; and a burner mounted on an end of the outer cylinder, which is positioned on an opposite side to a turbine side, and facing the combustion chamber. The burner includes a cylindrical base frame including a cavity distributing the fuel, and fuel nozzles circularly arranged as viewed from the combustion chamber and connected to the cavity. When viewed from the combustion chamber, slits extending radially are formed in the base frame such that each separate the circumferentially adjacent fuel nozzles from each other.

Gas turbine combustor and gas turbine

A gas turbine combustor provided with: a plurality of swirler tubes that are disposed inside a combustor basket and impart a swirl to a premixed gas, the premixed gas being obtained by premixing a fuel and air for combustion; and an outer ring that is disposed between the plurality of swirler tubes and the combustor basket with a gap provided between the outer ring and the combustor basket, and generates film-shaped air inside a combustor transition piece connected to the combustor basket via injection through the gap into the combustor transition piece, and at a downstream end of the outer ring, the outer ring includes a tapered surface formed such that the outer ring gradually decreases in thickness from an upstream side toward a downstream side.

Gas turbine combustor

A money handling system includes a money handling apparatus (for example, a coin handling apparatus ()) configured to handle money and a placing unit () on which the money handling apparatus is placed and provided with an orientation change mechanism for changing an orientation of the money handling apparatus in a horizontal direction.

Money handling system

A combustor includes: a first cylindrical body which is configured to hold a fuel nozzle extending in an axial line direction and through which air flows toward a downstream side thereof; a second cylindrical body that is connected to a downstream side of the first cylindrical body; and an outer shell that has an inner peripheral surface configured to define an air introduction channel through which air is introduced such that the air reverses course at an upstream end of the first cylindrical body and flows toward the downstream side together with an outer peripheral surface of the first cylindrical body. The inner peripheral surface has an outside narrowing surface that is formed to extend inward in a radial direction toward the upstream end of the first cylindrical body.

Combustor, gas turbine

A combustor includes a nozzle, a burner cylinder surrounding the outer circumference of the nozzle, and an outside flow path cylinder surrounding the outer circumference of a downstream end portion of the burner cylinder. A purge air flow path through which air flows is formed between the inner circumferential side of the outside flow path cylinder and the outer circumferential side of the burner cylinder. A tapered surface is formed in the downstream end portion of the burner cylinder such that the plate thickness of a burner cylinder-forming plate that forms the burner cylinder gradually thins toward the downstream side.

Combustor and gas turbine comprising same

The present invention reduces thermal stress that is applied to the weld zone of a cavity formed in the structural material of a burner. The burner includes the cavity distributing a fuel to fuel nozzles. The cavity is demarcated by a groove formed in the structural material of the burner so as to create a level difference at an opening, and a cover fitted into the level difference to close the groove. The cover is formed by a web covering the opening in the groove and a flange extending in the depth direction of the groove to be fitted into the level difference, and is joined by welding to the structural material in such a manner as to have an L-shaped cross-section. When viewed in a cross-section orthogonal to the groove, a cover-side inner surface that is an inner surface of the flange forming a lateral surface of the cavity is flush with a groove-side inner surface that is an inner surface of the groove forming a lateral surface of the cavity. The boundary between the cover-side inner surface and the groove-side inner surface is away from a first corner of the cavity sandwiched between the cover-side inner surface and the inner surface of the web forming a ceiling surface of the cavity.

A paper sheet handling apparatus (for example, a banknote handling apparatus) for storing a paper sheet inside a storage bag provided with an opening includes a first bonding unit (for example, each heating member) which thermally bond and seal a portion to be a bottom part of the storage bag held by the holding unit (for example, each holding member) when the paper sheet is stored in the storage bag and a second bonding unit (for example, each holding member) which bonds and seals an opening of the storage bag held by the holding unit with a bonding material (for example, each bonding part).

Paper sheet handling apparatus and paper sheet handling method

A valuable medium processing apparatus that stores a valuable medium in a storage bag, the valuable medium processing apparatus having: a mounting sections, the storage bag being mounted on the mounting sections; an acquisition section that acquires recognition information attached to the storage bag, and mounting information of the mounting section to which the storage bag has been mounted; and an association section that associates the recognition information with the mounting information, the recognition information and the mounting information being acquired by the acquisition section.

Valuable medium processing apparatus, information processing apparatus, valuable medium processing system, and valuable medium processing method

A sheet storage apparatus (for example, banknote handling machine includes: a holding unit (for example, each holding member) configured to hold a storage bag in a state where an opening portion of a banknote storage bag is opened or in a state where the opening portion of the banknote storage bag is sealed; a regulation unit configured to selectively regulate access to the banknote storage bag held by the holding unit; and a control unit configured to control the regulation unit so as to allow access to the banknote storage bag held by the holding unit in a state where the opening portion of the banknote storage bag is opened when a predetermined condition is satisfied.

Sheet storage apparatus and sheet storage method

A combustor including a transition piece that defines a flow channel therein; a combustor basket inserted in the transition piece from an upstream side of the flow channel that sends a combustion gas through the flow channel and defines a gap through which a compressed air is sent with an inner peripheral surface of the transition piece; wherein the combustor basket includes a notch portion recessed from an end of the combustor basket on a downstream side toward the upstream side, and a purge air introduction hole through which the compressed air in the gap is introduced into the notch portion.

Combustor and gas turbine

A combustor including a combustor main body having a transition piece that defines a flow channel therein, and a combustor basket inserted in the transition piece from an upstream side of the flow channel that defines a gap through which a film air is sent with an inner peripheral surface of the transition piece; a connecting pipe disposed upstream of an outlet of the gap that connects to the combustor main body from an outer peripheral side and communicates with the flow channel via a connection hole; and a flow guide disposed at an identical position to the outlet of the gap on a downstream side of a connecting portion of the connecting pipe and the combustor main body that guides a compressed air introduced from outside the connecting pipe so that a flow rate distribution is made uniform in a circumferential direction of the combustor main body.

Combustor including a flow guide introduction portion connected to a flow guide main body portion, and a gas turbine

A combustor having a plurality of nozzles (main nozzles) to supply fuel disposed, includes a water supplier that is connected to all or part of the plurality of nozzles to supply water to each of a plurality of fuel pipes. The water supplier is configured to vary a supply amount of water for each of plurality of nozzles to which the water is supplied.

A combustor is equipped with a burner case, and a base plate spreading from a downstream end of the burner case in a radial direction. The base plate defines a purging air space at an upstream side of the base plate. The combustor includes a purging air flow passage configured to inject purging air in the purging air space to a downstream side relative to the base plate. An outflow opening of the purging air flow passage is defined within at least one of a radial range from an inner circumferential surface of the burner case and an axial range from the downstream end of the burner case.

Combustor and gas turbine having the same

A paper sheet handling machine (for example, a banknote handling machine) includes a lower assemblythat includes a plurality of storage units (such as a banknote storage bagor banknote storage cassette) for storing the paper sheet sent from a transporting unitof an upper assemblyand a controlling unitconfigured to perform control to sort the paper sheet, to be sent from the transporting unitof the upper assemblyto the lower assembly, to each of the storage units based on a predetermined classification condition designated in advance.

Paper sheet handling machine

A combustor includes a combustor external cylinder, a tubular combustor basket installed in the combustor external cylinder, a compressed air channel defined between the combustor external cylinder and the combustor basket, and a plurality of fuel nozzles installed in the combustor basket. Compressed air flowing along the compressed air channel is approximately reversed in the flow direction at an end of the combustor basket, and is introduced into the plurality of fuel nozzles. Fuel injection pegs made up of an upstream side fuel injection peg injecting upstream side fuel and a downstream side fuel injection peg injecting downstream side fuel, are installed in the compressed air channel. Concentration fluctuation of the upstream side fuel caused by pressure fluctuation in the combustor is configured so as to reduce a peak of concentration fluctuation of the downstream side fuel at a combustion start position of the combustor.

Combustor with fuel injector pegs for reducing combustion pressure oscillations

Growing community of inventors

Hyogo, Japan

Koichi Nishida