Tdk Corporation

Ricoh Company, Ltd.

Mitsubishi Heavy Industries Limited

Dai Nippon Printing Co., Ltd.

Hitachi Industrial Equipment Systems Co., Ltd.

Shift Co. Ltd.

Other

Toppan Printing Co., Ltd.

Mitsubishi Hitachi Power Systems, Ltd.

Mitsubishi Heavy Industries Engine & Turbocharger, Ltd.

National Institute of Information and Communications Technology, Incorporated

Nec Communication Systems, Ltd.

Pioneer Dj Corporation

Nec Communications Systems, Ltd.

Hiroyuki Endo

Hideki Hirata

Isamu Kuribayashi

Katsunari Obata

Atsushi Yoshizawa

Tsuyoshi Komaki

Kazunari Ide

Kenji Nakamura

Toshiaki Takahashi

Tetsushi Inoue

Takuya Hata

Osamu Onitsuka

Junji Aotani

Shinichi Handa

Tetsuji Fujita

Ryosuke Mikoshiba

Akira Ebisawa

Hirokazu Kobayashi

Shigeru Fujita

Shin Nishimoto

Hiromi Ueda

Tsuneo Kuwahara

Takumi Nomura

Hiroyuki Kasai

Kenji Suzuki

Makoto Tanaka

Shinichi Sato

Kenji Kawasaki

Satoshi Yamada

Toshio Hayakawa

Toshiki Toda

Akira Nagano

Ko Takayanagi

Masahide Sasaki

Akihiro Yuuki

Takao Endo

Kunihiro Ichikawa

Yasuhide Fujiwara

Tadashi Kasuya

Yuzuru Kudoh

Yasuhiro Tani

Kenji Nakanoue

Tooru Honma

Toshiyuki Enomoto

Toshinori Tsuboi

Yutaka Shimazaki

Kunitetsu Makino

Masaki Takahashi

Kouji Yasukawa

Yoshiyuki Sato

Daisuke Takemoto

Nao Takagi

Tatsunori Sato

Hiroaki Kurokawa

Yuichi Hirakawa

Yoshikatsu Ikawa

Masayuki Kawashima

Kentaro Uchiyama

Junichi Shimamura

Taku Someya

Makoto Shinohara

Kazuo Ogura

Satoru Murata

Yoshitaka Kojima

Hideo Kato

Kazuhiro Kotaka

Hiroaki Fukushima

Shin-ichi Tezuka

Setsuko Shibuya

Ryota Uchiyama

Sota Watanabe

Toshiyuki Maruyama

Akihide Okajima

Yuuta Furukawa

Mikihisa Ishihara

Masaki Toda

Akira Mebata

Tetsushi Aimi

Yoshinobu Koori

Keitaro Kaburagi

Hideyuki Arikawa

Koji Kashiguchi

Katsumi Tanaka

An engine is provided with: an engine body; an intake line connected to a combustion chamber of the engine body; a first fuel line configured to supply a first fuel to the intake line; a second fuel line configured to supply a second fuel having a lower explosive limit that is higher than that of the first fuel to the intake line; a first flow regulating valve disposed in the first fuel line; a second flow regulating valve disposed in the second fuel line; and a control device configured to control the first flow regulating valve and the second flow regulating valve so that the first fuel is supplied to the combustion chamber before the second fuel is supplied to the combustion chamber in an intake process.

Engine and method of controlling engine

A secret key sharing system includes a transceiver in a first layer, a plurality of transceivers in a second layer, and a plurality of transceivers in a third layer. The transceivers in the second layer receive a first random number from the transceiver in the first layer via a directional carrier wave. The transceivers in the third layer receive a second random number from one of the transceivers in the second layer via the carrier wave. The transceiver in the first layer and the transceivers in the second layer share a first secret key based on the first random number, and the one of the transceivers in the second layer and the plurality of transceivers in the third layer share a second secret key based on the second random number.

Secret key sharing system and secret key sharing method

A dielectric layer comprising an embossed surface and a flat surface which is located at a side opposite to the embossed surface is provided. The plane that approximates the flat surface is the X-Y plane, and the normal direction to the X-Y plane is the Z direction. The embossed surface has inclined surfaces that are inclined with respect to the Z direction, and the inclined surfaces reflect incident light incident on the dielectric layer and emerge reflected light. The elevation angle, which is an angle between the inclined surface and the X-Y plane, is &#x3b1;. The refractive index of the dielectric layer is n. These values satisfy Formula (1): sin &#x3b1;&#x2264;(1/n)&#x3c;sin 2&#x3b1;.

Reflection suppression segment having inclined surfaces, display, and method for verifying display

Each protrusion surface has a shape of a strip extending in an extension direction perpendicular to the arrangement direction. Each protrusion surface tapers toward a top section in a thickness direction of an uneven structure. Each depression surface has a shape of a strip extending in the extension direction. Each depression surface tapers toward a bottom section in the thickness direction of the uneven structure. The protrusion surfaces and the depression surfaces are arranged at a period that limits reflection of light that is incident on the uneven surface in a front-view direction of the uneven surface and diffracts the light incident on the uneven surface to emit diffracted light in an oblique view direction of the uneven surface. The uneven structure has a property of absorbing light incident on the uneven structure.

Display

A power-driven working device including: a working tool; a drive unit configured to drive the working tool; a control unit configured to control an output power of the drive unit; and an operating unit including a first switch and a second switch, is provided. The control unit includes a cruise control unit configured to execute cruise control to maintain the output power of the drive unit constant when a cruise switch is activated, and an output power adjustment unit configured to increase the output power of the drive unit and to continue the cruise control when the first switch is activated during the cruise control, and to decrease the output power of the drive unit and to continue the cruise control when the second switch is activated during the cruise control.

Power-driven working device

A precombustion chamber gas engine including a precombustion chamber communicating with a main combustion chamber includes: a precombustion-chamber-fuel supply line through which a precombustion chamber fuel flows; a precombustion-chamber-fuel supply valve connected to the precombustion-chamber-fuel supply line and controlling supply of the precombustion chamber fuel to the precombustion chamber, the precombustion-chamber-fuel supply valve being configured to open when a precombustion chamber fuel line pressure, which is a pressure of the precombustion-chamber-fuel supply line, is larger than a precombustion chamber pressure, which is a pressure of the precombustion chamber; a precombustion-chamber-fuel-line-pressure adjustment valve disposed on the precombustion-chamber-fuel supply line and capable of adjusting the precombustion chamber fuel line pressure; an exhaust-precombustion-chamber-pressure acquisition unit capable of obtaining an exhaust precombustion chamber pressure which is a pressure related to the precombustion chamber pressure when an exhaust valve controlling a communication state between an exhaust passage and a cylinder forming the main combustion chamber is open; and a valve-opening-degree control device configured to control an opening degree of the precombustion-chamber-fuel-line-pressure adjustment valve. The valve-opening-degree control device is configured to control the opening degree of the precombustion-chamber-fuel-line-pressure adjustment valve in accordance with the exhaust precombustion chamber pressure obtained by the exhaust-precombustion-chamber-pressure acquisition unit.

Precombustion chamber gas engine

A method for manufacturing a shaft body by welding a plurality of shaft members together and forming the shaft body, the method including: a primary tempering step of subjecting a range in at least one of the shaft members, which is in the vicinity of an end of another shaft member side adjacent thereto, to tempering before the shaft members are welded together so that a strength of an end side of a region thereof is lower than a strength at a side which is opposite to the end of the region thereof; a welding step of welding the shaft members together after the primary tempering step; and a secondary tempering step of tempering the vicinity of a weld part between the shaft members after the welding step.

Method for manufacturing shaft body

An operation device includes a stationary portion, a movable portion configured to move in a predetermined direction within a predetermined range, and a load adjuster configured to adjust a movement load of the movable portion. An elastic portion that is elastically deformable is provided to the movable portion. The load adjuster is provided to the stationary portion and provided with a press portion configured to press the elastic portion in a direction intersecting with the moving direction of the movable portion.

Operation device

An endless belt includes a base layer and a resin layer. The base layer includes a metal film. The resin layer is laminated on an outer side of the base layer. The resin layer includes edge portions in an axial direction with at least one edge portion of the edge portions made narrower than the base layer in the axial direction such that the outer side of the base layer is exposed.

Endless belt, fixing device, image forming apparatus, and method of manufacturing endless belt

A base for a fixing belt comprising at least: a nickel layer; and a copper layer, both laminated each other, wherein an orientation ratio I(200)/I(111) calculated based on a ratio between a peak strength of (200) crystal face and a peak strength of (111) crystal face by X-ray diffraction analysis of the copper layer is 0.1 or less. The base for the fixing belt further includes a protective layer, disposed on a surface of the copper layer opposite a surface on which the nickel layer is laminated, and the protective layer is formed of nickel.

Base for fixing belt, fixing belt, fixing device, and image forming apparatus

A base for a fixing belt includes a nickel layer; and a copper layer, both laminated each other, wherein an orientation ratio calculated based on a ratio between a peak strength of crystal face and a peak strength of crystal face by X-ray diffraction analysis of the copper layer is 0.1 or less. The base for the fixing belt further includes a protective layer, disposed on a surface of the copper layer opposite a surface on which the nickel layer is laminated, and the protective layer is formed of nickel.

An inspection method for a welded joint formed between a pair of base metals () with a groove part () and an abutment face () being formed on a joint surface Wc between the pair of base metals. The method includes the steps of: forming a recessed groove () opening to a surface of the base metals in advance at one end of the abutment face; irradiating the joint surface Wc with an X-ray generator () placed on a groove part formation side (an exterior space O side) toward the joint surface Wc after at least one pass Pof build-up welding is performed on the groove parts (); and determining the presence or absence of incomplete penetration in the welded joint part W based on an image formed on a photosensitive film () by radiation penetrating the joint surface Wc.

Method for manufacturing a turbine rotor

An amorphous core transformer is provided which is capable of effectively suppressing influences, fluctuation, displacement or the like of a coil caused by an electromagnetic mechanical force or the like. In an amorphous core transformerincluding an amorphous core, a plurality of coilsin which the amorphous coreis inserted and a fixing metal framethat assembles the coilsand the amorphous core, the inter-coil memberis interposed between the neighboring coilsand the inter-coil memberis positioned and held by a positioning member. Thus, it is possible to prevent the coilsfrom being deformed or displaced beyond the inter-coil memberand maintain the shape of the coils

Amorphous core transformer

An amorphous transformer which includes an amorphous core formed of an amorphous material with a lap provided at an upper portion and allowed to stand in substantially a vertical direction while being supported at a core support member, and a coil which is fitted with the amorphous core. The core support member is formed by integrating a core support member for supporting a side surface of the amorphous core and a corner support member for supporting a corner portion of the core. The core support member is provided in substantially a vertical direction along at least one of the side surfaces of the core.

Amorphous transformer

A DPF target temperature setting unit has a temperature increase rate setting portion which sets a temperature increase change rate such that, until a target set temperature at which PM is burnt is reached after the start of late post injection, the temperature increase change rate is reduced in accordance with an increase in temperature or a period of time elapsed since the start of the late post injection, a stepwise temperature increase change rate in the temperature increase rate setting portion includes two stages of a first-stage change rate A and a second-stage change rate B lower than the first-stage change rate, and a target temperature of the DPF temperature is calculated by using the temperature increase rate of the temperature increase rate setting portion.

Exhaust emission control device of diesel engine

Growing community of inventors

Tokyo, Japan

Hiroyuki Endo