Sanyo Electric Co., Ltd.

Honda Motor Co., Ltd.

Iwasaki Electric Co., Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Pentax Corporation

Kochi University

Fujirebio Kabushiki Kaisha

Fujizoki Pharmaceutical Co., Ltd.

Takashi Sato

Takayasu Saito

Hiroyuki Matsumori

Kenzo Matsumoto

Kazuya Sato

Haruhisa Yamasaki

Masaya Tadano

Satoshi Imai

Dai Matsuura

Toshiyuki Ebara

Atsushi Oda

Akira Sugawara

Kenzo Matumoto

Mitsuyuki Hatanaka

Takahiro Nishikawa

Kazuyoshi Sugimoto

Yuki Kobayashi

Futoshi Miyakawa

Kazuo Yamamoto

Kohei Oshima

Kyosuke Korenaga

Emiko Kubo

Yukimasa Saito

Koji Uchida

Yasufumi Kawanabe

Masaji Yamanaka

Kazuaki Fujiwara

Takeshi Kuroe

Makoto Fuma

Yutaka Aikyo

Yasunori Kiyokawa

Masahisa Otake

Takayuki Sato

Noriko Ota

Kenji Aida

Yoshinori Noboru

Yoshiaki Hiruma

Toshihiko Mitsunaga

Kazuhiko Mihara

Hidetaka Sasaki

Setsu Hasegawa

Ken Kawakubo

Jun Hatakeyama

Takaaki Komiya

Shigeru Yamazaki

Nozomu Kajiwara

Akihito Saka

Akira Matsuzaki

Toshiyuki Ehara

Jyunichi Suzuki

Yoshinobu Suehiro

Takako Kayashima

Atushi Oda

Kenzo Malumoto

To be able to compactly dispose an airbag device at a front portion of a saddled vehicle. An airbag device for a saddled vehicle including: an inflator; an airbag adapted to be expanded by gas discharged from the inflator; and, a retainer accommodating the airbag, the airbag being deployed upward from an opening of the retainer, in which the retainer is disposed between a meter provided in front of a handle for steering and a headlight provided in front of the meter in a side view of the vehicle.

Air bag device for saddled vehicle

A saddle riding vehicle airbag device can be disposed compactly and the airbag can be deployed vertically upward. In the saddle riding vehicle airbag device provided with a retainer that is provided in front of a seat for a rider, an inflator and an airbag that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is deployed in front of the rider, in which the retainer is provided with an L-shaped airbag passage that causes the airbag to deploy upward in a left-right direction, and, in a deployed state, the airbag is formed bilaterally asymmetrical with respect to a left-right center line of the airbag.

Saddle riding vehicle airbag device

In an intake device for an internal combustion engine, a first resonator chamber () is defined between a clean side chamber () and a peripheral wall () of a case (), and a first communication passage (B) communicating a dust side chamber () with the first resonator chamber is extending along the peripheral wall of the case.

Intake device for internal combustion engine

Coupling spots are properly protected upon reception of gas pressure. A seam is possessed as a partition that partitions the interior of an airbag, and the seam is a coupling spot along which a frontal-side base fabric and a backside base fabric are coupled to each other. First and second reinforcing fabrics are provided on inner sides of the frontal-side base fabric and the backside base fabric, and the first and second reinforcing fabrics have remaining margins that are oriented toward the gas supply side in the downward direction rather than toward the seam, and each of the remaining margins functions as a shield wall against a flow of gas toward the seam.

Airbag device

Gas is properly fed into a head facing portion while upsizing of an inflator is prevented. Throttle portions are provided for coupling between a frontal side and a backside of an airbag between a neck portion and a head facing portion. Seams are formed as contours of the throttle portions positioned outermost the airbag in a width direction. The seams are parallel to side edge portions, of the airbag positioned outside the seams in the width direction. Seams are formed as contours opposed to the throttle portions arranged adjacent to each other. The seams are approximately parallel to each other.

Control for airbag deployment and/or the like is facilitated in a simple configuration. An airbag includes upper vent holes and lower vent holes. The upper vent holes are placed upward of the head facing portion and are open to an occupant side. The lower vent holes are placed downward of the upper vent holes and are open to the opposite side from an occupant.

An imaging system includes: a first lighting device for irradiating an imaging target object with visible light; a second lighting device for irradiating the imaging target object with near-infrared light; and an image sensor for photodetecting visible light caused by the visible light and coming from the imaging target object and fluorescence caused by the near-infrared light and coming from the imaging target object during a predetermined shutter open period every frame of a predetermined period. The image sensor outputs photodetection signals corresponding to photodetection amounts of the visible light and the fluorescence. The imaging system also includes a controller that generates a composite image of a visible image and a fluorescence image based on the photodetection signals, and has a lighting controller that turns on the second lighting device with optical power corresponding to the shutter open period in synchronism with the shutter open period.

Imaging system

An object of the present invention is to keep an appropriate high pressure side pressure in a refrigerant circuit while reducing noises of an operation of a blower in a refrigerating apparatus which obtains a critical pressure on a high pressure side. The refrigerating apparatus in which the refrigerant circuit is constituted of a compressor, a gas cooler, a reducing element and an evaporator to obtain a supercritical pressure on the high pressure side includes a blower which air-cools the gas cooler and a control device which controls this blower. This control device controls a revolution speed of the blower based on an outdoor temperature and an evaporation temperature of a refrigerant in the evaporator.

Refrigerating apparatus

A rotary compressor includes: a driving element which is provided inside a sealed container; and a rotary compression element which is provided inside the sealed container so as to be located below the driving element. A refrigerant discharge pipe is inserted from a side surface of the sealed container above the driving element into the sealed container, and is opened in the horizontal direction. A refrigerant compressed by the rotary compression element is discharged from a discharge hole into the sealed container, and is discharged from the refrigerant discharge pipe to the outside of the sealed container. The position of the discharge hole is set to a position below an area Aon the opposite side of the opening direction of the refrigerant discharge pipe from a line Lpassing an opening surface of the refrigerant discharge pipe and perpendicular to the opening direction of the refrigerant discharge pipe.

Rotary compressor with improved oil retention

A laminate type light emitting diode device having excellent heat radiation performance and high output capability is provided. A plurality of reflection type light emitting diode unitseach of which includes a light emitting diodeand a dichroic mirrorin a hollow metal holder casehaving high thermal conductivity so as to face each other are joined to one another through joint membersformed of electrical insulating material, thereby constructing the laminate type light emitting diode device

Laminate type light-emitting diode device, and reflection type light-emitting diode unit

Projector device having assembly of reflection type light emitting diodes

There is provided a rotary compressor capable of preventing deterioration of performance following plug fixing carried out to prevent falling-off of a spring member. The rotary compressor comprises a cylinder constituting a rotary compression element, a roller engaged with an eccentric portion formed in a rotary shaft of an electric element, and eccentrically rotated in the cylinder, a vane abutted on the roller to divide an inside of the cylinder into a low pressure chamber side and a high pressure chamber side, a spring member for always pressing the vane to the roller side, a housing portion of the spring member, formed in the cylinder, and opened to the vane side and a hermetically sealed container side, a plug positioned in the hermetically sealed container side of the spring member, and inserted into the housing portion to fit into a gap, and an O ring attached around the plug to seal a part between the plug and the housing portion. In this case, a space between the cylinder and the hermetically sealed container is set smaller than a distance from the O ring to an end of the plug on the hermetically sealed container side.

Compressor, method for manufacturing the compressor, defroster of refrigerant circuit, and refrigerant unit

There is provided an internal intermediate pressure multistage compression type rotary compressor capable of reducing a height dimension while reducing the amount of oil to be discharged outside. An electric element and first and second rotary compression elements which are driven by a rotary shaft of the electric element disposed under the electric element are provided in a hermetic shell case. There is provided a refrigerant introduction pipe for introducing refrigerant in the hermetic shell case over the electric element into the second rotary compression element through an outside of the hermetic shell case. There is provided an oil path provided in the rotary shaft for discharging oil through an oil discharge port which is positioned at the upper end of the rotary shaft. The refrigerant introduction pipe is provided such that apart of an inlet of the refrigerant introduction pipe is positioned under the upper end of a stator of the electric element.

Internal intermediate pressure multistage compression type rotary compressor, manufacturing method thereof and displacement ratio setting method

Compressor

A compressor capable of surely preventing leakage of a refrigerant gas from a connection portion between an airtight container and a pipe to the outside at low cost is provided. The compressor comprises an airtight container to which a refrigerant introduction pipe is connected, and a compression element received in the airtight container to discharge the refrigerant into the same. The refrigerant introduction pipe has a cylindrical pipe main body, and a jaw-like flange portion formed in a tip of the pipe main body. A cylindrical connection sleeve is disposed between the refrigerant introduction pipe and the airtight container. A first bolt is disposed to connect the connection sleeve to the airtight container, and a second bolt is disposed to connect the connection sleeve to the flange portion of the refrigerant introduction pipe. The flange portion of the refrigerant introduction pipe hides the first bolt.

Method of manufacturing a compressor

Growing community of inventors

Kumagaya, Japan

Takashi Sato