Nikon Corporation

Fujitsu Corporation

Kyocera Corporation

Nissan Motor Company Limited

Advanced Lcd Technologies Development Center Co., Ltd.

Fujitsu Semiconductor Limited

Mahle Filter Systems Japan Corporation

Hiroyuki Abe

Takahiro Okada

Masatomo Ohta

Masahiro Haga

Masaru Muramatsu

Akira Sasaki

Tetsuya Murayama

Fujio Ozawa

Shigeki Yamaji

Kazuki Shirato

Shin Watanabe

Kiyonori Kusuda

Hiroshi Kadoya

Junichi Hayama

Hisato Sato

Izumi Muraki

Shinji Hiramatsu

Natsuo Masuda

Hiromichi Akamatsu

Seiji Yoshizawa

Akitoshi Kaneko

Kazuaki Tsuda

Tetsuro Goto

Yoshitaka Yamamoto

Hiroyuki Iwasaki

Genshiro Kawachi

Masakiyo Matsumura

Yuta Saito

Hiroshi Takeuchi

Akira Sawada

Naoya Yamazaki

Jun Yoshida

Yasuhisa Oana

Maki Suzuki

Hideo Nunokawa

Takehiko Ueda

Tsutomu Narisawa

Katsumi Kanasaki

Nobuhiko Akasaka

Kazuhiko Fujio

Yasushi Koshiba

Makoto Ikeda

Shunichi Ko

Masashi Shinada

Yutaka Takinomi

Riyou Morishima

Miki T Suzuki

Kenji Tsubokawa

Hisao Ise

Kenichi Ohba

Sachie Takahashi

Hiroshi Nakao

Hideo Koseki

Shunsuke Ebata

Toshihiko Motoseko

Manabu Matsumoto

Kenjiro Maeda

Hiroshi Miyauchi

Kunihiro Asada

Yutaka Takasuka

Hiroko Takano

Shinichi Okamoto

Mitsunori Warabisako

Hiroshi Haibara

An imaging apparatus comprises a third substrate including a third connector; a third shield portion configured to cover a side surface of at least portions of the third substrate; a leg portion formed at an end of the third shield portion on the side of a direction away from the third substrate; a fourth connector configured to be able to be fitted to the third connector; a third metal plate configured to abut the leg portion; and a second housing including the fourth connector and the third metal plate.

Electronic device, imaging apparatus, and mobile body

A vehicle-mounted camera and a mobile body that improve the quality of a captured image are provided. The vehicle-mounted camera includes a lens arranged closest to a subject side and a housing that supports the lens. The lens is at least partially subjected to a surface treatment that changes its water-contact characteristics, or the housing has at least a shape to change its water-contact characteristics or is at least subjected to a surface treatment that changes the water-contact characteristics.

Vehicle-mounted camera and mobile body

An imaging apparatus includes an imaging substrate, a connector substrate, and a housing. The imaging substrate is provided with an imaging device that produces image data. The connector substrate is movably connected to the imaging substrate. The connector substrate includes a terminal configured to be connectable in a first direction to an external connector to which the image data is output. The imaging substrate and the connector substrate are accommodated in the housing. The housing includes a restricting section that restricts a position of the connector substrate in the first direction. The connector substrate is configured to be movable within a predetermined range in a direction intersecting the first direction.

Imaging apparatus and mobile object

An electronic device includes a first substrate and a second substrate, a first metal plate, and a second metal plate. On each of the first substrate and the second substrate, an electronic component is mounted. The first substrate and the second substrate are positioned toward a stacking direction with respective main surfaces facing each other. The first metal plate includes a flat portion that is interposed between the first substrate and the second substrate and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers a portion of the side surface of the first substrate. The second metal plate includes a second shield portion that covers the entire circumference of the side surface of the second substrate and the side surface of the first substrate exposed from the first metal plate. The first metal plate and the second metal plate abut each other directly or indirectly.

An electronic deviceincludes a first substrate, a second substrate, a third substrate, a first metal plate, and a second metal plate. An electronic componentis mounted on the first substrate. An electronic componentis mounted on the second substrate. An electronic componentis mounted on the third substrate. The first metal plateincludes a first flat portionand a first shield portion. The first flat portionis interposed between the first substrateand the second substrate. The first flat portionabuts the electronic component. The first shield portioncovers the entire circumference of a side surface of the first substrate. The second metal plateincludes a second flat portionand a second shield portion. The second flat portionis interposed between the second substrateand the third substrate. The second flat portionabuts the electronic component. The second shield portioncovers at least portions of side surfaces of the second substrateand the third substrate

An imaging apparatus includes an imaging optical system. The imaging apparatus includes a holding member that holds the imaging optical system. The imaging apparatus includes an imaging device including a light-receiving region and located in an image-forming plane of the imaging optical system. The imaging apparatus includes an elastic member that is located close to the imaging device toward the imaging optical system and surrounds the light-receiving region without overlapping the light-receiving region when viewed in an optical axial direction of the imaging optical system. The elastic member is in contact with the imaging device such that the area of contact between the elastic member and the imaging device is ring-shaped. The imaging apparatus includes a plate-like member that is located farther from an optical axis of the imaging optical system than an inside perimeter of the elastic member and overlaps at least part of the elastic member when viewed in the optical axial direction of the imaging optical system. The plate-like member includes a portion in contact with the holding member and a portion in contact with the elastic member.

An electronic apparatus includes a substrate, a housing, and an adhesive. The housing has opposing surfaces respectively opposing side surfaces of a first diagonal portion and second diagonal portion serving as a pair of diagonal portions of the substrate and encloses the substrate. The adhesive is positioned between the side surfaces of the first diagonal portion and the second diagonal portion of the substrate and the opposing surfaces of the housing.

Electronic apparatus, imaging apparatus, and mobile body

A bonded structure () includes a first member (), a second member (), and an adhesive body (). The second member () includes a support (). The support () includes a facing surface and a side surface. The facing surface faces the first member (). The side surface is inclined outward as viewed from the first member side. The adhesive body () is located between the first member () and the second member (). The adhesive body () extends from the facing surface to the side surface. The adhesive body () has a fillet shape at an end thereof by the side surface. The adhesive body () fixes the first member () to the second member ().

Bonded structure, imaging apparatus, and moveable body

Misalignment of a substrate portion which integrates an image sensor and a substrate is suppressed. An imaging apparatus comprises: an imaging optical system including at least one optical element; a holding member holding the imaging optical system; an image sensor configured to capture a subject image formed by the imaging optical system; a substrate having the image sensor mounted thereon; and a bonding member fixing a substrate portion to the holding member, the substrate portion integrating the image sensor and the substrate, wherein the bonding member is partly in contact with a surface of the substrate portion, and at at least two positions in a part of the surface of the substrate portion in contact with the bonding member, the surface of the substrate portion faces different directions.

Imaging apparatus, mobile object, and manufacturing method

Channel memberstoaccording to the present invention have an inner spiral channelthrough which a fluidflows. The channelis formed by a lid part, a bottom plate part, and a wall partconnected to the lid partand the bottom plate part. The wall partis made of a ceramic laminate. Even if the wall partof the channel memberstois narrow between channel segments, its good corrosion resistance allows the channelto be resistant to collapse when the fluidis supplied at high pressure. A heat exchanger, a semiconductor unit, and a semiconductor manufacturing apparatusincluding any of the channel memberstohave improved heat exchange efficiency between the channel memberstoand the fluid

Channel member, and heat exchanger, semiconductor unit, and semiconductor manufacturing apparatus including the same

An image classification program that is executed by a computer includes a first processing step of calculating feature values on the basis of the pixel densities of images, a second processing step of performing calculating in a space defined by the feature values, and a third processing step of grouping images that correspond to feature values that have been divided by the clustering.

Image classification program, image classification device, and electronic camera

A photographic subject determination method includes: a binarization step of creating a plurality of binarized images of a subject image, based upon color information or luminance information in the subject image; an evaluation value calculation step of, for each of the plurality of binarized images, calculating an evaluation value that is used for specifying at least one of a position, a size, and a shape of a photographic subject within the subject image; and a photographic subject specification step of specifying at least one of the position, the size, and the shape of a photographic subject within the subject image, based upon the evaluation value.

Subject determination method, computer program product for determining subject, and camera

A subject position determination method includes: generating a plurality of binarized images of a target image based upon color information or brightness information of the target image; calculating an evaluation value used to determine a subject position in the target image for each of the plurality of binarized images; and determining a subject position in the target image based upon the evaluation value.

Subject position determination method, program product for determining subject position, and camera

An electronic camera, includes an image sensor, a rangefinding means, an arithmetic operation means for calculating a characteristic quantities based upon at least either pixel density in an image obtained via the image sensor or rangefinding information obtained via the rangefinding means, a judgment means for judging a photographic scene based upon characteristic quantities calculated by the arithmetic operation means, and a control means for selecting camera settings in correspondence to the photographic scene having been judged.

Electronic camera with image sensor and rangefinding unit

A photometric device includes: an imaging unit that captures an image formed by an optical system, with a marker capable of switching between display and non-display disposed in a light path of the optical system; and a correction unit that, based upon a difference between a first image captured by the imaging unit in a state where the marker is displayed and a second image captured by the imaging unit in a state where the marker is not displayed, performs a correction of a third image that is different from the first image and the second image.

Photometric device, imaging device, and camera

Growing community of inventors

Yokohama, Japan

Hiroyuki Abe