Clarion Co

Hitachi, Ltd.

Maxell, Ltd.

Nichia Corporation

Tdk Corporation

Nec Corporation

Other

Mitsubishi Electric Corporation

Tokyo Electron Limited

The Furukawa Electric Co., Ltd.

Hitachi Maxell, Limited

Hitachi Consumer Electronics Co., Ltd.

Inphase Technologies, Inc.

Taisei Corporation

Dentsu Inc.

Naoki Mori

Takashi Matsubara

Sakiko Narikawa

Tadaaki Miyata

Motokazu Yamada

Sadao Kobayashi

Atsushi Shimizu

Akira Matsumoto

Kazunori Takahashi

Yoshihide Wakayama

Takaaki Sekiguchi

Makoto Yamamoto

Koji Suzuki

Motoyuki Suzuki

Hiroshi Ito

Tohru Sasaki

Takeshi Shimano

Hideki Nakamura

Kazuo Saito

Akira Tanaka

Yoshiho Seo

Takashi Oshima

Shoji Yamamoto

Hirofumi Nakano

Yasuyuki Shirai

Jason Ensher

Yoshiro Konishi

Tadahiro Ohmi

Rodney Carl Harris

Satoru Takashimizu

Yoshihiko Minachi

Toshimasa Kamisada

Akio Iijima

Hitoshi Inaba

Hiromichi Ito

Shigeto Oeda

Kentaro Yoshida

Shintaro Takada

Yoshiaki Okada

Osamu Suenaga

Hideki Kondo

Isao Terada

Takehiro Niikura

Hiromu Itoh

Masayuki Fukui

Masaki Omori

Yuuki Aburakawa

Junji Sotani

Akari Shimizu

Daisuke Nakazawa

Noboru Ito

Yuki Furubayashi

Yasuhiko Matsumoto

Takao Yahiro

Yuki Kishi

Shigeki Yanagida

Fukuya Iguchi

Shinnosuke Takahashi

Shinichi Shimoda

Takashi Yagi

Kouji Tanabe

Susumu Seo

Yuji Matumura

Hideo Hanaoka

Tetsuo Okuyama

Tohru Ohi

Minoru Mabuchi

Keijiro Mori

Shinya Suenaga

Takashi Toyomura

Susumu Kojima

Takashi Taniguchi

Toshihisa Okabe

Kikuji Kobayashi

Hiromu Ito

Nobuhiro Sekimoto

Minoru Tanaka

A magnet structure is a magnet structure for a TMR element which is an MR element. The magnet structure includes a bonded magnet compact that has a first main surface facing the TMR element, and a second main surface on a side opposite to the first main surface; and a tubular member that supports the bonded magnet compact. The bonded magnet compact has a gate portion which is provided on the second main surface and includes a gate mark formed by performing injection molding. The gate portion is provided at a position overlapping a center on the second main surface when seen from the second main surface side.

Magnet structure, rotational angle detector, and electric power steering device

An information processing device, includes: a gesture detection unit that recognizes gestures by a user; an output information control unit that controls output information to a display unit; and a device control unit, wherein: if the gesture detection unit has detected that the user has raised a hand for a certain time period, then the output information control unit displays upon the display unit a plurality of candidates for selection in association with gestures for operation; and if the gesture detection unit has detected a predetermined gesture by the user, the device control unit considers that, among the candidates for selection displayed upon the display unit, a candidate corresponding to the gesture that has been detected has been selected.

Information processing device

Provided is a sensor that is highly accurate while ensuring reduced power consumption. A sensor is an electronic circuit that includes a sensor element, an analog filter, an A/D converter, and first and second electronic circuit. The analog filter filters a waveform that includes a sensor signal from the sensor element and noise based on a servo signal. The A/D converter converts the waveform filtered by the analog filter into a first digital signal. The first electronic circuit includes a digital filter and acquires a second digital signal by performing signal processing including at least a filtering process on the servo signal by using the digital filter. The second electronic circuit acquires a third digital signal by subtracting the second digital signal from the first digital signal. A setting for the signal processing for acquiring the second digital signal is changed on the basis of the third digital signal.

Sensor with servo noise reduction

A magnet has a circular cylinder or circular tube shape and contains magnetic crystal grains, wherein an orientation of magnetization of the magnet is in a direction perpendicular to an axis of the circular cylinder or the circular tube, and directions of axes of easy magnetization of the magnetic crystal grains are isotropic.

Magnet, magnet structure, and rotational angle detector

A manipulation detection device includes a first manipulation detection process based on detection of light emission of an electronic pen (a first manipulation object) and a second manipulation detection process based on detection of a shadow of a finger (a second manipulation object) by radiation of illumination light. An image sensor captures an image of the electronic pen and an image of the finger, and image signal processing units perform a contrast adjustment of the captured image. Here, a state of the contrast adjustment performed by the image signal processing unit differs between the captured image of the electronic pen and the captured image of the finger. Manipulation detecting units execute a manipulation detection process for the electronic pen and the finger using the captured image which has undergone the contrast adjustment.

Manipulation detection device and video display system that are capable detecting an object on a video display surface

A projection type image display device correctly detects the position of contact of an electronic pen and a finger on a manipulation surface without the provision of a touch sensor. Light containing an image is projected, illuminating light that is different from the light containing the image is projected onto a manipulation surface which at least partially overlaps an image projection surface onto which the light has been projected, and an image of the manipulation surface is captured. A first detection process detects the position at which a first object being manipulated, a distal end of which emits light, touches the manipulation surface, a second detection process detects the position at which a second object being manipulated, which does not emit light, touches the manipulation surface, and at least part of the image being displayed is changed on the basis of the detection result from either detection process.

Projection type image display device, manipulation detection device and projection type image display method

An in-vehicle device comprises a gesture defection unit, which recognizes a user's hand position located within a predetermined range, a driving state recognition unit which detects a driving state of a vehicle, and a gesture control unit which controls a state of a gesture operation based on a recognition result of the hand position by the gesture detection unit, wherein the gesture control unit disables the gesture operation when the driving state of the vehicle detected by the driving state recognition unit is in a predetermined disabling state.

In-vehicle device

An operation detection device includes: first and second illuminations that irradiate illumination light from different positions onto an operation surface on which a user performs an operation, and a camera that captures the operation surface together with at least two fingers of a same hand of the user. First and second shadows of a same hand of the user are extracted from captured images obtained by the camera. Respective touch points of the same hand of the user on the operation surface are detected including when the first and second shadows corresponding to first and second fingers of the same hand have overlapping areas.

Operation detection device, operation detection method and projector

An in-vehicle device includes a gesture detection unit for recognizing a user's hand at a predetermined range; an information control unit controlling information output to a display; and an in-vehicle device control unit receiving input from a control unit equipped in a vehicle to control the in-vehicle device. When the gesture detection unit detects a user's hand at a predetermined position, the output information control unit triggers the display to display candidates of an operation executed by the in-vehicle device control unit by associating the candidates with the user's hand motions. When the gesture detection unit detects the user's hand, and the user's hand has thereafter moved from the position, the information control unit changes a selection method or a control guide of the operation to be executed by the in-vehicle device control unit, which is displayed on the display, to subject matter which matches the control unit.

Vehicle information processing device

A video display device includes first and second illuminators irradiating a manipulation surface with illumination light for manipulation detection in different directions, an imaging unit employing an imaging element of a rolling shutter system that images the irradiated manipulation surface together with a manipulation object of a user, and a contact point detecting unit detecting a contact point at which the manipulation object of the user touches the manipulation surface based on a captured image of the imaging unit. Captured images of shadows of the manipulation object of the user formed by repeatedly lighting up the first illuminator and the second illuminator alternately are used in a contact point detection process of the contact point detecting unit, and in the alternate lighting of the first illuminator and the second illuminator, a lighting period of one illuminator is longer than an imaging cycle of one frame of the imaging unit.

Video display device and manipulation detection method used therefor

An information presentation device includes: a situation estimation unit configured to identify one or more tasks based on input information that has been input and task information indicating one or more tasks indicating a situation; a load estimation unit configured to identify one or more sub-tasks based on each of the identified tasks and sub-task information indicating, for each situation of a task, one or more sub-tasks, which are work elements, having a possibility of being executed by a worker, and to acquire a load demand amount based on the identified sub-tasks and sub-task demand amount information indicating a load demand amount, which is a mental load for each sub-task; a capacity level estimation unit configured to acquire a capacity level based on the acquired load demand amount; and a presentation information selection unit configured to select information to be presented based on the capacity level.

System and method for improving motor vehicle safety

A projection type video display device includes a video projecting unit that displays a video by projecting the video onto a video projection plane, sensors and that detect an operator who operates the projection type video display device, operation detecting units and that detect a motion of the operator based on outputs of the sensors, and a control unit that controls the video projecting unit based on a detection result of the operation detecting unit. Preferably, a sensing area in which detections by the sensors are performed when a direction of the video projection plane is vertical and is set to differ from that when the direction of the video projection plane is horizontal.

Projection type video display device and projection type video display method

A shadow region extraction portion compares the brightness of an image captured by a camera with a threshold value and extracts first and second shadows caused by first and second light sources for a user's finger. An approach degree detection portion detects an approach degree for the finger with reference to a manipulation surface from distance d between two feature points in the first and second shadows. A contact point detection portion detects contact point P for the finger with reference to the manipulation surface from positions of the two feature points. A direction detection portion detects a direction pointed by the finger from directions of contours corresponding to the first and second shadows. A display control portion generates display control data for a manipulation target apparatus based on detection result data.

Manipulation detection apparatus, manipulation detection method, and projector

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Tokyo, Japan

Naoki Mori