Yazaki Corporation

Shinichi Okamoto

Masaki Saito

Koji Ishii

Kentaro Otomo

Daiki Saito

Hideto Miyake

Atsushi Ishibashi

Yu Kawahara

Yoshiyuki Furuya

Keizo Nishitani

Atsuyoshi Yamaguchi

Yoshihito Aoki

Shuuji Satake

Mitsunobu Kato

Antony Wambugu Ngahu

Sosuke Yamamoto

Yoshiharu Matsuo

Takeyoshi Watanabe

Akihiro Yoshida

Akio Minami

Shinngo Chiba

Aya Hashimoto

Koichiro Ono

There are provided a system and a method for photography management. The system includes a communication control unit capable of controlling cooperation between a first communication terminal and a second communication terminal. The communication control unit includes functions of: acquiring a taken photo including unique pattern information given in advance to a specific vehicle from a camera of the second communication terminal; identifying whether there is a match between the taken photo and the specific vehicle based on the taken photo and information acquired from the first communication terminal; and giving an instruction to the second communication terminal, the instruction being given by at least one of a display indicating that a vehicle in the taken photo is the specific vehicle on which a person having a desire of being photographed occupies and a voice output indicating that the vehicle is the specific vehicle.

System for photography management and method for photography management

A vehicle display device includes: an acquisition unit that acquires a travel environment; a prediction unit that predicts a behavior of another vehicle traveling ahead of a vehicle of a driver, based on the travel environment; and a display unit that, when the behavior of the other vehicle is predicted to become unstable, displays the predicted behavior of the other vehicle to the driver of the vehicle. The vehicle display device may include: a prediction unit that predicts a behavior of a vehicle, based on the travel environment; and a display unit that, when the behavior of the vehicle is predicted to become unstable, displays the predicted behavior of the vehicle to a driver of the vehicle.

Vehicle display device

A vehicle management system includes an imaging device provided in a shared vehicle to capture a plurality of passengers on the vehicle, a detection unit that detects that a user, who is one of the passengers, has performed a predetermined motion which is a motion registered in advance, based on a capturing result by the imaging device, and a controller that controls the vehicle based on a predetermined command, which is a command registered in advance as a command corresponding to the predetermined motion, when the predetermined motion is detected.

Vehicle management system

In a vehicle control system, when an occupant visually recognizes a signboard and signboard course information is included in signboard information corresponding to the signboard, the signboard information is displayed on a display device. When the signboard course information out of the signboard information is visually recognized continuously, a control device generates course information based on the signboard course information. The generated course information is output to a vehicle control ECU, and course change processing based on the course information is performed by the vehicle control ECU.

Vehicle control system

An in-vehicle device includes a camera, a passenger detector, a goods detector, an association unit, and an in-vehicle controller. The camera images the inside of a vehicle. The passenger detector detects the passenger inside the vehicle based on an image captured by the camera. The goods detector detects the goods inside the vehicle based on the image captured by the camera. The association unit generates association information. The association information is obtained by associating specific goods detected by the goods detector with a specific passenger detected by the passenger detector based on the goods detected by the goods detector and the passenger detected by the passenger detector. The in-vehicle controller performs predetermined control based on the association information generated by the association unit.

In-vehicle device

A passenger support system includes a speaker, cameras, a vibrator, a seat switch, and a control device. The control device issues destination approach information by the speaker before the vehicle arrives at the destination based on results from comparing the current location information of the vehicle with the destination information of passenger. After issuing the destination approach information, the control device identifies the seat position based on the images captured by the cameras and performs awakening action by the vibrator at the seat corresponding to the specified seat position. The control device stops the awakening action by the vibrator when a stop operation is received from the seat switch.

Passenger support system

A control device in a vehicle display system includes: a gazed image display output unit configured to display a normal gazed image in a part of each of main screen areas; a gazed image visual recognition determination unit configured to determine, based on a line-of-sight state, whether an occupant visually recognizes a normal gazed image in one of the main screen areas; and a main screen area selection unit configured to select, based on an input unit, the main screen area corresponding to the normal gazed image determined to be visually recognized by the occupant. Earlier selection display information displayed in an earlier selection main screen area selected earlier by the main screen area selection unit is displayed in a later selection main screen area selected later.

Vehicle display system using gaze interactions with multiple display areas

An in-vehicle monitoring module included in a monitoring system includes a detector, a service operator, a controller, and a housing. The detector detects conditions in an inside of a vehicle. The service operator is provided to the vehicle. The controller can perform processing of determining the type of an event occurring in the inside of the vehicle based on the conditions in the inside of the vehicle detected by the detector, controlling the service operator based on the determined type of the event, and causing the service operator to perform an operation corresponding to the type of the event. The housing is provided with the detector, the service operator, and the controller to serve as a unit and provided on a roof member of the vehicle.

In-vehicle monitoring module and monitoring system

A display system and an in-vehicle system include a display device provided at a vehicle and configured to display a person image indicating a person at a position visible from the outside of the vehicle; and a controller configured to acquire surrounding status information indicating a surrounding status of the vehicle and control the display device based on the acquired surrounding status information, thereby the executing external display processing of displaying the person image. As a result, the display system and the in-vehicle system provide an advantageous effect that easily-understandable displaying can be performed.

Display system and in-vehicle system

An alarm device for a vehicle has a sensor section detecting that the hand of a passenger approaches an opening and closing operation section H and sending an operation detecting signal, a vehicle detector detecting another vehicle approaching from behind and sending a vehicle detecting signal, a vibration unit vibrating the opening and closing operation section H, a lamp section arranged on a pillar and displaying a warning sign with the irradiation of light, and a ECU (Electric Control Unit). When the ECU receives the vehicle detecting signal and the operation detecting signal, the vibration unit operates and a warning sign is displayed on the lamp section. Thereby, when another vehicle approaches, it is possible to prevent the passenger from opening operation of the door body.

Alarm device for vehicle

The method includes the steps of picking up a rear area image FI behind a motor vehicle, displaying the rear area image FI, sensing a steering angle of the vehicle, and sensing a position of the vehicle. A vehicle image VI is superposed on a desired parking position P of the vehicle in the rear area image FI, and a predicted vehicle route image TR is generated within the predetermined area based on a steering angle and an initial position of the vehicle, while an actual vehicle route image TR is generated based on actual steering angles and positions of the vehicle. The vehicle image V , the predicted vehicle route image TR , and the actual vehicle route image TR are superposed on the rear area image FI. The method further has a step for obtaining a difference between the predicted vehicle route image TR and the actual vehicle route image TR and another step for noticing a steering angle correction message based on the difference.

Motor vehicle parking support unit and method thereof

An automobile door that is significantly easy to fabricate, enhanced in ease of assembling door components, and reduced in the number of parts to be mounted. The door comprises an outer panel and an inner panel. The inner panel is composed of a main panel made of metal and a resin-molded sub panel formed integrally with the main panel. The inner panel is formed with a mount on which door functional parts to be mounted on the door are mounted. The inner panel is also formed integrally with electrically connecting means for connecting these door functional parts with each other.

Automobile door

A mounting structure for assembling door components of a vehicle includes an outer panel and an inner panel for closing an opening of the outer panel. The outer panel has upper, lower, left and right engagement parts arranged adjacent to an inner edge of the opening. The inner panel has movable upper, left and right clamping members for engagement with the upper, left and right engagement parts, respectively. By manipulating a pair of handles associated with the clamping members, the inner panel can be assembled to the outer panel by the engagement of the clamping members with the corresponding engagement parts.

Growing community of inventors

Shizuoka, Japan

Shinichi Okamoto