An apparatus includes a layer that has a light incident surface and includes elements, and a wiring structure. Each of the elements includes a photodiode. The photodiode includes first and second regions of first and second conductivity types. A voltage is supplied to the second region through a second-conductivity-type region. The wiring structure includes a first wiring positioned closest to the layer among wirings to supply the voltage to the second-conductivity-type region, a plug connecting the first wiring and the second-conductivity-type region, and a second wiring supplying a voltage to the first region. The second wiring covers the first region when viewed in plan, and a distance between the second wiring and the layer is shorter than a distance between the first wiring and the layer.

An apparatus includes a layer that has a light incident surface and includes elements, and a wiring structure. Each of the elements includes a photodiode. The photodiode includes first and second regions of first and second conductivity types. A voltage is supplied to the second region through a second-conductivity-type region. The wiring structure includes a first wiring positioned closest to the layer among wirings to supply the voltage to the second-conductivity-type region, a plug connecting the first wiring and the second-conductivity-type region, and a second wiring supplying a voltage to the first region. The second wiring covers the first region when viewed in plan, and a distance between the second wiring and the layer is shorter than a distance between the first wiring and the layer.

A vehicle that reduces troublesomeness and appropriately notify vehicle peripheral information. The vehicle includes a vehicle periphery detection sensor that detects a periphery environment of the vehicle; a speed sensor that detects a speed of the vehicle; and a plurality of vehicle periphery information display regions that display vehicle periphery information detected by the vehicle periphery detection sensor, and the vehicle periphery information display regions to be displayed are changed in accordance with the speed detected by the speed sensor.

Driver assistance system comprising a control unit, at least one camera configured to transmit image data to the control unit, a first embedded secure element connected to the camera and a second embedded secure element connected to the control unit, wherein the first embedded secure element is configured jointly with the second embedded secure element to perform an authentication of the image data during a transmission of the image data from the camera to the control unit.

Driver assistance system comprising a control unit, at least one camera configured to transmit image data to the control unit, a first embedded secure element connected to the camera and a second embedded secure element connected to the control unit, wherein the first embedded secure element is configured jointly with the second embedded secure element to perform an authentication of the image data during a transmission of the image data from the camera to the control unit.

An image generation device calculates a projection conversion matrix serving as a first conversion information enabling conversion of coordinates of a captured image from a coordinate system of the image to a coordinate system of a vehicle, calculates a projection conversion matrix serving as second conversion information enabling conversion of coordinates of a reference range to be displayed on a display unit from the coordinate system of the vehicle to a coordinate system of the display unit, and makes an image generation unit generate a display target image using the projection conversion matrices.

According to one embodiment, an image processing device includes an action plan formulation module and a projection shape determination module. The action plan formulation module generates, based on action plan information of a moving body, first information including planned self-position information of the moving body and position information of a peripheral three-dimensional object based on the planned self-position information. The projection shape determination module determines, based on the first information, a shape of a projection surface on which a first image acquired by an imaging device mounted on the moving body is projected to generate a bird's-eye view image.

An on-vehicle device includes a display device, a body device, and a support plate. The body device is installed on a back surface of the display device. The support plate includes a fixation part with a plate shape that is fixed on a top surface of the body device and a support part with a plate shape that is continuous with the fixation part and is formed so as to be bent, and supports a back surface of the display device by a plate spring part that is formed on the support part.

An on-vehicle device includes a display device, a body device, and a support plate. The body device is installed on a back surface of the display device. The support plate includes a fixation part with a plate shape that is fixed on a top surface of the body device and a support part with a plate shape that is continuous with the fixation part and is formed so as to be bent, and supports a back surface of the display device by a plate spring part that is formed on the support part.

A light source apparatus and the like capable of improving the manufacturing yield are provided. The light source apparatus includes a light source, a collimator which is arranged to face the light source and includes a reflection portion for adjusting a focal length of light incident from the light source to the collimator, and a light guide arranged on an emission side of the collimator. The reflection portion of the collimator includes a normal focus area in which the light emitted from the light source and incident to the collimator is converted into substantially parallel light, a long focus area in which the light incident to the collimator is converted into slightly divergent light in comparison with the substantially parallel light, and a short focus area in which the light incident to the collimator is converted into slightly convergent light in comparison with the substantially parallel light.