Provided is a display device to be provided in a vehicle, the display device including: a state acquisition unit configured to acquire a state of the vehicle; a conversion unit configured to convert a voice spoken in an online conference, in which an occupant of the vehicle participates, into text; and a display controller configured to display the text converted by the conversion unit on a display unit, wherein the display controller being configured to make display modes of the text converted by the conversion unit different from each other depending on the state of the vehicle acquired by the state acquisition unit.

A display device for a vehicle includes: a main body portion disposed between a steering wheel and an instrument panel, the main body portion extending further to both left and right sides than the steering wheel, and a surface of the main body portion that is disposed opposite a driver who is gripping the steering wheel to steer being a display screen; and an operation switch in a long, narrow shape that is provided at an upper edge of the main body portion, a length direction of the operation switch being in a vehicle width direction.

Provided is a display device including a multi-view display in which a first display image is selectively visually perceivable by a first operator from a first direction and a second display image is selectively visually perceivable by a second operator from a second direction, a touch panel, a proximity sensor, and a control device. The control device determines a proximity position of an indicator on a screen and a proximity direction of the indicator to the screen on the basis of detection signals from the proximity sensor, corrects a display image visually perceivable from a direction other than the proximity direction on the basis of the proximity position in a display image visually perceivable from the proximity direction, and displays a corrected composite image on the screen.

A control device for controlling a display device is mounted on a moving body that moves to a target position specified by a user by automatic steering. The moving body is configured to be capable of perpendicular parking into the target position and parallel parking into the target position. When the perpendicular parking or the parallel parking is performed, the control device causes the display device to display a top view image of the moving body and surroundings, and to display a frame image indicating a place set as the target position superimposed on the top view image. The control device is capable of enlarging and displaying the top view image according to an instruction from the user. The control device makes a display range when the top view image is enlarged and displayed different between when the perpendicular parking is performed and when the parallel parking is performed.

A capacitive sensing input device includes: a resin layer that is light transmissive and includes a front surface that is a design surface; a capacitive sensor sheet that overlaps a back surface of the resin layer; and a light source (light-emitting element) that emits light to the resin layer and the capacitive sensor sheet. The resin layer includes non-uniform light transmittance, and the capacitive sensor sheet includes a non-uniform aperture ratio for light transmission to inhibit luminance non-uniformity of light that has passed through the resin layer.