Abstract: A data processing device for performing suitable feedback with regard to a pointing gesture of a vehicle occupant is provided. The occupant state recognition unit recognizes motion of an occupant of the vehicle pointing to outside the vehicle. The peripheral conditions acquisition unit acquires the peripheral circumstances around the vehicle. The target recognition unit recognizes a target pointed at by the occupant based on recognition results obtained by the occupant state recognition unit and recognition results obtained by the peripheral conditions acquisition unit. The light emitting unit has a long shape and is installed above or below a windshield of the vehicle over a vehicle body width direction. The light emission control unit controls, in two stages, a luminescence mode for a portion of the light emitting unit corresponding to a direction pointed at by the occupant and/or a direction in which the target is located.

Abstract: Display of a drive assist by a virtual image is understandably presented to a driver. A drive assist device 1, which displays a virtual image 35 including a vehicle mark 76 on a vehicle 2 and assists driving by moving the vehicle mark 76, is configured to be provided with a relative-value converting unit 62 which converts a recommended driving operation to be shown to a driver 3 to a relative value based on a driving operation of present time; wherein the vehicle mark 76 is moved by a movement amount corresponding to the relative value to notify the driver 3 of the recommended driving operation.

Abstract: To improve convenience for a user. An in-vehicle information appliance 3 includes a voice input unit 10 that receives a speech voice A1 spoken by a user U, and the in-vehicle information appliance 3 outputs a response based on a result of applying an interactive voice recognition process to the speech voice A1. The in-vehicle information appliance 3 includes: a display unit 12; and a display control unit 34 that displays, on the display unit 12, an association image 45 depicting an icon associated with a word or language used in a speech for obtaining the response.

Abstract: Display of a drive assist by a virtual image is understandably presented to a driver. A drive assist device 1, which displays a virtual image 35 including a vehicle mark 76 on a vehicle 2 and assists driving by moving the vehicle mark 76, is configured to be provided with a relative-value converting unit 62 which converts a recommended driving operation to be shown to a driver 3 to a relative value based on a driving operation of present time; wherein the vehicle mark 76 is moved by a movement amount corresponding to the relative value to notify the driver 3 of the recommended driving operation.

Abstract: In a display touch sensor, there configured a guide shape which protrudes from a surface of the touch sensor placed on a display surface of a display and fringes with the surface of the touch sensor with a line using a concave portion as a vertex, and a main CPU for setting a position of the touch sensor corresponding to the vertex of the line of the guide shape to a reference position and changing an adjustment value based on a direction of a slide operation from the reference position.

Abstract: By opening and closing the sub display with respect to the main display D1 via a hinge H mounted on the side portion, a variety of uses, such as to display different information on the two different displays, are easily realized, whereby easily supporting diversification of displayed information expected in the future and improvement of the functions. The sub display can be rotated upside down in addition to the horizontal open/close movement with respect to the main display D1, thereby increasing the possible states of use. When the sub display is rotated upside down by 180°, each button B and the markings marked thereon rotates and inverted as well, the marking is shown in the normal orientation, but not inverted orientation as a consequent, thereby facilitating identification and operation of each button. The state of currently selected/connected source is displayed on one of the main display D1 and the sub display.

Abstract: By opening and closing the sub display with respect to the main display D1 via a hinge H mounted on the side portion, a variety of uses, such as to display different information on the two different displays, are easily realized, whereby easily supporting diversification of displayed information expected in the future and improvement of the functions. The sub display can be rotated upside down in addition to the horizontal open/close movement with respect to the main display D1, thereby increasing the possible states of use. When the sub display is rotated upside down by 180°, each button B and the markings marked thereon rotates and inverted as well, the marking is shown in the normal orientation, but not inverted orientation as a consequent, thereby facilitating identification and operation of each button. The state of currently selected/connected source is displayed on one of the main display D1 and the sub display.

Abstract: By opening and closing the sub display with respect to the main display D1 via a hinge H mounted on the side portion, a variety of uses, such as to display different information on the two different displays, are easily realized, whereby easily supporting diversification of displayed information expected in the future and improvement of the functions. The sub display can be rotated upside down in addition to the horizontal open/close movement with respect to the main display D1, thereby increasing the possible states of use. When the sub display is rotated upside down by 180°, each button B and the markings marked thereon rotates and inverted as well, the marking is shown in the normal orientation, but not inverted orientation as a consequent, thereby facilitating identification and operation of each button. The state of currently selected/connected source is displayed on one of the main display D1 and the sub display.

Abstract: In a display touch sensor, there configured a guide shape which protrudes from a surface of the touch sensor placed on a display surface of a display and fringes with the surface of the touch sensor with a line using a concave portion as a vertex, and a main CPU for setting a position of the touch sensor corresponding to the vertex of the line of the guide shape to a reference position and changing an adjustment value based on a direction of a slide operation from the reference position.