Abstract: A guide setting unit (3) sets guide information including an editing object for a graph of steering control information; and limit information for limiting an edit operation performed on the editing object to an edit range allowed as the graph. A display processing unit (2) performs a process of displaying an editing screen including the graph and the guide information. An input processing unit (1) accepts an edit operation in accordance with the guide information. A graph editing unit (4) edits the graph within the edit range indicated by the limit information, in accordance with the edit operation accepted by the input processing unit (1).

Abstract: A steering control information calculation unit (2) calculates a graph of steering control information in accordance with steering control information acquired by a steering control information acquisition unit (1). A mark information input unit (3) acquires mark information input by an adjusting person. A mark information processing unit (4) sets a mark on the graph of the steering control information when the mark information input unit (3) acquires the mark information. An adjustment information display unit (6) displays the graph of the steering control information and the mark set by the mark information processing unit (4) to be superimposed.

Abstract: When an adjustment information input unit (1) acquires one of information of a feeling value and steering control information, a steering control information calculation unit (2) calculates data of a control characteristic graph visually representing control characteristics of steering using the acquired information. An adjustment information display unit (3) displays, on the same screen, a control characteristic graph in accordance with the data of the control characteristic graph and a feeling value operation section visually showing the feeling value.

Abstract: Provided is a vehicle control device for controlling the motion of a vehicle, the device including: an operation detecting unit for detecting an operation on a vehicle; an information presenting unit for presenting pre-notification information for pre-notifying the motion accompanying the operation detected by the operation detecting unit to the outside of the vehicle; and a motion control unit for controlling the motion accompanying the operation detected by the operation detecting unit. This allows for preventing occurrence of a dangerous situation.

Abstract: A vehicle state determining unit (1) for determining a state of a vehicle, a display data output unit (7) for outputting display data for displaying information indicating the state of the vehicle determined by the vehicle state determining unit (1), and an information displaying unit (10) for determining display time of the information from the state of the vehicle determined by the vehicle state determining unit (1) and displaying the information to the outside of the vehicle in accordance with the display data output from the display data output unit (7) during the display time, in which the information displaying unit (10) is configured to switch a display method of the information in accordance with the display time. Thus, a degree of information transmission may be increased.

Abstract: A vehicle state determination unit for determining a state of a vehicle, a display data output unit for outputting display data for displaying information indicating the state of the vehicle determined by the vehicle state determination unit, and an information displaying unit for displaying information to the outside of the vehicle in accordance with the display data output from the display data output unit are provided, in which the information displaying unit is configured to switch a display method of the information in accordance with an environment of the vehicle. By this, a degree of information transmission may be increased.

Abstract: A vehicle state determining unit (1) for determining a state of a vehicle and a display data selecting unit (5) for selecting display data corresponding to the state of the vehicle determined by the vehicle state determining unit (1) out of a plurality of display data for displaying information presented to the outside of the vehicle are provided, and an information displaying unit (8) is configured to display the information to the outside of the vehicle in accordance with the display data selected by the display data selecting unit (5). As a result, it is possible to select and display information contributing to driving safety.

Abstract: A steering control information calculation unit (2) calculates a graph of steering control information in accordance with steering control information acquired by a steering control information acquisition unit (1). A mark information input unit (3) acquires mark information input by an adjusting person. A mark information processing unit (4) sets a mark on the graph of the steering control information when the mark information input unit (3) acquires the mark information. An adjustment information display unit (6) displays the graph of the steering control information and the mark set by the mark information processing unit (4) to be superimposed.

Abstract: A rear-road surface illumination apparatus is provided which includes: an avoidance determiner 30 to determine whether to provide a display to induce a following vehicle to avoid a vehicle, on the basis of vehicle information; and a controller 9 to cause an illumination light 10 to illuminate a rear road surface with light having illumination information that induces the following vehicle to avoid the vehicle when the avoidance determiner 30 determines to provide a display to induce the following vehicle to avoid the vehicle. Therefore, the rear-road surface illumination apparatus can indicate the existence of the vehicle to the following vehicle, to give the existence of the vehicle prominence, and can also make it easy to notify the driver of the following vehicle about what the driver of the vehicle desires the driver of the following vehicle to do.

Abstract: A guide set unit (3) sets an edit guide for adjusting steering feeling to steering control information. An adjustment information display unit (2) displays, on the same screen, a control characteristic graph visually representing the steering control information and the edit guide. A graph edit unit (4) edits the control characteristic graph using edit information when the edit information input unit (1) acquires the edit information.

Abstract: When an adjustment information input unit (1) acquires one of information of a feeling value and steering control information, a steering control information calculation unit (2) calculates data of a control characteristic graph visually representing control characteristics of steering using the acquired information. An adjustment information display unit (3) displays, on the same screen, a control characteristic graph in accordance with the data of the control characteristic graph and a feeling value operation section visually showing the feeling value.

Abstract: It is configured that, when an operation of selecting a type is accepted by an operation acceptance processing unit 8, an item re-selection unit 9 re-selects one or multiple information processing items from among information processing items that are included in a plurality of information processing items stored in an information-processing item storage unit 2, and are information processing items of the type for which the operation of selecting is accepted, except for an information processing item already displayed on a liquid-crystal display 6.

Abstract: Because a road surface illumination apparatus is configured so as to include a vehicle state detector 3 configured to detect the traveling direction of a vehicle on the basis of vehicle information acquired by a vehicle information acquisition unit 2, and an illumination pattern selector 4 to select an illumination pattern expressing the traveling direction detected by the vehicle state detector 3 from among illumination patterns held therein and provided for traveling directions, and to cause an illumination device 7 to illuminate at least a road surface in a direction different from the traveling direction with the selected illumination pattern, the road surface illumination apparatus can provide a notification of the traveling direction of the vehicle intuitively to persons outside the vehicle who are existing in the direction other than the traveling direction.

Abstract: A rear-road surface illumination apparatus is provided which includes: an avoidance determiner 30 to determine whether to provide a display to induce a following vehicle to avoid a vehicle, on the basis of vehicle information; and a controller 9 to cause an illumination light 10 to illuminate a rear road surface with light having illumination information that induces the following vehicle to avoid the vehicle when the avoidance determiner 30 determines to provide a display to induce the following vehicle to avoid the vehicle. Therefore, the rear-road surface illumination apparatus can indicate the existence of the vehicle to the following vehicle, to give the existence of the vehicle prominence, and can also make it easy to notify the driver of the following vehicle about what the driver of the vehicle desires the driver of the following vehicle to do.

Abstract: Because a road surface illumination apparatus is configured so as to include a vehicle motion predictor 2 to predict the motion which a vehicle is going to perform from now on in accordance with vehicle information acquired by a vehicle information acquisition unit 1, and a light animation setting unit 3 to set a light animation expressing the motion predicted by the vehicle motion predictor 2, and to cause an illumination device 4 to illuminate a road surface with the animation before the vehicle performs the motion, the road surface illumination apparatus can intuitively notify the motion which the vehicle is going to perform from now on to persons outside the vehicle.

Abstract: An object of the present invention is to allow execution of a target function by an operation means that is easy to operate for a user. In order to achieve the object, a user interface system according to the present invention includes a function-means storage section 5 that stores candidates for a plurality of functions and candidates for a plurality of operation means for issuing an instruction to execute each function, an estimation section 3 that estimates a function intended by a user, and the operation means for issuing the instruction to execute the function, from among the candidates stored in the function-means storage section 5, based on information related to a current situation, and a presentation section 6 that presents the candidate for the function estimated by the estimation section 3, together with the candidate for the operation means for executing the function.