A vehicle display apparatus includes a display device that emits display light toward a display surface of a vehicle, and a main housing. The display device includes a display including a display screen, a backlight including an LED substrate, and a device housing to which the LED substrate is assembled. The display screen is disposed to be inclined with respect to an optical axis of the emission light. The LED substrate is disposed to face the display screen. The plurality of LED chips are arranged along an inclination of the display screen to be shifted stepwise with respect to the optical axis direction along the optical axis.

A vehicle display apparatus includes a display device that emits display light toward a display surface of a vehicle, and a main housing. The display device includes a display including a display screen, a backlight including an LED substrate, and a device housing to which the LED substrate is assembled. The display screen is disposed to be inclined with respect to an optical axis of the emission light. The LED substrate is disposed to face the display screen. The plurality of LED chips are arranged along an inclination of the display screen to be shifted stepwise with respect to the optical axis direction along the optical axis.

A vehicle can includes a sensor mounted in the vehicle, a display unit mounted in the vehicle, and a processor configured to control the sensor and the display unit. A combination of the processor, the sensor, and the display unit can be configured to sense driving information of the vehicle that is traveling and surrounding information about the surroundings of the vehicle, collect the sensed driving information of the vehicle and the sensed surrounding information of the vehicle, and select a target object among a plurality of objects present before the vehicle based on the sensed information, collect target information related to the target object, and set a target area based on the collected target information, and match the target object to the set target area, and project an indicator relating to the target object onto a windshield of the vehicle.

A vehicle can includes a sensor mounted in the vehicle, a display unit mounted in the vehicle, and a processor configured to control the sensor and the display unit. A combination of the processor, the sensor, and the display unit can be configured to sense driving information of the vehicle that is traveling and surrounding information about the surroundings of the vehicle, collect the sensed driving information of the vehicle and the sensed surrounding information of the vehicle, and select a target object among a plurality of objects present before the vehicle based on the sensed information, collect target information related to the target object, and set a target area based on the collected target information, and match the target object to the set target area, and project an indicator relating to the target object onto a windshield of the vehicle.

A display device for a vehicle is disclosed. The display device for a vehicle comprises: a housing which is elongated and provides an accommodation space therein; a display base which is elongated in the lengthwise direction of the housing and is coupled to the housing so as to be pivotable with the lengthwise direction of the housing as the axis; a display module which is coupled to the display base and rotates together with the display base; and a driving module which is provided inside the housing and makes the display base pivot, wherein the display module may comprise: a first display surface elongated in the lengthwise direction of the display base; and a second display surface which is elongated in the lengthwise direction of the display base to be parallel with the first display surface, and extends by bending from the first display surface.

A display device for a vehicle is disclosed. The display device for a vehicle comprises: a housing which is elongated and provides an accommodation space therein; a display base which is elongated in the lengthwise direction of the housing and is coupled to the housing so as to be pivotable with the lengthwise direction of the housing as the axis; a display module which is coupled to the display base and rotates together with the display base; and a driving module which is provided inside the housing and makes the display base pivot, wherein the display module may comprise: a first display surface elongated in the lengthwise direction of the display base; and a second display surface which is elongated in the lengthwise direction of the display base to be parallel with the first display surface, and extends by bending from the first display surface.

An image projection device is configured to project a display image on an image display board, formation of an unnecessary image in a peripheral area of the display image due to generation of stray light is effectively suppressed. A plurality of columnar protrusions is formed on an inner surface of a housing in which an image generation unit that generates the display image is housed, and a second columnar protrusion having a lower height than each of the plurality of the columnar protrusions is formed. That is, even when a part of emitted light from the image generation unit, sunlight, etc. reach the inner surface of the housing, the light that has reached the inner surface is reflected multiple times between the plurality of the columnar protrusions and between the plurality of the columnar protrusions and the second columnar protrusions, which can effectively attenuate intensity of the light.

A direct reflection system for a head up display according to the present disclosure comprises a windshield display and a filter film which blocks a user's view of the windshield display while allowing a reflection of the windshield display to be viewed on the vehicle's windshield. In preferred embodiments, the filter film is a louver film. In some embodiments, multiple windshield displays facilitate separate reflections before the driver's seat, the front passenger seat, and a center console. To facilitate a better image reflected off the windshield, a viewing portion, or portions, of the windshield may be tinted or otherwise darkened with a black print. In a preferred embodiment, a dark ceramic enamel coats the viewing portion(s) of the windshield. In a preferred embodiment, an anti-reflective coating coats the external surface of the filter film to reduce the reflection of the display output from the windshield back onto the windshield display.

A direct reflection system for a head up display according to the present disclosure comprises a windshield display and a filter film which blocks a user's view of the windshield display while allowing a reflection of the windshield display to be viewed on the vehicle's windshield. In preferred embodiments, the filter film is a louver film. In some embodiments, multiple windshield displays facilitate separate reflections before the driver's seat, the front passenger seat, and a center console. To facilitate a better image reflected off the windshield, a viewing portion, or portions, of the windshield may be tinted or otherwise darkened with a black print. In a preferred embodiment, a dark ceramic enamel coats the viewing portion(s) of the windshield. In a preferred embodiment, an anti-reflective coating coats the external surface of the filter film to reduce the reflection of the display output from the windshield back onto the windshield display.

A motor vehicle includes a body in the region below the front windshield pane of which a front pane base is defined, an instrument panel mounted to the body, and a support frame that extends along the front pane base. At least one imaging unit is arranged in the support frame. The support frame is mounted to the body.