A head-up display device (1), comprising a housing including a front wall (11), a rear wall and two opposing side walls connecting the side edges of the front wall (11) and the rear wall, and a covering wall (15), each of said walls including an upper edge (110, 120, 130, 140),the covering wall (15) being connected to the upper edges of the front, rear and side walls so as to cover the internal cavity of the housing (10),wherein said walls each include a lower edge opposite their upper edge, and at least one of the front (11), and/or rear and/or side walls comprise a frangible portion (55) arranged so as to allow the covering wall (15) to be moved closer to one of the lower edges by breaking said frangible portion.

The present invention relates to a cover member for a display, including: a first glass; a first resin that is a thermoplastic resin or a thermoplastic elastomer; and a second resin that is provided between a side surface of the first glass and a first side surface of the first resin and configured to bond the first glass and the first resin, in which the second resin is a resin different from the first resin and has a loss modulus G of 10.sup.6 Pa or more at 35 C.

A vehicle collision avoidance system and method. The vehicle collision avoidance system includes an input unit configured to receive driving information of a host vehicle and driving information of a rear vehicle, a memory configured to store a program that calculates a collision risk level using the driving information of the host vehicle and the driving information of the rear vehicle, and a processor configured to execute the program, wherein the processor performs control to display visual information about the risk of collision upon a right or left lane change based on the collision risk level.

A vehicle collision avoidance system and method. The vehicle collision avoidance system includes an input unit configured to receive driving information of a host vehicle and driving information of a rear vehicle, a memory configured to store a program that calculates a collision risk level using the driving information of the host vehicle and the driving information of the rear vehicle, and a processor configured to execute the program, wherein the processor performs control to display visual information about the risk of collision upon a right or left lane change based on the collision risk level.

A head up display apparatus capable of suppressing discomfort to a user caused by an operating noise while preventing damage by sunlight is provided. Further, it contributes to Goal 3: Ensure healthy lives and promote well-being for all at all ages in the Sustainable Development Goals (SDGs). Thus, a video light projector 6 includes a drive mechanism 14 and projects video light emitted from a video display 11 to a display region 8, thereby making the projected video light visually recognized as a virtual image. A controller judges whether or not a door unlock signal which is one of information related to a transportation is received, and judges whether or not to cause the video display 11 to start displaying the video by operating the drive mechanism 14 in the video light projector 6 based on a display start condition when the door unlock signal is received.

An electronic device is provided on a transport device, including a fastener, an electronic unit, and a first air bag. The electronic unit includes an upper surface and a lower surface opposite to the upper surface. The upper surface is connected to the fastener. The fastener and the first air bag are respectively connected to two opposite sides of the electronic unit. When the first air bag is inflated and expanded, the first air bag covers the lower surface of the electronic unit.

An electronic device is provided on a transport device, including a fastener, an electronic unit, and a first air bag. The electronic unit includes an upper surface and a lower surface opposite to the upper surface. The upper surface is connected to the fastener. The fastener and the first air bag are respectively connected to two opposite sides of the electronic unit. When the first air bag is inflated and expanded, the first air bag covers the lower surface of the electronic unit.

An image generation apparatus (vehicle information acquirer/controller) is utilized in a display system that projects an image onto a display medium of a vehicle to enable a user to visually recognize a virtual image, and includes a vehicle information acquirer that acquires vehicle position information indicating the current location of a vehicle and path information indicating a path along which the vehicle is guided to a destination; a map image generator that generates a map image of the vicinity of the current location in accordance with the vehicle position information; a guide image generator that generates a guide image indicating a path relative to the current location in accordance with the vehicle position information and the path information; and a composite image generator that generates a composite image for projecting the guide image and the map image, in a mode in which these images are associated with each other.

An image generation apparatus (vehicle information acquirer/controller) is utilized in a display system that projects an image onto a display medium of a vehicle to enable a user to visually recognize a virtual image, and includes a vehicle information acquirer that acquires vehicle position information indicating the current location of a vehicle and path information indicating a path along which the vehicle is guided to a destination; a map image generator that generates a map image of the vicinity of the current location in accordance with the vehicle position information; a guide image generator that generates a guide image indicating a path relative to the current location in accordance with the vehicle position information and the path information; and a composite image generator that generates a composite image for projecting the guide image and the map image, in a mode in which these images are associated with each other.

A head up display apparatus capable of suppressing discomfort to a user caused by an operating noise while preventing damage by sunlight is provided. Further, it contributes to Goal 3: Ensure healthy lives and promote well-being for all at all ages in the Sustainable Development Goals (SDGs). Thus, a video light projector 6 includes a drive mechanism 14 and projects video light emitted from a video display 11 to a display region 8, thereby making the projected video light visually recognized as a virtual image. A controller judges whether or not a door unlock signal which is one of information related to a transportation is received, and judges whether or not to cause the video display 11 to start displaying the video by operating the drive mechanism 14 in the video light projector 6 based on a display start condition when the door unlock signal is received.