A head-up display for a vehicle in which an assembly structure of a screen and a picture generation unit (PGU) is reinforced. The head-up display for a vehicle according to one embodiment includes a lower case embedded with a board assembly, and a screen connected to the lower case in a plurality of directions and snap-fit-coupled to the lower case by passing through the board assembly in at least one direction.

A vehicle intercom system is provided. The system includes one or more housings. Each housing includes a speaker, a microphone, and a lighting element. At least one housing is secured to the exterior of a vehicle via a fastener. In one embodiment, the exterior housing is adjacent to the vehicle mirrors. At least one housing is securable within the vehicle's cabin via a fastener. The speakers are operably connected to the microphone. The one or more housings are in wireless communication with one another and all housings are in wireless communication with an actuator. The actuator is securable to an internal surface of the vehicle cabin. The actuator is configured to activate the speaker and the microphone on each housing to enable two-way audible communication, allowing the driver or passengers to easily communicate with individuals located outside of the vehicle.

An arrangement is used for mounting an optical system on a body element of a vehicle. The optical system includes an image capturing device and a device for projecting a fluid for cleaning the image capturing device. The arrangement comprises a housing element for holding the image capturing device in the mounting position; a holding element of the fluid projection device for placing the latter in a functional position with respect to the image capturing device disposed in the mounting position; and a fastening element, on which the housing element and the holding element are mounted. The fastening element is intended to be fastened to the body element of the vehicle.

An automobile seat covering system has a cover sheet, a pouch configured for stowing the cover sheet and a headrest harness configured for attaching to a headrest. An attachment between the harness and the pouch is configured to allow the pouch to move relative to the harness to allow the pouch to transition over the headrest between front and rear surfaces of the headrest whilst the harness remains in place affixed to the headrest. As such, the pouch with cover sheet folded therein can be stored behind the seat, preferably across a rear surface of the headrest. When required for use the pouch can be easily moved over the top of the headrest so that attachment hangs the pouch across the front surface of the headrest without having to move or reconfigure the harness, thereby allowing the harness to remain securely affixed to the headrest.

A system for minimizing movement of ice or snow along a surface of a vehicle. The system can include a plurality of stops configured to be individually mounted to the surface in a spaced apart manner, the surface comprising at least one of a roof, a trunk, or a hood of the vehicle. Each stop may include a base for mounting to the vehicle and a fin extending upwardly from the base, the fin having a substantially upright edge to at least partially define an abutment plane configured to face toward a center of the surface and limit motion of ice or snow remaining on the surface.

The present disclosure relates to a display arrangement, including: a cover that is transparent at least in some regions; a support frame adapted to fix the display arrangement on a supporting structure; a pixel matrix display having a display surface; a housing; wherein the support frame is arranged adjacent to the cover and an intermediate space, which is delimited by the support frame and the cover, is formed and is filled with a thermoplastic elastomer; wherein the cover and the support frame form a well, in which the pixel matrix display is accommodated; wherein a transparent adhesive layer is formed in the well between the display surface and the cover to fix the pixel matrix display on the cover, with the display surface being visible through the cover and the adhesive layer; wherein the housing fits over the pixel matrix display and is fixed on the support frame.

A video-camera device comprises a motherboard, and a daughterboard comprising a video-camera module the optical axis of which is perpendicular to a main plane of the daughterboard. The motherboard includes a rigid main segment comprising image-processing electronic components. The motherboard including a secondary segment made of the same material as, and integrally formed with, the main segment. The secondary segment is partially surrounded by a void. The secondary segment has a rectilinear border defining the junction between the main segment and the secondary segment. The rectilinear border defines a pivot axis of the secondary segment. The daughterboard is mounted perpendicularly on the secondary segment in such a way that the secondary segment is inclinable relative to the surface of the main segment about the pivot axis in order to allow the angle of inclination between the optical axis of the video-camera module and the main segment to be adjusted.

A mount for a mobile device on an internal display screen of an automobile. A housing defines a volume and has a device side attachment surface and a back surface. The housing also has an attachment extension to couple to the internal display such that the device side attachment surface has a permanently fixed orientation relative to the attachment extension. The housing may contain a wireless charger and a first arrangement of magnetic material. The magnetic material exposes a pattern of magnetic fields at the device side attachment surface. The attachment extension has a display screen coupling surface with an arcuate contour that substantially mates with a contour of the internal display screen.

An assembly is used to mount an optical system on a body element of a vehicle. The optical system comprises an image-capturing device and a device for projecting a fluid for cleaning the image-capturing device. The arrangement comprises a housing element for retaining the optical device in a mounting position, the housing element having an electrical interface configured to couple to an electrical connector of the image-capturing device when the latter is disposed in the mounting position, an element for holding the fluid projection device, and an element for fastening the housing element and the holding element to the body element of the vehicle.

A handheld electronic device fixing apparatus capable of being quickly assembled and disassembled and having a decorative function; the device comprises a handheld electronic device, a sheet substrate and a sheet decorative connector; the two surfaces of the sheet substrate are respectively a first adhesive surface and a first hook surface; the two surfaces of the sheet decorative connector are respectively a second adhesive surface and a second hook surface; the second hook surface is printed with a color decorative pattern; sheet substrate can be fixedly adhered on any plane; the sheet decorative connector is fixedly adhered on the back surface of the used handheld electronic device, and is fixed to the first hook surface of the sheet substrate via the second hook surface of the sheet decorative connector so as to fix the handheld electronic device on the plane; gently pulling the handheld electronic device enables the second hook surface of the sheet decorative connector to separate from the first hook surface of the sheet substrate so as to disassemble the handheld electronic device. The device can be quickly and conveniently installed on any plane, is stable and reliable, is convenient to disassemble, and has a long service life, a beautiful and fashionable appearance, and a wide application range.