379results about "Window lightings" patented technology

The present technology relates to a lighting control device that enables effective use of a roof light disposed along the outer periphery of a roof window of the vehicle, a lighting control method, and a vehicle. A lighting control device includes a light control unit that controls a roof light disposed along the outer periphery of a roof window of a vehicle, on the basis of at least one of a state of the vehicle, a situation around the vehicle, a situation inside the vehicle, or an operation on the vehicle. The present technology can be applied to a vehicle that has a roof window, for example.

The present invention relates to a lighting vehicle glazing comprising (i) an external glass pane (11), (ii) an Internal glass pane (12) acting as a light guide layer, (iii) the first and the second glass panes (11, 12) being laminated together via at least a first plastic interlayer (14), (iv) a light-decoupling means (13) provided between the first plastic interlayer and the internal glass pane (12), (v) a masking band provided along the periphery of the inner surface (P2) of the external glass pane and / or the inner surface (P4) of the internal glass pane, (vi) a light source (20) provided on the masking band or in the vicinity of the masking band, the light source being placed on the inner surface (P4) of the inner glass pane (12). According to the invention, at least one coupling element (30) is provided in the vicinity of the light source in a free zone of masking band, and materially bonded to the internal glass pane (11) on its inner surface (P4), that couples the light emitted from the light source (20) into the internal glass pane, the light source (30) facing a side edge (310) of the coupling element.

The invention provides a low-carbon intelligent safety roof system based on multi-information interaction, and the system comprises a roof integrated control module which achieves the integrated control based on an automobile roof structure. The layered structure is adopted, structures with different functions are mounted and integrated in a layered mode, the multifunctionality of an automobile roof is improved, sunroof palm print / gesture unlocking is adopted, a sunroof can be rapidly opened for escape in an emergency, CO2 / smoke concentration, temperature and infrared thermal imaging recognition in an automobile and accumulated water liquid level height are monitored in real time, and the safety of the automobile is improved. Through opening and closing of a roof skylight, an in-vehicle air conditioner, in-vehicle spraying and air exhaust ventilation, various problems of harming life and property safety during running or stopping of various automobiles are effectively avoided, and roof integrated control independent of an automobile console and low-carbon and environment-friendly manufacturing materials are adopted. Intellectualization, safety and low carbon of the roof are achieved through multi-information interaction, the limitation of single function design of a traditional roof system is broken through, and multifunctionality of the automobile roof is achieved.

The invention provides an atmosphere lamp and an installation method. The atmosphere lamp comprises a wrapping piece, a lamp panel and a lamp panel, the inner side of the wrapping piece is of a hollow structure, and the upper side is of an open structure; the light guide strip is arranged on the inner side of the wrapping piece; at least one light source is arranged on the inner side of the wrapping piece, and the light source is located on the side edge of the light guide strip; the light processing layer is arranged on the upper side of the light guide strip, and the light processing layer is located on the inner side of the wrapping piece; and the protective cover is arranged at the opening of the wrapping piece. Through the cooperation of the light guide strip and the light processing layer, the transmission direction of light irradiating to the outside of the atmosphere lamp shell can be limited, the situation that normal driving of a driver is affected due to the fact that the light irradiates a front windshield of an automobile is prevented, and therefore the safety of automobile driving is improved, and the atmosphere lamp has the advantages of being attractive and low in cost.

A rollo assembly for a vehicle includes a roof panel provided with glass light, a rollo screen movable between a closed position and an opened position, in Guide Light; and a control unit. The control unit is configured to: upon movement of the rollo screen to the opened position, adapt lighting by decreasing in Guide Light and increasing glass light. The control unit may further be configured to, upon movement of the rollo screen to the closed position, adapt lighting by decreasing glass light and increasing in Guide light. Wherein adapting lighting comprises gradually changing the amount of light emitted by the in Guide Light and the glass light.

This application provides a vehicle window glass assembly with a light-emitting component, a manufacturing method thereof, and a vehicle. The vehicle window glass assembly includes a glass body, a rim, and a light-emitting component. The light-emitting component includes a mounting component and a light guide. The mounting component has a receiving cavity. The light guide includes a light-emitting segment and a light-guiding segment. The light-guiding segment is connected to one end of the light-emitting segment and is housed in the receiving cavity. The light-guiding segment protrudes from the mounting component, and the light emitted by the light-emitting segment can be emitted through the mounting component. One side of the rim is connected to the mounting component, and the other side of the rim is connected to the edge of the glass body.

Glazing unit (10) comprising at least: - a first disc (1) having a first main surface (I) and a second main surface (II), - a second pane (2) having a first main surface (III) and a second main surface (IV), wherein the first pane (1) is connected to the second pane (2) via an intermediate layer (3) to form a composite pane (101), - an electronic component (5), wherein the second disc (2) has a cavity (7) with at least one opening (9) directed towards the intermediate layer, wherein the electronic component (5) is arranged in the cavity (7), wherein the cavity (7) has a filling (11) formed from an optically transparent, cured adhesive, wherein the cavity (7) is arranged at a distance of at least 100 mm from a circumferential pane edge (17) of the second pane (2), and wherein the second main surface (II) of the first pane (1) and the first main surface (III) of the second pane (2) face one another and at least in sections do not run parallel to one another, wherein the second pane (2) has a first region (B1) which in sections has a greater curvature than the curvature of the rest of the second pane (2), and wherein the cavity (7) is arranged in the first region (B1), and wherein the second pane (2) has a projection (15) in the first region (B1), and when the composite pane (101) is mounted, the cavity (7) is formed by the projection (15).

The present disclosure relates to a vehicle sunroof comprising an energized sunroof glass, and to a vehicle. The energized sunroof glass comprises a rear glass and a front glass (1) being slidable relative to the rear glass. The vehicle sunroof further comprises a movable wire harness (6), one end of the movable wire harness (6) is electrically connected to the front glass (1), and the other end of the movable wire harness (6) is electrically connected to a main wire harness of the vehicle sunroof. A hard guiding member (6d) is disposed inside the movable wire harness (6) and penetrates through at least part of the length of the movable wire harness (6) to guide the movable wire harness (6) to be rolled up or spread when the from glass (1) slides. The movable wire harness connection structure of the vehicle sunroof is small in size, and has fewer components but high integration. Further, the movable wire harness is not easy to get tangled and has a good self-guiding function during operation of the sunroof.

The invention relates to a motor vehicle (10) comprising at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), a first operating device (14) for operating the at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), the first operating device (14) being permanently mounted in the motor vehicle (10); and a second operating device (16) for operating the at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), the second operating device (16) being a preferably portable mobile device, preferably a mobile phone, a smartphone or a tablet.

The utility model discloses an automobile skylight assembly which comprises a glass plate, an atmosphere lamp assembly and a lap joint assembly, the atmosphere lamp assembly is arranged on the surface of the side, close to the interior of an automobile, of the glass plate in a covering mode, and the lap joint assembly comprises a lap joint base and a lap joint piece connected with the lap joint base; wherein the lap joint base is connected with the atmosphere lamp assembly, and the lap joint base is arranged on the side, away from the glass plate, of the atmosphere lamp assembly. According to the automobile skylight assembly designed by the utility model, the arrangement position of the lap joint seat is changed, so that the influence of the lap joint seat on reflected light is reduced, the display effect of the atmosphere lamp is enhanced, and the use experience of a user can be further improved.

A vehicle pane (3) with a light guiding layer (10) on the inner side of the pane and with a lighting device (4), which introduces light into the light guiding layer (10) by means of a light input coupling device, characterized in that the lighting device (4) has at least two LEDs (11), and in that each LED (11) is assigned a light input coupling element (12), via which light from the respective LED (11) is introduced into the light guiding layer (10).

The invention relates to a motor vehicle (10) comprising at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), a first operating device (14) for operating the at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), wherein the first operating device (14) is permanently installed in the motor vehicle (10), and a second operating device (16) for operating the at least one ambient lighting device (12a, 12b, 12c, 12d, 12e, 12f), wherein the second operating device (16) is a mobile device, preferably a portable one, preferably a mobile phone, a smartphone or a tablet PC.

The utility model relates to the technical field of automobile sunroofs, and discloses sunroof glass with a built-in starry sky film, which comprises a sunroof glass main body, two PU (polyurethane) layers are arranged at the bottom of the sunroof glass main body, a light-superconducting PC (polycarbonate) film material is arranged between the two PU layers, and ultra-white glass is arranged at the bottom of the PU layer below the sunroof glass main body. RGB light bars are arranged on the left side and the right side of the light superconducting PC film material respectively. According to the sunroof glass, the RGB light bar is started to work to irradiate the patterns printed on the light-superconducting PC film material, so that the patterns are reflected on the sunroof glass main body, and the patterns smartly scatter and refract light rays, so that the space in a vehicle is covered by soft and fantastic light and shadow, and a miracle atmosphere which is just like being in the starry sky is created; the artistic sense and style of the space are greatly improved, and the strict pursuit of the user for personalized and high-end decoration is met.

One aspect of the invention relates to a sunroof (100) that can be illuminated by a light source (4), the sunroof (100) comprising a first glass sheet (1) and a second glass sheet (2), between which a lamination interlayer and a holographic layer (6) comprising a thick reflection hologram are placed, the hologram being suitable for diffracting, towards the outside of the sunroof, via the second glass sheet (2), at least some rays guided in the sunroof.

The vehicle window assembly comprises a glass assembly and an optical assembly, the glass assembly comprises outer-layer glass, a middle interlayer, inner-layer glass and light inlet glass adhered to the inner side face of the inner-layer glass, and a light reflecting layer with a preset pattern is arranged at the preset position between the middle interlayer and the outer side face of the inner-layer glass; the optical assembly comprises a circuit board, a light source and a light guide part, the light guide part comprises a light inlet face, a reflecting face and a light outlet face, the light inlet face is close to the light source, and the light outlet face is close to the light inlet side face of the light inlet glass; light emitted by the light source comprises optical axis light propagating in the optical axis direction. The light inlet surface is a condensation curved surface with a condensation effect; the optical assembly is configured to enable optical axis light entering the inner-layer glass to be reflected by the outer side face of the inner-layer glass for the first time and then to be emitted to the inner side face of the inner-layer glass which is not glued with the light inlet glass. The automobile window assembly has the beneficial effects that the light utilization rate of the automobile window assembly can be improved, and finally the brightness of the atmosphere lamp of the automobile window assembly is improved.

A transparent vehicle window separating a vehicle interior from the vehicle exterior comprises an inner plate (3), an adjacent, further outer plate (1), and an adhesive layer (2) between the plates (1, 3), wherein the inner plate (3) has an inner surface (4) facing the interior and a circumferential side (6) connecting the inner surface (4) with an outer surface (5) facing the adhesive layer (2), wherein at least one light source (8) is provided opposite the inner surface (4) and an inner edge region (7) of the vehicle window (10), which emits light into the edge region (7) of the inner plate (3), and wherein the inner plate (3) has light-reflecting structures (12) incorporated in its interior in the edge region (7) opposite the light source (8), which scatter the light of the light source (8).

An arrangement of a vehicle includes an illumination device and a laminated glass pane where the illumination device is disposed on the laminated glass pane and where the laminated glass pane has a first pane, a second pane, and a film disposed between the first pane and the second pane. The illumination device has a light source that is disposed at least partially in a cavity of the second pane. The light source is connected to a support element where the light source is supplyable with electrical energy via the support element. The second pane has a coating that covers the cavity, the light source, and the support element on a first side of the second pane that faces away from the first pane and from the film and that faces towards an interior of the vehicle.

This application relates to a vehicle window assembly and a vehicle. The vehicle window assembly includes: a first glass layer, a second glass layer, a light extraction device, a shielding layer, a first reflective layer, a light guide, and a light source; the first glass layer and the second glass layer are stacked, the shielding layer and the light extraction device are both located between the first glass layer and the second glass layer, and the shielding layer is located in the peripheral area of ​​the light extraction device, while the first reflective layer is located between the shielding layer and the second glass layer; the light guide is disposed on the side of the second glass layer opposite to the first glass layer, and the light guide has an incident light surface and an exit light surface; the projection area of ​​the exit light surface toward the first glass layer is located within the first reflective layer, and light emitted through the exit light surface can enter the second glass layer from the side of the second glass layer opposite to the first glass layer; the light extraction device is used to extract and emit the light transmitted in the second glass layer. The above-mentioned vehicle window assembly and vehicle can ensure the integrity and shape regularity of the two glass structures.

The invention relates to an illuminated glazing element, comprising a transparent layer (2, 7) with a first surface (III, i) and a second surface (IV, ii) and comprising a light source (5) for generating light, said light source being arranged such that the light is irradiated into the transparent layer (2, 7) via the second surface (IV, ii), wherein a reflective structure with a reflective surface (8, 11) is formed in the first surface (III, i) or is secured to the first surface (III, i), and the reflective surface (8, 11) has a plurality of sections which are inclined towards the second surface (IV, ii) and is configured such that the light irradiated into the transparent layer (2, 7) is reflected on the reflective surface (8, 11) and is at least partly coupled back into the transparent layer (2, 7) at a coupling-in angle which is suitable for diffusing the coupled light in the transparent layer (2, 7), in particular by means of a total reflection on the first surface (IIII, i) and the second surface (IV, ii). The reflective surface (8, 11) is provided with a reflective coating (20) which comprises, in the following order starting from the reflective surface (8, 11): - a primer layer (21) and - a reflective layer (22) based on a metal or a metal alloy.

The invention discloses an integrated automobile front top lamp. The integrated automobile front top lamp comprises a base, a front cover, a passenger monitoring system, an emergency call system, a microphone assembly and a lighting lamp. A first mounting area, a second mounting area and a third mounting area are formed on the base; the front cover is arranged on one side of the base; the passenger monitoring system is arranged in the first mounting area and is in limiting connection with the base; the passenger monitoring system comprises a camera, the camera is arranged towards the front cover, and a monitoring window for avoiding the camera is formed in the front cover; the microphone assembly is arranged in the second mounting area and is in limiting connection with the base; the emergency call system is arranged in the third mounting area and is in limited connection with the base; the illuminating lamp is arranged on the front cover. According to the integrated automobile front ceiling lamp, the modularized OMS, ECALL and microphone assembly are integrated, the problem of lengthy wiring harness can be avoided, and the production and assembly cost is reduced; and meanwhile, assembly of all system assemblies can be achieved on one station, repeated working hours can be avoided, and the assembly efficiency is improved.

The present invention relates to a motor vehicle (1) with an illumination device (2) which extends all the way around the vehicle (1) and, in the active state generates light (L) which makes the vehicle (1) visible all the way around from the outside. Higher safety is achieved in that the illumination device (2) is activated in dependence on an object (11) outside the motor vehicle (1), and therefore the illumination device (2) generates light (L) belonging to the object (11), which light (L) makes the motor vehicle (1) visible all the way around from the outside.

The invention relates to an illuminable laminated glass element (100) of a vehicle with an optical insulating coating (5) on the back face of a transparent non-fluoropolymer carrier film (5') within a lamination interlayer which includes a top interlayer layer (31), the carrier film having a blur value H1 which is in a range of 0.5% to 2%, and the glass element further comprising a light redirection element (8), called the top redirection element, capable of redirecting light into the carrier film.

A light incidence structure, a vehicle window, a vehicle window panel, a vehicle window panel assembly, and a vehicle. The light incidence structure is configured to guide light into an optical waveguide medium layer (2). The optical waveguide medium layer (2) has at least a first main surface (201) for light incidence. The light incidence structure includes a light introducing medium (1) and a light emitting source (3), wherein at least part of the light introducing medium (1) is formed on the first main surface (201) of the optical waveguide dielectric layer (2) by curing, such that at least part of the light introducing medium (1) is a part of the optical waveguide dielectric layer (2); the light introducing medium (1) has at least one incident surface (101) for light incidence; light emitted by the light emitting source (3) enter the light introducing medium (1) through the incident surface (101); and the light enter the optical waveguide dielectric layer (2) from the first main surface (201) after being refracted by the light introducing medium (1). The technical problems of a light incidence structure being complex, the light incidence efficiency being low, etc., of a vehicle window can be solved.

The invention relates to an arrangement of a lighting device (10) on a laminated glass pane (12) for a vehicle, the laminated glass pane having two panes (14, 16) and a film (18) located between the panes (14, 16), in which arrangement the lighting device (10) has at least one light source (22) which is located at least in part in a corresponding recess (24) in one of the panes (14, 16), the light source (22) being connected to a carrier element (30) via which the light source (22) can be supplied with electrical energy, and one pane (16) being provided locally, on its side (26) facing away from the other pane (14) and from the film (18), with at least one coating (28) that covers the recess (24), the light source (22), and the carrier element.

A disinfection system for a vehicle includes a a first light source for an interior of the vehicle for generating radiation in the UV-B and / or UV-C range and a second light source for generating radiation in the UV-C range. Whether the first or second light source is used to disinfect the interior of the vehicle depends on whether or not there is an occupant in the vehicle.

A glass assembly includes a first glass body having a first surface and a second surface which are oppositely arranged; a second glass body having a third surface facing the second surface and a fourth surface arranged oppositely; a light extraction component sandwiched between the first glass body and the second glass body and including a light extraction structure for extracting light, and an interlayer directly attached to the light extraction component, and the refractive index of the interlayer is smaller than that of an adjacent layer in the direction toward the second glass body, so that incident light introduced from the second glass body is totally reflected toward the second glass body and at least totally reflected in the second glass body.

The invention relates to a glass panel (1) of a vehicle comprising a curved glazed element (2) comprising an illumination system (27, 27') and • - at least two longitudinal light modules (7, 7') which each support a plurality of adjacent point light sources and each have one longitudinal end (71) opposite a longitudinal end (71') of the other, and • - at least one orientation support (8) which has a base (80) located more centrifugally than the two longitudinal ends (71, 71') being secured or attached to the glazed element (2), the orientation support (8) making it possible to attach and orient the two longitudinal ends (71, 71') in space about an axis (A, A') of rotation that is substantially parallel to the glazed element (2) and perpendicular to the longitudinal direction.

An automobile window (100) and an automobile are provided. The automobile window (100) comprises an outer glass sheet (10), an inner glass sheet (20), an intermediate adhesive layer (30) and a reinforcement sheet (50). The outer glass sheet (10) has a first surface (11) and a second surface (12), and the inner glass sheet (20) has a third surface (21) and a fourth surface (22), with the first surface (11) facing the exterior of the automobile and the fourth surface (22) facing the interior of the automobile. The second surface (12) is provided with a first attachment area (121) and a first bonding area (122), and one surface of the intermediate adhesive layer (30) is provided with a second attachment area (321) and a second bonding area (34). The outer glass sheet (10), the intermediate adhesive layer (30) and the inner glass sheet (20) are laminated in this order, the intermediate adhesive layer (30) bonds the second surface (12) and the third surface (21), the projection of the second mounting area (321) overlaps the first mounting area (121), the projection of the second bonding area (34) overlaps the first bonding area (122), and the projection of the inner glass sheet (20) overlaps the first mounting area (121). The reinforcing plate (50) is provided on the side of the inner glass sheet (20), one end of the reinforcing plate (50) is connected to the second bonding area (34) and the other end of the reinforcing plate (50) is connected to the fourth surface (22) of the inner glass sheet (20).