26results about "Sun visors" patented technology

The utility model relates to an automobile sun shield cosmetic mirror illuminating lamp structure which comprises a lamp holder (1), a light guide plate (2) arranged on the lamp holder (1), a reflective film (3) arranged between the light guide plate (2) and the lamp holder (1), LED lamp beads (4) arranged on one side of the light guide plate (2), a diffusion film (5) arranged on the front face of the light guide plate (2), and a mirror (6) arranged above the diffusion film (5). The mirror (6) comprises a mirror surface area (61) and a transparent area (62), and the light guide plate (2) is located below the transparent area (62). According to the automobile sun shield cosmetic mirror illuminating lamp structure, light emitted from the side of the LED light source irradiates the light guide plate, the light guide plate diffuses the light source, the light source is uniform, the brightness in all light-emitting areas is consistent, a lampshade is omitted, and attractiveness is better.

The utility model relates to the technical field of automobile sun visors, and particularly discloses an automobile sun visor with rhythm atmosphere lamps, which comprises a main body framework and further comprises a light source, and the light source adopts an RGB LED (Red, Green, Blue and Light Emitting Diode) lamp; the light guide structures are installed on the edges of the other three sides, except the rotating shaft, of the main body framework, and light emitted by the light source is transmitted out after being conducted and refracted through the light guide structures; and the light control circuit is installed in the main body framework and electrically connected with the light source, the light control circuit is electrically connected with the vehicle machine large screen, and the light control circuit is used for providing a power supply and a control signal. The light source can be changed into different colors, and light is refracted into multiple beams of light through the light guide structure, so that the light source can be uniformly distributed along the edge of the main body framework; the vehicle machine large screen provides a power supply and a control signal for the light control circuit, and the light source rhythms along with the control of the vehicle machine large screen and cooperates with other atmosphere lamps in the automotive trim to provide more comfortable interaction experience.

The invention discloses a multifunctional integrated automobile co-driver sun shield, and belongs to the technical field of automobile sun shields.The multifunctional integrated automobile co-driver sun shield comprises a sun shield foaming framework, a fixing base is arranged in the sun shield foaming framework, and an electric appliance unit integrated board is fixedly installed on the fixing base; an under-screen camera, an LED light-emitting unit, a touch control unit and a display screen electronic integration module are fixedly installed on the electric appliance unit integration board, and an electronic display screen is bonded to the electric appliance unit integration board. The electric appliance unit integrated board is installed on the fixing base of the sun shield foaming framework and matched with the under-screen camera, the LED light-emitting unit, the touch control unit, the display screen electronic integrated module and other electric appliance elements, and the functions of multimedia playing, lens focal length adjustment and light multi-gear adjustment are achieved; and various requirements of young passengers during riding at present are met.

This invention relates to the field of lighting control technology, and more particularly to a car sun visor lighting control system with a magnetic switch, comprising: a sun visor body; a detection module disposed on the sun visor body, including a visual sensor for detecting the ambient brightness and the area of ​​contaminants on the mirror surface of the area where the sun visor is located, a gyroscope disposed on the car body for detecting the angle formed by the car body and the horizontal ground in real time, and a photoelectric sensor disposed above the sun visor body for detecting the reflectivity of the sun visor; an adjustment module connected to the detection module for adjusting the posture and angle of the sun visor; and a central control module for determining the corresponding operating mode of the sun visor based on the ambient brightness of the area where the sun visor is located, and adjusting the angle of the sun visor to the corresponding angle based on the angle formed by the car body and the horizontal ground in real time. This invention improves the accuracy of car sun visor lighting.

The utility model provides an automobile cosmetic mirror illumination control structure, which relates to the field of automobile cosmetic mirror illumination, and comprises a sun shield mechanism, the sun shield mechanism comprises a sun shield body, a rotating groove, a contact switch knob, a connecting piece, a bump, an illuminating lamp body, a movable groove, a movable opening and a first rotating opening, an angle fine adjustment assembly is arranged on the inner wall of the sun shield mechanism, the angle fine adjustment assembly comprises a rotating rod, a first damping ring, a second rotating opening, a rotating block and a second damping ring, and a lens mounting mechanism is arranged at the top of the angle fine adjustment assembly; and the lens mounting mechanism comprises a lens mounting frame, a mounting groove, a first magnetic suction sheet, a sliding groove, a limiting sliding opening, an L-shaped moving block, a limiting sliding block, an extension plate, a lens body and a second magnetic suction sheet. According to the utility model, the lens body can be conveniently used under the condition of sight angle difference of a patient by finely adjusting the up-down and left-right angles of the lens body.

Device for improving night vision of vehicle drivers comprising a controlled reduction of the driver's pupil diameter and the maintenance of said reduction over time in order to improve the visual capability of the vehicle driver, all of this, moreover, adapted to the pupil dynamics of the vehicle driver. It comprises a vehicle interior part comprising a carrier, a lighting device configured to emit pulsed light according to a sinusoidal wave emission varying in regular periods between 10 s and 30 s and a control means; a switching means and a user profile adjusting means.

A visor assembly includes a visor body. The visor body includes a front visor surface and a rear visor surface delimited by an outer perimeter. An optical stack is located at least partially within the outer perimeter and includes an electro-optic device configured to switch between a transmissive state wherein a substantial portion of the light passes through the visor body and a blocking state wherein light is absorbed to varying degrees. The optical stack further includes a reflecting polarizer configured to transmit a first linear polarization of light and reflect a second linear polarization of light. A light scattering layer aligned around a perimeter of the reflecting polarizer and includes a plurality of light reflecting particles. At least one illumination element is oriented to generate light towards the light scattering layer.

Device (10) for improving night vision of vehicle drivers comprising a controlled reduction of the driver's pupil diameter and the maintenance of said reduction over time in order to improve the visual capability of the vehicle driver, all of this, moreover, adapted to the pupil dynamics of the vehicle driver (D). It comprises a vehicle interior part (1) comprising a carrier (1.1), a lighting device (1.2) configured to emit pulsed light with an irradiance at an ocular plane of the vehicle driver following a sinusoidal wave varying in regular periods between 10s and 30s, a control means (1.3), a switching means (1.4) and a user profile adjusting means (2).

The utility model relates to an automobile sun shield cosmetic mirror illuminating lamp switch structure which comprises a sun shield body, a mirror frame is arranged on the sun shield body, a mirror is arranged on the mirror frame, the mirror comprises a left mirror surface area and a right transparent area, a first clamping groove and a second clamping groove are formed in the front side of the back face of the left mirror surface area, and the right transparent area is arranged on the right transparent area. A first contact piece and a second contact piece are arranged at the positions of the first clamping groove and the second clamping groove respectively, a lamp holder is arranged on the back face of the right transparent area, an LED lamp panel is arranged on the lamp holder, the second contact piece is connected with the LED lamp panel through a wire, and a mirror cover is hinged to the rear side of the front face of the mirror frame. When the mirror cover is turned upwards to be opened, the second contact piece is in contact with the first contact piece, and when the mirror cover is turned downwards to be closed, the second contact piece is separated from the first contact piece. The electric connector is simple in structure, only two contact pieces are needed, the elastic pieces are convenient to install, the occupied space is small, and the production cost is reduced.

The application relates to the technical field of in-vehicle sunshading, and provides a vehicle sun visor LED lamp mounting structure, which comprises a mirror frame and a cover body, a shell is arranged below the mirror frame, a mirror surface is arranged below the shell, the cover body is arranged below the mirror surface, a PCB plate is attached to the front end of the cover body, a fixing screw is arranged at the front end of the PCB plate, a rotating shaft is arranged below the fixing screw, and a rear cover plate is arranged at the rear end of the rotating shaft. The vehicle sun visor LED lamp mounting structure can realize the original sun visor lighting function, improve the color temperature, achieve the natural light effect, solve the defects of insufficient size of the lamp frame and the lamp holder, and the problem that the LED lamp PCB plate cannot be arranged; the problem that the size of the lamp holder is insufficient, the conductive sheet is inconvenient to weld, and assembly is inconvenient is solved; the worker assembly efficiency is improved; the production process control is facilitated; the LED assembly module is provided for subsequent product development and the LED module is provided for improvement of the existing product incandescent lamp; and the product development cost is reduced.

The utility model provides a light-emitting module, a beauty mirror, a sun shield, a light-emitting device and a vehicle, the light-emitting module is provided with a light-emitting area and a non-light-emitting area, and the light-emitting module comprises a protective layer and a light-emitting layer, the reflection electrode layer is located on one side of the protection layer, at least part of the reflection electrode layer is located in the light-emitting area, and the reflection electrode layer is made of a light-proof reflection material; the light-emitting unit layer is located on the side, away from the protection layer, of the reflection electrode layer and located in the light-emitting area, the light-emitting unit layer comprises a plurality of light-emitting elements, and at least part of the light-emitting elements emit red light when powered on; the light-transmitting electrode layer is located on the side, away from the reflecting electrode layer, of the light-emitting unit layer and at least partially located in the light-emitting area; the substrate is located on the side, away from the light-emitting unit layer, of the light-transmitting electrode layer; the light-emitting module has a light-emitting state when the light-emitting unit layer emits light and a mirror surface state when the light-emitting unit layer does not emit light. The light-emitting mirror can simulate red light in sunlight in a light-emitting state, and can be used as a mirror in a mirror surface state.

To provide a vanity mirror having both lighting and power-saving effect.SOLUTION: A vanity mirror with a lighting function having an open state and a closed state is provided on a car sun visor, and includes: a fixed section having a mirror surface; a power storage unit, an open state detection element for determining whether the vanity mirror is turned to the open state; a detection circuit which is energized from the power storage unit while the vanity mirror is in the open state; a movable section; and a light source provided near the mirror surface and providing an illumination function. The detection circuit determines an angle or distance difference between the fixed section and the movable section, and determines whether the vanity mirror is in the open state based on a determination result. In the open state, the light source determines light emission necessity and / or intensity of light emission based on the detection result of the detection circuit.SELECTED DRAWING: Figure 1

A vehicle sun visor has a light source on a light guide plate back side allowing light to be emitted, a visor main body, and a light source inside the body. A light guide plate is installed on a light source front side. The plate has a first exit surface reflecting light inside the plate from a back surface. A second exit surface reflecting light passing along the plate is formed on its back surface. A mirror plate is installed alongside on the plate front side, and has a mirror region covering the light source and the first exit surface from the front side, and a luminous region covering the second exit surface from the front side. A diffusion member is placed in direct and close contact with a luminous region back surface, and the diffusion member diffuses light from the light guide plate toward the front side.

The automobile sun shield comprises a shell assembly, mirror glass and a light-emitting assembly, and the shell assembly is provided with a mounting part; the mirror glass is mounted on the mounting part and is provided with a light-transmitting area; the light-emitting assembly is attached to the rear end face of the mirror glass, and the light-emitting assembly and the light-transmitting area are arranged in a front-back corresponding mode. The light-emitting assembly comprises a light guide plate, a lamp bead and a diffusion film, the lamp bead is electrically connected with a control circuit board in the shell assembly, and the diffusion film is attached to the upper surface, right facing the mirror glass light-transmitting area, of the light guide plate. The diffusion film comprises a light shading face and a light emitting face, the light emitting face corresponds to the light transmitting area, and the light shading face is used for preventing part of light directly scattered by the lamp beads. Through cooperation of the light guide plate and the diffusion film, uniform diffuse reflection of light can be achieved, the overall lighting effect of the light-emitting assembly is improved, the overall brightness uniformity is improved, and the use experience and the use effect of a user are improved.

Control unit (10) for a device (12), wherein the control unit (10) comprises: a component-supporting element (14; 18) provided with at least one electronic component (30, 32, 34, 36, 38; 60, 62, 73, 74, 78) configured to provide a function of the device (12); wherein the component-supporting element (14; 18) is formed from a material that is malleable at least during assembly of the control unit (10); a second element (18) that defines a user interaction interface (16) visible to a user of the device (12) during use; an encapsulation layer (22, 122) made of laminate, which encapsulates at least one part of the electronic component or components (30, 32, 34, 36, 38; 60, 62; 73, 74, 78); wherein the second element (18) is provided with at least one further electronic component, such that the electronic component or components (30, 32, 34, 36, 38; 60, 62; 73, 74, 78) are located on the component-supporting element (14; 18) and the at least one further electronic component on the second element (18) are arranged between the component-supporting element (14; 18) and the second element (18) within the encapsulation layer (22, 122) made of laminate; and wherein the user interaction interface (16) is designed to receive a user command, and wherein the electronic component or components (30, 32, 34, 36, 38; 60, 62; 73, 74, 78) are operable in response to the user command, the control unit (10) further comprises: a piezoelectric layer adjacent to the user interaction surface (16) to enable control of the electronic component(s) (30, 32, 34, 36, 38; 60, 62; 73, 74, 78) when the user applies the user command in the form of pressure on the user interaction surface (16).

Sun visor for a vehicle, wherein the sun visor comprises a light source and at least one electronic component for controlling the illumination supplied by the sun visor, wherein the at least one electronic component is a printed electronic component printed onto a structural component of the sun visor, wherein the printed electronic component is configured to receive information about a current operating condition of the sun visor from a control system outside the sun visor and to control the illumination supplied by the sun visor based thereon.

To improve the ease of assembly to the object being assembled. [Solution] In the lighting device 20, the detection plate 52 of the capacitance sensor 50, the light guide plate 60 for the mirror, the light guide plate 62 for the map lamp, the light source 70 for the mirror, and the light source 72 for the map lamp are housed in the case 32 of the housing 30, and the case 32 is light-transmitting. Therefore, the lighting device 20, with these parts in a unitized state, can be assembled to the sun visor 10 to be installed. This improves the ease of assembly of the lighting device 20 to the sun visor 10 compared to, for example, a configuration in which the housing 30 of the lighting device 20 is omitted and these parts are assembled to the sun visor 10 separately.

The utility model aims at providing a kind of electronic display sun glasses with four side light supplementing lamp, it includes sun visor and display module, the one end of sun visor is provided with big axle, big axle is used to be connected with the rotation of car, sun visor's side surface is seted up with clamping groove, display module includes middle frame, display screen, lamp strip, camera module, glass plate and cover plate, middle frame is set in clamping groove, display screen is set in middle frame, lamp strip is set in middle frame around display screen, camera module is set in the side edge position of middle frame, glass plate is bonded on middle frame, to make glass plate shield display screen, lamp strip, camera module, cover plate is rotationally set on the side of middle frame, cover plate is used to shield glass plate.Such, the electronic display sun glasses with four side light supplementing lamp of the present application has the functions of sunshade, mirror, display information, photograph, change light intensity, compared with the structure of the existing single function, can effectively improve the use experience of consumer.

The utility model discloses a cosmetic mirror lighting device of an automobile sun shield. The cosmetic mirror lighting device comprises a front panel and a rear panel, a cosmetic mirror is installed in the middle of the front face of the front panel, a cosmetic mirror cover is connected to the front face of the cosmetic mirror in a sliding mode, LED lamps are installed on the two sides of the front face of the front panel, and the front panel is connected with the rear back plate through a buckle. The light sensor is arranged, the light sensor can collect ambient light intensity and transmit light intensity information to the control module, the control module can adjust the luminous intensity of the LED lamp in a self-adaptive mode, and therefore self-adaptive dimming is achieved. And the use comfort is improved.

A visor assembly includes a visor body. The visor body includes a front visor surface and a rear visor surface delimited by an outer perimeter. The outer perimeter includes an upper edge spaced from a lower edge by a pair of side edges. An optical stack is located within the outer perimeter and configured to switch between a transmissive state wherein light passes through the optical stack and a reflective state wherein light is reflected from a front surface of the optical stack back toward an intended viewer. An elongated light apparatus includes at least one illumination element oriented to generate light from the lower edge.

The utility model discloses an electric sun shield which comprises an electric driving assembly. The electric driving assembly comprises a support fixedly installed in the sun shield body, a gear motor is fixedly installed on the support, an output shaft of the gear motor is connected with a clutch, a movable gear is installed on a main shaft of the clutch, the main shaft of the clutch is rotationally connected with the support, and an angle sensor is installed between the main shaft of the clutch and the support. The rotating shaft penetrates through the support and is fixedly provided with a static gear meshed with the movable gear. A Hall switch is fixedly installed at the position, close to the pin shaft, in the sun shield body, and a magnet is fixedly installed on the hook. A control main board is fixedly installed in the sun shield body, the control main board is connected with the microphone, the Hall element, the gear motor, the angle sensor and the gear motor through internal circuits, and the control main board is connected with the physical keys through an external circuit penetrating through the rotating shaft. The electric sun shield has the advantages of being capable of improving driving safety performance, simple and stable in structure and convenient to use.

A control unit (10) for a device, wherein the control unit (10) comprises: a component-supporting element (14) provided with at least one electronic component (30, 32, 34) configured to provide a function of the device; wherein the component-supporting element (14) is formed from a material that is flexible at least during the assembly of the control unit; a second element (18) that defines a user interaction area visible to a user of the device in use; an injection-molded mold layer (22) that encapsulates at least part of the electronic component or each component (30, 32, 34); wherein the second element (18) is provided with at least one further electronic component (30, 32, 34), such that the electronic component(s) (30, 32, 34) or each of the electronic components (30, 32, 34) are located on the component-supporting element (14) and the at least one further electronic component (30, 32, 34) on the second element (18) are arranged between the component-supporting element (14) and the second element (18) within the injection-molded mold layer (22); and wherein the user interaction surface is configured to receive a user command, and wherein the electronic component or components (30, 32, 34) are functional in response to the user command, the control unit (10) further features: a piezoelectric layer adjacent to the user interaction surface to enable control of the electronic component (30, 32, 34) when the user applies a user command in the form of pressure to the user interaction surface.

The invention discloses an automobile sun shield mirror lamp, and belongs to the technical field of mirror lamps. The frame body is provided with a containing groove, and a mirror is installed at the bottom of the containing groove; the baffle is installed in the containing groove, and an installation groove is formed between the baffle and the side wall of the containing groove; the first light source plate is mounted in the mounting groove; the first light guide plate is arranged at the opening of the mounting groove, and an inclined plane for refracting light rays emitted by the first light source plate towards the center direction of the accommodating groove is arranged on one side, deviating from the first light source plate, of the first light guide plate. Light emitted by the first light source plate is deflected towards the center of the containing groove after penetrating through the first light guide plate, so that the light emitted by the first light source plate can be gathered towards the middle of the mirror, the light on the front side of the mirror is more uniform, and the lighting effect is improved.

This invention relates to the field of automotive sun visor technology, and more particularly to an automotive sun visor lighting control system with a touch switch. The system includes a housing, a mirror, an illumination area, a touch adjustment area, a light sensor module, a cover plate, and a central control module. The central control module can control the illumination area to automatically turn on based on data detected by the light sensor module, and can record the adjustments made to the illumination state by the touch adjustment area. It determines the opening conditions and the working state of the illumination area when it automatically turns on, including determining the brightness and color temperature of the illumination area. The brightness and color temperature can be automatically adjusted and iterated based on the data detected by the light sensor module. This invention uses the light sensor module to check the ambient brightness and automatically adjusts the brightness and color temperature of the illumination area accordingly. For environments requiring manual adjustment, the central control module records the adjusted working mode of the illumination area and adjusts the working state of the illumination area when it automatically turns on based on the recorded data, reducing subsequent manual adjustments.

A visor assembly includes a visor body. The visor body includes a front visor surface and a rear visor surface delimited by an outer perimeter. The outer perimeter includes an upper edge spaced from a lower edge by a pair of side edges. An optical stack is located at least partially within the outer perimeter and includes an electrochromic device configured to switch between a transmissive state wherein light passes through the visor body and a reflective state wherein light is reflected in a direction from the front surface of the visor body back towards an intended viewer. The optical stack further includes a dynamic light reflecting polarizer configured to transmit a first linear polarization of light and reflect a second linear polarization of light. The optical stack further includes a light emitting layer having a light carrier and a plurality of light emitters.