38results about How to "Reduce glare" patented technology

The utility model relates to the technical field of optical lenses, in particular to a miniature dot matrix contrast-reducing lens, which comprises a lens, the lens comprises a central optical area and a miniature dot matrix area, the miniature dot matrix area comprises two dot matrix structures, namely a large dot matrix with the diameter of 0.18 mm and a small dot matrix with the diameter of 20-30 microns, the number ratio of the large dot matrix to the small dot matrix is 1: 3-1: 8, and the number ratio of the large dot matrix to the small dot matrix is 1: 3-1: 8. The covering density of the dot matrix areas is 10-45%, the dot matrix spacing is 0.2-0.65 mm, the depth of the dot matrix is 2-8 microns, the edge of the dot matrix is provided with a smooth transition area of 0.05-0.1 mm, the lens further comprises micro-lens areas, and the micro-dot matrix areas and the micro-lens areas are alternately distributed. The central optical area of the lens is not covered by the dot matrix, so that clear view is guaranteed; the contrast of the dot matrix area is accurately regulated and controlled, full-view blurring is avoided, micro-lens defocusing and dot matrix contrast reduction are combined, eye axis growth is doubly inhibited, dot matrix size and interval optimization is achieved, and glare and visual interference are reduced.

This utility model discloses a popular science interactive display device. Key technical features include a display box with display windows on its periphery for observing the items inside. A vibration switch is installed on the inner side of the top cover of the display box. It also includes a sound module pre-stored with audio data, and the vibration switch controls the sound module to play the audio. This utility model allows the vibration switch to play pre-stored sounds of items by tapping the cover, combining auditory perception with physical interaction to enhance audience participation and exploration interest, and strengthen the immersive learning experience of scientific knowledge.

The utility model discloses a rescue emergency lamp, and belongs to the technical field of emergency lamps. Comprising a lampshade, LED lamp beads are installed in the lampshade, an end cover is installed at the top of the lampshade, a switch is embedded in the center of the top face of the end cover, a base is installed on the bottom face of the end cover, a storage battery is installed in the base, a charging interface is embedded in the side face of the base, the LED lamp beads, the switch, the storage battery and the charging interface are electrically connected, and an anti-dazzle cover is adsorbed to the top of the base. A plurality of honeycomb-shaped open holes are formed in the surface of the anti-dazzle cover, and a fixing piece is installed on the bottom face of the base and adsorbed to the top of a vehicle. According to the emergency lamp applied to rescue, light rays are dispersed through the honeycomb-shaped holes so as to increase the shading angle, and the purpose of reducing glare can be finally achieved due to the fact that the larger the shading angle is, the smaller the glare value is.

The utility model discloses a lamp tube with three layers of optical masks, which comprises a lamp holder, a light-emitting part and a lamp body, the light-emitting part and the lamp body are arranged on the lamp holder, the lamp body is provided with an inner shade, an outer shade and an anti-dazzle film, the light-emitting part is positioned in the inner shade, the outer shade surrounds the circumferential outer side of the inner shade, an accommodating cavity is formed between the inner shade and the outer shade, and the anti-dazzle film is positioned in the accommodating cavity. The anti-dazzle film surrounds the circumferential outer side of the inner cover, the inner cover is a frosted diffusion cover, the outer cover is a transparent cover, and the anti-dazzle film is provided with a texture decoration layer. According to the anti-dazzle LED lamp, point light sources can be prevented from being exposed, light rays are even and soft and are not dazzling, dazzle is reduced, and the UGR is reduced.

The invention belongs to the technical field of optical devices, and discloses a high-polarization dustproof plate for a vehicle-mounted HUD (Head Up Display) and a preparation method of the high-polarization dustproof plate. The polarization dustproof plate comprises a polarization element sub-layer, a first optical compensation layer and a second optical compensation layer, wherein the polarization element sub-layer is clamped between the first optical compensation layer and the second optical compensation layer; wherein the first optical compensation layer and the second optical compensation layer are both polycarbonate films, and the compensation value Re of the polycarbonate films meets the following relational expression: Re < = 50nm or Re > = 3000nm; the polarizer layer is a polyvinyl alcohol polarizing film, and the degree of polarization of the polyvinyl alcohol polarizing film is larger than or equal to 99%. The optical compensation layers with low compensation value or high compensation value functions are arranged on the two sides of the polarization element sub-layer, and the polarization element sub-layer with high polarization degree is adopted, so that the problems of rainbow lines and ghosting are solved, glare and reflection are reduced, the display definition is improved, and the application requirement of large-size HUD projection display can be met.

The utility model provides a kind of low-power MiniLED backlight control system, it is related to LED backlight technical field, including light bar, the both ends of the light bar are provided with connecting head, multiple electric connecting pins are provided in the inside of two connecting heads, multiple installation clamping grooves are set in the upper end of the light bar, multiple lamp holders are clamped in the inside of multiple installation clamping grooves, multiple electrode pieces are provided in the left and right sides of the lower end of multiple installation clamping grooves, multiple control chips are connected to the lower end of the light bar, multiple control chips are respectively located in the lower end of multiple installation clamping grooves, and electrically connected with the two electrode pieces of the lower end of installation clamping groove, and multiple control chips are electrically connected with multiple electric connecting pins of the front and rear sides, the utility model is provided with multiple-pin connecting head in the both ends of light bar, lamp holder is clamped with light bar by installation clamping groove, electrode piece is electrically connected with control chip, so that lamp holder can be individually repaired and replaced, reduce maintenance cost, and support quick assembly and flexible expansion.

The utility model discloses a lens module which comprises a lens body, the lens body comprises an anti-dazzle cup, the cup bottom of the anti-dazzle cup is provided with an arc-shaped groove used for containing an LED lamp, the groove wall of the arc-shaped groove forms a light inlet face of the lens body, and the cup inner wall of the anti-dazzle cup forms a light outlet face of the lens body. In the application, the lens is directly made into the structure of the anti-dazzle cup, the anti-dazzle cup can reduce dazzle through a deep light source on the premise that a reflecting cover is not arranged, the height of the lamp can be reduced, the material cost is saved, meanwhile, the lighting effect is not influenced, and the principle of reducing cost and improving efficiency is met.

The utility model discloses a kind of anti-glare ceiling down lamp, including outer shell and metal panel, the surface of the outer shell is evenly provided with radiating fin, the inner side of outer shell is installed with reflecting sphere by support ring, and the both sides of the reflecting sphere are provided with mirror coating and diffuse reflection coating, the inner wall of the outer shell outside reflecting sphere is provided with inner bowl body, the inner wall of inner bowl body is provided with nano light guide plate;The opening of the outer shell is provided with metal panel, the center of metal panel is provided with hole, the inner side of hole is installed with light transmission lens, and the inner wall of metal panel outside hole is provided with annular groove, annular groove is installed with LED lamp ring by heat-conducting double-sided adhesive tape inside it.The utility model can significantly improve anti-glare effect by this multilayer light processing mechanism, provide more comfortable light environment.

This application discloses a button light guide structure, an luminous button, and an electronic device. The button light guide structure is applied to an luminous button, which includes a light source. The button light guide structure includes: a base with at least one receiving groove on its lower surface; the light source is located within the receiving groove; at least one scattering part penetrating the base and positioned above the light source; a diverging area on the upper surface of the base, comprising multiple diverging blocks evenly distributed on the upper surface of the base; a reflector above the diverging area for reflecting light; and an upwardly extending edge of the base forming a light guide ring. The button light guide structure of this application provides more uniform light emission from the light guide ring, effectively reducing glare.

A multifunctional linear tunnel light and its housing are disclosed. The housing includes a shell, which is a semi-closed structure consisting of a bottom surface and side surfaces, with an open top and open ends. The bottom surface of the shell has an outwardly protruding section in the middle, with a hollow center forming a groove that communicates with the inner cavity of the shell. The bottom surface of the shell on both sides of the protruding section consists of two symmetrical planar segments with symmetrically arranged slots on their inner surfaces. The outer surface of each planar segment has guide grooves for guiding the mounting bolts of the support bracket. The side surfaces include a first inclined surface, a second inclined surface, and a first vertical surface. The inner surface of the second inclined surface has a light source plate mounting slot, with the slot opening facing the bottom surface of the shell. A baffle is located at the end of the upper groove wall of the light source plate mounting slot. The end of the second inclined surface has a second vertical surface parallel to the first vertical surface, with a snap-fit ​​groove on its inner surface. This utility model integrates two mounting positions with different light emission methods, allowing for selection of one mounting position according to lighting needs, providing flexibility and meeting the needs of different application scenarios.

This utility model relates to a single-sided low-glare guardrail light, comprising a guardrail tube with supporting connectors at both ends. At least one optical module is mounted on the guardrail tube. Each optical module includes a profile body with a connecting wire plate inside. Several light source PCB board connectors are mounted on the connecting wire plate, and a light source PCB board is mounted on each connector. A lens is fixedly mounted on the light source PCB board. Glass is mounted on the profile body above the lens. A sealing strip is provided at the connection between the glass and the profile body, and a pressure strip is provided on the glass. In this utility model, the number of modules can be adjusted to suit different road widths. The module's light projection direction follows the road, resulting in lower glare and convenient installation and maintenance.

This application proposes a high-intensity tri-proof lamp comprising a lamp body, a heat sink, and a light source plate. The lamp body is co-extruded from a diffusing material and an opaque material, and has a diffuser cover. The inner surface of the diffusing material portion of the diffuser cover forms a serrated light-controlling structure. The light source plate is disposed within the lamp body. The light source plate is disposed within the lamp body, located on the heat sink, and facing the diffuser cover. Through the structural design of the diffusing and opaque materials, the tri-proof lamp achieves excellent light control while still meeting the requirements for waterproofing, dustproofing, and corrosion resistance.

The application relates to an optical film and a manufacturing method thereof, a display module and a display device. The optical film comprises a substrate layer and an optical adjusting structure, and the optical adjusting structure comprises a plurality of microstructure units distributed in the substrate layer. The particle size of the microstructure units is in the nanometer range, and the particle size of each microstructure unit is smaller than the wavelength of visible light. The optical film can solve the display problems caused by excessive reflection and glare during the use of a transparent display panel.

This application belongs to the field of lighting equipment technology, and provides a lighting device that is convenient for light-sensor installation, including a housing, a lamp panel, a reflector, a light sensor, and a lampshade. The housing has a light-emitting hole; the lamp panel is installed inside the housing; the reflector is installed inside the housing and is used to reflect the light from the lamp panel to the light-emitting hole; the light sensor is installed on the lamp panel; and the lampshade covers the light-emitting hole. This application has a simple and compact structure, low glare, and reduces process steps and processing costs.

The utility model discloses a double-sided packaged low-glare photovoltaic module, which comprises a substrate (1), and a current-conducting plate (2) and anti-glare glass (13) are sequentially arranged on the front surface of the substrate (1); grooves (3) which are uniformly distributed are formed in the front surface of the current-conducting plate (2), crystalline silicon battery pieces (4) are arranged in the grooves (3), and the crystalline silicon battery pieces (4) are electrically connected through the current-conducting plate (2); the side edge of the groove (3) protrudes out of the front face of the crystalline silicon battery piece (4), in the side edge of the groove (3) of the protruding part, the front face of the left side edge and the front face of the right side edge are each provided with a first light guide inclined face (5) inclining upwards, and the inner groove face of the upper side edge is provided with a second light guide inclined face (14) facing the front face of the crystalline silicon battery piece (4). According to the utility model, the reflection is reduced by hiding the electric connection parts of the crystalline silicon cells, and the light in the gaps of the crystalline silicon cells is reflected and utilized by utilizing the light guide inclined planes, so that the practicability is good.

The embodiment of the application provides an AR device and method for dynamically eliminating glare, the AR device comprises a light waveguide module, a detection module, a central control module and an electrochromic module, the detection module can detect the illumination intensity and the incident angle of incident light in real time, the central control module can dynamically control the transmittance of the electrochromic module according to the detected illumination intensity and incident angle, so that the AR device can automatically adapt to different illumination environments, effectively reduces the glare phenomenon and visual interference, and improves the display effect.

The utility model provides a kind of key light guide cover and light guide key assembly, key light guide cover includes base body, pressure-bearing body and support body, support body is fixedly connected between base body and pressure-bearing body, and the relative height between the front of pressure-bearing body and the front of base body is greater than zero, the front of pressure-bearing body includes light transmission area and backlight area, and the thickness of backlight area is greater than the thickness of light transmission area.Light guide key assembly includes aforementioned key light guide cover and light source.The utility model discloses technical scheme, because the thickness of backlight area is greater than the thickness of light transmission area, the light propagation path of light source generated light is shorter in light transmission area, and the intensity and brightness loss of light are lower, so as to enhance light transmission area brightness effect, and the light propagation path of light source generated light is longer in backlight area, so that the intensity and brightness of reflected light are weakened, the interference effect of reflected light and light propagation in light transmission area is reduced, light is reduced, so that user observes correct character or pattern from light transmission area, and misoperation to key is avoided.

This utility model discloses a modular shelf light with a snap-locking structure, belonging to the field of display lighting accessories. Addressing the problems of unstable installation and poor conductivity reliability in existing shelf lights, it provides a modular shelf light solution including a shelf support and a shelf, with an anti-detachment component and a conductive connection at the shelf insertion end. In the anti-detachment component, the snap-locking hook structure engages with a track slot, and the support part moves to the locking position to limit the elastic deformation of the snap-lock, forming an active lock. The conductive connection uses elastic conductive glass beads in elastic contact with the conductive strip. The lighting part includes a light guide strip and a light shield to optimize light. This utility model enhances the stability of the mechanical connection and the reliability of conductivity, improves light uniformity, reduces glare, solves the stability, reliability, and safety problems of existing shelf lights in frequent use scenarios, and improves product practicality.

The utility model discloses a polaroid structure and a display module. The polaroid structure comprises a polarizing layer, a protective layer, an anti-dazzle layer and an adhesion layer, the protection layers are arranged on the two sides of the polarization layer, and the protection layers are used for protecting the polarization layer and mechanically supporting the polarization layer; the number of the anti-dazzle layers is two, the two anti-dazzle layers are located on the outer sides of the two protective layers respectively, and the anti-dazzle layers reflect incident light for multiple times, so that the light path is prolonged, and dazzle is reduced; and the adhesion layer is arranged on one anti-dazzle layer and is used for adhering and adsorbing a plane to be mounted. According to the polaroid, the anti-dazzle layer is arranged on the outer side of the protective layer, incident light is reflected for multiple times through the anti-dazzle layer, a light path is prolonged to achieve the light trapping effect, dazzle and reflection can be greatly reduced, therefore, the optical performance of the polaroid is improved, and the polaroid has the advantages of being simple in structure and convenient to produce.

This utility model belongs to the field of LED display technology and discloses an outdoor LED grid display screen, including multiple LED light source emitters arranged in a grid array. Each LED light source emitter includes an emitter body and a light source emitting head. One side of the emitter body is a mounting surface and is mounted on a mounting frame. Multiple light source emitting heads are correspondingly embedded on the end face of the emitter body away from the mounting surface. The light emitted by the light source emitting heads is emitted horizontally in a wide-angle manner. Each light source emitter is equipped with a reflector located above the light source emitting head. One end face of the reflector is an inclined mirror surface, with its lower end abutting against the end face of the emitter body away from the mounting surface and its upper end away from this end face, so as to reflect part of the light emitted upwardly by the light source emitting head in a horizontal direction. This grid display screen can reduce the upward tilt of light and reflect it in a horizontal direction, thereby improving the brightness of the light and the clarity of the display screen.

The application belongs to the technical field of lighting equipment, and particularly relates to a glare-proof educational lighting lamp, which aims at the problem that the existing light-shielding plate structure of the lighting lamp cannot be self-adaptively controlled according to the light intensity of the environment, and the following scheme is proposed, which comprises a lamp shade, a support, a bottom fixedly connected with the bottom of the support, an upper side of the support fixedly connected with the lamp shade away from the bottom, and an inner wall of the lamp shade provided with a bulb, a connecting ring, the upper side of the connecting ring fixedly connected with the bottom of the lamp shade, and four light sensors. The glare-proof educational lighting lamp disclosed in the application can make the device judge the fiber intensity or brightness in the environment, automatically reduce the light transmittance of the device in a strong light environment, reduce glare, improve the light transmittance of the device in a weak light environment, ensure clear vision, and thus improve the use experience of the user and reduce the eye fatigue of the user.

This utility model discloses a concealed LED strip mounting structure, including a fixing base. An LED strip body is mounted on the inner bottom wall of the fixing base. Rubber strips are fixedly connected to both sides of the upper surface of the fixing base. A retaining strip is fixedly connected to the lower surface of the rubber strips, and a spring is fixedly connected to the inner side of the retaining strip. This concealed LED strip mounting structure, through the arrangement of rubber strips, retaining strips, springs, and rubber barbs, allows the retaining strip to be pressed inwards, causing the spring to deform elastically and engage the fixing base in a pre-drilled groove. Under the elastic action of the spring, the retaining strip returns to its original position, fixing the structure in the pre-drilled groove. Simultaneously, multiple rubber barbs further strengthen the tightness of the connection between the retaining strip and the pre-drilled groove. The rubber strips enhance the sealing at the connection point between the structure and the top of the inner side of the pre-drilled groove, preventing the entry of external dust, reducing the impact of dust on the LED strip body, ensuring a good display effect, improving installation efficiency, and allowing the structure to be easily removed for maintenance.

The utility model relates to the technical field of lamps, in particular to a hose pocket lamp. According to the technical scheme, the lamp comprises a lamp body, a hose body used for adjusting the angle is movably arranged on one side of the lamp body, a lamp holder used for illumination is fixedly arranged at the other end of the hose body, COB lamp beads are arranged on the front face of the lamp body, a climbing hook is movably arranged on the back face of the lamp body, and a magnet used for being attracted with metal is arranged on the front face of the climbing hook. Through the arrangement of the connecting ring and the conical light guide pipe, divergent light rays can be converged into narrow light beams, luminous flux in the same direction is concentrated, accurate light control can be achieved, the light rays can be restrained in the specific direction, and the dazzling feeling and the dizziness feeling when a user directly looks at a light source are reduced; and through the arrangement of a base, a guide plate, a positioning rod, an extrusion rod and a second spring, the conical light guide pipe can be rapidly disassembled and assembled, and the lamp can rapidly adapt to different working environments.

A flash point inhibiting type anti-dazzle polaroid comprises a third protective film, a haze functional adhesive layer, a first protective film, an upper side first adhesive layer, a polarizing film layer, a lower side first adhesive layer, a second protective film, a second adhesive layer and a release film which are sequentially stacked from top to bottom, and the haze functional adhesive layer comprises diffusion particles and a matrix. The diffusion particles are uniformly distributed in the matrix, the diffusion particles are configured to be solid spheres, the haze value of the haze function adhesive layer is 5-70%, the thickness D of the haze function adhesive layer is more than or equal to 5 microns and less than or equal to 50 microns, the particle size d of the diffusion particles is 1-50 microns, the refractive index of the diffusion particles is different from that of the matrix, and the diffusion particles are one of organic particles and inorganic particles. The polaroid can restrain the negative effect that a flash point is generated when the anti-dazzle polaroid is matched with a high-pixel-density display.

This utility model relates to a light source PCB board connector that changes the light projection direction through its structure. It includes a connecting side plate I, a mounting top plate at the upper end of the connecting side plate I, the mounting top plate being inclined, and a connecting side plate II on the front of the other end of the mounting top plate. The connecting side plate I includes a horizontal connecting plate I and a vertical connecting plate I, and the connecting side plate II includes a horizontal connecting plate II and a vertical connecting plate II. This utility model changes the light projection direction by altering the internal structure, making the module's light projection direction align with the road, resulting in lower glare.

This application relates to a camera module and electronic device. The camera module includes a lens, an image acquisition module, an optical transmission element, and a stray light elimination structure. The optical transmission element is configured such that light captured by the lens can enter the optical transmission element from the light-transmitting surface and be reflected sequentially through a first reflective surface, a light-transmitting surface, a second reflective surface, a light-transmitting surface, and a third reflective surface to the image acquisition module. The stray light elimination structure is used to eliminate stray light in the light reflected by at least one of the first reflective surface, the second reflective surface, and the light-transmitting surface. The camera module and electronic device of this application improve the telephoto shooting effect by using multiple reflections of light through the optical transmission element and reduce the module height to facilitate module miniaturization. Moreover, by using the stray light elimination structure to eliminate stray light in the light reflected by at least one of the first reflective surface, the second reflective surface, and the light-transmitting surface, stray light is less likely to enter the image acquisition module, thereby reducing glare.

The utility model discloses a missing labeling detection device for a blood collection tube middle box, and belongs to the technical field of medical instrument packaging equipment. The device comprises a conveying mechanism, a position sensor used for detecting the position of the blood collection tube middle box and a color detector used for detecting the label of the blood collection tube middle box. The position sensor and the color detector are both aligned with a conveying belt of the conveying mechanism, and the position sensor is electrically connected with the color detector. And when the blood collection tube middle box reaches the sensing area of the position sensor, the color detector is started and detects the blood collection tube middle box. Through cooperation of the position sensor and the color detector, non-contact type labeling missing detection is achieved, complex working conditions can be dealt with, the problem of mistaken touch starting caused by interference of background colors and illumination changes is solved, the misjudgment rate is reduced, and the detection efficiency and the detection effect are effectively improved.

The invention discloses temperature control equipment for growth of plaque outside an incubator. The temperature control equipment comprises a transparent imaging cavity, a uniform illumination assembly, a constant-temperature heating assembly and a temperature control module, the transparent imaging cavity is of a high-light-transmittance material structure with the periphery closed. The uniform illumination assembly comprises a plurality of low-scattering LED lamp strips arranged on the edge of the top in the transparent imaging cavity. The constant-temperature heating assembly is of a flexible sheet type heating structure and is arranged on the inner circumferential face of the transparent imaging cavity so as to provide a stable thermal field. The temperature control module is electrically connected with the constant-temperature heating assembly and used for monitoring the internal temperature in real time. Through the arrangement, the device can keep the constant culture temperature and realize high-quality imaging, so that the plaque is always in a proper temperature environment in the culture process, and illumination scattering and glare interference are reduced, so that a stable plaque image sequence with high comparability is quickly obtained, and the reliability and efficiency of dynamic growth analysis of the plaque are improved.

The embodiment of the present application provides a polarized lens, a polarized lens assembly and glasses, which are used for adjusting incident light of the glasses. The polarized lens comprises a frame body, a first polarized lens and at least one first magnetic attraction element. The frame body is provided with a through hole. The frame body is configured to be connected with the glasses. The first polarized lens is arranged in the through hole. The first polarized lens is configured to adjust the incident light. The first magnetic attraction element is arranged in the frame body, and the first magnetic attraction element is configured to be attached to the glasses. A user can rotate the frame body to freely adjust the incident light according to different light conditions. For example, when the environment changes from strong light to weak light, the user does not need to take off the glasses, but only needs to rotate the polarized lens to adapt to the new light condition, so that the field of view is clear and comfortable. By rotating the polarized lens, the user can adjust the polarized effect according to specific needs, which can effectively reduce glare and maintain good visual effect in different environments, and meet the user's demand for multifunctionality.