36 results about "Light management" patented technology

The invention discloses a building engineering lighting resource scheduling method and system based on big data, and relates to the technical field of intelligent control and big data processing. According to the method, the multi-source time sequence data is collected, the resource scheduling association diagram is constructed, the illumination terminals are grouped by using the multi-target adaptive scheduling clustering algorithm, the differentiated illumination control strategies of the resource scheduling partitions are generated, and the operation states of the illumination terminals in the corresponding resource scheduling partitions are controlled; the building engineering lighting resource utilization efficiency is remarkably improved, on the premise that operation safety and lighting quality are guaranteed, precise lighting according to needs, energy conservation and consumption reduction are achieved, the capacity of self-learning and strategy optimization is achieved through feedback data, lighting scheduling is converted from static and extensive states to dynamic and refined states, and the lighting scheduling efficiency is improved. And the intelligent level and the self-adaptive capability of illumination management are effectively improved.

This facilitates the management of exposure conditions for materials displayed in the exhibition area. [Solution] The system includes an exposure amount calculation unit that determines the amount of exposure based on the exposure time and illuminance of the exhibition area where the exhibited items are displayed, determined by a lighting device, a determination unit that determines whether the amount of exposure has reached a threshold value which is lower than a reference exposure amount which is the upper limit of the amount of exposure for a specified period for the exhibited items displayed in the exhibition area, and an output unit that outputs an alert signal when the amount of exposure reaches the threshold.

The utility model relates to the field of intelligent lighting control, and discloses an external plugging light-operated integrated driver, which comprises a male plug-in and a female plug-in, a plurality of conductive plug-in slots are arranged at the lower end of the male plug-in close to the middle position, and two rotary plug-in slots are arranged at the lower end of the male plug-in close to the edge position. According to the utility model, through an external plugging function, maintenance and system upgrading become simpler and more convenient, the reliable fixation and alignment of the conductive insertion sheet groove and the rotary insertion sheet groove ensure the stability of power transmission and the reliability of connection, the built-in photosensitive sensor can realize on-off control according to the environment illumination intensity, energy is saved, and the cost is reduced. According to the utility model, the service life of the lamp is prolonged, the convenience of illumination management is improved, stable and reliable illumination effects are provided under different illumination conditions, inconvenience caused by misoperation and frequent switching is reduced, meanwhile, in the plugging and unplugging process, the driver and power input are safely and completely isolated, the risks of electric shock and short circuit are reduced, and the use safety is ensured.

The invention provides a laminated cell and a preparation method thereof. A nanometer light-transmitting layer is arranged at a stacking interface between at least one adjacent sub-cell unit of the laminated cell, the nanometer light-transmitting layer contains insulating and transparent metal oxide nanoparticles, and the diameter of the nanoparticles is smaller than or equal to 350 nm. According to the invention, the light-transmitting layer with the nano-structure is prepared at the stacking interface of the laminated cell, and the form of the nano-particles can cause the change of the propagation path of light, thereby increasing the light scattering, reducing the light reflection loss between the stacking interfaces of the cell, and improving the reliability of the cell. And the light management of the laminated cell, especially three-junction or more than three-junction laminated layers is optimized, so that the photoelectric conversion efficiency of the laminated cell is improved.

The invention belongs to the technical field of photoelectric materials and devices, and particularly relates to a perovskite light-emitting-photovoltaic dual-function device and a preparation method thereof. The preparation method comprises the following steps: sequentially preparing an electron transport layer, a perovskite light-emitting-photovoltaic active layer, a hole transport layer and a top electrode on a transparent conductive substrate; the method is characterized in that when the perovskite light-emitting-photovoltaic active layer is prepared, specific functional molecules (such as beta-alanine, 5-amino valeric acid, phenylethylamine iodide, sulfaguanidine and the like) are introduced into a perovskite precursor to cooperatively regulate and control crystallization kinetics of perovskite, defects are passivated, and the perovskite light-emitting-photovoltaic active layer is prepared. And a microstructure (such as an embedded submicron cavity or a vertical single-layer crystal grain) which is beneficial to light management and carrier bidirectional transmission is guided to be formed. The device manufactured by the method can work as a high-efficiency light-emitting diode (EQEgt, 25%) and also can work as a high-efficiency solar cell (PCEgt, 15%), bidirectional high performance of optical-electric conversion is realized, and an effective scheme is provided for developing a novel integrated optoelectronic system.

A light management system includes a visible light source and a planar layered light confining structure having front and back sheets with a light converting layer between them. A microstructured front layer on the front sheet includes linear optical structures extending between opposite edges. The back sheet has an opaque reflective surface, and the structure includes a surface for total internal reflection. Light input ports having a cumulative area of no more than 10% of the converting layer area are arranged in a two-dimensional array and used to inject light into the structure. The light converting layer has an active layer containing light converting materials with different bandgaps that absorb light in a selected spectral band and transmit light in a different spectral band. The active layer includes quantum dots and has a thickness less than needed for complete single-pass absorption to accommodate multiple transverse light propagation.

A display device according to one embodiment includes a substrate including a display area including a plurality of sub-pixels, and a non-display area surrounding the display area. A first electrode is disposed in each of the sub-pixels on the substrate, and a bank is disposed on the first electrode at boundaries between adjacent sub-pixels, overlapping the periphery of the first electrode's upper surface. An organic layer is on the first electrode and the bank, followed by a second electrode on the organic layer. A color filter is on the second electrode, and an optical member is on the color filter. The bank includes a black-based material to reduce external light reflection. The optical member includes a destructive interference layer and nano-patterns spaced apart from one another on the destructive interference layer to minimize reflectance and improve light management.

This invention belongs to the field of *Coptis chinensis* cultivation technology, specifically relating to a cultivation method for increasing the berberine content in *Coptis chinensis*, comprising the following steps: seedling cultivation, transplanting, microbial inoculation, light management, fertilization management, staged drought stress induction, water management, and harvesting; the microbial inoculation involves simultaneously applying a compound microbial agent containing *Bacillus amyloliquefaciens*, arbuscular mycorrhizal fungi, and plant rhizosphere growth-promoting bacteria at the time of transplanting; the light management involves shading combined with LED supplemental lighting; the staged drought stress induction involves controlling the relative soil moisture content to 45%-55% for 7-10 days after transplanting, 60-75 days after transplanting. This invention, through the synergistic effect of microbial inoculation, light quality regulation, and drought stress induction, can significantly increase the berberine content in the roots of *Coptis chinensis* by more than 120% compared to conventional cultivation methods, and is standardized, green, and sustainable, suitable for large-scale cultivation and promotion.

The invention relates to the technical field of eyesight recovery protection devices for ophthalmology patients, particularly discloses an eyesight recovery protection device for ophthalmology patients, and aims to solve the problems that a traditional medical eye pad is inconvenient to use during examination, and light cannot be finely and gradually adjusted to adapt to postoperative photosensitivity. The device is characterized by comprising an eye protector body, a channel unit, a light adjusting unit and a control unit. Wherein the channel unit provides removal-free convenient operation; the light adjusting unit comprises an electrochromic film, and dynamic light transmittance adjustment is achieved; the control unit supports automatic, manual and progressive adaptation modes. By the adoption of the technical scheme, convenient and sanitary eye local operation can be achieved, fine progressive light management is provided, light sensitivity is effectively relieved, eye light adaptability recovery is promoted, and postoperative rehabilitation comfort, safety and efficiency are improved.

The invention discloses a photoaerobic organism complete mixing reactor for synthesizing purple membrane protein by enriching halophilic microorganisms. The photoaerobic organism complete mixing reactor comprises a biological reaction area and a bottom light management area, the biological reaction area is used for completing microbial cell proliferation, metabolism regulation and control and purple membrane protein synthesis, and providing a limit environment with constant temperature, controllable dissolved oxygen, uniform nutrition and sufficient illumination for halophilic microbial flora so as to realize accurate control of high-density culture and efficient induction of thalli; the bottom light management area is used for efficiently, uniformly and controllably providing light energy with the wavelength and intensity of 200-700nm to the biological reaction area, and the light energy is used as an environmental signal for inducing halophilic microorganisms to synthesize purple membrane protein. According to the reactor, the halophilic microbial flora for efficiently synthesizing the purple membrane protein can be obtained, an aerobic / illumination synergistic condition required by the purple membrane protein synthesis process is provided, sufficient salt and nutrient substances are given to the halophilic microbial flora, and a reactor operation mode for stably and efficiently synthesizing the purple membrane protein at low cost is realized.

The invention discloses a transparent conductive film with an adjustable crystal face and a preparation method thereof, and belongs to the technical field of electrochromism. The electron / hole enrichment type crystal face exposure proportion of transparent conductive crystal grains is optimized by utilizing the anisotropic carrier enrichment characteristics of transparent conductive film polycrystalline particles represented by indium tin oxide in a color-changing device; the selective adsorption and color development states of oxidized / reduced chromophore ion clusters in the electrolyte on different types of crystal faces are regulated and controlled, diversified modulation of directional light transmission, refraction, light absorption, light reflection and color change comprehensively and controllably in a crystal face-electric field-chromophore electrolyte environment is achieved, and a light management module is manufactured and applied to directional light management scenes such as vehicle-mounted projection and the like. And evaluating the performance of on-site dynamic light management. According to the technology, a dimming main body is adjusted into a charge conduction mode for controlling the color changing process from a color changing material, passive light sensing and one-way dimming are developed into a new mode for controlling multi-element color changing by utilizing a crystal face angle, and a more intelligent light management normal form is provided.

A light management system includes a visible light source and a planar layered light confining structure having front and back sheets with a light converting layer between them. A microstructured front layer on the front sheet includes linear optical structures extending between opposite edges. The back sheet has an opaque reflective surface, and the structure includes a surface for total internal reflection. Light input ports having a cumulative area of no more than 10% of the converting layer area are arranged in a two-dimensional array and used to inject light into the structure. The light converting layer has an active layer containing light converting materials with different bandgaps that absorb light in a selected spectral band and transmit light in a different spectral band. The active layer includes quantum dots and has a thickness less than needed for complete single-pass absorption to accommodate multiple transverse light propagation.

A display device according to one embodiment comprises a substrate (101) containing a display area (DA) with several subpixels (PX1, PX2, PX3) and a non-display area (NDA) surrounding the display area (DA). A first electrode (151) is arranged on the substrate in each of the subpixels, and a bank (154) is arranged on the first electrode (151) overlapping the periphery of the upper surface of the first electrode (151) at the boundaries between adjacent subpixels. An organic layer (152) is located on the first electrode (151) and the bank (154), followed by a second electrode (153) on the organic layer (152). A color filter (191, 192, 193) is located on the second electrode (153), and an optical element (LSP) is located on the color filter. The bench (154) contains a black-based material to reduce the reflection of external light.The optical element (LSP) contains a destructive interference layer (DL) and nanopatterns (NP) spaced apart on the destructive interference layer (DL) to minimize reflectance and improve light management.

An augmented reality system includes a light source to generate a virtual light beam, the virtual light beam carrying information for a virtual object. The system also includes a light guiding optical element, the light guiding optical element allowing a first portion of a first real-world light beam to pass therethrough, where the virtual light beam enters the light guiding optical element, propagates through the light guiding optical element by substantially total internal reflection (TIR), and exits the light guiding optical element. The system further includes a lens disposed adjacent and exterior to a surface of the light guiding optical element, the lens comprising a light modulating mechanism to absorb a second portion of the real-world light beam and to allow the first portion of the real-world light to pass through the lens.

An AI server mainboard based on a computing energy SG2044 processor relates to the technical field of servers, adopts the computing energy SG2044 processor, integrates a 128GB LPDDR5 memory and a TPU module, realizes flexible signal distribution, and provides an M.2 NVME interface for a system disk and an MCIO interface for connecting an RAID memory card; the network interface adopts two I201 network chips and provides two gigabit Ethernet interfaces; two USB 3.0 interfaces are expanded through a uPD720201 chip, and a GD32F303 single-chip microcomputer is adopted to realize power supply time sequence control and functional key and indicator lamp management; bMC management is adopted, and an ExaMAX high-speed connector is adopted, so that signal crosstalk is reduced; a perfect grounding design provides a stable signal reference plane.

A lighting management system is provided, comprising: a plurality of lighting devices; a control system; a user interface device; wherein each lighting device of the plurality of lighting devices comprises a respective driver module configured to determine values of operating parameters of a set of operating parameters, and communicate the determined values to the control system; wherein the control system is configured for each respective driver module of the plurality of lighting devices: (i) to select at least two first operating parameters from the set of operating parameters, and (ii) to compute a first composite measure (C1) based on the determined values of the selected at least two first operating parameters; (iii) to select at least two second operating parameters from the set of operating parameters, wherein the at least two second operating parameters are different from the at least two first operating parameters, and (iv) to compute a second composite measure (C2) based on the determined values of the selected at least two second operating parameters; wherein the user interface device is configured to: obtain from the control system signals indicative of the first composite measure (C1) and the second composite measure (C2); render a visual representation with a first composite measure axis and a second composite measure axis, and for each respective driver module of the plurality of lighting devices, plot a point within the visual representation corresponding to the first composite measure and the second composite measure.

The present invention detects the position and the orientation of a viewer in an exhibition space in which an exhibition area for exhibiting materials is provided and determines the observation state of the viewer on the basis of the orientation of the viewer. An illumination control unit controls an illumination device provided in the exhibition space so that the device enters any one of: a first state in which the illumination device is turned off; a second state in which the inside of the exhibition space is illuminated by illuminance that enables the viewer to move from a current position to another position; a third state in which the illuminance serves to attract the attention of the viewer to the material and in which the target of the illumination differs from that of the second state; and a fourth state in which the illuminance serves to enable the viewer to observe or appreciate the material and in which the mode of the illumination differs from that of the third state. The illumination control unit controls the illumination device so that the device enters the state corresponding to the detected position and the determined determination result.

The invention relates to a dynamic light-adjusting device for vehicle windows, comprising a vehicle front window (1) incorporating a light management system (2) and protective elements (3), which operate together to automatically adjust the opacity of the vehicle front window (1) based on the light intensity received, providing protection against the effects of glare and solar radiation. The light management system (2) also includes ambient light sensors and a brightness control processor that monitor the light conditions beyond those captured by the photochromic or electrochromic material of the vehicle front window (1).

A light control construction film includes a light control film disposed between a first multilayer optical film and a second multilayer optical film. For substantially collimated incident light, a UV wavelength range extending from about 300 nm to about 420 nm, a visible wavelength range extending from about 420 nm to about 680 nm, and a first angle of incidence of less than about 10 degrees: in the UV wavelength range, the light control film has an average optical transmittance T1, in which the light control film has an average optical transmittance T2, in which the light control film has an average optical transmittance T3, in which the light control film has an average optical transmittance T4; and the first multilayer optical film has an average optical transmittance of between about 5% and about 20% and an average optical reflectance of less than about 95%. The light control film has an average optical transmittance T1 / 3 and the first multilayer optical film has an average optical transmittance of at least T1 / 2 for substantially collimated incident light, a UV wavelength range, and a second angle of incidence of less than about 75 degrees.

The invention discloses sustainable intelligent plastic with shape memory and light management functions and a preparation method and application thereof, and belongs to the technical field of intelligent high polymer materials, the sustainable intelligent plastic is formed by self-assembly of montmorillonite, gelatin and tannic acid through vacuum filtration, and a composite film with an ordered layered structure is formed. The sustainable intelligent plastic provided by the invention has the characteristic of converting ultraviolet light into visible light. Through integration of the characteristics, the sustainable intelligent plastic with the shape memory and light management functions prepared by the invention is particularly suitable for constructing an agricultural greenhouse intelligent actuator, can automatically adjust illumination uniformity according to weather (sunny / rainy days) and promote photosynthesis of plants, and meanwhile, the material can be quickly biodegraded in a natural environment, so that the plastic is environment-friendly and pollution-free. And the method has obvious sustainability and application prospect.

1. The name of the design product: display screen panel with light management graphical user interface. 2. The use of the design product: the design product is used for running programs, information display and human-computer interaction. 3. The design points of the design product: the content of the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the interface is used for the user to interact with the light management and adjustment of the electric skateboard; the main view interface is the initial interface, selecting the function module interface in the middle of the main view interface switches to the interface change state diagram 1; selecting the "hue" function button in the interface change state diagram 1 switches the interface to the interface change state diagram 2, and the user can move the focus in the interface change state diagram 2 to adjust the light of the electric skateboard. 6. Other circumstances that need to be explained: the display screen panel can be used for electric skateboards and electric skateboard remote controllers.

The invention discloses a packaging structure and a manufacturing method thereof, the packaging structure comprises a sunny side packaging layer, a nightside packaging layer, a first light receiving sub-battery, a second light receiving sub-battery and a light management module, the light management module is arranged between the sunny side packaging layer and the first light receiving sub-battery, the light management module can convert or absorb light, and the first light receiving sub-battery is connected with the second light receiving sub-battery. The light management module is used for managing the wavelength of lt; ultraviolet photons with the wavelength of 400 nm are converted into visible light photons with the wavelength of 450 nm to 1100 nm. By integrating the optical management module, the active conversion of ultraviolet light is realized instead of passive blocking, so that the efficiency and the stability of the four-terminal laminated assembly are cooperatively improved. The light management module is used for managing wavelength lt; harmful ultraviolet photons with the wavelength of 400 nm are converted into visible light photons with the wavelength of 450-1100 nm, and the conversion process is based on the down-conversion effect, so that high-energy ultraviolet rays are effectively utilized.

1. Name of the product in this design: Graphical User Interface of an Electronic Device with a Mini Program for Lighting Management Function. 2. Purpose of this design: An electronic device. 3. The key design features of this product are: the graphical user interface content on the screen; all other content is based on existing designs. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: This design is intended to provide target users with a visual interface and functional operations. 7. Other situations requiring explanation are illustrated in the diagrams: After the program runs and the software is logged in, the main view of Design 1 appears; clicking the "chandelier" icon in the main view of Design 1 enters the main light settings interface, i.e., Design 1 interface state change diagram 1; clicking the "switch" icon in the upper left corner of the interface in Design 1 interface state change diagram 1 turns on the main light function, i.e., Design 1 interface state change diagram 2; clicking and dragging the vertical bar in the middle of the interface in Design 1 interface state change diagram 2 changes the brightness of the main light, i.e., Design 1 interface state change diagram 3; clicking the "color temperature" icon on the right side of the middle of the interface in Design 1 interface state change diagram 3 displays the color temperature settings interface, i.e., Design 1 interface state change diagram 4; sliding to the right changes the lower half of the interface in Design 1 interface state change diagram 4, displaying the color settings interface, i.e., Design 1 interface state change diagram 5; clicking the gear-shaped "settings" icon in the upper left corner of the interface in Design 1 interface state change diagram 5 enters the renaming interface, i.e., Design 1 interface state change diagram 6. After the program runs and the software is logged in, the main view of Design 2 appears. After swiping down the main view of Design 2 on the touchscreen, a new icon is displayed on the interface, namely Design 2 interface change state diagram 1. Clicking the "spotlight" icon in Design 2 interface change state diagram 1 enters the spotlight design interface, namely Design 2 interface change state diagram 2. Clicking the "switch" icon in the upper left corner of the interface in Design 2 interface change state diagram 2 turns on the spotlight function, namely Design 2 interface change state diagram 3. Clicking and pulling up the vertical bar in the middle of the interface in Design 2 interface change state diagram 3 changes the brightness of the spotlight. Among them, Design 2 interface change state diagrams 4 and 5 are keyframes of the change process.

An augmented reality system includes a light source that generates a virtual beam of light carrying information for virtual objects. The system also includes a light-guiding optics element that allows a first portion of a first real-world beam of light to pass through it, wherein the virtual beam enters the light-guiding optics element, propagates through the light-guiding optics element by substantially total internal reflection (TIR), and exits the light-guiding optics element. The system further includes a lens disposed near and outside the surface of the light-guiding optics element, the lens including a light modulation mechanism to absorb a second portion of the real-world beam of light and allow the first portion of the real-world beam of light to pass through the lens.

The application discloses a solar cell with a P / N vertical interaction heterojunction structure and a preparation method thereof, and belongs to the technical field of solar cells. The application aims to solve the core problems of process complexity, large optical / electricity loss and poor stability of a traditional laminated solar cell caused by the dependence on an intermediate connecting layer, simultaneously solve the problem of high cost of a traditional doctor blade coating nano-imprint technology, and cooperatively optimize the contradiction between light absorption and charge collection in the P / N heterojunction. The cooperative design of the photo-electric structure synchronously improves the photon absorption efficiency of the cell, realizes more sufficient and more balanced utilization of the solar spectrum, and provides a novel solar cell structure and method with high efficiency, high stability and relatively simple preparation process. Therefore, the technical scheme provides a new path with great potential for developing a next-generation solar cell with high efficiency, low process complexity, low cost and excellent light management function.

The application relates to a shape memory polymer biomimetic lotus light-driven bacterial-algal sewage treatment system, and relates to a sewage treatment system. The application is used for improving light management efficiency, solving the problems of uneven light illumination and high operation cost in the prior art, and comprises a plurality of petals, a plurality of air bag structures and a bottom support. The plurality of petals are sequentially stacked from inside to outside to form a lotus structure, and the roots of each petal are connected with the bottom support through the air bag structure. The petals are made of shape memory polymer materials, and the inner and outer surfaces of the petals are coated with rare earth nano-particle paint. The application combines light management and biomimetic technology, dynamically controls light and buoyancy, realizes efficient management of the algal and bacterial symbiotic system in sewage, improves sewage treatment efficiency, reduces energy consumption and reduces carbon dioxide emission. The application is applied to the technical field of sewage treatment.

1. Name of the product in this design: Display screen panel with a graphical user interface for lighting management. 2. Purpose of this design: This design is used for running programs, displaying information, and human-computer interaction. 3. The key design features of this product are the content of the graphical user interface on the screen. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: The interface is an interactive interface for users to manage and adjust the lights of the electric skateboard; the main view interface is the initial interface, and selecting the function module interface in the middle of the main view interface switches to the interface change state diagram 1; selecting the "Mode" function button in the interface change state diagram 1 switches the interface to the interface change state diagram 2. 6. Other situations requiring explanation: This display screen panel can be used with electric skateboards and electric skateboard remote controls.

The application provides a bionic moth eye and double-layer anti-reflection film composite structure and a preparation method and application thereof, and belongs to the fields of photovoltaic technology and micro-nano optical technology. The composite structure comprises a planar silicon substrate, a double-layer anti-reflection film and a bionic moth eye nano structure layer; the double-layer anti-reflection film interferes and cancels out to reduce reflection, and the bionic moth eye nano structure layer provides a gradient refractive index transition, and the two cooperate to realize wideband anti-reflection at 300nm-1180nm. The planar silicon substrate takes into account efficient passivation, decoupling light management and carrier management. The application further discloses a preparation method of the composite structure: firstly, parameters of film layers and nano structures are cooperatively optimized by a finite difference time domain method combined with a particle swarm algorithm, then the double-layer film is plated in sequence by plasma enhanced chemical vapor deposition, and the moth eye array is formed at one time by ultraviolet nanoimprinting, and the process is simple and suitable for mass production. The composite structure can be applied to crystalline silicon solar cells, surface recombination is inhibited while short-circuit current is improved, and conversion efficiency is improved.

The invention discloses an intelligent lighting control method and device based on function partitioning, and the method comprises the steps: carrying out the partitioning of a target region through combining the layout and function attributes of the target region, and forming a plurality of function single regions; acquiring a real-time environment state of each functional single area; the functional attribute of the functional single area is matched with each partition control logic in the target area control logic, and the partition control logic comprises a time period control strategy and an induction control strategy; and in combination with a real-time environment state and partition control logic, illumination control signals for each functional single area are given, and intelligent illumination control based on functional partitions is realized. Through differentiated configuration of control strategies for illumination demands of different functional spaces, scenes are accurately matched to realize energy consumption optimization, illumination control of dispersed spaces is integrated into a standardized scene mode, and the illumination management efficiency is improved.

The invention discloses electrochromic AR glasses driven by a perovskite battery and a working method thereof. The AR glasses comprise a glasses body; a plurality of perovskite solar cells are attached to the surface of the glasses body in a sectional mode, super-hydrophobic self-cleaning units are packaged on the surfaces of the perovskite cells, and the inner surfaces and the outer surfaces of lenses of the glasses body are coated with super-hydrophobic anti-fog units. An optical waveguide module is arranged on the lens, and an electrochromic module is deposited on the surface of the optical waveguide module; a control module, a micro photoelectric module and an energy storage module are integrated in each glasses leg; the optical waveguide module, the electrochromic module, the micro photoelectric module and the energy storage module are all electrically connected with the control module, the energy storage battery is electrically connected with the perovskite solar cell, and an image transmission end of the micro photoelectric module is connected with the optical waveguide module; the glasses body is provided with a sensing module. By means of the arrangement, the intelligent self-energy-supply super-hydrophobic protection device integrates multiple functions of efficient self-energy-supply, intelligent light management, multi-color display, physiological perception and super-hydrophobic protection.