31 results about "Mirror effect" patented technology

The application provides a two-component epoxy finish, a use method and application thereof, and belongs to the technical field of paints. The two-component epoxy finish comprises component A and component B. The component A comprises an epoxy resin, a compounded dispersant and a compounded filler. The component B comprises an amine curing agent. The compounded dispersant in the component A comprises a polyurethane dispersant and an organic silicon wetting dispersant. The compounded filler comprises a small-particle-size main filler and a large-particle-size auxiliary filler. The component B is matched with a polyether amine curing agent. The obtained two-component epoxy finish has good fluidity, and can be constructed by using a rolling method. The plate surface after construction can achieve a mirror surface effect.

The invention provides a mirror surface processing method for a pure nickel heater, which comprises the following steps of: roughly milling the surface of the pure nickel heater by adopting a flat-bottomed milling cutter, and then finely milling by adopting a single crystal diamond milling cutter to obtain roughness Ralt; the invention discloses a pure nickel heater with a mirror surface effect. According to the method, the surface of the pure nickel heater is subjected to rough milling and finish milling treatment by adopting the specific cutter, so that the pure nickel heater which meets the roughness requirement and has the mirror surface effect can be obtained, and the subsequent use requirement is met.

The invention provides a production method of a silvered wire with a smooth mirror surface and a continuous-drawing, continuous-plating and continuous-wrapping cable, which adopts a continuous-drawing, continuous-plating and continuous-wrapping process method of performing continuous wire drawing, cleaning and polishing on a metal wire, performing continuous vacuum silver plating and directly and continuously wrapping an insulating layer to manufacture a plated wire with extremely low surface roughness. The surface of the wire has a bright and clean mirror surface effect, and the high-frequency signal transmission function is powerful, so that the ultra-high mirror surface bright and clean effect and continuous production of ultra-high frequency data conductor cables are realized, and the requirement of ultra-high frequency signal transmission is met.

The utility model relates to a dining table technical field, concretely relates to a kind of embedded dining table with light and shadow effect, including base;Rectangular outer frame is installed on base;Top cover is installed at the top of outer frame, and top cover middle part is hollowed out and embedded single lens;Reflecting mirror is located at the top center of base;Pattern switching mechanism is installed in the inside of outer frame;Pattern switching mechanism includes: four vertical fixed posts are set on base, and the synergistic innovation of double-layer dynamic pattern switching mechanism and the inside light bar of vertical fixed post is realized in the real-time variability of abyss mirror effect in dining table limited space: eight-axis synchronous drive system ensures that four groups of pattern reel are accurately positioned when being retracted and switched, and simultaneously directional light bar continuously covers mechanical gap, so that the light and shadow depth of reflecting mirror reflection is always without fault surface;Combined with the space deformation ability of turnover table top, embedded dining table is endowed with unprecedented immersive variable scene experience.

The application provides a glass light-emitting pattern manufacturing method and a glass product capable of displaying an inner carved pattern, and belongs to the technical field of glass processing technology. The method comprises the following steps: carving a pattern in a pattern area in a flat glass as a pattern layer; performing physical vapor deposition on the surface of the flat glass by using an optical material to form a semi-transparent and semi-reflective film layer surface; and taking a film sheet used as a substrate as a pattern substrate layer, so that the inner carved pattern is invisible to the naked eye. The method takes the front surface of the glass as a mirror film, and under the action of the substrate film sheet at the bottom, the mirror surface effect of the glass film surface is more obvious, the hiding effect of the inner carved pattern is better, the inner carved pattern is invisible from both sides of the glass in the state without lighting the light source, and the light source can realize clearer pattern display effect. The inner carved pattern is manufactured in the glass by the method, the inner carved pattern is integrated with the glass, there is no obvious boundary in vision, and good visual effect is achieved when lighting.

According to the display panel provided by the embodiment of the utility model, before film formation of the gate layer, the auxiliary layer with a certain thickness is formed on the whole surface, the auxiliary layer corresponding to the silicon island is hollowed out, and then the gate layer is manufactured at the hollowed-out position. As the gate layer is a metal layer, a concave mirror effect is formed. At the moment, the silicon island is in the center of the grid electrode, and when backlight irradiation occurs, the concave grid electrode layer protects the silicon island, and light is prevented from irradiating the silicon island. Therefore, the display panel provided by the embodiment of the invention can prevent the generation of light leakage flow while not reducing the aperture opening ratio.

Disclosed are a screen mirroring method and a device, which relate to the technical field of electronics. In the method, after an image screen mirroring function between a first device and a second device is enabled, and after the first device detects a target event for indicating video playback, on the basis of whether a screen mirroring parameter corresponding to a current scenario meets a screen mirroring condition, the first device automatically selects an appropriate full-screen mirroring mode for a user, for example, a first screen mirroring mode or a second screen mirroring mode, then the first device automatically switches to the selected full-screen mirroring mode and performs full-screen mirroring to the second device, and the second device displays, in full screen, pictures of a video presented by the first device. After playing the video, the first device can automatically provide a full-screen mirroring effect for the user without the need for the user to execute any operation, such that the screen mirroring experience of the user can be improved. In addition, by means of selecting the most appropriate full-screen mirroring mode for the first device and the second device, the screen mirroring effect presented by the second device can be improved, and thus the screen mirroring experience of the user can be further improved.

The invention relates to the field of automobile side wall windows, and discloses a preparation method of a high-brightness automobile side wall window assembly. According to the invention, the modified polymer base material with a highlight characteristic is adopted, mirror-level gloss is realized through one-step molding, the working procedures of spraying, polishing, curing and the like are omitted, the production energy consumption is reduced, meanwhile, the risks of paint layer falling and color fading are avoided, the PVC flexible glue is upgraded into an appearance-function fusion part, and seamless connection with a hard main body is realized through secondary injection molding; the overall design layering sense is improved through material comparison and modeling corresponding, gaps and visual splitting of traditional assembly are eliminated, a highlight hard main body formed at a time is positioned in a first cavity of a double-color mold, the mold is switched to a second cavity through a rotating mechanism, arc transition matched with the outline of the hard main body is adopted for a soft rubber part, and the overall design layering sense is improved. The surface wiredrawing texture and the main body mirror surface effect form smooth and matte contrast, meanwhile, the modeling blank of the edge of the hard main body is filled, and the overall coordination feeling is improved.

The utility model relates to the technical field of writing boards, and provides a writing board. The writing board comprises a first carrier and a second carrier which can move relatively; the translucent mirror is arranged on the first carrier, the total reflective mirror is arranged on the second carrier, and the light source is arranged on the first carrier and / or the second carrier; when one of the first carrier and the second carrier is unfolded relative to the other carrier, a writing pen can be used for writing on any one or both of the mirror surface of the translucent mirror and the mirror surface of the total reflection mirror to obtain a writing image; when the first carrier is opposite to the second carrier, the mirror surface of the semi-permeable mirror is opposite to the mirror surface of the total reflective mirror, a distance is formed between the two mirror surfaces, the light source provides light to illuminate the semi-permeable mirror and / or the total reflective mirror, and a writing image is reflected back and forth between the semi-permeable mirror and the total reflective mirror, so that a plurality of spaced reflective images are generated backwards on the total reflective mirror; therefore, an infinite mirror surface effect is generated. The functions of the writing board are enriched.

The utility model discloses a mirror surface tpu clothing label, which belongs to the technical field of clothing labels and is characterized by comprising a label main body, the label main body comprises a base layer, functional layers are arranged at the top and the bottom of the base layer, a pattern layer is arranged at the top of the top functional layer, and a reflecting layer is arranged at the top of the pattern layer. The top of the reflecting layer is provided with a protective layer, the base layer is made of tpu materials, the reflecting layer is arranged, so that the surface of the label main body shows a mirror surface effect, strong reflection can be generated under light irradiation, the visual impact of the label main body is increased, brand identification and product information are more striking and prominent, and the label main body is more attractive in appearance. According to the technical scheme, the high requirement of consumers for the appearance of clothes is met, external friction and scraping can be effectively resisted through the wear-resistant coating in the functional layer, even in the daily wearing and using process of the clothes, the surface of the label body is not prone to being scratched or abraded, and the attractiveness of the label body and the clearness of brand information are kept.

This application provides an optical structure, a terminal housing, a terminal, and a method for manufacturing the optical structure. The optical structure includes a substrate layer and a texture layer. The texture layer is disposed on the substrate layer and includes a first texture region and a second texture region, which are adjacent to each other. The first texture region includes multiple first protrusions, and the second texture region includes multiple second protrusions. The multiple first protrusions are arranged in a ring and share a common center, as do the multiple second protrusions. The multiple second protrusions are arranged in a preset pattern, and the width of each second protrusion is smaller than the width of the first protrusions. This allows the texture layer to display the preset pattern under strong light. The height difference between each second protrusion and its adjacent first protrusion is less than or equal to a preset height difference, allowing the texture layer to display a patternless mirror effect under natural light. The optical structure provided by this application can present a variety of visual effects under different lighting conditions.

Ophthalmic lenses configured to exhibit a clear state and optionally at least one darker state by means of a substrate which may advantageously be photochromic or electrochromic. The ophthalmic lenses may especially be spectacle lenses providing in said clear state a sufficient light transmittance together with an acceptable light reflectance for the wearer, and advantageously forming in said at least one darker state a solar spectacle lens (i.e. for sunglasses) having a mirror front surface providing a mirror effect for the observer.

Method for manufacturing a secure document with a mirror effect. The invention relates to a method for manufacturing a secure document with a smooth, mirror-like appearance, unlike secure documents obtained using known prior art manufacturing processes. Such a manufacturing process aims to improve the aesthetics and distinctiveness of such a secure document. Figure for the abstract: Fig. 1.

Aspects of the present disclosure include relatively thin lenses that utilize reflective surfaces to provide a thick lens appearance and methods of making the same. An example vehicle includes a component having a lens. The lens includes a light pipe configured such that opposing sidewalls of the light pipe face each other across the air gap, a first reflector surface having a first reflective material formed on a first sidewall of the opposing sidewalls, a second reflector surface having a second reflective material formed on a second sidewall of the opposing sidewalls, and a third surface having a third reflective material formed on a third sidewall of the opposing sidewalls. The first reflector surface has a first reflective material formed on a first side wall of the opposing side walls, the second reflector surface has a second reflective material formed on a second side wall of the opposing side walls, and the third surface is located between the first reflector surface and the second reflector surface and is configured such that light can pass through the third surface and enter the air gap. The optical path within the air gap is extended due to internal reflection between the first reflector surface and the second reflector surface, providing an infinite mirror effect.

The utility model relates to a kind of graphic card cover module structure with infinite mirror, including base, light source component and infinite mirror component, first sunken table and second sunken table are equipped on the base, the first sunken table is set in the below of the second sunken table;The light source component is set in the first sunken table of the base, the first sunken table bottom is equipped with sunken stud, the light source component is connected by screw thread the base, the light source component is used to provide light source;The infinite mirror component is set in the above of the light source component, for presenting infinite mirror effect.The utility model makes the whole graphic card cover module structure layout compact, each component installation positioning is accurate, it is convenient for the maintenance and replacement of later period, simultaneously, the technical scheme of the present application realizes the unique infinite mirror effect, improves the visual attraction of graphic card appearance, satisfies the demand of personalized appearance for user.

This invention relates to the field of varnishes, specifically to a method for producing a water-based high-gloss, high-fullness, and high-hardness varnish with a mirror-like effect. This method addresses the shortcomings of existing water-based varnishes, such as insufficient gloss, weak gloss retention, low fullness, and poor hardness, which limit their application in high-performance fields. Through a rational formulation design, this method produces a varnish with excellent fullness, making the coating appear fuller and more three-dimensional, and possessing extremely high gloss, achieving a superior mirror-like effect. This significantly improves the aesthetics of sprayed or printed products. Furthermore, the resulting coating has high strength and high hardness, enabling it to resist scratches and abrasion, extending the product's lifespan. It also effectively resists corrosion from harsh environments such as acids, alkalis, and humidity, maintaining its high gloss and mirror-like effect for a long time.

1. Name of the design product: desktop microphone (thousand-layer mirror effect). 2. Use of the design product: desktop microphone for sound pickup, sound amplification, audio transmission, etc. 3. Design points of the design product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

The utility model provides a ceramic precision part with an inner hole capable of achieving a mirror surface effect, and belongs to the technical field of ceramic precision parts. Comprising an inner ring and an outer ring, the inner ring is located in the outer ring, the inner ring and the outer ring are located on the same horizontal plane, and the vertical center lines of the inner ring and the outer ring coincide; the multiple balls are divided into two groups, each group of balls are distributed in an annular array mode with the vertical center line of the inner ring as the axis, and the balls in the two groups correspond to each other. According to the utility model, the dumbbell-shaped balls are matched with the annular grooves in the inner ring and the outer ring, so that the purpose of reducing the contact stress between the balls and a raceway is achieved; the purpose of effectively preventing impurities such as high dust, moist and corrosive media from entering the bearing is achieved.

This invention discloses a mirror-finish high-gloss hot-bending slab and its preparation method, belonging to the field of building materials technology. By optimizing the glaze composition, the glaze surface becomes more stable during firing and hot bending, free from defects. Furthermore, the interaction between frit A and frit B makes the glaze surface denser, achieving a mirror-finish high-gloss effect. In addition, the addition of modified mica powder and modified glass powder provides excellent compatibility, resulting in better toughness and thermal stability during firing and hot bending. This effectively resists glaze cracking caused by mismatch between body and glaze stress or deformation stress, ensuring a mirror-finish effect. Overall, the glaze layer undergoes plastic deformation synchronously and continuously with the body, without defects such as orange peel, cracks, or blistering. Combined with segmented hot bending, the resulting hot-bent slab product maintains a complete, smooth, high-gloss, and color-stable glaze surface even on curved surfaces.

The invention relates to a part surface machining method, in particular to a piston outer circle mirror surface machining method of an M42 quenched steel material, and aims to solve the technical problem that according to an existing mirror surface machining method, the surface roughness of a piston workpiece of the M42 quenched steel material cannot meet the lowest mirror surface effect requirement easily. The method comprises the steps of piston machining through a turning technology, heat treatment, precise turning of an inner hole and an outer cylindrical surface, precise grinding of the outer cylindrical surface, grinding and polishing of the outer cylindrical surface and vibration grinding and polishing of the outer cylindrical surface, and finally a piston finished product with the outer cylindrical surface achieving the mirror surface effect is obtained. According to the piston machined through the machining method, the surface roughness Ra can reach 0.01 mu m-Ra 0.02 mu m, the surface is flat and smooth, natural light can present the machining state of clear mirror reflection, the surface is free of microscopic protrusions and machining lines, visual flaws are avoided, the bare hand touch feeling is not blocked, and the mirror effect is completely achieved.

The disclosure provides an image processing method and device, AR equipment and storage medium, and relates to the technical field of augmented reality. The method acquires a physical world video stream and rendering data of a virtual world rendering layer respectively, performs horizontal flip operations on the two layers of data respectively in the same rendering cycle to generate a physical mirror layer and a virtual mirror layer, excludes at least one element in a user interface (UI) layer from the horizontal flip operation so that the element maintains the original rendering direction, and finally composites the flipped physical mirror layer, virtual mirror layer and UI layer in a preset order to output a final picture. The scheme ensures the complete readability and operability of the user interface while achieving a natural mirror effect of the AR picture, and guarantees the time synchronization and spatial alignment of the virtual and real scenes after mirroring, thereby providing an intuitive and smooth AR mirror selfie experience for the user.

The invention relates to a mirror light-emitting device, a preparation method thereof and display equipment. The mirror light-emitting device comprises a driving substrate, a light-emitting element, an adhesive layer, a packaging adhesive film layer and a metal coating. The driving substrate is provided with a working surface, and the light-emitting element and the adhesive layer are arranged on the working surface. The adhesive layer covers the light-emitting element and the working surface exposed out of the surface of the light-emitting element. The packaging adhesive film layer is arranged on the surface, deviating from the driving substrate, of the adhesive layer, and the surface, deviating from the adhesive layer, of the packaging adhesive film layer forms a plane. The metal coating is arranged on the surface, away from the adhesive layer, of the packaging adhesive film layer. The mirror light-emitting device provided by the invention can reduce the risk of stripping of the metal coating while having a relatively good mirror effect, so that the mirror light-emitting device can have relatively good long-term stability.

The present application relates to a kind of softwood furniture surface polishing process, belong to furniture polishing field.The present application is acidified by using superacid diluent on the surface of rough polishing furniture, then water-based primer is applied, when water-based primer reaches semi-curing, dry ice sand blasting treatment is used;Finally, water-based finish is applied again, grading polishing, cleaning, polishing without polishing agent, polishing with polishing agent.The present application is particularly suitable for polishing softwood furniture, even if the primer and finish used are water-based paint, there are visible holes on the surface of furniture board, without using pore sealing agent during polishing, it can also polish to form complete mirror effect.During the process of applying water-based paint, it is not easy to form bubbles, and there is no ribbing phenomenon;Even if it is polished to 400 mesh before applying water-based primer, there will be no a large number of burrs;Therefore, it can significantly reduce the subsequent polishing difficulty.

1. Name of this design product: Titanium alloy mirror-finish server cabinet. 2. Purpose of this design: To store and protect servers, taking into account both durability and aesthetics. 3. The key design features of this product are its overall shape and the mirror effect of its outer surface. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design. 6. Other situations requiring explanation: Side A and Side B are mirror surfaces.

The invention relates to a softwood furniture surface polishing process, and belongs to the field of furniture polishing. According to the method, the surface of the roughly polished furniture is acidified by adopting a super acid diluent, then the water-based primer is brushed, and when the water-based primer is semi-cured, dry ice sand blasting treatment is adopted; and finally, water-based finish paint is smeared, graded grinding and cleaning are conducted, polishing is conducted without a polishing agent, and polishing is conducted with the polishing agent. The softwood furniture polishing agent is particularly suitable for polishing softwood furniture, and even if the used primer and finish paint are both water-based paint and visible holes exist in the surface of a furniture plate, a hole sealing agent does not need to be used in the polishing process, and the complete mirror surface effect can be formed through polishing. In the process of brushing the water paint, bubbles are not easy to form, and the rib forming phenomenon is avoided; before the water-based primer is brushed, a large number of burrs cannot appear even if the water-based primer is polished to 400 meshes; therefore, the subsequent polishing difficulty can be obviously reduced.

This invention relates to the field of liquid crystal battery technology, specifically disclosing a manufacturing process for a toothed, high-gloss frame. The process includes: providing a substrate, pretreatment, stamping to form a frame prototype with a toothed surface and a high-gloss surface, polishing the high-gloss surface, machining grooves and engraved textures on the toothed surface, using a dedicated deburring mechanism to grind the toothed surface, and post-processing. The core of this process is integrating the high-gloss polishing, toothed surface forming, and deburring steps into a single clamping station for continuous completion, ensuring processing accuracy. The deburring mechanism uses a motion structure to drive a soft polishing wheel in a closed rectangular trajectory within a plane parallel to the toothed surface, ensuring that any point on the toothed surface undergoes at least two grinding operations in opposite directions, thereby achieving efficient burr removal and smooth, uniform edges. The frame produced by this invention combines the mirror effect of the high-gloss surface with the unique diffuse reflection texture of the toothed surface, resulting in strong visual contrast, a smooth feel, and resistance to wear and corrosion.

The invention relates to the technical field of metal polishing, in particular to a high-brightness polishing method for a spherical pure gold material, which comprises the following steps: S1, hardening the material; s2, preparing a hard grinding disc; s3, rough grinding; s4, rough polishing; s5, fine polishing; s6, repeated soft polishing is conducted, specifically, the gold piece obtained after fine polishing is slightly wiped clean with soft cloth, the gold piece is soaked or smeared with aqua regia at the normal temperature for 20-30 s and then washed clean with purified water, a soft polishing disc is used for continuous soft polishing of the gold piece for 2-3 min, and the position of the gold piece is continuously changed during the period; repeating the step S6 for 6-8 times; and S7, cleaning, wherein the gold part with the high-quality mirror surface effect is obtained after the gold part is wiped dry with purified water. The concave grinding disc used in the polishing method is simple in structure and easy to manufacture, and the method is high in operability and controllability, low in machining cost, high in machining efficiency, good in machining precision and easy to popularize and use in the industry.

The application discloses a cement concrete surface mirror repairing layer, a repairing method and a product, and belongs to the technical field of building material concrete. The concrete surface mirror repairing layer comprises a bottom layer, a base layer and a surface layer arranged in sequence from bottom to top on the cement concrete surface, wherein the bottom layer is a glass steel agent, the base layer is a glass steel glaze, and the surface layer is a vitrified agent. Through the optimization design of the composition and the proportioning of the repairing layer, and through the cooperation of the components, the problems of concrete surface cracking, insufficient rebound strength, peeling, powdering, pits, honeycomb pitting, coarse aggregate exposure and the like can be effectively improved. The repairing method of the application makes the repaired concrete surface have both functionality and aesthetics, realizes the'mirror surface' effect, can effectively protect the base material from the erosion of water and chemicals, and has the characteristics of waterproofness, acid and alkali resistance, corrosion resistance, ultraviolet resistance and abrasion resistance.

To provide decorative parts and decorative articles with a more luxurious feel. [Solution] The decorative part 1 has a mirrored surface that creates a mirror effect and is made of translucent material formed from sapphire glass; a non-mirror surface that is provided adjacent to the mirrored surface on the surface and does not create a mirror effect due to the surface roughness of the translucent material, but the color of the underlying layer appears opaque; and a thin metal film layer that is vapor-deposited on the mirrored surface and non-mirror surface with a colored metal.