31results about How to "Good light penetration" patented technology

The invention relates to an acrylic acid series adhesive component and the uses thereof. The component includes: (a) at least one acrylic acid series oligomer containing unsaturated group, acrylic acid series polymer containing one, two, or three kinds of hydroxyl group, amido group, and carboxylic acid group, or a mixture of acrylic acid series oligomer and acrylic acid series polymer; (b) optical monomer; (c) optical initiator; (d) plasticizer which includes compounds in formula (I) or (II). The component can be used as the adhesive of the optical laminated board, can effectively reduce the sectional difference and avoid bubble generation. The component has excellent heavy industrial performance and light penetrability, and is especially suitable for the production of optical laminated board of touch panel display or 3D display.

A chip package structure comprises a chip, a package cover board and a bound layer, wherein, the chip is provided with a drive surface which is provided with an image sensing element and a plurality of connection cushions positioned on the periphery of the sensing element. In addition, the package cover board is arranged above the drive surface and comprises a baseplate and a support part positioned on the baseplate, wherein, a holding room is left on the baseplate by the support part, the support part contacts with the drive surface of the chip to ensure the image sensing element on the drive surface arranged in the holding room. Besides, the bound layer is arranged between the support part and the drive surface. The chip package structure of the invention has the advantages of high rate of finished products of technique, low cost of production and good optical penetrating power.

The invention relates to a medical wastewater disinfection and sterilization treatment method. The medical wastewater disinfection and sterilization treatment method is based on a novel disinfection and sterilization treatment device. The medical wastewater disinfection and sterilization treatment method comprises the following steps of (1) decreasing an SS value of the water quality of medical wastewater source effluent; (2) improving a dissolved oxygen concentration of water; (3) making a micro-nano bubble release and aeration unit generate micro-nano bubbles with an average diameter of 24 [mu]m, wherein the dense scattered micro-nano bubbles buoy up particles in the water to a liquid level, the particles are removed by a particle collection and discharging unit, and meanwhile, dissolved oxygen in the water gains electrons in a cathode unit of a cathode cavity, and is subjected to a reduction reaction to generate H2O2 hydrogen peroxide; and (4) irradiating an anode unit with ultraviolet light, wherein electrons of a photocatalyst TiO2 semiconductor on an anode are excited for transition to form holes, while the electrons are transferred to the cathode unit under the action of an electric field, microorganisms lose electrons and are oxidized when adsorbing the holes or the anode and in contact with the holes or the anode, and water molecules are reacted with the holes or the anode to form .OH hydroxyl radicals, so that disinfection and sterilization treatment of medical wastewater is completed.

The invention relates to a touch panel, which includes a flexible substrate and a conductive film. The conductive film is disposed on the flexible substrate, wherein the area resistance of the conductive film is between 10-4 ohm/square (Ω/□) and 200 ohm/square, and the light transmittance of the conductive film is at least 87%. The conductive film may include a plurality of metal wire segments, and may also include a metal mesh. The metal material with a fine structure is used as the conductive film so that the conductive film has high light transmittance, low surface resistance and good flexibility, so that the flexibility of the touch panel is greatly improved.

The invention provides a conductive 3D printing material, and a preparation method and application thereof. The conductive 3D printing material is prepared from the following components in parts by mass: 60 to 90 parts of acrylate resin, 5 to 20 parts of an acrylic reactive diluent, 0.5 to 5 parts of a photoinitiator, 0.5 to 20 parts of a nanometer conductive filler and 0.5 to 2 parts of a dispersing agent. As needed, the conductive 3D printing material may also comprises 0-0.2 part of a fluorescent whitening agent and 0-2 parts of a pigment and other second fillers. The conductive filler adopted by the conductive 3D printing material is nano-sized, so the problem of sedimentation of the conductive filler in the storage and application processes of the conductive 3D printing material is relieved, and the problem of low light transmittance of a 3D part printed by the conductive 3D printing material is also relieved. The conductive filler is in a rod shape, a point shape, a sheet shape and the like, so a net-shaped conductive system with high conductivity can be formed, cost is finally reduced, conductivity is improved, and the sedimentation problem of the conductive filler is relieved.

The invention provides a touch panel and an electronic device using the same. The touch panel comprises a first flexible substrate and a sensing structure, wherein the sensing structure is arranged on the first flexible substrate and comprises at least one first sensing electrode, at least two second sensing electrodes, at least one connection structure and at least one insulation structure; the second sensing electrodes are arranged on the two sides of the first sensing electrode respectively and not directly connected; the connection structure is electrically connected with the two second sensing electrodes and not electrically connected with the first sensing electrode; the connection structure is made of nonmetal conductive materials or compounds; and the insulation structure is at least partially arranged among the connection structure, the two second sensing electrodes and the first sensing electrode. As the touch panel comprises the flexible substrate and the sensing structure, the touch panel is not easy to break or rupture.

The invention discloses an LED (Light Emitting Diode) lamp with a glass lampshade with internally-coated remote fluorescent powder and a process. The LED lamp comprises a lamp adapter, a heat dissipater and light emitting chips, wherein one end of the heat dissipater is connected with the lamp adapter, and the light emitting chips are mounted at the other end of the heat dissipater. The LED lamp is characterized in that the glass lampshade with fluorescent powder is mounted outside the light emitting chips and is fixedly arranged at the end, where the light emitting chips are mounted, of the heat dissipater; the internal wall of the glass lampshade with the fluorescent powder is coated with a remote fluorescent powder coating. The invention further discloses a method for coating the fluorescent powder coating. The LED lamp mainly has the following positive effects that the light penetration performance is good, and the light emitting efficiency is higher; the product design is simple, and the lighting range is wider; the consumption of the fluorescent powder is lower; the heat dissipating performance is better, and the LED lamp is safer.

A light emitting diode having a metal oxide conducting layer comprises: a transparent baseboard; a semiconductor stack layer formed on said transparent layer; and an n-type gallium nitride semiconductor layer and a p-type gallium nitride semiconductor layer formed on said semiconductor stack layer. Said semiconductor stack layer has an exposed n-electrode metal pad and an exposed p-type metal pad separately coupled to said n-type gallium nitride layer and said P-type gallium nitride layer. A metal oxide conducting layer is formed between said p-type gallium nitride semiconductor layer and said p-electrode pad. After the growth of p-type gallium nitride semiconductor layer is implemented, the temperature in reactor is reduced from 900DEG C to 400DEG C, while the nitride is passed through to active the surface of chip in order to form a good electrical contact between said p-type gallium nitride semiconductor layer and said metal oxide conducting layer.

The invention relates to a medical wastewater disinfection and sterilization device. The device comprises the following units: a mechanical filtering unit and a dissolved air generating unit, wherein the dissolved air generating unit is arranged at the downstream of the mechanical filtering unit and is used for dissolving air to promote dissolved oxygen in wastewater; a reactor unit and a micro-nano bubble releasing and aerating unit, wherein the micro-nano bubble releasing and aerating unit is arranged at the downstream of a dissolved gas generating unit, and the outlet end of the micro-nano bubble releasing and aerating unit extends into a reactor shell, the shell is provided with at least one water outlet channel and at least one particle collecting and discharging channel, a cathode unit and an anode unit are fixedly arranged in the shell, and an ultraviolet lamp unit is fixedly arranged in the anode unit in a staggered manner; and a liquid level adjusting unit arranged in the shell, and the mechanical filtering unit, the dissolved air generating unit, the cathode unit, the anode unit, the ultraviolet lamp unit electric control component, the liquid level adjusting unit electric control component and a sensor for acquiring the operating parameters are electrically connected with an electric cabinet unit. Through the serial use of two technologies of filtering and micro-nano bubble floating, the change of the particle contents in the water is solved, and the turbidity is improved.

The invention discloses a high-brightness prism laminating film and a preparation method thereof, which successively comprise a back coating layer, a PET layer, a first prism layer, a second prism layer, a first prism layer and a second prism layer from bottom to top The upper array is provided with prisms, the apex angles of the prisms of the first prism layer are inserted into the lower surface of the second prism layer, the longitudinal extension direction of the prisms of the first prism layer and the longitudinal extension direction of the prisms of the second prism layer are at an angle of 90°, The prism height of the first prism layer is 20-44 μm, the height difference of each prism apex of the first prism layer is 0.5-2 μm, the prism height of the second prism layer is 20-44 μm, and each prism of the second prism layer is arranged at the same height , The haze of the back coat is 2-10%. The invention simplifies the double-layer PET layer structure in the prior art, reduces the light interference phenomenon in the whole module, thereby reduces the light loss, significantly improves the brightness of the prism bonding film, simplifies the preparation process and assembly process, and saves cost.

The invention relates to an adhering coating process of a photocatalyst and a fixed bed base material. The process comprises the following steps that S1, the fixed bed base material is fully coated with or soaked in a water-based adhesive, and natural air drying is carried out in a dust-free environment after the fixed bed base material is taken out; S2, the air-dried fixed bed base material obtained in the step S1 is coated with or soaked in the photocatalyst, wherein the fixed bed base material comprises three-dimensional-structure foamed nickel, foamed aluminum or a porous ceramic material;S3, after the process that the fixed bed base material is coated with or soaked in the photocatalyst is finished, the fixed bed base material is placed in a medium-temperature drying oven at the temperature of 250-600 DEG C for drying for 1-1.5 hours; and S4, the step S2 and the step S3 are repeatedly carried out 0-N times, wherein N is a natural number greater than or equal to 1. The adhering coating process has the beneficial effects that a three-dimensional foamed nickel plate is a carrier of the photocatalyst and is an anode as well, and the three-dimensional foamed nickel plate has largespecific surface area, good light penetrability and medium liquidity; and meanwhile, an electric field is used for pulling transition electrons into a cathode, so that the effective electron hole rate is ensured, and the photocatalytic efficiency is improved.