131results about How to "Achieve coating" patented technology

The invention relates to a continuous magnetic control sputtering coating production line of a large-area anti-reflection conductive film, which comprises a plurality of vacuum chamber blocks which are adjacent in sequence, deployed in the transverse direction of a bedplate and communicated with a pumping system and comprise a pre-vacuum chamber and the like, a film advancing area and a film discharging area closely adjacent to the film advancing area, wherein, the film advancing area consists of a translational-motion rack for film advancing and the like, and the film discharging area consists of a translational-motion rack for film discharging and the like; magnetic-steering transport devices are arranged on the vacuum chamber blocks, the film advancing area and the film discharging area, together with an adaptive workpiece backing up rack form a production loop which runs continuously and circularly along the coating direction of a running loading frame and the backing up direction of the running loading frame so as to realize the technical proposal of continuous magnetic control sputtering coating of the large-area anti-reflection conductive film for a substrate. The production line of the invention overcomes the defects of the traditional transparent conducting film production line, namely, the transmittance range is narrow, no transport room is provided, the conversion ratio of transport speed of the substrate loading rack is small and production efficiency is low and the like. The production line of the invention is applicable to the production of the large-area sputtering coatings of transparent conductive films, anti-reflection films and high-reflection films and the like of various display panels, solar panels and decoration panels.

Disclosed herein is a resin composition for the manufacture of coatings such as polymeric concretes, terrazzos and finishes, comprising: a) from 15 to 50% by weight of methyl methacrylate (MMA) monomer; b) from 25 to 75% by weight of a mixture of equal parts of polyester resins of: i) an isophthalic polyester resin; ii) an orthophthalic polyester resin; and iii) a neopentyl polyester resin; c) up to 8% by weight of an epoxy resin obtained from bisphenol A and epichlorohydrin; and d) up to 5% by weight of an aliphatic or aromatic polyurethane resin.

The invention discloses a powder rotating CVD (chemical vapor deposition) device which comprises a support and a furnace tube fixed on the support, wherein a main electric furnace surrounds the furnace tube; two ends of the furnace tube are connected with a feed gas inlet device, a current-carrying gas inlet device and a waste gas treatment device respectively; a movable rotating shaft is arranged in the furnace tube; a cylindrical reaction chamber is fixed on the rotating shaft and provided with a plurality of stirring blades which extend from the inner wall surface to the axis side and are used for stirring a powder base; and a plurality of thermal couplers are arranged in the rotating shaft. According to the powder rotating CVD device, the reaction chamber rotates in the coating process, further, the stirring blades drive a powder material to turn over continuously, so that the powder surface is uniformly coated, the coating thickness can be controlled by controlling technological parameters such as a rotating period and the like, the surface of powder with any size can be coated, and the powder rotating CVD device is applicable to coating of inorganic substances including metal, nonmetal and ceramic powder.

The reinforcing cord of the present invention includes at least one strand. The strand includes a bundle of filaments that are bundled and twisted together in one direction, and a coating layer that is formed on at least the surface of the bundle. The bundle consists essentially of carbon fiber filaments. The coating layer is a coating layer that is formed from an aqueous treatment agent containing a rubber latex and a crosslinking agent as essential components and a filler as an optional component. In the aqueous treatment agent, the total of the mass of the crosslinking agent and the mass of the filler is in a range of 1 to 50% of the mass of rubber in the rubber latex.

The invention discloses a method for packaging a wafer level glass micro-cavity of a light-emitting diode (LED), and the method comprises the following steps: (1) etching a micro-slot array corresponding to the pattern of a packaged LED array on a silicon wafer, wherein the micro-slots are communicated through a micro-channel, and a proper amount of heat gas releasing agent is arranged inside the micro-slots; (2) forming a closed cavity; (3) heating the bonded wafer in the air to form a spherical glass micro-cavity and a cylindrical glass micro-channel connected with the spherical glass micro-cavity, cooling to room temperature, annealing, and removing silicon to obtain a wafer level glass micro-cavity; (4) sputtering a metal layer on the silicon wafer, and preparing a metal lead through photolithography, so as to obtain a lead substrate, wherein the position of the metal lead corresponds to the position of the micro-channel of the glass micro-cavity; (5) mounting an LED chip on the lead substrate, and leading; (6) bonding the wafer level glass micro-cavity with the substrate to form a bonded wafer; and (7) filling the gap between the LED chip and the wafer level glass micro-cavity with silicone through the glass micro-channel. According to the invention, the light emitting efficiency is high, and a packaged glass lens realizes beam collimation.

The invention discloses a method for packaging a glass-silicon wafer-grade chiponboard (COB) of a light emitting diode (LED). The method comprises the following steps: 1, etching a silicon micro slot array with the micro slots communicated with each other through micro channels, and placing a proper amount of heat outgas agent in the micro slots; 2, performing anodic bonding on the Si wafer with patterns and the heat outgas agent and borosilicate glass wafer in air or in vacuum to form a sealed cavity; 3, heating and preserving heat to form a spherical glass micro cavity, cooling the cavity to normal temperature, annealing and removing silicon to obtain a wafer-grade glass micro cavity; 4, preparing a lead substrate; 5, mounting a chip and leading a wire; 6, carrying out wafer-grade bonding; and 7, filling silica gel to realize the wafer-grade packaging of the LED. By achieving the integration with the wafer-grade LED reflecting cup, the method reduces heat resistance and cost.

The invention discloses a boride modified glass ceramic based composite high-temperature oxidation resisting coating. The composite high-temperature oxidation resisting coating fired on the surface of a refractory metal matrix is prepared from boride and silicate glass, wherein the boride is at least one or two of HfB2, ZrB2 and TiB2; besides, the invention further discloses a preparation method of the coating. The method comprises steps as follows: 1, the surface of the refractory metal matrix is treated; 2, boride particle modified glass ceramic composite slurry is prepared; 3, a preset layer is obtained by presetting the slurry on the surface of the refractory metal matrix, and the boride modified glass ceramic based composite high-temperature oxidation resisting coating is obtained vacuum high-temperature firing. The composite high-temperature oxidation resisting coating is used for high-temperature protection of the refractory metal matrix and can continuously protect the refractory metal matrix at the protection temperature of 400-1,600 DEG C for 5 h or longer.

The invention relates to the technical field of microbial instruments, and discloses a spin coating device. The spin coating device is used for coating operations of microbial culture. The spin coating device comprises a motor, a tray, a fixed mechanism and a coating bar, wherein the tray is connected with an output shaft of the motor, is used for fixing a culture dish, and is horizontally arranged; the coating bar is fixedly arranged on the fixed mechanism, and the coating end of the coating bar extends into the culture dish. By adopting the technical scheme of the spin coating device, the motor can be used for driving the tray to horizontally rotate, and the coating end of the coating bar which is fixedly arranged on the fixed mechanism extends into the culture dish; when microbial coating needs to be performed, a tester only needs to start the motor, the motor drives the tray to rotate, and the coating bar is used for coating bacterial liquid on a culture medium in the culture dish, so that the automatic coating of microorganisms can be achieved, and the coating efficiency can be greatly increased; in addition, because the culture dish rotates at a constant speed automatically, the tester does not need to coat on the culture medium back and forth by holding the coating bar in a hand, so that the coating uniformity can be increased.

Aiming at the problems of low efficiency during large-area coating, high labor intensity and poor uniformity caused by manual operation of an electric spark welding gun, the invention provides a pipe fitting automatic electric spark treatment device and method and belongs to the technical field of mold and casting surface defect restoration. The treatment device comprises a main mobile platform, a rotary chuck and a control system. The rotary chuck is connected with one end of a to-be-treated pipe fitting and arranged on the main mobile platform. An electrode of the welding gun makes contact with the outer surface or the inner surface of the to-be-treated pipe fitting. The treatment method comprises the steps that the welding gun is controlled to conduct electric spark treatment; meanwhile, the control system controls the rotary chuck to drive the to-be-treated pipe fitting to rotate; when the to-be-treated pipe fitting rotates by a set number of laps, the main mobile platform is controlled to move by a set stepping distance in the axial direction of the to-be-treated pipe fitting; and the steps are repeated till the discharging point of the electrode covers the outer surface or the inner surface of the to-be-treated pipe fitting. By adoption of the pipe fitting automatic electric spark treatment device and method, electric spark automatic treatment on the outer surface or the inner surface of the pipe fitting is achieved, complete coating is achieved, and the coating uniformity is good.

The invention discloses coating equipment for coated glass production. The coating equipment comprises a coating box, a drying box, a clamping mechanism, a conveying chain and a glass body; a conveying chain is annularly arranged on the side wall of a base; the conveying chain is in transmission connection with the base; a plurality of groups of clamping mechanisms for fixing the glass body are arranged on the conveying chain at equal intervals; the coating box for coating the glass body is arranged on one side of the base; a coating mechanism is arranged in the coating box, the drying box used for drying the glass body is arranged on the other side of the base, a support is vertically arranged on the base, the top end of the support is connected with the top end of a connecting rod, the bottom end of the connecting rod is connected with one end of a shell, and the other end of the shell is installed on the support. The glass body is comprehensively coated by the coating equipment under the condition that the glass body is not disassembled, and the coating equipment has the advantages that the automation degree is high, the manual operation is little, and the manpower is greatly saved.

The invention relates to a preventive maintenance method for an asphalt concrete pavement. According to the method maintenance operation is implemented based on a maintenance truck. The method comprises the following specific operation steps: S1, pavement cleaning: removing sundries on the pavement; S2, pavement heating: heating and softening the pavement by using a heating mechanism; S3, coating of a curing agent: coating the pavement with the curing agent by using a curing mechanism; S4, adding and covering of a mixture: subjecting the pavement to adding and covering with a new and hot asphalt mixture through an adding and covering mechanism; S5, leveling: flattening the new and hot asphalt mixture through a leveling mechanism; and S6, compacting: rolling the new and hot asphalt mixture by a compacting mechanism to obtain a protective layer. According to the invention, heating softening of the pavement induces self-repairing of disease parts, pavement diseases are filled and repaired by coating with the curing agent, excavation of a damaged asphalt concrete pavement is not needed, and curing efficiency is improved; and the pavement is covered with the new and hot asphalt mixture, a compact and flat protective layer is formed after flattening and rolling, the protective layer and the pavement form an integral new pavement, so the effect of prolonging the service life of the asphalt concrete pavement is facilitated.

The invention relates to the technical field of wall cloth, and particularly relates to anti-scratching foaming wall cloth, comprising an activated carbon non-woven fabric layer, an anion layer compounded on the activated carbon non-woven fabric layer, and an anti-scraping foaming layer compounded on the anion layer, wherein the anti-scratching foaming layer is formed by anti-scratching foaming slurry, and the anti-scratching foaming slurry contains the following materials: an acrylic ester modified polyurethane dispersion, a curing agent, a citrate plasticizer, nanometer graphene oxide, titanium dioxide, an elastic microsphere foaming agent, a heat stabilizer, nanometer inorganic powder, and water. The wall cloth disclosed by the invention has the advantages of high hardness, scratching resistance and difficulty in falling-off of the coating, and the wall cloth disclosed by the invention also comprises the activated carbon non-woven fabric layer, which has strong 'physical adsorption'and 'chemical adsorption' effects, can effectively adsorb harmful gas, and is remarkable in antitoxin and deodorization effects.

The invention relates to a coating device, in particular to an automatic interfacial agent coating device for a thermal insulation plate. The automatic interfacial agent coating device comprises a material feeding part, a material coating part and a supporting frame; the material feeding part is used for feeding a material to the material coating part; the material coating part is supported through the supporting frame and comprises a driving motor, a material coating connection rod and a material coating brush; the material coating connection rod comprises a cranking bar, a coupling, a V-shaped rod, a connection rod and a coating rod; one end of the cranking bar is connected with a rotary shaft of the driving motor, and the other end of the cranking bar is connected with one end of the V-shaped rod through the coupling; the V-shaped rod is connected with the coating rod through the connection rod, and the inflection point position of the V-shaped rod is movably connected with the supporting frame through a connection ring; the middle of the coating rod is movably connected with the supporting frame through a connection ring; and the coating rod fixes a material coating brush and inclines downwards, and the material coating brush communicates with the feeding part through a feeding pipe. According to the automatic interfacial agent coating device for the thermal insulation plate, a groove does not need to be carved in the thermal insulation plate, the adhesion fastness is ensured while automatic coating of an interfacial agent for the thermal insulation plate is achieved, the production cost is reduced, and the production efficiency is improved.

The invention discloses a surface-modified rubber plug and a preparation method thereof. The rubber plug comprises a rubber plug body and a modification layer on the surface of the rubber plug body. The modification layer is modified through PVDC (polyvinyl dichloride) emulsion. Chemical modification is performed on the surface of the rubber plug by the aid of the corona-aided high polymer material surface modification technology, oxygen-blocking and dampness-blocking features of the PVDC is utilized to increase negative pressure maintaining capacity of a vacuum container, block the contact of the rubber plug body and medicines and blood, and increase safety and biocompatibility of the rubber plug. The method is suitable for the existing rubber plugs available on the market, thermoplastic elastomer rubber plugs and surface modification of sealing parts with complex shapes.

The invention relates to a quantum dot film coating method and system and relates to the technical field of quantum dot film coating. The quantum dot film coating method and system mainly achieve thetechnical effect that film coating can be conducted on quantum dot nano particles. According to the main technical scheme, the quantum dot film coating system comprises a voltage application atomization unit and an electric field application unit, wherein the voltage application atomization unit is used for applying the voltage to an electrically-conducting spray for atomization, so that an electrified atomization spray is formed; and the electric field application unit is used for applying an electric field to the electrified atomization spray. In the nano quantum dot film coating process, the quantum dot nano particles can be mixed with electrically-conducting solvent in the first place, so that the electrically-conducting spray is formed, and then the voltage is applied to the electrically-conducting spray for atomization, so that the electrified atomization spray is formed; under the effect of the applied electric field, the electrified atomization spray is deposited onto a deposition substrate; and then, drying can be conducted on the electrified atomization spray deposited on the deposition substrate, so that a quantum dot film layer is formed on the deposition substrate. Compared with the prior art, quantum dot film coating can be achieved.

The invention discloses a bearing cleaning and painting robot, and relates to the field of bearing machining equipment. The bearing cleaning and painting robot comprises a front supporting rack, a brushing chamber, a rinsing chamber, a drying chamber, a conveying track, a showering mechanism, a rear supporting rack, a rotating mechanism and a painting mechanism. The front supporting rack and the rear supporting rack are located at the two ends of the conveying track respectively, the conveying track sequentially penetrates through the brushing chamber, the rinsing chamber and the drying chamber, a brushing mechanism is arranged in the brushing chamber, a first water supply mechanism communicated with the painting mechanism is arranged beside the brushing chamber, rinsing mechanisms are arranged on the two sides of the rinsing chamber, and a triangular chuck for positioning a bearing is arranged on the top of the rear supporting rack. A conveyer belt is arranged on one side of the rotating mechanism, and water outlet valve ports are arranged on the brushing chamber and the rinsing chamber respectively. The bearing cleaning and painting robot is high in automation degree, the integrated operation of precise cleaning, drying, transferring, painting and discharging of inner and outer rings of the bearing can be achieved, the manual labor force is reduced, and the production efficiency is improved.

The invention discloses a preparation method of a modified aluminum oxide and PMMA mixed slurry coated diaphragm, which comprises the following steps: taking a silane coupling agent, adding an ethanol solution, adding aluminum oxide powder, heating and stirring to obtain a mixed solution; carrying out suction filtration and drying on the mixed solution to obtain modified aluminum oxide powder particles; adding the modified aluminum oxide powder into deionized water, adding a thickening agent, adding an adhesive and adding an auxiliary agent to obtain slurry; and coating a base membrane with the obtained slurry to obtain the diaphragm. The coupling agent is used for modifying aluminum oxide, a part of groups in molecules of the coupling agent can react with various functional groups on the surface of powder to form powerful chemical bonds, and the other part of groups can be physically wound in a slurry system, so that agglomeration of particles is inhibited, the coated diaphragm is not prone to generating black spots, the surface of the aluminum oxide is organized, the hydrophobic purpose is achieved, and the effect of reducing the moisture of a coating film is achieved.

The invention discloses an anti-corrosion grease coating device, which comprises a machine frame, a workbench, an oil tank, a coating box, a bracket, a guide wheel, an oil feeding pipe, an oil return pipe, an oil pump, a coating roller, an oil inlet pipe and an oil outlet hole. The upper end of the frame is provided with a workbench, the workbench is provided with a coating box, the lower part of the workbench is provided with an oil tank, the two sides of the oil tank are symmetrically provided with supports, the top of the support is provided with guide wheels, and the wires pass through The guide wheel passes through the middle of the coating box, and the coating box is provided with two coating rollers arranged tangentially up and down, and the outer wall of the coating roller is uniformly provided with oil outlet holes, and the coating roller ends are There is an oil inlet pipe at the bottom, the oil inlet pipe is connected to the oil pipe, the lower end of the oil pipe is inserted into the bottom of the oil tank, the oil pump is arranged on the oil pipe, the oil return pipe is connected to the bottom of the coating tank, and the lower end of the oil return pipe is into the fuel tank. The invention has the advantages of simple structure, convenient use, good coating uniformity, high work efficiency, and the grease can be recycled and reused.

The invention provides an anti-corrosion coating process in an oil casing pipe. The process comprises the following steps that firstly, the inner wall of the flat-end oil casing is cleaned; secondly,anti-corrosion layer coating treatment and curing treatment are conducted on the inner wall of a flat-end oil casing pipe body; thirdly, threads at the pipe end of the oil casing pipe are machined; inthe thread machining process, the highest temperature of the inner wall of the thread machining part does not exceed 90% of the upper limit value of the temperature resistance of an anti-corrosion layer of the pipe body in terms of the celsius degree; cutting fluid used for thread machining does not damage the anti-corrosion layer coated on the inner wall of the oil casing pipe; and fourthly, theoil casing pipe is subjected to coupling tightening and pipe end protection, and the whole anti-corrosion coating process in the oil casing pipe is completed. The technological process is simple, thedefective product generation probability is low, and the anti-corrosion coating process can be well suitable for coating in the oil casing pipe of high-temperature-resistant anti-corrosion paint, andcoating in the low-end and conventional paint oil casing pipe for temporary storage and transportation is achieved at a low price.