86results about How to "Not prone to shedding" patented technology

The invention relates to an outer wall heat-preserving system, which comprises a bonding mortar layer, a heat-preserving layer, a surfactant layer, a rendering coat mortar layer, glass fiber gridding cloth, an anchoring piece and a finishing coat, wherein the inner surface of the heat-preserving layer is bonded on a wall body by coating the bonding mortar layer; the surfactant layer is coated on the outer surface of the heat-preserving layer; the inner surface of the glass fiber gridding cloth is bonded on the surfactant layer through the rendering coat mortar layer; the finishing coat is bonded on the outer surface of the glass fiber gridding cloth through the rendering coat mortar layer; and the anchoring piece is arranged on the outer side of the glass fiber gridding cloth, and is fixed on the wall body by passing through the heat-preserving layer. Compared with the prior art, the outer wall heat-preserving system has the advantages of safety, moisture resistance, corrosion resistance, insect pest resistance, molding resistance, high heat-preserving performance, high sound insulating performance, high fire resistance, high durability, and the like.

The invention discloses a physically-modified non-woven fabric and a manufacturing method thereof. The physically-modified non-woven fabric is manufactured by forming a fluffy fiber layer on a non-woven fabric through physical modification and napping the fluffy fiber layer. As for the physically-modified non-woven fabric, processing is carried out after fabric formation, thus being easy to implement and having low production cost. Due to the fluffy fiber layer on the surface thereof, the physically-modified non-woven fabric has soft handle, and is affine and comfortable for human bodies; and by adopting a physical method to change the structure thereof instead of adopting a chemical additive for post-processing and other means to change the handle, and the fabric has safer materials.

The invention discloses a concrete structure repairing method based on carbonization hardening. The concrete structure repairing method comprises the following steps: cleaning an area that needs repairing; filling or smearing a repairing material, wherein the repairing material is prepared from the following components in parts by weight: 100 parts of a carbonized cementing material, 1 to 10 partsof a carbonization reinforcing agent, 5 to 70 parts of fine aggregate, 2 to 6 parts of a water reducing agent and 6 to 16 parts of water; sealing the to-be-repaired area by using a sealing device; and introducing carbon dioxide repairing gas into the closed to-be-repaired area. Based on a carbonization hardening principle, the repairing material is high in strength development speed and strengthgrade, and the repaired area can be quickly put into the service process. The volume of the repairing material can slightly expand in the carbonization process, the volume stability is excellent in the later service process, the repairing material is tightly combined with a matrix, the cohesiveness is high, and the falling phenomenon is not likely to occur. The fluidity of the repair slurry can bedesigned and regulated, the repair slurry is suitable for various processes such as smearing, spraying and irrigation, and the engineering applicability is high.

The invention relates to rolling method and device for a battery pole piece. The rolling method comprises twice rolling process, wherein a foil is not added in primary rolling; secondary rolling adopts a rolling method with addition of a foil; and the rolling method in secondary rolling comprises the following steps: an upper foil piece, a lower foil piece and a pole piece with the two surfaces coating with powder simultaneously penetrate through a space between a upper roll and a lower roll, and the upper roll and the lower roll respectively roll the pole piece through the upper foil piece and the lower foil piece, wherein the upper foil piece and the lower foil piece are arranged on the upper and lower surfaces of the pole piece respectively. The rolling device comprises a rack, the upper roll, the lower roll, a pole piece releasing roll, a pole piece retracting roll, an upper foil piece releasing roll, an upper foil piece retracting roll, a lower foil piece releasing roll and a lower foil piece retracting roll. According to the rolling method and device, during secondary rolling, the upper roll and the lower roll apply pressure to the two surfaces of the pole piece through the upper foil piece and the lower foil piece respectively to ensure particle intervals of the pole piece in vertical direction to be uniform and a battery manufactured thereby to be difficult in powder dropping phenomenon occurrence in the charging and discharging process and particularly in the later period of circulation and improve the electrochemical performance and the using safety of the battery.

It was a composite fiber with Photocatalyst, containing the first organic polymer as the first part and the mixture of the first, the second organic polymer and a Photocatalyst as the second part. The second part was paralleled or coated in the first part. The first and second organic polymer can be the same or different, which elected respectively from polyester, polycarbonate, polyamide, polyolefin, polyacrylate, polyvinyl alcohol, polyvinyl chloride, polyvinyl fluoride, Polystyrene and a combination of these. Another preparation of composite fiber with Photocatalyst and purification methods of contaminated fluid using it was contained in this invention. The invention was the composite fiber with Photocatalyst which can make anchor Photocatalyst stable, effectively increase the efficiency of photocatalytic reaction, prolong service life and be reused.

The invention relates to a coated magnesium alloy, aluminum alloy or plastic substrate and a manufacturing method thereof, belonging to the technical field of material surface treatment. The invention aims to enhance the binding property, rub resistance and light transmittance of the substrate surface. The method comprises the following steps: carrying out alkali washing on the substrate prepared from magnesium alloy, aluminum alloy or plastic according to the required size, and drying for later use; SiO2 film coating: coating the SiO2 film on the front surface of the cleaned substrate prepared from magnesium alloy, aluminum alloy or plastic; and DLC-COX (diamond-like carbon-cyclooxygenase) layer coating: coating the nano DLC-COX film on the surface of the SiO2 film. The coated magnesium alloy, aluminum alloy or plastic substrate has higher rub resistance and light transmittance; and the technical process is simple and easy to operate.

The invention discloses an injection molding nut, which comprises a nut main body, wherein the top of the nut main body is provided with an upper injection molding block, and the bottom of the nut main body is provided with a lower injection molding block; the outer surfaces of the upper injection molding block and the lower injection molding block are provided with oblique teeth respectively; a threaded hole is formed in the middle of the nut main body; a groove is formed in the middle of the upper injection molding block and the lower injection molding block respectively; the upper injection molding block and the lower injection molding block of the injection molding nut are formed in two circuit boards to be connected by injection molding respectively; and then the circuit boards are fixed by screwing a screw into the threaded hole in the middle of the nut main body. Since the outer surfaces of the upper injection molding block and the lower injection molding block are provided with the oblique teeth respectively, and after the injection molding nut is formed into the circuit boards by injection molding, plastic pulp is cooled and solidified in a gap of the oblique teeth to firmly clamp the injection molding nut in the circuit boards; and after the injection molding nut is formed into the circuit board by injection molding, the upper injection molding block and the lower injection molding block are wrapped by the plastic pulp on the two circuit boards respectively to form a plastic film in the grooves respectively; and the injection molding nut is further fixedly arranged in the circuit boards, so that the phenomenon of stripping is not easily caused, and the durability is high.

The invention discloses a ground anchor structure which comprises an upper anchor rod and a lower anchor rod. Adjusting nuts are arranged on the upper surface of the upper anchor rod. Adjusting screws are arranged between the upper anchor rod and the lower anchor rod. The adjusting nuts correspond to the adjusting screws. The number of the adjusting nuts is two, and the number of the adjusting screws is two. A steel structure piece is arranged between the two adjusting screws. An embedded part is arranged on the lower surface of the steel structure piece. The top of the embedded part is fixedly connected with the steel structure piece. The bottom of the embedded part penetrates through the lower anchor rod to be connected with a positioning plate. The positioning plate is composed of two plate bodies which are arranged of a vertical structure. Positioning pieces are arranged between the two plate bodies. The number of the positioning plates is two. Through holes for the positioning pieces to penetrate through are formed in the positioning plate. The ground anchor structure is easy to construct, low in cost, capable of preventing a circuit from being transversely moved, high in safety and stability, capable of being conveniently adjusted and positioned, firm in structure, not prone to disengagement and good in anchoring effect.

The invention discloses a preparation of an efficient water-resistant copper-doped manganese-based catalyst and an application thereof in low-concentration ozone decomposition. The efficient water-resistant ozonolysis catalyst of the invention uses manganese and copper as active components, and the preparation method thereof is a hydrothermal method. The preparation process is characterized by dissolving a certain amount of potassium permanganate and manganese acetate in deionized water to form a uniform solution; slowly adding a manganese acetate solution to a potassium permanganate solution,and uniformly stirring the materials to form a uniform solution; adding copper nitrate solid to the above uniform solution, and the uniformly stirring the materials by ultrasonication, transferring the solution to a hydrothermal reaction vessel, adjusting the temperature to 140 DEG C for 2 hours, after the reaction, naturally cooling a mixture, and performing steps of centrifugation washing and acid treatment and drying to obtain the final material. The preparation method of the invention is simple and the material is easy to obtain. At the same time, the catalyst has excellent water resistance, which solves the problem that the catalyst is not water resistant, can adapt to various industrial production environments, and has good market application prospects.

The invention relates to an internal-thread pneumatic quick coupling. The internal-thread pneumatic quick coupling is provided with a coupling body of a stage shape. One end of the coupling body is provided with a sleeve pipe and an inner wall at the other end of the coupling body is provided with an internal-thread part. The internal-thread pneumatic quick coupling has following beneficial effects: the internal-thread pneumatic quick coupling is simple in structure, convenient in application and easy in manufacture and processing; air leakage is avoided; an air pipe is prevented from falling down; and working efficiency is enhanced.

The invention discloses firefighting equipment special for a high-rise building. The firefighting equipment special for the high-rise building comprises a high-rise escape device main body, the outersurface of the front end of the high-rise escape device main body is fixedly provided with a telescopic waistband, the middle of the outer surface of the telescopic waistband is fixedly provided withan elastic band, and the side, close to the elastic band, of the outer surface of the front end of the telescopic waistband is movably provided with a fixing buckle. A second fixing groove is formed below the position, close to the telescopic waistband, of the inner surface of the front end of the high-rise escape device main body, a first fixing groove is formed in the side, close to the second fixing groove, of the inner surface of the front end of the high-rise escape device main body, and the outer surface of the lower end of the first fixing groove is fixedly provided with a first shock pad. The firefighting equipment special for the high-rise building is provided with a second fixing rope and the telescopic waistband, the application range of the equipment can be effectively broadened, the safety of the equipment is improved, and better use prospect is brought.

The invention provides a blood pressure cuff which comprises a main body made from a cuff wrapping cloth material. The fiber distributing direction of the cuff wrapping cloth material is inclined by a certain angle relative to the periphery of the blood pressure cuff. After the crossed direction between the fibers of a fiber layer of the blood pressure cuff and the periphery of the blood pressure cuff is changed, a certain inclined angle is available between the fiber distributing direction and the periphery of the blood pressure cuff rather than a parallel or perpendicular relationship, and the friction resistance of the blood pressure cuff can be improved due to the fiber direction. Therefore, the phenomena, i.e. the fuzzing and the fiber falling, hardly appear at the periphery of the blood pressure cuff.

The invention discloses a method for producing an iron-zinc alloy coated steel plate with the yield strength being equal to or higher than 220 MPa. The method comprises the steps that molten iron desulphurization, smelting through a converter and continuous casting are conducted, so that a billet is formed; hot rolling is conducted; rolling is conducted; cold rolling is conducted till the billet reaches the required thickness; continuous hot galvanizing is conducted; rapid cooling is conducted; aerial fog is used for cooling after zinc and iron are alloyed; finishing is conducted; oiling treatment is conducted; and sampling, performance testing and subsequence procedure treatment are conducted. According to the method for producing the iron-zinc alloy coated steel plate with the yield strength being equal to or higher than 220 MPa, on the premise that the yield strength ranges from 220 MPa to 260 MPa, the tensile strength ranges from 300 MPa to 380 MPa, and the elongation is equal to or higher than 43%, grains on the surface of a zinc-iron alloy coating are fine and are even in size distribution, the area ratio of holes in the surface of the coating is equal to or smaller than 5%, no microcrack exists on the surface, and the phenomena of pulverization and falling of the coating are unlikely to occur during stamping forming, namely the 90-degree V bending test grade reaches the level 2.

The invention relates to a manufacturing method for a steel wire inhaul cable with a polyurea protective coating. The manufacturing method includes the steps that steel wires with polyurea protective coatings are manufactured, the steel wires with the polyurea protective coatings pass through the polyurea material filling process through wire dividing, after the positions between the steel wires with the polyurea protective coatings are filled with polyurea materials, a steel wire combination with the polyurea protective coating is formed through the step of coalescence, the positions between the steel wires, with the polyurea protective coatings, of the steel wire combination are filled with the polyurea materials to form steel wire inhaul cable bodies Iae and IIae with the polyurea protective coatings; the steel wire inhaul cable bodies which are of two structures and are provided with the polyurea protective coatings serve as basic structures, and the steel wire inhaul cable which has multiple protection layers and is provided with the polyurea protective coating is formed through one or more of the wrapping and packaging molding process, the PE sleeve extrusion molding processes I and II and polyurea material coating processes II, III, IV and the like. The manufacturing method is economical and practical, and the manufactured steel wire inhaul cable with the polyurea protective coating is compact in structure and antiseptic, reduces shocks, and is good in skid resistance and abrasive resistance.

The invention discloses a preparation method of an alkyd resin coating capable of forming flat surfaces. The method comprises the steps as follows: polyvinyl alcohol and bamboo charcoal powder are stirred, a silane coupling agent is added, grinding is performed, agarose is added, ultrasonic treatment is performed, and a first material is obtained; fumed silica, wollastonite powder, vermiculite powder, nano talcum powder, acetic ether, the first material and water are mixed, ultrasonic treatment is performed, and a second material is obtained; phenolic aldehyde modified alkyd resin, acrylic acid modified alkyd resin, diethylene glycol methyl ether acetate, ethylene glycol, waterborne polyurethane resin, polyamide polyamine epoxy chloropropane resin and oxidized polyethylene wax are uniformly stirred, the second material, polyoxypropylene glycerol ether, hydroxyl silicone oil, sodium lauryl sulfate, a wetting agent and a preservative are added, the mixture is stirred continuously, and the alkyd resin coating capable of forming the flat surfaces is obtained. The method is simple, and the obtained coating has good base material adhesion and film compactness, is not prone to peeling offand has good heat and damp resistance and temperature change resistance.

The invention discloses a metallic paint composition and a preparation method thereof. The metallic paint composition is prepared from the following components in parts by weight: 20-30 parts of polymethyl acrylate, 8-12 parts of water, 5-8 parts of zinc oxide, 5-8 parts of laurinol, 5-8 parts of metallic pigment, 2-3 parts of propylene glycol monomethyl ether and 1-2 parts of methyltriacetoxysilane. The invention also provides the preparation method of the metallic paint composition. The preparation method comprises the following steps: (1) weighing 20-30 weight parts of polymethyl acrylate, 5-8 weight parts of laurinol, 5-8 weight parts of zinc oxide, 5-8 weight parts of metallic pigment and 1-2 weight parts of methyltriacetoxysilane; and (2) adding the weighed components to a homogenizer for evenly mixing at a temperature ranging from 60-75 DEG C, and then orderly adding 8-12 weight parts of water, 0-2 weight parts of hydrogenated soybean oil and 2-3 weight parts of propylene glycol monomethyl ether, stirring at a high speed for 10-15 minutes, and defoaming for 1-2 hours under the vacuum condition, thereby obtaining the metallic paint composition.

The invention discloses a construction method of an ecological revetment block structure. The construction method comprises the following steps of 1) construction preparation, 2) preparation of reinforcing edge strips, 3) construction of an ecological revetment, and 4) plant planting. According to the construction method, the reinforcing edge strips are arranged on the four sides of the ecologicalrevetment, reinforcing and supporting are conducted from the four sides of the ecological revetment simultaneously, the stability of the whole ecological revetment is effectively improved, thus ecological blocks are not prone to falling off, and the ecological revetment can resist scouring of water flow better; the adjacent ecological blocks are mutually clamped through positioning blocks, the positioning blocks in the same row or the same column are connected and fixed through connecting rods, indirect connecting and fixing between the transverse ecological blocks and the longitudinal ecological blocks are achieved, thus the ecological blocks are mutually combined and restrained, the structural strength of the revetment structure is improved, the ecological revetment is not prone to deforming, and the ecological blocks do not fall off; and through further reinforcing and positioning arrangement of auxiliary blocks, the structure of the whole ecological revetment is more compact and firmer.

The invention provides a formula of an anticorrosive paint. The anticorrosive paint is prepared by adopting water, ethylene glycol, titanium dioxide, kaolin, butyl ester and ethyl ester as main materials and adding a foam inhibitor, an antifoaming agent, a dispersing agent, a modifier and a wetting agent. The anticorrosive paint is simple in structure, convenient to prepare, relatively low in cost, free of harm, and good in anticorrosive effect; the phenomenon that the paint falls off does not easily appear, the overall security is effectively improved and the requirements of a manufacturer can be met.

The invention relates to a manufacturing method for a steel wire inhaul cable with polyurea protective materials on the outer layer. The manufacturing method includes the steps that after steel wires are pretreated, steel wire combinations are molded through drying, coiling, wire dividing and coalescence, the outermost layers of the n steel wire combinations are coated with a polyurea protective coating I through the polyurea material extrusion coating work procedure I; steel wire inhaul cable bodies Ia or IIa with the polyurea protective materials on the outer layers are formed, wherein the n is larger than or equal to 1; then the steel wire inhaul cable bodies Ia or IIa are shaped through wrapping and packaging, and steel wire inhaul cable bodies Ia0 and IIa0 with the polyurea protective materials on the outer layers are formed; the manufactured steel wire inhaul cable bodies with the polyurea protective materials on the outer layers form the steel wire inhaul cable which has multiple protection layers and is provided with the polyurea protective materials on the outer layer through one or more of the PE sleeve extrusion molding working procedures I and II and polyurea material extrusion coating working procedures II and III. The steel wire inhaul cable which is manufactured with the method and provided with the polyurea protective coatings is compact in structure and antiseptic, reduces shocks, and is good in skid resistance and abrasive resistance and long in service life.

The invention relates to a steel strand inhaul cable with a polyurea protective material on an outer layer. The steel strand inhaul cable comprises a steel strand combination formed by n steel strands, the outer layer of the steel strand combination formed by the n steel strands is coated with a polyurea protective coating I to form a steel strand inhaul cable body Ia with the polyurea protective material, and the outer layer of a wrapping and packaging belt of the steel strand inhaul cable body Ia is coated with a polyurea protective coating II to form a steel strand inhaul cable body Ia0b. A manufacturing method of the steel strand inhaul cable includes the steps that a series steel strand inhaul cable which has multiple protective functions is manufactured through one or more of the polyurea material coating process I, the wrapping and packaging process, the polyurea material coating process II, the extrusion molding process, the polyurea material coating process III and the like of the steel strand combination obtained after the steps of pretreatment, drying and coalescence molding. The method is simple and convenient; the manufactured steel strand inhaul cable is good in tension-resisting strength and flexibility, high in damping and good in ageing resistance, wear resistance and damping performance; the corrosion prevention capacity of the steel strand inhaul cable can be greatly improved, and the service life of the steel strand inhaul cable can be prolonged; and the n is larger than or equal to 1.

The invention discloses a production method of a deep-drawing zinc-iron alloy plated steel plate with a compact surface plating structure. The production method comprises the steps of molten iron desulphurization, converter smelting, alloying, continuous casting, heating, rolling and alloying continuous hot galvanizing. In the alloying continuous hot galvanizing process, after galvanizing and zinc pot delivery are carried out, the cooling speed of an upstream section is controlled to be higher than or equal to 40 DEG C/s, and the cooling speed is controlled to be higher than or equal to 30 DEG C/s after alloying. The deep-drawing zinc-iron alloy plated steel plate in which zinc-iron alloy plating surface grains are fine, distribution is even in size, the plating structure is compact (the area ratio of surface holes is smaller than or equal to 5%), and the surface is free of obvious microcracks is obtained on the premise that the mechanical performance of the steel plate is guaranteed. The anti-pulverization performance of the zinc-iron alloy plated steel plate is improved, the 60-degree V bending test grade reaches the first level, and the phenomena of pulverization and falling of a plating are not likely to happen in the steel plate punching molding process; and accordingly the purposes of quality and production of zinc-iron alloy plated steel plate workpieces are achieved.