144results about How to "Overcoming processing" patented technology

The invention relates to an electric welding rod used for manual welding. The electric welding rod comprises core welding-wires containing the following chemical compositions (wt%): 0.020-0.100 of C, 0.350-0.550 of Mn, 0.015-0.030 of Si, 0.005-0.015 of P, 0.002-0.005 of S, 0.01-0.20 of Cr, 0.01-0.30 of Ni, 0.01-0.20 of Cu, 98.675-99.47 of Fe, and the residue of impurity; the electrode coating comprises the following compositions: 28-38 of marble powder, 16-28 of fluorite powder, 2-8 of feldspar powder, 2-7 of white titanium pigment, 4-8 of electrolytic manganese, 3-7 of ferrosilicon powder, 6-9 of ferrotitanium powder, 0.5-2 of ferromolybdenum powder, 3-8 of nickel powder, 10-25 of iron power and 5-8 of other elements. The chemical compositions, the performance and the structure of the welding seam of a grade X80 steel pipe welded by using the electric welding rod are closer to the pipe body, and without heat treatment, the welding seam can meet the requirements on technical indicators such as high strength, high toughness, low hardness and the like of the grade X80 steel pipe used for oil and natural gas transferring; the electric welding rod overcomes the defaults in the prior art that the welding seam is required to be heat-treated after welding, the quality is poor, and engineering accidents are easy to happen when in use and the like.

The invention discloses a physical method based on environment mapping for simulating human skin subsurface scattering. The method comprises steps that, a legendre formula is utilized to project and disintegrate an illumination integration equation in a to-be-simulated scene to acquire a luminance value of each pixel; the luminance value of each pixel is multiplied with an overflow color value to acquire a scattering value of each pixel at a back light face. The physical method based on environment mapping for simulating human skin subsurface scattering solves problems of large data processing workload, large occupation storage space and low processing efficiency existing in the prior art and has advantages of small data processing workload, small occupation storage space and high processing efficiency.

The invention relates to a multifunctional modularized floating island for in-situ restoration of polluted rivers and lakes. The floating island consists of five functional modules including a waterscape floating island module, a flexible filler floating island module, an aeration floating island module, a power supply floating island module and a functional floating island module. Each functional module is formed by floating beds in the same shape and size; different functional components are matched on the floating beds respectively so as to form the above functional modules. 2-5 different functional modules are selected in proportions according to the water quality difference and area load of the polluted river, and are optimally combined, thus various micro-environments are formed along the water flow direction, the self-cleaning ability of rivers and lakes are prompted, and the COD (chemical oxygen demand) and ammonia and nitrogen of the polluted water can all reach the V-type standard of surface water. With the adoption of the technology, the problems of single function, poor applicability and low water quality improving efficiency of the plant floating island structure in the prior art are solved, and the in-situ high-efficiency water quality improvement of water in polluted rivers and lakes is achieved.

The present invention provides a method for preparing sasanqua saponin. According to a solid-liquid ratio of (g:ml) 1:6 to 14 and under the temperature between 60 DEG C to 100 DEG C, in the method, first 50 percent to 80 percent of acetone-aqueous solution is used to extract oil-extracted sasanqua oil meal or seeds for one to five times in a period of one hour to five hours, and after extractive is purified by D101 macroporous resin enrichment, decolorized by a D941 macroporous resin column, condensed and dried, a sasanqua saponin product is produced. The sasanqua saponin produced by the preparation method of the present invention is characterized in high purity, good quality and good colour and lustre; the method resolves the defects of using acid and alkali, enzyme, flocculating agent, ultrasonic processing and high-boiling normal butanol and water, effectively protecting the ingredient composition and structure of saponin; moreover, the preparation method has the advantages of simplicity and low cost, and acetone and is suitable for mass production, ethanol and macroporous resin can be recycled.

The invention discloses a color holographic display system based on diffraction distance control and a method of the color holographic display system based on the diffraction distance control. The problem that color crosstalk exists in existing color holographic display is mainly solved. The system comprises a coherent light source array, an expanded beam collimating array, a control unit, a space light modulator array, a diffraction distance control unit and an achromatic lens. The implementation steps of the method comprise the first step of generating monochrome computing holograms, the second step of loading the holograms, the third step of reproducing the holograms and the fourth step of generating a color reproduction image. An optimal Fresnel diffraction distance obtained under different wave lengths in a calculating mode is utilized to generate the three monochrome computing holograms, and Fresnel diffraction with an optimal diffraction distance is respectively carried out on the three monochrome computing holograms. The color holographic display system and the method have the advantages that the hologram loading mode is flexible, light paths are simple and convenient to adjust, and the effect of eliminating the color crosstalk is good.

The invention discloses an intelligent security protection monitoring alarm device for a lab and relates to an alarm in response to more than two different accidents or abnormal situations, in particular to the intelligent security protection monitoring alarm device for the lab based on a global system for mobile communication (GSM) technology. The device comprises a master control circuit, an information acquisition module, an alarm module and a remote control module, wherein the master control circuit consists of a singlechip, an operating main program which is set by the singlechip, an MAX232 module, a key panel and a liquid crystal display screen; the information acquisition module comprises a smoke sensor, a carbon oxide (CO) sensor, a temperature sensor and an infrared sensor; the alarm module consists of a buzzer and a light emitting diode (LED) lamp; and the remote control module consists of a GSM-technology-based SIM300 mobile phone module, a voice controller and four relays K1, K2, K3 and K4. The intelligent security protection monitoring alarm device for the lab has remote control and automatic alarm functions and overcomes the defect that the current college lab cannot be monitored in real time to cause shortage in security protection monitoring of the lab.

The invention provides an anti-interference system-on-chip and method for an intelligent antenna based on an FPGA (Field Programmable Gate Array). The anti-interference system-on-chip for the intelligent antenna based on the FPGA comprises a receiving antenna, a multi-channel receiver, an A / D (Analog-to-Digital) converter, a digital orthogonal interpolation module, a covariance matrix module, a complex positive definite Hermite matrix to real symmetric matrix module and a covariance matrix inversion module. In the invention, the anti-interference method for the intelligent antenna based on the FPGA comprises the following specific steps of: 1, data receiving; 2, digital orthogonal interpolation; 3, covariance matrix data calculation; 4, complex positive definite Hermite matrix to real symmetric matrix; and 5, covariance matrix inversion. By using the invention, the real-time and fast anti-interference of the intelligent antenna is realized under the situation that interference exists in a communication channel, and thus, the problems of poor instantaneity, high hardware cost, low integration degree and incapability of parallel processing in an anti-interference system for the intelligent antenna based on (Digital Signal Processing) are solved.

The invention discloses an online reading system and method. The online reading system comprises an uploading unit, a conversion processing unit, a file purging unit, a server unit and a reading unit. The online reading method includes the steps: an operator clicks attachments for uploading, a server converts a file into a PDF (portable document format) file when the attachment to be read online is clicked, the server continues to convert the converted PDF file into a SWF (small web format) file, a browser allows the SWF file to be checked online by playing the SWF file, a user can operate the SWF file, and a server scheduler purges a temporary converted file according to a set scanning period. The online reading system and method has the advantages that the problem that mass installers need to be installed for temporary reading or processing of PDF files is solved, the files such as PDF files, WORD files, PPT (power point) files, EXCEL files and picture files can be directly checked, searched and printed through the browser, and the user can temporarily check and process the PDF files and OFFICE files more efficiently.

The invention discloses a digital imaging acquisition system for aggregate grading detection. The system consists of an aggregate sampling device, an image acquiring device, an optical processing optimizer and communication and storage equipment, wherein the aggregate sampling device comprises a material dividing plate, a distance adjusting rod and an angle adjusting rod; the image acquiring device comprises an infrared laser, a linear array camera and an image acquiring card; the optical processing optimizer comprises a filter device and a diffuse coating layer; and the communication and storage equipment comprises a data line and a computer. A digital imaging acquisition method for aggregate grading detection comprises the following steps of: setting the aggregate sampling device; setting the image acquiring device; setting the communication and storage equipment; acquiring an image of a sampled aggregate; and transmitting and storing the image. An aggregate stream is sampled and acquired by arranging the material dividing plate, so the problem that the image of a falling stream of the aggregate must be completely acquired is solved and the defects of poor quality of the acquired image, difficult separation of particles and a large amount of processing data are overcome.

The invention relates to a rice field-upland field rotation rice soil gas in-situ acquisition system and an acquisition method thereof, which belongs to the field of the gas acquisition technology and is specially used for the in-situ acquisition of the soil gas in the rice soil section plane under the condition of the rice field-upland field rotation. The invention comprises that: PVC pipes with the 40 mm inside diameter are chosen; total eight pores are uniformly distributed on the exchange interface of the pipe wall at the bottom of every gas cavity; all gas cavities are separated with PVC sheets which are perforated and allow a nylon tube gathering gas to pass through. A nylon slim tube passes through the upper part of the PVC sheets and is connected to a triple valve with a silicone tube. The acquisition method comprises detection of air tightness, installation, pre-equilibration and the system keeps airtight state; when in observation, a syringe directly gathers the needed voluminal gas. The invention can be used for gathering soil gas in the inundation state or in the drainage state, can gather in-situ gas with different section plane depth on the same locus, has easy operation and easily available materials, can be wildly applied to the rice field and wetland soil gas acquisition, and overcomes various kinds of defects in the prior art.

The present invention relates to a process for synthesizing isopropyl acetate and preparation method of its catalyst. Its process adopts fixed bed reactor, uses solid catalyst, and makes reaction under the condition of gas-liquid-solid three-phase reaction, and its solid catalyst includes modified resin catalyst, silica-gel loaded heteropolyacid catalyst, silica-gel loaded phosphoric acid catalyst and super acidic catalyst, its reaction temp. is 80-125 deg.C, propylene pressure is 0.8-1.4 MPa, acetic acid feeding space velocity is 1.0-2.8 h(-1), propylene feeding space velocity is 80-108 hr(-1), and the mole ratio of acetic acid and propylene is 1:1.15-1.80. Said invention also includes the preparation method of the above-mentioned catalysts.

The invention provides a treatment device and method for removing heavy metals out of sewage. The treatment device comprises a tank body, wherein a water inlet pipe is connected to the bottom of the tank body, a water outlet pipe is connected to the upper end of the tank body, a sandstone initial filter layer, a microbial adsorption layer, filter cloth and a granular activated carbon adsorption layer are sequentially arranged in the tank body from bottom to top, and the microbial adsorption layer is provided with spheres of which the surfaces are attached with microbes. By the treatment device and the treatment method, the disadvantages of the traditional metal ion removal methods that the cost is high, the operation is complicated, low-concentration wastewater is difficult to treat are overcome, and treated water can reach reuse standards by using a microbial treatment manner and adopting a multi-stage filtration and adsorption manner; meanwhile, potential heavy metal resources are recycled.

The invention discloses a recycling method of papermaking advanced treatment wastewater based on chemical decalcification. The recycling method comprises the following steps of chemical decalcification, filtering, electrolysis, membrane separation (ultra-filtration / MBR) and desalination. By combination of a chemical decalcification technology, an electrochemical technique and a membrane technology, 70-85% of papermaking advanced treatment wastewater can be recycled after being processed. Thus, wastewater emission is reduced; environmental pollution of the wastewater is avoided; waste of water resources is reduced; and the cost of regenerated circulating water is lower than the price of running water. Therefore, the recycling method is economical and reasonable; good economic benefit is generated; water consumption targets of tons of paper and wastewater discharge targets are greatly reduced; and the economic and technical indexes of enterprises are improved.

The invention relates to the field of nanometer materials, and discloses a silicon dioxide nanofiber membrane, and a preparation method and application thereof. The method comprises the following steps: (1) preparing spinning solution containing nanosilicon dioxide, a surface active agent, a high-molecular polymer and solvent, and (2) processing the spinning solution prepared in step (1) by utilizing electrospinning technique, and drying to obtain the silicon dioxide nanofiber membrane, wherein the average grain diameter of the nanosilicon dioxide in step (1) ranges from 20nm to 120nm. The fiber diameters of the silicon dioxide nanofiber membrane which is prepared by the method provided by the invention range from 80nm to 600nm; the thickness is small; therefore, the bore diameter and specific surface area of the silicon dioxide nanofiber membrane are relatively large; the surface energy and surface activity are high; the silicon dioxide nanofiber membrane provided by the invention can be applied into an RNA (ribose nucleic acid) extraction kit adsorbing column, and has the advantages that the extraction scope and category are wide, the extraction is rapid, simple and convenient, the purification rate is high, and the ratio of performance to price is high.

The invention relates to a method of preparing vegetable oil polylol by using natural renewable resources. Epoxy soybean oil, a solvent, methanol, water and a catalyst are added performed autoclave, wherein, the proportion by weight of the epoxy soybean oil, the solvent, anhydrous methanol, water and the catalyst is 10:1 to 10:1 to 12:1 to 6:1 to 4, the reaction temperature ranges from 100 DEG C to 160 DEG C, and the optimized temperature ranges from 120 DEG C to 160 DEG C. The reaction pressure is self pressure, and the reaction is completed after reacting for 12 to 20 hours through stirring. The method has the advantages of no pollution, simple processing procedure after the reaction, and mild reaction conditions.

The invention discloses a three-dimensional geographical information system management platform which comprises a geographic information system (GIS) server and a GIS client. The GIS server is used for storing GIS information and upgrading the GIS information. The GIS client is used for carrying out modeling and management of a three-dimensional GIS based on the GIS information provided by the GIS server. According to the three-dimensional geographical information system management platform, the defects that in the prior art, purchase cost is high, modeling efficiency is low and data handling capacity is weak are overcome. The advantages of low cost, high working efficiency and strong data handling capacity are achieved.

The invention relates to oily sludge coke water slurry and a preparation method thereof. The oily sludge coke water slurry comprises the following components: by mass percent, 50%-75% of petroleum coke, 0.1%-15% of oily sludge, 0.001%-1% of a dispersant, 0%-1% of an oily sludge modifying agent and the balance of water; wherein the dispersant is a mixture of one or a plurality of substances comprising surfactants of naphthalene sulfonates, polycarboxylates, humic acids or lignosulfonates, the oily sludge modifying agent is inorganic salts of divalent or trivalent iron, aluminum or calcium metal ions, and the oily sludge is an oil and water mixture produced in mining, transportation and processing processes of crude oil; and the oily sludge coke water slurry prepared by the preparation method has the advantages of high calorific value and good liquidity and stability, is easy to store, transport and atomize, can be used as combustion or gasification raw materials and has large-scale application prospects.

The invention relates to technology for cleaning heavy metal-polluted soil, in particular to a chromium-polluted soil cleaning method enhancing ion migration. The method comprises the following steps of: inserting an electrode into soil to be cleaned; applying a direct current electric field to the soil; injecting cleaning liquid into the polluted soil to make chromium ions in the polluted soil migrate directionally under the action of electric field force; continuing to add the cleaning liquid; standing and electrifying the polluted soil; and performing the previous steps circularly until the pollutant concentration of the soil reaches a treatment target. The method has the advantages of solving the problem of slow qualitative migration of heavy metal pollutants in low-permeability polluted soil, shortening repair time and recycling chromium-containing cleaning liquid.

The present invention discloses a parallel power conversion control device for a parallel power conversion system. The parallel power conversion control device for the parallel power conversion system comprises a total current instruction generator, an average current instruction generator, an average feedback current calculator, a current controller, a circulation calculator, a circulation controller configured to control the circulation of power convertors and output circulation offset voltage signals according to the results calculated by the circulation calculator, and a modulating signal generator configured to generate modulation signals required by pulse width modulation of a PWM unit according to the control voltage signals output by the current controller and the circulation offset voltage signals output by the circulation controller. The parallel power conversion control device for a parallel power conversion system is able to effectively improve the tracking performance and the circulation inhibition effect of total output current to a total current instruction value, and effectively reduce the calculated load of a microprocessor.

The invention discloses a method for preparing fatty acyl potassium glycine and a composition containing the surfactant, and belongs to the technical field of fine chemical engineering. According to the technique for synthesizing a fatty acyl potassium glycine type surfactant, fatty acid methyl ester of a natural fat resource is taken as a raw material for synthesizing the fatty acyl potassium glycine type surfactant, that is, fatty acid methyl ester and potassium glycine react in the presence of a phase shifting catalyst PEG2000 to prepare fatty acyl potassium glycine and the composition containing the surfactant. The method is high in raw material utilization rate, high in yield, high in active matter content, high in surface activity, simple in synthesis route, and free of environment pollution and is a green synthesis technique, and products can be directly used without being separated or purified. The invention further discloses a surfactant composition containing the fatty acyl potassium glycine.

The invention relates to a combined water purifying device and method. The combined water purifying device comprises an ozone generating and exhaust treating system, a catalytic filter system, a post-treatment effluent collecting system and a gas-water alternate operation control system, wherein the ozone generating and exhaust treating system is connected to the catalytic filter system; and the gas-water alternate operation control system is sued for controlling the operation of the combined water purifying device. The combined water purifying device provided by the invention is compact in structure and small in floor area, and can be automatically controlled and upgraded. The combined water purifying method provided by the invention integrates ozone catalytic oxidation, bubbleless aeration and membrane filtration. Raw water is subjected to coagulating sedimentation and then flows into a catalytic filter tank; a membrane assembly is immersed below a liquid level; ozone is introduced into the membrane assembly to carry out bubbleless aeration; purified water is filtered and enters into the membrane assembly; and exhaust generated by the catalytic filter system enters into an exhaust breaking device to break ozone. The combined water purifying method provided by the invention can effectively treat relatively trace refractory organics in a water body, and deeply purifies micro-polluted water body.

The invention discloses a method for synthesizing a graphene / nickel nano-composite material at room temperature. The method comprises the following steps: uniformly dispersing graphene oxide in ultrasonic in deionized water to obtain a graphene oxide solution; adding a bivalent nickel salt, and further performing ultrasonic treatment to obtain a mixed solution I; dissolving sodium borohydride or potassium borohydride taken as a reducing agent in deionized water to obtain a mixed solution II, dropwise adding the mixed solution II into the mixed solution I, and further performing ultrasonic treatment for a reduction reaction at room temperature; cleaning and drying a product of the reduction reaction to obtain the graphene / nickel nano-composite material. The method is simple to operate, easy in process control, mild in synthesis condition and very short in preparation period; the selected reducing agent is non-toxic, and has a good reducing effect on the graphene oxide; the reducing reaction can be performed at room temperature, so that the energy consumption is low, the production cost is low and no environment pollution is caused; therefore, the method is suitable for industrial production.

The invention relates to silicon carbide composite zero-valent iron porous ceramics for sewage treatment and a preparing method. The porous ceramics is prepared by uniformly mixing, by mass, 60-90 parts of silicon carbide micro powder, 5-25 parts of zero-valent iron power, 1-5 parts of glass powder, 3-20 parts of carbon powder, 1-8 parts of graphite, 0.1-0.5 part of ethanediol, 0.1-0.5 part of ammonium polyacrylate, 2-10 parts of polyvinyl alcohol and water, then spray granulation is carried out, a blank is manufactured, and under the protection of nitrogen, the blank is sintered for 1 h at the temperature of 1350-1400 DEG C and cooled to the room temperature to obtain the silicon carbide composite zero-valent iron porous ceramics for sewage treatment. The zero-valent iron is compounded into the ceramics and has the advantages of being low in toxicity, low in price, easy to operate, environmentally friendly and free of secondary pollution. The porous ceramics is simple in process, low in cost, capable of being produced on a large scale and applied to a practical sewage treatment project, and the problems that in the prior art, secondary pollution is caused as the treatment effect is unobvious and not thorough are solved.

The invention discloses dye transfer and baking steamed fixation integrated transfer printing. The transfer and fixation are combined to one process, a heating mechanism for baking steamed fixation is additionally arranged in a transfer printing machine transfer device, and a fixation task of transferring fabrics is finished under the condition that the original transfer function is realized. The dye transfer and baking steamed fixation integrated transfer printing comprises the main technological parameters of dyes, moisture content, transfer pressure, temperature and time. According to the integrated transfer printing, the defects in the fabric fixation process in the conventional cold transfer printing can be overcome, and the quality and yield of the transfer fabrics are improved.

The invention relates to a high-efficiency broad spectrum flocculant, which is mainly prepared by the following compositions in weight percentage: 40 to 50 percent of cationic polyacrylamide, 0.8 to 1.2 percent of OP-10 emulsifier, 8 to 13 percent of polysilicic aluminum iron sulfate, 0.8 to 1.2 percent of sodium hydroxide and 35 to 48 percent of vaal water. The preparation method for the high-efficiency broad spectrum flocculant is as follows: the cationic polyacrylamide, the polysilicic aluminum iron sulfate, the OP-10 emulsifier and the vaal water are added into a reaction kettle of a vacuum dispersion machine and stirred for 15 to 20 minutes; and the sodium hydroxide is added into an emulsifiable solution and continuously stirred for 20 to 30 minutes. The high-efficiency broad spectrum flocculant simultaneously has the advantages of an inorganic flocculant and an organic flocculant and simultaneously overcomes the inherent defects of the inorganic flocculant and the organic flocculant. The high-efficiency broad spectrum flocculant has wide application scope, has good water purifying effect on water quality with various concentrations, nonferrous wastewater and a plurality of kinds of industrial wastewater, and can be widely used for purification treatment of industrial waste water in the printing and dyeing, paper-making, chemical industry and so on.

The invention provides a lonestone detector and a control method of the lonestone detector, wherein the boulder detector comprises a high-density electrical method main unit, a palm computer or a tablet computer communicating with the high-density electrical method main unit by bluetooth, a processing device communicating with the palm computer or the tablet computer by WiFi (wireless fidelity), at least two electrode converters connected with the high-density electrical method host electrically, at least four high-density electrical method cables connected with the electrode converters electrically, and a plurality of electrodes arranged on the high-density electrical method cables respectively. According to the boulder detector and the control method provided by the invention, the shortages of the traditional high-density electrical method detector that only the appointed device can be selected and any three-dimensional cross-hole measurement cannot be carried out are overcome, the purposes of measuring while quasi real-time inversion imaging are realized, the working time of technicians is saved greatly and the working efficiency is improved; meanwhile, a measuring device can be further adjusted timely according to quasi real-time imaging results to carry out the fine measurement and the imaging continuously, so that the purpose of detecting the boulder accurately is achieved.

The invention relates to an asphalt fume dust collection and purification system. The asphalt fume dust collection and purification system comprises a dust treatment tower, an oil filtration odor removal box, a main gas spray pipeline, a turbulent flow type power wave water membrane washing tank and a precipitation, oil separation and circulation water tank, wherein a washing water tank, a dust blocking plate for blocking and separating dust, a PVC (polyvinyl chloride) ball filter material box for adsorbing dirty oil and a dust precipitation tank are arranged in the dust treatment tower, a precision oil filtration barrel, an activated carbon odor removal device and a waste oil collection pool are arranged in the oil filtration odor removal box, a spiral spray head is arranged in the main gas spray pipeline, a stainless steel compound filter layer as well as the spiral spray head and an activated carbon odor removal filter layer which are correspondingly arranged in layers are arranged at the inner layer of the turbulent flow type power wave water membrane washing tank, and multiple non-woven fabric oil filtration screens are arranged in the oil separation and circulation water tank. Dust and waste oil in asphalt fume are repeatedly washed, filtered, adsorbed, separated and respectively collected by a sectional continuous treatment method, the up-to-standard emission of waste water and air can be further ensured, and the asphalt fume dust collection and purification system has the advantages of reasonable structure, reliability in working, stable performance, high efficiency and very strong practicality.

The invention provides a method for preparing a clenbuterol hydrochloride molecularly imprinted membrane electrochemical light emitting sensor. The method is characterized in that the surface of a glassy carbon electrode is wrapped by a composite film, and the composite film consists of reduced oxidized graphene, upconversion nanoparticles and molecular imprinting polymers. The method has the advantages that electrochemical light emission of the upconversion nanoparticles with stable cathode signals and high light emission strength are combined with the molecular imprinting polymers with goodselectivity, and trace detection on clenbuterol hydrochloride in animal derived foods can be implemented.

The invention discloses hollow polymer emulsion capable of forming films at room temperature and a preparation method thereof. The hollow polymer emulsion is prepared by the following steps: preparing nuclear emulsion particles with high carboxyl content and low degree of cross linking by a two-step seeded emulsion polymerization method, and sequentially coating a polarity transition layer, a structural support layer and a film forming layer to obtain the hollow polymer emulsion capable of forming films. Treatment after alkali swelling is omitted, so that preparation process is simplified, and prepared polymer emulsion can be formed into films. The polymer emulsion can be used as a substitute of titanium dioxide and organic pigment to be applied to the fields of coating, papermaking, cosmetics, fine chemical industry and the like.

The invention relates to an antinode core-board precast concrete prefabricated composite wall comprising an antinode core-board unit. The antinode core-board unit comprises an antinode core board, edge reinforcing columns and end boards; the board surface of the antinode core board is wavy; the edge reinforcing columns are fixedly arranged on two sides of the antinode core board, the length direction of the edge reinforcing columns is parallel to the direction of wave crests or wave troughs of the antinode core board, and the upper and lower ends of each edge reinforcing column are parallel to the upper and lower ends of the antinode core board; the end boards are respectively and fixedly arranged on the upper and lower sides of the antinode core board and the edge reinforcing columns; a reinforced concrete board covers the outer sides of the antinode core board and the edge reinforcing columns. The antinode core-board precast concrete prefabricated composite wall is high in field fabrication degree, fast in construction and high in industrialization and commercialization degree, and is more convenient to connect with steel beams and floor slabs. Advantages of various existing lateral force resistance members can be integrated in the composite wall, and the composite wall can bear vertical load as well as resist horizontal force and can play an important role in aseismic design of multi-story and super-high-rise building structure systems.