72results about How to "Realize factory mass production" patented technology

The invention discloses an ecological percolating type water purification groin system, which has a trapezoidal structure. A biological strengthening purification area is formed in the middle of the system, and block stone is arranged on the two sides; a mixture of sand, broken stone and soil is arranged between the steel mesh cobble stone and the block stone; submerged plants and planting bags are arranged on the outer surface of the block stone, emergent aquatic plants are arranged on the top, and a broken stone hardcore bed is arranged at the bottom; a cobble filtering body is arranged on the broken stone hardcore bed; the surface layer of the biological strengthening purification area is a reinforcing dam top; and the two sides of the reinforcing dam top are provided with stone steps. The invention has the advantages that: relatively good water purification effect is realized; the purification body can realize batch production in plants; and the pollutants in the water flow and the pollutants adsorbed on the gravel surface are absorbed and decomposed through the joint effect of the plant root system and a microbial film. The block stone can prevent the water flow from eroding the groin foundation and enhance the stability of the side slope and the resistance against storms; and the submerged plants in the stone area can purify the water in rivers and provide a good habitat for the growth of the aquatic plants in rivers, while appearing as a landscape.

The invention discloses a combined eave system with a large-span steel structure and a bracket system wood structure and a construction method of the combined eave structure. The combined eave system comprises a main structure steel frame, a secondary steel structure, the bracket system wood structure, a ridge structure, an eave panel and a roof tile structure. According to the combined eave system, a wood component and the steel structure are assembled and connected through screw connecting pieces, the installation process is standard, the speed is high, and the construction efficiency is greatly improved; the properties and advantages of steel and wood are utilized fully to form a reasonable and firm structure framework, and the seepage resistance of a roof system is improved while the artistic effect of a historic building is accurately and completely mastered; by the adoption of the technologies that punched brasses are adopted, a plate tile and an embedded piece are fixed with a U-shaped connection plate, and hooks and an n-shaped support are connected, simpleness and high speed are achieved, the component mounting speed is increased, and the mounting quality is guaranteed.

The invention discloses a height-adjustable wardrobe. The height-adjustable wardrobe comprises a wardrobe body and a decorating line. The decorating line is composed of a front plate and a back plate, the front plate tilts forward, the back plate is formed by a horizontal adhering plate and a vertical adhering plate which are in right-angle intersection. The front plate, the horizontal adhering plate and the vertical adhering plate form the structure of a reversed right-angled triangle. An adhering groove is arranged on the outer side of each of the horizontal adhering plate and the vertical adhering plate. Decorating plates can be adhered at different heights at the upper end of the wardrobe body according to actual needs to enable the height of the wardrobe to be adjustable. The height-adjustable wardrobe has the advantages of being European in style, attractive, elegant, easy to operate, economical and practical; according to various standard rooms in different places, factory mass production can be achieved, and therefore economic benefits of an enterprise are greatly increased.

The invention relates to a tissue culture method of African agapanthus, comprising the following steps of: acquisition of a sterile material, differentiation and propagation of corms, strong seedling culture of corms, rooting culture, seedling hardening, transplanting, and the like. Compared with the prior art, the invention greatly improves the propagation speed of the African agapanthus and the neatness of seedlings and can realize industrial large-batch production of the seedlings.

The invention relates to a tissue culture method of ophiopogon planiscapus, comprising the steps of asepsis material acquisition, bud differentiation, bud multiplication, adventitious bud strong seedling culture, rooting culture, seedling adaptation, transplantation and the like. Compared with the prior art, the invention greatly improves the reproductive speed of the ophiopogon planiscapus, the uniformity of seedlings and the stability of the performance and can realize factory mass production of the seedlings.

The invention discloses a light-diffusion anti-glare nano polycarbonate (PC) material as well as preparation and application thereof in an LED (light-emitting diode) illumination material and belongs to the technical field of light-diffusion anti-glare nano PC materials. The light-diffusion anti-glare nano PC material comprises the following components in parts by weight: 100 parts of PC, 0.01-0.1 part of hindered phenol type antioxygen, 0.01-0.1 part of phosphite ester type antioxygen, 0.1-2.0 parts of polysiloxane particles serving as a light diffusing agent and 0.1-0.5 part of lubricating agent. The preparation method comprises the following steps of: putting uniformly-mixed raw materials in a feeding hopper of a dual-screw extruding machine, carrying out melt extrusion, cooling, and granulating. Compared with the existing LED light-diffusion material, the prepared light-diffusion anti-glare nano PC material has excellent luminous flux under the condition of same haze. A proper production device is selected, thus polymer degradation is reduced, the stability of the light-diffusion anti-glare nano PC material is improved, and factorized massive production of the light-diffusion anti-glare nano PC material is favorably realized.

The invention provides a light-steel damping composite wallboard, belonging to the anti-seismic and damping field of a building structure. The composite wallboard comprises a profile steel frame (3), a damping device (2) and an external cladding (1), wherein, the profile steel frame is formed by welding profile steel, and ribbed beams and ribbed columns in the frame form a plurality of grid cavities; the damping device is filled into the grid cavities so that the grid cavities are integrated with the ribbed beam or the ribbed column of the profile steel; and grids of the profile steel are taken as a keel for pouring the external cladding to form the light-steel damping composite wallboard. In the invention, by additionally arranging the damping device, the capability of the wallboard for consuming seismic energy can be improved; and the external cladding, the damping device and the profile steel frame of the wallboard can play roles by stages under action of small earthquakes, medium earthquakes and major earthquakes, so the wallboard has a plurality of anti-seismic defense lines. The grid styles of the profile steel and the layout of the damping device in the wallboard can be flexibly arranged and freely combined according to different design objectives so that the wallboard can reach different performance levels according to the intention of a designer, thus really realizing individualized structural design; and the wallboard is particularly applicable to load-bearing wall members in an anti-seismic structural system.

The invention relates to a tissue culture method for pennisetum setaceum 'Rubrum'. The method comprises the following steps of: obtaining sterile materials; differentiating and proliferating buds; culturing strong seedlings of adventitious buds; rooting; and hardening off seedlings and transplanting the seedlings and the like. Compared with the prior art, the method greatly improves the reproductive speed of the pennisetum setaceum 'Rubrum' and the trimming of the seedlings, and improves the stability of shape and properties of the pennisetum setaceum 'Rubrum', so that industrial mass production of the seedlings can be realized.

The invention discloses a processing method for a ceramic-imitated sculpture, which is characterized in that the ceramic-imitated sculpture is manufactured with artistic sculpture forming clay. The processing method comprises the following steps: 1, preparing artistic sculpture forming clay; 2, processing a sculpture sample with the artistic sculpture forming clay and drying; and 3, spraying transparent bright paint onto the sculpture sample and drying to obtain a finished product. According to the invention, the sculpture is manufactured and processed with the artistic sculpture forming clay, so that sun crack does not occur easily in the manufacturing process, the degree of simulation to ceramic of the obtained sculpture product is high, the processing technique is simple, the processing cost is low, and the quality uniformity of the product is good; and besides, industrial mass production of the product can be realized by manufacturing silicone rubber dies, and the processing method has very high application values.

The invention discloses a tissue culture method for lindera glauca. With the young, tender axillary buds of lindera glauca as explants, a rapid in vitro propagation method based on tissue culture, which includes obtainment of aseptic materials, induced differentiation and multiplication of adventitious buds, rooting of the buds, transplantation and the like, is established. The tissue culture method improves culture medium, adds glutamine regulator, greatly increases the differentiation rate, leaves out the aseptic induced rooting step in tissue culture, adopts open operation, and utilizes NAA to induce rooting, so that complete plants are grown; and the method overcomes the defects of long conventional lindera glauca-breeding period, low propagation coefficient and the like, enhances thestability of the trait of lindera glauca, can realize the factory mass production of seedlings, and can effectively solve the problem on how to supply high-quality lindera glauca seedlings.

The invention discloses a PC component automatic production line. The PC component automatic production line comprises a specially-shaped component manufacturing region, a laminated pate arranged in front of the specially-shaped component manufacturing region, an outer wall, an inner wall manufacturing region, a cage rib manufacturing region arranged at the right side of the specially-shaped component manufacturing region, and a component stacking region arranged behind the specially-shaped component manufacturing region, wherein the specially-shaped component manufacturing region, the cage rib manufacturing region, the component stacking region, the laminated plate, the outer wall and the inner wall manufacturing region are connected through a rail of a transport mechanism mould table. The invention further discloses a production process for the PC component automatic production line. According to the PC component automatic production line and the production process disclosed by the invention, different station arranging positions are integrated, so that industrialized batch production of PC components is realized, and the PC components are transported to a production site to assemble and splice, and therefore, all residential components can be manufactured, production efficiency is improved, and labor intensity is reduced.

The invention relates to a tissue culture method of floral leaf pampasgrass, comprising the steps of obtaining sterile materials, splitting and breeding germ, cultivating adventitious bud strong seedling, cultivating root, hardening seedling, replanting, and the like. Compared with the prior art, the invention greatly improves the breeding speed of floral leaf pampasgrass and the uniformity of the seedling, improves the stability of the character and can realize factory and batch production of grow seedlings.

The invention relates to a tissue culture method for heuchera micrantha 'Palace Purple'. The method comprises the following steps of: obtaining sterile materials; differentiating and proliferating buds; culturing strong seedlings of adventitious buds; rooting; and hardening off seedlings and transplanting the seedlings and the like. Compared with the prior art, the method greatly improves the reproductive speed of the heuchera micrantha 'Palace Purple' and the trimming of the seedlings, and improves the stability of shape and properties of the heuchera micrantha 'Palace Purple', so that the industrial mass production of the seedlings can be realized.

The invention relates to the technical field of organic light-emitting diode manufacturing, particularly to a silicon-based OLED micro display device and a preparation method thereof. The display device is composed of a silicon-based CMOS drive circuit substrate, a top light-emitting multilayer composite anode, a blue light organic light-emitting layer, an antireflection layer, a quantum dot colorfilter layer, an inorganic or polymer composite film sealing layer and a glass cover plate. In the preparation of the display device, a dry etching process is used for preparing composite anode pixelpoints, and a doping mode is used for realizing the preparation of a blue light organic light-emitting layer. The display device has the characteristic of low optical loss.

A heat-bridge-insulation bay window comprises a bay-window upper window board and a bay-window lower window board. The bay-window upper window board and the bay-window lower window board are laminboards with thermal insulated materials. Inner boards and outer boards of the laminboards are obliquely connected in a bidirectional mode by nonmetal complex fiber reinforcement. Angle steel connectors are embedded in the bay-window upper window boards and the bay-window lower window boards. Connecting grooves and embedded steel boxes are respectively embedded in an outer sandwiched heat-insulation wall panel and an inner sandwiched heat-insulation wall panel. The bay-window upper window boards and the bay-window lower window boards are respectively fixedly connected with the embedded connecting grooves of the outer sandwiched heat-insulation wall panel and the embedded steel boxes of the inner sandwiched heat-insulation wall panel through ultra-strong connecting bolts. The heat-bridge-insulation bay window can effectively insulate heat transmission from outside to achieve heat preservation in an energy-saving way, factory-like mass manufacturing and field assembly can be realized, construction is convenient, and manufacturing efficiency is high.

The invention relates to a tissue culture method for anemone, which comprises the following steps of: acquiring a sterile material, differentiating and proliferating buds, culturing adventitious buds and strong seedlings, performing root culture, hardening and transplanting seedlings, and the like. Compared with the prior art, the method has the advantages of greatly improving the reproduction speed of the anemone and the uniformity of the seedlings, improving the stability of characters of the anemone, and realizing industrial mass production of seedling culture.

The invention relates to a method for producing an organic sacchariferous straw feed, which comprises the following steps: 1)crushing the straw into a granular state; 2)adding a syrup with sugar content of 30% in the product obtained in the step 1), wherein the weight proportion of the syrup and straw feed is 3:1, the temperature is controlled at 40-50 DEG C, and the temperature is kept for 12 hours and saccharifying; 3)introducing the product in the step 2) into a fermenting tank, adding a starter, the weight proportion of starter to the product in the fermenting tank is 1:1000, keeping the fermenting tank in a vacuum and anaerobic state, the temperature is controlled by less than 60 DEG C, the fermentation is carried out for 3 days for finishing the fermentation; 4)adding the trace elements in the product in the step 3); and 5) pelletizing and drying. The invention relates to a method for producing the organic sacchariferous straw feed which is favorite by flocks and herds, and the organic sacchariferous straw feed has abundant nutrient composition.

The invention discloses a pure-soil nutritional bowl production line and a production method. The production line comprises a rack and a mold box containing multiple nutritional bowl molds, and each nutritional bowl mold comprises a mold body with inner through hole and a heating assembly arranged on the periphery of the inner through hole in a surrounding mode; a soil injection station, a soil compacting and nest forming station, a curing and forming station, a sowing station, a soil covering station and a mold stripping station which are sequentially connected through a conveying mechanism are arranged on the rack, a soil injection device is arranged on the soil injection station, a soil compacting and nest forming device is arranged on the soil compacting and nest forming station, a heating start device is arranged on the curing and forming station, a seed sowing device is arranged on the sowing station, a soil covering device is arranged on the soil covering station, and a mold stripping device is arranged on the mold stripping station. The production method includes the steps of mold box preparing, nutritional soil injecting, heating, sowing, soil covering and mold stripping. Pure-soil nutritional bowls can be produced in mass, and the manufactured pure-soil nutritional bowls are dry outside and wet inside and are high in strength, beneficial for plant growth and high in environmental protection value and promotional value.

The invention relates to a tissue culture method for tulbaghia violacea. The method comprises the following steps of: obtaining sterile materials; differentiating and proliferating buds; culturing strong seedlings of adventitious buds; rooting; and hardening off seedlings and transplanting the seedlings and the like. Compared with the prior art, the method greatly improves the reproductive speed of the tulbaghia violacea and the trimming of the seedlings, and improves the stability of shape and properties of the tulbaghia violacea, so that industrial mass production of the seedlings can be realized.

The invention discloses an ecological percolating type water purification groin system, which has a trapezoidal structure. A biological strengthening purification area is formed in the middle of the system, and block stone is arranged on the two sides; a mixture of sand, broken stone and soil is arranged between the steel mesh cobble stone and the block stone; submerged plants and planting bags are arranged on the outer surface of the block stone, emergent aquatic plants are arranged on the top, and a broken stone hardcore bed is arranged at the bottom; a cobble filtering body is arranged on the broken stone hardcore bed; the surface layer of the biological strengthening purification area is a reinforcing dam top; and the two sides of the reinforcing dam top are provided with stone steps.The invention has the advantages that: relatively good water purification effect is realized; the purification body can realize batch production in plants; and the pollutants in the water flow and the pollutants adsorbed on the gravel surface are absorbed and decomposed through the joint effect of the plant root system and a microbial film. The block stone can prevent the water flow from eroding the groin foundation and enhance the stability of the side slope and the resistance against storms; and the submerged plants in the stone area can purify the water in rivers and provide a good habitatfor the growth of the aquatic plants in rivers, while appearing as a landscape.

The invention provides an industrialized production technology of ecological spawns in view of shortcomings in the prior art. The industrialized production technology comprises an ecological cultivation base material and ecological spawn preparation method. The industrialized production technology takes Robinia pseudoacacia sawdust as the main material, not only solves a problem of raw material shortage, but also can conduct fungus culturing under the forest, thereby breaking through the space limitation, and being ecological and environment-friendly. The industrialized production technology can realize industrialized batch production, thereby further accelerating the industrialization of the edible fungus industry, and having good application prospects.

The invention discloses a suspension culture method of albizia cells. Albizia axillary buds are extracted to be used as explants; surface sterilization is performed; then, the sterilized explants areput onto a callus induced culture medium to be cultured so as to obtain callus tissues; then, cell pre-culture, cell suspension culture and cell subculture are performed to obtain a great number of suspension culture cells. Through the cell suspension culture on the albizzia, the large-scale fast production of the albizzia cell culture materials with high active ingredient content can be realized;good foundation is laid for the secondary metabolite production through the albizzia cell suspension culture.

The invention discloses an assembled rainwater and sewage diverging interchange inspection well. The assembled rainwater and sewage diverging interchange inspection well comprises a sewage inspectionwell body, a sewage sump, a sewage pipe, a rainwater sump, a first rainwater pipe and a second rainwater pipe; the sewage inspection well body is formed by assembling left and right reinforced concrete prefabricated inspection well modules with hollow inner cavity structures, the sewage inspection well body is formed after the left inspection well module and the right inspection well module are inbutt joint, and a groove channel similar to a V-shaped structure is formed in the middle of the sewage inspection well body; the left end face of the sewage inspection well body is connected with thesewage sump through a socket joint, and the right end face of the sewage inspection well body is connected with the sewage pipe through a bell end joint; and the rainwater sump is mounted in the groove channel of the V-shaped structure, one end of the rainwater sump is connected with the first rainwater pipe through a socket joint, and the other end of the rainwater sump is connected with the second rainwater pipe through a bell end joint. The assembled rainwater and sewage diverging interchange inspection well is ingenious in structural design, convenient to implement, high in strength and bearing capacity, and durable.

The invention discloses a multi-position half-impending LED integrated ceiling which comprises a steel skeleton (1), a rod (2), a screw rod (3) and an LED lamp holder (4), wherein the steel skeleton (1) is fixed to the top of a building through the screw rod (3), the rod (2) is hung under the steel skeleton (1), and the LED lamp holder (4) is arranged on the lower tip of the rod (2). The multi-position half-impending LED integrated ceiling has the advantages that the level up degree of densely distributed half-impending LED lamp positions is effectively controlled, the installation process is simplified, the construction period is shortened, a large amount of on-site LED aerial work is reduced, the construction efficiency is improved, and a developed steel skeleton base structure unit module can realize industrial batch production of products and on-site finished product installation in units.

The invention relates to a tissue cultivating method of luosifu crocosmia crocosmiflora, comprising the steps of acquisition of sterile materials, differentiation and proliferation of buds, cultivation of strong-seedling of adventitious bud, rooting cultivation, hardening seedling, transplanting and the like. Compared with the prior art, the invention greatly improves the reproduction speed of luosifu crocosmia crocosmiflora and the uniformity of seedlings, and can realize industrialized large-scale production of seedlings.

The invention relates to a tissue culture method of floral leaf fatshedera lizei, comprising the steps of: obtaining sterile materials, splitting and breeding germ, cultivating adventitious bud strong seedling, cultivating root, hardening seedling, replanting, and the like. Compared with the prior art, the invention greatly improves the breeding speed of floral leaf fatshedera lizei and the uniformity of the seedling, reduces the variation and can realize factory and batch production of grow seedlings.

The invention discloses an anti-slip device for an existing cable clamp of a flexible suspension bridge and a method. The anti-slip device includes a limiting mechanism, the limiting mechanism includes two cable clamp buckles and a fastener, each cable clamp buckle includes a clamping part and a lug plate, the two clamping parts form a clamping buckle for clamping a steel cable, and the inner sideof the clamping buckle is provided with a clamping groove; the use method comprises the steps of determining the size of the clamping groove, processing the cable clamp buckles and installing the limiting mechanism. According to the anti-slip device, through the arrangement of the limiting mechanism, the existing cable clamp is effectively limited, the relative sliding between the existing cableclamp and a main cable is limited, and the reliability and durability of the existing cable clamp are ensured; the middle of the clamping buckle is provided with the spiral clamping groove, the friction force and biting force between the clamping buckle and the main cable are increased, the anti-slip force of a limiting body is effectively increased, the purpose of limiting the existing cable clamp is accordingly achieved, the change of the line shape and appearance of the main cable is prevented, and the durability of the bridge is influenced.

The invention relates to a Chinese herbaceous peony extract and a preparation method and application thereof. The preparation method of the Chinese herbaceous peony extract comprises the following steps that Chinese herbaceous peony roots are taken and extracted with a methanol aqueous solution, and the obtained extracting solution is concentrated to prepare a first extract; ethyl acetate is addedinto the first extract for extraction, an ethyl acetate phase is collected and concentrated to be dry, and a second extract is prepared; re-dissolving is carried out on the second extract, then gel elution is carried out, and eluent containing a marker is detected and collected; and the marker is pentagalloyl glucose. The Chinese herbaceous peony extract prepared by the preparation method is highin content of pentagalloyl glucose, high in extraction rate and simple in process.

The invention relates to a building material, specifically to a soundproof and heat-insulated modularized light partition wall material for an indoor partition wall or inside top part, wherein the material is provided with a block-shaped hexahedron structure made according to a standard size; the block-shaped hexahedron structure is a hollow structure formed via fastening six panels on six surfaces via glue and / or nails; a soundproof and heat-insulated cotton block is filled in the hollow structure, the panels are wood fireproof plates and the like; the soundproof and heat-insulated cotton block is an acetate fiber block and the like; when in use, at least one of two vertical surfaces of the soundproof and heat-insulated cotton block is provided with a waterproof material layer. The partition wall material of the invention is a modularized material, which can be industrially produced in a large scale, and then can be assembled in the construction field so that the partition wall is fast and convenient in construction, and the environment is clean; the partition wall material is light in weight, waterproof, damp proof, heat proof, fireproof and soundproof, can be repeatedly used after being disassembled, and can be widely applied in space partition of buildings, automobiles, ships and the like.