117results about How to "Simple production technology" patented technology

The invention relates to environmental-friendly waterproof polymer mortar, which comprises the following components in portion by weight: 50 to 230 portions of low-clinker silicate cement, 200 to 450 portions of quartz sand, 80 to 120 portions of fly ash, 1 to 18 portions of re-dispersible polyethylene vinyl acetate latex powder, 1 to 10 portions of dispersible polyvinyl acetate vinyl versatate latex powder, 0.2 to 0.6 portion of water reducing agent, 0.05 to 0.3 portion of antifoaming agent, and 0.25 to 2.25 portions of polypropylene fibers. A gel material prepared from steel slag, tailings and the fly ash replaces silicate cement and partial aggregate in the prior mortar; the modified waterproof polymer mortar has the advantages of excellent impermeability, good mechanical property and construction property, simple production technology, and easy manufacture, greatly consumes industrial and mining wastes, controls the ecological environment, and lowers the cost; and the product has reliable quality and wide market; and the environmental-friendly waterproof polymer mortar can be popularized and applied in large area.

The invention relates to a method for preparing aqueous polyurethane. It comprises following steps: employing polyisocyanates bridging agent, proceeding copolymerization with excess aqueous polyether, liquid ploydimethyl oxosilane ternary block and getting ployoxosilane-polyether polymer, introducing polyurethane and organic silicon when generating carbamate with carbamate to main chain, adding chain propagation agent for chain propagation reaction and getting preploymer containing hydrophilic group; adding mixture of polyhydroxy compound and dissolvent into reaction system for second chain propagation reaction; neutralizing by adding neutralization agent, adding water for emulsification, adding polyamine for chain propagation; distilling to remove dissolvent after reaction and getting aqueous polyurethane modified with aqueous polyurethane-polyether polymer. The product possesses characteristics of polyurethane and polysiloxane, the storage stability, mechanics property and comprehensive performance is increased and it mainly is used as pigmentum and aqueous industrial coating material.

The invention belongs to the field of foliar fertilizer, and relates to a special multifunctional foliar fertilizer for oil-tea trees. The special multifunctional foliar fertilizer for oil-tea trees comprises the following ingredients in parts by weight: 5-10 parts of urea, 5-8 parts of potassium dihydrogen phosphate, 3-4 parts of boric acid, 3-4 parts of magnesium chloride, 5-6 parts of calcium nitrate, 4-5 parts of glucose, 0.1-0.5 part of gibberellin, 0.5-1 part of abscisic acid, 3-5 parts of amino acid chelate, and 2-3 parts of surfactant. According to the foliage fertilization principle and aiming at the characteristics that the wax and cuticle on oil tea leaves are thick and the demand on nutrients is large and by utilizing and reasonably proportioning the main active ingredients of mineral elements, hormones, amino acid chelate, surfactant and the like, the foliar fertilizer can be effectively absorbed by the oil tea trees, and has multiple effects of promoting the seedling survival, improving the growth and fruit bearing and cultivation resilience and the like. According to the special multifunctional foliar fertilizer for oil-tea trees, the production technology of oil tea can be effectively simplified, the production cost of oil tea can be lowered, and the special multifunctional foliar fertilizer for oil-tea trees has wide application prospects.

The invention discloses a preparing method of fiber reinforced polypropylene resin particle of continuous long-glass (LGFPP), which comprises the following steps: blending 20-80% composite yarn with glass fiber, 5-60% thermoplastic polypropylene resin and 1-15% adjuvant; heating; fusing; squeezing; graining; setting the weight rate of modified polypropylene fiber and glass fiber at 1:99-50:50 as the component of composite yarn.

The production process of selenium-rich low-cholesterol health egg includes the following steps: sorting and adding selenium-rich dry yeast as organic selenium source; sorting and adding conjugate linoleic acid; compounding and adding Chinese herbal medicine preparation; compounding the three kinds of powder of selenium-rich dry yeast, conjugate linoleic acid and Chinese herbal medicine preparation to form the pre-mixed material for producing selenium-rich low-cholesterol health egg; and adding the pre-mixed material to laying fowl feed and feeding with the feed. The present invention has relatively low cost in producing selenium-rich and CLA-rich egg with low cholesterol content, and the added Chinese herbal medicine preparation can promote the absorption and deposition of selenium and CLA and is beneficial to the health of the laying fowl and human body.

The invention relates to a comb-shaped grafted copolymer cement dispersing agent. The comb-shaped grafted copolymer cement dispersing agent has the advantages of simple production technology, low mixing amount and high adaptability. The comb-shaped grafted copolymer cement dispersing agent is prepared through the following steps: preparing the comb-shaped grafted copolymer cement dispersing agent through the free radical copolymerization reaction of monomers A shown by a general formula (1) and monomers B shown by a general formula (2) in an aqueous medium; and setting the mol ratio of A to B to be 1:2 to 1:10. Amide nonionic base groups are introduced into the backbone of the grafted copolymer and are taken as the absorption base groups, thereby reducing the sensitivity of the grafted copolymer absorption characteristic to the variety and content of ions in the cement slurry, and consequently improving the adaptability of the grafted copolymer dispersing agent in the building engineering. The comb-shaped grafted copolymer cement dispersing agent has the advantages of simple production process, low mixing amount and high cement adaptability.

The invention provides an inorganic modifier for historical site soil, which is prepared from the following raw materials in parts by weight: 30-50% of clay mineral material, 22-49% of inorganic cement, 15-30% of inorganic mineral powder and 1-3% of surfactant, totaling 100%. By doping the inorganic modifier into the restored soil sample, the restored soil has favorable water resistance; and the production technique of the modifier is easy to master and convenient for construction, and has the advantages of controllable quality, abundant raw material sources, favorable economical efficiency and high cost performance. The modifier has favorable compatibility with the restored soil, thereby greatly prolonging the service life of the restored soil sample. The rammed soil, adobe, clod, stack and other materials prepared from the restored soil modified by the modifier have favorable water permeability and air permeability, and completely satisfy the restoration idea for cultural relics.

A hydraulic unit for an electronically controllable brake system of a vehicle includes a housing block with mounting faces for instance for an electric motor and an electronic control unit; a plurality of connections for hydraulically contacting the block; and installation chambers, for pump elements, valves, and damping devices. These damping devices are connected hydraulically downstream to the pump elements, in order to damp operation-caused pressure pulsations and noises. Installation chambers (18i-k) for the damping devices and the installation chambers (18a-h) of the valves extend to a common mounting face of the housing block intended for mounting the electronic control unit. The damping devices protrude past this mounting face.

The invention provides a method for preparing a multifunctional chelating ion exchanging fiber. The method comprises the following steps of: taking synthetic fiber or blended fiber of synthetic fiber, cotton and hemp as substrate fiber, soaking in an amino resin solution and obtaining tertiary amino group functional fiber; and then reacting the tertiary amino group functional fiber with 5-(chloromethyl) salicylaldehyde and amino-compound in turn so as to lead quaternary ammonium and salicylaldehyde shrink amino compound structure units to the functional fiber to obtain the multifunctional chelating ion exchanging fiber.

The invention relates to a manually-pasting molding method of a para-position aramid fiber composite material. The manually-pasting molding method particularly comprises the following steps of: (1) cleaning a mould; (2) coating a de-molding agent on the mould; (3) respectively preparing a resin adhesive for a gel coat layer and resin adhesives for a surface layer and an enhancement layer; (4) manufacturing the gel coat layer; (5) manufacturing the surface layer; (6) manufacturing the enhancement layer; (7) combining the mould and curing a workpiece; (8) de-molding; and (9) carrying out post-treatment on the workpiece. According to the manually-pasting molding method of the para-position aramid fiber composite material, the conventional manually-pasting molding method is improved in the manner of coating the surface layer with an ultraviolet light absorber or ultraviolet-resisting paint, and pre-treating para-position aramid fiber cloth in the enhancement layer. When the manually-pasting molding method is used for producing the para-position aramid fiber composite material, equipment is simple, the investment is less, a production technology is easy to master, and some large-sized para-position aramid fiber composite materials which are not suitable for transportation can be manufactured on site; the para-position aramid fiber composite material workpiece has good ultraviolet-resisting performance; and meanwhile, para-position aramid fibers and resin are good in cohesiveness, and thus the composite material can have various stable and good performance.

The invention relates to a profiled steel sheet composite board as well as a roofing board, a floor board or a wall panel with the composite boards. The profiled steel sheet composite board comprises a profiled steel sheet and a filler, wherein the profiled steel sheet is a ribbed plate; the profiled steel sheet serves as the force-bearing main body of the composite board; a cavity at the lower part of the profiled steel sheet is filled by the filler; an auxiliary steel material is welded on one side or the bottom of the vertical plate rib; a steel wire mesh piece is attached and welded on the lower open surface of the profiled steel sheet; the profiled steel sheet at the closed surface of the profiled steel sheet is used for resisting pressure, while the auxiliary steel material is used for bearing tension, and the two components work cooperatively by use of the plate rib to resist the bending moment. The composite board is low in weight and high in strength; under the same span and load, the dead weight of the composite board is about 1/5 of that of the traditional profiled steel sheet concrete floor board, and therefore, product support is provided for the realization of a large-span beamless space.

The invention discloses a method of producing Fu tea by means of artificial fermentation. Themethod comprises the following steps in sequence: humidifying dry tea leaves to enable water content of the tea leaves to be 30-40%; sterilizing the humidified tea leaves at a temperature of 110-120 DEG C; cooling the sterilized tea leaves to a temperature below 40 DEG C, artificially inoculating activated eurotium cristatum under a sterile condition, and mixing uniformly; fermenting the tea leaves for 20-30 days in a sterile and air-permeable container at a temperature of 20-30 DEG C; hot-pressing and forming the tea leaves; drying the tea leaves naturally. The invention further discloses an eurotium cristatum bacterial strain with the preservation number of CGMCC No.3.15516. According to the invention, the method has the advantages of simplicity in operation, relatively low cost and no limitation from raw materials and geographical conditions. As a sterile culture technology is employed, sundry bacteria contamination is avoided, and high product quality and product safety are realized.

The invention relates to a liquefied gas desulfurizing agent and belongs to the technical field of liquefied gas refining. The liquefied gas desulfurizing agent comprises the following components in percent by weight: 35-50% of ZnO, 35-50% of MnO2, 5-15% of CaO and the balance being a carrier, wherein the carrier comprises the components in percent by weight: 40-65% of aluminum oxide and 35-60% of silicon oxide. The liquefied gas desulfurizing agent has the advantages that the desulfurization rate is high, the removal rate for hydrogen sulfide reaches more than or equal to 99%, the sulfur capacity is more than or equal to 25%, and the removal rate of disulfide converted by an organic-sulfur conversion catalyst is more than or equal to 50%; the compatible and synergistic effects with the organic-sulfur conversion catalyst are good, and the protective effect is stable.

The invention provides a method for preparing male non-testicular-sourced protein-induced autologous-reproduction stem cells. The method comprising following steps: (1) cultivating somatic cells in a cell culture fluid A for 1-3 days, cultivating the somatic cells in a cell culture fluid B for 1-6 days and then cultivating the somatic cells in a cell culture fluid C for 1-6 days; and (2) collecting the male non-testicular-sourced protein-induced autologous-reproduction stem cells. The invention also provides a kit used for preparing the male non-testicular-sourced protein-induced autologous-reproduction stem cells. The method and the kit are advantaged in yield, purity, and producing speed of the production of the protein-induced autologous hematopoietic stem cells.

The invention provides an earthen archaeological site crack repairing agent and an application thereof. The earthen archaeological site crack repairing agent consists of the following raw materials in percentage by weight: 70-79% of an inorganic gel material, 18-27% of inorganic mineral powder, 0.1-0.3% of an inhibiting agent, 2-3% of a surfactant, and 0.2-0.4% of a thickening agent, wherein the total weight percentage of the raw materials is 100%. The repairing agent is doped into a repaired soil sample, and the mixing amount of the earthen archaeological site crack repairing agent in archaeological site soil is 20-40wt% to ensure that a grouting material doped with the repairing agent has good durability, water resistance, mechanical properties and micro-expansibility, and the effect of repairing archaeological site cracks is greatly improved; and a production technology of the earthen archaeological site crack repairing agent is relatively easy to grasp, and the earthen archaeological site crack repairing agent is easily-controlled in quality, is convenient to construct, is rich in raw material source, and has good economical efficiency and performance price. The crack repairing agent has good compatibility with repaired soil, so that the service life of the repaired soil sample is greatly prolonged.

The invention provides a method for recycling a waste emulsion explosive in a rock powder emulsion explosive. The method comprises the following steps of pre-treating the waste emulsion explosive to form a mixed solution; then, mixing the mixed solution and rock powder emulsion explosive water and oil according to a specific proportion; and carrying out vacuum drying at negative pressure to obtain the rock powder emulsion explosive, wherein the mixed solution obtained through pre-treating the waste emulsion explosive accounts for 1.0-5.0% of the mass of the prepared rock powder emulsion explosive product, the added rock powder emulsion explosive water accounts for 92.0-95.0% of the mass of the prepared rock powder emulsion explosive product, and the rock powder emulsion explosive oil accounts for 3.0-6.0% of the mass of the prepared rock powder emulsion explosive product. Compared with the traditional other waste emulsion explosive treating technologies, the method has the advantages that the production process is simple, the product is stable and reliable in quality as well as economic and environment-friendly, and the problems of raw material waste and environment pollution which are caused by waste emulsion explosive destruction are avoided.

The invention discloses oligochitosan oral cavity cleaning agent and a preparation method thereof. The oligochitosan oral cavity cleaning agent is made from oligochitosan, lower polyxylose, sorbitol, magnesium stearate, sweetening agent and essence, and is eatable. When in use, the oligochitosan oral cavity cleaning agent can be directly swallowed without needing to spit and gargle after orally taking or chewing; is convenient as sugar; can achieve the aims of sterilizing, halitosis removing, dental plaque removing, curing the ulcer, the periodontitis, the gingivitis and the pericoronitis, and cleaning the oral cavity; and removing the peculiar smell of the oral cavity by eating stimulating foods. The invention is simple and convenient in use, can be used at any place and any time, has no toxic side effect, can be used for diabetics, is harmless after being used for a long time, and is environment-friendly.

The invention discloses a pretilachlor microcapsule suspension and a preparation method thereof. The pretilachlor microcapsule suspension comprises following components in percentage by weight: 10 to30% of pretilachlor, 2 to 6% of capsule wall material, 1.5 to 5% of emulsifier, 1 to 5% of dispersant, 2.5 to 8% of solvent, 0 to 0.3% of thickening agent, and the balance being water. Pretilachlor isthe effective component, isocyanate and matched dispersant and emulsifier are taken as the auxiliary materials; and the prepared high quality pretilachlor microcapsule suspension has the advantages of high encapsulation rate, high dispersibility, and high suspension rate, has a long-lasting and stable effect on killing weeds in rice fields such as barnyard grass, is safe for the paddy rice, can effectively protect crops, and kills multiple weeds in fields such as barnyard grass.

The invention discloses a chorthippus microspore strain and applications thereof. The chorthippus microspore strain disclosed by the invention is paranosema acridophagus PA-201301 with the preservation number of CGMCC No.7757 in the China General Microbiological Culture Collection Center. The paranosema acridophagus PA-201301 CGMCC No.7757 disclosed by the invention has the advantages of obvious lethal effect to chorthippus dubius, chorthippus fallax, myrmeleotettix palpalis, calliptamus abbreviatus, bryodema luctuosum, oriental migratory locust and gastrimargus marmoratus than that of an existing locust microspore, and stress resistance, in particular strong ultraviolet resistance, wherein the germination rate of spores is still more than 80% after a spore solution is irradiated by the ultraviolet light for one hour; in addition, the production technology of microspores of the chorthippus microspore strain is simple, and propagation hosts are easily obtained; after homogenating, separation is performed at the centrifugal force of about 6000g; the chorthippus microspore strain disclosed by the invention is conductive to mass production and applications.

A method for breeding purple endive comprises performing intergeneric crossing with lettuce as female parent and wild endive as male parent, performing selfing, and breeding a new type endive with purple leaf, convenient artificial cultivation, and high yield. The invention gathers the features of lettuce and endive, and has the advantages of good taste, purple leaf, high yield, realizable aquaculture, and simple production technology.