97results about How to "Meet different market needs" patented technology

Production of water polyurethane dye for paint, fabric, artificial leather and leather is carried out by using grafting reacting process, dye parent containing active hydrogen reacting with isocyanate, connecting dye parent with polyurethane molecular chain, expanding chain, cross linking, side hanging active group, inducing hydrophilic agent, inducing cross-linking point, active group and hydrophilic group on polyurethane chain, neutralizing, emulsifying, precipitating, and self-curing water polyurethane dye. It achieves low cost, bright color, no pollution, and good dye firmness.

In a method for preparing bio-oil by catalytic pyrolysis of microalgae with high fat content by a molecular sieve, HZSM-5, MCM-48 or HY molecular sieve is taken as a catalyst, and the catalytic pyrolysis of the microalgae with high fat content is realized in a down-flow fixed bed reactor. Compared with lignocellulose biomass, the temperature for the catalytic pyrolysis of the microalgae with highfat content is lower, and the yield and the quality of the obtained bio-oil are higher, thereby being very conductive to energy-saving and high efficient production of the bio-oil; furthermore, the composition of the bio-oil can be changed by changing the catalyst, thereby meeting the different market demands and having great market application prospect.

The invention discloses a preparation method of nano iron oxide yellow or nano iron oxide red. The preparation method comprises the following steps: (a) adding a polymerization inhibitor in a ferrite solution with iron ion concentration of 0.05mol / L-1.2mol / L, and dropwise adding a precipitator until the pH value is 3.5-5.0 so as to form a reaction system; (b) continuously reacting for 90-120 minutes to obtain a product after dropwise adding an oxidant in the reaction system; (c) filtering the product obtained from the step (b), washing and drying the obtained filter cake so as to obtain the nano iron oxide yellow; and (d) firing the nano iron oxide yellow obtained from the step (c), cooling the fired nano iron oxide yellow to obtain the nano iron oxide red. By using the method, the particle size of the product can be effectively controlled between 20-100 nanometers, and the nano iron oxide yellow and nano iron oxide red are obtained by subsequent processing; and the method has the characteristics of simple process, small pollution, low energy consumption and short period.

The invention discloses a method for preparing a color solar cell with a pattern. By the preparation method provided by the invention, any pattern can be manufactured on a part of the surface of the color solar cell; and the preparation method is simple and closely combined with a conventional production process to rapidly realize industrialization. The color solar cell prepared by the method canavoid electrical property loss. By the method, a required pattern can be randomly drawn on the color solar cell to satisfy different needs and expand the application fields of the color solar cell. The color solar cell, manufactured by the method, with the pattern has a simple structure, distinctive characteristics, the delicate pattern and good energy saving and environmental protection effects,is applicable as an ornament and meets different using demands.

The invention discloses tissue and a manufacturing method and application. The tissue is high in wet strength, easy to degrade and environmentally friendly. The tissue is prepared from, by weight, 75-85% of long fiber, 14.5-24% of short fiber and 0.5-1% of wet strength agent, wherein the length of the long fiber is 1.5-3.5 mm, and the length of the short fiber is smaller than 1 mm. According to the tissue, by controlling the length range and ratio of the long fiber and the short fiber in paper pulp, a small amount of environment-friendly wet strength agent is added, and the tissue can obtain high wet humidity and is easy to degrade.

The invention discloses a production process of a luminous ceramic product, which belongs to the field of production processes of ceramic materials, and particularly relates to a production process of a luminous ceramic product. A manufacturing process comprises the steps of manufacturing a luminous glaze material, printing, burning, reshaping and the like. The luminous ceramic product disclosed by the invention is a high-technology environment-friendly product, has unique decorating and warning functions, can be widely applied to warning sign systems and emergency evacuation systems of various public utilities, and can be specifically applied to places such as stairs, passages, wall sides, door number plates, floors, decks, lifeboats, buoyant apparatuses, firefighting devices and the like. The luminous ceramic product has the advantages of super-long afterglow, high weather resistance, no influence of weather on the luminous time, acid resistance, alkali resistance, and no change in 100 years.

The invention relates to a method for realizing the light transmission of a thin film solar module by using vibrating mirror laser equipment and belongs to the technical field of thin film solar batteries. The technical scheme is that: the method comprises the following steps of: depositing a front transparent conductive electrode, a thin film photoelectric conversion layer and a back conductive electrode on an insulation light transmission substrate; cutting off the three layers of thin films by adopting laser devices having different wavelengths so as to form insulation regions having different sizes and length-to-width ratios; and removing the three layers of thin films from the insulation regions by using laser scribing equipment with a vibrating mirror system, and scribing a pattern by changing an angle of a vibrating mirror and the magnitude of laser energy and switching laser on / off in real time, wherein film layers outside the insulation regions can realize a power generation function; at positions, where front glass is exposed out of, inside the insulation regions, light rays can be transmitted through the battery directly, so that a light transmission function of the module is realized. By the method, the preparation of a novel light transmission solar module is realized; the output electric performance and the light transmission performance of the thin film solar module are higher than those of the thin film solar module prepared in the prior art; and the method has the characteristics of low cost, high working efficiency, simple operation, diversified light transmission images, simple implementation and the like.

The invention provides a function setting method for an air conditioner and an air conditioner configuration system. The function setting method for the air conditioner is applied to the air conditioner configuration system. The air conditioner configuration system comprises function configuration equipment and the air conditioner. Multiple pieces of function configuration information are pre-stored in the function configuration equipment. The function setting method for the air conditioner comprises the following steps: the function configuration equipment acquires identifier information of the air conditioner and matches corresponding function configuration information in the multiple pieces of function configuration information; the function configuration equipment sends the function configuration information to the air conditioner; and the air conditioner receives function configuration information and stores the same, so that the air conditioner in operation has a function corresponding to the function configuration information. By adopting the function setting method for the air conditioner provided by the invention, a special controller is not produced independently for different types of air conditioners, so that the universality of the controller of the air conditioner is improved. The production cost is lowered and the production time is shortened while different market demands are met.

The invention provides a method for purifying stevioside RC crude extracts. Mother liquor sugar is prepared into 15 to 20mg / ml feed liquor, the feed liquor flows through large-pore resin absorption columns at the flow speed being 1.5 to 3.0L / min, the large-pore resin absorption columns are benzethylene type nonpolar copolymers and have the average pore size being 5 to 6nm and the pore volume being 1.2 to 1.4 ml / g, and the pH value during the adsorption is 4.0 to 5.0; after the adsorption is completed, ethanol with mass concentration being 75 percent to 80 percent is used for eluting the stevioside absorbed on the resin columns, the elution liquor is collected in a sectional way, a critical point is determined, the elution liquor at the critical point is concentrated at the temperature of 60 to 80 DEG C, obtained solid and liquid are respectively dried, and the crude stevioside is obtained. The stevioside prepared by the method has higher purity, and in addition, the RC content can reach more than 30 percent. The method can adapt to the diversified market requirements of consumers.

The invention relates to an advertisement-displaying and decorative material carrier, and especially relates to spray-painting advertisement cloth and a production process thereof. The spray-painting advertisement cloth comprises base cloth, coatings at the two sides, and PVC films at two sides of the coatings; the production process comprises the following steps: 1) unreeling a PVC light-color film, coating the PVC light-color film with a polymer coating by an anilox roller; 2) attaching the PVC light-color film to base cloth; 3) treating a PVC dark-color film according to the step 1), coating the polymer coating, attaching the PVC dark color film to the other side of the base cloth; 4) preheating another PVC light-color film, and attaching to the PVC dark-color film; 5) reeling and packaging. The production process is concise, and the process flow is complete; the coating is thin and light in mass, which greatly improves the production efficiency and raw material utilization rate, and saves cost; the coating is flat and uniform; the product has good spray-painting performance, excellent ink absorption performance, high color rendition degree, and wide applications.

The invention discloses application of an LED ultraviolet lamp source in photochemical blood inactivation treatment equipment. The LED ultraviolet lamp source can be applied to a methylene blue / visible light treatment method, a psoralen / UVA treatment method and a riboflavin / UV treatment method. The invention also provides full-automatic blood inactivation treatment equipment with the LED ultraviolet light source. The full-automatic blood inactivation treatment equipment with the LED ultraviolet light source comprises an outer case, a sample rack, a blood container and an LED ultraviolet lamp plate, wherein a control panel and a sample port are arranged on the front surface of the outer case; the sample rack is provided with a plurality of sample telescopic plates, and the sample telescopicplates can stretch out or draw back to the sample port; and the blood container is bag-shaped or tubular, and the blood in the container is static or dynamic. According to the equipment provided by the invention, a full-automatic control system is adopted, ultraviolet emission intensity of the LED ultraviolet lamp can be actively adjusted, the irradiation intensity can be increased, so that the treatment time is greatly shortened, the treatment efficiency is improved, and large-scale or miniaturized treatment can be realized.

The invention discloses a rhizoma zingiberis recens cultivation method which comprises the following steps of: (1) carrying out seed selection, i.e., before sowing, selecting seeds of the rhizoma zingiberis recens, which are flat in shape, good in color and short and large in internode and have no diseases and insect pests; (2) carrying out seed sunning and germination acceleration, i.e., one weekbefore sowing, selecting a sunny day, tedding seed tubers for a few days, when a length of sprouts is 0.6 to 1cm, cutting the seed tubers into small blocks, wherein each block comprises 1 to 5 sprouts; (3) carrying out land preparation, i.e., carrying out deep tillage and solarization on land for cultivating the rhizoma zingiberis recens; (4) carrying out planting, i.e., from late April to earlyMay, carrying out deep sowing by adopting 100 to 300kg of seeds of rhizoma zingiberis recens in the step (1) per mu, and placing the seed sprouts in the step (2) upwards; (5) carrying out cultivationmanagement, i.e., according to a growth condition of the rhizoma zingiberis recens, carrying out fertilization and intertillage earthing-up; (6) carrying out harvesting, which can comprise harvestingof tender rhizoma zingiberis recens, old rhizoma zingiberis recens and the seeds of rhizoma zingiberis recens. According to the invention, fertilization and management are scientific and reasonable, an organic fertilizer and chemistry are reasonably collocated, and major element and medium-trace element fertilizers are reasonably collocated, so that yield of the rhizoma zingiberis recens can be high, quality is high, and the problem of soil hardening can also be improved.

The invention relates to a fine separation method and system of crude Fischer-Tropsch wax, and belongs to the technical field of Fischer-Tropsch wax cutting equipment. The raw materials of the crude Fischer-Tropsch wax enter a first-stage separation system and are separated in a thin film evaporator to obtain a No.1 light phase product and a No.1 heavy phase product; the No.1 heavy phase product enters a second-stage separation system and is separated in a first-stage short-path distiller to obtain a No.2 light phase product and a No.2 heavy phase product; the No.2 heavy phase product enters athird-stage separation system and is separated in a second-stage short-path distiller to obtain a No.3 light phase product and a No.3 heavy phase product; and the No.3 heavy phase product enters a fourth-stage separation system and is separated in a third-stage short-path distiller to obtain a No.4 light phase product and a No.4 heavy phase produce. The separation method and the separation systemcan realize fine separation of the crude Fischer-Tropsch wax, have reasonable system design, can obtain Fischer-Tropsch wax with different melting point brands, meet different market requirements, have a simple technical process and realize industrial production.

The invention discloses a production method of refined radix astragali decoction pieces and relates to the technical field of preparation of traditional Chinese medicine decoction pieces. The production method of the refined radix astragali decoction pieces comprises steps as follows: fresh radix astragali is cleaned, and clean radix astragali is obtained; the clean radix astragali is dried; the clean radix astragali is subjected to shaping; the clean radix astragali is sorted; the clean radix astragali is cut, and common decoction pieces are obtained; the common decoction pieces are dried, and the refined radix astragali decoction pieces are obtained. According to the method, on the basis of construction of a production base in a medicinal material production place, processing of the radix astragali decoction pieces is directly performed in the production place, a covered moistening link of traditional processing is omitted, so that loss of effective ingredients in the covered moistening link is prevented, and links of pollution are reduced; the production technology of the radix astragali decoction pieces is improved, the quality of the radix astragali decoction pieces is improved, and the production cost is reduced; the packaging technology is improved, the mildewing phenomenon of the radix astragali decoction pieces in storage and transportation processes is reduced, and safety of clinical medication is guaranteed.

The invention discloses an application of a gene PeNAC67 in breeding of phalaenopsis aphrodite. An encoded protein of the gene PeNAC67 has an NAM structural domain, and a protein sequence encoded by the gene PeNAC67 is as shown in SEQ ID NO.3.

The invention designs manufacturing of a pillow interior. The pillow interior is manufactured by the following raw materials in percentage by weight: 15 to 25% of low-melting cotton with fineness of 2D-4D and melting point of 75 to 95 DEG C, 35 to 45% of first hot melting cotton with fineness of 6D-8D, and 35 to 45% of second hot melting cotton with fineness of 13 to 17D; the melting points of the first hot melting cotton and the second hot melting cotton are both not less than 140 DEG C. According to the pillow interior, three different hot melting cottons are mixed; the low melting cotton with the fineness of 2D-4D is used to replace hot melt adhesive as a mixing agent for finalizing the pillow interior; the low melting cotton can be molten during roasting and can permeate the whole pillow interior; after cooling and finalizing, the elasticity of the pillow interior can be maintained well, and thus the quality of the pillow interior is improved; the second hot melting cotton with the fineness of 13 to 17D is high in elasticity and can greatly improve the flexibility and comfort of the pillow interior; the elasticity of the first hot melting cotton with the fineness of 6D-8D is slightly less than that of the second hot melting cotton; the first hot melting cotton and the second hot melting cotton can be mixed in different ratio to manufacture the pillow interior of different elasticity, so as to meet different market demands.

The invention discloses a method for electrochemical preparation of graphene. The method comprises the following steps of: (1) heating and melting alkyl acid, then adding crystalline flake graphite, mixing the substances uniformly, and carrying out compression molding to obtain a graphite electrode; (2) taking a graphite electrode as an anode, immersing the graphite electrode into an electrolyte solution, and applying a direct-current voltage for electrochemical expansion to prepare expanded graphite; and (3) carrying out liquid-phase ultrasonic stripping on the expanded graphite to obtain a graphene slurry, and drying the graphene slurry to obtain the graphene powder. The invention provides the new method for electrochemical continuous preparation of graphene, and solves the technical problems of complex preparation process, higher cost, unsuitability for large-scale production and easy environmental pollution in the existing graphene preparation technology.

The invention provides a preparation method of a chiral CBS catalyst. The preparation method comprises the following steps: by adopting proline as a raw material, protecting nitrogen and carboxylic acid by trimethyl chlorosilane, and reacting with a phenyl grignard reagent to obtain diphenyl prolinol; then reacting with boron trihalide and lithium alkylide, after the reaction is ended, quenching by acetic acid, performing backflow filtering on alkane, and performing cooling crystallization to obtain a chiral product. The process is short in synthetic route, the operation is simple, the raw material is easy to get, the yield and the product purity are high, racemization of a chiral center is avoided in the whole preparation process, and the method is more suitable for large-scale production.

The invention discloses a preparation method of nano iron oxide yellow or nano iron oxide red. The preparation method comprises the following steps: (a) adding a polymerization inhibitor in a ferrite solution with iron ion concentration of 0.05mol / L-1.2mol / L, and dropwise adding a precipitator until the pH value is 3.5-5.0 so as to form a reaction system; (b) continuously reacting for 90-120 minutes to obtain a product after dropwise adding an oxidant in the reaction system; (c) filtering the product obtained from the step (b), washing and drying the obtained filter cake so as to obtain the nano iron oxide yellow; and (d) firing the nano iron oxide yellow obtained from the step (c), cooling the fired nano iron oxide yellow to obtain the nano iron oxide red. By using the method, the particle size of the product can be effectively controlled between 20-100 nanometers, and the nano iron oxide yellow and nano iron oxide red are obtained by subsequent processing; and the method has the characteristics of simple process, small pollution, low energy consumption and short period.

The invention provides a graphene constant-temperature electrothermal film and a preparation method thereof. The preparation method comprises the following steps: fully stirring graphene, an alkane substance, resin, an organic solvent and an auxiliary agent at room temperature to prepare mixed slurry, coating the surface of a base film with the slurry, performing drying, arranging conductive electrodes at two ends of the film, removing the base film, and covering the film with an insulating film to obtain the graphene constant-temperature electric heating film. According to the invention, theprepared graphene constant-temperature electric heating film is better in electric conduction and heat conduction performances than that in the prior art due to the adding of a graphene material of aspecial structure, and the self constant temperature (normal-temperature PTC thermal control effect) in a low-temperature range can be realized on the premise of not introducing other temperature control devices. Based on the excellent electric heating performance and the far infrared radiation effect, the far infrared electric heating film has good application prospects in the field of warm-keeping and health-care products.

The invention provides an LED floodlight manufacturing method and relates to the field of LED lamps. The LED floodlight manufacturing method includes the following steps that the face to be irradiated is irradiated with a test light source at the projection angle of an LED floodlight according to the perpendicular distance between the LED floodlight and the face to be irradiated, the size of each side of a trapezoid appearing after the irradiation and the size of the face to be irradiated are compared to calculate the distortion ratio, and the size of the corresponding sides of a lamp panel is corrected through the distortion ratio; the manufactured lamp panel is installed in the LED floodlight, and the LED floodlight is assembled. The LED floodlight manufacturing method has the advantages that the LED floodlight manufacturing method and the LED floodlight manufactured with the method are provided, the lamp panel is calculated and manufactured according to the shape of the irradiation area so that the LED floodlight can define a required shape through irradiation, different market demands are met, the demanded quantity is large, excessive places will not be irradiated, power consumption of the LED floodlight is reduced, using cost is saved, lighting quality is improved, and waste of electric resources is reduced.

The invention discloses a chemically modified high-efficiency heat-resistant ASA graft copolymer and a preparation method thereof, which solves the problems of low modification efficiency of ASA copolymers and great influence for product impact, appearance and the like in the prior art. The invention relates to a preparation method of a chemically modified high-efficiency heat-resistant ASA graftcopolymer. The preparation method comprises the following steps: taking cross-linked phenyl silicone rubber emulsion as seeds, coating the cross-linked phenyl silicone rubber emulsion with acrylate rubber, and grafting styrene and acrylonitrile to prepare the ASA graft copolymer; the phenyl silicone rubber has acrylate groups, and the phenyl silicone rubber accounts for 10 to 40 percent of the ASAgraft copolymer. The chemically modified high-efficiency heat-resistant ASA graft copolymer is scientific in design, simple in method, simple in operation, and capable of remarkably improving the heat resistance of the ASA copolymer; and moreover, the heat-resisting system is more stable, higher in efficiency and good in toughness, and the appearance of materials is not influenced.

The invention discloses a cabinet type modular high-density blade server system, which relates to the field of servers and aims to be a large-sized server system which is high in intensity, modular in design and easy to deploy. The technical scheme includes that the cabinet type modular high-density blade server system comprises a main body cabinet (10), a server host blade subsystem (20), a management subsystem A (22), a power subsystem (30) and a cabinet back plate subsystem (60); the power subsystem comprises a power module (31) and a management subsystem B (32); the server host blade subsystem is arranged above the front end of the main body cabinet; the cabinet back plate subsystem used as a data signal transmission center is connected with the server host blade subsystem, the management subsystem A, the power module and the management subsystem B via data signals; and the cabinet back plate subsystem further used as a power transmission center is used for receiving power output of the power subsystem, and supplying power for the server host blade subsystem, the management subsystem A and the management subsystem B.

In a method for preparing bio-oil by catalytic pyrolysis of microalgae with high fat content by a molecular sieve, HZSM-5, MCM-48 or HY molecular sieve is taken as a catalyst, and the catalytic pyrolysis of the microalgae with high fat content is realized in a down-flow fixed bed reactor. Compared with lignocellulose biomass, the temperature for the catalytic pyrolysis of the microalgae with highfat content is lower, and the yield and the quality of the obtained bio-oil are higher, thereby being very conductive to energy-saving and high efficient production of the bio-oil; furthermore, the composition of the bio-oil can be changed by changing the catalyst, thereby meeting the different market demands and having great market application prospect.

The invention provides an LED floodlight manufacturing method and relates to the field of LED lamps. The LED floodlight manufacturing method includes the following steps that the face to be irradiated is irradiated with a test light source at the projection angle of an LED floodlight according to the perpendicular distance between the LED floodlight and the face to be irradiated, the size of each side of a trapezoid appearing after the irradiation and the size of the face to be irradiated are compared to calculate the distortion ratio, and the size of the corresponding sides of a lamp panel is corrected through the distortion ratio; the manufactured lamp panel is installed in the LED floodlight, and the LED floodlight is assembled. The LED floodlight manufacturing method has the advantages that the LED floodlight manufacturing method and the LED floodlight manufactured with the method are provided, the lamp panel is calculated and manufactured according to the shape of the irradiation area so that the LED floodlight can define a required shape through irradiation, different market demands are met, the demanded quantity is large, excessive places will not be irradiated, power consumption of the LED floodlight is reduced, using cost is saved, lighting quality is improved, and waste of electric resources is reduced.