31results about How to "Rich preparation methods" patented technology

The invention relates to a processing method of fruit-flavor dried goose slices. The processing method comprises the following steps of: (1) finishing; (2) freezing; (3) slicing; (4) preparing a pickling liquid; (5) vacuum tumbling; (6) tedding; (7) roasting; (8) curing by adopting a juice; (9) baking obtained slices; and (10) packaging. According to the invention, during preparation of the pickling liquid, composite phosphate and papain are added as a composite tenderness agent, the effect is obviously superior to the effect obtained after one tenderness agent is abundantly and independently used; the added Arabic gum can form a gel system with goose egg white, so that taste molecules and smell molecules in the dried goose slices can be reserved to the maximum, and the dried goose slices have good flavor; the vacuum tumbling is adopted, therefore, compared with the prior art, the processing method has the advantages that the curing time is reduced, the technological period is shortened, the pickling liquid is absorbed to the maximum, the dried goose slices are uniformly pickled, the water binding capacity and tenderness are improved, and the mouthfeel is smooth; after being cured by adopting juice, the dried goose slices are increased in content of vitamin, and improved in nutritive values, and different juices can attach different flavors.

The invention discloses a rapid tunable semiconductor laser based on reconstitution-equivalent chirp. DFB lasers which are different in working wavelengths, on the basis of a reconstitution-equivalent chirp technology, are integrated on the same laser integration chip in a mixing manner of serial connection and parallel connection, so that a laser matrix structure is formed; the wavelength of each laser in the chip is fixed and conforms to the international standard; the laser matrix is provided with corresponding matrix voltage control; one of the lasers is selected to work by controlling the flow amount of the electric current and option switches of circuits; the lasers in serial connection in the laser matrix structure respectively adopt an electrical isolation area to decrease the electrical crosstalk between the two adjacent lasers, so that the independent control of the wavelength of each laser is realized; after coupled, optical signals with different wavelengths in the matrix of lasers in serial connection and in parallel connection are output from the same waveguide; the reconstitution-equivalent chirp technology is used for designing a single DFB semiconductor laser in the laser array matrix, and when a certain wavelength is needed, the corresponding DFB laser is lightened.

The invention discloses a high-strength high-toughness metal prefabricated material and a preparation method thereof. Metal or alloy serves as a substrate of the material. Heterogeneous isomerous reinforced phases obtained through selected area strengthening and toughening treatment are distributed on the substrate. Under the circumstance that the weight of the substrate of the material is essentially unchanged, the malleability and weldability of a metal equilibrium-state structure are achieved, and the strength and abrasion resistance of a metal metastable-state structure are also achieved. According to the preparation method, energy beams / fields which comprise high-power laser beams or electron beams, ion beams and an induction heat source are adopted, and the energy beams / fields conduct the selected area strengthening and toughening treatment on the metal or the alloy to obtain the heterogeneous isomerous reinforced phases on the substrate. On the premise that properties of components are not degraded, the thickness or the dead weight of the components is greatly reduced, and thus the high-strength high-toughness metal prefabricated material can be widely applied to industrial fields such as automobiles, aircrafts, ships and trains hopefully.

The invention relates to the technical field of organic light-emitting diode manufacturing, in particular to preparation of a top-emitting organic light-emitting diode (OLED) device anode structure. The top-emitting OLED device anode structure is characterized in that four layers of thin films cover a substrate, a base compatible layer, a middle reflectivity layer, a energy level matching layer and an anode modifying layer are respectively arranged on the substrate from bottom to top, multifunctionality of an anode is achieved through adoption of the design of a multi-layer thin film structure, light-emitting efficiency of a top-emitting OLED device is obviously improved, and the service life of the top-emitting OLED device is obviously prolonged. Furthermore, due to the fact that the anode is prepared by materials which are not prone to occurrence of element diffusion, probability of occurrence of shot circuit of device pixels due to the element diffusion is reduced. Due to adoption of metallic simple substance or alloy or metallic compound, raw materials can be easily obtained and are low in price, and thin film preparation methods are various.

A photonic crystal composite pressure sensor includes a flexible substrate and a photonic crystal, the photonic crystal is distributed on the surface or inside of the flexible substrate, and the photonic crystal can generate optical signal changes in response to the deformation of the flexible substrate. The invention also relates to a method for a photonic crystal compound pressure sensor, comprising: preparing a photonic crystal precursor liquid; preparing a matrix precursor liquid; compounding the photonic crystal precursor liquid and the matrix precursor liquid to obtain a photonic crystal compound pressure sensor. The present invention also relates to an optical detection method, comprising: placing the hollow cylinder above the photonic crystal composite pressure sensor; applying dynamic pressure to the hollow cylinder, and the optical probe applies the photonic crystal composite pressure through the hollow part of the hollow cylinder The optical signal of the sensor is dynamically detected. The invention has sensitive linear pressure response characteristics in the low-pressure area of ​​0-10KPa, the raw materials are easy to obtain, the preparation method is simple, and the application range is wide.

The invention discloses a preparation method of an In2O3 particle / In2O3 nanobelt multilevel structure and an obtained product. The method comprises the following steps: adding indium salt, dicyandiamide, ethyl cellulose and PVP into a mixed solution of ethanol, 1,3,5-trimethylbenzene and DMF, stirring until the mixture is transparent to obtain a spinning solution, forming precursor fibers throughelectrostatic spinning, and calcining the obtained precursor fibers in an air atmosphere to obtain the product. The precursor reaction system designed by the invention is novel, the electrostatic spinning process is simple and convenient to operate, the reaction system is stable, process parameters are controllable, and the In2O3 multilevel structure with controllable morphology is obtained, has good repeatability and dispersibility, is suitable for industrial production, and plays an important role in the field of gas sensitive application.

The present invention relates to a wheel frame reinforcing structure production system, which comprises: a molding device provided with an input end, an output end and a hardening mechanism; a wire material supply device, wherein the wire supply device comprises a loading mechanism for supplying a plurality of wire materials and an impregnating part, the position of the loading mechanism is unchanged relative to the molding device, and the impregnating part is provided with a flowing-state composite substrate; and a moving mechanism, wherein the input end is positioned between the moving mechanism and the loading mechanism, the wire material is supplied by the loading mechanism and is impregnated with the flowing-state composite substrate through the impregnating part so as to form a composite substrate, the composite substrate is input into the input end and then is hardened into a molding structure through the hardening mechanism, and the molding structure moves through the moving mechanism and is output by the output end so as to form the wheel frame reinforcing structure.

The invention discloses a color filter substrate and a manufacturing method thereof, belonging to the technical field of display. The method includes: providing a base substrate; forming a black matrix on the base substrate; using a quantum dot material mixed with an ester compound, forming a quantum dot material layer on the base substrate formed with the black matrix ; using a sol-gel method to react the ester compound in the quantum dot material layer to form a sol-gel layer doped with nanoparticles; curing the sol-gel layer to obtain quantum dots Color film layer. The invention solves the problem that the preparation method of the quantum dot color film layer is highly restrictive in the related art. The invention is used in the manufacture of color filter substrates.

The invention relates to the field of asphalt processing, in particular to an integrated asphalt emulsifying device. The integrated asphalt emulsifying device comprises a support and an asphalt tank, an emulsifying component, a circulating heating system, a finished product pond, an oil drainage pump and an electric control box which are arranged on the support. The asphalt tank comprises a burner which is arranged outside the asphalt tank and connected with a boiler, a flue connected with the boiler, and a maintenance opening formed in the asphalt tank; a heating coiled pipe is arranged below the burner and connected with the circulating heating system, the emulsifying component is connected with the circulating heating system, the finished product pond and the asphalt tank, the oil drainage pump is connected with the asphalt tank, and the finished product pond is communicated with the external world. The device is small in size and convenient to operate, no storage facility needs to be arranged, the adaptability to a production site is high, production is convenient, the device is transferred to a transport vehicle while heating production manufacturing is performed, the working efficiency is improved, matrix asphalt can be transported and stored while emulsified asphalt is manufactured, and different kinds of modified asphalt can be manufactured at any time according to the demand quantity.

The invention discloses a method for manufacturing glass products, which is used to solve the technical problem that the way of manufacturing glass products with patterns is too single. The method includes: etching the first surface of the first glass sheet; wherein, the width of the etched etching line on the first surface is less than or equal to a preset width, and the preset width is the first glass sheet The maximum width of the etching line that is allowed to be etched; the first surface of the first glass sheet and the first surface of the second glass sheet are pasted to obtain the glass product. The invention also discloses corresponding glass products.

The invention discloses an In 2 o 3 Particles / In 2 o 3 The preparation method and the obtained product of the nanoribbon multi-level structure, the steps include: adding indium salt, dicyandiamide, ethyl cellulose, and PVP to the mixed solution of ethanol, 1,3,5 trimethylbenzene and DMF and stirring until transparent, The spinning solution is obtained, and a precursor fiber is formed by electrospinning; the obtained precursor fiber is calcined in an air atmosphere to obtain a product. The precursor reaction system designed by the present invention is novel, the electrospinning process is easy to operate, the reaction system is stable and the process parameters can be adjusted, and the shape of In 2 o 3 The multi-level structure has good repeatability and dispersion, is suitable for industrial production, and will play an important role in the field of gas sensing applications.

The invention discloses a metal prefabricated material and a manufacturing method thereof. The substrate of the material is a metal or an alloy, and allosteric and heteroconfigurational reinforcing phases obtained through strengthening and toughening treatment on selective zones are distributed on the substrate; and under the condition that the weight of the substrate is kept basically unchanged,the material not only has the characteristics of high ductility and weldability as a metal equilibrium structure, but also has the performance of high strength and high wear resistance as a metal metastable structure. According to the manufacturing method, energy beams / fields including a high-power laser beam or electron beam, an ion beam and an induction heat source are adopted to carry out strengthening and toughening treatment on the selective zones of the substrate made of the metal or alloy material so as to obtain the allosteric and heteroconfigurational reinforcing phases on the substrate. The substrate has a phase change hardening property or is obtained by first solid solution and then aging strengthening. The metal prefabricated material is particularly applicable to manufacturing vehicles.

The invention discloses a method for removing elemental mercury in mercury-containing gas by washing through an ultra-fine nano sulfur solution. According to the method, the Hg<0>-containing gas and the ultra-fine nano sulfur solution are subjected to a gas-solution mixing reaction, and the elemental mercury in the Hg<0>-containing gas is removed. The method has the characteristics of simple technology, low price and environmental friendly, and can achieve efficient purification of the elemental mercury.

The invention relates to a processing method of fruit-flavor dried goose slices. The processing method comprises the following steps of: (1) finishing; (2) freezing; (3) slicing; (4) preparing a pickling liquid; (5) vacuum tumbling; (6) tedding; (7) roasting; (8) curing by adopting a juice; (9) baking obtained slices; and (10) packaging. According to the invention, during preparation of the pickling liquid, composite phosphate and papain are added as a composite tenderness agent, the effect is obviously superior to the effect obtained after one tenderness agent is abundantly and independently used; the added Arabic gum can form a gel system with goose egg white, so that taste molecules and smell molecules in the dried goose slices can be reserved to the maximum, and the dried goose slices have good flavor; the vacuum tumbling is adopted, therefore, compared with the prior art, the processing method has the advantages that the curing time is reduced, the technological period is shortened, the pickling liquid is absorbed to the maximum, the dried goose slices are uniformly pickled, the water binding capacity and tenderness are improved, and the mouthfeel is smooth; after being cured by adopting juice, the dried goose slices are increased in content of vitamin, and improved in nutritive values, and different juices can attach different flavors.

The invention discloses a wood ganoderma lucidum nutrition wine and a preparation method thereof, and belongs to the compound wind production field. The wood ganoderma lucidum nutrition wine is characterized in that raw materials mainly comprise distilled white spirit, purified water, wood ganoderma lucidum powder and medicine and food dual-purpose items of kudzu vine roots, Chinese wolfberry fruits, liquorices and chrysanthemums. The preparation method includes subjecting the medicine and food dual-purpose items to washing and picking preprocessing and mixing and smashing the medicine and food dual-purpose items, brewing the smashed mixture with the purified water at the temperature of 80 DEG C to 100 DEG C, and performing stirring and dilution; adding the distilled white spirit and the wood ganoderma lucidum powder to perform mixing and submerging, subjecting the mixture to aging treatment, and performing ageing treatment, verse osmosis and leaching supernate; and preparing the wood ganoderma lucidum nutrition wine through mixing, blending, storage, clarifying, sterilization and packaging processes. The wood ganoderma lucidum nutrition wine is not only rich in ingredients beneficial to human health of ganoderan, ganoderma triterpenoids, various amino acid and vitamin and the like, but also keeps the white spirit taste, and has wood ganoderma lucidum aroma and medicine flavor of the medicine and food dual-purpose items. The preparation method is unique, the technological process is clean and environment-friendly, and the nutrition wine is applicable to mechanization production.

The invention discloses a method for efficiently removing elemental mercury in flue gas through the synergistic effect of sulfur dioxide and a nano-sulfur solution. According to the method, gas-liquidmixing is carried out on the mercury-containing flue gas and the nano-sulfur solution, nano-sulfur reacts with the sulfur dioxide and the elemental mercury in the mercury-containing flue gas, and therefore the elemental mercury in the mercury-containing flue gas is removed. The method has the advantages that efficient purification of the gaseous elemental mercury under the complex flue gas is realized, the removal rate of the gaseous elemental mercury can reach 84.1-99.7%, and washing liquid can be separated, recycled and reused.

The invention discloses a health-care wonton. The ingredients and weight of the raw materials for making the health-care wonton are as follows: medium wonton skin; pork meat; pickled mustard; shepherd's purse; soy sauce; white sugar; fine salt; rice wine; The health-care ravioli is prepared, cut and decocted. The purpose of the invention is to enrich the ways of the wonton food, and the taste is unique and possessed.

The invention relates to a graphene and metal nanoparticle composite film preparation method. The graphene and metal nanoparticle composite film mainly comprises a first graphene film layer (1), a second graphene film layer (3), a third graphene film layer (5), a first metal nanoparticle film layer (2) and a second metal nanoparticle film layer (4). The graphene film layers and the metal nanoparticle film layers are overlapped alternatively to form the graphene and metal nanoparticle composite film and then are composited with a base material (6) into a whole serving as a molecular Raman signal detection substrate or a transparent efficacy-enhancement solar cell electrode. The graphene and metal nanoparticle composite film has characteristics of transparency, conductivity, surface plasma enhancement and the like, can be used as the molecular signal detection substrate or the transparent solar cell electrode having a trapping effect, and is expected to be applied to surface Raman scattering enhancement, photovoltaic efficacy enhancement or other related fields widely.

The invention discloses a method for efficiently removing elemental mercury in flue gas through the synergistic effect of sulfur dioxide and a nano-sulfur solution. According to the method, gas-liquidmixing is carried out on the mercury-containing flue gas and the nano-sulfur solution, nano-sulfur reacts with the sulfur dioxide and the elemental mercury in the mercury-containing flue gas, and therefore the elemental mercury in the mercury-containing flue gas is removed. The method has the advantages that efficient purification of the gaseous elemental mercury under the complex flue gas is realized, the removal rate of the gaseous elemental mercury can reach 84.1-99.7%, and washing liquid can be separated, recycled and reused.