32results about How to "Single form" patented technology

The invention discloses basic nutritional milk shake powder and nutritional milk shake powder for children. The basic nutritional milk shake powder comprises the components by weight percentage as follows: 5-90% of milk powder, 5-90% of maltodextrin, 0.5-35% of cane sugar, 0.1-3% of edible glue, 1-30% of condensed milk powder, 0.018-0.275% of multiple vitamins and 0.746-10.05% of compound mineral substances. The nutritional milk shake powder for children comprises the basic nutritional milk shake powder and further comprises taurine, lactoferrin, DHA (Docosahexaenoic Acid), lutein, zeaxanthin and natural pigments, as well as one or more of fruit and vegetable powder as follows: banana meal, strawberry powder, cranberry powder, mango powder, carrot powder, Hami melon powder, kiwi fruit powder, apple powder, cucumber powder, blueberry powder, mulberry powder and grape powder. The nutritional milk shake powder for children is complete in nutrition, and meanwhile enhances intelligence, eyesight and immunity, and promotes skeletal development.

The invention discloses a method for synthesizing hydroxyapatite crystals under the control of an organic molecule template. The method comprises the following steps of: by using Ca(NO3)2.4H2O and (NH4)2HPO4 as raw materials and water and alcohol as solvents, adding ethylenediamine tetraacetic acid disodium and stearic acid serving as additives, adjusting pH in the range from 7 to 11, and carrying out thermostatic reaction for 0.5-2 hours at 40-90 DEG C; afterwards, adding the solution to a stainless steel hydrothermal synthesis kettle with a polytetrafluoroethylene inner container, and reacting for 10 to 24 hours at 120 to 190 DEG C; after completion of reaction, obtaining white precipitates; carrying out suction filtration of white precipitates, and washing to obtain the hexagonally prismatic hydroxyapatite crystals. The products obtained by the method have few agglomerates and high purity, are uniform in particle sizes, regular and controllable in shape and low in production cost and can be applied to the field of biomedical science.

The invention provides hydroxyapatite with a hollow sphere structure and a preparation method thereof. In the method, water-soluble calcium salt, acidic phosphate and sodium potassium tartrate (a structure setting agent) which serve as raw materials are subjected to solvothermal reaction to form the hydroxyapatite. The hydroxyapatite with the hollow sphere structure prepared by the method has the advantages of uniform particle size, single shape, high dispersibility, large specific surface area, and wide application prospect in medicament release property and the field of biomedicine; and the preparation method has the advantages of low-cost raw materials, simple process, convenient operation, easy control of process conditions, capability of reducing the cost and greatly simplifying the production process, no need of complex and expensive equipment, and contribution to industrial popularization. The method for synthesizing hydroxyapatite hollow spheres with a multilevel structure is firstly reported.

The invention discloses an inorganic ammonium perovskite quantum dot material synthesis method. The inorganic ammonium perovskite quantum dot material has a following chemical formula of NH4PbI3; andthe method comprises the following steps: using dimethylformamide as a precursor solution for dissolving ammonium iodide and lead iodide, and using oleic acid and oleylamine as ligands; employing isopropanol as an anti-solvent; after the precursor solution is added to the anti-solvent, and performing centrifugation to take a supernatant to obtain the quantum dot material with a chemical formula ofNH4PbI3. The method synthesizes the perovskite quantum dot NH4PbI3 for the first time, and has contribution to the field of photovoltaic materials. The NH4PbI3 perovskite quantum dot is synthesized by selecting a novel inorganic ammonium group and inorganic ammonium for replacing the traditional MA and Cs, and the material has great significance for the performance and luminescence research of the novel semiconductor quantum dot material. According to the quantum dot material realized by the invention, the non-polluting and low-cost quantum dot material can be prepared.

The invention relates to an anti-explosion infield highlight floodlight and a ceiling type assembly structure thereof. The ceiling type assembly structure comprises a wall plate, a substrate and a side plate, wherein at least one first assembly part is arranged on the wall plate; the first assembly is in a U-shaped vacancy, is arranged on the edge of the wall plate, and is used for fixing a wall surface which is arranged on the outer part; at least one second assembly part is arranged on the substrate; the second assembly part is in an O-shaped vacancy, is arranged inside the substrate, and is used for fixing an anti-explosion infield highlight floodlight arranged on the outer part; and the side plate is respectively mutually fixed with the wall plate and the substrate. The scheme of the invention is in accordance with the assembly specification to lamps with weights in a loading range, and the assembly structure has high production efficiency, relatively lighter weight and low manufacture cost, as well as the characteristics of high universal degree, and is particularly suitable for assembly fixation of lamps which have the same assembly interface and consistent loading weight range.

The invention discloses a non-contact type electronic visiting card, which comprises a non-contact type smart card chip and an antenna. A data storage area of the non-contact type smart card chip can be divided into a plurality of areas; each area has respective separate a secret key. The non-contact type smart card chip can use the antenna to be communicated with a non-contact type card reader through a wireless channel. Only after a visiting card receiver acquires the secret key of the area which needs to be read, the non-contact type card reader can only be used to accurately read the information in the area of the electronic visiting card. The invention can effectively help the visiting card provider protect the safety of the content which the visiting card provider of the electronic visiting card does not hope to open temporarily, store and manage the information for the visiting card receiver and bring great convenience for consulting the information at any moment at the same time of using a single information carrier to provide rich information.

The invention relates to a method of developing a soybean lecithin- and soybean protein-flavored puffed food. Weighed liquid soybean lecithin is heated under the constant temperature of 40DEG C and sufficiently agitated for eight minutes, so that the liquid soybean lecithin is diluted sufficiently; the diluted soybean lecithin and weighed soybean protein powder are mixed by pressure atomization and spraying equipment for the first time, and obtained raw powder is soybean lecithin-protein compound powder; the soybean lecithin-protein compound powder is put into an agitator, added with weighed water and agitated for the second time, and obtained raw powder is soybean lecithin-protein wet material; the prepared wet material is put into an extruding and cooking machine and cooked, at the same time, the wet material is shaped by a mold of the machine head, and thereby sheet blanks which are uniform in size and thickness are obtained; the obtained blanks are deep-fried to be puffed with high-quality soybean oil under controlled temperature for a short time; the deep-fried blanks are deoiled; seasonings are added into the deoiled blanks, a vacuum packaging machine is adopted to package the seasoned product, and thereby the finished product is obtained.

The invention discloses a method for preparing seafood stuffing baked food by using a biological fermentation technology. The method comprises the following steps: adding 1-2% of glucose according toa solid-liquid ratio of 1: 3, inoculating 0.5-1% of a fermenting agent, fermenting in an environment with the temperature of 20-25 DEG C for 12-24 hours, adding main and auxiliary materials for seasoning, wrapping the prepared stuffing in cake wrappers, and baking at 170-190 DEG C for 10-25 minutes. The core of the method is that beneficial microorganisms are used for carrying out moderate degradation and biotransformation on components such as aquatic protein and fat; according to the method, the protein structure and water binding capacity of the product are changed; a large number of volatile and non-volatile compounds are generated; metabolic decomposition of fishy smell precursor substances and covering and adsorption of fishy smell components are completed; according to the present invention, with the method, the problems of delicate flavor loss, short preservation period and the like during the traditional seafood cake processing process are solved, and the special seafood cakeseries products meeting the consumption requirements of travel, catering, hotels and families are developed.

The invention relates to a method for preparing a nano-film based on infrared photothermal conversion and measuring light power , which comprises the following steps: uniformly stirring ethylene glycol, Na2SeO3, CuCl2. 2H2O, Bi(NO3)3.5 H2O, NaOH and PVP, transferring into a microwave system, carrying out microwave reaction at 180 DEG C to obtain a solution, cleaning the solution, drying to obtainCu2-xSe:Bi nanocrystalline powder, and dissolving under the action of ultrasonic wave by using water as a solvent, and carrying out suction filtration through a filtering membrane to prepare the required Cu2xSe:Bi nanocrystalline film. The method for measuring the light power specifically comprises the steps that the Cu2xSe: Bi nanocrystalline thin film generates heat under infrared light irradiation, and the laser power is evaluated by analyzing the temperature of the thin film. The Cu2xSe: Bi nanocrystalline film provided by the invention has a strict high-precision heating and temperature control effect under laser irradiation, and has a good application prospect.