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339results about How to "Rich material" patented technology

Method for preparing superfine groundnut oil

The invention discloses a method for preparing fragrant peanut oil, which comprises the following steps: 1) a raw material is pretreated, wherein a peanut raw material is selected, is mixed with water, then is soaked, and then is subjected to coarse grinding and fine grinding; 2) complex enzyme is hydrolyzed, wherein the complex enzyme with neutral protease or alkali protease and flavor enzyme is selected to perform hydrolysis on the pretreated peanut raw material; 3) auxiliary materials are added, wherein reducing sugar, amino acid and peanut oil are added into a hydrolysate of the peanut raw material obtained through the treatment in step 2); 4) fragrance is generated through a thermal reaction, wherein the hydrolysate of the peanut raw material and the auxiliary materials are stirred evenly, then are transferred into a high pressure reaction kettle to be heated, and then are cooled to room temperature; and 5) the fragrant peanut oil is prepared, wherein a reaction liquid obtained after the treatment in step 4) is added with refined peanut oil, is quickly stirred first, and then is slowly stirred under certain temperature conditions, and water and impurities are removed through centrifugal separation to obtain the fragrant peanut oil product. The method can obtain flavor precursors of the fragrant peanut oil, namely amino acid and small peptide through the hydrolysis of the peanut raw material by the complex enzyme, and form the peanut oil with peanut fragrance flavor through the heating.
Owner:嘉里特种油脂(上海)有限公司

Treatment method of industrial wastewater with high concentration of chlorine ions

The invention aims to provide a treatment method of industrial wastewater with high concentration of chlorine ions. The method comprises the following steps: step one, calculating consumption of chemicals; step two, calculating the total content of chlorine ions in the wastewater according to the concentration of the chlorine ions (Cl<->) in the wastewater measured in the step one, then calculating the consumption of chemicals according to the total content of the chlorine ions, wherein the chemicals are prepared from sodium metaaluminate (NaAlO2) and calcium oxide (CaO), and the mole ratio of the chlorine ions to the consumption of the chemicals is characterized in that the mole ratio of Cl<-> to NaAlO2 to CaO is 1 to (2.5-3) to (9-11); and weighing the chemicals; step three, carrying out stirring reaction; step four, standing and filtering; step five, carrying out secondary stirring reaction; and step six, calculating the removal rate of the chlorine ions. The method is simple and is abundant in chemical materials, high in treatment efficiency and excellent in effect, and is capable of effectively treating the industrial wastewater with high concentration of chlorine ions; the treated water is effectively replenished to an open-type circulation cooling system; the resources are saved; the method is environmentally friendly and energy-saving, and has great economic and social benefits.
Owner:北京晞柯源环保科技有限公司

Kindergarten information management system

The invention provides a kindergarten information management system, belonging to the technology field of the teaching information management system. The system comprises user end computers and network servers which are connected through the internet. The invention is characterized in that the network servers are respectively connected with a database management system and a file management system, the database management system comprises a user database, a file information database, a class BBS database and an online service database, the user end computers comprise kindergarten computers and parent computers, the kindergarten computers receive and edit the information on an information collector, and upload the information to the network servers, so as to manage and participate the class BBS and the online service, and the parent computers are connected into the network servers to search and download the files uploaded by the kindergarten, so as to participate the class BBS and the online service. The application of the system provides an information exchange platform for the kindergartens and the parents, thereby promoting the communication between the teachers and the parents and the formation of the home-kindergarten educational join force, and providing wealth materials for the children growth electronic archives.
Owner:黄志存

Ornamental ganoderma lucidum cultivation method

The invention relates to an ornamental ganoderma lucidum cultivation method. The ornamental ganoderma lucidum cultivation method is characterized by including the technological processes of tree selection, tree felling, segment cutting, bag making, sterilization, inoculation, spawn running, primordium inducement, ganoderma lucidum cultivation and modeling, pure broad-leaved tree basswood serves as the material, an ornamental ganoderma lucidum variety is selected, ganoderma lucidum liquid spawns are made, and inoculation is performed with a liquid spawn inoculation method. At the ganoderma lucidum spawn running phase and the ganoderma lucidum sporocarp growing and developing phase, the temperature, the humidity, the illumination and the concentration of carbon dioxide of the environment are comprehensively regulated; at the ganoderma lucidum primordium differentiation phase, the ganoderma lucidum stem elongation phase and the ganoderma lucidum pileus differentiation phase, according to the biological characteristics, including phototaxis, regeneration and sensitivity to carbon dioxide, of ganoderma lucidum, the living ganoderma lucidum is artistically modeled respectively through the key technologies of ganoderma lucidum living body grafting, light source induction and ganoderma lucidum pileus regeneration, and then living ganoderma lucidum representing auspicious omen and having high ornamental value is cultivated. The cultivated ganoderma lucidum is natural and ecological, shows the wonderful workmanship excelling nature and manifests unique art forms and cultural connotation of the ganoderma lucidum, the cultivated ganoderma lucidum not only can serve as an upmarket present for relatives and friends but also can be added to a household art collection, the cultivated ganoderma lucidum has wide application prospects and will create good economic benefits and social benefits.
Owner:江西省农业科学院农业应用微生物研究所

Method for preparing ecological water purification particles mainly from denitrification biological microcapsules and sustained-release carbon sources

The invention relates to a method for preparing ecological water purification particles mainly from denitrification biological microcapsules and sustained-release carbon sources and effectively solves problems of denitrification microorganism insufficiency of micropollution water, low C/N ratio, poor biodegradability, difficulty in recovery and secondary pollution. The method includes: culturing a microbial strain to obtain denitrification microorganisms; dissolving chitosan into acetic acid solution to obtain chitosan solution; dissolving sodium alginate into water, and adding span 80 to obtain sodium alginate solution; well mixing the sodium alginate solution with the denitrification microorganisms, dropwise adding CaCl2 solution to obtain calcium alginate capsules, and putting the calcium alginate capsules into the chitosan solution to obtain microcapsules through secondary solidifying; putting the microcapsules into sodium citrate solution, and performing interlayer calcium alginate liquefying to obtain biological microcapsules; well mixing hydrophilic materials, pore-forming materials, adhesives, the sustained-release carbon sources and the biological microcapsules to obtain spherical ecological water purification particles, and curing. The method has advantages of rich materials, low cost, freeness of toxicity and harms to microorganisms, recyclability and freeness of secondary pollution.
Owner:ZHENGZHOU UNIV

Technique of preparing superfine groundnut oil from peanut rough material

The invention relates to an aromatic peanut oil preparation craft with peanuts as the materials, comprising the following steps that: firstly, pretreatment of the materials: peanut materials are chosen, mixed and immersed into water successively and then are grinded roughly, and then the materials are grinded finely; secondly, hydrolysis of the compound enzyme: after the pretreatment, the peanut materials are hydrolyzed by the compound enzyme of the neutral protease and the flavor enzyme; thirdly, addition of accessories: after the treatments of the procedures, reduction sugar, amino acid and peanut oil are added into the hydrolysate of the peanut materials; fourthly, thermal reaction to produce an aromatic smell: the hydrolysate of the peanut materials and the accessories are moved into a high pressure reaction kettle to be heated and then be cooled to an ambient temperature; fifthly, prepartion of the aromatic peanut oil: refined peanut oil is added into the reaction liquid after the treatment of the fourth step, the mixture is agitated quickly and then is agitated slowly at a certain temperature, water and impurities are removed by centrifugal separation, and at last the aromatic peanut oil is obtained. The invention has the advantages that: the amino acid and small peptides which are the flavor precursor of the aromatic peanut oil can be obtained by compound enzyme hydrolyzing the peanut materials and then are heated to produce the peanut oil with peanut aromatic flavor.
Owner:嘉里特种油脂(上海)有限公司

Manufacturing method of porous nanofiber with controllable aperture

The invention discloses a manufacturing method of porous nanofiber with a controllable aperture. The method comprises the steps of selecting inorganic particles of corresponding size according to requirement of the aperture size of the porous nanofiber; mixing polymers with inorganic salts, heating, so that the polymers are molten, while the inorganic salts are not molten, and then mixing and dispersing; performing electrostatic spinning on molten substances, so as to obtain the nanofiber, placing the nanofiber in a solvent, so as to remove the inorganic salts from the nanofiber, and drying to obtain the porous nanofiber. Thus, the porous nanofiber with the controllable aperture is manufactured. According to the manufacturing method, the inorganic salts are used as pore-foaming agents, so as to manufacture pores which are smaller and more uniform than those of a conventional process and are more economic and environmental friendly, and the conductivity of the polymers can be enhanced, and spinning is easier to realize. According to the manufacturing method, the nanofiber is manufactured by adopting melt electrospinning, and compared with a method of manufacturing the porous nanofiber by adopting solution electrospinning, more materials are applicable.
Owner:苏州佩浦再生科技有限公司

Construction method for micro-ecosystem

The invention discloses a construction method for a micro-ecosystem. The construction method comprises the steps of constructing a micro ecological pond, wherein the depth of the pond is 0.4-0.6m, a mud pile with height of 15-20cm is arranged in one eighth to three eighth area of the bottom of the pond and a sand pile is additionally arranged above the surface of water in the pond; arranging a water supply and drainage system and controlling the depth of water in the micro ecological pond to be 12-14cm; collecting and fermenting human manure; cultivating earthworms and fly maggots: introducing the earthworms and the fly maggots into the micro ecological pond; planting leaf vegetables on the mud pile in spring and summer and planting watercress in autumn and winter; putting loaches, rice field eels, tortoises and Procambarus clarkii respectively according to standards of 20 loaches per square meter, 4 rice field eels per square meter, 4 tortoises per square meter and 1 pair of Procambarus clarkii per 10 square meters. The construction method for the micro-ecosystem is suitable for cultivating the fly maggots and the earthworms by using domestic wastes, the biological wastes are enabled to become green foods of people by cultivating aquatic animals and planting aquatic vegetables, and for the nation, not only can the eutrophication of natural water bodies be prevented, but also the commodity price can be stabilized.
Owner:HUAZHONG AGRI UNIV

Preparation method of soybean and chili compound fermented sauce, hotpot condiment and preparation method thereof

The invention provides a preparation method of soybean and chili composite fermented sauce, a hotpot condiment and a preparation method of the hotpot condiment. The preparation method of the compositefermented sauce comprises the following steps: mixing fermented soybeans and fermented chilies, and carrying out secondary fermentation to obtain the soybean and chili composite fermented sauce. Thefermented soybeans are prepared by the following method: baking soybeans, moistening the soybeans with water, mixing the soybeans with broad bean powder, inoculating aspergillus oryzae yeast refined koji to obtain soybean koji, mixing the soybean koji with saline water, and adding lactobacillus casei liquid, saccharomyces rouxii liquid and torulopsis liquid in the fermentation process to obtain fermented soybeans, and the fermented chilies are prepared by the following steps: crushing chilies, mixing the crushed chilies with saline water, and adding lactobacillus brevis liquid in the fermentation process to obtain the fermented chilies. The composite fermented sauce has relatively high contents of amino acid nitrogen, total phenols and total flavonoids. Compared with traditional Pixian thick broad-bean sauce, the composite fermented sauce is low in cost, excellent in quality and high in nutritional value. The hotpot condiment prepared from the compound fermented sauce is better in sauce flavor and high in taste acceptability.
Owner:四川川娃子食品有限公司 +1

Printing plate and plate roller integrated flexible plate and 3D rapid molding printing type direct platemaking method and application

The invention provides a printing plate and plate roller integrated flexible plate and 3D rapid molding printing type direct platemaking method. The method comprises the following steps: designing a plate to be printed by utilizing a 3D printing plate making method by using three-dimensional software, and selecting a printing material; and spraying to obtain a printing plate material and images and texts on the printing plate material by using a 3D printing machine to obtain a printing plate and plate roller integrated flexible plate. According to the method, a printing plate and the images and texts in a 3D design image are designed into cylindrical shapes; mounting steps are omitted and troubles and labor are not wasted; the operability and the safety are improved; the bending deformation caused by installation does not occur, and the accuracy and the working efficiency are improved; meanwhile, a compensation step of pre-printing deformation amount is omitted; the antenna images and texts cover the printing plate so that the images and texts, and the printing plate are integrated, and the printing plate and a roller are integrated; the content of the images and texts on the printing plate is determined, and the image and text copying accuracy is improved; and the method can be used for creating a new chapter of a printing plate and plate roller integrated flexible plate platemaking technology, and fills up the national blank.
Owner:TIANJIN HAISHUN PRINTING & PACKAGING
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