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307 results about "Emerald" patented technology

Emerald is a gemstone and a variety of the mineral beryl (Be₃Al₂(SiO₃)₆) colored green by trace amounts of chromium and sometimes vanadium. Beryl has a hardness of 7.5–8 on the Mohs scale. Most emeralds are highly included, so their toughness (resistance to breakage) is classified as generally poor. Emerald is a cyclosilicate.

Enteromorpha potato chips and processing method thereof

The invention relates to the field of food, in particular to enteromorpha potato chips and a processing method thereof.The potato chips are full of seafood flavor, tasty in sour and sweet taste and slightly salty.The potato chips are golden matched with emerald green, and the color is very attractive and promotes appetite.The potato chips are unique in flavor, and have rich enteromorpha fresh flavor, and with the aromatic odor of orange juice, the potato chips can enable people to be full of energy and enhance appetite.Crisping of the potato chips is matched with flexibility of syrup, softness and hardness of the crisping sense are combined, and innovation and interest are added.The potato chips are safe and healthy, aginomoto and other hazardous substances are not added, and all indexes of enteromorpha powder conform to national safety standards.The potato chips are abundant in nutrition, and malnutrition, obesity and hazardous substance intake and other negative health problems caused when people eat a large number of potato chips are relieved.The potato chips have the healthcare function.
Owner:SHANGHAI OCEAN UNIV

Cabbage-celery-kelp composite vegetable paper and preparation method thereof

A preparation method of cabbage-celery-kelp composite vegetable paper, which relates to the field of intensive processing of fruits and vegetables. The composite vegetable paper involved in the present invention contains cabbage pulp 45% to 55%, celery pulp 25% to 35%, and kelp pulp 20% to 30%. The mass percentage of various auxiliary materials and binders in the composite vegetable slurry is: soluble starch 5% to 8%, soy protein isolate 0.5% to 1.0%, glycerin 1.5% to 2.2%, carboxymethyl cellulose sodium 1.0% to 1.5%, sodium alginate 0.2% to 0.4%, gelatin 0.3% to 0.4%. The preparation method is to cut the cabbage, celery and kelp into pulp appropriately, grind them through a colloid mill, add auxiliary materials and binders, homogenize and smear them into shapes, bake and peel them off to make the cabbage-celery-kelp composite. Vegetable paper. The composite vegetable paper of the invention is emerald green, has a crisp texture and fragrant vegetable flavor, is rich in nutrients, is easy to carry, and can be used as a snack food.
Owner:SHANDONG UNIV OF TECH

Green tea processing technology in summer

The invention provides a processing technology of green tea, which specifically includes picking, green tea spreading, killing green tea, spreading cold, rolling, initial frying, re-frying, drying, aroma enhancer to enhance the aroma, and the green tea produced has good quality and amino acid The higher the content, the lower the content of tea polyphenols, and the smaller the ratio of phenol to ammonia. The aroma of the finished finished tea lasts for a long time, the water content of the tea leaves is less than 5%, that is, the water content is low, the storage time is long, the color is emerald green, the appearance is even and the pekoe is exposed, the cord is curled, and the tea quality is good; the taste is mellow, the aftertaste is sweet, The soup is clear, and the bottom of the leaves is bright green.
Owner:遵义凤龙茶业有限公司

Method for producing battery-level refined nickel sulfate with electrolyte

The invention discloses a method for producing battery-level refined nickel sulfate with electrolyte. The method comprises the following steps: (1) concentrating and crystallizing: putting the nickel-containing electrolyte in which the copper is removed (nickel content is greater than or equal to 1 g / L) into a reaction kettle, steam-heating, concentrating and separating to obtain coarse nickel sulfate; (2) oxidizing to remove iron: dissolving the coarse nickel sulfate in water, and adding hydrogen peroxide; (3) vulcanizing to remove copper, lead and zinc: vulcanizing to remove copper, lead and zinc through the reaction of sodium sulfide and sulfuric acid; (4) concentrating to remove calcium and magnesium: removing calcium and magnesium by evaporation and concentration; (5) removing calcium and magnesium with sodium fluoride: under the action of mechanical stirring, adding second-grade sodium fluoride, and controlling the pH value with alkali liquid so that calcium and magnesium become fluoride precipitates to be removed; and (6) concentrating and crystallizing: concentrating the purified solution, and crystallizing to obtain the battery-level refined nickel sulfate. The product produced by the invention is an emerald granular crystal which is a square crystal, and the crystal grain diameter is greater than 2 mm and conforms to the HG / T2824-1997 standard.
Owner:中科铜都粉体新材料股份有限公司

Biological seedling culture medium processed by papermaking sludge

The invention provides a biological seedling culture medium processed by papermaking sludge. The biological seedling culture medium comprises 30-50 percent of papermaking sludge biological compost, 10-20 percent of pearlite and the balance of vermiculite in volume ratio; 1-2kg / m<3> of functional bacteria is added, wherein the proportion of the compost is 40-50 percent preferably when in large seed culture, whereas the proportion of the compost is 30-40 percent preferably when in small seed culture; in the papermaking sludge biological compost, the papermaking sludge is taken as the main material and wheat bran or crop straw is taken as the auxiliary material, and 2-3kg / m<3> of compost rapid zymophyte strain is added to be evenly mixed with the main material and the auxiliary material to prepare a mixture, wherein the moisture content of the mixture is 50-60 percent, and the C / N (Carbon / Nitrogen) ratio is 25-30. In the invention, the fully fermented papermaking sludge is adopted to serve as the substitute material of turf in the seedling culture medium to prepare the industrial seedling culture medium with low cost and sufficient nutrition through the reasonable proportioning. Cultured by the medium, seedlings have emerald green leaves, strong stems, developed roots and robust growth. The biological seeding culture medium can also effectively control the diseases in the seedling stage.
Owner:河南无道理生物技术股份有限公司

Ultrafinely pulverized green tea powder preparation method

The invention relates to the technical field of tea processing. A method comprises the steps of first washing and draining fresh tea, then pulverizing to large particles, spraying 1/10 enzymatic hydrolyzate on the surfaces of tea leaves, and turning the tea during enzymolysis; after the enzymolysis technology, performing enzyme deactivation by an enzyme deactivation machine until the fresh leavesare evenly and thoroughly evaporated to be free of grassy taste, then immersing the fresh leaves in a color protection solution at 20-25 DEC, repeatedly soaking in ice water for cooling, draining water, and then performing liquid nitrogen freezing treatment and vacuum freeze-drying treatment; after that, performing air jet pulverization at 15 DEC by an air flow ultrafine pulverizer to form ultrafinely pulverized green tea powder with an average particle diameter smaller than 20 microns. The ultrafinely pulverized green tea powder prepared by a preparation process provided by the invention usesconventional green tea as a raw material, thereby reducing production cost and labor cost; the final finished product is low in bitterness, moreover the green tea powder is more emerald green in color and better in solid fragrance and solubility, and can effectively maintain the original color and flavor quality of the tea, increase the quality of tea soup, and make the overall quality of the green tea powder closer to the quality of matcha.
Owner:SICHUAN UNIV

Method for dyeing vivid fluorescent green on cotton knitwear

InactiveCN101597867AMeet the requirements of bright colorMeet quality indicatorsDyeing processFluorescenceEmerald
The invention relates to a method for dyeing cotton knitwear, in particular to a method for dyeing fluorescent green on cotton knitwear. The method comprises the following steps: 1) pretreating grey cloth; 2) placing the grey cloth and eightfold weight of water into a dye vat; 3) heating the grey cloth and the water to a temperature of 60 DEG C, adding reactive emerald blue MZ-HGN, 7GFF fluorescent yellow and salt into the dye vat in sequence to reserve the temperature for 30 minutes; 4) continuously heating the mixture to a temperature of 80 DEG C, and gradually adding calcined soda for fixation, and reserving the temperature for 30minutes; 5) continuously heating the mixture to a temperature of 100 DEG C, and reserving the temperature for 15 minutes; 6) comparing the grey cloth with a sample, cooling the grey cloth to a temperature of 70 DEG C, and removing dye liquor; 7) washing the grey cloth with water twice after the steps; 8) washing the water washed grey cloth with soap once at a temperature of 90 DEG C; 9) washing the grey cloth which is washed by the soap for 2 or 3 times with water; 10) carrying out softening treatment on the water washed grey cloth at 40 DEG C, reserving the temperature for 15 minutes and taking the grey cloth out of the dye vat; 11) dehydrating the grey cloth; 12) drying the grey cloth; 13) shaping the grey cloth. The cloth dyed through the method not only can meet the requirement of clients on color brightness, but also achieves the corresponding quality index.
Owner:ZHEJIANG YINHE PRINTING & DYEING

Special diatom ooze paint for children as well as application and application method thereof

The invention relates to a special diatom ooze paint for children as well as application and an application method of the paint. The paint comprises the following component in percentage by mass: 3-5% of adhesive powder, 20-35% of siliceous sand, 5-8% of wood fiber, 20-35% of diatomite, 10-15% of loess, 3-5% of clay, 5-8% of medical stone, 3-5% of zeolite, 2-3% of lazurite, 2-2.5% of onyx, 0.1-0.3% of emerald, 0.1-0.3% of jade, 0.3-0.5% of topaz, 1-1.5% of biotite, and 0.2-1% of toner, wherein the toner is one or more of iron red, ferrite yellow, iron oxide black and ultramarine. The invention also relates to application and the application method of the special diatom ooze paint for children in the children living environment. The paint can adjust the indoor air humidity, purity air and insulate sound and heat.
Owner:刘娜

Preparation method of hesperidium aurantium tea

The present invention discloses a preparation method of hesperidium aurantium tea. The preparation method comprises the following steps: 1) fresh hesperidium aurantium is picked, the picked hesperidium aurantium is washed clean, and water content on the surfaces of the washed hesperidium aurantium is drained; 2) an opening is cut out on the hesperidium aurantium and the hesperidium aurantium is divided into two parts of a lid body and a hesperidium aurantium main body; fruit flesh in the hesperidium aurantium main body is dig out to obtain a hesperidium aurantium container; 3) the lid body and the hesperidium aurantium container are dried until no water is left; 4) the hesperidium aurantium container is taken out and filled with the tea leaves to obtain semi-finished products; and 5) the semi-finished products and lid body are put into a dryer; and an air inlet volume of the dryer is adjusted to be 1,500-2,100 m<3>/h, an air outlet volume of the dryer is 760-1360 m<3>/h, a temperature is controlled at 40-45 DEG C, the drying is conducted for 18-26 h, and the finished products are obtained. The preparation is less in steps and simple in processes. The hesperidium aurantium is emerald green in appearance. The hesperidium aurantium tea is uniform in color and luster, maintains the characteristics of the fresh hesperidium aurantium, is good in appearance, at the same time, maximally maintains the original taste of the hesperidium aurantium and tea leaves, and is fragrant, delicate and mellow in smell, and resistant to storage.
Owner:广东省壹柑园食品有限公司

Cultivation liquid for emerald pearls

The invention discloses cultivation liquid for emerald pearls. Surfaces of pearls formed by the conventional growth method are in an off-white color, a yellowish-white color, a baby pink color and the like, although the pearls have beautiful colored luster, the colors are still monotonous, and particularly the emerald effect of the pearls cannot be shown. The cultivation liquid for the pearls is prepared from animal biliary liquid, bamboo juice, parasitic plant juice, ophiuros juice, seabed stone solution and vitamin B12 solution. In the practice process, after cultivated pearl nuclei are processed by the cultivation liquid, the pearls are cultivated by the conventional cultivation method for 1 to 2 years, and nacreous layers of the obtained pearls achieve the transparent or semitransparent emerald effect, the pearls are glittering and translucent, round as the pearls and smooth as jade, gorgeous and noble, beautiful and colorful, and mainly take green and blue colors.
Owner:北海市源龙珍珠有限公司

Production method of selenium-enriched green tea

The invention discloses a production method for selenium-enriched green tea. Selenium content in green tea can be significantly increased by utilizing the production method. The production method is implemented through the following technical scheme: spraying mixture of 100g of humic acid selenium titanium fertilizer and 40-50kg of water to tea tree leaf surface per mu before tea picking, and 8-15 days after fertilization, finishing fresh leaves picking. The production method comprises the following steps of: 1) spreading and airing for 3-4 hours; 2) carrying out enzyme deactivation at temperature of 285-340 DEG C for 55-65 seconds; 3) tidying tea strip at 220-240 DEG C for 3-5 minutes; 4) reshaping at 185-195 DEG C and gently pressing for 55-65 seconds; 5) drying at 75-195 DEG C twice, 9-11 minutes each time; and 6) refining: spreading dried tea, removing stalks, and sieving and finally packaging. The prepared green tea has high selenium content and emerald green color and luster.
Owner:镇江市丹徒区上党墅农茶叶专业合作社

Processing and making method of sweet potato leaf tea

The invention relates to a processing and making method of sweet potato leaf tea. The processing and making method is characterized by comprising nine steps as follows: picking, stripping, tedding, fixation, drying with wind, rolling, sieving, aroma-increasing, dehydration and the like. The processing and making method has the beneficial effects that in appropriate seasons, fresh and tender sweet potato leaves are picked, and leaf stems and crude veins are stripped, so that clean and pure degrees of the sweet potato leaf tea can be maintained, and steam of the leaf stems and the crude veins is used for performing steam fixation, and pure fragrance of the sweet potato leaf tea can be further guaranteed; fixation and drying with wind can be performed through a conveyor belt, so that the shape of leaf blades can be maintained, and shapes, appearances and dimensions of the formed tea are uniform; rolling is performed when the dried tea is hot, so that perfect models can be obtained, bitterness in the sweet potato leaves can be removed, and after the aroma increasing, the bitterness can be further covered. The sweet potato leaf tea made in the manner is tidy in appearances, emerald green in color, clean, pure and strong in fragrance, dark green and transparent in color of tea soup, fresh, tender and mellow in taste of the tea soup, and elegant and fragrant in smell of the tea soup. The quality of sweet potato leaf tea products is greatly improved.
Owner:聂洪品
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