RussianPatents.com
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Beverage precursor and its production method. RU patent 2428887. |
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FIELD: food industry. SUBSTANCE: inventions group relates to a dried beverage precursor slab weighing at least 0.2 g and containing a vegetable extract chosen from a group consisting of dry substances of tea, coffee, cocoa, fruit and their mixtures and at least one inclusion which is insoluble in boiling water. The insoluble inclusion has a maximum linear dimension equal to at least 1 mm. The packed beverage precursor contains at least one beverage precursor slab. The beverage production method envisages production of the beverage precursor slab and contacting the slab or its part with an aqueous medium. The method for production of the dried beverage precursor slab envisages production of a water premix containing a vegetable extract, production of one or more inclusions which are insoluble in boiling water, combining one or more insoluble inclusions with the water premix to produce a mixture; drying the mixture and releasing the cohesive part of the mixture weighing at least 0.2 g to produce a slab. EFFECT: inventions group allows to produce a dried beverage precursor slab whereof one may conveniently produce a beverage containing inclusions. 28 cl, 10 dwg, 6 tbl, 10 ex
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Beverage aromatizing straw / 2313260 Drinking straw has elongated tubular casing. There is predetermined amount of aromatizing concentrate within internal space of tubular casing, said aromatizing concentrate being formed as a plurality of solid spherical granules having diameter making from about 25% to about 75% the internal diameter of tubular casing, and have average diameter of from 2 mm to 3 mm. Granules are held within straw by means of filtering means formed as end caps, each having netted portion and cylindrical mounting part. Netted portion has perforations formed as elongated slots providing relatively unobstructed passage of liquid through casing, with width of slots making about 1 mm. Netted portion is generally configured as inwardly oriented cone. Granules are preferably formed from "nonpareil" type granules, each consisting of a number of concentric layers. Passage of liquid beverage induces gradual dissolving of granules and simultaneously releasing of active component into beverage during drinking. |
Method for manufacturing dry microcapsulated drink (variants) / 2287305 The present innovation refers to drinks' concentrates based upon plant raw material, for example, tea raw material. By the first variant, the method deals with obtaining plant product as an extract followed by mixing it with a supplementary substance as gum arabic, and a dairy product as dry whole milk; while mixing it is necessary to add saccharose and water to obtain emulsion that contains 1-20 weight portions of gum arabic , 5-50 weight portions of saccharose, 0.5-5.0 weight portions of dry plant extract, 35.0-70.0 weight portions of dry whole milk and 97.0-408.3 weight% water. Then comes drying due to spraying at temperature not exceeding 70° C at developing microcapsules with membranes out of gum arabic. By the second variant this method deals with obtaining plant product as aqueous plant extract at the content of dry substances being 10-30 % followed by mixing it with additional substance and dairy product. Moreover, as additional and dairy product one should apply gum arabic and dry whole milk, correspondingly. While mixing it is necessary to add saccharose and water to obtain the mixture in the form of emulsion. The latter contains 1-20 weight portions gum arabic, 5-50 weight portions saccharose, 95.1-388.3 weight portions aqueous plant extract at the content of dry substances being 10-30%, 35.0-70.0 weight portions of dry whole milk and 95.1-388.0 weight portions of water followed by drying due to spraying at temperature not exceeding 70° C, at developing microcapsules with membranes out of gum arabic. Plant extract should be obtained out of the mixture of grasses and/or, roots, and/or inflorescences, and/or fruit that contains, at least, two components. The present innovation enables to obtain dry product as microcapsules, their membrane being out of natural polymer that provides the safety of lipids (fat) and biologically active substances. |
Accelerating agent of calcium absorption / 2428193 Invention refers to medicine and pharmacology, and represents an agent compensating calcium deficiency, containing gum arabic as an active substance characterised by the fact that said gum arabic is taken in amount 1-100 g/day. |
Dry mixture for sport beverage / 2428063 Invention relates to food industry, in particular, to alcohol-free beverages intended mainly for sportsmen and persons experiencing high physical strain. The mixture includes 47-55 wt % of maltodextrin, 0.6-0.9 wt % of L-carnitine, 6-8 wt % of fructooligosaccharides and gum arabic, 0.12-0.15 wt % of a vitamin complex, 4-7 wt % of natural sea salt, 0.7-0.9 wt % of calcium lactate, 0.5-0.9 wt % of magnesium sulphate, 0.5-0.7 wt % of potassium chloride, 0.3-6.2 wt % of taste and flavour additives; the rest is fructose - up to 100%. |
Composition for functional beverage / 2428062 Invention relates to alcohol-free beverages production, in particular, to functional beverage production. The composition contains milk whey protein, maltodextrin with DE -18-20, fructose, medium-chain triglycerides, sunflower oil powder, rape oil powder, soluble food fibres, a vitamin premix containing vitamins as follows A, D, E, C, B1, B2, B5, B6, B9, B12, H, K, PP, a mineral premix containing Ca, P, Mg, K, Fe, Zn, Mn, Cu, J, taste and flavour additives, a thickener at the following initial components content, wt %: milk whey protein - 15.0÷22.0, fructose - 8.0÷20.0, medium-chain triglycerides 5.0÷15.0, rape oil powder - 4.0÷12.0, sunflower oil powder - 1.0- 10.0, soluble food fibres - 6.0÷10.0, vitamin premix - 0.05÷0.09 including: A (retinol) - 0.0004÷0.0008, D (caciferol) 0.000002÷0.000004, E (tocopherol) 0.006÷0.012, B1 - (thiamine) - 0.00068÷0.00136, B2 (riboflavin) - 0.0008÷0.0016, B5 -(pantothenic acid) - 0.002÷0.004, B6 (pyridoxin) - 0.0008÷0.0016, B12 (cyanocobalamine) - 0.0000012÷0.0000024, C (ascorbic acid) - 0.028÷0.056, H (biotin) - 0.00002÷0.00004, K (phylloquinone) - 0.000048÷0.000096, B9 (folic acid) 0.00016÷0.00032, PP (niacin) - 0.008÷0.016, mineral premix - 1.99÷3.98, including: calcium - 0.5÷1.0, magnesium - 0.16÷0.32, potassium - 1.0÷2.0, ferrum - 0.006÷0.012, zinc - 0.0048÷0.0096, iodine - 0.00006÷0.00012, phosphorus -0.32÷0.64, cuprum - 0.0004÷0.0008, manganese - 0.0008÷0.0016, taste additive - 3.0÷9.0, flavour additives - 0.20÷3.0, thickener - 0.3÷6.0, the rest is maltodextrin with DE 18-20. |
Composition for functional beverage / 2428062 Invention relates to alcohol-free beverages production, in particular, to functional beverage production. The composition contains milk whey protein, maltodextrin with DE -18-20, fructose, medium-chain triglycerides, sunflower oil powder, rape oil powder, soluble food fibres, a vitamin premix containing vitamins as follows A, D, E, C, B1, B2, B5, B6, B9, B12, H, K, PP, a mineral premix containing Ca, P, Mg, K, Fe, Zn, Mn, Cu, J, taste and flavour additives, a thickener at the following initial components content, wt %: milk whey protein - 15.0÷22.0, fructose - 8.0÷20.0, medium-chain triglycerides 5.0÷15.0, rape oil powder - 4.0÷12.0, sunflower oil powder - 1.0- 10.0, soluble food fibres - 6.0÷10.0, vitamin premix - 0.05÷0.09 including: A (retinol) - 0.0004÷0.0008, D (caciferol) 0.000002÷0.000004, E (tocopherol) 0.006÷0.012, B1 - (thiamine) - 0.00068÷0.00136, B2 (riboflavin) - 0.0008÷0.0016, B5 -(pantothenic acid) - 0.002÷0.004, B6 (pyridoxin) - 0.0008÷0.0016, B12 (cyanocobalamine) - 0.0000012÷0.0000024, C (ascorbic acid) - 0.028÷0.056, H (biotin) - 0.00002÷0.00004, K (phylloquinone) - 0.000048÷0.000096, B9 (folic acid) 0.00016÷0.00032, PP (niacin) - 0.008÷0.016, mineral premix - 1.99÷3.98, including: calcium - 0.5÷1.0, magnesium - 0.16÷0.32, potassium - 1.0÷2.0, ferrum - 0.006÷0.012, zinc - 0.0048÷0.0096, iodine - 0.00006÷0.00012, phosphorus -0.32÷0.64, cuprum - 0.0004÷0.0008, manganese - 0.0008÷0.0016, taste additive - 3.0÷9.0, flavour additives - 0.20÷3.0, thickener - 0.3÷6.0, the rest is maltodextrin with DE 18-20. |
"chelim" infusion / 2428061 Invention relates to the field of non-alcoholic industry. The method envisages milling fresh lemons and garlic bulbs in cold water, maintaining the mixture at a temperature of 2-5°C and periodical stirring for 5-7 days. Then the mixture is squeezed, filtered, bottled and closed. The alcohol-free infusion contains (per 10 decalitres of the ready beverage): garlic - 3.3 - 5 kg, lemon - 33-35 kg and the rest is water. |
Composition enriched with calcium, composition production method and food product containing composition enriched with calcium / 2428057 Invention relates to a stable calcium composition, its production method and a food product enriched with this composition. The calcium composition contains at least one source of calcium, at least one source of citrate and at least one source of metal chosen from an alkaline-earth metal other than calcium and an alkaline metal. The composition has volumetric density less than 0.6 g/cm3 and contains at least 13 wt % of calcium and at least 63 wt % of citrate in terms of dry substance. The composition production method envisages blending the components, organic calcium solution production and drying the solution to produce a dry composition. |
Multilayered beverage and its production method / 2427288 Invention relates to a multilayered beverage. Each layer of the beverage contains at least one hydrocolloid, the density of adjacent layers differing by 0.4 - 10 kg/m3. The beverage may contain 2 - 6 layers; each layer may contain the same hydrocolloid in an amount of 0.05 - 2 wt %. One of the layers may contain 10 - 30 wt % of alcohol. The method is as follows: multiple layers are separately mixed with at least one hydrocolloid; then one of the layers is placed into a container with the adjacent layer applied thereon in a measured quantity with the help of a filling device. Density of adjacent layers differing by 0.4 - 10 kg/m3. The filling device may be represented by a straw or a filler with a long tube; additionally, it may be designed so that to enable direction of liquid onto the container walls so that to generate a layer of liquid position over or under another layer. |
Alcohol-free carbonated beverage / 2427287 Invention relates to alcohol-free beverages industry. The beverage contains following ingredients per 100 cm3 of the end product: sand sugar - 6.8-8.5 g, citric acid - 0.164-0.190 g and "Aquaversiya-2" polycomponent concentrate containing a complex of extractive substances of vegetal raw materials: caraway fruits - 0.009-0.020 g, corn silk - 0.080-0.180, celeriac - 0.090-0.180 g, marjoram root - 0.058-0.070 g, horse-tail herb - 0.085-0.175 g and oat flakes-0.300-0.450 g. Additionally, the beverage contains (per 100 cm3 of the end product) extractive substances of echinacea herb - 0.005-0.014 g, "Erakond" condensed vegetal extract - 0.060-0.075 g, clove fruits infusion - 0.007-0.0012 g and orange infusion -0.450-0.550 g, culinary salt -0.010-0.025 g, sodium benzoate -0.015-0.0172 g, carbon dioxide -0.330-0.485 g and drinking water - balance. |
Products of natural beverage type / 2427286 Group of inventions relates to natural beverages and their production. The product of natural beverage type contains only natural components, monatin and at least one acidifier containing lactic acid and at least tartaric and/or citric acid and, optionally, other natural carboxylic acids except phosphoric acid. The acidifier attenuates monatin aftertaste in the natural beverage. The method for production of the natural beverage type product is implemented as follows. A monatin-containing sweetener is added to the beverage. The natural beverage contains lactic acid and at least tartaric and/or citric acid and, optionally, other natural carboxylic acids except phosphoric acid. The acidifier attenuates monatin aftertaste in the natural beverage. |
Products of natural beverage type / 2427286 Group of inventions relates to natural beverages and their production. The product of natural beverage type contains only natural components, monatin and at least one acidifier containing lactic acid and at least tartaric and/or citric acid and, optionally, other natural carboxylic acids except phosphoric acid. The acidifier attenuates monatin aftertaste in the natural beverage. The method for production of the natural beverage type product is implemented as follows. A monatin-containing sweetener is added to the beverage. The natural beverage contains lactic acid and at least tartaric and/or citric acid and, optionally, other natural carboxylic acids except phosphoric acid. The acidifier attenuates monatin aftertaste in the natural beverage. |
Common large-rooted chicory dry extract production method / 2428885 Common large-rooted chicory dry extract production method envisages milled water-soluble root crops substances extraction with subsequent evaporation, purification and drying of the extract. Raw material is represented by root crops in raw or dried condition. Extraction is twice performed with hot water at a temperature of 80-85°C during 60 minutes at a ratio of the raw material to the extragent 2:5-1:5, the extracts are combined, evaporated under vacuum at a temperature of 50-60°C and at a residual pressure of 120-150 mm Hg till dry substances content is 25-30%, decoloured by addition of OU-V active carbon in an amount of 1.5-2.0% of evaporated extract dry substances weight at a temperature of 55-60°C during 40-60 minutes; then the produced suspension is separated by filtration through textile with an alluvial perlite layer at a ratio of 1:1 to carbon and dried in a spray drier at the solution temperature of 40-45°C with hot air delivery temperature 120-125°C and the chamber outlet air temperature 70°C. Such processing of chicory allows to extract water-soluble polyfructosans with SP>2 degree of polymerisation. |
Bakery product production method / 2428860 Method envisages preparation of a light dough semi-product containing prime grade wheat flour, pressed bakery yeast, holy thistle seeds, sugar, salt, vanillin and water and a dark dough semi-product containing a mixture of prime grade wheat flour and flavoured scorzonera flour produced in accordance with a specified technology, pressed bakery yeast, holy thistle seeds, sugar, salt and water, their proofing, alternate placing, twisting, proofing and baking. |
Bakery product production method / 2428859 Method envisages preparation of a light dough semi-product containing prime grade wheat flour, pressed bakery yeast, holy thistle seed oil, sugar, salt, vanillin and water and a dark dough semi-product containing a mixture of prime grade wheat flour and flavoured yacon flour produced in accordance with a specified technology, pressed bakery yeast, holy thistle seed oil, sugar, salt and water, their proofing, alternate placing, twisting, proofing and baking. |
Bakery product production method / 2428858 Method envisages preparation of a light dough semi-product containing prime grade wheat flour, pressed bakery yeast, holy thistle seed oil, sugar, salt, vanillin and water and a dark dough semi-product containing a mixture of prime grade wheat flour and flavoured yacon flour produced in accordance with a specified technology, pressed bakery yeast, holy thistle seed oil, sugar, salt and water, their proofing, alternate placing, twisting, proofing and baking. |
Bakery product production method / 2428028 Method envisages preparation of a light dough semi-product containing prime grade wheat flour, pressed bakery yeast, holy thistle seed oil, sugar, salt, vanillin and water and a dark dough semi-product containing a mixture of prime grade wheat flour and flavoured girasol-sunflower flour produced in accordance with a specified technology, pressed bakery yeast, holy thistle seed oil, sugar, salt and water, their proofing, alternate placing, twisting, proofing and baking. |
Bakery product production method / 2426345 Method envisages preparation of a light dough semi-product containing prime grade wheat flour, pressed bakery yeast, holy thistle seed oil, sugar, salt, vanillin and water and a dark dough semi-product containing a mixture of prime grade wheat flour and flavoured oyster plant flour produced in accordance with a specified technology, pressed bakery yeast, holy thistle seed oil, sugar, salt and water, their proofing, alternate placing, twisting, proofing and baking. |
Coffee-and-milk fluid concentrates / 2422033 Group of inventions related to mixed fluid concentrates that may be recovered to produce an instant coffee-and-milk beverage using hot or cold liquids and a production method. The mixed coffee-and-milk concentrate for beverage production contains a concentrated fluid milk component, with dry milk substances content from approximately 12% to approximately 20% including dry skimmed milk substances, as well as milk fat and lactose. The concentrated fluid milk component contains milk protein and lactose (at least approximately 90% and less than approximately 9% of milk dry substances content accordingly), dry coffee substances (from approximately 2% to approximately 6%), an effective quantity of a stabiliser salt so that the mixed coffee-and-milk concentrate (after heat treatment) is a fluid material with dry coffee substances to stabiliser salt ratio varying within close limits from approximately 5.8:1 to approximately 3.3:1 when coffee content approximately 2%, from approximately 5.4:1 to approximately 3.4:1 when coffee content approximately 3%, from approximately 5.0:1 to approximately 3.5:1 when coffee content approximately 4%, from approximately 4.4:1 to approximately 3.6:1 when coffee content approximately 5% and from approximately 4.8:1 to approximately 4.3:1 when coffee content approximately 6%. The concentrate is noted for a high content of dry substances (approximately 30% or more). The mixed coffee-and-milk concentrate for beverage production contains ultrafiltered milk components, with total dry milk substances content from approximately 12% to approximately 20%, milk protein content from approximately 7% to approximately 11% and lactose content less than approximately 1%, dry coffee substances (from approximately 2% to approximately 6%), an effective quantity of a stabiliser salt so that the mixed coffee-and-milk concentrate remains fluid after sterilisation heat treatment. The coffee dry substances to buffer salt ratio varies within close limits from approximately 5.8:1 to approximately 3.3:1 when coffee content approximately 2%, from approximately 5.4:1 to approximately 3.4:1 when coffee content approximately 3%, from approximately 5.0:1 to approximately 3.5:1 when coffee content approximately 4%, from approximately 4.4:1 to approximately 3.6:1 when coffee content approximately 5% and from approximately 4.8:1 to approximately 4.3:1 when coffee content approximately 6%. The method for production of the fluid coffee-and-milk concentrate for beverage preparation includes liquid milk concentration using ultrafiltration and diafiltration to produce a concentrated liquid milk base containing milk protein and lactose (at least approximately 90% and less than approximately 9% of milk dry substances content accordingly); mixing dry instant coffee in an amount from approximately 2% to approximately 6% of dry substances with the concentrated liquid milk base so that the dry coffee substances to stabiliser ratio is from approximately 5.8:1 to approximately 3.3:1 and sterilisation heat treatment of the concentrated liquid milk base containing dry instant coffee substance and a stabiliser to produce the fluid coffee-and-milk beverage concentrate. |
Coffee composition / 2420086 Present invention relates to a coffee composition, in particular, to a composition of instant coffee. The coffee composition contains coffee, a foaming agent, a protein source and kappa-carrageenan or iota-carrageenan or their mixture in an amount of at least 1.3 (weight) % of the composition total weight. The present invention also relates to a method for production of such composition and such beverage. |
Method for production of flavoured coffee beverage "sevastopolsky" (versions) / 2418460 Group of inventions is related to food industry, namely to coffee substitutes production. The methods provide for preparation of recipe components, extraction of flavoured vegetable raw material envisaged by the method versions by liquid nitrogen with separation of according miscella, cutting oyster plant, its drying in microwave field at specified parametres of the process and frying, barley grains and soya frying, mixing of oyster plant, barley grains and soya, impregnation of the produced mixture by separated miscella with simultaneous increase of pressure, pressure reduction down to atmospheric one with simultaneous freezing of mixture and its cryo-grinding in medium of released nitrogen. |
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