Canned goods from fish and vegetables

FIELD: food processing industry, in particular production of canned goods from fish and vegetables.

SUBSTANCE: claimed canned goods are produced by fresh white cabbage cutting and freezing; fresh cepes blanching and cutting; carrot, white roots and onion cutting, roasting in melt butter and pulping; fish fillet cutting; wheat flout roasting. Cabbage and cepes are blended in oxygen-free atmosphere to produce garnish. Carrot, white roots, onion are blended with tomato paste, fish broth, sugar, table salt, black pepper and bay leaf to produce sauce. Then fish fillet, garnish and sauce are pre-packed, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

 

The invention relates to the production technology of abovewhich canned.

A method of obtaining cooking food "Fish stewed, boiled cabbage in tomato sauce", providing training prescription components, boiling, and separation from the broth and cut fresh mushrooms, cut lemon, cut fish fillets into serving pieces, laying them in a row, add hot water, salt, onions, white roots, black pepper bitter, Bay leaf and mushroom broth, pripuskanie for 10-15 minutes and the Department of fish fillet with getting the main component, chopping and boiling in salted water fresh cabbage and add to it butter receiving side, cutting, passerovannye in margarine carrots, parsley root and onions, add tomato puree, passerovannye for 15-20 minutes, add the white sauce, cooking for 25-30 minutes, add sugar, salt and black pepper bitter, rubbing and bring to the boil with the receipt of the sauce and the formation of ready meals from the main component, mushrooms, lemon, garnish and sauce (Godunov LE, a Collection of recipes of dishes for catering - SPb.: ProFix, 2003, s, 197-199).

The technical result of the invention to provide a new canned food, vladusic increased digestibility compared to the same culinary dish.

This result is achieved by a method of producing canned Fish with cabbage in tomato sauce envisages preparation of recipe components, chopping and freezing of fresh cabbage, blanching and cutting fresh mushrooms, cut, passerovannye in melted butter and RUB carrots, white roots and onions, cut fish fillets, passerovannye wheat flour, mixing without oxygen cabbage and mushrooms with getting garnish, mixing carrots, white roots, onions, wheat flour, tomato paste, fish broth, sugar, salt, citric acid, black pepper bitter and Bay leaf with obtaining sauce, packing fish fillets, garnish and sauce at the next flow of components, parts by weight:

fish fillets300
cabbage551,25
mushrooms72
carrots3,75-3,86
parsnip21-21,33
onions18,6-18,84
wheat flour1,88
melted butter30,75
tomato paste 30%at 11.25
sugar0,75
Sol12/td>
citric acid0,3
black pepper bitter0,34
Bay leaf0,33
fish brothto the output of the target product 1000

sealing and sterilisation.

The method is implemented as follows.

Prescription components prepared according to the traditional technology. Prepared fresh cabbage chopped and subjected to freezing, it is desirable slow. Prepared fresh mushrooms are blanched in hot water and cut. Prepared carrots, parsnip and onions are cut, passer in melted butter and wipe. Prepared fish fillets cut. Prepared wheat flour passer.

Then without oxygen mix cabbage and mushrooms with obtaining a garnish.

Mix the carrot, parsnip, onion, wheat flour, tomato paste, fish broth, sugar, salt, citric acid, black pepper bitter and Bay leaf with obtaining sauce.

Fish fillets, garnish and sauce is Packed with the above-stated flow components, sealed and sterilized to obtain the target product.

Consumption of all components, except fish broth, given taking into account norms of waste and losses of each type of raw material. If using tomato paste with sod is a neigh of dry matter, not coincident with the prescription, consumption recalculated to equivalent solids content. For components of plant origin are given as intervals expenses cover their possible change of shelf life of raw materials. The minimum value of consumption take in the second calendar half-year, and the maximum in the first.

Obtained according to the described technology preserves on organoleptic and physico-chemical parameters correspond to GOST 12292.

Check digestibility of canned food, obtained by the proposed method, and cooking meals for the closest analogue was carried out by culturing on their samples test organism Tetrachimena pyriformis. Digestibility was assessed by the number of ciliates in 1 cm3product. It was for an experienced product 12,2·104and for the control of product 7,7·104respectively.

Thus, the proposed method allows to get new cans with improved digestibility as compared to similar culinary dish.

The method of producing canned fish with cabbage in tomato sauce, providing training prescription components, chopping and freezing of fresh cabbage, blanching and cutting fresh mushrooms, cut, passerovannye in melted butter and RUB carrot, is elih roots and onions, cut fish fillets, passerovannye wheat flour, mixing without oxygen cabbage and mushrooms with getting garnish, mixing carrots, white roots, onions, wheat flour, tomato paste, fish broth, sugar, salt, citric acid, black pepper bitter and Bay leaf with obtaining sauce, packing fish fillets, garnish and sauce at the next flow of components, parts by weight:

Fish fillets300
Cabbage551,25
Mushrooms72
Carrots3,75-3,86
Parsnip21-21,33
Onions18,6-18,84
Wheat flour1,88
Melted butter30,75
Tomato paste 30%at 11.25
Sugar0,75
Sol12
Citric acid0,3
Black pepper bitter0,34
Bay leaf0,33
Fish brothTo the output of the target product 1000

sealing and sterilisation.



 

Same patents:

FIELD: food processing industry, in particular production of canned goods for space feeding.

SUBSTANCE: claimed canned goods are produced by potato, turnip, celery root and part of parsley root cutting, blanching and chopping; fresh white cabbage shredding, freezing and chopping; part of carrot blanching and chopping; marrow cutting and chopping; skimmed fish fillet and part of onion chopping; rest parts of carrot, onion, and parsley root cutting, roasting in melt butter and chopping; garlic pulping; wheat flour roasting. Abovementioned components are blended with fish broth, tomato paste, sugar, table salt, citric acid and CO2-extracts from clove, cinnamon, black pepper and bay leaf. Obtained mixture are pre-packed in aluminum tubes, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food processing industry, in particular production of canned goods from fish and vegetables.

SUBSTANCE: claimed canned goods are produced by potato, turnip, celery root and part of parsley root cutting and blanching; fresh white cabbage shredding and freezing; part of carrot cutting and blanching; rest parts of carrot and parsley root cutting and roasting in vegetable oil followed by partial pulping thereof; onion cutting, partial roasting in vegetable oil and partial pulping of onion roasted part; fish fillet and pumpkin cutting; garlic pulping; wheat flour roasting. Non-pulped parts of carrot, parsley root and onion, celery root, potato, turnip cabbage and pumpkin are blended in oxygen-free atmosphere to produce garnish. Pulped parts of carrot, white roots and onion, garlic, wheat flour are blended with tomato paste, fish broth, acetic acid, clove, cinnamon, black pepper and bay leaf to produce sauce. Then fish fillet, garnish and sauce are pre-packed, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food processing industry, in particular canned goods for space feeding.

SUBSTANCE: claimed method includes fresh white cabbage shredding, freezing, and chopping; fresh champignon blanching and chopping; white root blanching and pulping; skimmed fish fillet chopping; onion pulping; wheat flour roasting. Abovementioned components are blended with fish broth, melt butter, dry white vine, table salt, citric acid and CO2-extract of lemon skin, black pepper, and bay leaf. Obtained mixture is pre-packed in aluminum tubes, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food industry.

SUBSTANCE: the suggested innovation deals with the technology for manufacturing first-course canned food for cosmic nutrition. The suggested canned food should be manufactured due to chopping, blanching and reducing potatoes upon a roller; cutting, freezing and reducing new white cabbage upon a roller; and, also, cutting, heating in melted butter and reducing the carrots, parsley root, leek and onions upon a roller; blanching and reducing the kernels of green peas upon a roller, cutting and reducing meat upon a roller; greens should be reduced similarly. Then one should mix the above-mentioned components with bone broth, sour cream, tomato paste, common salt and CO2-extracts of the biomass of the preset mycromycete type, hot black pepper and laurel leaf followed by packing the obtained mixture into aluminum tubes with subsequent sealing and sterilization. This enables to manufacture new canned food being of increased digestibility.

EFFECT: higher efficiency.

41 cl

FIELD: food industry.

SUBSTANCE: the suggested canned food should be prepared due to cutting and freezing new white cabbage and, also, cutting and blanching potatoes and green beans, cutting and heating carrots and onions in melted butter followed by cutting meat and greens, mixing the above-mentioned components at oxygen-free access with common salt, hot black pepper and laurel leaf. Then one should pack the mixture obtained and bone broth followed by sealing and sterilization. This enables to obtain new canned food of higher digestibility.

EFFECT: higher efficiency.

FIELD: food processing industry, in particular canned goods for space feeding.

SUBSTANCE: claimed method includes fresh white cabbage shredding, freezing, and chopping; potato and vegetable haricot cutting, and chopping; carrot and onion cutting, roasting in melt butter and chopping; meat cutting and chopping; gardenstuff chopping. Abovementioned components are blended with bone broth, sour cream, table salt, and CO2-black pepper and bay leaf. Obtained mixture is pre-packed in aluminum tubes, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

Canned soup // 2292813

FIELD: food processing industry, in particular production of canned soup concentrates.

SUBSTANCE: claimed method includes potato cutting and blanching; tomato and fresh white cabbage cutting and freezing; carrot, parsley root and onion cutting and roasting in melt fat; grain boiling up to semi-finished state; meat and gardenstuff cutting. Obtained mixture is blended with table salt, black pepper and bay leaf in oxygen-free atmosphere, pre-packed with bone broth, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food processing industry, in particular canned goods for space feeding.

SUBSTANCE: claimed method includes fresh white cabbage shredding, freezing, and chopping; potato cutting, blanching and chopping; onion, carrot and roots of parsley and celery cutting, roasting in melt butter, and chopping; chopping of fish fillet, leek, gardenstuff, and salt cucumber. Abovementioned components are blended with fish broth, table salt, black pepper, and bay leaf. Obtained mixture is pre-packed in aluminum tubes sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food industry.

SUBSTANCE: the suggested innovation deals with the technology for manufacturing first-course canned food for cosmic nutrition. The suggested canned food should be manufactured due to chopping, blanching and reducing potatoes and turnip upon a roller; cutting, freezing and reducing new white cabbage upon a roller; and, also, cutting, heating in melted butter and reducing the carrots, parsley root and onions upon a roller; boiling cereals up to semi-finished condition and reducing it upon a roller, cutting and reducing poultry meat upon a roller; greens should be reduced similarly. Then one should mix the above-mentioned components with bone broth, sour cream, tomato paste, common salt and CO2-extracts of the biomass of the preset mycromycete type, hot black pepper and laurel leaf followed by packing the obtained mixture into aluminum tubes with subsequent sealing and sterilization. This enables to manufacture new canned food being of increased digestibility.

EFFECT: higher efficiency.

41 cl

FIELD: food industry.

SUBSTANCE: the suggested innovation deals with the technology for manufacturing first-course canned food for cosmic nutrition. The suggested canned food should be manufactured due to chopping, blanching and reducing potatoes upon a roller; cutting, freezing and reducing new white cabbage upon a roller; and, also, cutting, heating in melted butter and reducing the carrots, parsley root, leek and onions upon a roller; blanching and reducing the kernels of green peas upon a roller, cutting and reducing skinned fish filet upon a roller; greens should be reduced similarly. Then one should mix the above-mentioned components with fish broth, tomato paste, common salt and CO2-extracts of the biomass of the preset mycromycete type, hot black pepper and laurel leaf followed by packing the obtained mixture into aluminum tubes with subsequent sealing and sterilization. This enables to manufacture new canned food being of increased digestibility.

EFFECT: higher efficiency.

41 cl

FIELD: food processing industry, in particular production of canned goods for space feeding.

SUBSTANCE: claimed canned goods are produced by potato, turnip, celery root and part of parsley root cutting, blanching and chopping; fresh white cabbage shredding, freezing and chopping; part of carrot blanching and chopping; marrow cutting and chopping; skimmed fish fillet and part of onion chopping; rest parts of carrot, onion, and parsley root cutting, roasting in melt butter and chopping; garlic pulping; wheat flour roasting. Abovementioned components are blended with fish broth, tomato paste, sugar, table salt, citric acid and CO2-extracts from clove, cinnamon, black pepper and bay leaf. Obtained mixture are pre-packed in aluminum tubes, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food processing industry, in particular production of canned goods from fish and vegetables.

SUBSTANCE: claimed canned goods are produced by potato, turnip, celery root and part of parsley root cutting and blanching; fresh white cabbage shredding and freezing; part of carrot cutting and blanching; rest parts of carrot and parsley root cutting and roasting in vegetable oil followed by partial pulping thereof; onion cutting, partial roasting in vegetable oil and partial pulping of onion roasted part; fish fillet and pumpkin cutting; garlic pulping; wheat flour roasting. Non-pulped parts of carrot, parsley root and onion, celery root, potato, turnip cabbage and pumpkin are blended in oxygen-free atmosphere to produce garnish. Pulped parts of carrot, white roots and onion, garlic, wheat flour are blended with tomato paste, fish broth, acetic acid, clove, cinnamon, black pepper and bay leaf to produce sauce. Then fish fillet, garnish and sauce are pre-packed, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food processing industry, in particular canned goods for space feeding.

SUBSTANCE: claimed method includes fresh white cabbage shredding, freezing, and chopping; fresh champignon blanching and chopping; white root blanching and pulping; skimmed fish fillet chopping; onion pulping; wheat flour roasting. Abovementioned components are blended with fish broth, melt butter, dry white vine, table salt, citric acid and CO2-extract of lemon skin, black pepper, and bay leaf. Obtained mixture is pre-packed in aluminum tubes, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food industry.

SUBSTANCE: the innovation in question deals with the technology for manufacturing fish-vegetable canned food due to preparing necessary components due to cutting, heating in melted butter and grating the carrots, white culinary roots and onions; chopping and freezing new white cabbage; cutting fish filet and heating wheat flour, cutting and blanching fresh meadow mushrooms. Then it is necessary to mix the cabbage and meadow mushrooms at oxygen-free access to obtain the garnish. Then it is necessary to mix carrots, white culinary roots and onions, wheat flour, tomato paste on conversion to 30%-one, fish broth, sugar, common salt, citric acid, hot black pepper and laurel leaf to obtain the gravy. After that, one should fulfill packing procedures to pack fish filet, garnish and gravy into certain packaging followed by sealing and sterilization. The obtained canned food should be prepared at preset expenditure of components applied in weight portions. This enables to obtain new canned food being of higher digestibility against analogous culinary dishes.

EFFECT: higher efficiency.

FIELD: food industry.

SUBSTANCE: the innovation in question deals with manufacturing fish-vegetable canned food for cosmic nutrition. The suggested canned food should be prepared due to cutting, freezing and reducing new white cabbage upon a roller, blanching fresh edible boletus and reducing them upon a roller and, also, cutting white culinary roots followed by their blanching and grating, cutting and reducing skinned fish filet and onions upon a roller followed by heating wheat flour in melted butter. Then one should mix the above-mentioned components with melted butter, dry white wine, fish broth, common salt and citric acid and CO2-extracts of lemon peel, hot black pepper and laurel leaf. After that, one should fulfill packing procedures to pack the mixture obtained into aluminum tubes followed by sealing and sterilization. This enables to obtain new canned food for cosmic nutrition being of higher digestibility against analogous culinary dishes.

EFFECT: higher efficiency.

FIELD: food industry.

SUBSTANCE: the present innovation deals with the technology for manufacturing fish-vegetable canned food for cosmic nutrition. The method in question deals with preparing all necessary components: the suggested canned food should be prepared due to cutting, heating in melted butter and reducing upon a roller carrots, parsley root and onions; cutting, blanching potatoes and the Swedish turnip upon a roller; chopping, freezing new white cabbage and reducing it upon a roller, and, also, boiling, shelling and reducing hen eggs upon a roller followed by cutting the gourd to reduce it upon a roller, too. Skinned fish filet and greens should be reduced upon a roller. Garlic should be grated followed by heating wheat flour in melted butter. Then one should mix the above-mentioned components with tomato paste on conversion to 30%-one, fish broth, sugar, common salt and citric acid and CO2-extracts of hot black pepper and laurel leaf. After that, one should pack the mixture obtained into aluminum tubes followed by sealing and sterilization. The mixture obtained contains components at their preset expenditure in weight%. This enables to obtain new canned food being of higher digestibility against analogous culinary dishes.

EFFECT: higher efficiency.

FIELD: food industry.

SUBSTANCE: the innovation in question deals with the technology for manufacturing fish-vegetable canned food for cosmic nutrition due to preparing necessary components due to cutting, heating in melted butter and reducing the carrots, the parsley root and the onions upon a roller; cutting, blanching and reducing potatoes and Swedish turnip upon a roller; chopping, freezing new white cabbage and reducing it upon a roller; cutting and reducing marrows upon a roller; cutting skinned fish filet and reducing it upon a roller, heating wheat flour and grating the garlic. Then it is necessary to mix the above-mentioned components with tomato paste on conversion to 30%-one, fish broth, sugar, common salt and CO2-extracts of hot black pepper and laurel leaf. After that, one should fulfill packing procedures into aluminum tubes followed by sealing and sterilization. The obtained canned food should be prepared at preset expenditure of components applied. This enables to obtain new canned food for cosmic nutrition being of higher digestibility against analogous culinary dishes.

EFFECT: higher efficiency.

FIELD: food processing industry, in particular production of canned goods from fish and vegetables.

SUBSTANCE: claimed canned goods are produced by soaking of wheat bread in milk followed by chopping thereof; skimmed fish fillet chopping. Further abovementioned components are blended with table salt and black pepper to produce mince. Further mince is formed in form of minced collops. Collops are breaded in wheat pulled bread and roasted in vegetable oil. Fresh white cabbage is shredded, and frozen; wheat flour is roasted; onion is cut, roasted in vegetable oil and chopped. Onion, wheat flour, sour cream, fish broth, tomato paste, acetic acid, sugar, table salt, cinnamon, nutmeg, bay leaf, pimento, and black pepper are blended to produce sauce. Collops, cabbage and sauce are pre-packed, sealed and sterilized.

EFFECT: canned goods of increased digestion value.

FIELD: food industry.

SUBSTANCE: the innovation in question deals with manufacturing fish-vegetable canned food for cosmic nutrition. The suggested canned food should be prepared due to cutting, rolling with the part of wheat flour, roasting in vegetable oil and reducing skinned fish filet upon a roller, cutting, freezing and reducing new white cabbage upon a roller followed by heating the rest part of wheat flour, cutting and heating in vegetable oil and reducing the carrots, parsley root and onions upon a roller. Then one should mix the above-mentioned components with fish broth, tomato paste, dry white wine, sugar, common salt, citric acid and CO2-extracts of hot black pepper and laurel leaf. After that, one should fulfill packing procedures to pack the mixture obtained into aluminum tubes followed by sealing and sterilization. This enables to obtain new canned food for cosmic nutrition being of higher digestibility against analogous culinary dishes.

EFFECT: higher efficiency.

FIELD: food industry.

SUBSTANCE: the present innovation deals with technology for manufacturing fish-vegetable canned food for cosmic nutrition. The present innovation deals with cutting, blanching and reducing potatoes, Swedish turnip, celery root and the part of parsley root upon a roller; chopping, freezing and reducing new white cabbage upon a roller, blanching and reducing the part of carrots upon a roller, cutting and reducing the gourd upon a roller; reducing skinned fish filet and the part of onions upon a roller; cutting, heating in melted butter and reducing the rest parts of carrots, parsley root and onions upon a roller followed by grating the garlic, heating the wheat flour and mixing the above-mentioned components with fish broth, tomato paste, sugar, common salt, citric acid and CO2-extracts of clove, cinnamon, hot black pepper and laurel leaf followed by packing the mixture obtained into aluminum tubes with subsequent sealing and sterilization. The innovation enables to obtain canned food of higher digestibility.

EFFECT: higher efficiency.

FIELD: canned food industry.

SUBSTANCE: method involves placing preliminarily prepared raw material into cans; introducing oil aromatized with smoke-flavoring preparation; hermetically sealing cans; sterilizing and cooling; before aromatizing, saturating smoke-flavoring preparation with adaptogenic plant material and subjecting vegetable oil and smoke-flavoring preparation to cleaning with dry chitin or dry chitosan. Adaptogenic plant material is ginseng, eleuterococcus, magnolia-vine, spignet, etc. Method allows canned product with expressed stimulating and toning up properties to be prepared. Said product imparts enhanced physical strength, facilitates improved adaptation of organism to permanently altering habitat conditions, increases working capacity and resistance of organism to unfavorable effects of environment and improves other physiological factors necessary for organism.

EFFECT: improved consumer properties and increased prophylactic, anti-diabetic, anti-sclerotic, mild anti-narcotic effect produced by said product.

3 cl, 3 ex

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