序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 Verfahren zur Herstellung eines Milchmischproducktes enthaltend eine Fruchtzubereitung EP14176916.6 2007-10-19 EP2807929A1 2014-12-03 Jeindl, Matthias

Die Erfindung betrifft ein Verfahren zur Herstellung eines Milchmischproduktes umfassend eine Milchgrundmasse und eine Fruchtzubereitung, wobei die Fruchtzubereitung mindestens drei Komponenten A, B und C umfasst.

62 VERFAHREN ZUR HERSTELLUNG EINER FRUCHTZUBEREITUNG EP07819148.3 2007-10-19 EP2088874B1 2014-08-27 JEINDL, Matthias
63 VERFAHREN ZUR HERSTELLUNG VON SAUERMILCHPRODUKTEN, VERFAHREN ZUR VERARBEITUNG DER MILCH DAFÜR, SAUERMILCHPRODUKTLINIE, VORRICHTUNG ZUR VERARBEITUNG DER MILCH FÜR BESAGTE LINIE EP05781064 2005-08-08 EP1790231A4 2010-07-21 MARCHENKO VIKTOR VASILIEVICH; SOTNIKOV VALERY ALEXANDROVICH
64 VERFAHREN ZUR HERSTELLUNG VON SAUERMILCHPRODUKTEN, VERFAHREN ZUR VERARBEITUNG DER MILCH DAFÜR, SAUERMILCHPRODUKTLINIE, VORRICHTUNG ZUR VERARBEITUNG DER MILCH FÜR BESAGTE LINIE EP05781064.0 2005-08-08 EP1790231A1 2007-05-30 MARCHENKO, Viktor Vasilievich; SOTNIKOV, Valery Alexandrovich

Die Erfindung betrifft das Gebiet der Milchindustrie und kann zur Produktion von pasteurisierter Vollmilch oder von wiederaufgebauter Milch und darauf beruhenden Sauermilchprodukten mit langer Lagerungszeit und mit verbesserten, sinnlich wahrnehmbaren (organoleptischen) Kennwerten verwendet werden. Die Erfindung ermöglicht die Ausführung einer sorgfältigeren Milchsterilisierung und die Vermeidung der Rekontamination während aller Produktherstellungsstufen. Die Erfindung umfasst ein Verfahren zur Herstellung von Sauermilchprodukten, wobei dieses Verfahren darin besteht, dass der Vorgang der Milchbehandlung und die nachfolgenden Vorgänge der Erzeugung der Sauermilchprodukte beim Vorhandensein eines in Milch gelösten Polyphosphorsäurederivats gemäß der folgenden, allgemeinen Formel durchgeführt werden: HO-[PO3X]n-PO3X2, wobei X Ionen des Natriums, Kaliums, Kalziums, Magnesiums, Wasserstoffs oder des Ammoniums sind, 30 ≥ n ≥ 1 bei einem quantitativen Wert ist, der in einem Bereich von 0,4-0,7g/l liegt, wobei die Milchbehandlung mit einer zweifachen Pasteurisierung erfolgt, die Abfüllung und die Verpackung unter Abdichtung bei einer Temperatur von 68-72°C bis zur zweiten Pasteurisierung verbunden sind und die Säureweckergabe in hermetisch verpackter Milch bei einer Ultraviolettbestrahlung der Säureweckergabe-Zone mit nachfolgender Endabdichtung der Verpackung vorgenommen wird. Das Verfahren gemäß der Erfindung zur Milchbehandlung besteht darin, dass nach einer ersten Pasteurisierung die Milch auf einer Temperatur von 68-72°C für die Dauer von mindestens 15 Minuten für Trinkmilch und für die Dauer von mindestens 5 Minuten für Sauermilchprodukte gehalten wird, dass die Abfüllung unter Vakuum nach dem Halten auf der genannten Temperatur durchgeführt wird und dass danach die hermetisch verschlossene Milch bis auf eine Temperatur von 12-37°C für mindestens 30 Minuten gekühlt wird. Die zweite Pasteurisierung wird nach dem angegebenen Halten durch eine Milcherhitzung bis auf eine Temperatur von 68-72°C mit einer Geschwindigkeit von mindestens 10°C/s durchgeführt. Der Aufbau einer Fertigungsstraße zur Ausführung des Verfahrens zur Herstellung von Sauermilchprodukten und eine zur Ausführung des Milchbehandlungsverfahrens verwendete Einrichtung zur Milchbehandlung werden ebenfalls offenbart.

65 Procédé et installation de traitement du lait réfrigéré EP80400174.1 1980-02-05 EP0015184A1 1980-09-03 de Roissart, Henri; Amen, Jean; Gouges, Yves

On traite le lait par un gaz peu soluble dans l'eau, tel l'azote, et par l'anhydride carbonique ; t'azote étant introduit en quantité telle que la concentration maximale en oxygène dissous corresponde à 40 %de la quantité d'oxygène dissous du lait saturé à l'air; l'anhydride carbonique étant introduit en quantité telle que la concentration minimale du lait en anhydride carbonique dissous corresponde à 10 %de la quantité de l'anhydride carbonique dissous dans le lait à saturation de ce gaz.

Le procédé qui provoque l'inhibition du développement de certains microorganismes, en particulier des germes psychrotrophes, est applicable au stockage du lait à la ferme, au cours du transport, en citernes mobiles, à l'usine et pour la conservation du lait de consommation.

66 MILK DRINK/FOOD PACKED IN TRANSPARENT CONTAINER AND METHOD OF PRODUCING THE SAME EP06832981.2 2006-11-20 EP1964790B1 2015-06-24 HARA, Tomokazu; TAGUCHI, Tomoyasu; KUBOTA, Yasushi
67 MILK DRINK/FOOD PACKED IN TRANSPARENT CONTAINER AND METHOD OF PRODUCING THE SAME EP06832981 2006-11-20 EP1964790A4 2013-07-10 HARA TOMOKAZU; TAGUCHI TOMOYASU; KUBOTA YASUSHI
68 METHOD OF TREATING FOODSTUFF EP08775479.2 2008-06-13 EP2162021A1 2010-03-17 ALATOSSAVA, Tapani; MUNSCH-ALATOSSAVA, Patricia
The present invention relates to a method of improving the safety, the quality and the durability of foodstuffs and raw materials which are used in the production of foodstuffs, and to a foodstuff or a foodstuff raw material. A foodstuff or a foodstuff raw material is treated with pure nitrogen gas in order to prevent the growth of microbes in the foodstuff or the foodstuff raw material. The nitrogen gas method according to the present invention makes it possible to eliminate efficiently the bacteria which produce large quantities of phospholipase from the foodstuff or the foodstuff raw material. The nitrogen gas method is especially suitable for the treatment of milk products, particularly raw milk.
69 Methods to store human breast milk EP08002569.5 2008-02-12 EP1982599A1 2008-10-22 McKendry, Bruce P.

Methods for storing human breast milk, preserving its natural flavor and nutritional content. Through the use of an apparatus such as a breast pump, breast milk is expressed from a lactating woman. The milk is transferred through a fill line into a storage container. After the container is substantially filled with breast milk, the fill line is decoupled from the breast pump output, and a vacuum is applied to the line. After the remaining air is evacuated from the container, an isolation valve in the fill line is closed, sealing the container in an evacuated condition. The fill line is removed from the valve, and the container is placed into a freezer or refrigerator for storage. When ready for use, the container is removed from the freezer or refrigerator, the milk is thawed, and the vacuum is broken, allowing removal of the milk for transfer to a bottle.

70 MILK DRINK/FOOD PACKED IN TRANSPARENT CONTAINER AND METHOD OF PRODUCING THE SAME EP06832981.2 2006-11-20 EP1964790A1 2008-09-03 HARA, Tomokazu c/o Divis.Res.and Dev. MEIJI DAIRIES CORP.; TAGUCHI, Tomoyasu c/o Divis.Res.and Dev. MEIJI DAIRIES CORP; KUBOTA, Yasushi c/o MEIJI DAIRIES CORPORATION

An object of the present invention is to provide a milk-type food and drink including cow's milk packed in a transparent container such as a PET bottle, which does not generate off-flavor due to photoinduction even when the milk-type food and drink is a store-displaying commercial product which is apt to come under the influence of sunlight and fluorescent light. The invention relates to a milk-type food and drink packed in a transparent container which substantially shields light in the wavelength region of 550 to 720 nm, and a process for producing a milk-type food and drink, which comprises packing a ma.lk-type food and drink in a transparent container which substantially shields light in the wavelength region of 550 to 720 nm.

71 Improvements relating to the storage of fresh liquid milk products EP81302954.3 1981-06-29 EP0043276B2 1990-08-01 Wiles, Robert; Prentice, George Anderson; Brown, John Virgo
72 Improvements relating to the storage of fresh liquid milk products EP81302954.3 1981-06-29 EP0043276B1 1984-03-21 Wiles, Robert; Prentice, George Anderson; Brown, John Virgo
73 Improvements relating to the storage of fresh liquid milk products EP81302954 1981-06-29 EP0043276A3 1982-02-10 Wiles, Robert; Prentice, George Anderson; Brown, John Virgo

The shelf life of liquid milk products, e.g. whole milk or cream, can be prolonged e.g. for at least 4 weeks when stored at below 10°C, by heating the liquid milk product at 105°-130°C for 0.5 seconds to 5 minutes, cooling the milk product to below 25°C and packaging it aseptically into sealed containers. Suitable time and temperature combinations are, for instance, 1-2 seconds at 120°-125°C or 2-5 minutes at 110°C. Appropriate combinations of time and temperature have the effect of inhibiting the development of bacteria, including psychrotrophic spore forming bacteria whose germination is stimulated at the temperatures conventionally used to pasteurise milk, while at the same time, avoid the development of the characteristic unpleasant 'cooked' taste of sterilised milk products.

74 METHOD FOR PRODUCING A MILK-BASED PRODUCT WITH REDUCED PLASMIN-ACTIVITY EP16763300.7 2016-08-31 EP3344047A1 2018-07-11 LÄHTEVÄNOJA, Saara; KALLIOINEN, Harri
The present invention relates to a method of inactivation of plasmin enzyme in a milk-based product, wherein casein and whey protein are separated from a milk raw material by microfiltration to provide a casein concentrate as a microfiltration retentate having a whey protein content of less than 20 wt. %, based on the total protein content of the concentrate, and a whey protein concentrate as a microfiltration permeate; the casein concentrate is subjected to a thermal treatment at a temperature in the range of about 72° C. to about 95° C. to provide a thermally treated casein concentrate; and a milk-based product with a reduced plasmin activity comprising the thermally treated casein concentrate is provided. The milk-based products prepared by the method retain flawless organoleptic properties at different storage temperatures even under prolonged storage periods.
75 METHOD TO TRANSPORT LIQUID MILK EP16750501.5 2016-06-17 EP3310180A1 2018-04-25 BRASSER, Diederick Joost Servaes
The invention is directed to a method to transport liquid milk to obtain transported liquid milk during a supply chain time of more than 10 days wherein during at least a 90% of the duration of the supply chain time the liquid milk is kept at a temperature of less than 2° C. A ship is provided in the supply chain with one or more containers for carrying between 40 and 5000 M3 liquid milk. Raw milk is subjected to a pasteurization thermal treatment to obtain processed milk for transport by the ship in the supply chain.
76 METHOD OF TREATING FOODSTUFF EP08775479.2 2008-06-13 EP2162021B1 2018-03-21 Alatossava, Tapani; Munsch-Alatossava, Patricia
The present invention relates to a method of improving the safety, the quality and the durability of foodstuffs and raw materials which are used in the production of foodstuffs, and to a foodstuff or a foodstuff raw material. A foodstuff or a foodstuff raw material is treated with pure nitrogen gas in order to prevent the growth of microbes in the foodstuff or the foodstuff raw material. The nitrogen gas method according to the present invention makes it possible to eliminate efficiently the bacteria which produce large quantities of phospholipase from the foodstuff or the foodstuff raw material. The nitrogen gas method is especially suitable for the treatment of milk products, particularly raw milk.
77 PACKAGED AMBIENT DAIRY BEVERAGE EP15787598.0 2015-10-30 EP3212005A1 2017-09-06 KAPCHIE, Virginie; PRABHAKAR, Veena; ROUSSET, Philippe; SHER, Alexander A.
A packaged product consisting essentially of an aseptic dairy beverage in a closed container is disclosed. The beverage may be foamed by shaking, to provide a pleasant foamy texture.
78 METHOD OF TREATING FOODSTUFF EP08775479 2008-06-13 EP2162021A4 2011-08-31 ALATOSSAVA TAPANI; MUNSCH-ALATOSSAVA PATRICIA
The present invention relates to a method of improving the safety, the quality and the durability of foodstuffs and raw materials which are used in the production of foodstuffs, and to a foodstuff or a foodstuff raw material. A foodstuff or a foodstuff raw material is treated with pure nitrogen gas in order to prevent the growth of microbes in the foodstuff or the foodstuff raw material. The nitrogen gas method according to the present invention makes it possible to eliminate efficiently the bacteria which produce large quantities of phospholipase from the foodstuff or the foodstuff raw material. The nitrogen gas method is especially suitable for the treatment of milk products, particularly raw milk.
79 VERFAHREN ZUR HERSTELLUNG VON SAUERMILCHPRODUKTEN, VERFAHREN ZUR VERARBEITUNG DER MILCH DAFÜR, SAUERMILCHPRODUKTLINIE, VORRICHTUNG ZUR VERARBEITUNG DER MILCH FÜR BESAGTE LINIE EP05781064.0 2005-08-08 EP1790231B1 2011-05-11 MARCHENKO, Viktor Vasilievich; SOTNIKOV, Valery Alexandrovich
The inventions relate to the milk industry and can be used for producing pasteurised whole or reconstituted milk and sour milk products which are based thereon, have a long-term storage time and exhibit improved organoleptic characteristics. Said invention makes it possible to carry out a more careful milk sterilisation and to exclude the recontamination of products during all production stages thereof. The sense of the invention lies in a method for producing sour milk products consisting in carrying out a milk treatment process and subsequent operations in the presence of a milk-soluble polyphosphoric acid derivative of general formula HO-[PO3X]n-PO3X2, wherein X represents sodium, or potassium, or calcium, or magnesium, or hydrogen or ammonium ions and 30≥n≥1 at a quantitative value thereof ranging from 0.4 to 0.7g/l. The milk treatment is carried out by double pasteurisation, filling and packing are associated with sealing at a temperature of 68-72 °C up to the second pasteurisation, a starter is inoculated into packed milk at ultraviolet irradiation of the starter inoculation area and is followed by the final sealing of a package. The inventive method for milk treating consists, after a first pasteurisation, in holding the milk at a temperature of 68-72 °C at least for 15 minutes for a drinking milk and at least 5 minutes for sour milk products, in dispensing the milk under vacuum after holding at the temperature of said holding, afterwards, in cooling the sealingly packed milk to a temperature of 12-37 °C and in holding at said temperature at least 30 minutes. The second pasteurisation is carried out after the holding by heating the milk to a temperature of 68-72 °C at a heating rate equal to or greater than 10 °C/sec. The structural design of a production line for carrying out the method for the production of sour milk products and a device for treating milk used for carrying out the milk treating method are also disclosed.
80 VERFAHREN ZUR HERSTELLUNG EINER FRUCHTZUBEREITUNG EP07819148.3 2007-10-19 EP2088874A1 2009-08-19 JEINDL, Matthias
Disclosed is a method for producing a fruit preparation comprising at least three components A, B, and C. Component A is made at least of fresh fruit, minor parts of water, optional sugar or starch hydrolysates, optional Ca salts and enzymes for hardening the fruit, and optional stabilizers. Component B is made at least of natural flavors or flavors identical to natural ones, optional FTNF flavors, water as a solvent and carrier, and at least one additional ingredient selected from among the group comprising coloring foods or food dyes, buffer salts, stabilizers, juice concentrates, various sugar types as a carrier, other sweeteners such as aspartame, acesulfame. Component C is made at least of water, sugar types or sweeteners, and optional stabilizers.
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