序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
181 Flow retarder US25002639 1939-01-09 US2219637A 1940-10-29 RICHARD SELIGMAN; FREDERICK GOODMAN HUGH
182 Liquid treating apparatus US50616431 1931-01-02 US2169054A 1939-08-08 MOJONNIER JULIUS J
183 Heat exchange apparatus US75812734 1934-12-18 US2056581A 1936-10-06 CORNELIUS MORTENSEN
184 Milk pasteurizing and cooling unit US3825135 1935-08-28 US2041483A 1936-05-19 EDWIN PRESTAGE
185 Heat exchange apparatus and mounting therefor US75599834 1934-12-04 US2015819A 1935-10-01 RICHARD SELIGMAN; EDWARD CROSBY WILLIAM; FREDERICK GOODMAN HUGH
186 Heat transfer apparatus US44757130 1930-04-26 US1937713A 1933-12-05 OAKEY WILLIAM E
187 Heat-exchange apparatus US34583529 1929-03-09 US1770254A 1930-07-08 RICHARD SELIGMAN
188 Heat-interchange apparatus US72608424 1924-07-15 US1622006A 1927-03-22 RICHARD SELIGMAN
223,033. Seligman, R. July 18, 1923. Plate apparatus.-A heat-exchanger, more particularly for heating and/or cooling milk, beer, &c., and of the kind in which passages for liquid are formed by plates provided with facial grooves or ribs arranged to furnish a sinuous course for the liquids is provided with joints of resilient packing, and the admission and exhaust ports are arranged so as to prevent leakage from one part of the apparatus to another while the plates can be easily taken away and cleaned. Packing cord a<4> is arranged in grooves in the periphery of the ribbed plates a, Fig. 1, and is compressed as the plates are tightened together. Passages c in the lugs c<1> are connected by union joints d to headers b. The header channel b, Fig. 2, is formed in lugs c on the plates, a secondary joint comprising a resilient ring e with an inwardly projecting flange e<1>. The plates a are ribbed on each face and are separated by a metal sheet a<0>, a space a<00> being left to allow the escape of liquid leaking past the joints. Figs. 17 and 20 show a plate structure having inlet and outlet passages 8, 8<1> for one liquid outside the main joint a<4>, and inlet and outlet passages 4, 4<1> for the other liquid within the main joint. A groove a<7> is provided for carrying away leakage. The plates are supported by lugs g on a frame which has means for forcing the plates together. The plates may be formed with internal sinuous channels 9, Fig. 20, with or without ribs on the faces to form alternate channels 5. As shown, the liquids flow through the plates in parallel, but removable plugs may be placed at intervals in the passages 8, 8<1>, and/or 4, 4<1>, so that the liquids flow through the plates in series. Plates of heat-insulating material are interposed when more than one operation is carried out in the same plate structure. The positions of the inlet and outlet passages may be varied.
189 Regenerative heat-exchange device US42755420 1920-12-01 US1617867A 1927-02-15 RUDD HARRY B
190 Heat-interchange apparatus US72608324 1924-07-15 US1609971A 1926-12-07 RICHARD SELIGMAN
191 BARLEY WITH REDUCED LEVELS OF ALPHA-AMYLASE/TRYPSIN INHIBITORS EP21750450.5 2021-02-04 EP4099819A4 2024-02-21 COLGRAVE, Michelle Lisa; HOWITT, Crispin Alexander; BOSE, Utpal
192 BARLEY WITH REDUCED LEVELS OF ALPHA-AMYLASE/TRYPSIN INHIBITORS EP21750450.5 2021-02-04 EP4099819A1 2022-12-14 COLGRAVE, Michelle Lisa; HOWITT, Crispin Alexander; BOSE, Utpal
The present invention relates to methods of producing a food or malt-based beverage suitable for consumption by a subject with a non-coeliac gastrointestinal sensitivity. In particular, the present invention relates to methods of producing a food or malt-based beverage from barley grain comprising reduced levels of one or more alpha-amylase/trypsin inhibitors. Also provided is barley grain that can be used in the methods of the invention.
The present invention relates to methods of producing a food or malt-based beverage suitable for consumption by a subject with a non-coeliac gastrointestinal sensitivity. In particular, the present invention relates to methods of producing a food or malt-based beverage from barley grain comprising reduced levels of one or more alpha-amylase/trypsin inhibitors. Also provided is barley grain that can be used in the methods of the invention.
193 METHOD OF HEATING LIQUID OR SEMI-LIQUID FOOD PRODUCTS, AND A SYSTEM THEREOF EP22163996.6 2019-08-23 EP4074189A1 2022-10-19 KJÆRBYE, Henrik; RIIS, Claus

A method and a regenerative system for controlling heating of liquid or semi-liquid food products, both regenerative and non-regenerative, where the temperature difference of both the media and the product is measured at the heat exchanger. A controller calculates a ratio based on the measured temperature differences and compares it to a predetermined setpoint. The controller adjusts a control parameter of the media flow or product based on an error between the ratio and the setpoint to achieve a balanced energy transfer.

194 Vorrichtung zur Wärmebehandlung eines fliessfähigen Mediums EP02024354.9 2002-11-02 EP1415551B1 2009-05-06 Finnah, Josef
195 Vorrichtung zur Wärmebehandlung eines fliessfähigen Mediums EP02024354.9 2002-11-02 EP1415551A1 2004-05-06 Finnah, Josef

Die Erfindung betrifft eine Vorrichtung zur Wärmebehandlung eines fließfähigen Mediums, insbesondere eines Lebensmittels, mit einer Mehrzahl von strömungstechnisch miteinander verbundenen Wärmeüberträgern (5 bis 7 und 9 bis 12), die in Strömungsrichtung (24) des Mediums hintereinander angeordnet sind. Um eine Vorrichtung zu schaffen, die unter Vermeidung von Totzeiten die Durchführung eines kontinuierlichen Betriebsablaufes ermöglicht, wird mit der Erfindung eine Vorrichtung vorgeschlagen, die dadurch gekennzeichnet ist, daß zu wenigstens einem Wärmeüberträger (9) ein weiterer, in Strömungsrichtung (24) des Mediums parallel angeordneter Wärmeüberträger (13) vorgesehen ist, daß beide Wärmeüberträger (9, 13) jeweils an einen ersten Strömungskreislauf (4) für das Medium und an einem zweiten Strömungskreislauf (23) für ein Reinigungsmittel angeschlossen sind und daß Mittel (27) zum Öffnen und/oder Schließen der Strömungskreisläufe (4, 23) vorgesehen sind, so daß die beiden Wärmeüberträger (9, 13) im gegenseitigen Wechselbetrieb entweder mit dem Medium oder dem Reinigungsmittel betreibbar sind.

196 Method of pasteurizing with monitoring and controlling of the number of uptaken pasteurization units and apparatus therefor EP00610018.4 2000-02-04 EP1106083A1 2001-06-13 Dalum, Kim Christian; Nielsen, Joergen Tage

Method and apparatus for pasteurizing a flow of a consumable liquid such as beer or milk at a rate of at least around 1,000 I/hr, the pasteurizing apparatus comprising regenerative heat exchangers (12, 13) and pasteurizing heat exchangers (18, 19, 20, 21), conduits (16) from heat exchanger (12) to heat exchanger (18) and conduit (27) from heat exchanger (21) to heat exchanger (12), temperature sensors (T1 - T10), supply means for cold and hot water (22 to 26) to heat exchangers (18 to 21), the pasteurization of the liquid taking place nearly exclusively in the pasteurizing heat exchangers (18 to 21), the temperature of the liquid in said heat exchangers being controlled and changed by supply of hot or cold water dependent on the desired liquid temperature in said heat exchangers (18 to 21).

197 SYSTEM FOR PACKAGING PORTIONED FROZEN PRODUCTS EP14791942.7 2014-04-30 EP2996496A4 2017-01-04 WALKER, David Bruce
A method for packaging a frozen food product includes placing a fluid food product into a flexible container, sealing the container and pasteurizing the food product in the sealed container. The method further includes applying a form to at least one surface of the flexible container, the form embossing the container and creating a series of compartments separated by thin segments therebetween, and freezing the product in the container with the form in place.
198 A METHOD AND SYSTEM FOR PROVIDING A HEAT TREATED LIQUID PRODUCT EP14726605.0 2014-05-27 EP3003066A1 2016-04-13 SIMONSSON, Micael; STJERNBERG, Göran
A system, method and computer-readable medium for producing a pasteurized liquid product. The system comprises a first supply comprising a concentrate having a water content being less than that of the desired liquid product; a second supply of water and/or sugar solution; a first heat treatment device connected to the second supply and being arranged to heat the water or sugar solution to a predetermined temperature for reducing a number of microorganisms in the water or sugar solution; at least one combiner connecting the first supply with the heat treatment device, and configured to combine the heated water or sugar solution with the concentrate to form a liquid product, wherein the predetermined temperature of the water or sugar solution is set such as to reduce a number of microorganisms of the liquid product by the heat energy of the heated water and/or sugar solution.
199 SYSTÈME CONTINU DE TRAITEMENT POUR LA DÉBACTÉRISATION DE SOLIDES DIVISÉS, NOTAMMENT DE PRODUITS ALIMENTAIRES EP11832107.4 2011-10-13 EP2642860B1 2014-06-04 CHEINET, Florent
200 Procédé de traitement, notamment de stérilisation et/ou de pasteurisation EP06370030.6 2006-10-03 EP1774859B1 2010-04-21 Maureaux, Alain, Bonduelle Société Anonyme; Albino, Lionel, Bonduelle Société Anonyme; Bocquet, Daniel, Bonduelle Société Anonyme; Houvenaghel, Céline, Bonduelle Société Anonyme
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