| 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 | Blast chiller apparatus, and method to sanitize blast chiller apparatus | JP2013039090 | 2013-02-28 | JP2013181750A | 2013-09-12 | CAMATTA MASSIMILIANO; PACORICH MASSIMO; REALE FABIO; SINATRA FABIO |
| PROBLEM TO BE SOLVED: To provide a blast chiller apparatus capable of shortening sanitizing time thereof, of guaranteeing high performance of UV light source, of simplifying a system by performing the sanitizing of a closed cooling chamber during operation phase, and of completely sanitizing all the surfaces of an evaporator.SOLUTION: A blast chiller apparatus 1 includes a cooling chamber 3, a cooling circuit 6 with at least one first heat exchanger 8, and a sanitizing system 13. The sanitizing system 13 includes a defrosting system 12 configured to defrost the first heat exchanger 8, at least one UV source 14, and a control system 15 to keep a temperature of the cooling chamber 3 within a range of the optimum operating temperature of the UV source 14. | ||||||
| 62 | Beverage warm cold coaster | JP2003401377 | 2003-12-01 | JP4171696B2 | 2008-10-22 | 権治 下岸; 義彦 松尾; 陽一 津田 |
| 63 | Finned heat exchanger | JP16834484 | 1984-08-10 | JPS6146897A | 1986-03-07 | KOMATSUBARA KOSUKE; ITO SHOTARO; YOKOYAMA SHOICHI |
| PURPOSE:To make the time longer than hitherto in which a plate fin is blocked by frost, by making the thickness of frost which attaches to the plate fin uniformed by arranging cut-out parts on the plate fin part which situate at the up-stream side of a heat transfer pipe with regard to air flow. CONSTITUTION:Many people plate fins 1 and many heat transfer pipes 2 which intersect at right angles to said plate fins are provided. The cut-out 9 are arranged which situate at the up-stream side of the heat transfer pipes with regard to air flow. With this consequence, frost attaches in the uniform thickness on the plate fins, and the times in which spaces between fins are closed by frost become longer, and the operation time of a heat pump becomes longer and the numbers of times of frost melting is reduced, and the energy efficiency is remarkably improved. | ||||||
| 64 | Heat exchanger with fins | JP14802184 | 1984-07-16 | JPS6127493A | 1986-02-06 | ADACHI MASAAKI; IKOMA MITSUHIRO; ANDO TOMOAKI; NISHIWAKI FUMITOSHI |
| PURPOSE:To form an outdoor heat exchanger excellent in heat transfer performance by making to diameter of pipes and the fin interval on the air inlet side more finely and coarsely than those on the air outlet side. CONSTITUTION:Since the pipe diameter of each pipe group 7 on the air inlet side is made small, the stop region at the pipe rear stream becomes small, and does not reach fin groups 10 and 11 onthe air outlet side. Hence, particularly in the fin group 11, a bordery layer front edge effect is utilized, and the heat transfer performance is improved. Further, the coolant flows in the pipe group 7 on the air inlet side and thereafter the coolant passes through the air outlet pipe group 8. Therefore, the coolant having a relatively small pressure loss and a low dryness lows at a quick speed. Hence, there is no remarkable increase in the pressure loss, and the coolant side heat transfer coefficient within the pipe group 7 is improved, and further the heat transfer coefficient outside the pipe, that is, on the air side is improved, because the pipe diameter of the pipe group 7 is small. Thus, the heat transfer performance on the air inlet side is improved. Moreover, since at the air inlet side where the frost layer grows considerably the pipe diameter is small, the air passing area is large, and the driving time until the spaces between fins are blocked by the frost layers is further prolonged. | ||||||
| 65 | Refrigerator with sterilizer | EP12152782.4 | 2012-01-27 | EP2487438B1 | 2018-11-21 | Kang, Sung Cheol; Chang, Eui Young; Jeong, Seong Wook; An, Jae Koog |
| A refrigerator which variably controls operation of a sterilizer according to variation in humidity within the refrigerator to improve sterilizing capacity includes a control unit to drive the sterilizer while repeatedly turning the cold air circulation fan on/off during a refrigerating cycle in which the defrosting heater is not operated, and stop driving the sterilizer during operation of the defrosting heater. | ||||||
| 66 | COOLING OF A DEWAR VESSEL WITH ICE FREE COOLANT AND FOR SHORT SAMPLE ACCESS | EP13742437.0 | 2013-07-26 | EP2877794A2 | 2015-06-03 | CIPRIANI, Florent; FELISAZ, Franck |
| The present invention relates to a pump (15) for pumping a coolant (9) within a Dewar vessel (1) and to a corresponding Dewar vessel (1) for storing samples in a coolant (9). The Dewar vessel (1) comprises a thermally insulated reservoir (3) for the coolant (9) and a sample vessel (11) provided separately and arranged in the thermally insulated reservoir (3). The reservoir (3) is connected to the sample vessel (11) in such a way that the level of coolant (9) is constant in the sample vessel (11). Pump (15) may help in keeping the level of coolant (9) in the sample vessel (11) constant. For this purpose the pump (15) comprises a chamber (17) with an inlet (19) and an outlet (21), a closing element (23) and a pressure increasing device (25). Therein, the inlet (19) is connectable to the reservoir (3) and the outlet (21) is connectable to a sample vessel (11) of the Dewar vessel (1). The chamber (17) is adapted to fill with coolant (9) through the inlet (19) by gravity and the closing element (23) is adapted to automatically close the chamber (17) when it is full of coolant (9). The pressure increasing device (25) is adapted to increase the pressure within the chamber (17), after the chamber (17) is closed, until the coolant (9) is released through the outlet (21). | ||||||
| 67 | OUTDOOR UNIT FOR AIR CONDITIONER | EP12853752.9 | 2012-11-07 | EP2787292A1 | 2014-10-08 | KAGAWA, Mikio; KOIKE, Fumiaki |
An outdoor unit capable of promptly discharging dew condensation water dropped from a heat exchanger to an exterior is provided. A drainage port (42, 44) is formed in a bottom frame (26) of an outdoor unit (2) below a heat exchanger (13). A base leg (40) of the bottom frame (26) is formed to have a U shape section by upper plates (51b, 52b) abutted with a lower surface of the bottom frame (26), lower plates (51a, 52a) fixed to an installment surface (G), and standing plates (51c, 52c) connecting the upper plates (51b, 52b) and the lower plates (51a, 52a), and further includes a first part (51) and a second part (52) with respect to the longitudinal direction. The first part (51) is formed to have a U shape section opening outward in the horizontal direction with the lower plate (51a) thereof being fixed to the installment surface (G). The second part (52) is provided at least at a position corresponding to the drainage port (42, 44) with respect to the longitudinal direction of the base leg (40), and formed to have a U shape section opening inward in the horizontal direction, the second part having a structure where the upper plate (52b) thereof avoids a lower region of the drainage port (42, 44). |
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| 68 | Cooling of a dewar vessel with ice free coolant and for short sample access | EP12178272.6 | 2012-07-27 | EP2690383A1 | 2014-01-29 | Cipriani, Florent; Felisaz, Franck |
The present invention relates to a pump (15) for pumping a coolant (9) within a Dewar vessel (1) and to a corresponding Dewar vessel (1) for storing samples in a coolant (9). The Dewar vessel (1) comprises a thermally insulated reservoir (3) for the coolant (9) and a sample vessel (11) provided separately and arranged in the thermally insulated reservoir (3). The reservoir (3) is connected to the sample vessel (11) in such a way that the level of coolant (9) is constant in the sample vessel (11). Pump (15) may help in keeping the level of coolant (9) in the sample vessel (11) constant. For this purpose the pump (15) comprises a chamber (17) with an inlet (19) and an outlet (21), a closing element (23) and a pressure increasing device (25). Therein, the inlet (19) is connectable to the reservoir (3) and the outlet (21) is connectable to a sample vessel (11) of the Dewar vessel (1). The chamber (17) is adapted to fill with coolant (9) through the inlet (19) by gravity and the closing element (23) is adapted to automatically close the chamber (17) when it is full of coolant (9). The pressure increasing device (25) is adapted to increase the pressure within the chamber (17), after the chamber (17) is closed, until the coolant (9) is released through the outlet (21).
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| 69 | Blast chiller apparatus and a method to sanitize a blast chiller apparatus | EP12157479.2 | 2012-02-29 | EP2634515A1 | 2013-09-04 | Camatta, Massimiliano; Pacorich, Massimo; Reale, Fabio; Sinatra, Fabio |
Blast chiller apparatus (1) comprising a chilling chamber (3) structured for housing food to be cooled/frozen, a chilling circuit (6) comprising at least a first heat exchanger (8) designed to rapidly cool/freeze the chilling chamber (3); a defrost system (12) designed to defrost said at least first heat exchanger (8); at least an UV source (14) designed to irradiate ultraviolet radiations the inner space of said chilling chamber (3); and a control system configured to control the defrost system (12) to heat the first heat exchanger (8) so as to have the temperature of the chilling chamber (3) within a prefixed optimum temperature range of operating of said UV source (14).
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| 70 | Vorrichtung zum Lagern einer Abtauklappe für einen kältetechnischen Apparat, insbesondere für einen Luftkühler | EP01127872.8 | 2001-11-22 | EP1215456B1 | 2004-09-22 | Jackmann Heinz; Piechowski Jürgen |
| 71 | Vorrichtung zum Lagern einer Abtauklappe für einen kältetechnischen Apparat, insbesondere für einen Luftkühler | EP01127872.8 | 2001-11-22 | EP1215456A3 | 2002-07-24 | Jackmann Heinz; Piechowski Jürgen |
Vorrichtung zum Lagern (1) einer Abtauklappe (2) für einen kältetechnischen Apparat (3), insbesondere für einen Luftkühler, wobei die Abtauklappe (2) über ein Schwenklager (4) gehalten ist, das quer zur Strömungsrichtung des den kältetechnischen Apparat (3) beaufschlagenden Mediums angeordnet ist. Bei einer bekannten Vorrichtung dieser Art ist die Abtauklappe nach dem oberen Ende des kältetechnischen Apparates drehbar gelagert. Während der Abtauphase des Luftkühlers befindet sich die Abtauklappe in ihrer den Strömungsquerschnitt des Luftkühlers verschliessenden Ruhestellung, wodurch bei längeren Abtauphasen die Gefahr des Einfrierens der Drehachse besteht und darüber hinaus erhöhte Wärmeverluste durch Ausströmen von während der Abtauphase gebildeten Dampf durch den Spalt zwischen Wärmeaustauschergehäuse und Drehachse der Abtauklappe gegeben ist. Dies wird erfindungsgemäss vermieden, indem das Schwenklager (4) in Form eines aus einem flexiblen Material gefertigten Scharniers (5) ausgebildet ist. |
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| 72 | COOLING OF A DEWAR VESSEL WITH ICE FREE COOLANT AND FOR SHORT SAMPLE ACCESS | EP13742437.0 | 2013-07-26 | EP2877794B1 | 2018-07-25 | CIPRIANI, Florent; FELISAZ, Franck |
| The present invention relates to a pump (15) for pumping a coolant (9) within a Dewar vessel (1) and to a corresponding Dewar vessel (1) for storing samples in a coolant (9). The Dewar vessel (1) comprises a thermally insulated reservoir (3) for the coolant (9) and a sample vessel (11) provided separately and arranged in the thermally insulated reservoir (3). The reservoir (3) is connected to the sample vessel (11) in such a way that the level of coolant (9) is constant in the sample vessel (11). Pump (15) may help in keeping the level of coolant (9) in the sample vessel (11) constant. For this purpose the pump (15) comprises a chamber (17) with an inlet (19) and an outlet (21), a closing element (23) and a pressure increasing device (25). Therein, the inlet (19) is connectable to the reservoir (3) and the outlet (21) is connectable to a sample vessel (11) of the Dewar vessel (1). The chamber (17) is adapted to fill with coolant (9) through the inlet (19) by gravity and the closing element (23) is adapted to automatically close the chamber (17) when it is full of coolant (9). The pressure increasing device (25) is adapted to increase the pressure within the chamber (17), after the chamber (17) is closed, until the coolant (9) is released through the outlet (21). | ||||||
| 73 | Refrigerator with sterilizer | EP12152782.4 | 2012-01-27 | EP2487438A3 | 2017-11-01 | Kang, Sung Cheol; Chang, Eui Young; Jeong, Seong Wook; An, Jae Koog |
A refrigerator which variably controls operation of a sterilizer according to variation in humidity within the refrigerator to improve sterilizing capacity includes a control unit to drive the sterilizer while repeatedly turning the cold air circulation fan on/off during a refrigerating cycle in which the defrosting heater is not operated, and stop driving the sterilizer during operation of the defrosting heater.
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| 74 | CRYOGENIC COLDSTORE FOR THE PRESERVATION OF CHEMICAL, PHARMACEUTICAL & BIOLOGICAL MATERIALS | EP15002623.5 | 2015-09-08 | EP3141846A1 | 2017-03-15 | Wigfall, Tim |
The invention relates to a method for cooling one of: a chemical, a pharmaceutical or a biological material (6), wherein a liquid cryogen (C) or a gaseous phase (C') derived therefrom is passed (e.g. from a container (2)) to a heat exchanger (4) that is arranged in a compartment (5) in which said material (6) is arranged in order to cool said material (6), wherein the liquid cryogen (C) or gas (C') takes up heat in said heat exchanger (4) such that a warmer gaseous phase (C") of the cryogen (C) is generated which is guided out of the compartment (5) and re-used in the gaseous phase in another application (9). Further, the invention relates to a corresponding system (1).
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| 75 | Refrigerator with sterilizer | EP12152782.4 | 2012-01-27 | EP2487438A2 | 2012-08-15 | Kang, Sung Cheol; Chang, Eui Young; Jeong, Seong Wook; An, Jae Koog |
A refrigerator which variably controls operation of a sterilizer according to variation in humidity within the refrigerator to improve sterilizing capacity includes a control unit to drive the sterilizer while repeatedly turning the cold air circulation fan on/off during a refrigerating cycle in which the defrosting heater is not operated, and stop driving the sterilizer during operation of the defrosting heater.
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| 76 | 냉장고 및 그 제어 방법 | KR20160150248 | 2016-11-11 | KR20180052994A | 2018-05-21 | PARK KYONG BAE; CHOI SANG BOK; BAIK WOO KYUNG; KIM SUNG WOOK |
| 본발명은저장실이마련된캐비닛; 상기저장실을개폐하는도어; 상기저장실로공기가배출되는배출구가형성된케이스; 상기케이스내부에구비되어, 공기와열교환되어냉기를공급하는증발기; 상기배출구에설치되고, 상기증발기에열교환된공기를상기저장실로배출하는공기유동을발생시키는팬; 및상기팬으로공기가흡입되는부분에일단이위치하는제1관과, 상기팬으로부터공기가토출되는부분에일단이위치하는제2관을구비하는차압센서;를포함하는냉장고를제공한다. | ||||||
| 77 | 물 생성기 | KR1020130157799 | 2013-12-18 | KR1020150071746A | 2015-06-29 | 김현용; 김일학; 원종오 |
| 본발명의원리는기존의열역학법칙과에너지보존법칙을응용하여되었다. 이를바탕으로제작된물 생성기는지금까지의냉,온수기, 냉,온수정수기등과같이별도의설치(수돗물, 일반공급용물) 로물을공급받지않고물을생성하는장치. 열전소자와열전소자의열발생부에밀겹합되어있으며발생되는열을전달받아대기중으로방출시키는방열판과, 열전소자의열흡수부에밀겹합되어있으며대기중으로부터보다많은습기를전달받는냉각판과, 열전소자의접합부에일정전압의전류를도통시키는열전소자구동부로구성된냉각기에관한것임. 특히, 냉각판과방열판은각각열전소자를중심으로서로반대방향에밀착되며각각열전소자와의냉,열을이용한다. 본발명은태양전지판넬과리튬이온밧데리를이용하여전기가없는곳에서사용할수 있도록발명. 본발명은물의정수를위해 4∼5 단계의정수필터를이용해언제어디서나마실수 있게한다. | ||||||
| 78 | 공기 조화 장치의 실외기 | KR1020147017508 | 2012-11-07 | KR101439813B1 | 2014-09-12 | 가가와미키오; 고이케후미아키 |
| 열 교환기로부터 적하하는 결로수를 빠르게 외부로 배출할 수 있는 실외기를 제공한다. 실외기(2)의 바닥 프레임(26)에서의 열 교환기(13)의 하방에 배수구(42, 44)가 형성되고, 바닥 프레임(26)의 기초 다리(40)는 바닥 프레임(26)의 하면에 접촉하는 상판(51b, 52b), 설치면(G)에 고정되는 하판(51a, 52a) 및 상판(51b, 52b)과 하판(51a, 52a)을 접속하는 수직판(51c, 52c)으로부터 단면 역ㄷ자 형상으로 형성되고, 또한 길이 방향에 대하여 제1 부분(51)과 제2 부분(52)을 포함하고, 제1 부분(51)은 수평 방향의 외측으로 개방되는 단면 역ㄷ자 형상으로 형성되고 또한 그 하판(51a)이 설치면(G)에 대하여 고정되고, 제2 부분(52)은 적어도 기초 다리(40)의 길이 방향에 대하여 상기 배수구(42, 44)에 대응하는 위치에 설치됨과 함께 수평 방향의 내측으로 개방되는 단면 역ㄷ자 형상으로 형성되고, 또한 그 상판(52b)이 배수구(42, 44)의 하방 영역을 피한 구조를 갖는다. | ||||||
| 79 | COOLING OF A DEWAR VESSEL WITH ICE FREE COOLANT AND FOR SHORT SAMPLE ACCESS | PCT/EP2013065788 | 2013-07-26 | WO2014016404A3 | 2014-05-01 | CIPRIANI FLORENT; FELISAZ FRANCK |
| The present invention relates to a pump (15) for pumping a coolant (9) within a Dewar vessel (1) and to a corresponding Dewar vessel (1) for storing samples in a coolant (9). The Dewar vessel (1) comprises a thermally insulated reservoir (3) for the coolant (9) and a sample vessel (11) provided separately and arranged in the thermally insulated reservoir (3). The reservoir (3) is connected to the sample vessel (11) in such a way that the level of coolant (9) is constant in the sample vessel (11). Pump (15) may help in keeping the level of coolant (9) in the sample vessel (11) constant. For this purpose the pump (15) comprises a chamber (17) with an inlet (19) and an outlet (21), a closing element (23) and a pressure increasing device (25). Therein, the inlet (19) is connectable to the reservoir (3) and the outlet (21) is connectable to a sample vessel (11) of the Dewar vessel (1). The chamber (17) is adapted to fill with coolant (9) through the inlet (19) by gravity and the closing element (23) is adapted to automatically close the chamber (17) when it is full of coolant (9). The pressure increasing device (25) is adapted to increase the pressure within the chamber (17), after the chamber (17) is closed, until the coolant (9) is released through the outlet (21). | ||||||
| 80 | 냉장고 | KR1020180028119 | 2018-03-09 | KR1020180105573A | 2018-09-28 | |
| 본발명의냉장고는, 저장실을형성하는캐비닛; 상기저장실을개폐하는도어; 상기캐비닛에구비되어상기저장실을냉각시키며, 열전소자와, 상기열전소자와접촉하는쿨링싱크와, 상기열전소자와접촉하는히트싱크를포함하는열전소자모듈; 및상기쿨링싱크에설치되며, 상기쿨링싱크의온도를감지하는제상온도센서를구비하는센서모듈을포함한다. | ||||||
