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JP2015518132A |
A heat exchanger (1) is constituted so that it may be used in a steamy compression system, and it has shell (10), and a tube bundle (30) and a trough part (40). [a distribution part (20), and] Shell (10) has a longitudinal direction cent...
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JP2015114044A |
To provide an evaporation type cooling heat exchanger which improves gas accumulation of a refrigerant gas, improves the heat exchange efficiency, and efficiently cools a cooled fluid.An evaporator 100 includes: a heat exchange part 110 ...
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JP2015515601A |
A heat exchanger (1) has shell (10), and a refrigerant distribution assembly (20) and a heat transfer unit (31). A refrigerant distribution assembly (20) has the first tray part (22) and a plurality of second tray parts (23). The first t...
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JP2015514959A |
A heat exchanger (1) is constituted so that it may be used in a steamy compression system, and it has shell (10), and a distribution part (20) and a tube bundle (30). A tube bundle (30) has a plurality of heat exchanger tubes (31) arrang...
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JP5714944B2 |
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JP5703421B2 |
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JP2015061982A |
To improve the performance as a low-temperature liquefied gas vaporizer by improving the heat transfer efficiency in an intermediate medium evaporator.A low-temperature liquefied gas vaporizer includes an evaporator E1 evaporating an int...
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JP2013113466A5 |
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JP5637739B2 |
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JP2014531568A |
A flowing-down film type plate type evaporator device is provided with a housing, and is a housing, having an inlet section (11) for a fluid eventually made to evaporate -- andA package of a plurality of heat transfer plates (4) substant...
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JP2014206372A |
To provide a condenser, a heat pump, and a method of condensing working steam capable of achieving highly efficient surface condensation.A condenser 43 includes a working surface on which a working fluid 41 flows. Furthermore, a turbulen...
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JP2014196881A |
To prevent release of a cooling medium due to frosting of the cooling medium and to make effective use of the cooling medium.A cooling device 10 comprises: a vessel 12 that can be evacuated; a cooling medium holding portion 14 arranged i...
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JP2014190573A |
To provide an evaporative cooling device capable of improving cooling efficiency.An evaporative cooling device includes: a storage tank 10 in which water is stored; a water absorbing member 30 formed into an endless shape; a drive mechan...
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JP5554596B2 |
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JP5541877B2 |
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JP2014122759A |
To provide a liquid cooling device of a sealed type that can avoid probability of process water contamination, ensuring heat exchange efficiency equal to or higher than that of an open type device, and having a compact structure as a who...
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JP2014119212A |
To provide a piping structure capable of improving heat exchanging performance even in a heat exchanger using stainless steel pipe having inferior heat conductivity and processability in comparison with copper in a determined unit size.A...
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JP2014115051A |
To provide a heat exchanger capable of greatly improving corrosion resistance in an insulation member used in the heat exchanger and inside the heat exchanger, especially inside the heat exchanger, at lower cost than conventional ones, a...
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JP5515877B2 |
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JP5519980B2 |
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JP5485625B2 |
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JP5485612B2 |
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JP5485613B2 |
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JP2014066418A |
To provide an evaporative cooler that is capable of reducing gas circulating means in size and of circulating only a required amount of a gas in a first cooling flow path and a second cooling flow path.An evaporative cooler 1 comprises: ...
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JP5475364B2 |
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JP5461756B2 |
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JP5452830B2 |
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JP5415892B2 |
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JP2014020724A |
To prevent carry-over of liquid refrigerant due to gas refrigerant.A downward flow liquid film type evaporator includes a heat transfer tube group, a refrigerant spray device, a gas refrigerant outlet tube, and a cover 60. The heat trans...
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JP2014020754A |
To restrain a carry-over phenomenon of droplets of a liquid refrigerant adhered to an upper cover, in a downward flow liquid film type evaporator for evaporating the liquid refrigerant by a heat transfer pipe group by flowing the liquid ...
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JP2014020752A |
To restrain a carry-over phenomenon of droplets of a liquid refrigerant flowing down from a one-stage refrigerant tub to a two-stage refrigerant tub, in a downward flow liquid film type evaporator for evaporating the liquid refrigerant b...
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JP2014020723A |
To prevent carry-over of liquid refrigerant due to gas refrigerant.A downward flow liquid film type evaporator 10 includes a heat transfer tube group 30, a refrigerant spray device 50, and a gas refrigerant outlet tube 22b. The heat tran...
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JP2014020725A |
To prevent carry-over of liquid refrigerant due to gas refrigerant.A downward flow liquid film type evaporator includes a heat transfer tube group, a refrigerant spray device 50, a gas refrigerant outlet tube, and a cover 60. The heat tr...
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JP2014020747A |
To prevent carry-over of liquid refrigerant due to gas refrigerant.A downward flow liquid film type evaporator 10 includes a heat transfer tube group 30, a refrigerant spray device 50, a gas refrigerant outlet tube 22b, and a cover 60. T...
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JP2013217578A |
To simplify and miniaturize an adsorption heat pump system, to reduce its equipment costs, and to enlarge its application range.An adsorption heat pump is an air-cooled type adsorption heat pump including an evaporator 48, adsorbers/deso...
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JP5307782B2 |
A cooling system is connected to a fuel cell stack (10) which has a hydrogen inlet (12), an air inlet (14), a coolant inlet (16), a coolant outlet (18) and an exhaust water outlet (20). The cooling system includes a heat exchange unit (2...
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JP5295207B2 |
To provide a fin tube type heat exchanger capable of suppressing an unbalance state of the dryness of refrigerants in a plurality of refrigerant routes, and to provide an air conditioner using the heat exchanger. The heat exchanger inclu...
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JP2013178005A |
To provide an LNG vaporizer that can suppress icing to a heat transfer tube, can be used continuously, and enables cold heat after LNG vaporization to be utilized with zero waste.An LNG vaporizer 310 is used for a power generation unit 2...
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JP3185460U |
[Subject] An air-conditioning system for work institutions which can cool the whole working clearance of a work institution slowly is provided. [Means for Solution] Air-conditioning system 1 for work institutions is provided with the fol...
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JP2013155931A |
To provide a cooling system of an indirect evaporative cooling type that can improve a cooling capacity.A cooling system is provided with: outlet ports 5 and 7 blowing out cooled air SA into air-conditioned rooms R1 and R2; inlet ports 6...
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JP2013139909A |
To prevent lowering of a function as a flow-down liquid membrane type evaporator resulting from generation of partial dry faces on surfaces of heat conductive pipes.A casing 20 has an evaporation space sq1 inside thereof, an inlet space ...
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JP2013113466A |
To provide an air cooling apparatus exhibiting the synergistic effect of a latent heat cooling function and a sensible heat cooling function and further effectively lowering the temperature of the passing air even if it turns into a satu...
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JP5105411B2 |
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JP2012189125A |
To provide a gasification device for low-temperature liquefied gas which hardly causes a curvature in an inter-gasification-pipe distribution pipe due to a temperature difference in the inter-gasification-pipe distribution pipe in a long...
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JP2012159237A |
To provide a heat exchanger featuring that: small amount of power consumption is achieved; water vaporization efficiency is improved; water is not contained in the discharged air; a cooling circuit is not needed; maintenance is easy; and...
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JP2012107841A |
To provide a fin tube type heat exchanger capable of suppressing an unbalance state of the dryness of refrigerants in a plurality of refrigerant routes, and to provide an air conditioner using the heat exchanger.The heat exchanger includ...
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JP2011257065A |
To provide a liquid film forming cap with which a uniform liquid film can be formed in an inner circumferential wall of a heat transfer tube even when installation shift is caused by manufacturing error or the like in a tube plate or the...
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JP4839514B2 |
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JP4814101B2 |
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JP4796362B2 |
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