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JP5625734B2 |
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JP2014196866A |
To provide a combined cycle device capable of adjusting refrigerant amounts of both a Rankine cycle and a refrigeration cycle, respectively.A combined cycle device comprising: a Rankine cycle 1; and a refrigeration cycle 2 having condens...
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JP5600310B2 |
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JP2014159927A |
To provide a waste heat utilization heat pump system preventing absorbent from interrupting lubrication of a compressor.A waste heat utilization heat pump system 1 comprises: a compression type heat pump circuit 10 utilizing a shaft outp...
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JP2014159926A |
To provide a self-waste-heat-utilization self-contained-type heat-engine-drive-type steam-compression-type heat pump system preventing reduction of efficiency of an absorption type heat pump circuit.A heat-engine-drive-type steam-compres...
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JP5572711B2 |
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JP5469438B2 |
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JP5434206B2 |
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JP5434207B2 |
To obtain an effect of improving performance both in cooling operation and heating operation in a refrigerating device formed of a combination of a vapor compression type refrigerating machine and an absorption type refrigerating machine...
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JP5434208B2 |
To obtain an effect of improving performance both in cooling operation and heating operation in a refrigerating device formed of a combination of a vapor compression type refrigerating machine and an absorption type refrigerating machine...
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JP5402186B2 |
To provide a refrigerating device that eliminates the need for a heat-radiating heat exchanger of a vapor compression refrigerator as a refrigerating device wherein a vapor compression refrigerator and an absorption refrigerator are comb...
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JP5402187B2 |
To simplify the configuration of a generator of an absorption refrigerator and to improve the refrigeration performance of a vapor compression refrigerator in a refrigerating device wherein the vapor compression refrigerator and the abso...
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JP5389366B2 |
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JP2014001876A |
To provide an adsorptive refrigeration device in which cooling/heating output is improved by using a cold storage agent.An adsorptive refrigeration device 4 comprises: an adsorber 21 including an adsorbent 21A which is cooled in a medium...
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JP2014002118A |
To enable an environmental test device 10 which comprises a cooling heat exchanger 22 for cooling and dehumidifying air, a heater 23 for heating air, and a humidifier 21 for humidifying air and controls the temperature and humidity of ai...
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JP5380226B2 |
A discharged warm/cold heat of a refrigerant circuit is effectively utilized in order to attain high energy efficiency. Particularly, an appropriate operation control is executed when a hot-water supplying operation and an air cooling op...
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JP5381584B2 |
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JP5375283B2 |
To drastically improve the performance of a vapor compression type refrigerating machine by the effective use of waste heat of the vapor compression type refrigerating machine and cold heat conversion by an absorption type refrigerating ...
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JP5375284B2 |
To drastically improve the performance of a vapor compression type refrigerating machine by the effective use of waste heat of the vapor compression type refrigerating machine and cold heat conversion by an absorption type refrigerating ...
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JP5373964B2 |
Disclosed is an air-conditioning hot-water-supplying system that enables cooling and dehumidification by a natural circulation cycle even if the outside temperature is at least the indoor dew point. The air-conditioning hot-water-supplyi...
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JP2013250030A |
To obtain a higher electric energy amount at a higher temperature difference, by using exhaust heat nearly at maximum temperature produced by operation of a refrigerating machine.A refrigerating apparatus includes a compressor, a condens...
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JP5362618B2 |
To provide an air conditioner advantageous in improving APF (Annual Performance Factor) during cooling operation. An outdoor heat exchanger 7 is divided into a first heat exchanger 71 and a second heat exchanger 72. Heat exchangers 50, 5...
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JP2013238330A |
To provide an evaporator of an adsorption type refrigerator, capable of being reduced in size and weight, by efficiently performing heat exchange between a medium and an object to be cooled.An evaporator of an adsorption type refrigerato...
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JP5353263B2 |
To provide a heat storage device capable of storing heat with high energy density and recovering heat in a short time. This heat storage device includes a first container 131 in which a working medium of low concentration is sealed in a ...
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JP5347400B2 |
To provide an electromagnetic induction heating unit hardly causing water retention even in the case of determining a position to refrigerant piping. The electromagnetic induction heating unit for heating the refrigerant piping with the ...
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JP2013217512A |
To provide an engine driven heat pump air conditioner which can be downsized and is inexpensive while enhancing refrigerating efficiency.A compression refrigerating cycle is constituted by connecting a compressor 2 driven by an engine 1,...
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JP5310224B2 |
To provide a refrigerating device for utilizing exhaust heat of an absorption type refrigerating machine not only in a cooling operation but also in a heating operation, in the refrigerating device in which a vapor compression type refri...
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JP2013162008A |
To provide a temperature adjustment system capable of reducing power consumption.There is provided a temperature adjustment system including: a first circulation path which is connected to a first cooled part and in which a first liquid ...
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JP5240040B2 |
To provide a refrigerating device for utilizing exhaust heat of an absorption type refrigerating machine even in a cooling operation and a heating operation including partial load besides rated operations by driving an absorption type re...
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JP5229076B2 |
To obtain an effect of improving performance both in cooling operation and heating operation in a refrigerating device formed of a combination of a vapor compression type refrigerating machine and an absorption type refrigerating machine...
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JP2013029304A |
To provide a system and method for carbon dioxide removal.A carbon dioxide (CO2) removal system 112 includes an external heat transfer device 130. The CO2 removal system also includes a magnetocaloric heat transfer device 140 coupled in ...
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JP5098547B2 |
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JP2012236462A |
To provide an air conditioner that suitably conditions the air in a room.This air conditioner includes an engine 3, a radiator 5 for the engine, a motor 7, a PCU 9, a radiator 11 for an electric equipment system, a chemical heat pump 13,...
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JP2012214105A |
To provide an air-conditioning system for a vehicle, which can achieve suitable air conditioning in the vehicle more suitably under the energy saving.The air-conditioning system for the vehicle of an embodiment 1 includes: an engine 3; a...
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JP5057429B2 |
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JP5017611B2 |
To provide an earth-conscious refrigerating device capable of suppressing cost increase of the refrigerating device. This refrigerating device includes a plurality of adsorption units (first and second adsorption units 8, 18) respectivel...
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JP2012149805A |
To provide a heat pump system that efficiently supplies heat to air in a room.The heat pump system 1 includes: a Peltier element 2 where either one side or the other side thereof is a heat absorption part 2a and the rest is a heat radiat...
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JP4986537B2 |
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JP4922215B2 |
The object of the invention is to provide a CO 2 brine production system comprising apparatuses working on an ammonia refrigerating cycle, a brine cooler (3) for cooling and condensing CO 2 by utilizing the latent heat of vaporization of...
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JP2012057914A |
To provide a hybrid refrigeration car capable of accurately determining a heat storage completion time even when a driving time and an exhaust temperature are unstable, and efficiently and stably performing cooling during an idling stop ...
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JP4859500B2 |
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JP4847933B2 |
To provide a technology for performing rational operation by improving system efficiency and changing an operation mode according to the fluctuation of heat load, in a combined heat pump system comprising a compression-type heat pump cir...
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JP4815232B2 |
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JP4815247B2 |
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JP4804396B2 |
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JPWO2009145278A1 |
Provided is a hybrid refrigeration system capable of reducing the mechanical work in the vapor compression refrigeration cycle. The hybrid refrigeration system 101 of the present invention alternately adsorbs the refrigerant and desorbs ...
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JP2011191032A |
To reduce compression work done by a compressor and inexpensively improve efficiency of an refrigerating cycle.This compression refrigerating cycle is constituted by interconnecting an evaporator 1, the compressor 2, a condenser 3 and an...
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JP4717589B2 |
To provide a hybrid heat pump system capable of achieving high COP (coefficient of performance) by recovering heat from an exhaust gas discharged from a heating source of a regenerator of an absorption type heat pump, and lowering a temp...
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JP4707944B2 |
A method for refrigerating a high temperature superconducting device (70) to maintain superconducting operating conditions wherein a first heat transfer means such as a first heat transfer fluid (41,150) is cooled to a temperature greate...
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JP4691736B2 |
A refrigeration system comprising a compressor for compressing a refrigerant, a condenser for condensing refrigerant to a liquid, an evaporator for evaporating liquid refrigerant from the condenser to a gas, an inner control loop for opt...
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