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公开(公告)号：US5285645A
公开(公告)日：1994-02-15
申请号：US834781
申请日：1992-02-13
摘要： A regenerative type air conditioning equipment in which the available concentration range of a heat accumulating liquid is widened, and the quantity of the heat accumulating liquid to be stored is decreased, so that the size of the equipment is reduced, with the conditioning equipment comprises a concentration difference regeneration device which, at least, cools a medium fed to an air conditioner, using a condensate liquid and a concentrated liquid produced by vaporizing the heat accumulating liquid, and a heat pump device which cools a coolant due to adiabatic expansion. The concentration difference regeneration device includes a container with a chamber for storing the condensate liquid, a spray nozzle which sprays the condensate liquid into the condensate liquid chamber, and an evaporator which vaporizes the sprayed condensate liquid under a low pressure. The heat pump device includes a heat exchanger which performs the heat exchange between the coolant and the medium to pass through the air conditioner, and an air cooling mode medium line in which the medium having passed through the air conditioner is circulated in the order of the evaporator, heat exchanger and air conditioner.
摘要翻译： 一种再生式空调设备，其中累积液体的可用浓度范围变宽，并且储存的蓄热液体的量减少，从而减小设备的尺寸，其中调节设备包括 浓缩差异再生装置，其使用冷凝液和通过使蓄热液体蒸发而产生的浓缩液冷却供给空调的介质，以及由于绝热膨胀而冷却冷却液的热泵装置。 浓缩差再生装置包括具有用于储存冷凝液的室的容器，将冷凝液喷射到冷凝液室中的喷嘴，以及在低压下使喷射的冷凝液蒸发的蒸发器。 热泵装置包括：热交换器，其执行冷却剂和介质之间的热交换以通过空调，并且空气冷却模式介质管线，其中通过空调的介质按照 蒸发器，换热器和空调。
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公开(公告)号：US5018367A
公开(公告)日：1991-05-28
申请号：US386693
申请日：1989-07-31
申请人： Akira Yamada , Isao Ohkouchi , Yasuo Koseki , Hideaki Kurokawa , Katsuya Ebara , Sankichi Takahashi , Risuke Onoda , Shigeo Sugimoto
发明人： Akira Yamada , Isao Ohkouchi , Yasuo Koseki , Hideaki Kurokawa , Katsuya Ebara , Sankichi Takahashi , Risuke Onoda , Shigeo Sugimoto
CPC分类号： F25B25/02
摘要： A cooling energy generator with a cooling energy accumulator comprises a refrigerant, absorbent liquid, and a container having a first chamber receiving the absorbent liquid, a second chamber receiving the liquid refrigerant and a vapor passage communicating with a space over the absorbent liquid in the first chamber and with a space over the liquid refrigerant in the second chamber. The absorbent liquid is sprayed in the first chamber, and the absorbent liquid is cooled during an accelerated cooling operation. The absorbent liquid is heated during the cooling energy accumulation operation, and liquid refrigerant is sprayed in the second chamber during the accelerated cooling operation and during the normal cooling operation. An air conditioning heat exchanger supplies the cooling energy to a cooling device for air conditioning, and a heat pump is provided. The cooling energy generator with the cooling energy accumulator continues to generate cooling energy for normal air cooling without any additional device even when the refrigerant is not absorbed by the absorbent because the refrigerant is circulated in the second chamber to generate the normal cooling energy.
摘要翻译： 具有冷却能量蓄存器的冷却能量发生器包括制冷剂，吸收液体和具有容纳吸收液体的第一室的容器，容纳液体制冷剂的第二室和与第一室中的吸收液体上的空间连通的蒸气通道 并且在第二室中具有在液体制冷剂上方的空间。 将吸收液体喷射到第一室中，并且在加速冷却操作期间吸收液体被冷却。 在冷却能量累积操作期间吸收液体被加热，并且在加速冷却操作期间和在正常冷却操作期间液体制冷剂在第二室中被喷射。 空调热交换器将冷却能量提供给用于空调的冷却装置，并且提供热泵。 即使当制冷剂在第二室中循环以产生正常的冷却能量时，即使制冷剂不被吸收剂吸收，具有冷却能量蓄存器的冷却能量发生器继续产生用于正常空气冷却的冷却能量，而不需要任何附加装置。
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