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    • 7. 发明授权
    • Air-cooled absorption heating and cooling system
    • 风冷吸收式加热和冷却系统
    • US4748830A
    • 1988-06-07
    • US17559
    • 1987-02-24
    • Tomihisa OouchiKyoji KohnoYoshifumi KunugiKenzi Machizawa
    • Tomihisa OouchiKyoji KohnoYoshifumi KunugiKenzi Machizawa
    • F25B15/02F25B37/00F25B15/00
    • F25B37/00F25B15/02Y02B30/62
    • First path flow passage is formed so as to lead the absorbent solution in the heat exchanger (7; 107) or the receive pan (24; 118a) disposed below a first path absorption process into a cooling air upper stream side of the first path absorption process through a conduit (30). Subsequent path flow passage is formed so as to lead the absorbent solution in the receive pan (24; 120) disposed below a subsequent path absorption process into the cooling air upper stream side of same path absorption process. The absorbent solution flow amount of each vertical tubes group (10; 158) can be obtained larger irrespective of the absorbent solution circulation flow amount for the refrigeration cycle. The dry portions of the vertical tube (10; 158) caused due to the storage of the absorbent solution circulation flow amount can be prevented.
    • 第一路径流路形成为将设置在第一路径吸收处理下方的热交换器(7; 107)或接收盘(24; 118a)中的吸收剂溶液引导到第一路径吸收的冷却空气上游侧 通过导管(30)处理。 形成随后的路径流动通道,以将设置在随后的路径吸收过程下方的接收盘(24; 120)中的吸收剂溶液引导到相同路径吸收过程的冷却空气上游侧。 无论制冷循环的吸收剂溶液循环流量如何,每个垂直管组(10; 158)的吸收剂溶液流量可以获得更大。 可以防止由于吸收剂溶液循环流量的存储引起的垂直管(10; 158)的干燥部分。
    • 8. 发明授权
    • Air cooling type absorption cooler
    • 空气冷却型吸收式冷却器
    • US4563882A
    • 1986-01-14
    • US746666
    • 1985-06-20
    • Yoshifumi KunugiShigeo SugimotoKisaburo MinakawaKenzi Machizawa
    • Yoshifumi KunugiShigeo SugimotoKisaburo MinakawaKenzi Machizawa
    • F25B15/06F25B15/00
    • F25B15/06Y02B30/62
    • An air cooling type absorbing cooler provided with an air cooling type absorber having a structure in which, in cooling the absorbing solution and the refrigerant vapor by air, the absorbing solution and the refrigerant vapor on the inlet side of the absorber are cooled by the cooling air on the outlet side of the absorber, while the absorbing solution on the outlet side of the absorber is cooled by the cooling air on the outlet side. By causing the absorbing solution sprayed into the absorber to flow downward and the air for cooling the absorbing solution and the refrigerant vapor to flow upward, the absorbing solution having a temperature which is approximately equal to the outlet temperature of the absorber is cooled by the air which has a temperature approximately equal to the inlet temperature of the cooling air. The absorbing solution supplied from the absorber is cooled by the refrigerant vapor evaporated by the evaporator.
    • 一种具有空气冷却型吸收器的空气冷却型吸收式冷却器,其特征在于,在吸收液和制冷剂的空气蒸气冷却吸收体的吸入液和吸收体的入口侧的制冷剂蒸气的冷却 吸收器的出口侧的空气,而吸收器的出口侧的吸收溶液由出口侧的冷却空气冷却。 通过使喷射到吸收器中的吸收溶液向下流动,空气用于冷却吸收溶液和制冷剂蒸汽向上流动,具有近似等于吸收器的出口温度的吸收溶液被空气冷却 其温度近似等于冷却空气的入口温度。 从吸收器供应的吸收溶液由蒸发器蒸发的制冷剂蒸气冷却。
    • 9. 发明授权
    • Absorption cooling and heating system
    • 吸收冷却和加热系统
    • US4476694A
    • 1984-10-16
    • US459662
    • 1983-01-20
    • Yoshifumi Kunugi
    • Yoshifumi Kunugi
    • F25B29/00F25B33/00F25B15/00
    • F25B29/006F25B33/00
    • An absorption cooling and heating system including a generator, a condenser, a subcooler, an evaporator, an absorber and an absorption heat exchanger, wherein the generator includes a container of a shape in which the liquid level of a solution contained therein has, in a vertical cross section, a horizontal length greater than the maximum depth of the solution and which has a heating source at one end thereof and an inlet port of a rich solution opening at the other end thereof. The generator includes a poor solution passage mounted in the container which extends through the solution in the container and opens at the one end of the generator to allow take-out of the poor solution to be achieved.
    • 一种吸收冷却和加热系统,包括发电机,冷凝器,过冷却器,蒸发器,吸收器和吸收式热交换器,其中发电机包括容纳在其中的液体容纳在其中的形状的容器, 垂直横截面,水平长度大于溶液的最大深度,并且其一端具有加热源,在另一端具有富溶液开口的入口。 发生器包括安装在容器中的不良溶液通道,其延伸穿过容器中的溶液并且在发生器的一端处打开以允许取出要实现的不良溶液。