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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。