ABSORPTION REFRIGERATING MACHINE

Application 182/KOL/2004 published 2006-05-19, filed 2004-04-15
Even when the efficiency of a low temperature heat exchanger is raised to reduce the required heat capacity inputting to the absorption refrigerating machine and the temperature of cooling water supplied to an absorber falls suddenly as it is, and thereby the temperature of a diluted absorbent solution falls suddenly, an absorption refrigerating machine without abnormally increasing the temperature of the concentrated absorbent solution and crystallizing the solution is disclosed. A heat recovery device 8 is provided between a low temperature heat exchanger 6 and a high temperature heat exchanger 7 of an absorbent solution pipe 13 for connecting a high temperature regenerator 1 and an absorber 5 with the low temperature heat exchanger 6, the high temperature heat exchanger 7 and an absorbent solution pump 14 there between. Further, the heat recovery device 9 is provided between the low temperature heat exchanger 6 and the absorbent solution pump 14. High temperature and high-pressure vapor is supplied through a heat source fluid supply pipe 10 to a heat exchanger pipe 1A provided within the high temperature generator 1 to thereby heat and boil a diluted absorbent solution within the high temperature regenerator 1 and radiate heat. Then, high temperature drain, which has been condensed by heat radiation and discharged to an exhaust heat fluid pipe 10A, is supplied to the heat recovery devices 8, 9 to thereby heat a diluted absorbent solution delivered from the absorber 5 through the absorbent solution pipe 13 to the high temperature regenerator 1 by an absorbent solution pump 14. (FIG. 2)

Applicant

(1) SANYO ELEACTRIC CO. LTD. (2) SANYO ELECTRIC AIR CONDITIONING CO. LTD.
(1) 5-5, KEIHANHONDORI 2-CHOME, MORIGUCHI-SHI, OSAKA, JAPAN (2) 1, OTSUKI-CHO, ASHIKAGA-SHI, TOCHIGI, JAPAN

Inventor

(1) NISHIMOTO HARUKI (2) HATAKEYAMA AKIRA (3) IRAMINA KAZUYASU (4) FUNAI HIDEKI

International Info

Classification: F25B 15/00

Priority Information

2003-119774 JAPAN 2003-04-24