HEAT EXCHANGER, HEAT PUMP, DEHUMIDIFIER, AND DEHUMIDIFYING METHOD

WIPO Patent Application WO/2000/000774

A1

A heat exchanger which is relatively small in size for an exchangeable heat quantity and high in heat exchange efficiency, comprising a first compartment (310) allowing a first fluid (A) to flow and a second compartment (320) allowing a second fluid (B) to flow, and a first fluid path (251) allowing a third fluid which exchanges heat with the first fluid (A) to flow and a second fluid path (252) allowing a third fluid which exchanges heat with the second fluid to flow, these fluid paths passing through these compartments, wherein the first flow path (251) and second flow path (252) are formed integrally with each other, the third fluid flows from the first flow path (251) through the second flow path (252), the third fluid evaporates at a specified pressure in the first flow path (251), and the third fluid condenses at approximately the specified pressure in the second fluid path (252), whereby heat can be transferred from the first compartment to the second compartment because the third fluid flows from the first fluid path through the second flow path, and heat transfer coefficient is high because heat transfer is made by evaporation or condensation.

JPS56155322

ENERGY ACCUMULATING TYPE AIR CONDITIONER UTILIZING ADSORPTION MATERIAL

MAEDA KENSAKU (JP)
FUKASAKU YOSHIRO (JP)

PCT/JP1999/003512

January 06, 2000

June 30, 1999

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EBARA CORP (JP)
MAEDA KENSAKU (JP)
FUKASAKU YOSHIRO (JP)

F24F3/14; F24F3/147; F24F5/00; F28D15/02; (IPC1-7): F24F3/147; F24F3/00; F24F11/02; F28D7/16; F25B1/00; F25B39/00

JPS5538492A	1980-03-17
US5448895A	1995-09-12
JPH1026369A	1998-01-27
US4540420A	1985-09-10
JPS6118432U	1986-02-03

Miyagawa, Teiji (5th floor 23 Aizumi-cho Shinjuku-ku Tokyo, JP)

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