CONDENSER

Japanese Patent JP2016038196

A

PROBLEM TO BE SOLVED: To provide a condenser improved in stability of condensing capacity of a condensing portion to external environment change even when it is miniaturized.SOLUTION: A condenser 1 includes a condensing portion 1A, a supercooling portion 1B, and a liquid receiving portion 2, and a refrigerant flowing out from a heat exchange tube 3 of a first heat exchange path P1 of the condensing portion 1A, flows into a heat exchange tube 3 of a second heat exchange path P2 through the liquid receiving portion 2. The inside of the liquid receiving portion 2 is provided with a first space 20 into which the refrigerant flows from the heat exchange tube 3 of the first heat exchange path P1, a second space 21 positioned above the first space 20 to allow the refrigerant to flow therein from the inside of the first space 20 and be separated into a vapor phase and a liquid phase, and a third space 22 positioned below the first space 20 to allow the refrigerant to flow therein from the second space 21 and flow out to the heat exchange tube 3 of the second heat exchange path P2. A first partitioning member 25 for dividing the first space 20 and the seconde space 21, is provided with a refrigerant passing hole 35 as a throttle on a part where the refrigerant flows into the second space 21 from the first space 20.SELECTED DRAWING: Figure 4

HANABUSA TATSUYA
NUMAZAWA MAKOTO
HAGIWARA KOTARO

JP2015145562A

March 22, 2016

July 23, 2015

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KEIHIN THERMAL TECHNOLOGY CORP

F25B39/04; F25B43/00

JP2010175166A	2010-08-12
JP2011196625A	2011-10-06
JP2001235255A	2001-08-31
JP2014020597A	2014-02-03
JP2011191048A	2011-09-29
JP2012102900A	2012-05-31
JP2007218441A	2007-08-30
JP2012010200A	2012-01-12

WO2010047320A1

2010-04-29

Akira Watanabe
Matsumura Naoto
Einosuke Kishimoto

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