HEAT EXCHANGER

WIPO Patent Application WO/2023/243194

A1

This heat exchanger (1) comprises a flow path forming plate (10) and a temperature adjustment plate (20). The flow path forming plate (10) has a flow path surface (11) and a groove (13) recessed into the flow path surface (11). The temperature adjustment plate (20) has a cover surface (21) that is superposed on the flow path surface (11), and a heat exchange surface (22) that is near an object (9) on the side opposite the cover surface (21). A heat medium flow path (2) is formed by the groove (13) being covered with the cover surface (21). The flow path forming plate (10) and the temperature adjustment plate (20) are formed with metal plates and are joined to each other via adhesive films (60) respectively provided on the cover surface (21) and the flow path surface (11). The adhesive films (60) are formed by stacking, in the following order from the plates, a chemically-treated layer (61) and a resin layer (62) composed of a non-polar resin. The heat medium flows through the heat medium flow path (2) and heat exchange is performed with the object (9) by means of solid heat transfer through the temperature adjustment plate (20) provided with the adhesive films (60).

JPH07227631	GUIDE TUBE FOR HEAT EXCHANGING IN LAMINATED LAYER TYPE HEAT EXCHANGER AND ITS MANUFACTURE
JP2760850	[Title of Invention] Evaporator

SUGIMOTO AKIO

PCT/JP2023/014373

December 21, 2023

April 07, 2023

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KOBE STEEL LTD (JP)

F28D1/03; B60K1/04; F28D9/00; F28F3/00; F28F3/12; F28F19/02; F28F19/04; H01L23/473; H01M10/613; H01M10/625; H01M10/6556; H01M10/6568; H01M10/658; H05K7/20

WO2017094724A1

2017-06-08

JP2021025753A	2021-02-22
JP2004271161A	2004-09-30
JP2015228387A	2015-12-17
JP2021103058A	2021-07-15
JP2020088109A	2020-06-04
EP2503275A2	2012-09-26

YAMAO, Norihito et al. (JP)

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