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    • 8. 发明授权
    • Method of manufacturing a heat exchanger
    • 制造热交换器的方法
    • US09566672B2
    • 2017-02-14
    • US14096203
    • 2013-12-04
    • LG ELECTRONICS INC.
    • Juhyok KimHongseong KimHanchoon LeeSangyeul Lee
    • B21D53/08B23P15/26F28F1/30B23K1/00B21D19/08B21D53/02
    • B23P15/26B21D19/088B21D53/022B21D53/08B21D53/085B23K1/0012B23K2101/14B23K2103/10F28F1/30F28F2275/04F28F2275/125Y10T29/49373Y10T29/49375Y10T29/49378
    • A heat exchanger and a method of manufacturing the same are provided. With the method, a tube may be inserted into a through hole formed in at least one fin coated with a filler metal, and the tube and a fin collar of the at least one fin may be joined through the filler metal by a brazing processing. A flange may not be formed on or at a top of the at least one fin collar, which protrudes vertically from a central longitudinal plane of the at least one fin. The tube may be made of aluminum (Al), and an interval between an outer circumferential surface of the tube and an inner circumferential surface of the fin collar of the at least one fin may be approximately 0.1 mm or less. Accordingly, contact resistance occurring when fabricating a fin-tube heat exchanger using a mechanical tube expansion method may be reduced, and heat transfer performance of the heat exchanger may be improved because grooves formed within the tube may not be deformed.
    • 提供一种热交换器及其制造方法。 利用该方法,管可以插入到形成在涂覆有填充金属的至少一个翅片中的通孔中,并且该管和至少一个翅片的翅片套环可以通过钎焊处理通过填充金属接合。 凸缘可以不形成在从至少一个翅片的中心纵向平面垂直突出的至少一个翅片环的顶部或顶部。 管可以由铝(Al)制成,并且管的外周表面与至少一个翅片的翅片套环的内圆周表面之间的间隔可以为大约0.1mm或更小。 因此,可以减少使用机械管膨胀法制造翅片管式热交换器时发生的接触电阻,并且可以改善热交换器的传热性能,因为形成在管内的槽可能不会变形。
    • 10. 发明授权
    • Outdoor unit of air conditioner
    • US11486655B2
    • 2022-11-01
    • US17254267
    • 2019-06-20
    • LG ELECTRONICS INC.
    • Sangyeul LeeJuhyok KimHongseong KimSungwoo Kim
    • F28D1/04F28F1/32F24F1/18F28F1/12
    • Provided is an outdoor unit of an air conditioner, including: an outdoor heat exchanger that has a height longer than a width; and an outdoor blowing fan that is disposed above the outdoor heat exchanger and blows air upward from below the outdoor heat exchanger, in which the outdoor heat exchanger includes: a plurality of radiating fins that contacts air; a gap that is formed between the radiating fins; a louver fin that is cut in the radiating fin and then bent; and a cut-out area that is formed in the radiating fin and formed at a position where the louver fin is cut, the radiating fin includes: a first zone that is disposed above the outdoor heat exchanger and disposed close to the outdoor blowing fan; and a second zone that is located below the first zone, and an area LA1 of the louver fin in the first zone is formed to be larger than an area LA2 of the louver fin in the second zone.
      The present disclosure has the advantage of uniformly forming air volumes in each zone of the heat exchanger in the vertical height direction by making the areas of the louver fins arranged in each zone different, even when the outdoor blowing fan is disposed to be biased upward.