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    • 5. 发明公开
    • HEAT PIPE AND METHOD OF MANUFACTURING HEAT PIPE
    • EP3734215A1
    • 2020-11-04
    • EP20178569.8
    • 2018-02-16
    • SHINKO ELECTRIC INDUSTRIES CO., LTD.
    • MACHIDA, Yoshihiro
    • F28D15/02
    • A heat pipe includes (1, 5) an inlet port (90, 91). The inlet port (90, 91) includes an unsealed part (90a, 91a) and a sealed part (90b, 91b) that include metal layers that are a first outermost layer (901), intermediate layers (902-905) stacked on the first outermost layer (901), and a second outermost layer (906) stacked on the intermediate layers (902-905). In the unsealed part (90a, 91a), the intermediate layers (902-905) include respective openings (902x-905x) and respective first and second walls (902a-905a, 902b-905b) on first and second opposite sides, respectively, of the openings (902x-905x). The openings (902x-905x) form an injection channel (908) defined by the first and second outermost layers (901, 906) and the first and second walls (902a-905a, 902b-905b) of the intermediate layers (902-905). The inner wall faces (902s-905s) of the first walls (902a-905a) and the inner wall faces (902s-905s) of the second walls (902b-905b) of at least two adjacent intermediate layers form a first step and a second step, respectively. In the sealed part (90b, 91b), each metal layer contacts one or more of other metal layers to hermetically seal the inlet port (90, 91).