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    • 2. 发明申请
    • Plastics Utilizing Thermally Conductive Film
    • 塑料使用导热膜
    • US20070263352A1
    • 2007-11-15
    • US11383427
    • 2006-05-15
    • Kinzy JonesChristopher BatesBrian BelknapEmory Carroll
    • Kinzy JonesChristopher BatesBrian BelknapEmory Carroll
    • H05K7/20
    • H05K7/20418
    • A device housing (105) and a method (500) of manufacturing the same. The method can include positioning within a mold (300) an insert (205) of thermally conductive film (210). For example, graphite film can be positioned within the mold. The graphite film can have a first thermal conductivity in an in-plane direction (215) and a second thermal conductivity in a normal direction (220) that is less than one-tenth the first thermal conductivity. For example, the graphite film can have a first thermal conductivity in an in-plane direction that is greater than about 150 W/m-K and a second thermal conductivity in a normal direction that is less than 15 W/m-K. An electronic circuit (400) including at least one thermal energy generator (405) can be positioned into the device housing. The thermal energy generator can be positioned proximate to the insert of thermally conductive film.
    • 一种装置外壳(105)及其制造方法(500)。 该方法可以包括在模具(300)内定位导热膜(210)的插入件(205)。 例如,石墨膜可以位于模具内。 石墨膜可以在面内方向(215)上具有第一热导率,并且在正常方向(220)上具有小于第一热导率的十分之一的第二热导率。 例如,石墨膜可以在面内方向上具有大于约150W / m-K的第一热传导率和小于15W / m-K的法向上的第二热导率。 包括至少一个热能发生器(405)的电子电路(400)可以定位到装置壳体中。 热能发生器可以靠近导热膜的插入件定位。