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    • 2. 发明授权
    • Insulator with high thermal conductivity and method for producing the same
    • 具有高导热性的绝缘子及其制造方法
    • US07608315B2
    • 2009-10-27
    • US11730221
    • 2007-03-30
    • Yasunori UchidaHideyuki FujiwaraYoshiki NakamuraTadanobu OtaTatsuo Suzuki
    • Yasunori UchidaHideyuki FujiwaraYoshiki NakamuraTadanobu OtaTatsuo Suzuki
    • H01L23/373
    • H01B3/12C08K3/10H01B3/004H01B3/006Y10T428/24
    • A high thermal conduction insulator exhibiting thermal conductivity, insulating properties and heat radiating properties is produced by supplying a molding material composed of an insulating resin, a diamagnetic material powder and a paramagnetic material (inclusive of ferromagnetic material) powder, and exhibiting fluidity into a mold, and applying a magnetic field to the molding material in the mold to orient clusters, each being composed of diamagnetic material particles of the diamagnetic material powder, which are joined together like a chain, along directions of lines of a magnetic force, and draw the paramagnetic material (inclusive of ferromagnetic material) powder with the magnetic force along one of mold surfaces of the mold, thereby forming a heat radiating layer. Heat transmitted from a facing member to one surface of the insulator is speedily transmitted to the other surface thereof via the clusters, and is effectively radiated from the heat radiating layer existing in the other surface.
    • 通过提供由绝缘树脂,抗磁性材料粉末和顺磁性材料(包括铁磁材料)粉末组成的成型材料,并且显示流动性到模具中,产生具有导热性,绝缘性和散热性的高导热绝缘体 并且对模具中的成型材料施加磁场以将簇(其由反磁性材料粉末的抗磁性材料颗粒组成)沿着磁力线的方向连接在一起,如同链条那样连接在一起,并且将 顺磁材料(包括铁磁材料)粉末与模具中的一个模具表面具有磁力,由此形成散热层。 从面对构件传递到绝缘体的一个表面的热量经由簇迅速传递到其另一表面,并且有效地从存在于另一表面中的散热层辐射。
    • 3. 发明申请
    • Insulator with high thermal conductivity and method for producing the same
    • 具有高导热性的绝缘子及其制造方法
    • US20070232498A1
    • 2007-10-04
    • US11730221
    • 2007-03-30
    • Yasunori UchidaHideyuki FujiwaraYoshiki NakamuraTadanobu OtaTatsuo Suzuki
    • Yasunori UchidaHideyuki FujiwaraYoshiki NakamuraTadanobu OtaTatsuo Suzuki
    • H01L39/00
    • H01B3/12C08K3/10H01B3/004H01B3/006Y10T428/24
    • A high thermal conduction insulator exhibiting thermal conductivity, insulating properties and heat radiating properties is produced by supplying a molding material composed of an insulating resin, a diamagnetic material powder and a paramagnetic material (inclusive of ferromagnetic material) powder, and exhibiting fluidity into a mold, and applying a magnetic field to the molding material in the mold to orient clusters, each being composed of diamagnetic material particles of the diamagnetic material powder, which are joined together like a chain, along directions of lines of a magnetic force, and draw the paramagnetic material (inclusive of ferromagnetic material) powder with the magnetic force along one of mold surfaces of the mold, thereby forming a heat radiating layer. Heat transmitted from a facing member to one surface of the insulator is speedily transmitted to the other surface thereof via the clusters, and is effectively radiated from the heat radiating layer existing in the other surface.
    • 通过提供由绝缘树脂,抗磁性材料粉末和顺磁性材料(包括铁磁材料)粉末组成的成型材料,并且显示流动性到模具中,产生具有导热性,绝缘性和散热性的高导热绝缘体 并且对模具中的成型材料施加磁场以将簇(其由反磁性材料粉末的抗磁性材料颗粒组成)沿着磁力线的方向连接在一起,如同链条那样连接在一起,并且将 顺磁材料(包括铁磁材料)粉末与模具中的一个模具表面具有磁力,由此形成散热层。 从面对构件传递到绝缘体的一个表面的热量经由簇迅速传递到其另一表面,并且有效地从存在于另一表面中的散热层辐射。
    • 6. 发明申请
    • BATTERY MODULE
    • 电池模块
    • US20140349175A1
    • 2014-11-27
    • US14371117
    • 2012-09-13
    • Yasuo IwataYasunori UchidaTadanobu OtaShinichi Takeda
    • Yasuo IwataYasunori UchidaTadanobu OtaShinichi Takeda
    • H01M2/30
    • H01M2/30H01M2/02H01M2/0207H01M2/06H01M2/08H01M2/1016
    • A battery module comprises a battery element and a storage unit configured to contain the battery element therein. The storage unit comprises an electrically conductive positive electrode-side plate and an electrically conductive negative electrode-side plate. The positive electrode-side plate and the negative electrode-side plate define a storage space to contain the battery element therein. The storage unit has a joint end provided on the periphery of the storage space and formed by joining an outer peripheral area of the positive electrode-side plate with an outer peripheral areal of the negative electrode-side plate across an insulating sheet placed between the two outer peripheral areas. The joint end comprises: a wind part formed by stacking and winding the two outer peripheral areas to be pressure-bonded to and joined with each other; and an outer peripheral frame body formed by insert molding using an insulating resin to surround the wind part.
    • 电池模块包括电池元件和被配置为将电池元件容纳在其中的存储单元。 存储单元包括导电正电极侧板和导电负极侧板。 正电极侧板和负极侧板限定了容纳电池元件的存储空间。 存储单元具有设置在存储空间的周边上的接合端,并且通过将正极侧板的外围区域与负极侧板的外周区域连接穿过位于两者之间的绝缘片而形成 外围区域。 接合端部包括:通过将要压接的两个外周区域彼此堆叠并卷绕而形成的风部; 以及外周框架体,其通过使用绝缘树脂的嵌件成型而形成,以围绕风部。