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    • 99. 发明授权
    • Portable electronic device
    • 便携式电子设备
    • US07242973B2
    • 2007-07-10
    • US10530925
    • 2002-10-11
    • Eiji SaitohTsuyoshi KobayashiTadayuki TakanashiKanta Jyuudai
    • Eiji SaitohTsuyoshi KobayashiTadayuki TakanashiKanta Jyuudai
    • H04M1/00
    • H04M1/0262H01M2/1066
    • An object of the invention is to smoothen the loading of a battery pack, to ensure the electric connection between the battery pack and the main body of a mobile electronic apparatus, and to reduce the manufacture cost. In the invention, a mobile electronic apparatus comprises collision avoiding mechanisms (4) including: generally sector-shaped ascent/descent portions (41A) and suitably shaped push-up portions (41B) disposed higher than and corresponding to connecting terminals (22) disposed in the battery chamber (22), on inner wall faces (21A/21B) formed on the two sides along the loading (α) direction of the battery pack (3) so as to form the battery chamber (21) and near the corner portions intersecting abutting wall faces (21C) perpendicular to the inner wall faces (21A/21B) for forming the battery chamber (21); and riding portions (42) formed on the back face of the battery pack (3) confronting the ascent/descent portions (41A) and the push-up portions (41B) on the two widthwise sides of the battery pack (3) and ascending/descending while sliding on the sector-shaped faces of the push-up portions (41B) thereby to ride over the connecting terminals (22) disposed in the battery chamber (21). When the battery pack (3) is loaded into the battery chamber (21), its riding portions (42) can ride on the ascent/descent portions (41) so that they can safely ride over the connecting terminals (22).
    • 本发明的目的是平滑电池组的负载,以确保电池组与移动电子设备的主体之间的电连接并降低制造成本。 在本发明中,一种移动电子设备包括避碰机构(4),包括:大致扇形的上升/下降部分(41a)和适当形状的上推部分(41B),其布置成高于并对应于连接端子 )在沿着电池组(3)的装载(α)方向形成在两侧上的内壁面(21A / 21B)上,以形成电池室(21), 并且在与用于形成电池室(21)的内壁面(21A / 21B)垂直的邻接壁面(21C)相交的角部附近; 以及形成在所述电池组(3)的面对所述电池组(3)的两个宽度方向上的上升/下降部分(41A)和所述上推部分(41B)的背面上的搭接部分(42) 并且在上推部分(41B)的扇形表面上滑动同时上升/下降,从而跨越设置在电池室(21)中的连接端子(22)。 当电池组(3)被装载到电池室(21)中时,其搭载部分(42)可以骑在上升/下降部分(41)上,使得它们可以安全地越过连接端子(22)。