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    • 2. 发明授权
    • Electronic interconnect method and apparatus
    • 电子互连方法和装置
    • US09148975B2
    • 2015-09-29
    • US13530958
    • 2012-06-22
    • Jean-Philippe Fricker
    • Jean-Philippe Fricker
    • H05K7/20H05K7/14
    • H05K7/1441H05K7/1444H05K7/20554H05K7/20581H05K7/20718
    • An electronics chassis has many removable boards on sleds that are interconnected by a honeycomb interconnect structure. Interconnect boards in Y-planes and Z-planes are orthogonal to each other and form cells. Cooling air flows through the cells in an X direction, parallel to surfaces of the interconnect boards. The removable boards have connectors that mate with an edge of Z-divider interconnect boards. Fans blow air through the cells in the honeycomb structure unimpeded since no boards are perpendicular to the airflow. Notches in the rear of the Z-divider boards provide airflow equalization allowing closer spacing of fans to the honeycomb structure. A sled carrier honeycomb structure is placed in front of the honeycomb interconnect structure to guide sleds into position. Sled carrier dividers are offset from the Z-divider boards to allow removable boards to align with Z-divider boards in the Z-planes, parallel to airflow.
    • 电子底盘在雪橇上具有许多通过蜂窝互连结构互连的可移动板。 Y平面和Z平面中的互连板彼此正交并形成单元。 冷却空气在X方向上流过细胞,平行于互连板的表面。 可拆卸板具有与Z分隔板互连板边缘配合的连接器。 风扇通过蜂巢结构中的电池不受阻碍地吹动,因为没有板垂直于气流。 Z分隔板后部的槽口提供气流均衡,从而使风扇与蜂窝结构间隔更近。 在蜂窝互连结构的前面放置有滑动的载体蜂窝结构体,以将雪橇引导到位置。 雪橇载体分隔器与Z分隔板偏移,允许可移动板与Z平面中的Z分隔板平行,与气流平行。