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    • 1. 发明授权
    • Electronic equipment housing
    • 电子设备外壳
    • US4758924A
    • 1988-07-19
    • US868408
    • 1986-05-29
    • Richard R. DillonHelmut H. HennebergAntonio P. S. SoaresPaul S. Yoshida
    • Richard R. DillonHelmut H. HennebergAntonio P. S. SoaresPaul S. Yoshida
    • H05K7/14H05K7/20H02B1/20
    • H05K7/20554
    • An electronic equipment housing provides easy access to electronic equipment via a hinged top panel and a clear plastic safety panel below it. Inside the housing are cable raceways located at the top front and top rear which are in line with raceways in adjacent housings to permit many cables to be contained inside the housings. The raceways and cables are positioned so as not to interfere with convection cooling inside the housings and with access to the equipment. Relatively high heat generating equipment such as power supplies are mounted to one side of the interior of the housing enabling separate fans to cool the power supplies using a single flow of air while other equipment in the housing is cooled by a separate flow of air drawn by other fans. Common system equipment is enclosed in the housing located at a predetermined one end of a series of adjacent housings. The common housing has a side mounted connector arrangement, with the connectors being mounted on swing out doors or bulkheads for ease of access. The connectors are organized to accommodate cables coming from other adjacent housings to the connectors which have the same length cables. The front and rear panels on all housings have horizontal slots that permit cooling air flow for cooling, and conductive screening behind the slots for minimizing radio frequency interference (RFI). In addition, the top, front and side removable panels have gaskets to suppress RFI signals.
    • 电子设备外壳可通过铰接顶板和其下方的透明塑料安全面板轻松访问电子设备。 外壳内部是位于顶部前后顶部的电缆滚道,其与相邻外壳中的滚道一致,以允许许多电缆容纳在外壳内。 滚道和电缆的定位方式不会妨碍外壳内的对流冷却和进入设备。 诸如电源的相对高的发热设备安装在壳体内部的一侧,使得分离的风扇能够使用单一空气流来冷却电源,而壳体中的其它设备被单独的空气流所冷却 其他粉丝 普通系统设备被封闭在位于一系列相邻壳体的预定一端的壳体中。 公共壳体具有侧面安装的连接器装置,连接器安装在摆动门或隔板上以便于进入。 连接器被组织以容纳来自其它相邻壳体的电缆到具有相同长度电缆的连接器。 所有外壳上的前面板和后面板均具有水平插槽,可以冷却空气流以进行冷却,并在插槽后面进行导电屏蔽以最大限度地减少射频干扰(RFI)。 此外,顶部,前部和侧面可移动面板具有垫圈以抑制RFI信号。