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    • 7. 发明授权
    • Computer construction
    • 计算机构造
    • US5051868A
    • 1991-09-24
    • US558078
    • 1990-07-25
    • Craig M. LeveraultPeter C. D. Ta
    • Craig M. LeveraultPeter C. D. Ta
    • G06F1/16G06F1/18
    • G06F1/182G06F1/183
    • A computer construction particularly suited for desktop computers whereby the computer may be opened to provide access to substantially all of the functional components thereof for trouble shooting, maintenance and repair purposes without disconnection of any of the interconnects within the computer and without any interference with the connectability thereof with the outside world, whereby the computer and the input/output functions thereof may be fully functional and exercisable when the computer is so opneed. The computer housing is split into upper and lower housing assemblies with the mother board fastened into the lower portion of the lower housing assembly and the power supply, cooling fan and disk drives fastened into the upper housing assembly. The power supply is positioned adjacent one end of the respective housing assembly and extends out of the open face thereof, with the opposite end of the upper housing assembly and the adjacent end of the lower housing assembly having interfitting means for coupling the same together when the two housing assemblies are fitted together, thereby closing the computer housing. When so closed, the power supply spans between the upper and lower housing assembly, with the two being fastened together by way of a lock extending into the power supply case. Various other aspects of the invention, including the use of the power supply case as both a structural and alignment apparatus are disclosed.
    • 一种特别适用于台式计算机的计算机结构,由此可以打开计算机以提供访问其基本上所有功能组件的故障排除,维护和修复目的,而不会断开计算机内的任何互连,并且不会干扰连接性 由此计算机及其输入/输出功能可以在计算机如此可操作时完全起作用和可行使。 计算机外壳分为上下壳体组件,母板固定在下壳体组件的下部,电源,冷却风扇和磁盘驱动器固定在上壳体组件中。 电源被定位在相应的壳体组件的一端附近并且延伸出其敞开的表面,同时上壳体组件的相对端部和下壳体组件的相邻端部具有用于将它们连接在一起的相互配合的装置 两个壳体组件装配在一起,从而关闭计算机外壳。 当这样关闭时,电源跨越上壳体组件和下壳体组件之间,两者通过延伸到电源壳体中的锁定件紧固在一起。 公开了本发明的各种其它方面,包括使用电源箱作为结构和对准装置。