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    • 16. 发明授权
    • Tower system unit with angled drive bay
    • 塔系统单元带角度驱动器托架
    • US5236259A
    • 1993-08-17
    • US796037
    • 1991-11-19
    • Dean RyanCharles R. LewisGeorge R. DanielsDonald E. Moore
    • Dean RyanCharles R. LewisGeorge R. DanielsDonald E. Moore
    • G06F1/18
    • G06F1/181
    • A tower unit for a personal computer wherein the tower unit is a generally rectangular box having a generally rectangular interior chassis. The interior chassis includes a first set of interiorly extending mounting flanges and tabs which are positioned and aligned on opposing chassis walls to mount one or more drives at an upwardly facing angle in order to allow the user visual and manual access to the drives for ease of operation. A similar combination of interiorly directed tabs and flanges are formed in the opposing side walls of the frame near the bottom of the tower unit chassis in order to mount a plurality of hard disk drives in horizontal positions. The frame includes a front frame panel which combines with the front bezel to provide a gripping area which cooperates with another gripping area formed in the rear bezel to allow the tower unit to be easily moved about.
    • 一种用于个人计算机的塔架单元,其中塔单元是具有大致矩形的内部底盘的大致矩形的箱体。 内部底盘包括第一组内部延伸的安装凸缘和突片,其定位并对准在相对的底盘壁上以将一个或多个驱动器以向上的角度安装,以便允许用户可视地和手动地接近驱动器,以便于 操作。 内部定向翼片和凸缘的类似组合形成在塔架单元机架底部附近的框架的相对侧壁中,以将多个硬盘驱动器安装在水平位置。 该框架包括前框架板,其与前挡板组合以提供与形成在后挡板中的另一夹紧区域配合的抓握区域,以允许塔架单元容易地移动。
    • 19. 发明授权
    • Facade for a data processing system
    • 数据处理系统的外观
    • US4179169A
    • 1979-12-18
    • US856362
    • 1977-12-01
    • George R. DanielsHelmut Henneberg
    • George R. DanielsHelmut Henneberg
    • H02B1/01H02B1/30A47B43/00H02B1/06
    • H02B1/30H02B1/014
    • A facade for enclosing data processing apparatus or similar equipment. The facade is designed to be a free-standing unit, enclosing completely a multiple-component data processing assemblage. However, the facade can also be utilized in conjunction with external structural members, such as existing walls, to enclose the assemblage. The facade is easily assembled and disassembled by available field personnel, but has sufficient structural integrity to provide protection for the enclosed equipment assemblage and to prevent casual entry into the interior. In addition, the facade has sufficient apertures to permit disapation of heat generated by the high circuit element density utilized in the modern data processing apparatus. The facade is arranged to permit easy access by the maintenance personnel to the interior of the facade. The facade eliminates the necessity for the the exterior cabinetry normally utilized by the individual data processing units, thus the ability to open the facade at numerous locations can permit the maintenance personnel direct access to electronic components of the data processing units. The facade contains a raised false floor, in order to provide a method of electrically coupling the units without having the coupling exposed. Ramps are provided to permit the entry of test equipment. The interior area enclosed by the facade is capable of expanding or contracting, depending on the requirements and amount of data processing equipment required by the site.
    • 用于封闭数据处理设备或类似设备的外观。 立面被设计成一个独立的单元,完全包含一个多组件数据处理组合。 然而,外立面也可以与外部结构构件(例如现有的墙壁)一起使用以封闭组合件。 外立面可由现场人员轻松组装和拆卸,但具有足够的结构完整性,为封闭设备组合提供保护,并防止偶然进入内部。 此外,立面具有足够的孔径以允许由现代数据处理装置中使用的高电路元件密度产生的热量的分离。 外观设计允许维修人员容易地进入立面的内部。 外观消除了通常由各个数据处理单元使用的外部橱柜的必要性,因此在许多位置打开立面的能力可以允许维护人员直接访问数据处理单元的电子部件。 立面包含升高的假地板,以便提供一种电气耦合单元而不使耦合器暴露的方法。 提供斜坡以允许进入测试设备。 根据场地所需的数据处理设备的要求和数量,由立面包围的内部区域能够扩展或缩小。