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    • 1. 发明授权
    • Storage unit and post and beam of the unit
    • 存储单元和单元的柱和梁
    • US4197952A
    • 1980-04-15
    • US907085
    • 1978-05-18
    • Eugene A. De FouwThomas A. KleinWilliam A. Rhodes
    • Eugene A. De FouwThomas A. KleinWilliam A. Rhodes
    • A47B47/02A47F5/10
    • A47B47/021A47B2096/1491Y10T403/4602Y10T403/4694
    • A storage unit of the disclosure includes vertical posts on which beams that connect the posts are adjustably supported at selected heights. Each post has an elongated shape of a T-shaped cross section including an imperforate outer wall, imperforate side walls that extend inwardly from the outer wall in spaced relationship to each other, inner walls that extend from the side walls toward each other in spaced relationship to the outer wall, and flanges which extend inwardly from the inner walls and are connected to each other. Mounting openings are provided in each inner wall of the post along the length thereof for use in securing the beams to the post. Each beam has an elongated shape between the posts and opposite ends which include respective notches. At least one attachment tab is mounted within each beam notch for protection when the beam is not being used and for use in securing the beam to the post by projecting through one of the post mounting openings. Upper and lower ends of the post mounting openings are symmetrical about a horizontal centerline so that the post can be used with either of its ends up. A unitary attachment plate on the end of the beam includes a flat section and a bent section from which the attachment tab is struck. As disclosed, there are two sets of vertically spaced attachment tabs and each set includes a lower support tab and an upper anti-lift tab which are both received within the same mounting opening upon securement of the beam to the post. Inclined surfaces of the post mounting openings are engaged by the support tabs to force the beam end against the post, and wedging surfaces of the support tabs likewise force the beam end against the post.
    • 本公开的存储单元包括垂直柱,在该柱上连接柱的梁可选地被支撑在选定的高度处。 每个柱具有T形横截面的细长形状,包括无孔外壁,从外壁以彼此间隔开的关系向内延伸的无孔侧壁,以相互间隔开的方式从侧壁向彼此延伸的内壁 到外壁,以及从内壁向内延伸并彼此连接的凸缘。 在柱的每个内壁沿其长度设置安装开口以用于将梁固定到柱上。 每个梁在柱和相对端之间具有细长形状,其包括相应的凹口。 至少一个附接突片安装在每个光束切口内,用于当光束未被使用时进行保护,并用于通过突出穿过柱安装开孔之一来将光束固定到柱上。 柱安装开口的上端和下端关于水平中心线对称,使得柱可以随其任一端向上使用。 梁的端部上的整体附接板包括平坦部分和弯曲部分,附着突片从该弯曲部分被撞击。 如所公开的那样,存在两组垂直间隔开的附接突片,并且每组包括下支撑突片和上抗提升突片,其在将梁固定到柱上时均被接收在同一安装开口内。 柱安装开口的倾斜表面通过支撑突片接合以迫使梁端抵靠柱,并且支撑突片的楔入表面同样迫使梁端抵靠柱。
    • 3. 发明授权
    • Miniature disk drive with dynamic head loading with skewed lifting tab
    • 微型磁盘驱动器,动态磁头装载有偏斜的提升片
    • US5486964A
    • 1996-01-23
    • US435243
    • 1995-05-05
    • James H. MorehouseDavid M. FuraySteven B. VolkMichael R. UtenickJames A. DunckleyJohn H. BlagailaJames F. HopperThomas A. Klein
    • James H. MorehouseDavid M. FuraySteven B. VolkMichael R. UtenickJames A. DunckleyJohn H. BlagailaJames F. HopperThomas A. Klein
    • G11B21/12G11B21/21G11B21/22G11B25/04G11B33/12G11B5/54
    • G11B33/121G11B21/12G11B21/21G11B21/22G11B25/043
    • Disclosed is a disk drive information storage device having a housing and a disk means for recording and reproducing information. The disk drive information storage device utilizes an actuator comprising a body portion supported by the housing for rotation about an axis, and a load beam connected to the body portion for rotation of a first end of the load beam in a plane substantially parallel to a surface of the disk means. The load beam includes an elongated lift tab having a free end which extends beyond the first end of the load beam, with the lift tab extending along an axis which is skewed from the centerline of the load beam. A slider body including a transducer for recording and reproducing information from the disk is supported by the load beam at a position intermediate the first end of the load beam and the axis of rotation of the body portion. A cam assembly is provided on the housing adjacent to the edge of the disk means, the cam assembly including a cam surface positioned in operative relationship with the lift tab. In one embodiment, the housing has a first external dimension of about 51 mm. In another embodiment, the disk means has a diameter in the range of from about 45 mm to about 50 mm.
    • 公开了一种具有壳体和盘装置的磁盘驱动器信息存储装置,用于记录和再现信息。 磁盘驱动器信息存储装置利用致动器,其包括由壳体支撑的主体部分以绕轴线旋转;以及连接到主体部分的负载梁,用于在基本上平行于表面的平面中旋转负载梁的第一端 的磁盘装置。 负载梁包括具有延伸超过负载梁的第一端的自由端的细长提升突片,其中提升突片沿着从负载梁的中心线偏斜的轴线延伸。 包括用于从盘记录和再现信息的换能器的滑块体由负载梁在位于负载梁的第一端和主体部分的旋转轴线之间的位置处支撑。 凸轮组件设置在与盘装置的边缘相邻的壳体上,凸轮组件包括与提升翼片定位成可操作关系的凸轮表面。 在一个实施例中,壳体具有约51mm的第一外部尺寸。 在另一个实施例中,盘装置的直径在约45mm至约50mm的范围内。
    • 4. 发明授权
    • Shelf clip
    • 货架夹
    • US4101108A
    • 1978-07-18
    • US803711
    • 1977-06-06
    • Thomas A. Klein
    • Thomas A. Klein
    • A47B57/40A47G29/02
    • A47B57/40
    • A shelf clip of a unitary metallic construction for securely positioning a shelf on a shelving unit and usable in a back-to-back relationship with a like clip in an interfitted relationship. Upper and lower ends on an attachment flange of a body of the clip include a support hook and a downwardly extending positioning tang located on one side of a lateral center between the attachment flange sides so as to permit the interfitted relationship of the clips in their back-to-back relationship. A support flange extends horizontally from the lower end of the attachment flange with the positioning tang struck therefrom and includes an end that projects upwardly in a slightly inclined orientation. Cooperation between a dimple formed in the attachment flange and the inclined support flange end securely positions the shelf with respect to the clip while cooperation of the support hook and the positioning tang positions the clip with respect to the shelving unit.
    • 一种单一金属结构的货架夹,用于将架子牢固地定位在搁架单元上并且可以以相互关联的方式与相似的夹子以背对背的关系方式使用。 夹子主体的附接凸缘上的上端和下端包括支撑钩和位于附接凸缘侧之间的侧向中心的一侧上的向下延伸的定位柄,以便允许夹子在其背面的相互关系 背对背关系。 支撑凸缘从附接凸缘的下端水平延伸,并且定位柄从其上冲击并且包括以稍微倾斜的方向向上突出的端部。 形成在附接凸缘中的凹坑和倾斜的支撑凸缘端之间的协作在支架钩和定位柄的配合相对于搁架单元定位夹子的同时,使架子相对于夹具牢固地定位。
    • 6. 发明授权
    • Miniature hard disk drive with spin motor for portable computer
    • 带旋转电机的微型硬盘驱动器,用于便携式计算机
    • US5408374A
    • 1995-04-18
    • US115071
    • 1993-08-30
    • James H. MorehouseDavid M. FuraySteven B. VolkMichael R. UtenickJames A. DunckleyJohn H. BlagailaJames F. HopperThomas A. Klein
    • James H. MorehouseDavid M. FuraySteven B. VolkMichael R. UtenickJames A. DunckleyJohn H. BlagailaJames F. HopperThomas A. Klein
    • G11B21/12G11B21/21G11B21/22G11B25/04G11B33/12G11B5/54G11B17/02
    • G11B33/121G11B21/12G11B21/21G11B21/22G11B25/043
    • Disclosed is a disk drive information storage device which, in one embodiment, includes a disk having a diameter in the range of about 45 to 50 min., with a housing and a spin motor. In another embodiment, the disk drive information storage device includes a disk, a housing having a first external dimension of about 51 mm., and a spin motor. The spin motor includes a rotor and a stator, with either the rotor or the stator having a plurality of winding structures associated therewith, and the other having a plurality of magnetic poles. Each winding structure is made up of two winding portions, with only one winding portion being used to drive the rotor relative to the stator upon drive currents being applied to the winding structure, but with both winding portions being used to generate back electromotive force when drive current is cut off from the winding structure. This generated electromotive force is used to actuate an actuator drive motor to unload the read/write heads from the disk surface. As an alternative, each winding is made of a single winding, and the winding structures are used successively to drive the motor relative to the stator, but with at least two winding portions generating back electromotive force when drive current is cut off.The housing of the disk drive information storage device, in one embodiment, further includes a second external dimension of about 70 mm. and a dynamic loading apparatus for loading the read/write recording elements into the operative relationship with the disk.
    • 公开了一种磁盘驱动器信息存储装置,在一个实施例中,磁盘驱动器信息存储装置包括直径在大约45至50分钟范围内的盘与壳体和旋转电动机。 在另一个实施例中,盘驱动器信息存储装置包括盘,具有约51mm的第一外部尺寸的壳体和旋转马达。 旋转电动机包括转子和定子,其中转子或定子具有与其相关联的多个绕组结构,而另一个具有多个磁极。 每个绕组结构由两个绕组部分组成,当驱动电流施加到绕组结构时,仅使用一个绕组部分来相对于定子驱动转子,但是当两个绕组部分被用于在驱动时产生反电动势 电流从绕组结构切断。 该产生的电动势用于致动致动器驱动电动机以将读/写头从盘表面卸载。 作为替代,每个绕组由单个绕组制成,并且绕组结构被连续使用以相对于定子驱动电动机,但是在驱动电流被切断时至少有两个产生反电动势的绕组部分。 在一个实施例中,磁盘驱动器信息存储装置的壳体还包括约70mm的第二外部尺寸。 以及用于将读/写记录元件加载到与盘的操作关系的动态加载装置。