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    • 1. 发明申请
    • SLOTTED FLEX CIRCUIT AND OUTER RETURN PATH FOR A DISK DRIVE ACTUATOR
    • 用于磁盘驱动器执行器的锁定的柔性电路和外部返回路径
    • WO1998021715A1
    • 1998-05-22
    • PCT/US1997018540
    • 1997-10-15
    • IOMEGA CORPORATION
    • IOMEGA CORPORATIONBRIGGS, John, C.PATTERSON, Robert, S.DEWEY, Jason
    • G11B05/55
    • G11B5/4853G11B5/11G11B5/5521G11B7/08582G11B21/02G11B21/16G11B23/0007H02K1/17H02K41/0356H02K41/0358
    • A voice coil actuator return path and a slotted flex circuit member for a linear actuator (70) of a disk drive (110). The outer return path (72) is formed from laminations of low carbon steel and supports and positions a central guide track (53) on which a carriage assembly (50) slides. The outer return path (72) is oriented in a rectangle that is coupled to a disk drive and includes an aperture (78) through which a portion of the carriage assembly passes. A flex circuit member (10), which electrically connects the read/write heads (52A and 52B), includes a slot (25) that enables the central guide track (53) to pass through, thereby enabling connection to the carriage assembly near a central axis (40) of the carriage (50). The flex circuit member (10) has a center of mass and center of force approximately equally distributed on each side of a vertical plane passing through a centerline of the central guide track.
    • 音圈致动器返回路径和用于盘驱动器(110)的线性致动器(70)的开槽弯曲电路构件。 外部返回路径(72)由低碳钢的叠片形成,并且支撑并定位托架组件(50)在其上滑动的中心导轨(53)。 外部返回路径(72)被定向成矩形,其被连接到盘驱动器,并且包括孔(78),滑架组件的一部分穿过该孔。 将读/写磁头(52A和52B)电连接的柔性电路部件(10)包括能够使中心导轨(53)穿过的狭槽(25),从而使得能够连接到支架组件 滑架(50)的中心轴(40)。 柔性电路构件(10)具有大致均匀分布在通过中心导轨的中心线的垂直平面的每一侧上的力的中心和中心。
    • 2. 发明申请
    • A TAPE HEAD ACTUATOR ASSEMBLY HAVING A SHOCK SUPPRESSION SLEEVE
    • 带有触发抑制套的皮带头致动器组件
    • WO1998011541A1
    • 1998-03-19
    • PCT/US1997016032
    • 1997-09-10
    • QUANTUM CORPORATION
    • QUANTUM CORPORATIONCRANSON, Kenneth, G.HARRISON, Robert, L.DALY, Keith, L.
    • G11B05/55
    • G11B5/5504F16H25/2009Y10T74/18696Y10T74/19902
    • A magnetic tape head actuator assembly has a stepper motor having a threaded shaft (50) wherein a bracket supports the tape head assembly. A threaded split nut (85) is positioned between bores of the bracket and rigidly attached to the bracket whereby the bracket is moved back and forth along the shaft (50). The split nut (85) has an annular groove (95) encircling its outer perimeter so as to position a circular spring (100) therein for providing an inwardly directed compressive force on the split nut (85). A shock suppression sleeve (105) is spring biased by spring (102) to engage the split nut (85) over a distance of the split nut (85). In the event of a mechanical shock, a ramped interior portion of the sleeve (105) provides a reactionary force on the split nut (85) for resisting the expansion thereof, thereby substantially eliminating split nut backlash.
    • 磁带头致动器组件具有步进电动机,该步进电动机具有螺纹轴(50),其中支架支撑磁头组件。 螺纹的分离螺母(85)位于支架的孔之间并且刚性地附接到支架上,由此托架沿轴(50)前后移动。 分离螺母(85)具有围绕其外周的环形槽(95),以便在其中定位圆形弹簧(100),以在分离螺母(85)上提供向内指向的压缩力。 减震套筒(105)通过弹簧(102)弹簧偏压,以在分离螺母(85)的一定距离处与分离螺母(85)接合。 在机械冲击的情况下,套筒(105)的倾斜内部部分在分离螺母(85)上提供反作用力以抵抗其膨胀,从而基本上消除了分离螺母间隙。
    • 3. 发明申请
    • TRACK POSITIONING ASSEMBLY IN MAGNETIC TAPE RECORDER
    • 磁带录音机轨迹定位装置
    • WO1997026649A1
    • 1997-07-24
    • PCT/US1997000256
    • 1997-01-13
    • GAVIT, Stephan, E.
    • G11B05/55
    • G11B5/5504
    • A positioning mechanism (10) operates to selectively position a transducer (20) along a linear axis (L) relative to a support structure (12) and comprises a movable mount (18) operative to secure the transducer (20) relative to the support structure (12) for reciprocal movement along the linear axis (L) between tracks on the tape (T). A rotatable cam element (120) is oriented transversely of liner axis (L) and has a camming structure defined by a ramp that contacts the movable mount (18) such that, as the cam (120) is rotated, the ramp operates to move the movable mount along the linear axis (L). A rotatable drive (106) is employed to selectively rotate the cam (120) about the rotational axis (S). Preferably, the ramp includes a plurality of discrete steps (327) which vary the dimension of the cam element (120) so that the movable mount (18) is moved between a plurality of discrete tracks on the tape (T) as the cam (120) is rotated.
    • 定位机构(10)操作以相对于支撑结构(12)沿着线性轴线(L)选择性地定位换能器(20),并且包括可操作的安装件(18),用于将换能器(20)相对于支撑件 结构(12),用于沿着带(T)上的轨道之间的线性轴线(L)往复运动。 可旋转的凸轮元件(120)横向于衬套轴线(L)定向,并且具有由与可移动安装件(18)接触的斜面限定的凸轮结构,使得当凸轮(120)旋转时,斜面操作以移动 沿着线性轴(L)的可移动安装座。 旋转驱动器(106)用于围绕旋转轴线(S)选择性地旋转凸轮(120)。 优选地,斜坡包括多个离散步骤(327),其改变凸轮元件(120)的尺寸,使得可移动安装件(18)在作为凸轮的带(T)上的多个离散轨道之间移动 120)旋转。
    • 4. 发明申请
    • POSITIONING OF A HEAD RELATIVE TO A PLURALITY OF TRACKS
    • 与多个轨道相关的位置定位
    • WO1997021213A1
    • 1997-06-12
    • PCT/IB1996001287
    • 1996-11-22
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN AB
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABHOOGENDOORN, AbrahamKALFS, Johannes, Jozef, Wilhelmus
    • G11B05/55
    • G11B5/584G11B5/5508
    • An apparatus is disclosed for positioning a head (34) relative to a plurality of tracks (T1, Tn) running parallel to each other in their longitudinal direction on a record carrier (1). First and second tracks (T1, T2) have first and second tracking signals (S1, S2) of specific frequencies recorded in them and third and fourth tracks (Tn-1, Tn) have third and fourth tracking signals (Sn-1, Sn) of specific frequencies recorded in them. The apparatus comprises a head (34) for reading the tracking signals, control signal generator means (36, 38) for generating a first control signal in response to the first and second tracking signals (S1, S2) and for generating a second control signal in response to the third and fourth tracking signals (Sn-1, Sn). A positioning unit (40, 42) for moving the head (34) in a direction transverse to said longitudinal direction, has an input for receiving said first and second control signals and for moving the head in response to said first and second control signals, so as to position the head (34) onto a fifth and sixth track (Ta, Tz) respectively. A position detection unit (48, 49, 56) for detecting the position of the head (34) in said transverse direction, has an output (58) for supplying a first and a second position signal when the head (34) is positioned onto said fifth and sixth track (Ta, Tz) respectively. In a calibration mode of operation the position of the fifth and sixth tracks are located and the generated first and second position signals are stored in a memory (60).
    • 公开了一种用于相对于在记录载体(1)上沿其纵向彼此平行延伸的多个轨道(T1,Tn)定位头部(34)的装置。 第一和第二轨道(T1,T2)具有记录在其中的特定频率的第一和第二跟踪信号(S1,S2),第三和第四磁道(Tn-1,Tn)具有第三和第四跟踪信号(Sn-1,Sn )其中记录的特定频率。 该装置包括用于读取跟踪信号的头部(34),用于响应于第一和第二跟踪信号(S1,S2)产生第一控制信号并用于产生第二控制信号的控制信号发生器装置(36,38) 响应于第三和第四跟踪信号(Sn-1,Sn)。 用于沿横向于所述纵向方向移动头部(34)的定位单元(40,42)具有用于接收所述第一和第二控制信号并根据所述第一和第二控制信号移动头部的输入端, 以便将头部(34)分别定位在第五和第六轨道(Ta,Tz)上。 用于检测头部(34)在所述横向上的位置的位置检测单元(48,49,56)具有用于当头部(34)定位于其上时提供第一和第二位置信号的输出端(58) 分别是第五和第六轨道(Ta,Tz)。 在校准操作模式中,定位第五和第六轨道的位置,并将生成的第一和第二位置信号存储在存储器(60)中。
    • 5. 发明申请
    • DISK DRIVE ARCHITECTURE FOR AUTOMATED ASSEMBLY
    • 自动化装配盘驱动架构
    • WO1995013611A1
    • 1995-05-18
    • PCT/US1994012776
    • 1994-11-07
    • CONNER PERIPHERALS, INC.
    • CONNER PERIPHERALS, INC.STEFANSKY, Frederick, MarkHASE, Karl, E.LERDAL, Michael, J.BRYAN, William, J.REPPHUN, WilliamHOGAN, ThomasWONG, Walter
    • G11B05/55
    • G11B5/4813Y10T29/49025
    • A disk drive architecture is disclosed which comprises: interactive elements reading information from and writing information on the disk; an actuator supporting and positioning the interactive elements with respect to the disks such that the flying height of the disk is maintained at a nominal height of about two microinches with a variance of less than 0.75 microinch; and a cover enclosing the disks, the interactive elements, and the actuator to form a controlled environment thereinbetween. In a futher aspect, the actuator includes a plurality of actuator arms, each arm having a wire carrier attached thereto, the wire carrier positioning a plurality of wires coupled to the read/write elements over solder pads on a flexible circuit coupled to the control electronics. The method for assembling the drive includes: providing an assembly member; stacking a first actuator arm and a second actuator arm in an orientation where the axes of the arms are non-paralel; inserting a comb assembly between the first and second arms; rotating the arms about the assembly member to a position where the radials are in parallel; and securing the arms against rotation relative to each other. In another aspect wherein each arm includes a read/write head having wires coupled thereto, the method further including the step of attaching a wire carrier to the arm prior to the stacking step.
    • 公开了一种磁盘驱动器架构,其包括:交互元件从盘读取信息和写入信息; 致动器相对于盘支撑和定位交互元件,使得盘的飞行高度保持在大约两微微英寸的标称高度,其变化小于0.75微英寸; 以及包围盘,交互元件和致动器的盖,以在其间形成受控的环境。 在另一方面,致动器包括多个致动器臂,每个臂具有附接到其上的导线架,线载体将耦合到读/写元件的多个导线定位在耦合到控制电子器件的柔性电路上的焊盘上 。 用于组装驱动器的方法包括:提供组装构件; 在臂的轴线不是paralel的方向上堆叠第一致动器臂和第二致动器臂; 在第一和第二臂之间插入梳子组件; 将臂绕组合构件旋转到径向平行的位置; 并且相对于彼此固定臂抵抗旋转。 在另一方面,其中每个臂包括具有连接到其上的线的读/写头,所述方法还包括在堆叠步骤之前将线载体附接到臂的步骤。
    • 6. 发明申请
    • STACKABLE ACTUATOR ASSEMBLY
    • 可堆叠执行机构总成
    • WO1995013610A1
    • 1995-05-18
    • PCT/US1994012677
    • 1994-11-07
    • CONNER PERIPHERALS, INC.
    • CONNER PERIPHERALS, INC.STEFANSKY, Frederick, MarkHASE, Karl, E.BRYAN, William, J.LERDAL, Michael, J.
    • G11B05/55
    • G11B33/121G11B5/4813G11B25/043
    • An actuator assembly includes a first actuator arm and a second actuator arm, each having a first end and a second end, a support member, and a bearing assembly coupled to the arms and the support member, and supporting the arms and support member for rotation about an axis. The bearing assembly has a first portion abutting the first actuator arm and second portion abutting the second actuator arm, with the first and second arms being secured against movement away from each other by the bearing cartridge. Also provided is a retainer for preventing rotation of the first actuator arm about said axis relative to the second arm. The retainer may comprise first and second fasteners provided at opposite sides of the axis. In an alternative embodiment, the retainer comprises leaf spring having a notch provided therein on the first and second actuator arms, and a fastener member provided on the support member.
    • 致动器组件包括第一致动器臂和第二致动器臂,每个具有第一端和第二端,支撑构件和联接到臂和支撑构件的轴承组件,并且支撑臂和支撑构件用于旋转 关于一个轴。 轴承组件具有邻接第一致动器臂的第一部分和邻接第二致动器臂的第二部分,其中第一和第二臂通过轴承盒抵抗彼此远离的运动。 还设置有用于防止第一致动器臂围绕所述轴线相对于第二臂旋转的保持器。 保持器可以包括设置在轴线的相对侧的第一和第二紧固件。 在替代实施例中,保持器包括在第一和第二致动器臂上设置有切口的板簧,以及设置在支撑构件上的紧固件。
    • 9. 发明申请
    • SERVO-WRITER FOR DISK DRIVE
    • 伺服驱动器用于磁盘驱动器
    • WO1998029870A1
    • 1998-07-09
    • PCT/GB1997003520
    • 1997-12-22
    • RENISHAW PLCCHANEY, Raymond, John
    • RENISHAW PLC
    • G11B05/55
    • G11B21/106G11B5/4886G11B5/5534G11B5/59644G11B19/14G11B21/083
    • A disk drive system for a PC includes a rotatable magnetic storage disk (10) and a read/write arm (12) having a reading/writing head (14). During manufacture, servo control tracks are written onto the surface of the disk (10) by means of an external servo writing system including a control arm (40) independently pivotable by means of a motor/encoder unit (50). The control arm has a null sensor (80) which detects the relative displacement of the read/write arm (12) and control arm (40). The control arm (40) has a relatively high inertial mass, whereas the read/write arm has a low inertial mass. Servo control tracks are written by moving the control arm (40) continuously across the surface of the disk. Servo control card (70) receives output signals from the encoder (50) and null sensor (80), and instructs the hard disk control electronics (30) to move the read/write arm (12) into register with the control arm (40) at the instant the control arm (40) lies in register with a region of the disk on which it is desired to write a servo control track (because the read/write arm (12) has a low inertial mass it is moved much more rapidly than the control arm (40)). The read/write arm (12) is then maintained in its position relative to the disk (the servo control card using the output of the null sensor for this purpose), and a servo control track is written. The control arm (40) continues to traverse the disk during writing of the track, and when the track has been written the read/write arm (12) is once again moved rapidly into register with the control arm (40) at the location at which the next servo control track is to be written.
    • 用于PC的磁盘驱动器系统包括可旋转磁存储盘(10)和具有读/写头(14)的读/写臂(12)。 在制造过程中,通过外部伺服写入系统将伺服控制轨迹写入到盘(10)的表面上,所述外部伺服写入系统包括可通过马达/编码器单元(50)独立转动的控制臂(40)。 控制臂具有检测读/写臂(12)和控制臂(40)的相对位移的零传感器(80)。 控制臂(40)具有相对高的惯性质量,而读/写臂具有低惯性质量。 通过使控制臂(40)连续移动穿过盘的表面来写入伺服控制轨迹。 伺服控制卡(70)从编码器(50)和空传感器(80)接收输出信号,并指示硬盘控制电子装置(30)将读/写臂(12)移动到控制臂(40) )在控制臂(40)与要在其上写入伺服控制轨道的盘的区域对准的时刻(因为读/写臂(12)具有低惯性质量,其移动得更多 快速地比控制臂(40))。 然后,读写臂(12)相对于盘保持在其位置(伺服控制卡使用零传感器的输出用于此目的),并且写入伺服控制轨迹。 在写入轨道期间,控制臂(40)继续穿过盘,并且当轨迹已被写入时,读/写臂(12)再次快速地移动到与控制臂(40)对准的位置处 下一个伺服控制轨道将被写入。
    • 10. 发明申请
    • E-BLOCK HEAD STACK MICROACTUATOR ASSEMBLY
    • 电子书架堆栈微处理器总成
    • WO1998027546A1
    • 1998-06-25
    • PCT/US1997007352
    • 1997-05-01
    • SEAGATE TECHNOLOGY, INC.FARD, Anoush, M.MOHAJERANI, KhosrowSAMPIETRO, Joseph, M.BARINA, Jeffrey, G.HAWWA, Muhammad, A.
    • SEAGATE TECHNOLOGY, INC.
    • G11B05/55
    • G11B5/5552G11B5/4873G11B21/08G11B21/106
    • A system for positioning a transducing head of a disc drive over a selected track (42) of a rotatable disc (40) includes an actuator assembly (20, 50) having an E-block body (25) including a cavity (37), at least one actuator arm (30) extending from the E-block body (25), a head suspension mechanism (34, 36, 38) including the transducing head connected to an end of the actuator arm (30), and a pivot cartridge (26) in the cavity (37) in the E-block body (25). The E-block body (25) is attached to the pivot cartridge (26) and forms a hinge point (39) between the E-block body (25) and the pivot cartridge (26). A low resolution motor (22) rotates the actuator assembly (20, 50) about an axis (24) to effect coarse positioning of the head with respect to the selected track (42) of the rotatable disc (40). A piezoelectric element (27, 52) in the E-block body (25) is selectively expanded and contracted to distort the E-block body (25) around the hinge point (39) to effect fine positioning of the head with respect to the selected track (42) of the rotatable disc (40).
    • 用于将盘驱动器的换能头定位在可旋转盘(40)的选定轨道(42)上的系统包括具有包括空腔(37)的E形块体(25)的致动器组件(20,50) 从所述E形块主体(25)延伸的至少一个致动器臂(30),包括连接到所述致动器臂(30)的端部的所述换能头的头部悬挂机构(34,36,38) (26)在E块体(25)中的空腔(37)中。 E块体(25)连接到枢轴筒(26)上,并在E块体(25)和枢轴筒(26)之间形成铰链点(39)。 低分辨率马达(22)围绕轴线(24)旋转致动器组件(20,50),以实现头部相对于可旋转盘(40)的选定轨道(42)的粗略定位。 E块体(25)中的压电元件(27,52)选择性地膨胀和收缩,以使铰链点(39)周围的E形块体(25)变形,以使头部相对于 所述可旋转盘(40)的所选轨道(42)。