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    • 2. 发明申请
    • AN OPTICAL DISC DEVICE WITH AN OPTICAL PICKUP UNIT HAVING AN ADJUSTABLE OBJECTIVE LENS
    • 具有可调节目标镜头的光学拾取单元的光盘设备
    • WO2006120595A1
    • 2006-11-16
    • PCT/IB2006/051333
    • 2006-04-28
    • ARIMA DEVICES CORPORATIONHONG, Kian, H.
    • HONG, Kian, H.
    • G11B7/08G11B7/085
    • G11B7/082
    • An optical disc recording and/or reproducing device comprising an optical pickup unit (1,9) and guiding means (2,3,4) for moving the optical pickup unit in a plane parallel to the rotating optical disc. The optical pickup unit comprises a base portion (1) and an actuator (9) carrying an objective lens (10). The base portion (1) is provided with at least three surfaces (12,13,14,15), whereby each of these surfaces cooperates with a convex surface (16,17,18,19) of the actuator (9) in order to support the actuator (9). At least one surface (16,17,18,19) of each pair cooperating surfaces is spherical around the center of the objective lens (10). The distance between one spherical surface(16,17) and the center of the objective lens (10) differs from the distance between another spherical surface (18,19) and the center of the obj ective lens (10).
    • 一种光盘记录和/或再现装置,包括用于在平行于旋转光盘的平面中移动光学拾取单元的光学拾取单元(1,9)和引导装置(2,3,4)。 光学拾取单元包括基部(1)和承载物镜(10)的致动器(9)。 基部(1)设置有至少三个表面(12,13,14,15),由此这些表面中的每个表面按顺序与致动器(9)的凸表面(16,17,18,19)配合 以支撑致动器(9)。 每对配对表面的至少一个表面(16,17,18,19)围绕物镜(10)的中心是球形的。 一个球形表面(16,17)与物镜(10)的中心之间的距离与另一球形表面(18,19)与物镜(10)的中心之间的距离不同。
    • 5. 发明申请
    • OPTICAL PICK-UP UNIT FOR USE IN AN OPTICAL PLAYER
    • 光学拾取单元,用于光学播放器
    • WO2007000682A1
    • 2007-01-04
    • PCT/IB2006/051962
    • 2006-06-19
    • ARIMA DEVICES CORPORATIONDRENTEN, Ronald, R.BOUWMAN, Lambertus, J., M.
    • DRENTEN, Ronald, R.BOUWMAN, Lambertus, J., M.
    • G11B7/125G11B7/085
    • G11B7/085G11B7/1263
    • Optical pick-up unit for scanning a record carrier (14) with a focused radiation beam, called main radiation beam spot (46) having a main radiation beam spot power, comprising: at least one radiation source (20), emitting at least one radiation beam (22); an objective lens (28) being movable by an actuator (30); a detection element (48) for detecting a reflected radiation beam, a means for controlling and changing the radiation beam power of the at least one radiation beam (22), emitted by the at least one radiation source (20); the optical pick-up unit (12) being movable between an inner radius and outer radius of the record carrier (14) during scanning the record carrier (14). The detection element (48) comprises at least three detection element components (52,54,56), to detect a reflected main radiation beam (47) and/or at least two reflected satellite radiation beams.
    • 用于用聚焦辐射束扫描记录载体(14)的光拾取单元,其被称为具有主辐射束光斑功率的主辐射束点(46),包括:至少一个辐射源(20),发射至少一个 辐射束(22); 物镜(28)可由致动器(30)移动; 用于检测反射辐射束的检测元件(48),用于控制和改变由至少一个辐射源(20)发射的至少一个辐射束(22)的辐射束功率的装置; 光学拾取单元(12)在扫描记录载体(14)期间可在记录载体(14)的内半径和外半径之间移动。 检测元件(48)包括至少三个检测元件部件(52,54,56),以检测反射的主辐射束(47)和/或至少两个反射的卫星辐射束。
    • 7. 发明申请
    • DISK DRIVE UNIT HAVING A TILT ADJUSTING MECHANISM
    • 具有倾斜调节机构的磁盘驱动单元
    • WO2006120592A2
    • 2006-11-16
    • PCT/IB2006/051325
    • 2006-04-28
    • ARIMA DEVICES CORPORATIONTING, Godfrey, F., W.
    • TING, Godfrey, F., W.
    • G11B7/082G11B7/0956G11B7/22
    • The invention relates to a disk drive unit for use in a device for reading and/or writing data on the disk (9). It comprises a turntable (1) having an axis of rotation (3) and a guide (21) extending in substantially radial direction of the turntable (1). The sledge is connected to and supported by the guide (21). A tilt adjusting mechanism (43, 45, 47, 49, 51, 53, 55) is mounted on the sledge (19). The tilt adjusting mechanism (43, 45, 47, 49, 51, 53, 55) has two adjusting screws (43, 45) at different locations so as to tilt the sledge (19) about an axis parallel to the guide (21) (α direction) and about an axis, which is perpendicular thereto and also perpendicular to the axis of rotation (3)(β direction). The adjusting screws co-operate with a bearing member on the guide. This bearing member also guides adjusting movements of the sledge. The tilt adjustment mechanism is simple and effective.
    • 本发明涉及一种用于在盘(9)上读取和/或写入数据的装置中的盘驱动单元。 它包括具有旋转轴线(3)的转盘(1)和沿转台(1)的大体径向方向延伸的导向件(21)。 滑架连接并由导向件(21)支撑。 倾斜调节机构(43,45,47,49,51,53,55)安装在滑架(19)上。 倾斜调节机构(43,45,47,49,51,53,55)在不同位置处具有两个调节螺钉(43,45),以便使滑架(19)围绕平行于导向件(21)的轴线倾斜, (一个方向)并且围绕与其垂直并且也垂直于旋转轴线(3)(ß方向)的轴线。 调节螺丝与导轨上的轴承部件配合。 该轴承构件还引导滑架的调节运动。 倾斜调节机构简单有效。
    • 9. 发明申请
    • AN OPTICAL PICKUP HAVING ABERRATION CORRECTION
    • 具有异常校正的光学拾取
    • WO2007034335A2
    • 2007-03-29
    • PCT/IB2006/003833
    • 2006-09-19
    • ARIMA DEVICES CORPORATIONXIANGYIN, Sunny ChengJUTTE, Petrus Theodorus
    • XIANGYIN, Sunny ChengJUTTE, Petrus Theodorus
    • G11B7/125G11B7/135
    • G11B7/1353G11B7/1275G11B7/1359G11B7/1365G11B7/1378G11B7/13922G11B7/1395G11B2007/0006
    • An optical pick-up unit is suitable for scanning a first type of record carrier having a first information density and at least a second type of record carrier, the second type of record carrier having a second information density different from the first information density. The optical pick-up unit comprises a first radiation source (16, 86) for emitting a first diverging radiation beam (24) for scanning the first type of record carrier, and at least a second radiation source (48, 96) for emitting a second radiation beam (50) for scanning the second type of record carrier. The optical pick-up unit also comprises a first beam splitter (58, 93, 104) for combining the first radiation beam and the second radiation beam on a common optical path. The first beam splitter is a plane-parallel plate-type beam splitter. A correcting element (20, 22, 72) for astigmatism and coma correction is arranged between the first radiation source and the first beam splitter.
    • 光学拾取单元适于扫描具有第一信息密度的第一类型的记录载体和至少第二类型的记录载体,第二类型的记录载体具有不同于第一信息密度的第二信息密度。 光学拾取单元包括用于发射用于扫描第一类型的记录载体的第一发散辐射束(24)的第一辐射源(16,86)和用于发射第一类型记录载体的至少第二辐射源(48,96) 用于扫描第二类型的记录载体的第二辐射束(50)。 光学拾取单元还包括用于将第一辐射束和第二辐射束组合在公共光路上的第一分束器(58,93,104)。 第一分束器是平面平行板型分束器。 用于散光和彗差校正的校正元件(20,22,72)设置在第一辐射源和第一分束器之间。