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    • 3. 发明授权
    • Disc accomodating adaptor and a method and apparatus for driving the same
    • 盘式适配器及其驱动方法和装置
    • US06606295B1
    • 2003-08-12
    • US09354085
    • 1999-07-15
    • Young-sun SeoDong-ho ShinIn-sik ParkJung-wan KoHan-kook ChoiJong-pil ParkHee-deuk ParkKyu-hyeong Lee
    • Young-sun SeoDong-ho ShinIn-sik ParkJung-wan KoHan-kook ChoiJong-pil ParkHee-deuk ParkKyu-hyeong Lee
    • G11B584
    • G11B17/0545G11B23/0317
    • An adaptor includes a sensor hole to be open/closed, and a method and an apparatus drive the adaptor. The adaptor includes at least one sensor hole determining the size of a disc received in an adaptor body which is received via a disc holder. The disc holder includes an elastic press extended therefrom and elastically support the disc, preventing a movement of the disc until the disc holder is inserted into the adaptor body. Further, a release is disposed on the adaptor body to release the disc from the elastic press when the disc holder is inserted into the adaptor body. A method for driving the adaptor includes determining whether the sensor hole is open; and determining the type of device inserted into a disc drive. The type of drive inserted into the disc drive is determined by the adaptor accommodating an 8-cm disc when the sensor hole is open, while a cartridge accommodates a 12-cm disc when the sensor hole is closed. An apparatus for driving the adaptor includes a sensing switch to be selectively inserted into the sensor hole of the inserted adaptor to be turned on/off and transmit the corresponding signal regarding the open/closed state of the sensor hole to a microcomputer.
    • 适配器包括要打开/关闭的传感器孔,以及驱动适配器的方法和装置。 适配器包括至少一个传感器孔,其确定经由盘保持器接收的适配器主体中接收的盘的尺寸。 盘保持器包括从其延伸的弹性压力机并弹性地支撑盘,防止盘的移动,直到盘保持器插入适配器主体内。 此外,当盘保持器插入适配器主体中时,将释放件设置在适配器主体上以从弹性压力机释放盘。 用于驱动适配器的方法包括确定传感器孔是否打开; 并确定插入到盘驱动器中的装置的类型。 当传感器孔打开时,插入盘驱动器的驱动器类型由容纳8cm盘的适配器确定,而当传感器孔关闭时,盒容纳12cm盘。 用于驱动适配器的装置包括一个感测开关,其被选择性地插入到插入的适配器的传感器孔中以被打开/关闭,并将关于传感器孔的打开/关闭状态的相应信号传送到微型计算机。
    • 4. 发明授权
    • Optical pickup having a tilt mechanism to adjust an optical axis of an incident light beam
    • 具有用于调整入射光束的光轴的倾斜机构的光学拾取器
    • US06295255B1
    • 2001-09-25
    • US09315989
    • 1999-05-21
    • Young-sun SeoHan-kook ChoiPyong-yong SeongIn-sik ParkHee-deuk ParkYoung-min CheongDong-ho Shin
    • Young-sun SeoHan-kook ChoiPyong-yong SeongIn-sik ParkHee-deuk ParkYoung-min CheongDong-ho Shin
    • G11B700
    • G11B7/1362G11B7/0932G11B7/0935G11B7/0956
    • An optical pickup includes a rotary block rotatably installed on a fixed base; a holder integrally coupled to the rotary block; a bobbin supported by a wires of the holder to be movable; a base plate fixed to the fixed base and placed between the rotary block and the bobbin; an objective lens mounted in the bobbin, for focusing an incident light to form a spot of light on a recording medium; a focusing coil and tracking coils installed in the bobbin, serving as a current flow path for focusing and tracking operations; first magnets and first inner and outer yokes installed in the base plate, facing the focusing coil and the tracking coils, for producing magnetic fields perpendicular to the current flowing through the focusing coil and the tracking coils to produce an electromagnetic force for driving the bobbin; a fixed optical system for irradiating light toward the recording medium and receiving the light reflected by the recording medium and then passed through the objective lens; a reflecting mirror for changing the traveling path of the incident light, the reflecting mirror installed in the rotary block to be arranged between the objective lens and the fixed optical system; tilt coils serving as a current flow path, the tilt coils installed at both sides of the rotary block; and second magnets and second inner and outer yokes installed facing the tilt coils, for producing magnetic fields perpendicular to the current flowing through the tilt coils to produce an electromagnetic force for rotating the rotary block. Therefore, the tilt of the optical axis of the light incident onto and reflected by an optical disk through the reflecting mirror and the objective lens can be adjusted according to the tilt of the recording medium, such that the light is perpendicularly incident onto and reflected by the recording medium all the time.
    • 光学拾取器包括可旋转地安装在固定基座上的旋转块; 一体地联接到所述旋转块的保持器; 由保持器的电线支撑的可绕动的线轴; 固定在所述固定基座上并设置在所述旋转块和所述筒管之间的基板; 安装在筒管中的物镜,用于聚焦入射光以在记录介质上形成光斑; 安装在筒管中的聚焦线圈和跟踪线圈,用作用于聚焦和跟踪操作的电流流动路径; 第一磁体和安装在基板中的面对聚焦线圈和跟踪线圈的第一内外轭,用于产生垂直于流过聚焦线圈和跟踪线圈的电流的磁场,以产生用于驱动线轴的电磁力; 用于向记录介质照射光并接收由记录介质反射的光然后通过物镜的固定光学系统; 用于改变入射光的行进路径的反射镜,安装在旋转块中以设置在物镜和固定光学系统之间的反射镜; 倾斜线圈用作电流流路,倾斜线圈安装在旋转块的两侧; 并且第二磁体和第二内外轭安装成面对倾斜线圈,用于产生垂直于流过倾斜线圈的电流的磁场,以产生用于旋转旋转块的电磁力。 因此,可以根据记录介质的倾斜度,通过反射镜和物镜入射到光盘并由其反射的光的光轴的倾斜,使得光垂直入射到其上并由 记录介质。
    • 5. 发明授权
    • Apparatus and method for recording mark
    • US07095703B2
    • 2006-08-22
    • US10374715
    • 2003-02-27
    • Seong-sue KimDu-seop YoonIn-sik ParkDong-ho Shin
    • Seong-sue KimDu-seop YoonIn-sik ParkDong-ho Shin
    • G11B7/00
    • G11B7/0948G11B7/00454G11B7/095G11B7/0956G11B7/126G11B7/1392
    • A recording apparatus to record a mark on a recording medium includes an aberration detecting part and an optical power controller. The aberration detecting part detects an aberration signal corresponding to the amount of an aberration contained in a light beam radiated onto a recording surface of the recording medium by using an optical pickup system which includes a light source and an objective lens. The light source emits a light beam having a power to record the mark on the recording medium. The objective lens condenses the light beam to focus the light beam as an optical spot on the recording surface of the recording medium. The optical power controller controls the power output from the light source according to the detected aberration signal, so as to have the light source output an optical power to record the mark, in which a deformation due to the aberration is compensated for, on the recording medium. Accordingly, even though the aberration occurs, a proper mark in which the deformation due to the aberration is compensated for can be recorded by increasing the recording power of the light source in proportion to the amount of the aberration to compensate for the aberration. As a result, the mark showing a good signal characteristic can be recorded on the recording medium without an additional aberration compensating device.
    • 9. 发明授权
    • Objective lens for high-density optical focusing and an optical disk in an optical pickup
    • 用于高密度光学聚焦的物镜和光学拾取器中的光盘
    • US06938890B2
    • 2005-09-06
    • US09725879
    • 2000-11-30
    • Jang-hoon YooKun-ho ChoSeung-tae JungChul-woo LeeDong-ho Shin
    • Jang-hoon YooKun-ho ChoSeung-tae JungChul-woo LeeDong-ho Shin
    • G02B13/00G02B3/08G02B13/18G11B7/085G11B7/09G11B7/095G11B7/135G11B7/24G11B7/00
    • G11B7/13927G11B7/1362G11B7/1374G11B7/1378G11B2007/13725
    • An optical pickup includes a light source emitting a laser beam and an optical path changing unit altering a traveling path of an incident beam. An objective lens, disposed on an optical path between the optical path changing unit and an optical disk, focuses the incident beam from the light source to form a light spot on the optical disk of the objective lens. The optical pickup further includes a photodetector and an detecting-correcting unit, arranged on the optical path between the optical path changing unit and the objective lens, performing at least one of detecting the thickness of the optical disk and correcting aberration caused by thickness variations of the optical disk. The objective lens includes a first transmitting portion divergently transmitting an incident beam, where the first transmitting portion is at a relatively near-axis region from an optical axis of the objective lens. A second transmitting portion transmits the incident beam, where the second transmitting portion is arranged facing the first transmitting portion. A first reflecting portion condenses and reflects the incident beam from the first transmitting portion, where the first reflecting portion is formed around the second transmitting portion. A second reflecting portion condenses and reflects the incident beam from the first reflecting portion towards the second transmitting portion, where the second reflecting portion is formed around the first transmitting portion.
    • 光拾取器包括发射激光束的光源和改变入射光束的行进路径的光路改变单元。 设置在光路改变单元和光盘之间的光路上的物镜聚焦来自光源的入射光束,以在物镜的光盘上形成光斑。 光学拾取器还包括光电检测器和检测校正单元,其布置在光路改变单元和物镜之间的光路上,执行检测光盘的厚度和校正由厚度变化引起的像差中的至少一个 光盘。 物镜包括发射入射光束的第一透射部分,其中第一透射部分处于距离物镜的光轴的相对近轴的区域。 第二发送部分透射入射光束,其中第二透射部分布置成面对第一透射部分。 第一反射部分将来自第一透射部分的入射光束冷凝并反射,其中第一反射部分围绕第二透射部分形成。 第二反射部分将来自第一反射部分的入射光束聚集并反射到第二透射部分,其中第二反射部分围绕第一透射部分形成。
    • 10. 发明申请
    • Objective lenes for high-density optical focusing and an optical disk in an optical pickup
    • 用于高密度光学聚焦的物镜和光学拾取器中的光盘
    • US20050169154A1
    • 2005-08-04
    • US11091449
    • 2005-03-29
    • Jang-hoon YooKun-ho ChoSeung-tae JungChul-woo LeeDong-ho Shin
    • Jang-hoon YooKun-ho ChoSeung-tae JungChul-woo LeeDong-ho Shin
    • G02B13/00G02B3/08G02B13/18G11B7/085G11B7/09G11B7/095G11B7/135G11B7/24G11B7/00
    • G11B7/13927G11B7/1362G11B7/1374G11B7/1378G11B2007/13725
    • An optical pickup includes a light source emitting a laser beam and an optical path changing unit altering a traveling path of an incident beam. An objective lens, disposed on an optical path between the optical path changing unit and an optical disk, focuses the incident beam from the light source to form a light spot on the optical disk of the objective lens. The optical pickup further includes a photodetector and an detecting-correcting unit, arranged on the optical path between the optical path changing unit and the objective lens, performing at least one of detecting the thickness of the optical disk and correcting aberration caused by thickness variations of the optical disk. The objective lens includes a first transmitting portion divergently transmitting an incident beam, where the first transmitting portion is at a relatively near-axis region from an optical axis of the objective lens. A second transmitting portion transmits the incident beam, where the second transmitting portion is arranged facing the first transmitting portion. A first reflecting portion condenses and reflects the incident beam from the first transmitting portion, where the first reflecting portion is formed around the second transmitting portion. A second reflecting portion condenses and reflects the incident beam from the first reflecting portion towards the second transmitting portion, where the second reflecting portion is formed around the first transmitting portion.
    • 光拾取器包括发射激光束的光源和改变入射光束的行进路径的光路改变单元。 设置在光路改变单元和光盘之间的光路上的物镜聚焦来自光源的入射光束,以在物镜的光盘上形成光斑。 光学拾取器还包括光电检测器和检测校正单元,其布置在光路改变单元和物镜之间的光路上,执行检测光盘的厚度和校正由厚度变化引起的像差中的至少一个 光盘。 物镜包括发射入射光束的第一透射部分,其中第一透射部分处于距离物镜的光轴的相对近轴的区域。 第二发送部分透射入射光束,其中第二透射部分布置成面对第一透射部分。 第一反射部分将来自第一透射部分的入射光束冷凝并反射,其中第一反射部分围绕第二透射部分形成。 第二反射部分将来自第一反射部分的入射光束聚集并反射到第二透射部分,其中第二反射部分围绕第一透射部分形成。