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    • 3. 发明申请
    • LASER LIGHT SOURCE APPARATUS
    • 激光灯源设备
    • US20120057219A1
    • 2012-03-08
    • US13223720
    • 2011-09-01
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUOYuichi HATASEKenji NAKAYAMATakafumi HAMANO
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUOYuichi HATASEKenji NAKAYAMATakafumi HAMANO
    • G02F1/37
    • G02B7/003G02B27/1033G02F2001/3505G03B21/204G03B21/208G03B33/12H01S3/025H01S3/0621H01S3/109
    • In a laser light source apparatus using a wavelength converting device (35), the position and angle of the wavelength converting device are allowed to be varied so as to maximize the laser output. The angular adjustment of the wavelength converting device is simplified by accurately positioning the wavelength converting device. A holder (57) for retaining the wavelength converting device may be supported by a support portion (56) formed in a base (38) so as to be moveable in the depthwise direction of the poled inverted domain regions and tiltable with respect to the optical path. Preferably, the holder may be rotatable around an axial line substantially perpendicular to the optical axial line. In particular, the wavelength converting device may be fixedly attached to the holder so as to bring an exit surface (35b) of the wavelength converting device in close contact with a mounting reference surface (841) by using a bonding agent applied to a top surface (35e) and a bottom surface (35f) of the wavelength converting device adjacent to the exit surface, and a bottom surface (207) of a recess (891) formed in the holder adjacent to and in parallel with the mounting reference surface.
    • 在使用波长转换装置(35)的激光光源装置中,波长转换装置的位置和角度被允许变化,以使激光输出最大化。 波长转换装置的角度调节通过精确地定位波长转换装置来简化。 用于保持波长转换装置的保持器(57)可以由形成在基座(38)中的支撑部分(56)支撑,以便可以在极化的反向域区域的深度方向上移动并相对于光学器件倾斜 路径。 优选地,保持器可以围绕基本上垂直于光轴线的轴线旋转。 特别地,波长转换装置可以固定地附接到保持器,以便通过使用施加到顶表面的粘合剂使波长转换装置的出射表面(35b)与安装基准表面(841)紧密接触 (35e)和与出射表面相邻的波长转换装置的底表面(35f)和形成在支架中的与安装基准表面相邻并平行的凹部(891)的底表面(207)。
    • 4. 发明申请
    • LASER LIGHT SOURCE APPARATUS
    • 激光灯源设备
    • US20120063477A1
    • 2012-03-15
    • US13226680
    • 2011-09-07
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUO
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUO
    • H01S3/13
    • H01S5/4093H01S3/025H01S3/09415H01S3/109H01S5/02208H01S5/02252
    • Angle adjustment of a wavelength conversion element after assembly is eliminated to achieve a reduction in production cost with a simplified structure. An element holder provided on a base that supports the wavelength conversion element is provided with a mounting reference surface that positions the wavelength conversion element in parallel with an optical axis. The wavelength conversion element has a substantially parallelepiped shape. A bottom surface, which is one of the four surfaces adjacent to an incident surface and an output surface, is in contact with the mounting reference surface, such that a depth direction of inverted polarization regions is substantially orthogonal to the optical axis and the incident surface and the output surface are tilted at a predetermined tilt angle relative to a flat surface orthogonal to the optical axis.
    • 消除组装后的波长转换元件的角度调节,以简化的结构实现生产成本的降低。 设置在支撑波长转换元件的基座上的元件支架设置有将波长转换元件与光轴平行定位的安装基准面。 波长转换元件具有大致平行六面体形状。 与入射表面相邻的四个表面和输出表面之一的底表面与安装基准表面接触,使得反向偏振区域的深度方向基本上垂直于光轴和入射表面 并且输出表面相对于与光轴正交的平坦表面倾斜预定的倾斜角度。
    • 7. 发明授权
    • Medium attaching device and disk drive apparatus
    • US06249506B1
    • 2001-06-19
    • US09228655
    • 1999-01-12
    • Hirohiko OowakiMasayuki Shiwa
    • Hirohiko OowakiMasayuki Shiwa
    • G11B17028
    • G11B17/0282
    • There is disclosed a medium attaching device and a disk drive apparatus which are suited for a compact and lightweight design and a thin design, and are capable of automatic attachment of a disk. The device includes a rotary support device for holding a disk medium thereon, and a rotation drive device for rotating the rotary support means so as to rotate the disk medium. The rotation drive device includes a reciprocally-moving device for reciprocal movement in a direction of an axis of a rotation shaft. The rotary support device has a plurality of pivotal attaching devices pivotally mounted thereon, and each of the pivotal attaching devices is pivotally movable between a fixed position where the pivotal attaching device fixedly holds the disk medium and a received position where the pivotal attaching device is received in the rotary support device. The plurality of pivotal attaching devices are provided on the rotary support device in concentric relation to the axis of the rotation shaft. The pivotal attaching devices are engaged with the reciprocally-moving device, and are pivotally moved by the reciprocal movement of the reciprocally-moving device, thereby fixing and releasing the disk medium relative to the rotary support device.