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    • 1. 发明申请
    • OPTICAL POINTING APPARATUS AND PORTABLE ELECTRONIC APPARATUS WITH THE SAME
    • 光学指示装置和便携式电子设备
    • US20110018800A1
    • 2011-01-27
    • US12933707
    • 2009-03-03
    • Keon Joon AhnJae Dong KimSang Il Park
    • Keon Joon AhnJae Dong KimSang Il Park
    • G06F3/033
    • G06F3/042G06F1/1616G06F1/1626G06F1/169
    • An optical pointing device and a portable electronic device having the same, in which external noise light and/or noise light due to diffused reflection or the like is prevented from being introduced into an optical sensor enhancing precision of operation and providing a housing with improved structure. The device includes an infrared source; a cover having a cover plate transmitting infrared rays from the IR source for reaching a subject out of the cover plate and a cover frame that supports the cover plate; an optical unit in the cover and on which the infrared ray reflected from the subject is incident; and an optical sensor sensing the infrared ray incident thereon from the optical unit; the cover plate has a base coupled to the cover frame, and an IR band-pass filter layer provided on one side of the base.
    • 具有这样的光学指示装置和便携式电子装置,其中防止由于扩散反射等引起的外部噪声光和/或噪声光被引入到提高操作精度的光学传感器中并提供具有改进结构的壳体 。 该装置包括红外源; 具有盖板,其将来自所述IR源的红外线传送到所述盖板外的被检体,盖框支撑所述盖板; 盖子上的光学单元,从被摄体反射的红外线入射到该光学单元上; 以及感测从光学单元入射到其上的红外线的光学传感器; 盖板具有联接到盖框架的基座和设置在基座的一侧上的IR带通滤波器层。
    • 4. 发明申请
    • Optical Pointing Device for Mobile Terminals
    • 用于移动终端的光学指向装置
    • US20080218769A1
    • 2008-09-11
    • US11856430
    • 2007-09-17
    • Keon Joon AhnJae Hun BaeJae Dong KimJung Hyun YoonKwang Han Lee
    • Keon Joon AhnJae Hun BaeJae Dong KimJung Hyun YoonKwang Han Lee
    • G01B11/14
    • G06F3/042G06F3/03547G06F2203/0338
    • The present invention relates to an optical pointing device for mobile terminals, which can improve assembly efficiency and stability. An optical pointing device according to the present invention includes a holder having an accommodation opening therein. Light emitting means is installed in the accommodation opening of the holder. A condensing element includes a pair of prisms installed in the accommodation opening of the holder and integrated into a single structure so as to condense light emitted from the light emitting means, and a condensing lens disposed between the paired prisms. An image sensor captures light provided through the condensing element and calculates the captured light as displacement values. The condensing element includes a lens holder coupled to the condensing lens so as to maintain stable installation of the condensing lens between the paired prisms.
    • 本发明涉及用于移动终端的光学指向设备,其可以提高组装效率和稳定性。 根据本发明的光学指向装置包括其中具有容纳开口的保持器。 发光装置安装在支架的开口中。 聚光元件包括安装在保持器的容纳开口中的一对棱镜,其被整合为单个结构,以便使从发光装置发射的光会聚;以及聚光透镜,设置在成对的棱镜之间。 图像传感器捕获通过聚光元件提供的光,并将捕获的光计算为位移值。 聚光元件包括耦合到聚光透镜的透镜保持架,以保持聚光透镜在配对棱镜之间的稳定安装。
    • 5. 发明申请
    • Ultra thin optical joystick and personal portable device having ultra thin optical joystick
    • 超薄光学操纵杆和具有超薄光学操纵杆的个人便携式设备
    • US20060038776A1
    • 2006-02-23
    • US11189656
    • 2005-07-26
    • Keon Joon AhnChul ParkJae Dong KimJae Hun Bae
    • Keon Joon AhnChul ParkJae Dong KimJae Hun Bae
    • G09G5/00
    • G06F3/0317G06F3/03547G06F2203/0338
    • An optical joystick includes a first waveguide including a first reflecting surface located below a reading area for sensing the movement of an object and a first plano-convex lens portion condensing light reflected from the first reflecting surface, a second waveguide including a second plano-convex lens portion facing the first plano-convex lens portion and a second reflecting surface for reflecting light refracted at the second plano-convex lens portion, and an image sensor located below the second reflecting surface. The first reflecting surface and the first plano-convex lens portion form a single body, and the second plano-convex lens portion and the second reflecting surface also form a single body. The reflecting surface and the lens portion are in a single body, thereby notably reducing the thickness of the optical joystick. The first and second waveguides are facing each other, thereby improving refraction and condensing light.
    • 光学操纵杆包括:第一波导,包括位于用于感测物体运动的读取区域下方的第一反射表面和聚集从第一反射表面反射的光的第一平凸透镜部分;第二波导,包括第二平凸 面对第一平凸透镜部分的透镜部分和用于反射在第二平凸透镜部分处折射的光的第二反射表面以及位于第二反射表面下方的图像传感器。 第一反射面和第一平凸透镜部分形成一体,第二平凸透镜部分和第二反射表面也形成一体。 反射面和透镜部分在单体中,从而显着地减小了光学操纵杆的厚度。 第一和第二波导彼此面对,从而改善折射和聚光。