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    Measuring apparatus, measuring method, and method of manufacturing an optical component
    52.
    发明公开
    Measuring apparatus, measuring method, and method of manufacturing an optical component 审中-公开
    测定装置，测定方法及其制造方法的光学部件

    公开(公告)号：EP2645053A1

    公开(公告)日：2013-10-02

    申请号：EP13159880.7

    申请日：2013-03-19

    Applicant: Canon Kabushiki Kaisha

    Inventor： Iijima, Hitoshi ,  Maeda, Atsushi

    IPC: G01B9/02 ,  G01M11/00 ,  G01B11/24 ,  G01J9/00

    CPC classification number: G01B11/2441 ,  G01B9/02027 ,  G01B9/02039 ,  G01B9/02088 ,  G01B9/0209 ,  G01B2290/70 ,  G01J2009/002 ,  G01J2009/0203 ,  G01M11/025 ,  G01M11/0271 ,  Y10T29/49826

    Abstract: To eliminate influence of undesirable light component from an object when measuring optical characteristics such as shape and wavefront aberration of the object, light from light source (101) is separated by polarization beam splitter (103) into measuring light (L1) that irradiates and travels via the object (108) and is condensed on image plane (P) through microlenses (114a) of microlens array (114), and reference light (L2) that does not irradiate the object and is guided to the image plane by reference light optical system (109). A computer (113) acquires picked-up images sequentially from CCD image sensor (116) arranged on the image plane while changing optical path length of the reference light by movable stage (117), extracts interference light spots generated through interference between signal light component and the reference light from the picked-up images, calculates positions of the interference light spots, and calculates deviation amounts of positions from predetermined reference positions.

    Abstract translation: 为了从在对象消除有害光分量的影响在测量光学特性：如所述对象的形状和波前像差，从光源（101）的光被偏振分束器（103）分离成测量光（L1）没有照射和行进 通过对象（108）和平面会聚在图像（P）通过微透镜阵列（114）和参考光（L2）的微透镜（114a）的根本不照射该对象，并通过参考光引导至图像平面 系统（109）。 一种计算机（113）获取从布置在图像平面上，同时由可移动台（117）改变参考光的光路长度的CCD图像传感器（116）拍摄图像顺序地，萃取物通过信号光成分之间的干涉产生的干涉光点 并从拍摄图像的参照光，计算所述干扰光点的位置，并且计算从预定基准位置的位置的偏离量。

    Device for mapping corneal topography
    54.
    发明公开
    Device for mapping corneal topography 失效
    Einrichtung zur kartographischen Darstellung der Kornea。

    公开(公告)号：EP0447067A1

    公开(公告)日：1991-09-18

    申请号：EP91301621.8

    申请日：1991-02-27

    Applicant: INTELLIGENT SURGICAL LASERS, INC.

    Inventor： Bille, Josef F.

    IPC: A61B3/107

    CPC classification number: A61B3/1015 ,  A61B3/107 ,  G01J9/00 ,  G01J2009/002

    Abstract: A device for mapping the topography of the cornea (38) of an eye has a light source (10) for directing a beam of collimated monochromatic light characterized by a flat wave front onto the cornea. Positioned between the light source and the cornea is an objective lens (32) for focusing this flat wave front toward the cornea as a converging spherical wave front. The light reflected from the cornea passes back through the objective lens to establish a reflected wave front having deviations from the flat wave front caused by aberrations on the cornea that are indicative of corneal topography. This reflected wave front is then segmentally focused by a lens array (64) into a pattern which reveals the deviations for use in mapping the topography of the cornea.

    Abstract translation: 用于映射眼睛的角膜（38）的形貌的装置具有光源（10），用于将由平坦波前面表征的准直单色光束引导到角膜上。 定位在光源和角膜之间的是用于将该平坦波前方朝向角膜聚焦的会聚球面波前的物镜（32）。 从角膜反射的光返回穿过物镜，以建立具有与角膜形貌指示的角膜上由像差造成的平坦波前偏差的反射波前。 然后将该反射的波前面由透镜阵列（64）进行细分聚焦，从而显示用于映射角膜的形貌的偏差。

    1차 미분 측정기의 동작 방법
    55.
    发明公开
    1차 미분 측정기의 동작 방법 有权
    第一阶差分测量装置的操作方法

    公开(公告)号：KR1020150061158A

    公开(公告)日：2015-06-04

    申请号：KR1020130144618

    申请日：2013-11-26

    Applicant: 한국표준과학연구원

    Inventor： 이혁교 ,  김영식 ,  양호순 ,  이윤우

    IPC: G01B9/02 ,  G06F17/13

    CPC classification number: G01J9/0215 ,  G01J2009/002 ,  G01B9/02 ,  G06F17/13

    Abstract: 본발명의실시예에따른대상의파면을측정하는측정기의동작방법은대상의파면을기반으로측정파면을측정하는단계; 측정파면을기반으로기준방향및 제 1 내지제 3 방향들각각에대응하는기준기울기정보및 제 1 내지제 3 기울기정보를측정하는단계; 측정된기준기울기정보및 제 1 내지제 3 기울기정보를기반으로제 1 내지제 3 회전각들을획득하는단계; 및획득된제 1 내지제 3 회전각들을기반으로회전오차에의해발생한오류가보정된파면을출력하는단계를포함하고, 제 1 내지제 3 회전각들은각각기준방향및 제 1 방향의각도차이, 각각기준방향및 제 2 방향의각도차이, 및각각기준방향및 제 3 방향의각도차이이다.

    Abstract translation: 根据本发明的实施例，用于测量目标的波前的测量装置的操作方法包括以下步骤：基于目标的波前测量测量波阵面; 基于测量波阵面测量参考斜率信息和分别对应于参考方向的第一至第三参考斜率信息和第一至第三方向; 基于所测量的参考斜率信息和第一至第三参考斜率信息获取第一至第三旋转角度; 并输出波前，其中基于所获取的第一和第三旋转角度校正由旋转误差引起的误差。 参考方向和第一方向之间的角度差，参考方向和第二方向之间的角度差以及基准方向和第三方向之间的角度差分别被分配给第一至第三旋转角度。

    전자광학 영상장비 자동초점 조절 장치 및 이를 이용한 자동초점 조절방법
    58.
    发明授权
    전자광학 영상장비 자동초점 조절 장치 및 이를 이용한 자동초점 조절방법 有权
    电光图像处理装置的自动聚焦装置及其方法

    公开(公告)号：KR101274032B1

    公开(公告)日：2013-06-12

    申请号：KR1020120138793

    申请日：2012-12-03

    Applicant: 국방과학연구소

    Inventor： 유재은 ,  김현숙

    IPC: G01J9/00

    CPC classification number: G01J9/00 ,  G01J2009/002 ,  G03B13/36

    Abstract: PURPOSE: An autofocusing device of electric optical imaging equipment and an autofocusing method thereof are provided to calculate a defocus size by directly measuring the optical guide surface phase information of light which is incident to the optical system, to confirm a focal state, and to rapidly adjust focus of the electric optical imaging equipment. CONSTITUTION: An autofocusing device of electric optical imaging equipment(20) comprises a Shack Hartmann wavefront sensor(10), an optical system(21), a space filter(17), and an imaging equipment signal processing unit. The Shack Hartmamn wavefront sensor obtains a point light source which forms a plurality of point images from a complex optical image of a target(50). The defocus size of the Shack Hartmann wavefront sensor is calculated by obtaining a partial inclination of a light guide surface which forms the point light force based on the displacement of the point image with a phase value simultaneously. The optical system includes a focal adjusting lens(22), a lens adjusting device(24), and a plane mirror(25). The space filter is installed at a position where an optical passage changed in the plane mirror is connected to the wavefront sensor. The imaging equipment signal processing unit is connected to imaging equipment detecting unit(28) which detects an image phase fallen on a focal surface(26) of the imaging equipment by being arranged in the rear side of the focal surface.

    Abstract translation: 目的：提供一种电光学成像设备的自动对焦装置及其自动聚焦方法，通过直接测量入射到光学系统的光的光导面相位信息，确定焦点状态，快速地计算散焦尺寸 调整电光学成像设备的重点。 构成：电光学成像设备（20）的自动对焦装置包括Shack Hartmann波前传感器（10），光学系统（21），空间滤波器（17）和成像设备信号处理单元。 Shack Hartmamn波前传感器获得从目标（50）的复数光学图像形成多个点图像的点光源。 基于具有相位值的点图像的位移同时获得形成点光力的导光面的部分倾斜度来计算Shack Hartmann波前传感器的散焦尺寸。 光学系统包括焦距调节透镜（22），透镜调节装置（24）和平面镜（25）。 空间滤光器安装在平面镜中的光通路变化的位置连接到波前传感器。 成像设备信号处理单元连接到成像设备检测单元（28），该成像设备检测单元通过布置在焦点表面的后侧来检测成像设备的焦点表面（26）上的图像相位。

    물결파 투영을 통한 파동 관찰장치
    59.
    实用新型
    물결파 투영을 통한 파동 관찰장치 失效
    波浪观测装置

    公开(公告)号：KR200430780Y1

    公开(公告)日：2006-11-10

    申请号：KR2020060021551

    申请日：2006-08-10

    Applicant: 박준일 ,  김미화

    Inventor： 박준일 ,  김미화

    IPC: G01J9/00

    CPC classification number: G01J9/00 ,  A61B3/1015 ,  G01J2009/002

    Abstract: 본 고안은 부피와 무게를 줄여 이동과 보관의 용이성을 제공하면서 저렴한 가격으로 공급할 수 있도록 하고, 물결파의 깨끗한 상을 제공하고 정지된 파형의 관찰을 용이하게 할 수 있도록 한 물결파 투영을 통한 파동 관찰장치에 관한 것으로서,
    상기 파동 관창장치(50)는, 물결을 발생시키기 위한 일정량의 물을 수용할 수 있도록 일정 높이로 돌출된 테두리(51)와 투명한 바닥면(53)을 가지고 구비되는 물결통(52)과; 상기 물결통(52)을 지지하도록 저면에 접철 가능하게 구비되는 다리(54)와; 상기 물결통(52)의 내부 사방 가장자리에는 물결이 반사되는 것을 방지하도록 구비하는 반사방지구(55)와; 상기 물결통(52)의 테두리(51)에 고정되는 브라켓(58)에 상향 돌출되게 연결되는 연결바(59)와; 상기 연결바(59)에 구비되는 진동브라켓(63)에 파동을 일으키도록 연결하는 통상적인 진동수단(60)과; 상기 연결바(59)에 구비되는 조명브라켓(65)에 스크린(61)에 물결상을 맺히도록 고휘도엘이디(67)를 장착하여 설치되는 조명(62)을 포함하는 구성이다.
    물결파, 파동, 투영, 관찰

    On-chip wavefront sensor, optical chip, and communication device
    60.
    发明授权
    On-chip wavefront sensor, optical chip, and communication device 有权

    公开(公告)号：US12068778B2

    公开(公告)日：2024-08-20

    申请号：US18278250

    申请日：2021-06-28

    Applicant: PENG CHENG LABORATORY

    Inventor： Shupeng Deng ,  Caiming Sun ,  Weiwei Liu ,  Aidong Zhang

    IPC: H04B10/079 ,  G01J9/00

    CPC classification number: H04B10/0795 ,  G01J2009/002

    Abstract: An on-chip wavefront sensor, an optical chip, and a communication device are disclosed. The on-chip wavefront sensor includes an antenna array configured for separating received spatial light to obtain a plurality of sub-light spots; a reference light source module configured for generating a plurality of intrinsic light beams; a phase shifter array configured for performing phase shifting processing on the intrinsic light beams to obtain reference light; and an optical detection module configured for performing coherent balanced detection according to the reference light and the sub-light spots to obtain a photocurrent corresponding to each of the sub-light spots.

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