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    • 1. 发明公开
    • 물체의 높이 또는 높이 프로파일을 측정하기 위한 방법 및 광 패턴
    • 用于测量物体的高度或高度剖面的方法和光图
    • KR1020140056100A
    • 2014-05-09
    • KR1020130130557
    • 2013-10-30
    • 비트로닉 독터 엔지니어 슈타인 빌트페어아르바이퉁스시스테메 게엠베하
    • 호프만,뷔르가르트츠쉬츠홀츠디알,인고
    • G01B11/25G01B11/02
    • H04N5/2256G01B11/0608G01B11/0691G01B11/25G01B11/2522
    • The present invention relates to a method for measuring the height or height profile of an object (2). The method comprises the following steps: projecting a light pattern (12) in the shape of successive coded picture elements (11, 17) by being extended in a direction of a transversal axis (X) onto the object (2) by a light source (5) - each of the picture elements (11, 17) has at least one coding feature, and the picture elements (11, 17) together define a code word (7, 16). Picture element groups from a sequence of a predetermined number of successive picture elements (11) each define individual partial code words (8, 13, 14, 15) existing exactly once within the code word (7, 16) -; capturing the light pattern (12) by a picture sensor (3) arranged off-set to the light source (5); determining the positions of the picture element groups in the direction of the transversal axis (X); and determining the height of the object (2) by comparing the determined position of the picture element groups and a respective reference position.
    • 本发明涉及一种用于测量物体(2)的高度或高度轮廓的方法。 该方法包括以下步骤:通过在横向轴线(X)的方向上通过光源(X)向对象物(2)延伸,将连续的编码图像元素(11,17)形状的光图案(12) (5) - 每个图像元素(11,17)具有至少一个编码特征,并且图像元素(11,17)一起定义码字(7,16)。 来自预定数量的连续图像元素(11)的序列的图像元素组各自定义在码字(7,16)内正好存在一次的各个部分码字(8,13,14,15) - ; 通过偏置于光源(5)的图像传感器(3)捕获光图案(12); 确定像素组在横轴方向上的位置(X); 以及通过比较确定的像素组的位置和相应的参考位置来确定对象(2)的高度。
    • 2. 发明公开
    • 극판 두께 측정 장치 및 방법
    • WEB厚度测量设备和方法
    • KR1020140015765A
    • 2014-02-07
    • KR1020120080637
    • 2012-07-24
    • 삼성에스디아이 주식회사
    • 전필구심영철김철홍이준섭
    • G01B21/08G01B11/06G01B7/06
    • G01B7/107G01B11/026G01B11/0608G01B11/0691
    • An embodiment of the present invention relates to a web thickness measuring equipment and method. The purpose of the present invention is to improve the reliability of measured thickness data by enhancing the uniformity of thickness measurement of a web. To this end, an embodiment of the present invention discloses a web thickness measuring equipment and method comprising: a roller configured to be rotated; a web wound on the roller and moving in a rotating direction of the roller; a detection unit configured to detect an amount of light on an outer peripheral surface of the roller or an external surface of the web wound on the roller, and detect the size of a magnetic field on an internal surface of the web opposite to the external surface thereof; and a processor unit configured to measure the thickness of the web by generating profile data on the outer peripheral surface of the roller using a signal for the amount of light detected on the outer peripheral surface of the roller, generating displacement amount data on a target external surface of the web using a signal for the amount of light detected on the target external surface of the web moving in real-time, generating displacement amount data on a target internal surface of the web using a signal for the magnetic field detected on the internal surface of the web, and comparing the displacement amount data on the target external surface of the web with the displacement amount data on the target internal surface of the web.
    • 本发明的实施例涉及一种卷材厚度测量设备和方法。 本发明的目的是通过提高幅材的厚度测量的均匀性来提高测量厚度数据的可靠性。 为此,本发明的实施例公开了一种卷材厚度测量设备和方法,包括:辊,其被配置为旋转; 卷绕在辊上并沿着辊的旋转方向移动的卷筒纸; 检测单元,其被配置为检测所述辊的外周表面上的光量或卷绕在所述辊上的所述幅材的外表面,并且检测所述幅材的与所述外表面相对的内表面的尺寸 物; 以及处理器单元,其被配置为通过使用在所述辊的外周表面上检测到的光量的信号在所述辊的外周表面上产生轮廓数据来测量所述幅材的厚度,在所述辊的外周表面上产生位移量数据 使用在实时移动的幅材的目标外表面上检测到的光量的信号的纸幅表面,使用在内部检测到的磁场的信号在纸幅的目标内表面上产生位移量数据 并且将幅材的目标外表面上的位移量数据与幅材的目标内表面上的位移量数据进行比较。
    • 8. 发明公开
    • 점성물질 처리용 압연장치
    • 用于处理粘度大小的轧制机
    • KR1020090009253A
    • 2009-01-22
    • KR1020087028496
    • 2007-03-26
    • 뷔흘러 에이지
    • 슈투름,아침필립프쿠쿤,안드레아스비볼렛,라이오넬스탈더,베른하드
    • B22F1/00B22F3/18
    • B02C4/36A23G1/12G01B11/0691
    • The invention relates to a rolling mill and a method for treating viscous masses, in particular, for comminution and homogeneous dispersion of suspended solid particles in a binder. The rolling mill comprises at least two rollers, mounted to rotate about the the longitudinal axes thereof. The rotational axle of a first roller has a fixed mounting whilst the rotational axle of a second roller has a displaceable mounting. The rolling mill further comprises a press device for pressing at least one roller against the other roller and is provided with at least one layer thickness sensor device for recording the value of the layer thickness of the treated viscous mass on a roller. During operation of the rolling mill, the layer thickness sensor records the value for the layer thickness of the treated viscous mass on the roller. The recording of the layer thickness can be carried out continuously.
    • 本发明涉及一种用于处理粘性物质的轧机和方法,特别是用于将悬浮固体颗粒粉碎和均匀分散在粘合剂中的方法。 轧机包括至少两个辊,其安装成围绕其纵向轴线旋转。 第一辊的旋转轴具有固定的安装,而第二辊的旋转轴具有可移位的安装。 轧机还包括用于将至少一个辊压靠在另一个辊上的压力装置,并且设置有至少一个层厚度传感器装置,用于将经处理的粘性物质的层厚度的值记录在辊上。 在轧机操作期间,层厚度传感器记录辊上经处理的粘性物质的层厚度的值。 层厚的记录可以连续进行。
    • 9. 发明授权
    • 테스트 유리 교환기 및 교환 방법
    • 测试玻璃变化
    • KR101679939B1
    • 2016-11-25
    • KR1020147008805
    • 2012-06-28
    • 뷔흘러 알제나우 게엠베하
    • 죌러알폰스하게도른하로비르트에크하르트바인리히베르너그로스토비아스
    • G01N21/25G01N21/88G01B11/06C23C14/52G01N21/84
    • G01N21/88G01B11/0616G01B11/0691G01N21/253G01N2021/8427
    • 본발명은, 적어도하나의기판을코팅재료의적어도하나의스트림을통하는경로로안내하기위한이동식기판홀더(2)를갖는진공코팅시스템에서레이어성질을광학적으로측정하기위한테스트유리교환기로서, 적어도하나의테스트유리요소를위해회전식스핀들(4)에견고하게연결되고그리고회전식스핀들(4)을중심으로기판홀더(2)에대해회전될수 있는마운트(6)와, 한번에하나의테스트유리요소를광학측정장치의광선경로에그리고코팅재료의적어도하나의스트림에도입하기위한제어장치를포함하고, 마운트(6)는각각의경우에하나의테스트유리요소를위해회전식스핀들(4)에대해편심적으로오프셋되어있는적어도하나의리세스(7)를가지며, 마운트(6)의회전식스핀들(4)을중심으로한 회전이동이제어장치에의해유발될수 있는, 테스트유리교환기에있어서, 리세스들(7) 중하나의리세스내에배열된테스트유리요소를광학측정장치의측정위치로이동시키기위해센터링장치(10)가제공되며, 센터링장치에의해토크와유지모멘트가마운트(6)에인가될수 있는것을특징으로하는테스트유리교환기에관한것이다. 또한, 본발명은, 테스트유리교환기를이용하여테스트유리를교환하기위한방법으로서, 리세스들(7) 중하나의리세스내에배열된테스트유리요소가광학측정장치의측정위치로이동되기전에, 제어장치를이용하여마운트(6)의회전이동을유발하는단계와, 회전이동에의해테스트유리요소를제1 위치로이동시키는단계로서, 제1 위치의측정위치로부터의각거리는리세스들(7) 사이의각거리보다작은, 이동단계와, 센터링장치(10)를이용하여테스트유리요소를측정위치로이동시키는단계를포함하는것을특징으로하는테스트유리교환방법에관한것이다.
    • 一种用于在真空涂层系统中光学测量层性能的测试玻璃变换器,包括用于通过涂料材料引导衬底的可移动衬底保持器; 连接到旋转主轴并且相对于基板保持器围绕旋转主轴可旋转的安装件; 以及控制装置,其将测试玻璃元件引导到光学测量装置的射线路径中并进入涂层材料的流中。 在每种情况下,安装件具有至少两个相对于主轴偏心偏移的凹部,用于一个测试玻璃元件。 控制装置可以引起安装件围绕主轴的旋转运动。 定心装置可以在支架上施加扭矩和保持力矩,以将设置在其中一个凹部中的测试玻璃元件带入测量装置的测量位置。 还提供了相关方法。
    • 10. 发明公开
    • 연마 장치 및 연마 상태 감시 방법
    • 抛光装置和抛光状态监测方法
    • KR1020150007967A
    • 2015-01-21
    • KR1020140085276
    • 2014-07-08
    • 가부시키가이샤 에바라 세이사꾸쇼
    • 고바야시요이치와타나베가츠히데시오카와요이치야기게이타기노시타마사키
    • H01L21/304H01L21/66
    • B24B37/013G01B11/0625G01B11/0683G01B11/0691
    • An objective of the present invention is to provide a polishing apparatus capable of achieving a highly-precise polishing result. The polishing apparatus includes an in-line film-thickness measuring device (80) to measure a film thickness of a substrate in a stationary state, and an in-situ spectral film-thickness monitor (39) having a film thickness sensor (40) disposed in a polishing table (30A). The in-situ spectral film-thickness monitor (39) subtracts an initial film thickness, measured by the in-situ spectral film-thickness monitor (39) before the substrate is polished, from an initial film thickness, measured by the in-line film-thickness measuring device (80) before the substrate is polished, to determine a correction value, adds the correction value to a film thickness measured when the substrate is polished to obtain a monitoring film thickness, and monitors a progress of polishing of the substrate based on the monitoring film thickness.
    • 本发明的目的是提供能够实现高精度抛光结果的抛光装置。 抛光装置包括用于测量静止状态的基板的膜厚的直列式膜厚测量装置(80)和具有膜厚度传感器(40)的原位光谱膜厚监视器(39) 设置在抛光台(30A)中。 原位光谱膜厚度监测器(39)从原始光谱膜厚度监测器(39)在衬底抛光之前测量的初始膜厚度从初始膜厚度中减去初始膜厚度 抛光基板之前的膜厚测量装置(80),以确定校正值,将修正值与抛光基板时测量的膜厚度相加以获得监控膜厚度,并监视基板的抛光进度 基于监测膜厚度。