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    • 31. 发明公开
    • 3차원 측정기용 위치보정장치
    • 3D测量装置的位置修正单元
    • KR1020040006672A
    • 2004-01-24
    • KR1020020041012
    • 2002-07-13
    • 현대모비스 주식회사
    • 이경덕
    • G01B7/012
    • PURPOSE: A position correcting unit for a 3D measurement device is provided to freely set a position of the 3D measurement device by correcting the position of the 3D measurement device using a ball. CONSTITUTION: A position correcting unit for a 3D measurement device includes a surface plate(20), a female screw section(21a) installed on an upper surface(21) of the surface plate(20), and a position correcting device coupled to the female screw section(21a). An object(1) to be measured is placed on the upper surface(21) of the surface plate(20). The female screw section(21a) is formed at a predetermined portion of the upper surface(21) of the surface plate(20). A female screw part(21a) is formed at a side(23) of the surface plate(20) so as to easily correct a position of the object(1) when the object(1) moves down below the surface plate(20).
    • 目的:提供一种用于3D测量装置的位置校正单元,用于通过使用球校正3D测量装置的位置来自由地设置3D测量装置的位置。 构成:用于3D测量装置的位置校正单元包括表面板(20),安装在所述表面板(20)的上表面(21)上的阴螺纹部分(21a),以及位置校正装置 内螺纹部分(21a)。 要测量的物体(1)放置在表面板(20)的上表面(21)上。 内螺纹部(21a)形成在表面板(20)的上表面(21)的预定部分。 在表面板(20)的一侧(23)处形成有内螺纹部(21a),以便当物体(1)在表面板(20)的下方向下移动时容易校正物体(1)的位置, 。
    • 32. 发明公开
    • 자동차용 리드필러 도어의 변형량 측정장치
    • 用于测量车辆导线罩门变形的装置
    • KR1020040003566A
    • 2004-01-13
    • KR1020020038309
    • 2002-07-03
    • 현대자동차주식회사
    • 최민호
    • G01B7/012
    • PURPOSE: An apparatus for measuring deformation degree of a lead filler door for a vehicle is provided to minimize the deformation degree of the lead filler door by allowing a worker to easily measure the deformation degree of the lead filler door and to store the deformation degree as data. CONSTITUTION: A deformation degree measuring apparatus for a lead filler door includes a sensor section(20) and a control device(30). The sensor section(20) is elastically installed between a lead filler door(100) and a vehicle body(200) and includes a measuring pin(21). Width of the measuring pin(21) is variable depending on the deformation degree of the lead filler door(100). The control device(30) stores a variation measuring signal generated from the sensor section(20) as data. The variation measuring signal is generated from the sensor section(20) by converting displacement of an internal coil into an electric signal.
    • 目的:提供一种用于测量车辆的铅加料门的变形度的装置,以通过允许工人容易地测量引线盖的变形程度并将变形程度存储为 数据。 构成:用于引线盖门的变形度测量装置包括传感器部分(20)和控制装置(30)。 传感器部分(20)弹性地安装在引线填充门(100)和车体(200)之间,并且包括测量销(21)。 测量销(21)的宽度根据引线填料门(100)的变形程度而变化。 控制装置(30)存储从传感器部(20)生成的变化测量信号作为数据。 通过将内部线圈的位移转换成电信号,从传感器部分(20)产生变化测量信号。
    • 33. 发明授权
    • 전기도통식 3차원 고속정밀측정기 및 그 측정방법
    • 导电三维高速精密测量仪及其测量方法
    • KR1019960012326B1
    • 1996-09-18
    • KR1019930023627
    • 1993-11-08
    • 한국기계연구원
    • 김선호
    • G01B7/012G01B7/004
    • The apparatus and method speedily measures a 3 dimensional mold or object by using a double contact signal input device while preserving the surface of the 3 dimensional object. The apparatus comprises: a metallic probe(33) installed at an end and having a pointed end; a laser displacement sensor(37) including a light emitter(39), a condensing lens(39) condensing the light reflected on the object(31), and a light receiver(44) having a light reception element(43) such as a photo diode and a CCD for measuring the position of a measurement point(MP) on the 3 dimensional object(31).
    • 该装置和方法通过使用双接点信号输入装置快速地测量三维模具或物体,同时保持三维物体的表面。 该装置包括:安装在一端并具有尖端的金属探针(33) 激光位移传感器(37),包括光发射器(39),聚光在物体(31)上反射的光的聚光透镜(39),以及具有光接收元件(43)的光接收器 光电二极管和用于测量三维物体(31)上的测量点(MP)的位置的CCD。
    • 36. 发明授权
    • 터치 프로브
    • KR102411554B1
    • 2022-06-22
    • KR1020210065316
    • 2021-05-21
    • B23Q17/22B23Q17/24G01B7/012G01B5/012
    • 본발명의실시예에따른터치프로브는, 하우징의하단에결합되는하부커버; 상기하부커버에바닥면에설치되는피씨비; 상기하우징에수용되며, 상기피씨비의상측에설치되는센서하우징; 상기센서하우징의내부공간에이동가능하도록설치되는샤프트; 상기샤프트에결합되며, 상기샤프트의반경방향으로연장되는커넥션핀; 상기샤프트가중심을관통하며, 상기센서하우징의상단에결합되는센서하우징커버; 상기커넥션핀과접촉할수 있도록상기센서하우징커버에설치되는볼; 상기센서하우징에형성되며, 상기볼의위치에상하방향으로정렬되도록형성되는스프링홀; 및상기스프링홀에삽입되며, 상기피씨비와상기볼에접촉하여전기적연결을수행하는커넥션스프링을포함할수 있다.
    • 37. 发明授权
    • 이동체의 변위 측정 장치
    • KR102382454B1
    • 2022-04-04
    • KR1020200061284
    • 2020-05-22
    • G01B7/00G01B7/04G01B7/30G01B7/012
    • 이동체의변위측정장치가개시된다. 대상체의벽면을따라이동할수 있는이동체에장착되어상기대상체에대한상기이동체의변위를측정하는장치에있어서, 상기이동체의제 1지점에연결되며, 상기제 1지점에제공된제1축을중심으로상기이동체에대해회동가능한제 1내측링크; 상기제 1내측링크와연결되고, 제 2축을중심으로상기제 1내측링크에대해회동가능하며, 상기벽면과접촉하는제 1프로브가선단에제공된제 1외측링크; 상기이동체의제 2지점에연결되며, 상기제 2지점에제공된제 3축을중심으로상기이동체에대해회동가능한제 2내측링크; 상기제 2내측링크와연결되고, 제 4축을중심으로상기제 2내측링크에대해회동가능하며, 상기벽면과접촉하는제 2프로브가선단에제공된제 2외측링크; 상기제 1축을중심으로상기이동체에대한상기제 1내측링크의회전각도를측정하는제 1센서; 상기제 2축을중심으로상기제 1내측링크에대한상기제 1외측링크의회전각도를측정하는제 2센서; 상기제 3축을중심으로상기이동체에대한상기제 2내측링크의회전각도를측정하는제 3센서; 상기제 4축을중심으로상기제 2내측링크에대한상기제 2외측링크의회전각도를측정하는제 4센서; 및상기제1 내지상기제 4센서에서측정된회전각도로부터, 상기이동체의이동변위를산출하는연산부를포함한다.