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    • 5. 发明公开
    • Machine for inspecting glass containers
    • 检查玻璃容器的机器
    • EP1988388A3
    • 2010-07-28
    • EP08155414.9
    • 2008-04-29
    • Emhart Glass S.A.Applied Vision Company, LLC
    • Houck, R. DeanSones, Richard A.Diehr, Richard D.Novini, Amir R.
    • G01N21/90G06T7/00
    • G01N21/90G06T7/0004G06T2207/30108
    • A machine is disclosed for distinguishing anomalies comprising blisters from anomalies comprising checks on or in the finish of a glass container (10). An anomaly (30) is captured by a camera (22) as a succession of objects as the container is rotated The center of each captured object in an array is determined by a control which determines the object centers in a plurality of adjacent bands (1-2, 2-3, 3-4). The control determines the band (2-3) having the most object centers, and the objects in the band (2-3) having the most object centers are deleted from the rest of the bands (1-2, 3-4). The control repeatedly determines the band of the rest of the bands (1-2, 3-4) having the most object centers and deletes the objects in the band of the rest of the bands having the most object centers from the remainder of the bands until the objects in each band are unique. The maximum separation of objects in each band is defined, and checks will be differentiated from blisters based on this separation.
    • 公开了一种机器,用于区别包括泡罩和异常的异常,所述异常包括在玻璃容器(10)的末端上或内部的检查。 当容器旋转时,由摄像机(22)捕获异常(30)作为一系列对象。阵列中每个捕获对象的中心由确定多个相邻带中的对象中心的控件确定(1 -2,2-3,3-4)。 控制确定具有最多物体中心的带(2-3),并且具有最多物体中心的带(2-3)中的物体从剩余的带(1-2,3-4)中被删除。 该控制重复地确定具有最多对象中心的其余频带(1-2,3-4)的频带,并从剩余频带中删除剩余频带中具有最多对象中心的频带中的对象 直到每个乐队中的物品都是独一无二的。 定义每个带中物体的最大分离度,并根据这种分离情况将检查与水泡区分开来。
    • 6. 发明公开
    • Machine for inspecting glass containers
    • 检查玻璃容器的机器
    • EP1925931A2
    • 2008-05-28
    • EP07116136.8
    • 2007-09-11
    • Emhart Glass S.A.
    • Diehr, Richard D.
    • G01N21/90
    • G01N21/90B07C5/126
    • A machine is provided for inspecting glass bottles (12) for wire edges (40). A bottom light (14) directs light vertically upwardly to a camera (22) imaging the glass bottle from above. A beam splitter (18) redirects light from a second light source (26) which issues horizontal light, vertically downwardly towards the sealing surface (28) of the bottle. The bottle hole (16) appears white, the sealing surface (28) appears gray, an internal annular step (42) appears black, and any wire edge which may be present on the step appears gray.
    • 提供一台机器用于检查玻璃瓶(12)上的金属丝边缘(40)。 底部灯(14)将光垂直向上引导至照相机(22),从上方对玻璃瓶成像。 分束器(18)将来自发出水平光线的第二光源(26)的光线垂直向下朝向瓶子的密封表面(28)。 瓶孔(16)呈现白色,密封表面(28)呈现灰色,内部环形台阶(42)呈现黑色,并且台阶上可能存在的任何金属丝边缘呈灰色。