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    • 1. 发明授权
    • Optical edge break gage
    • 光边缘断裂量规
    • US07489408B2
    • 2009-02-10
    • US11274578
    • 2005-11-15
    • Kevin George HardingShu-Guo TangCraig Alan Cantello
    • Kevin George HardingShu-Guo TangCraig Alan Cantello
    • G01B11/30
    • G01B11/2513
    • A projector (20) projects a structured light pattern (46) along a first optical axis (44) onto a surface (80). A viewer (50) attached to the projector (20) receives a reflection of the structured light pattern (46) from the surface (80) along a second optical axis (54), and digitizes a two-dimensional snapshot. The optical axes (44, 54) are non-parallel, and they meet within a common field of view of the projector (20) and the viewer (50). A computer (61) interfaced to the viewer (50) receives the digitized snapshot, and analyzes it to mathematically model the surface for display and inspection. The projector and attached viewer are designed as a hand-held unit with a hand grip (66) and a trigger button (68) to trigger a snapshot. A guide tip (70) on the unit extends beside the two optical axes (44, 54) to the common field of view to position the hand-held unit.
    • 投影仪(20)将结构化的光图案(46)沿着第一光轴(44)投射到表面(80)上。 附接到投影仪(20)的观察器(50)沿着第二光轴(54)从表面(80)接收结构光图案(46)的反射,并且数字化二维快照。 光轴(44,54)不平行,并且它们在投影仪(20)和观察者(50)的公共视野内相遇。 接收到观看者(50)的计算机(61)接收数字化的快照,并对其进行数学模拟分析以进行显示和检查。 投影仪和连接的观看者被设计为具有手柄(66)和触发按钮(68)的手持单元以触发快照。 该单元上的引导尖端(70)在两个光轴(44,54)旁边延伸到公共视野以定位手持单元。
    • 4. 发明申请
    • Optical edge break gage
    • 光边缘断裂量规
    • US20070109558A1
    • 2007-05-17
    • US11274578
    • 2005-11-15
    • Kevin HardingShu-Guo TangCraig Cantello
    • Kevin HardingShu-Guo TangCraig Cantello
    • G01B11/30
    • G01B11/2513
    • A projector (20) projects a structured light pattern (46) along a first optical axis (44) onto a surface (80). A viewer (50) attached to the projector (20) receives a reflection of the structured light pattern (46) from the surface (80) along a second optical axis (54), and digitizes a two-dimensional snapshot. The optical axes (44, 54) are non-parallel, and they meet within a common field of view of the projector (20) and the viewer (50). A computer (61) interfaced to the viewer (50) receives the digitized snapshot, and analyzes it to mathematically model the surface for display and inspection. The projector and attached viewer are designed as a hand-held unit with a hand grip (66) and a trigger button (68) to trigger a snapshot. A guide tip (70) on the unit extends beside the two optical axes (44, 54) to the common field of view to position the hand-held unit.
    • 投影仪(20)将结构化的光图案(46)沿着第一光轴(44)投射到表面(80)上。 附接到投影仪(20)的观察器(50)沿着第二光轴(54)从表面(80)接收结构光图案(46)的反射,并且数字化二维快照。 光轴(44,54)不平行,并且它们在投影仪(20)和观察者(50)的公共视野内相遇。 接收到观看者(50)的计算机(61)接收数字化的快照,并对其进行数学模拟分析以进行显示和检查。 投影仪和连接的观看者被设计为具有手柄(66)和触发按钮(68)的手持单元以触发快照。 该单元上的引导尖端(70)在两个光轴(44,54)旁边延伸到公共视野以定位手持单元。