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    • 1. 发明授权
    • Component mounting apparatus and component detection method
    • 组件安装装置和部件检测方法
    • US09001201B2
    • 2015-04-07
    • US13582852
    • 2011-08-03
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • H05K13/04
    • H05K13/0413H05K13/041H05K13/0812
    • A transfer pathway of mounting heads 10 in a component-mounting round during which the mounting head 10 moves back and forth between a component feeding unit 4 and a substrate conveyance mechanism 2 is derived by a transfer pathway calculation unit 25 for each component-mounting round from mounting program data 21a. On the basis of data pertaining to the thus-derived transfer pathway, image data output from a line sensor camera assigned to a head transfer range segment that the transfer pathway of the mounting head 10 crosses in each of component-mounting rounds are selected and captured by an image selection processing unit 24. The image data output from the line sensor camera whose focusing point substantially matches the imaging target can be used for detecting whether or not a component still exists.
    • 安装头10在组件安装圆周中的传送路径,其中安装头10在部件供给单元4和基板传送机构2之间来回移动,由传送路径计算单元25导出,用于每个部件安装轮 从安装程序数据21a。 基于与由此导出的传送路径相关的数据,选择并捕获从分配给头部传送范围段的行传感器摄像机输出的图像数据,安装头10的传送路径在每个组件安装轮中交叉 通过图像选择处理单元24.从其聚焦点基本上与成像目标相匹配的线传感器照相机输出的图像数据可以用于检测组件是否仍然存在。
    • 5. 发明申请
    • COMPONENT MOUNTING APPARATUS AND COMPONENT DETECTION METHOD
    • 组件安装和组件检测方法
    • US20130010101A1
    • 2013-01-10
    • US13582850
    • 2011-08-03
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • H04N7/18
    • H05K13/0413H05K13/041H05K13/0812
    • A transfer pathway of a mounting head 10 in a component-mounting round during which the mounting head 10 moves back and forth between a component feeding unit 4 and a substrate conveyance mechanism 2 is derived by a transfer pathway calculation unit 25 for each component-mounting round from mounting program data 21a. A focusing processing unit 24 controls an optical system focusing mechanism 18, thereby matching a focusing point of a line sensor camera 14 achieved during imaging operation to the transfer pathway of the mounting head 10 based on data pertaining to the derived transfer pathway. Further, an optical system zooming mechanism 17 adjusts an imaging range according to the focusing point. Accordingly, even when a long substrate 3 is taken as an object, it is possible to detect with high precision whether or not a component exists on the pickup nozzle 11 of the mounting head 10.
    • 安装头10在组件安装圆周中的传送路径,其中安装头10在部件供给单元4和基板输送机构2之间来回移动,传递路径计算单元25针对每个部件安装 从安装程序数据21a开始。 聚焦处理单元24控制光学系统聚焦机构18,从而基于与导出的传送路径相关的数据,将成像操作期间实现的线传感器相机14的聚焦点与安装头10的传送路径相匹配。 此外,光学系统变焦机构17根据聚焦点调整成像范围。 因此,即使将长基板3作为物体,也可以高精度地检测安装头10的拾取喷嘴11上是否存在部件。
    • 8. 发明申请
    • COMPONENT MOUNTING APPARATUS AND COMPONENT DETECTION METHOD
    • 组件安装和组件检测方法
    • US20120320188A1
    • 2012-12-20
    • US13582852
    • 2011-08-03
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • H04N7/18
    • H05K13/0413H05K13/041H05K13/0812
    • A transfer pathway of mounting heads 10 in a component-mounting round during which the mounting head 10 moves back and forth between a component feeding unit 4 and a substrate conveyance mechanism 2 is derived by a transfer pathway calculation unit 25 for each component-mounting round from mounting program data 21a. On the basis of data pertaining to the thus-derived transfer pathway, image data output from a line sensor camera assigned to a head transfer range segment that the transfer pathway of the mounting head 10 crosses in each of component-mounting rounds are selected and captured by an image selection processing unit 24. The image data output from the line sensor camera whose focusing point substantially matches the imaging target can be used for detecting whether or not a component still exists.
    • 安装头10在组件安装圆周中的传送路径,其中安装头10在部件供给单元4和基板传送机构2之间来回移动,由传送路径计算单元25导出,用于每个部件安装轮 从安装程序数据21a。 基于与由此导出的传送路径相关的数据,选择并捕获从分配给头部传送范围段的行传感器摄像机输出的图像数据,安装头10的传送路径在每个组件安装轮中交叉 通过图像选择处理单元24.从其聚焦点基本上与成像目标相匹配的线传感器照相机输出的图像数据可以用于检测组件是否仍然存在。
    • 9. 发明授权
    • Component mounting apparatus and component detection method
    • 组件安装装置和部件检测方法
    • US09001202B2
    • 2015-04-07
    • US13582850
    • 2011-08-03
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • Noboru YamasakiYasuichi OkadaShozo Fukuda
    • H04N5/253H05K13/04
    • H05K13/0413H05K13/041H05K13/0812
    • A transfer pathway of a mounting head 10 in a component-mounting round during which the mounting head 10 moves back and forth between a component feeding unit 4 and a substrate conveyance mechanism 2 is derived by a transfer pathway calculation unit 25 for each component-mounting round from mounting program data 21a. A focusing processing unit 24 controls an optical system focusing mechanism 18, thereby matching a focusing point of a line sensor camera 14 achieved during imaging operation to the transfer pathway of the mounting head 10 based on data pertaining to the derived transfer pathway. Further, an optical system zooming mechanism 17 adjusts an imaging range according to the focusing point. Accordingly, even when a long substrate 3 is taken as an object, it is possible to detect with high precision whether or not a component exists on the pickup nozzle 11 of the mounting head 10.
    • 安装头10在组件安装圆周中的传送路径,其中安装头10在部件供给单元4和基板输送机构2之间来回移动,传递路径计算单元25针对每个部件安装 从安装程序数据21a开始。 聚焦处理单元24控制光学系统聚焦机构18,从而基于与导出的传送路径相关的数据,将成像操作期间实现的线传感器相机14的聚焦点与安装头10的传送路径相匹配。 此外,光学系统变焦机构17根据聚焦点调整成像范围。 因此,即使将长基板3作为物体,也可以高精度地检测安装头10的拾取喷嘴11上是否存在部件。