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    • 4. 发明申请
    • AUTO-ADJUST OF IMAGING MODULE MECHANICAL SETUP
    • 自动调整成像模块机械设置
    • US20080143986A1
    • 2008-06-19
    • US11551077
    • 2006-10-19
    • Gene M. NitschkeDavid Baum
    • Gene M. NitschkeDavid Baum
    • G03B27/42
    • G03B3/04
    • An imaging member adjustment system for an imaging module includes an imaging field opposing the imaging module and positioning targets provided in connection with the imaging field. The imaging module includes an optical source generating an optical path, an imaging member responsive to input from the optical source, and a lens interposed between the imaging member and imaging field. At least one adjustment mechanism is operatively connected to the imaging member for adjusting the imaging member with respect to the imaging field. A controller operatively communicates with the imaging member and the at least one adjustment mechanism. In operation, the positioning targets interrupt the optical path and provide positioning information to the controller. In turn, the controller signals the at least one adjustment mechanism to adjust the imaging member in any of horizontal and vertical direction to optimize focus and alignment of the imaging member with respect to the imaging field.
    • 用于成像模块的成像构件调节系统包括与成像模块相对的成像区域和与成像区域相关联地设置的定位对象。 成像模块包括产生光路的光源,响应于来自光源的输入的成像构件和插入在成像构件和成像场之间的透镜。 至少一个调节机构可操作地连接到成像构件,用于相对于成像场调整成像构件。 控制器与成像构件和至少一个调节机构可操作地连通。 在操作中,定位目标中断光路并向控制器提供定位信息。 反过来,控制器发信号通知至少一个调节机构以在水平和垂直方向中的任何一个中调整成像构件,以优化成像构件相对于成像场的聚焦和对准。
    • 6. 发明授权
    • Auto-adjust of imaging module mechanical setup
    • 成像模块机械设置自动调整
    • US07684025B2
    • 2010-03-23
    • US11551077
    • 2006-10-19
    • Gene M. NitschkeDavid Baum
    • Gene M. NitschkeDavid Baum
    • G01C1/00
    • G03B3/04
    • An imaging member adjustment system for an imaging module includes an imaging field opposing the imaging module and positioning targets provided in connection with the imaging field. The imaging module includes an optical source generating an optical path, an imaging member responsive to input from the optical source, and a lens interposed between the imaging member and imaging field. At least one adjustment mechanism is operatively connected to the imaging member for adjusting the imaging member with respect to the imaging field. A controller operatively communicates with the imaging member and the at least one adjustment mechanism. In operation, the positioning targets interrupt the optical path and provide positioning information to the controller. In turn, the controller signals the at least one adjustment mechanism to adjust the imaging member in any of horizontal and vertical direction to optimize focus and alignment of the imaging member with respect to the imaging field.
    • 用于成像模块的成像构件调节系统包括与成像模块相对的成像区域和与成像区域相关联地设置的定位对象。 成像模块包括产生光路的光源,响应于来自光源的输入的成像构件和插入在成像构件和成像场之间的透镜。 至少一个调节机构可操作地连接到成像构件,用于相对于成像场调整成像构件。 控制器与成像构件和至少一个调节机构可操作地连通。 在操作中,定位目标中断光路并向控制器提供定位信息。 反过来,控制器发信号通知至少一个调节机构以在水平和垂直方向中的任何一个中调整成像构件,以优化成像构件相对于成像场的聚焦和对准。