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    • 2. 发明授权
    • Laser spot tracking with off-axis angle detection
    • 带离轴角度检测的激光跟踪
    • US08451432B2
    • 2013-05-28
    • US12835719
    • 2010-07-13
    • Ian D. CrawfordNoal ChandlerJohn HarwickDwight WildonCharles G. Smith
    • Ian D. CrawfordNoal ChandlerJohn HarwickDwight WildonCharles G. Smith
    • G01C3/08
    • G01S17/66F41G7/226F41G7/2293G01C3/08G01S3/781G01S3/784
    • A laser spot tracker comprising a quadrant detector. A portion of a spot of laser light reflected from an object being illuminated (OBI) may be defocused to occupy a significant portion such as one-third of the field of view, while another portion remains focused, therefore allowing for quick calculation of the spot centroid. With such a “composite spot”, multiple target (OBI) positions may simultaneously be defined in elevation and azimuth with respect to null by analyzing the energy in each quadrant. The X and Y angle information (off null) for multiple targets (OBIs), and their codes may be displayed. For a large, defocused spot, two segmented multi-element detectors may be used, one in front of and the other behind the focal plane to reduce the effects of hot spots in a spot of laser light collected from an object being illuminated.
    • 包括象限检测器的激光点跟踪器。 从被照明物体(OBI)反射的激光光斑的一部分可以散焦以占据诸如视场三分之一的重要部分,而另一部分保持聚焦,因此允许快速计算斑点 重心。 通过这样的“复合点”,通过分析每个象限中的能量,可以同时在高程和方位上定义多个目标(OBI)位置相对于零。 可以显示多个目标(OBI)的X和Y角度信息(关闭空值)及其代码。 对于大的散焦点,可以使用两个分段多元件检测器,一个在焦平面之前,另一个在焦平面之后,以减少从被照射物体收集的激光光斑中的热点的影响。
    • 4. 发明申请
    • LASER SPOT TRACKING WITH OFF-AXIS ANGLE DETECTION
    • 具有离轴角度检测的激光点跟踪
    • US20130070239A1
    • 2013-03-21
    • US12835719
    • 2010-07-13
    • Ian D. CrawfordNoal ChandlerJohn HarwickDwight WildonCharles G. Smith
    • Ian D. CrawfordNoal ChandlerJohn HarwickDwight WildonCharles G. Smith
    • G01S17/66
    • G01S17/66F41G7/226F41G7/2293G01C3/08G01S3/781G01S3/784
    • A laser spot tracker comprising a quadrant detector. A portion of a spot of laser light reflected from an object being illuminated (OBI) may be defocused to occupy a significant portion such as one-third of the field of view, while another portion remains focused, therefore allowing for quick calculation of the spot centroid. With such a “composite spot”, multiple target (OBI) positions may simultaneously be defined in elevation and azimuth with respect to null by analyzing the energy in each quadrant. The X and Y angle information (off null) for multiple targets (OBIs), and their codes may be displayed. For a large, defocused spot, two segmented multi-element detectors may be used, one in front of and the other behind the focal plane to reduce the effects of hot spots in a spot of laser light collected from an object being illuminated.
    • 包括象限检测器的激光点跟踪器。 从被照明物体(OBI)反射的激光光斑的一部分可以散焦以占据诸如视场三分之一的重要部分,而另一部分保持聚焦,因此允许快速计算斑点 重心。 通过这样的复合点,通过分析每个象限中的能量,可以同时在高程和方位上定义多个目标(OBI)位置相对于零。 可以显示多个目标(OBI)的X和Y角度信息(关闭空值)及其代码。 对于大的散焦点,可以使用两个分段多元件检测器,一个在焦平面之前,另一个在焦平面之后,以减少从被照射物体收集的激光光斑中的热点的影响。
    • 5. 发明授权
    • Polyphase diode driver
    • 多相二极管驱动器
    • US07348948B2
    • 2008-03-25
    • US10889308
    • 2004-07-12
    • Ian D. CrawfordJohn HarwickMiguel Morales
    • Ian D. CrawfordJohn HarwickMiguel Morales
    • G09G3/32
    • H05B33/0815H01S5/042
    • A driver supplying a total current to a load has a plurality (n) of driver stages (ST1 . . . STn). One stage is a master stage. Each driver stage has a switching device (Q) and an inductor (L) connected in series between the switching device and the output of the driver stage. The switching devices are turned ON in sequence with one another, during a cycle time (Tc) which is determined by sensing current through the inductor (L1) in the master stage. When the switching device is turned ON current through the inductor rises, when the inductor current reaches the value of a demanded current the switch is turned OFF, and after the switch is turned OFF the inductor continues to supply (output) current to the load with a current which ramps down. A rectifying device (D) connected between the inductor and the supply line allows current to continue to flow in the inductor and be supplied to the load after the switch is turned OFF.
    • 向负载提供总电流的驱动器具有多个(n)个驱动级(ST1 ... STn)。 一个阶段是主舞台。 每个驱动级具有在开关装置和驱动器级的输出之间串联连接的开关装置(Q)和电感器(L)。 在通过感测通过主级中的电感器(L1)的电流确定的周期时间(Tc)期间,开关器件依次导通。 当开关器件导通时,通过电感的电流上升,当电感电流达到需求电流值时,开关转为OFF,并且在开关断开之后,电感器继续向负载供给(输出)电流 一个下降的电流。 连接在电感器和电源线之间的整流装置(D)允许电流在电感器中继续流动,并且在开关断开之后被提供给负载。
    • 6. 发明申请
    • Polyphase diode driver
    • 多相二极管驱动器
    • US20050276294A1
    • 2005-12-15
    • US10889308
    • 2004-07-12
    • Ian CrawfordJohn HarwickMiguel Morales
    • Ian CrawfordJohn HarwickMiguel Morales
    • H01S3/00H01S5/042H05B33/08
    • H05B33/0815H01S5/042
    • A driver supplying a total current to a load has a plurality (n) of driver stages (ST1 . . . STn). One stage is a master stage. Each driver stage has a switching device (Q) and an inductor (L) connected in series between the switching device and the output of the driver stage. The switching devices are turned ON in sequence with one another, during a cycle time (Tc) which is determined by sensing current through the inductor (L1) in the master stage. When the switching device is turned ON current through the inductor rises, when the inductor current reaches the value of a demanded current the switch is turned OFF, and after the switch is turned OFF the inductor continues to supply (output) current to the load with a current which ramps down. A rectifying device (D) connected between the inductor and the supply line allows current to continue to flow in the inductor and be supplied to the load after the switch is turned OFF.
    • 向负载提供总电流的驱动器具有多个(n)个驱动级(ST1 ... STn)。 一个阶段是主舞台。 每个驱动级具有在开关装置和驱动器级的输出之间串联连接的开关装置(Q)和电感器(L)。 在通过感测通过主级中的电感器(L1)的电流确定的周期时间(Tc)期间,开关器件依次导通。 当开关器件导通时,通过电感的电流上升,当电感电流达到需求电流值时,开关转为OFF,并且在开关断开之后,电感器继续向负载供给(输出)电流 一个下降的电流。 连接在电感器和电源线之间的整流装置(D)允许电流在电感器中继续流动,并且在开关断开之后被提供给负载。