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    • 1. 发明申请
    • ARRANGEMENT FOR AND METHOD OF REGULATING LASER OUTPUT POWER IN ELECTRO-OPTICAL READERS
    • 电光读数器调节激光输出功率的方案和方法
    • US20120048942A1
    • 2012-03-01
    • US12870040
    • 2010-08-27
    • James GIEBELMatthew BLASCZAKPeter FAZEKASMark WEITZNER
    • James GIEBELMatthew BLASCZAKPeter FAZEKASMark WEITZNER
    • G06K7/14
    • G06K7/10584
    • In an electro-optical reader, an aiming or a scanning laser has a laser chip and a monitor photodiode. Output power of a laser beam emitted by the laser is regulated by a feedback circuit for maintaining substantially constant the laser beam output power during normal operation, a disabling circuit for disabling the feedback circuit, a drive circuit for driving the chip with a drive current when the feedback circuit is disabled, and for concomitantly generating a photodiode output voltage, a current modification circuit for modifying the drive current by a predetermined current with a concomitant change in the photodiode output voltage when the feedback circuit is disabled, and a control circuit for monitoring the change in the photodiode output voltage, for determining whether the change in the photodiode output voltage is sufficient to indicate an over-power condition, and for interrupting power to the chip when the over-power condition is indicated.
    • 在电光读取器中,瞄准或扫描激光器具有激光芯片和监视器光电二极管。 由激光器发射的激光束的输出功率由反馈电路调节,用于在正常操作期间保持激光束输出功率基本上恒定,用于禁用反馈电路的禁用电路,用于以驱动电流驱动芯片的驱动电路, 反馈电路被禁止,并且用于同时产生光电二极管的输出电压,用于当反馈电路被禁用时用光源输出电压的伴随变化来修改驱动电流预定电流的电流修改电路,以及用于监视的反馈电路的控制电路 光电二极管输出电压的变化,用于确定光电二极管输出电压的变化是否足以指示过功率状态,以及当指示过功率状态时中断芯片的电源。
    • 2. 发明申请
    • Multifunctional Data Capture Device
    • 多功能数据采集设备
    • US20090242641A1
    • 2009-10-01
    • US12059551
    • 2008-03-31
    • Matthew BLASCZAK
    • Matthew BLASCZAK
    • G06K7/10
    • G06K7/14G06K7/10554G06K7/1092
    • A device having a housing, a hybrid engine disposed within the housing, the hybrid engine configured to include components to perform at least two functionalities and an interface circuitry disposed within the housing to connect the hybrid engine to a processor using a single connector. The hybrid engine having a first set of components to perform a first functionality, a second set of components to perform a second functionality and a single connector connecting the hybrid engine to an interface circuitry of a device, the connector one of transmitting and receiving data relating to the first and second functionalities to a processor of the device.
    • 具有外壳的装置,设置在壳体内的混合动力发动机,混合动力发动机被配置为包括执行至少两个功能的部件和设置在壳体内的接口电路,以使用单个连接器将混合动力发动机连接到处理器。 该混合动力发动机具有执行第一功能的第一组件组件,用于执行第二功能的第二组组件和将混合动力发动机连接到装置的接口电路的单个连接器,所述连接器之一与发送和接收数据有关 到设备的处理器的第一和第二功能。