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    • 2. 发明授权
    • Multifunction rangefinder
    • 多功能测距仪
    • US07184131B2
    • 2007-02-27
    • US10912358
    • 2004-08-05
    • Peng-Fei SongChih-Wei HungPi-Yao ChienKuo-Hua Yang
    • Peng-Fei SongChih-Wei HungPi-Yao ChienKuo-Hua Yang
    • G01C3/08
    • G01C15/002G01C3/06G01S17/023G01S17/10
    • A multifunction rangefinder capable of measuring distance, compass location and altitude. A distance measurement unit capable of long and short distance measurements transmits a light beam to a target, receives a reflected light from the target and outputs a distance measurement signal. A compass measurement unit measures terrestrial magnetism and outputs a compass measurement signal. An altitude measurement unit measures atmospheric pressure to generate an altitude measurement signal. A microprocessor calculates a distance between the target and the multifunction rangefinder, altitude and the compass location of the target according to the distance, altitude and compass measurement signals respectively.
    • 能够测量距离,罗盘位置和高度的多功能测距仪。 能够进行长距离和短距离测量的距离测量单元将光束发射到目标,接收来自目标的反射光并输出距离测量信号。 罗盘测量单元测量地磁并输出罗盘测量信号。 高度测量单元测量大气压力以产生高度测量信号。 微处理器根据距离,高度和罗盘测量信号分别计算目标和多功能测距仪之间的距离,高度和目标的罗盘位置。
    • 3. 发明申请
    • Testing method for rangefinders
    • 测距仪的测试方法
    • US20050088641A1
    • 2005-04-28
    • US10865883
    • 2004-06-14
    • Chih-Wei HungPeng-Fei SongPi-Yao Chien
    • Chih-Wei HungPeng-Fei SongPi-Yao Chien
    • G01C3/08G01M11/00G01S7/497
    • G01S7/497
    • A testing method for rangefinders is described and saves developing time of a required rangefinder. The method sets a default parameter of a rangefinder for emitting pulses, emits the firing pulses toward a target using an emission module according to the parameter, receives reflected pulses from the target and straylight according to the parameter by an receiving module; generates S/N data of the received pulse and the straylight with a testing system, resets the parameter or changing some components with different feature if no target signal can be recognized from the S/N data and repeats steps 2 to 4 until a target signal is recognized from the S/N data; and configures the rangefinder with the default parameter or the substitute component with which the target signal can be recognized from the S/N data.
    • 描述了测距仪的测试方法,并节省了所需测距仪的开发时间。 该方法设置用于发射脉冲的测距仪的默认参数,根据参数使用发射模块向目标发射发射脉冲,根据接收模块的参数从目标和杂散光接收反射脉冲; 使用测试系统生成接收到的脉冲和杂散光的S / N数据,如果没有目标信号可以从S / N数据中识别出来,则复位参数或改变具有不同特征的部分,并重复步骤2至4,直到目标信号 从S / N数据中识别; 并使用默认参数或可从S / N数据识别目标信号的替代组件来配置测距仪。
    • 4. 发明授权
    • Light receiving circuit of laser range finder
    • 激光测距仪的光接收电路
    • US06512574B2
    • 2003-01-28
    • US09780364
    • 2001-02-12
    • I-Jen LaiPi-Yao ChienJui-Feng HuangChih-Wei Hung
    • I-Jen LaiPi-Yao ChienJui-Feng HuangChih-Wei Hung
    • G01C308
    • G01C3/08G01S7/4861G01S7/487
    • A light receiving circuit of a laser range finder comprises a photo-sensitive element, a conversion resistance amplifying loop, a main amplification loop, and a one shot circuit. The photo-sensitive element converts a light signal into a current signal. The conversion resistance amplifying loop is connected with the photo-sensitive element for converting the current signal into a voltage signal. The main amplification loop is connected with the conversion resistance amplifying loop for amplifying the voltage signal. The one shot loop is connected with the main amplification loop for shaping the voltage signal into a digital signal by which the range-finding computation is accomplished by the laser range finder.
    • 激光测距仪的光接收电路包括光敏元件,转换电阻放大环路,主放大环路和单触发电路。 光敏元件将光信号转换为电流信号。 转换电阻放大环与感光元件连接,用于将电流信号转换为电压信号。 主放大环路与转换电阻放大回路连接,用于放大电压信号。 单触发环路与主放大环路连接,用于将电压信号整形为数字信号,通过该数字信号,测距计算由激光测距仪完成。
    • 5. 发明授权
    • Laser range signal processing method and device
    • 激光范围信号处理方法及装置
    • US06466307B2
    • 2002-10-15
    • US09775503
    • 2001-02-05
    • Pi-Yao ChienRui-Feng HuangChih-Wei HungI-Jen Lai
    • Pi-Yao ChienRui-Feng HuangChih-Wei HungI-Jen Lai
    • G01C308
    • G01S7/487G01S17/107
    • A laser range signal-processing device comprises a timing interval generator, a microprocessor unit, a programmable delay unit, a laser transmitter, a laser receiver, a high gain amplifier circuit and a memory. A signal-processing method of the laser range finder includes a first step in which the measurement block number and the laser emission time are set up. Thereafter, the sampling of the laser reflection signal of each block is done in sequence so as to determine a block in which an object is located. A laser beam of a predetermined delay time is emitted to the block in which the object is located. The reflective laser signals are sampled and processed to attain a precise distance between the laser range finder and the object.
    • 激光范围信号处理装置包括定时间隔发生器,微处理器单元,可编程延迟单元,激光发射器,激光接收器,高增益放大器电路和存储器。 激光测距仪的信号处理方法包括第一步骤,其中建立测量块数和激光发射时间。 此后,依次进行每个块的激光反射信号的采样,以便确定对象所在的块。 将预定延迟时间的激光束发射到对象所在的块。 对反射激光信号进行采样和处理,以获得激光测距仪与物体之间的精确距离。
    • 6. 发明授权
    • High power driver system
    • 大功率驱动系统
    • US07177334B2
    • 2007-02-13
    • US10889909
    • 2004-07-13
    • Pi-Yao ChienBing ShengYong Peng
    • Pi-Yao ChienBing ShengYong Peng
    • H01S3/00
    • H01S5/0683H01S5/0428
    • A high power driver system has a predetermined number of driver modules for driving a high power device such as a laser-emitting device. Each driver module has a driver circuit and a corresponding feedback circuit. The driver circuits respectively generate driving currents, and then the driving currents are collected to drive the high power laser-emitting device or other high power devices. In addition, these feedback circuits of the driver modules receive the same detection signal that represents the output power of the high power laser-emitting device. Then, each feedback circuit responds to the same detection signal to generate a feedback signal, respectively, which makes the corresponding driver circuit carry out a feedback action for adjusting the driving currents.
    • 大功率驱动器系统具有用于驱动诸如激光发射装置的高功率器件的预定数量的驱动器模块。 每个驱动器模块具有驱动电路和相应的反馈电路。 驱动电路分别产生驱动电流,然后集中驱动电流以驱动大功率激光发射装置或其它大功率器件。 此外,驱动器模块的这些反馈电路接收与大功率激光发射装置的输出功率相同的检测信号。 然后,每个反馈电路分别响应相同的检测信号以产生反馈信号,这使得相应的驱动电路执行用于调节驱动电流的反馈动作。
    • 8. 发明申请
    • High power driver system
    • 大功率驱动系统
    • US20050135445A1
    • 2005-06-23
    • US10889909
    • 2004-07-13
    • Pi-Yao ChienBing ShengYong Peng
    • Pi-Yao ChienBing ShengYong Peng
    • H01S3/00H01S3/13H01S5/042H01S5/0683
    • H01S5/0683H01S5/0428
    • A high power driver system has a predetermined number of driver modules for driving a high power device such as a laser-emitting device. Each driver module has a driver circuit and a corresponding feedback circuit. The driver circuits respectively generate driving currents, and then the driving currents are collected to drive the high power laser-emitting device or other high power devices. In addition, these feedback circuits of the driver modules receive the same detection signal that represents the output power of the high power laser-emitting device. Then, each feedback circuit responds to the same detection signal to generate a feedback signal, respectively, which makes the corresponding driver circuit carry out a feedback action for adjusting the driving currents.
    • 大功率驱动器系统具有用于驱动诸如激光发射装置的高功率器件的预定数量的驱动器模块。 每个驱动器模块具有驱动电路和相应的反馈电路。 驱动电路分别产生驱动电流,然后集中驱动电流以驱动大功率激光发射装置或其它大功率器件。 此外,驱动器模块的这些反馈电路接收与大功率激光发射装置的输出功率相同的检测信号。 然后,每个反馈电路分别响应相同的检测信号以产生反馈信号,这使得相应的驱动电路执行用于调节驱动电流的反馈动作。
    • 9. 发明授权
    • Laser driver circuit for burst mode transmission
    • 用于突发模式传输的激光驱动电路
    • US07068693B2
    • 2006-06-27
    • US10862281
    • 2004-06-07
    • Pi-Yao ChienYi-Yang Chang
    • Pi-Yao ChienYi-Yang Chang
    • H01S3/00
    • H04B10/508H04B10/503
    • A laser driver circuit for burst mode transmission is equipped in a transmitter at a client side within a P2MP (Point to Multipoint) optical network. The laser driver circuit utilizes a laser driver chip for a continuous mode. The selected laser driver chip is capable of working under an open-loop situation. A burst signal containing time slot information is fed to the switch connected to the laser driver chip. If the burst signal is enabled, a resistor of a predetermined value is connected to the laser driver chip via the switch so that normal driving current is generated for data transmission. If the burst signal is disabled, another resistor whose value is greater than the predetermined value is connected to the laser driver chip via the switch so that no or almost no driving current is generated, thereby avoid the signal collision problem of the channel shared by multiple clients.
    • 用于突发模式传输的激光驱动器电路装配在P2MP(点对多点)光网络内的客户端的发射机中。 激光驱动电路利用激光驱动芯片进行连续模式。 所选择的激光驱动芯片能够在开环情况下工作。 包含时隙信息的脉冲串信号被馈送到连接到激光驱动器芯片的开关。 如果突发信号被使能,则经由开关将预定值的电阻器连接到激光驱动器芯片,以便产生用于数据传输的正常驱动电流。 如果脉冲串信号被禁止,则其值大于预定值的另一个电阻经由开关连接到激光驱动器芯片,使得不产生或几乎不产生驱动电流,从而避免由多个共享的信道的信号冲突问题 客户。
    • 10. 发明申请
    • Laser driver circuit for burst mode transmission
    • 用于突发模式传输的激光驱动电路
    • US20050074042A1
    • 2005-04-07
    • US10862281
    • 2004-06-07
    • Pi-Yao ChienYi-Yang Chang
    • Pi-Yao ChienYi-Yang Chang
    • H01S3/00H01S5/06H04B10/155
    • H04B10/508H04B10/503
    • A laser driver circuit for burst mode transmission is equipped in a transmitter at a client side within a P2MP (Point to Multipoint) optical network. The laser driver circuit utilizes a laser driver chip for a continuous mode. The selected laser driver chip is capable of working under an open-loop situation. A burst signal containing time slot information is fed to the switch connected to the laser driver chip. If the burst signal is enabled, a resistor of a predetermined value is connected to the laser driver chip via the switch so that normal driving current is generated for data transmission. If the burst signal is disabled, another resistor whose value is greater than the predetermined value is connected to the laser driver chip via the switch so that no or almost no driving current is generated, thereby avoid the signal collision problem of the channel shared by multiple clients.
    • 用于突发模式传输的激光驱动器电路装配在P2MP(点对多点)光网络内的客户端的发射机中。 激光驱动电路利用激光驱动芯片进行连续模式。 所选择的激光驱动芯片能够在开环情况下工作。 包含时隙信息的脉冲串信号被馈送到连接到激光驱动器芯片的开关。 如果突发信号被使能,则经由开关将预定值的电阻器连接到激光驱动器芯片,以便产生用于数据传输的正常驱动电流。 如果脉冲串信号被禁止,则其值大于预定值的另一个电阻经由开关连接到激光驱动器芯片,使得不产生或几乎不产生驱动电流,从而避免由多个共享的信道的信号冲突问题 客户。