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    • 2. 发明授权
    • Discharge lamp igniting apparatus for performing a feedback control of a
discharge lamp and the like
    • 用于进行放电灯的反馈控制的放电灯点火装置等
    • US5910713A
    • 1999-06-08
    • US129848
    • 1998-08-06
    • Kenichiro NishiSatoshi NagaiKentaro EguchiTakeshi AraiJun BunyaKazutaka ShimizuKoji ShibataIsamu Ogawa
    • Kenichiro NishiSatoshi NagaiKentaro EguchiTakeshi AraiJun BunyaKazutaka ShimizuKoji ShibataIsamu Ogawa
    • H05B37/03H05B41/285H05B41/292H05B41/392G05F1/00
    • H05B41/2851H05B37/03H05B41/2855H05B41/2925H05B41/3921Y02B20/208Y10S315/04
    • A current flowing through a discharge lamp 4 is detected by a current detecting circuit 5, and the detected current is outputted as a lamp current signal A to a feedback control circuit 7 where a difference between the lamp current signal A and the dimming control signal B is obtained and amplified, and then a amplified signal D is outputted to an adder 12 which adds the amplified signal D to the dimming control signal B to constitute a control signal E. The control signal is fed back to a high frequency power supply 2. When a comparing circuit 15 detects that the light level of the dimming control signal B with respect to the full light becomes higher than or equal to 40% to 60%, the feedback circuit is disconnected by operating a switch 13 provided between an error amplifying circuit 9 and an adder 12 to stop the feedback control. When a light level of a discharge lamp 104 is smaller than or equal to a predetermined value, first and second reference voltage 108a and 108b are switched by a two-stage switching circuit 109. A comparator 107 compares a detection voltage 106 of the discharge lamp 104 with the first reference voltage 108a, or the detection voltage 106 with the second reference voltage 108b. When the voltage of the discharge lamp 104 becomes high, a control circuit 110 supplies to a high frequency power supply 102, a control signal 112 for interrupting, or reducing an output of the high frequency power supply 102.
    • 通过电流检测电路5检测流过放电灯4的电流,将检测电流作为灯电流信号A输出到反馈控制电路7,反馈控制电路7将灯电流信号A与调光控制信号B 然后将放大信号D输出到加法器12,加法器12将放大的信号D与调光控制信号B相加,构成控制信号E.控制信号反馈给高频电源2。 当比较电路15检测到调光控制信号B相对于全光的光电平变得高于或等于40%至60%时,通过操作设置在误差放大电路之间的开关13来断开反馈电路, 9和加法器12,以停止反馈控制。 当放电灯104的亮度小于或等于预定值时,第一和第二参考电压108a和108b由两级切换电路109切换。比较器107比较放电灯104的检测电压106 104具有第一参考电压108a,或具有第二参考电压108b的检测电压106。 当放电灯104的电压变高时,控制电路110向高频电源102提供控制信号112,用于中断或降低高频电源102的输出。
    • 3. 发明申请
    • Packet Communication System
    • 分组通信系统
    • US20070237140A1
    • 2007-10-11
    • US11587587
    • 2004-04-27
    • Yukimasa SuginoShigeaki SuzukiWataru FushimiIsamu Ogawa
    • Yukimasa SuginoShigeaki SuzukiWataru FushimiIsamu Ogawa
    • H04L12/56
    • H04M7/0075H04L12/56
    • A packet communication system includes a communication control apparatus 8 for searching for an IP address corresponding to a destination telephone number when receiving a connection request including the destination telephone number from a VoIP terminal, and a multiplexing control apparatus 9 for identifying both a multiplexing transmission apparatus 11 or 10 which manages a VoIP terminal associated with the address searched for by the communication control apparatus 8, and a multiplexing transmission apparatus 10 or 11 which manages the VoIP terminal which is the transmission source of the connection request, and for notifying each of both the identified multiplexing transmission apparatus 10 and 11 of the address of the multiplexing transmission apparatus 11 or 10 on the other end of connection and the address of the VoIP terminal.
    • 分组通信系统包括:通信控制装置8,用于在从VoIP终端接收包括目的地电话号码的连接请求时,搜索与目的地电话号码对应的IP地址;以及复用控制装置9,用于识别复用传输装置 管理与由通信控制装置8搜索到的地址相关联的VoIP终端的11或10,以及管理作为连接请求的发送源的VoIP终端的多路传输装置10或11,以及通知 所确定的多路传输装置11或10的地址的复用传输装置10和11在另一端的连接和VoIP终端的地址。
    • 4. 发明授权
    • Handwriting verification device
    • 手写验证设备
    • US06430308B1
    • 2002-08-06
    • US09229989
    • 1999-01-14
    • Isamu OgawaTakenori KawamataFumio Yoda
    • Isamu OgawaTakenori KawamataFumio Yoda
    • G06K934
    • G06K9/00154
    • A handwriting verification device includes: a normalizing section for normalizing an inputted handwriting which has been subjected to sampling at regular intervals; a registered handwriting dictionary in which registered handwriting is accommodated; a correspondence making section for making the inputted handwriting, which has been normalized in accordance with the sampling points in the sampling, correspond to the registered handwriting, so that a portion of the inputted handwriting and a portion of the registered hand writing, which coincide with each other, can be made to correspond to each other; a segment making section for making the inputted handwriting and the registered handwriting to be a segment by allotting an interval between at least two continuous sampling points as a segment in accordance with the result of making correspondence; a characteristic extracting section for extracting the characteristics of the inputted handwriting and the registered handwriting for each segment; and a handwriting verification section for verification the inputted handwriting with the registered handwriting using the characteristic of each segment.
    • 手写验证装置包括:规范化部分,用于对已经经过定期间隔的采样进行输入的笔迹进行归一化; 记录笔迹的登记手写字典; 用于使输入的笔迹根据采样中的采样点进行归一化的通信对应于登记的笔迹,使得输入的笔迹的一部分和登记的手写的一部分与 彼此可以相互对应; 通过根据对应结果将至少两个连续采样点之间的间隔分配为段来使输入的笔迹和登记的笔迹成为段的段制作部分; 特征提取部分,用于提取所输入的笔迹的特征和每个片段的注册手写; 以及笔迹验证部分,用于使用每个片段的特征来验证输入的具有登记手写笔迹的笔迹。