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    • 2. 发明申请
    • ELECTRONIC WATCH
    • 电子手表
    • US20120204640A1
    • 2012-08-16
    • US13500829
    • 2010-10-06
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • G01P15/08
    • G04C3/143H02P8/02
    • Provided is an electronic watch capable of, even if an indicating hand having a large moment of inertia is used, accurately determining success and failure of rotation. The electronic watch detects rotation by using a first detection mode determination circuit (12) and a second detection mode determination circuit (13). In the electronic watch, a timing counter (14) for measuring a time after an output of a normal drive pulse is followed by a detection pulse selection circuit (151) provided as changing means for changing a width or a frequency of a detection pulse in accordance with an output time of the detection pulse. The detection pulse detects the rotation and simultaneously serves as an electromagnetic brake for a rotor (10). The electromagnetic brake for the rotor (10) is controlled by changing the width or the frequency of the detection pulse in a predetermined period, thereby achieving an accurate rotation detection. Alternatively, the setting of the width or the frequency of the detection pulse may be changed in accordance with a determination result in a first detection mode, an output voltage of a power supply, and a driving power of the normal drive pulse, instead of the output timing of the detection pulse.
    • 提供一种能够即使具有大惯性矩的指示手也能够精确地确定旋转成功和失败的电子手表。 电子表通过使用第一检测模式确定电路(12)和第二检测模式确定电路(13)检测旋转。 在电子表中,用于测量正常驱动脉冲输出之后的时间的定时计数器(14)后面是检测脉冲选择电路(151),该检测脉冲选择电路(151)被设置为改变装置,用于改变检测脉冲的宽度或频率 根据检测脉冲的输出时间。 检测脉冲检测旋转,同时用作转子(10)的电磁制动器。 用于转子(10)的电磁制动器通过在预定时间段内改变检测脉冲的宽度或频率来控制,从而实现精确的旋转检测。 或者,可以根据第一检测模式,电源的输出电压和正常驱动脉冲的驱动功率的确定结果来改变检测脉冲的宽度或频率的设置,而不是 检测脉冲的输出定时。
    • 4. 发明申请
    • Exposure system and production method for exposure system
    • 曝光系统和曝光系统的生产方法
    • US20050083396A1
    • 2005-04-21
    • US10498062
    • 2003-10-10
    • Akira ShiotaMakoto YasunagaSadao MasubuchiAkinobu Iwako
    • Akira ShiotaMakoto YasunagaSadao MasubuchiAkinobu Iwako
    • B41J2/45G06K15/12B41J2/47
    • G06K15/1261B41J2/45G06K15/1209
    • The invention is directed to the provision of an exposure apparatus in which is stored an electric current value appropriately determined for supply to a light-emitting device, and a method for producing such an exposure apparatus. The production method according to the invention comprises the steps of supplying a reference electric current to the light-emitting device, and measuring the amount of light from each of the plurality of pixels of the light modulating device, determining whether a minimum value among the amounts of light measured from the plurality of pixels lies within a predetermined range, and determining the value of the electric current to be supplied to the light-emitting device so that the minimum value of the amounts of light falls within the predetermined range when the minimum value of the amounts of light is outside the predetermined range.
    • 本发明涉及提供一种曝光装置,其中存储适当确定供给发光装置的电流值,以及制造这种曝光装置的方法。 根据本发明的制造方法包括以下步骤:向发光装置提供参考电流,以及测量来自光调制装置的多个像素中的每一个的光量,确定所述光量调制装置中的最小值 从多个像素测量的光位于预定范围内,并且确定要提供给发光器件的电流值,使得当光量的最小值落在预定范围内时,当最小值 的光量在预定范围之外。
    • 5. 发明申请
    • Exposure system and production method for exposure system
    • 曝光系统和曝光系统的生产方法
    • US20050068590A1
    • 2005-03-31
    • US10498061
    • 2003-10-10
    • Akira ShiotaMakoto YasunagaSadao MasubuchiAkinobu IwakoMasafumi Yokoyama
    • Akira ShiotaMakoto YasunagaSadao MasubuchiAkinobu IwakoMasafumi Yokoyama
    • B41J2/45G06K15/12H04N1/04
    • G06K15/1261B41J2/45G06K15/1209
    • The invention is directed to the provision of an exposure apparatus that can determine a correction value for each individual light-emitting part by employing a method that detects the amount of light corresponding to one particular light-emitting part from composite light containing light rays from adjacent light-emitting parts, and also to the provision of a method for producing such an exposure apparatus. The production method according to the invention comprises the steps of lighting a plurality of light-emitting parts at the same time, detecting an output light-amount distribution across all of the plurality of light-emitting parts by making measurements using a line-like light-receiving device, detecting a peak position corresponding to each light-emitting part by using the output light-amount distribution; detecting the amount of light of each light-emitting part based on the peak position, and determining, based on the amount of light of each light-emitting part, the correction value for correcting nonuniformity in the amount of light of the light-emitting part.
    • 本发明涉及提供一种曝光装置,其可以通过采用从包含来自相邻的光的复合光的复合光检测与一个特定发光部分相对应的光量的方法来确定每个单独的发光部分的校正值 发光部件,以及提供这种曝光装置的制造方法。 根据本发明的制造方法包括以下步骤:同时点亮多个发光部件,通过使用线状光进行测量来检测跨越所有多个发光部件的输出光量分布 接收装置,通过使用输出光量分布来检测与每个发光部分相对应的峰值位置; 基于所述峰值位置检测各发光部的光量,根据所述发光部的光量确定校正所述发光部的光的不均匀性的校正值 。
    • 6. 发明授权
    • Electronic watch
    • 电子手表
    • US08841875B2
    • 2014-09-23
    • US13500829
    • 2010-10-06
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • Yu TakyoToshiaki FukushimaAkira ShiotaToshinari MaedaNobuaki Suzuki
    • H02P8/00G04C3/14H02P8/02
    • G04C3/143H02P8/02
    • Provided is an electronic watch capable of, even if an indicating hand having a large moment of inertia is used, accurately determining success and failure of rotation. The electronic watch detects rotation by using a first detection mode determination circuit (12) and a second detection mode determination circuit (13). In the electronic watch, a timing counter (14) for measuring a time after an output of a normal drive pulse is followed by a detection pulse selection circuit (151) provided as changing means for changing a width or a frequency of a detection pulse in accordance with an output time of the detection pulse. The detection pulse detects the rotation and simultaneously serves as an electromagnetic brake for a rotor (10). The electromagnetic brake for the rotor (10) is controlled by changing the width or the frequency of the detection pulse in a predetermined period, thereby achieving an accurate rotation detection. Alternatively, the setting of the width or the frequency of the detection pulse may be changed in accordance with a determination result in a first detection mode, an output voltage of a power supply, and a driving power of the normal drive pulse, instead of the output timing of the detection pulse.
    • 提供一种能够即使具有大惯性矩的指示手也能够精确地确定旋转成功和失败的电子手表。 电子表通过使用第一检测模式确定电路(12)和第二检测模式确定电路(13)检测旋转。 在电子表中,用于测量正常驱动脉冲输出之后的时间的定时计数器(14)后面是检测脉冲选择电路(151),该检测脉冲选择电路(151)被设置为改变装置,用于改变检测脉冲的宽度或频率 根据检测脉冲的输出时间。 检测脉冲检测旋转,同时用作转子(10)的电磁制动器。 用于转子(10)的电磁制动器通过在预定时间段内改变检测脉冲的宽度或频率来控制,从而实现精确的旋转检测。 或者,可以根据第一检测模式,电源的输出电压和正常驱动脉冲的驱动功率的确定结果来改变检测脉冲的宽度或频率的设置,而不是 检测脉冲的输出定时。
    • 7. 发明授权
    • Calibration apparatus for light emitting elements in an optical printer
    • 光学打印机中发光元件的校准装置
    • US06642492B2
    • 2003-11-04
    • US09352592
    • 1999-07-14
    • Akira ShiotaSadao Masubuchi
    • Akira ShiotaSadao Masubuchi
    • G01J132
    • H04N1/4005B41J2/465G06K15/1209G06K15/1247
    • Calibration of the light emitting elements in an optical printer is carried out by mounting the optical printer on an external monitoring apparatus. The external monitoring apparatus comprises: a sensor mounting portion whereon a plurality of photosensors are mounted in a straight line; a signal processing circuit for processing the signals output from the photosensors; a reference voltage generating circuit; and a comparison and control circuit for comparing the output from the signal processing circuit with the reference voltage from the reference voltage generating circuit and outputting a signal based on the results of the comparison. The photosensors receive the light output from the light emitting elements, being subject to calibration, in the optical printer. The signal processing circuit comprises a plurality of integrating circuits which receive the signals output from the plurality of photosensors and integrate those signals over a prescribed period of time; and an arithmetic circuit for calculating the mean value of the output of the integrating circuits and outputting the calibration voltage.
    • 通过将光学打印机安装在外部监视装置上来进行光学打印机中的发光元件的校准。 外部监视装置包括:多个光电传感器安装在直线上的传感器安装部; 信号处理电路,用于处理从光电传感器输出的信号; 参考电压发生电路; 以及比较控制电路,用于将来自信号处理电路的输出与参考电压产生电路的参考电压进行比较,并根据比较结果输出信号。 光传感器在光学打印机中从发光元件接收被校准的光输出。 信号处理电路包括多个积分电路,其接收从多个光电传感器输出的信号并在规定的时间段内对这些信号进行积分; 以及用于计算积分电路的输出的平均值并输出校准电压的运算电路。
    • 10. 发明授权
    • Exposure device
    • 曝光装置
    • US07570388B2
    • 2009-08-04
    • US10553427
    • 2004-12-08
    • Masafumi YokoyamaAkira Shiota
    • Masafumi YokoyamaAkira Shiota
    • H04N1/40G06K15/00H04N1/46H04N5/00
    • G03B27/04G03B27/73H04N1/2346H04N1/407
    • The invention provides an exposure apparatus that outputs a stable photographic quality image unaffected by variations in ambient temperature, by suppressing the effects of the temperature variations and achieving accurate grayscale reproduction. In the exposure apparatus, input grayscale data P4 is converted into corrected grayscale data by using a conversion table for correcting for the nonlinearity of exposure density, and grayscale exposure is performed on a photosensitive material by controlling exposure conditions in an exposure head based on the corrected grayscale data; here, the conversion table actually comprises a plurality of conversion tables one for each designated temperature region, and a temperature detector is provided for detecting the ambient temperature, with provisions made to select an appropriate one of the conversion tables under the control of select data in accordance with the temperature data supplied from the temperature detector. The exposure apparatus can thus achieve accurate grayscale reproduction and output a stable photographic quality image even when the ambient temperature varies.
    • 本发明提供了一种曝光装置,其通过抑制温度变化的影响并实现精确的灰度再现而输出不受环境温度变化影响的稳定的摄影质量图像。 在曝光装置中,通过使用用于校正曝光浓度的非线性的转换表将输入灰度数据P4转换为校正灰度数据,并且通过基于校正后的曝光头控制曝光条件对感光材料进行灰度曝光 灰度数据; 这里,转换表实际上包括用于每个指定温度区域的多个转换表,并且提供了用于检测环境温度的温度检测器,其中用于在选择数据的控制下选择适当的一个转换表 根据从温度检测器提供的温度数据。 因此,即使环境温度变化,曝光装置可以实现精确的灰度再现并输出稳定的摄影质量图像。