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    • 61. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US07692814B2
    • 2010-04-06
    • US11320436
    • 2005-12-28
    • Hideki IshidaShingo YoshidaHirohito Kondoh
    • Hideki IshidaShingo YoshidaHirohito Kondoh
    • G06F15/00G06K1/00
    • H04N1/4015G03G15/5037G03G2215/0005G03G2215/0119
    • Disclosed is the prevention of the occurrence of uneven image density, as well as the image degradation caused by inhibiting the continuity of image density, produced by the photoreceptor in which uneven electrification exists, and additionally uneven sensitivity coexists, without enlargement of the apparatus as well as increase in the cost. To the exposure amount obtained by the approximate linear transformation of the pixel gradation in each segment multi-divided in the surface of the photoreceptor drum 1, in all the pixel gradation including 0 level, exposing source 2 is controlled to expose with the amount of exposure, offset with only the offset exposure amount Ea which corresponds to the difference between the initial electric potential and the reference initial electric potential V0 of the segment. The exposure amount adjustment of the offset exposure amount Ea is conducted by offsetting the exposure time in each pixel.
    • 公开了防止不均匀图像浓度的发生,以及由于抑制由存在不均匀带电的感光体产生的图像密度的连续性引起的图像劣化,并且另外不均匀的灵敏度共存,而不会使装置扩大 随着成本的增加。 对于通过在感光鼓1的表面中多分割的每个片段中的像素等级的近似线性变换获得的曝光量,在包括0电平的所有像素等级中,曝光源2被控制以曝光量曝光 ,仅偏移对应于该段的初始电位和基准初始电位V0之间的差的偏移曝光量Ea。 通过偏移每个像素中的曝光时间来进行偏移曝光量Ea的曝光量调整。
    • 62. 发明申请
    • ADAPTIVE EQUALIZER CIRCUIT
    • 自适应均衡器电路
    • US20090310666A1
    • 2009-12-17
    • US12543109
    • 2009-08-18
    • Hisakatsu YAMAGUCHIShunichiro MasakiHideki IshidaKohtaroh Gotoh
    • Hisakatsu YAMAGUCHIShunichiro MasakiHideki IshidaKohtaroh Gotoh
    • H03H7/40H03K5/159
    • H04L25/03885H04B3/145
    • An adaptive equalizer circuit includes an equalizer circuit configured to produce an output data signal in response to an equalizing factor, a data detecting circuit configured to detect a signal level of the output data signal in a given unit time at predetermined timing, a boundary detecting circuit configured to detect a signal level of the output data signal at a timing that is ½ unit time away from the predetermined timing, and a control unit configured to detect, multiple times, a pattern having consecutive data items of a first value followed by a data item of a second value, and to adjust the equalizing factor such that a data detection value and a boundary detection value obtained for the data item of the second value are equal to each other a certain percentage of times, and are different from each other substantially the same percentage of times.
    • 自适应均衡器电路包括:均衡器电路,被配置为响应于均衡因素产生输出数据信号;数据检测电路,被配置为在预定定时在给定的单位时间内检测输出数据信号的信号电平;边界检测电路 被配置为在距所述预定定时的1/2单位时间的定时检测所述输出数据信号的信号电平;以及控制单元,被配置为多次检测具有第一值的数据的后续数据的模式, 项目,并且调整均衡因子,使得对于第二值的数据项获得的数据检测值和边界检测值彼此相等一定百分比,并且基本上彼此不同 相同百分比的时间。
    • 67. 发明授权
    • Heat exchanging medium pressure measuring apparatus
    • 换热介质压力测量仪
    • US5895860A
    • 1999-04-20
    • US955522
    • 1997-10-22
    • Hideki IshidaTakeo Shimizu
    • Hideki IshidaTakeo Shimizu
    • G01F1/38F25B49/02G01L15/00G01L19/00G01L23/00G01L13/00G01F1/34
    • G01L19/0007
    • A cylindrical member of a sensor mounting member is partitioned in its middle by a partitioning wall into a high pressure side and a low pressure side, with pressure sensors provided at the two surfaces of the partitioning wall. At a base portion of the sensor mounting member, a communicating hole constituting a portion of a flow passage of a piping joint connector is formed. The sensor mounting member structured as described above is fitted in a communicating hole that communicates between a high pressure passage and a low pressure passage bored at the side of the piping joint connector. With this, the pressure sensor for measuring the pressure of the heat exchanging medium at high pressure and the pressure sensor for measuring the pressure of the heat exchanging medium at low pressure can be mounted in an integrated manner, thereby achieving a reduction in the number of parts such as mounting parts for mounting the pressure sensors and a reduction in the number of mounting processes to simplify the production work.
    • 传感器安装构件的圆柱形构件在其中间由分隔壁分隔成高压侧和低压侧,压力传感器设置在分隔壁的两个表面。 在传感器安装部件的基部,形成有构成管接头连接器的流路的一部分的连通孔。 如上所述构造的传感器安装构件装配在连通于在管接头连接器侧钻孔的高压通道和低压通道之间的连通孔。 由此,可以一体地安装用于测量高压热交换介质的压力的压力传感器和用于测量低压下的热交换介质的压力的压力传感器,从而实现减少 诸如用于安装压力传感器的安装部件和减少安装过程以简化生产工作的部件。