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    • 4. 发明授权
    • Toner end detection device and method
    • 墨粉末端检测装置及方法
    • US5621221A
    • 1997-04-15
    • US361950
    • 1994-12-22
    • Tadashi ShinoharaKouichi NoguchiEiichi SasakiKouichi Irie
    • Tadashi ShinoharaKouichi NoguchiEiichi SasakiKouichi Irie
    • G03G15/01G03G15/08G03G21/00
    • G03G15/0126G03G15/0856G03G15/0862G03G2215/0177G03G2215/0894
    • An apparatus and method for detecting an empty condition of toner cartridges containing toner for copiers, fax machines, printers and the like is disclosed. The cartridges may be mounted to a rotary developing device. According to one embodiment, when a toner cartridge has been rotatably positioned to a developing position, an empty condition is detected by emitting light into the toner cartridge and detecting the light coming out of its bottom. To accomplish this detection, a light source and a light sensor are fixedly located near a bottom corner of the toner cartridge at the developing position. Light is emitted into the toner cartridge at a predetermined oblique angle with respect to a side wall of the toner cartridge. Light exits out from the bottom wall if a predetermined amount of toner does not exist in the toner cartridge. Due to the oblique angle, the distance between the light source and the light sensor is substantially reduced and provides an accurate measurement. This reduced distance also results in a smaller end detection system.
    • 公开了一种用于检测含有复印机,传真机,打印机等的调色剂的调色剂盒的空状态的装置和方法。 盒可以安装到旋转显影装置。 根据一个实施例,当调色剂盒已经可旋转地定位到显影位置时,通过将光发射到调色剂盒中并检测从其底部出来的光来检测空的状态。 为了实现该检测,光源和光传感器固定地位于显影位置处的调色剂盒的底角附近。 光线相对于调色剂盒的侧壁以预定的倾斜角度发射到调色剂盒中。 如果调色剂盒中不存在预定量的调色剂,则光从底壁离开。 由于倾斜角度,光源和光传感器之间的距离显着减小并提供准确的测量。 这种减小的距离也导致较小的端部检测系统。
    • 6. 发明授权
    • Color image forming apparatus
    • 彩色图像形成装置
    • US5821970A
    • 1998-10-13
    • US686140
    • 1996-07-24
    • Eiichi SasakiYutaka Shio
    • Eiichi SasakiYutaka Shio
    • G03G15/01H04N1/047H04N1/113H04N1/12B41J2/47
    • H04N1/047G03G15/0121G03G15/0152G03G15/0173G03G2215/0174H04N1/1135H04N1/12H04N2201/04731H04N2201/04789
    • In a color image forming apparatus, a plurality of color images of component colors are combined to form a full color image. These images of the component colors are overlapped on an intermediate recording medium, and are then transferred to a transfer medium. Control circuitry reduces the amount of time required to form the component color images on the intermediate transfer medium, and to prevent an abnormality such as an out-of-phase or pull-out of a closed loop control circuit for controlling such a formation of the component color images. This may be achieved by abruptly changing a phase of a motor synchronizing signal. Further, for a period of time after the motor synchronizing signal is abruptly changed, a gain of an amplifier in the motor control circuit can be reduced, an abnormality detection in the motor control circuit can be reduced, the motor control circuit can be placed in an open loop state, or an addition or subtraction signal can be input to the closed loop motor control circuit. This specified period can also be detected based on a feedback including a rotational phase of a polygon motor formed as part of a unit for writing the individual component color image signals.
    • 在彩色图像形成装置中,组合颜色的多个彩色图像被组合以形成全色图像。 这些分量颜色的图像重叠在中间记录介质上,然后被转印到转印介质上。 控制电路减少在中间转印介质上形成分量彩色图像所需的时间量,并且防止诸如闭环控制电路的异相或拉出之类的异常以控制这种形成 分量彩色图像。 这可以通过突然改变电动机同步信号的相位来实现。 此外,在马达同步信号突然变化之后的一段时间内,可以减小马达控制电路中的放大器的增益,可以减少马达控制电路中的异常检测,马达控制电路可以放置在 开环状态或加法或减法信号可以输入到闭环电动机控制电路。 也可以基于包括形成为用于写入各个分量彩色图像信号的单元的一部分的多边形电动机的旋转相位的反馈来检测该指定时间。
    • 7. 发明授权
    • Image forming apparatus having automatic image density adjustment
function against dot size variation
    • 具有针对点尺寸变化的自动图像浓度调整功能的图像形成装置
    • US5805192A
    • 1998-09-08
    • US715613
    • 1996-09-18
    • Eiichi SasakiKouichi Irie
    • Eiichi SasakiKouichi Irie
    • B41J2/44G02B26/10G03G15/00H04N1/40H04N1/407B41J2/385G03G13/04
    • G03G15/5033H04N1/40037H04N1/4005H04N1/4076G03G2215/00042G03G2215/0177
    • An image forming apparatus which automatically adjusts an image density when at least one of conditions of an optical writing operation, including a size of a dot image, a light strength of a laser beam, a mode of image resolution, and a scanning speed of the laser beam, is changed. When an instruction by an operator for changing the conditions of the optical writing operation is input, an optical writing controller executes a change of the conditions and a process controller then executes an operation of determining a development potential and associated bias potentials on the basis of the changed conditions of the optical writing operation. In the operation of determining a development potential and associated bias potentials, a predetermined reference dot image is written on a photoconductor by a laser beam under the changed condition of the optical writing operation and is developed with color toner under the determined development potential and associated bias potentials. The created reference dot image is then measured by a photosensor to calculate a degree of image density. On the basis of the measurement of the image density, the determined development potential and associated bias potentials are corrected to be appropriate.
    • 一种图像形成装置,当包括点图像的尺寸,激光束的光强度,图像分辨率的模式以及扫描速度的光学写入操作的条件中的至少一个时,自动调整图像浓度 激光束,改变了。 当输入用于改变光学写入操作的条件的操作者的指令时,光学写入控制器执行条件的改变,并且处理控制器然后基于该写入操作执行确定显影电位和相关联的偏置电位的操作 光学写入操作的条件改变。 在确定显影电位和相关的偏置电位的操作中,在光学写入操作的变化的条件下,通过激光束将预定的参考点图像写入光电导体,并且在确定的显影电位和相关偏压下用彩色调色剂显影 潜力 然后通过光电传感器测量所创建的参考点图像以计算图像密度。 基于图像密度的测量,确定的显影电位和相关的偏置电位被校正为适当的。
    • 8. 发明申请
    • Electrical Connector
    • 电气连接器
    • US20110223789A1
    • 2011-09-15
    • US13050602
    • 2011-03-17
    • Eiichi SasakiTakahiro YonedaTakayoshi Hori
    • Eiichi SasakiTakahiro YonedaTakayoshi Hori
    • H01R13/62
    • H01R13/506H01R13/516H01R13/6272H01R43/00H01R43/22
    • An electrical connector includes a frame, a connector main body received in the frame, a lock, a lock receiving part, and a releasing tool. The lock is formed on the frame or the connector main body, while the lock receiving part is formed on the other of the frame or the connector main body, corresponding with and engaging the lock. The releasing tool releases the lock that is engaged with the lock receiving part when the releasing tool is inserted the frame and the connector main body. The releasing tool disengages the lock and the lock receiving part when inserted in to the frame and connector main body, and then pushes the releasing tool receiving surface to separate the connector main body from the frame.
    • 电连接器包括框架,容纳在框架中的连接器主体,锁,锁接收部和释放工具。 锁定件形成在框架或连接器主体上,而锁定接收部分形成在框架或连接器主体中的另一个上,对应于并接合锁定件。 当释放工具插入框架和连接器主体时,释放工具释放与锁定接收部分接合的锁定。 当插入到框架和连接器主体中时,释放工具使锁和锁接收部分脱离,然后推动释放工具接收表面以将连接器主体与框架分开。