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    • 3. 发明授权
    • Developing unit and an image forming apparatus including the developing unit
    • 显影单元和包括显影单元的成像设备
    • US07693450B2
    • 2010-04-06
    • US11358414
    • 2006-02-22
    • Soo-yong KimIl-kwon KangByeong-hwa Ahn
    • Soo-yong KimIl-kwon KangByeong-hwa Ahn
    • G03G15/00G03G21/16
    • G03G21/1864G03G2221/1684G03G2221/1869
    • A developing unit and an image forming apparatus having the developing unit are disclosed. The developing unit includes a developing unit main body having a supporting groove that contacts and is supported by the supporting protrusion of a frame when the developing unit is mounted on the mounting frame. A photoconductor is rotatably disposed in the developing unit main body and has ends that form a supporting shaft and are supported by a supporting unit. A driven unit is disposed in the developing unit main body and geared with the driving unit when the developing unit main body is mounted on the mounting frame. One of side surfaces of the developing unit main body includes an interference unit that interferes with the mounting frame and push the developing unit main body into engagement with the driving gear when the developing main body is mounted on the mounting frame.
    • 公开了具有显影单元的显影单元和图像形成设备。 显影单元包括显影单元主体,当显影单元安装在安装框架上时,该显影单元主体具有接触并由框架的支撑突起支撑的支撑槽。 光电导体可旋转地设置在显影单元主体中,并且具有形成支撑轴并由支撑单元支撑的端部。 当显影单元主体安装在安装框架上时,从动单元设置在显影单元主体中并与驱动单元啮合。 显影单元主体的一个侧表面包括干涉单元,该干涉单元在显影主体安装在安装框架上时干扰安装框架并将显影单元主体推动与驱动齿轮啮合。
    • 6. 发明申请
    • Developing unit and an image forming apparatus including the developing unit
    • 显影单元和包括显影单元的成像设备
    • US20070065176A1
    • 2007-03-22
    • US11358414
    • 2006-02-22
    • Soo-yong KimIl-kwon KangByeong-hwa Ahn
    • Soo-yong KimIl-kwon KangByeong-hwa Ahn
    • G03G21/18
    • G03G21/1864G03G2221/1684G03G2221/1869
    • A developing unit and an image forming apparatus having the developing unit are disclosed. The developing unit includes a developing unit main body having a supporting groove that contacts and is supported by the supporting protrusion of a frame when the developing unit is mounted on the mounting frame. A photoconductor is rotatably disposed in the developing unit main body and has ends that form a supporting shaft and are supported by a supporting unit. A driven unit is disposed in the developing unit main body and geared with the driving unit when the developing unit main body is mounted on the mounting frame. One of side surfaces of the developing unit main body includes an interference unit that interferes with the mounting frame and push the developing unit main body into engagement with the driving gear when the developing main body is mounted on the mounting frame.
    • 公开了具有显影单元的显影单元和图像形成设备。 显影单元包括显影单元主体,当显影单元安装在安装框架上时,该显影单元主体具有接触并由框架的支撑突起支撑的支撑槽。 光电导体可旋转地设置在显影单元主体中,并且具有形成支撑轴并由支撑单元支撑的端部。 当显影单元主体安装在安装框架上时,从动单元设置在显影单元主体中并与驱动单元啮合。 显影单元主体的一个侧表面包括干涉单元,该干涉单元在显影主体安装在安装框架上时干扰安装框架并将显影单元主体推动与驱动齿轮啮合。
    • 7. 发明授权
    • Method of controlling servo in optical disc device and servo control device using the same
    • 光盘装置伺服控制方法及使用其的伺服控制装置
    • US07969831B2
    • 2011-06-28
    • US12205335
    • 2008-09-05
    • Soo-yong Kim
    • Soo-yong Kim
    • G11B7/00
    • G11B7/0037G11B7/0938
    • A method of controlling a servo in an optical disc device and a servo control device using the method, in which the servo control device controls a servo for printing on a label surface of an optical disc and includes an optical pickup unit, an error signal generation unit, and a control unit. The optical pickup unit outputs a plurality of signals corresponding to a position of an object lens in response to light reflected from the label surface. The error signal generation unit outputs an error signal by selecting or combining one or more of the plurality of signals. The control unit adjusts the position of the object lens in response to the error signal. Therefore, because the position of the object lens can be adjusted with an increased range, the spot size of a beam condensed by the object lens can be adjusted within an increased range, and a data recording time can be reduced. Moreover, data retention characteristics and recording quality can be improved.
    • 一种使用该方法控制光盘装置中的伺服控制方法和伺服控制装置,其中伺服控制装置控制伺服以在光盘的标签表面上进行打印,并且包括光学拾取单元,误差信号产生 单元和控制单元。 光学拾取单元响应于从标签表面反射的光输出对应于物镜的位置的多个信号。 误差信号生成单元通过选择或组合多个信号中的一个或多个来输出误差信号。 控制单元响应于误差信号来调节物镜的位置。 因此,由于能够以增加的范围调整物镜的位置,所以可以将由物镜聚光的光束的光斑尺寸调整到增大的范围内,并且可以降低数据记录时间。 此外,可以提高数据保持特性和记录质量。
    • 8. 发明申请
    • OPTICAL DISC SYSTEM AND METHOD FOR MANAGING SHOCK DURING DATA RECORD/PLAY
    • 用于在数据记录/播放期间管理震动的光盘系统和方法
    • US20070104049A1
    • 2007-05-10
    • US11616172
    • 2006-12-26
    • Soo-yong KimBo-min HwangYoung-hoon Lee
    • Soo-yong KimBo-min HwangYoung-hoon Lee
    • G11B7/00
    • G11B27/36G11B7/0946G11B2220/2545G11B2220/2562
    • An optical disc system and a method of managing shock while recording or playing data in the optical disc system are provided. The optical disc system includes an optical pick-up unit for applying a laser beam to a track of an optical disc and detecting reflected light, a servo unit for controlling tracking and focus of the optical pick-up unit and a monitoring unit for comparing a monitoring signal, which is output from the optical pick-up unit and the servo unit, with a reference signal and generating a blocking signal and a blocking release signal. Recording or playing of data on the optical disc is stopped in response to the blocking signal, and recording or playing of the data on the optical disc is resumed in response to the blocking release signal based on a state of the optical disc system when recording or playing was stopped.
    • 提供光盘系统和在光盘系统中记录或播放数据时管理电击的方法。 光盘系统包括用于将激光束施加到光盘的轨道并检测反射光的光学拾取单元,用于控制光学拾取单元的跟踪和聚焦的伺服单元和用于比较 监视信号,其由光学拾取单元和伺服单元输出,具有参考信号,并产生阻塞信号和阻塞释放信号。 响应于阻塞信号停止在光盘上记录或播放数据,并且响应于基于在记录时光盘系统的状态的阻挡释放信号恢复光盘上的数据的记录或播放 玩耍已经停了