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    • 51. 发明申请
    • Image forming device that adjusts image density based on developing bias and pressing force
    • 基于显影偏压和按压力调整图像浓度的图像形成装置
    • US20050141909A1
    • 2005-06-30
    • US11018498
    • 2004-12-22
    • Keisuke TakahashiMasashi Suzuki
    • Keisuke TakahashiMasashi Suzuki
    • G03G15/00G03G15/06G03G15/08G03G21/14
    • G03G15/065G03G15/0813
    • An image forming device includes a developer bearing member, a photosensitive member, a developing-bias applying portion, a pressing-force adjusting portion, and a density adjusting portion. The photosensitive member is disposed in contact with the developer bearing member. An electrostatic latent image is formed on the photosensitive member and developed by the developer supplied from the developer bearing member for forming a developer image. The developing-bias applying portion applies a developing bias to the developer bearing member. The pressing-force adjusting portion adjusts the pressing force between the developer bearing member and the photosensitive member. The density adjusting portion controls both the developing-bias applying portion and the pressing-force adjusting portion to adjust, based on adjustment of both the developing bias and the pressing force, an amount of developer in the developer image developed on the photosensitive member, thereby adjusting density of a developer image on a recording medium.
    • 图像形成装置包括显影剂承载部件,感光部件,显影偏压施加部分,按压力调节部分和密度调节部分。 感光构件设置成与显影剂承载构件接触。 在感光构件上形成静电潜像,并由用于形成显影剂图像的显影剂承载构件供给的显影剂显影。 显影偏压施加部分向显影剂承载部件施加显影偏压。 按压力调节部分调节显影剂承载部件和感光部件之间的按压力。 密度调节部分控制显影偏压施加部分和按压力调节部分两者,以便基于显影偏压和按压力的调节来调节在感光构件上显影的显影剂图像中的显影剂的量,由此 调节记录介质上显影剂图像的浓度。
    • 53. 发明授权
    • Fixing device and image forming device provided with the same
    • 固定装置及其设置的图像形成装置
    • US06795680B2
    • 2004-09-21
    • US10424064
    • 2003-04-28
    • Katsuyuki YokoiMasashi Suzuki
    • Katsuyuki YokoiMasashi Suzuki
    • G03G1520
    • G03G15/2057
    • A fixing device has a fixing unit and a temperature detection unit. The fixing unit includes a heat roller provided with a roller section and a heater section, and a pressure roller in pressure contact with the heat roller. These rollers are disposed in a protective cover. The roller section includes a base layer of aluminum formed into a hollow cylindrical shape, a black radiation layer, and a toner parting layer. The heater section is disposed in a hollow space of the base layer. In this heat roller, when heat is emitted from the heater section, and the heat is transmitted to the radiation layer via the base layer, greater amount of infrared radiation is emitted from the radiation layer than in the case of a heat roller that is not equipped with the radiation layer. The temperature detecting unit includes an infrared radiation sensor. Thus, even if a noise component is absorbed to some extent by locating the sensor at a distance from the heat roller on an outside of the protective cover, the temperature of the heat roller is detected accurately.
    • 定影装置具有定影单元和温度检测单元。 定影单元包括设置有辊部和加热部的加热辊以及与加热辊压接的加压辊。 这些辊子设置在保护罩中。 辊部分包括形成中空圆柱形状的铝基底层,黑色辐射层和调色剂分离层。 加热器部分设置在基层的中空空间中。 在该加热辊中,当从加热器部分发出热量,并且热量经由基底层传递到辐射层时,从辐射层发射的红外线辐射量比不是 配有辐射层。 温度检测单元包括红外线辐射传感器。 因此,即使通过将传感器定位在距保护罩外侧的加热辊一定距离处,某种程度的噪声成分被吸收,也能准确地检测出加热辊的温度。
    • 56. 发明授权
    • Information recording method and printer
    • 信息记录方法和打印机
    • US6109803A
    • 2000-08-29
    • US020689
    • 1998-02-10
    • Tsuneo YasuiKazuhiko MatsudaHakudai KondoMasashi SuzukiAkira Sago
    • Tsuneo YasuiKazuhiko MatsudaHakudai KondoMasashi SuzukiAkira Sago
    • B41J2/175B45J25/304G01D15/16
    • B41J2/17593
    • A printer is provided with: a heating device for heating a solid ink to dissolve the solid ink into a liquefied ink while an alternative current is supplied thereto; a recording device, on which the heating device is provided, for recording record information onto a record sheet by use of the liquefied ink; and a moving device for moving the recording device. An information recording method is provided with the processes of: moving the recording device by the moving device to an ink dissolving position where a moving terminal, which is fixed on the recording device and is electrically connected to the heating device, and a fixed terminal, which is fixed on a frame member of the printer and is electrically connected to an alternative current source, are contacted with each other, only when the solid ink is to be dissolved in the recording device; supplying the alternative current from the alternative current source to the heating device through the fixed terminal and the moving terminal contacted with each other; moving the recording device in a main scan direction of the record sheet by the moving device after the solid ink is dissolved by the heating device; and recording the record information by use of the dissolved ink onto the record sheet by the recording device while the recording device is moved in the main scan direction by the moving device.
    • 打印机具有:加热装置,用于加热固体油墨以将固体油墨溶解成​​液化油墨,同时向其提供替代电流; 设置有加热装置的记录装置,用于通过使用液化油墨将记录信息记录在记录纸上; 以及用于移动记录装置的移动装置。 提供一种信息记录方法,其具有以下处理:通过移动装置将记录装置移动到固定在记录装置上并与电加热装置电连接的移动端子和固定端子的油墨溶解位置, 固定在打印机的框架构件上并且电连接到替代电流源,只有当固体墨水被溶解在记录装置中时才相互接触; 通过所述固定端子和所述移动端子彼此接触将所述替代电流源从所述替代电流源提供给所述加热装置; 在固体油墨被加热装置溶解后,通过移动装置在记录纸的主扫描方向上移动记录装置; 并且当记录装置通过移动装置沿主扫描方向移动时,通过记录装置将使用溶解的油墨的记录信息记录到记录纸上。
    • 58. 发明授权
    • Optical code reader having plural spot beams which intersect one another
a preset distance away from a reading window of the optical code reader
    • 具有多个点光束的光学代码读取器,其与光学代码读取器的读取窗口相隔预定距离
    • US5750977A
    • 1998-05-12
    • US787211
    • 1997-01-22
    • Masashi Suzuki
    • Masashi Suzuki
    • G06K7/10G06K19/06
    • G06K7/10851G06K19/06037G06K7/10722G06K7/10732G06K7/10881
    • An optical code reader includes a reading window, a reading control circuit for sensing an image of a 2-dimensional code via the reading window in a state where the reading window is set within a preset distance from the 2-dimensional code and converting the sensed image into image data, a guide light source for applying a guide light beam to permit the 2-dimensional code to be guided within the reading range of the reading control circuit, and a portable frame having an opening used as the reading window, for accommodating the reading control circuit and guide light source. In the optical code reader, the guide light beam indicates the center of the reading range and is applied from the guide light source except for a period during which the image of the 2-dimensional code is sensed by the reading control circuit.
    • 光学代码阅读器包括读取窗口,读取控制电路,用于在将读取窗口设置在与二维代码预设的距离内的状态下经由读取窗口感测二维代码的图像,并且将感测到的 图像转换成图像数据,用于施加引导光束以允许在读取控制电路的读取范围内引导2维代码的引导光源,以及具有用作读取窗口的开口的便携式框架,用于容纳 读取控制电路和引导光源。 在光学代码读取器中,引导光束指示读取范围的中心,并且除了由读取控制电路感测到二维码的图像的时间段之外,还从引导光源施加。
    • 60. 发明授权
    • Hand-held optical code reader
    • 手持式光学读码器
    • US5703348A
    • 1997-12-30
    • US574717
    • 1995-12-19
    • Masashi SuzukiMakoto Sugiyama
    • Masashi SuzukiMakoto Sugiyama
    • G06K7/10
    • G06K7/10574G06K2207/1013G06K2207/1018
    • An optical code reader has of a reading window, a guide light source for guiding a two-dimensional code into a reading range outside the read window, an illumination light source for illuminating the two-dimensional code guided into the reading range, an optical system for focusing light reflected from the two-dimensional code illuminated by the illumination light source to form an image, an image sensor for sensing the image formed by the optical system, a read control circuit for reading the two-dimensional code on the basis of the sensed image, and a hand-held frame, having an opening which serves as the read window. The hand-held frame holds the guide light source, illumination light source, optical system, image sensor, and read control circuit. The optical system has a focal distance by which the image of the two-dimensional code is most clearly formed in a state where the two-dimensional code is located at a target point which is a specific distance away from the read window, and the guide light source has a group of light-emitting elements for projecting spotlight beams which intersect at the target point.
    • 具有读取窗口的光学代码读取器,用于将二维码引导到读取窗口外的读取范围的引导光源,用于照射引导到读取范围的二维码的照明光源,光学系统 用于对由照明光源照射的二维码反射的光进行聚焦以形成图像,用于感测由该光学系统形成的图像的图像传感器,用于基于该光学系统读取二维码的读取控制电路 感测图像和具有用作读取窗口的开口的手持框架。 手持框架保持引导光源,照明光源,光学系统,图像传感器和读取控制电路。 该光学系统具有焦点距离,二维码的图像在二维码位于远离读取窗口的特定距离的目标点处的状态下被最清晰地形成,并且引导 光源具有一组用于投射在目标点相交的聚光灯的发光元件。