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    • 1. 发明授权
    • Recording media identifier and recording device
    • 录制媒体标识符和录音设备
    • US07062183B2
    • 2006-06-13
    • US10773457
    • 2004-02-09
    • Ryuichiro MaeyamaShigehito Ando
    • Ryuichiro MaeyamaShigehito Ando
    • G03G15/00
    • G03G15/5029
    • The present invention provides a recording media identifier for identifying types of recording media, and a recording device, provided with a recording media identifier, which records images by printing on recording media. A speckle measuring section of the recording device measures a speckle on a recording medium conveyed on a conveyance path. Types of recording media are detected through correlation of the speckle measured with speckles stored in a storage section, in a manner in which the speckles correspond to types of recording media. Recording and fixing conditions of the recording device are adjusted according to the types of the recording media detected.
    • 本发明提供了一种用于识别记录介质的类型的记录介质标识符,以及具有记录介质标识符的记录设备,其通过在记录介质上打印来记录图像。 记录装置的散斑测量部分测量在传送路径上传送的记录介质上的斑点。 通过与存储在存储部分中的斑点测量的斑点的相关性,以散斑对应于记录介质的类型的方式来检测记录介质的类型。 记录装置的记录和固定条件根据检测到的记录介质的类型进行调整。
    • 4. 发明授权
    • Developing apparatus using a dual component developer
    • 使用双组分显影剂的显影装置
    • US5799234A
    • 1998-08-25
    • US791164
    • 1997-01-30
    • Nobumasa FuruyaShigehito Ando
    • Nobumasa FuruyaShigehito Ando
    • G03G15/08G03G15/09
    • G03G15/0921G03G15/0818G03G2215/0607G03G2215/0651
    • A developing apparatus comprises: a developer support being disposed in the proximity of or in contact with an image support having a surface on which an electrostatic latent image is formed, the developer support having a peripheral surface supported turnably; and a developing bias power supply for supplying a developing bias voltage between the developer support and the image support, wherein a dual component developer including toner and magnetic carriers is supported on the peripheral surface of the developer support to be transported, and the toner is transferred to the image support in an electric field formed at a position where the image support faces the developer support for forming a toner image, and the developer support has a plurality of magnetic poles for attracting almost one layer of the carriers on the peripheral surface of the developer support almost uniformly.
    • 显影装置包括:显影剂载体被设置在与其上形成有静电潜像的表面的图像载体附近或与其接触,所述显影剂载体具有可转动地支撑的外周表面; 以及用于在显影剂载体和图像载体之间提供显影偏压的显影偏压电源,其中包含调色剂和磁性载体的双组分显影剂被支撑在待传输的显影剂载体的外周表面上,并且调色剂被转印 在形成在图像载体面向显影剂载体的位置处形成调色剂图像的电场中的图像载体上,显影剂载体具有多个用于吸引几乎一层载体的磁极, 开发人员几乎统一支持。
    • 6. 发明授权
    • Thermal printing ink medium
    • 热敏油墨介质
    • US5387460A
    • 1995-02-07
    • US959438
    • 1992-10-13
    • Susumu HirakataEiichi AkutsuToru OkamotoHiroh SogaShigehito Ando
    • Susumu HirakataEiichi AkutsuToru OkamotoHiroh SogaShigehito Ando
    • B41M5/382B41M5/20B41M5/40B41M5/42B41M5/44B32B7/02
    • B41M5/42B41M5/3825B41M5/426B41M5/44Y10S428/913Y10S428/914Y10T428/24901Y10T428/2495Y10T428/25Y10T428/31504Y10T428/31678Y10T428/31681
    • A thermal printing ink medium which electrically generates heat to transfer an ink thereof to a transfer material to form an image thereon is disclosed, which comprises a first heating element layer, a second heating element layer in contact with said first heating element layer, said second heating element layer having a greater volume resistivity than said first heating element layer, a conductive layer in contact with said second heating element layer, an ink layer provided on the side of said conductive layer opposite to said second heating element layer, and an adhesion-improving layer formed on the interface between said conductive layer and second heating element layer by the interaction therebetween so as to have a given volume resistivity. The thermal printing ink medium has advantages of (1) broadened choice of materials for an ink layer and ease in coloring the ink layer, (2) production ease and economy, (3) stable printing quality, (4) feasibility of repeated use, (5) an increased energy efficiency in image printing, (6) freedom from surface damage, (7) a reduced peak temperature of heat generation in a heat generating layer, and (8) high resolving power.
    • 公开了一种热电印刷油墨介质,其电产生热量以将油墨转印到转印材料上以形成图像,其包括第一加热元件层,与所述第一加热元件层接触的第二加热元件层,所述第二加热元件层 具有比所述第一加热元件层更大的体积电阻率的加热元件层,与所述第二加热元件层接触的导电层,设置在与所述第二加热元件层相对的所述导电层侧的墨层, 通过它们之间的相互作用在所述导电层和第二加热元件层之间的界面上形成的改进层以具有给定的体积电阻率。 热敏印刷油墨介质具有以下优点:(1)油墨层的材料选择范围扩大,油墨层着色容易,(2)生产易于经济,(3)印刷质量稳定,(4)重复使用的可行性, (5)图像打印中的能量效率提高,(6)免受表面损伤,(7)发热层中的发热峰值温度降低,(8)高分辨能力。
    • 7. 发明授权
    • Device for thermally fusing an unfused image on an image holding member
    • 用于在图像保持部件上热熔融未图像的装置
    • US5151719A
    • 1992-09-29
    • US746722
    • 1991-08-19
    • Eiichi AkutsuYoshio ShojiHiroo SogaShigehito Ando
    • Eiichi AkutsuYoshio ShojiHiroo SogaShigehito Ando
    • G03G15/20B41J2/325
    • B41J2/325
    • An image formed of a colored image forming material mainly composed of thermoplastic resin and carried by a paper sheet is heated and fused by a heating member which is typically belt-like and includes an adhesion preventive layer for preventing adhesion of the image forming material, a conductive layer formed on the adhesion preventive layer, and an electric heating layer for generating heat upon reception of electric energy. A power supply member typically has divisional electrodes arranged in the width direction of the heating member, and supplies the electric energy to the heating member. A pressurizing member is disposed opposite the heating member with the image-carrying sheet interposed therebetween, and provides a pressure acting between the divisional electrodes and the image-carrying sheet. A control circuit controls pulse currents to be supplied to the divisional electrodes through the power supply member in accordance with an image signal having been used for forming the image on the image carrying sheet.
    • 由主要由热塑性树脂构成并由纸张承载的着色图像形成材料形成的图像由通常为带状的加热构件加热熔化,并且包括用于防止图像形成材料的粘附的防粘附层, 形成在粘合防止层上的导电层,以及用于在接收电能时发热的电加热层。 电源构件通常具有沿加热构件的宽度方向布置的分隔电极,并将电能提供给加热构件。 加压构件与加热构件相对地设置有图像承载片,并且提供作用在分割电极和图像载体片之间的压力。 控制电路根据已经用于在图像载体片上形成图像的图像信号控制通过电源部件提供给分割电极的脉冲电流。