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    • 1. 发明授权
    • Developer carrier and developing apparatus comprising the same
    • 显影剂载体和包含其的显影装置
    • US5897477A
    • 1999-04-27
    • US806931
    • 1997-02-26
    • Kenji NakatogawaShigeo OhtaHiroshi Takayama
    • Kenji NakatogawaShigeo OhtaHiroshi Takayama
    • G03G15/08G03G15/09
    • G03G15/0928
    • A developer carrier comprising a cylindrical support having provided on the outer surface thereof a coating layer for retaining a developer, wherein the coating layer comprises electrically conductive fine particles and a binder resin comprising a phenolic resin having a weight-average molecular weight of from 3,000 to 5,000 as determined before being crosslinked. Also disclosed is a developing apparatus which comprises a developer carrier for retaining a developer on the surface thereof and for conveying the developer onto the position at which an electrostatic latent image formed on a latent image carrier is developed, wherein the developer carrier comprises a cylindrical support having provided on the outer surface thereof a coating layer for retaining a developer, wherein the coating layer comprises electrically conductive fine particles and a binder resin comprising a phenolic resin having a weight-average molecular weight of from 3,000 to 5,000 as determined before being crosslinked.
    • 一种显影剂载体,其包括在其外表面上设置有用于保持显影剂的涂层的圆柱形支撑体,其中所述涂层包含导电细颗粒和包含酚醛树脂的粘合剂树脂,所述酚醛树脂的重均分子量为3,000至 交联前测定的5,000。 还公开了一种显影装置,其包括用于将显影剂保持在其表面上并用于将显影剂输送到形成在潜像载体上的静电潜像显影的位置的显影剂载体,其中显影剂载体包括圆柱形支撑体 在其外表面上设置有用于保持显影剂的涂层,其中所述涂层包含导电细颗粒和包含在交联之前测定的重均分子量为3,000至5,000的酚醛树脂的粘合剂树脂。
    • 6. 发明授权
    • Charging member and charging device
    • 充电器和充电器
    • US06259875B1
    • 2001-07-10
    • US09373208
    • 1999-08-12
    • Hiroyuki MiuraHiroyuki KataokaHiroshi Takayama
    • Hiroyuki MiuraHiroyuki KataokaHiroshi Takayama
    • B03B1502
    • G03G15/0233Y10T428/25
    • A charging member has a conductive core, a conductive elastic layer formed on the surface of the conductive core, and a wearing surface layer to be used also as a resistance controlling layer formed on the surface of the conductive elastic layer, and comprising a surface layer-forming resin and a resistance controlling conductive filler, developing conductivity by electron conduction and having a specific wearing amount of 5.0×10−4 (mm3/N·km) or more, the charging member capable of preventing deterioration of the charging performance of a charging member caused by contamination of the surface layer of the charging member, and maintaining stable and satisfactory uniform charging property and image quality for a long period of time, and always keeping the surface clean by positively wearing the surface layer of the charging member.
    • 充电构件具有导电芯,形成在导电芯的表面上的导电弹性层和用作形成在导电弹性层的表面上的电阻控制层的磨损表面层,并且包括表面层 形成树脂和电阻控制导电填料,通过电子传导显影导电性,并且具有5.0×10 -4(mm 3 / N.km)以上的特定磨损量,该充电构件能够防止充电的充电性能的劣化 由充电构件的表面层的污染引起的构件,并且长时间保持稳定和令人满意的均匀充电性能和图像质量,并且通过正面地佩戴充电构件的表面层来始终保持表面清洁。
    • 7. 发明授权
    • Charging member and charging apparatus
    • 充电器和充电器
    • US6134408A
    • 2000-10-17
    • US386443
    • 1999-08-31
    • Hiroyuki KataokaHiroyuki MiuraHiroshi Takayama
    • Hiroyuki KataokaHiroyuki MiuraHiroshi Takayama
    • F16C13/00G03G15/02
    • G03G15/0233
    • The invention is to suppress a fluctuation in resistance of a charging member due to the environment and the applied voltage, and to suppress the charging potential of a photosensitive article to realize uniformity in charging by preventing generation of leakage at a part of a low resistance on the surface of the photosensitive article. The charging member may have a conductive core material, a conductive elastic layer formed on a surface of the conductive core material, and a resistance adjusting layer for adjusting a resistance between the conductive core material and the surface of the article to be charged, formed on a surface of the conductive core material, have a material for forming the resistance adjusting layer and a conductive filler for adjusting resistance that exhibits conductivity by electronic conduction, and having a volume resistivity of 5.times.10.sup.5 .OMEGA..multidot.cm or more at an electric field of 5.times.10.sup.4 V/cm.
    • 本发明是为了抑制由于环境和施加电压引起的充电部件的电阻波动,并且通过防止在低电阻部分产生泄漏来抑制感光制品的充电电位,从而实现充电均匀性 感光制品的表面。 充电构件可以具有导电芯材,形成在导电芯材的表面上的导电弹性层和用于调节导电芯材与待充电制品表面之间的电阻的电阻调节层,形成在 导电芯材的表面具有用于形成电阻调节层的材料和用于调节通过电子传导显示导电性的电阻的导电填料,并且在5×10 4 V / cm 2的电场下具有5×10 5欧姆×xcm以上的体积电阻率, 厘米。
    • 8. 发明授权
    • Re-inking process
    • 重墨过程
    • US5631043A
    • 1997-05-20
    • US452369
    • 1995-05-26
    • Kenji OgiHiroshi TakayamaYasuo YamamotoKazuo MaruyamaEiichi Akutsu
    • Kenji OgiHiroshi TakayamaYasuo YamamotoKazuo MaruyamaEiichi Akutsu
    • B41J2/325B41J31/00B41J31/14B41M5/30B41M5/392G03G15/34B05D1/36B05D5/04
    • B41J2/325G03G15/344Y10S428/913Y10S428/914Y10T428/24802Y10T428/24901Y10T428/25Y10T428/254Y10T428/31504Y10T428/31786
    • An ink transfer medium for toner is disclosed, comprising the following layers, in this order: a heat-generating resistive layer heated by input of electrical signal, a conductive layer, and an ink release layer having a toner layer on it, an adhesion from 0.2 g/mm to 40 g/mm as measured by the 90.degree. peeling off method and consisting of a viscoelastomer having a critical surface tension of 35 dyne/cm or less. It can be re-inked by attaching toner to the portions of the ink transfer medium from which the ink has been removed, using toner held in a toner holding means.An ink transfer process for toner is also disclosed, wherein an ink transfer medium having toner layer formed on the above described ink release layer is used and the toner layer contacts the recording medium under pressure, while a recording head contacts the anisotropic conductive layer of the ink transfer medium, so that an electrical signal is input and then toner fused by heat generated by the heat-generating resistive layer is transferred to the recording medium.
    • 公开了一种用于调色剂的油墨转印介质,包括以下层:通过电信号输入加热的发热电阻层,导电层和在其上具有调色剂层的油墨释放层, 0.2g / mm至40g / mm,通过90°剥离法测量,并由粘弹性体组成,其临界表面张力为35达因/厘米或更小。 通过使用保持在调色剂保持装置中的调色剂将调色剂附着到已经从中除去油墨的油墨转印介质的部分上,可以再次进行再墨。 还公开了一种用于调色剂的油墨转印方法,其中使用在上述油墨释放层上形成有调色剂层的油墨转印介质,并且调色剂层在压力下与记录介质接触,而记录头接触到 油墨转印介质,从而输入电信号,然后通过发热电阻层产生的热量将调色剂转印到记录介质上。
    • 10. 发明授权
    • Developer for electrostatic photography and process for preparation
thereof
    • 静电摄影用显影剂及其制备方法
    • US4264698A
    • 1981-04-28
    • US732759
    • 1976-10-15
    • Hiroshi TakayamaTatsuo Aizawa
    • Hiroshi TakayamaTatsuo Aizawa
    • G03G9/08G03G9/083G03G9/09G03G9/10G03G9/14
    • G03G9/0837G03G9/0904G03G9/10Y10T428/2998
    • A developer for electrostatic photography consisting essentially of a dry blend of (A) substantially spherical fixing magneto-sensitive particles of a composition comprising a binder medium and a fine powder of a magnetic material dispersed in the binder medium, the substantially spherical particles (A) have on their surfaces fine convexities and concavities formed by spraying a dispersion of the composition into a drying atmosphere and have a particle size of 2 to 44 microns, and (B) flowability- and electric resistance-controlling fine particles having a volume resistivity not higher than 10.sup.12 .omega.-cm and a particle size not larger than 1/10 of the particle size of the substantially spherical particles (A). The fine particles (B) are distributed predominantly on the surface portion of said spherical particles (A). The mixing weight ratio of (A):(B) is in the range of from 1000:1 to 50:1.
    • 用于静电摄影的显影剂,其基本上由(A)基本上球形的包含粘合剂介质的组合物的固体感磁性颗粒和分散在粘合剂介质中的磁性材料的细粉末的干混合物组成,基本上为球形的颗粒(A) 在其表面上具有通过将组合物的分散体喷雾到干燥气氛中并具有2至44微米的粒度而形成的细小的凸起和凹陷,以及(B)体积电阻率不高的流动性和电阻控制微粒 大于1012Ω·cm,粒径不大于基本上球形颗粒(A)的粒度的1/10。 细颗粒(B)主要分布在所述球形颗粒(A)的表面部分上。 (A):(B)的混合重量比在1000:1〜50:1的范围内。