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    • 25. 发明公开
    • Reusable inverse composite dual-layer organic photoconductor using specific polymers available for diffusion coating process with non-chlorinated solvents
    • 可重复使用的,逆,两层复合材料,有机Photokonduktor,使用适合于与非氯化溶剂扩散涂层工艺的特定聚合物,
    • EP0697633A3
    • 1997-01-02
    • EP95305110.9
    • 1995-07-21
    • Hewlett-Packard Company
    • Nguyen, Khe C.Ganapathiappan, SivapackiaHa, Tan
    • G03G5/047G03G5/05
    • G03G5/0546G03G5/047G03G5/0542G03G5/0557G03G5/0564G03G5/0571G03G5/0575G03G5/0578G03G5/073G03G5/076G03G5/078
    • An inverse dual-layer organic photoconductor ( 10 ) comprising a charge generation layer (CGL) ( 12 ) formed on top of a charge transport layer (CTL) ( 14 ), in turn formed on a substrate ( 16 ) such as a web (drum) or subbing layer, is disclosed, in which the CGL ( 12 ) includes a flexible polymer having a glass transition temperature (T g ) of less than about 120°C as the binder for a charge generation species and in which the CTL ( 14 ) includes a rigid polymer having a T g of greater than about 120°C as the binder for a charge transport species. The CTL ( 14 ) is coated onto the substrate ( 16 ), using a non-chlorinated solvent. The CGL ( 12 ) is coated onto the CTL ( 14 ), also using a non-chlorinated solvent, under conditions so as to form a diffused region ( 24 ) at the boundary ( 22 ) of the CGL ( 12 ) and CTL ( 14 ). This type of photoconductor ( 10 ) yields extremely low noise, exceptionally high-speed and excellent stable charging/discharging performance in the xerography process at room temperature and elevated temperature.
    • 逆双层有机光电导体(10)包括形成在电荷传输层(CTL)的顶部上的电荷产生层(CGL)(12)(14)反过来基板形成的(16)上:诸如web( 鼓)或胶层,被光盘游离缺失,柔性其中CGL(12)包括具有小于约120℃的玻璃化转变温度(Tg)作为粘合剂用于电荷产生物质,并且其中聚合物的CTL(14 )包括具有更大的Tg高于约120℃作为粘合剂用于电荷输送物质的刚性聚合物。 的CTL(14)涂覆到基片(16),使用非氯化溶剂。 该CGL(12)涂覆在CTL(14),所以使用非氯化溶剂的条件下,以形成在所述CGL的边界(22)(12)和CTL一个扩散区域(24)(14 )。 这种类型的感光体(10)的产生极低的噪声,异常高的速度和优异的稳定的充电/放电性能在静电复印过程在室温和升高的温度。