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    • 31. 发明授权
    • Curable sublimation marking material and sublimation transfer process using same
    • 可固化升华标记材料和升华转移工艺使用相同
    • US08709696B2
    • 2014-04-29
    • US12856975
    • 2010-08-16
    • Yulin WangKe ZhouTie Hwee NgMarko Saban
    • Yulin WangKe ZhouTie Hwee NgMarko Saban
    • G03G13/16
    • G03G15/2007B41M5/0256B41M5/0356C09D11/101
    • A curable sublimation marking material including at least one curable component and at least one sublimation colorant. Also disclosed is a transfer printing method including applying a curable sublimation marking material in a desired pattern onto a transfer substrate to form an image on the transfer substrate at a first temperature which is below the sublimation temperature of the sublimation colorant; wherein the curable sublimation marking material comprises at least one curable component and at least one sublimation colorant; curing the image on the transfer substrate; and optionally, bringing the transfer substrate into contact with a final image-receiving substrate, optionally applying pressure, and heating to a second temperature which is sufficient to cause the sublimation colorant to sublime and form a permanent image on the final image-receiving substrate.
    • 一种可固化升华标记材料,其包括至少一种可固化组分和至少一种升华着色剂。 还公开了一种转印印刷方法,包括将所需图案的可固化升华标记材料施加到转印基板上,以在升华着色剂的升华温度以下的第一温度下在转印基板上形成图像; 其中所述可固化升华标记材料包含至少一种可固化组分和至少一种升华着色剂; 固化转印基板上的图像; 并且可选地,使转印基板与最终的图像接收基板接触,任选地施加压力,并加热至足以使升华着色剂升华并在最终图像接收基板上形成永久图像的第二温度。
    • 35. 发明申请
    • Curable Sublimation Marking Material And Sublimation Transfer Process Using Same
    • 可固化升华标记材料和升华转移工艺使用相同
    • US20120040287A1
    • 2012-02-16
    • US12856975
    • 2010-08-16
    • Yulin WangKe ZhouTie Hwee NgMarko Saban
    • Yulin WangKe ZhouTie Hwee NgMarko Saban
    • B44C1/165G03G13/16C09D11/00
    • G03G15/2007B41M5/0256B41M5/0356C09D11/101
    • A curable sublimation marking material including at least one curable component and at least one sublimation colorant. Also disclosed is a transfer printing method including applying a curable sublimation marking material in a desired pattern onto a transfer substrate to form an image on the transfer substrate at a first temperature which is below the sublimation temperature of the sublimation colorant; wherein the curable sublimation marking material comprises at least one curable component and at least one sublimation colorant; curing the image on the transfer substrate; and optionally, bringing the transfer substrate into contact with a final image-receiving substrate, optionally applying pressure, and heating to a second temperature which is sufficient to cause the sublimation colorant to sublime and form a permanent image on the final image-receiving substrate.
    • 一种可固化升华标记材料,其包括至少一种可固化组分和至少一种升华着色剂。 还公开了一种转印印刷方法,包括将所需图案的可固化升华标记材料施加到转印基板上,以在升华着色剂的升华温度以下的第一温度下在转印基板上形成图像; 其中所述可固化升华标记材料包含至少一种可固化组分和至少一种升华着色剂; 固化转印基板上的图像; 并且可选地,使转印基板与最终的图像接收基板接触,任选地施加压力,并加热至足以使升华着色剂升华并在最终图像接收基板上形成永久图像的第二温度。
    • 40. 发明授权
    • Toners and processes thereof
    • 调色剂及其工艺
    • US07217484B2
    • 2007-05-15
    • US11396817
    • 2006-04-03
    • Vincenzo MarcelloDavid KurcebaNancy HuntCheih-Min ChengTie Hwee Ng
    • Vincenzo MarcelloDavid KurcebaNancy HuntCheih-Min ChengTie Hwee Ng
    • G03G9/08
    • G03G9/0804
    • Disclosed is an oil-less toner composition exhibiting good low temperature release and stripping in fixing, enhanced surface gloss of fixed image, and/or OHP transparency. By controlling one or more properties, such as the relative thermal energy input during the EA aggregation/coalescence process, using a wax having a certain dispersion size (D50), molecular weight and/or melting temperature, the toner particle produced thereby can achieve optimal surface wax protrusion with a surface wax content of about 12 to about 25 weight percent. This is based on the total amount of wax in the toner, as determined by x-ray photoelectron spectroscopy (XPS). The contamination of wax on developing rolls, photoreceptor and carriers, which lowers the reliability of the developer, is suppressed with the present exemplary embodiment.
    • 公开了一种无油调色剂组合物,其在定影中表现出良好的低温释放和剥离,增强固定图像的表面光泽度和/或OHP透明度。 通过控制一个或多个性能,例如在EA聚集/聚结过程期间的相对热能输入,使用具有一定分散体尺寸(D50),分子量和/或熔融温度的蜡,由此产生的调色剂颗粒可以达到最佳 表面蜡突起具有约12至约25重量%的表面蜡含量。 这是基于通过x射线光电子能谱(XPS)测定的调色剂中蜡的总量。 在本示例性实施例中,抑制了显影辊,感光体和载体上的蜡污染,这降低了显影剂的可靠性。