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    • 12. 发明授权
    • Aqueous process for making a conductive medium for electrostatic printing
    • 用于制造用于静电印刷的导电介质的水性方法
    • US4293595A
    • 1981-10-06
    • US24584
    • 1979-03-28
    • William H. KreilingEdward S. Jones
    • William H. KreilingEdward S. Jones
    • G03G5/02G03G5/10B05D5/12
    • G03G5/105G03G5/0208G03G5/0217Y10T428/31696Y10T428/31895Y10T442/2066Y10T442/2459
    • An improved aqueous process for making a conductive medium for electrostatic printing and the conductive medium therefrom, the process comprising applying to one side of a high density basestock a partially insolubilizable aqueous conductive latex precoat, preferably ranging in coat weight from 0.5 to 1.0 pounds per 3000 ft.sup.2, the insolubiliztion of the conductive latex resulting from a partial insolubilization of the major conductive component of the latex; applying to the other side of the basestock a first aqueous low-resistance conductive precoat preferably having a coat weight of about 2 pounds per 3000 ft.sup.2 ; partially insolubilizing the conductive latex precoat; applying to the partially insolubilized latex precoat an aqueous dielectric coating preferably ranging in coat weight from 4.5 to 6.5 pounds per 3000 ft.sup.2 ; and applying to the first low-resistance precoat a second aqueous low-resistance conductive coating preferably ranging in coat weight from 0.5 to 1.5 pounds per 3000 ft.sup.2. The conductive paper comprises on the one side of a high density basestock a partially insolubilized aqueous conductive latex layer, preferably ranging in weight from 0.5 to 1.0 pounds per 3000 ft.sup.2, the insolubilization of the conductive latex resulting from a partial insolubilization of the major conductive component of the latex and on top thereof a dielectric layer preferably ranging in weight from 4.5 to 6.5 pounds per 3000 ft.sup.2 and comprises on the other side of the basestock at least two aqueous conductive layers, preferably having a total weight of from about 2.5 to 3.5 pounds per 3000 ft.sup.2.
    • 一种用于制备用于静电印刷的导电介质和其导电介质的改进的水性方法,所述方法包括向高密度基料的一侧施加部分不溶性水性导电胶乳预涂层,优选范围为0.5至1.0磅/ 3000 ft2,由胶乳的主要导电组分部分不溶化而导致的导电胶乳的不溶化; 向基材的另一侧施加优选具有约2磅/ 3000ft 2的涂层重量的第一低水性低电阻导电预涂层; 部分不溶解导电胶乳预涂层; 对部分不溶的胶乳预涂层施加水溶液介电涂层,其涂层重量为4.5至6.5磅/ 3000ft 2; 并且向第一低电阻预涂层施加第二低电阻导电涂层,其优选范围为0.5至1.5磅/ 3000ft 2。 导电纸在高密度基料的一侧上包含部分不溶的水性导电胶乳层,优选范围为0.5至1.0磅/ 3000ft 2,导电胶乳的不溶化由主要导电组分部分不溶化 的胶乳,并且在其顶部上介质层的重量为4.5至6.5磅/ 3000ft 2,并且在基材的另一侧上包含至少两个导电层,优选总重量为约2.5至3.5磅 每3000平方英尺
    • 14. 发明授权
    • Alternating current electrostatic recording process
    • 交流静电记录过程
    • US4150387A
    • 1979-04-17
    • US845214
    • 1977-10-25
    • Nobuhiro MiyakawaTakashi YamaguchiEiichi Inoue
    • Nobuhiro MiyakawaTakashi YamaguchiEiichi Inoue
    • G03G15/05B41J2/41G03G5/10G03G15/32G06K15/14H04N1/29G03G15/00
    • G03G5/105G03G15/325
    • In the electrostatic recording process comprising relatively scanning a recording electrode on an electrostatic recording material electrically connected between said recording electrode and a counter electrode, applying a high frequency alternating current or asymmetric alternating current recording signal formed by amplifying and modulating an image signal by a high frequency carrier wave between said two electrodes to form an electrostatic image on the electrostatic recording material, developing the so formed electrostatic image with a developer and, if desired, fixing the developed image, when an electrostatic recording material including an electroconductive substrate having a specific multi-layer distribution structure is used and if a dielectric layer is disposed on this electroconductive substrate in a specific arrangement selected according to the kind of the recording signal to be applied, such problems as blurring, tailing and fogging can be effectively eliminated and recorded images excellent in the density and sharpness can be obtained without substantial influences of the humidity in the recording atmosphere.
    • 在静电记录方法中,包括在电连接在所述记录电极和对电极之间的静电记录材料上相对地扫描记录电极,施加通过将图像信号放大和调制高电平而形成的高频交流电流或非对称交流记录信号 所述两个电极之间的频率载波在静电记录材料上形成静电图像,用显影剂显影所形成的静电图像,并且如果需要,固定显影图像,当包括具有特定多个电极的导电基板的静电记录材料 使用层间分布结构,并且如果以根据要应用的记录信号的种类选择的具体布置在介电层上设置电介质层,则可以有效地消除模糊,拖尾和起雾等问题, 没有记录气氛中的湿度的实质影响,可以获得浓度和清晰度优异的图像。