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    • 1. 发明授权
    • Method and device for charging or discharging member
    • 充电或放电元件的方法和装置
    • US4785372A
    • 1988-11-15
    • US907154
    • 1986-09-15
    • Nagao HosonoYukio NagaseTatsuo TakeuchiHidemi EgamiHiroshi Satomura
    • Nagao HosonoYukio NagaseTatsuo TakeuchiHidemi EgamiHiroshi Satomura
    • G03G15/02G03G21/06H01T19/00H05F3/04
    • H05F3/04G03G15/0291
    • A method of charging or discharging a member including the steps of, opposing to a member to be acted, a discharging member having a dielectric member, an inducing electrode and a discharging electrode sandwiching the dielectric member so that the discharging electrode faces the member to be acted, applying an alternative voltage between the inducing electrode and the discharging electrode to produce a surface discharge on a surface of the dielectric member at the discharging electrode side, moving the member to be acted relative to the discharging electrode to charge or discharge the member to be acted by the thus formed surface discharge, ceasing the production of the surface discharge by attenuating both of positive and negative, at the discharging electrode relative to the inducing electrode, components of the alternating voltage at least down to a discharge stopping voltage and then rendering the voltage zero.
    • 一种充电或放电构件的方法,包括以下步骤:与要被起动的构件相对的步骤,具有介电构件的放电构件,诱导电极和放电电极,夹着电介质构件,使得放电电极面向构件 在感应电极和放电电极之间施加替代电压以在放电电极侧的电介质构件的表面上产生表面放电,使相对于放电电极起作用的构件移动以对构件进行充电或放电 由这样形成的表面放电作用,通过在放电电极处相对于感应电极衰减正和负两者来停止表面放电的产生,交流电压的分量至少降低到放电停止电压,然后再生成 电压为零。
    • 3. 发明授权
    • Method and device for charging or discharging a member
    • 用于对构件充电或放电的方法和装置
    • US4589053A
    • 1986-05-13
    • US618248
    • 1984-06-07
    • Nagao HosonoYukio NagaseTatsuo TakeuchiHidemi EgamiHiroshi Satomura
    • Nagao HosonoYukio NagaseTatsuo TakeuchiHidemi EgamiHiroshi Satomura
    • H05F3/04
    • H05F3/04
    • A method of charging or discharging a member including the steps of, opposing to a member to be acted on, a discharging member having a dielectric member, an inducing electrode and a discharging electrode sandwiching the dielectric member so that the discharging electrode faces the member to be acted on, applying an alternating voltage between the inducing electrode and the discharging electrode to produce a surface discharge on a surface of the dielectric member at the discharging electrode side, wherein a charge density of the surface discharge area is changed in the direction of the width of the discharging electrode, and moving the member to be acted on relative to the discharging electrode to be subjected to a low charge density portion and then to a high charge density portion to charge or discharge the member to be acted on by the thus formed surface discharge.
    • 一种充电或放电部件的方法,包括以下步骤:与要施加的部件相对的具有电介质部件的放电部件,感应电极和放电电极夹着电介质部件,以使放电电极面对该部件 在感应电极和放电电极之间施加交流电压,以在放电电极侧的电介质部件的表面上产生表面放电,其中表面放电面积的电荷密度沿着 放电电极的宽度,并且使相对于放电电极施加的部件移动以进行低电荷密度部分,然后移动到高电荷密度部分,以对由此形成的部件施加作用的部件进行充电或放电 表面放电。
    • 7. 发明授权
    • Electrostatic recording method and apparatus
    • 静电记录方法和装置
    • US4697196A
    • 1987-09-29
    • US827431
    • 1986-02-10
    • Yutaka InabaHiroshi SatomuraYukio NagaseTatsuo TakeuchiHidemi EgamiAkihito Hosaka
    • Yutaka InabaHiroshi SatomuraYukio NagaseTatsuo TakeuchiHidemi EgamiAkihito Hosaka
    • B41J2/415G03G15/32G01D15/00
    • B41J2/415G03G15/323
    • An electrostatic recording apparatus includes a recording member having a surface on which an electrostatic latent image is formed; a recording head, to effect discharging to produce the ions; first bias voltage source for applying a bias voltage to the second electrode; second bias voltage source for applying to the third electrode a bias voltage having the same polarity as that of the bias voltage applied to the second electrodes and having an absolute voltage which is smaller than that of the bias voltage applied to the second electrode. The parameters of the means for so determined that the ions produced by the recording head and moved to the recording surface are controlled so as to provide a high resolution image. For example, the number of occurrences of effective dischargeable voltages per one charge dot is not less than 10; a distance 1 (mm) between the recording surface and the third electrode, the bias voltage Vs (V) to the third electrode, a maximum surface potential Vd (V) of the recording surface in the area opposed to the recording head satisfy the relationships,2.5.times.10.sup.3 .ltoreq..vertline.Vs-Vd.vertline./1, and1.ltoreq.0.25.When the recording member has a curved surface, the number n of time sharing for operating the first electrodes, a picture element density of recording p (dots/mm), a radius of curvature of the recording surface R (mm) and a distance m (mm) between adjacent first electrodes, satisfy a relationship,p.times.R.sup.1/2 [/m(n-1)].gtoreq.1.6.
    • 静电记录装置包括具有形成有静电潜像的表面的记录部件; 记录头,以实现放电以产生离子; 用于向第二电极施加偏置电压的第一偏置电压源; 第二偏置电压源,用于向第三电极施加具有与施加到第二电极的偏置电压相同极性的偏置电压,并且具有小于施加到第二电极的偏置电压的绝对电压的绝对电压。 用于确定由记录头产生并移动到记录表面的离子被控制以提供高分辨率图像的装置的参数。 例如,每个充电点的有效放电电压的发生次数不小于10; 记录表面和第三电极之间的距离1(mm),与第三电极的偏置电压Vs(V),与记录头相对的区域中的记录表面的最大表面电位Vd(V)满足关系 ,2.5×10 3≤Vs-Vd| / 1和1≤0.25。 当记录部件具有弯曲表面时,用于操作第一电极的时间共享数n,记录p(点/ mm)的图像元素密度,记录表面R的曲率半径(mm)和距离m (mm)满足关系式,pxR1 / 2 [/ m(n-1)]> = 1.6。