会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Method of continuous purification of liquid toner in an electrostatic
printing system
    • 在静电印刷系统中连续净化液体调色剂的方法
    • US5942095A
    • 1999-08-24
    • US985032
    • 1997-12-04
    • Gene F. DayArthur E. Bliss
    • Gene F. DayArthur E. Bliss
    • G03G9/12G03G15/10B03C5/00
    • G03G9/12G03G15/104
    • A continuous purification method for removing neutral, as well as ionic, contaminants from liquid toner in an electrostatic printing system is disclosed. This method involves circulating liquid toner from a toner supply tank through a common volume which includes the toning applicator. The liquid toner is introduced to solid and ionic contaminants in the common volume and as the toner is circulated back to the toner supply tank for each toning pass, some contaminants and toner are left in the common volume. Next a wash fluid from a wash fluid supply tank is circulated through the common volume after each toning pass, the wash fluid mixing with the toner and the contaminants. This mixture is then passed through an electrophoretic purifier to remove the contaminants. Then the mixture passes through a porous particulate filter to remove any remaining contaminants before it returns back to the wash fluid supply tank.
    • 公开了一种在静电印刷系统中从液体调色剂中去除中性物质以及离子污染物的连续纯化方法。 该方法包括使来自调色剂供应罐的液体调色剂循环通过包括调色涂布器的公共容积。 将液体调色剂引入常见体积中的固体和离子污染物,并且随着调色剂循环回调色剂供应罐用于每个调色通过,一些污染物和调色剂留在共用体积中。 接下来,洗涤液供应罐中的洗涤液在每次调色通过后循环通过共用体积,洗涤液与调色剂和污染物混合。 然后将该混合物通过电泳净化器以除去污染物。 然后混合物通过多孔颗粒过滤器,以在返回到洗涤液供应罐之前除去任何剩余的污染物。
    • 3. 发明授权
    • Bidirectional toning process
    • 双向调色过程
    • US5335055A
    • 1994-08-02
    • US65215
    • 1993-05-20
    • Arthur E. Bliss
    • Arthur E. Bliss
    • G03G15/05G03G15/01G03G15/10G03G21/00H04N1/50
    • G03G15/0142G03G15/0194H04N1/506
    • A toning method for electrostatic printers and copiers where paper is wound on a supply roll and moved toward a takeup roll. After a latent image of a first color is written and the image area is wound toward a takeup roll, toner of a first color is applied while rewinding the image bearing web toward the supply roll. After the image area passes the writing head, the web is stopped and reversed so that a latent image corresponding to a second color may be written. Once the image region passes toning stations, the web is stopped and again reversed. During reverse direction travel of the image region, toner of a second color is applied and the image region is again wound on the supply roll. The process continues for toning all colors during the rewind operation. Although the image area may move at variable speeds during image writing, the image area is moved at constant speed in the reverse direction for toning. Motion at constant speed allows higher quality toners to be used, leading to improvement in color saturation and hue.
    • 一种用于静电打印机和复印机的调色方法,其中纸张缠绕在供给辊上并朝向卷取辊移动。 在写入第一种颜色的潜像并且将图像区域卷绕到卷取卷之后,在将图像承载网朝向供给辊重新卷绕的同时施加第一种颜色的调色剂。 在图像区域通过书写头之后,纸幅被停止并反转,从而可以写入对应于第二种颜色的潜像。 一旦图像区域通过调色台,纸幅停止并再次反转。 在图像区域的反向移动期间,施加第二种颜色的调色剂,并且图像区域再次卷绕在供给辊上。 该过程在倒带操作期间继续调色所有颜色。 虽然图像区域可以在图像写入期间以可变速度移动,但图像区域以相反的方向以恒定速度移动以进行调色。 恒速运动允许使用更高质量的调色剂,从而改善色饱和度和色调。
    • 4. 发明授权
    • Electrostatic printer for digitized images or data
    • 用于数字化图像或数据的静电打印机
    • US4849776A
    • 1989-07-18
    • US763040
    • 1985-08-06
    • Arthur E. BlissGene F. DayClaus P. J. Suverkropp
    • Arthur E. BlissGene F. DayClaus P. J. Suverkropp
    • B41J2/39G03G15/01G03G15/05G03G15/10G06K15/14
    • G06K15/14G03G15/0142G03G15/10G03G15/101
    • An electrostatic drum printer having a linear array of charging elements scanning a sheet of paper with a helical stripe pattern. The head is supported on a lead screw which advances the head as the drum rotates. The head writes an electrostatic latent image of digital words which visually appear as adjacent columns once the sheet is toned and laid flat. A toning shoe assembly is carried along with the head, with a single toning shoe, having a toner of a specified color, adjacent the head. When the head reaches the end of a scan, the head and shoe assembly is retracted for fly back to a starting position. A new toning shoe, having a toner of another color, may be indexed into position near the head. The retracted elements are pushed forward for starting another scan. With several scans, a color image may be recreated.
    • 一种具有线性阵列的静电鼓式打印机,其具有以螺旋状条纹图案扫描一张纸的充电元件。 头部被支撑在导向螺钉上,当滚筒旋转时,该螺钉使头部前进。 一旦片材被调色并平放,头部将数字词的静电潜像视为相邻列。 调色鞋组件与头部一起携带单个调色鞋,具有与头部相邻的具有指定颜色的调色剂。 当头部到达扫描结束时,头部和鞋组件被缩回以便飞回到起始位置。 具有另一种颜色的调色剂的新调色鞋可被索引到头部附近的位置。 将收回的元件向前推动以开始另一次扫描。 通过多次扫描,可以重新创建彩色图像。
    • 5. 发明授权
    • Charge compensation circuit for an electrostatic writing head
    • 静电写字头的充电补偿电路
    • US5748217A
    • 1998-05-05
    • US558876
    • 1995-11-16
    • Arthur E. Bliss
    • Arthur E. Bliss
    • B41J2/40G03G15/32G06K15/14G03G15/01B41J2/05
    • G03G15/321B41J2/40G06K15/14
    • A power module including an RC circuit is uniquely associated with each of a plurality of electrodes of an electrostatic print head to individually control the rate of charge decay of a voltage disposed thereon. The resistor of the RC circuit is a potentiometer that may be manually adjusted to obtain an optimal decay rate. A paper supply roller and take-up roller accurately position dielectric material, such as a paper web, adjacent to the electrodes of the print head, which is located between the rollers. The electrodes are typically a plurality of wires. The print head moves across the width of paper web to dispose thereon a plurality of charge areas corresponding to a strip of a latent image. Control circuitry synchronizes the movement of the print head and the web to produce a plurality of abutting strips of charge areas, producing a complete latent image. A toner applicator is positioned downstream from the print head to dispose ionized toner particles which adhere to the plurality of charge areas, thereby producing a visible image.
    • 包括RC电路的电源模块与静电打印头的多个电极中的每一个唯一地相关联,以分别控制其上设置的电压的电荷衰减速率。 RC电路的电阻是电位器,可以手动调整以获得最佳的衰减率。 供纸辊和卷取辊精确地定位介质材料,例如纸幅,其邻近位于辊之间的打印头的电极。 电极通常是多根电线。 打印头移动穿过纸幅的宽度,以在其上配置与潜像条相对应的多个电荷区域。 控制电路使打印头和卷筒纸的移动同步,以产生多个抵靠的带电荷区域,产生完整的潜像。 调色剂涂布器位于打印头的下游,以设置粘附到多个电荷区的离子化调色剂颗粒,由此产生可视图像。
    • 6. 发明授权
    • Dual separator purification system
    • 双隔离净化系统
    • US5514269A
    • 1996-05-07
    • US281707
    • 1994-07-27
    • Gene F. DayArthur E. Bliss
    • Gene F. DayArthur E. Bliss
    • B03C5/02G03G15/10G03G21/00B01D35/06
    • B03C5/02G03G15/104G03G21/0088
    • A dual separator purification system and method for removing particulate as well as ionic contaminants from liquids is disclosed. The present invention is particularly useful in the electrostatic printing industry. The system comprises two disparate separators connected in series. The first separator has a repelling electrode and a rotating drum which collects charged particulate contaminants and debris. A liquid such as spent liquid toner is passed through a gap between the repelling electrode and the rotating drum. The contaminants, including colored toner particles and paper debris, move electrophoretically through the gap and adhere to the rotating drum. Upward motion of the drum surface brings the accumulated deposit out of the gap region and to a scraper blade which removes the deposit from the drum for subsequent disposal. The partially purified liquid is collected and then passed through a second separator which has a spirally-wound laminate of porous and electrically conductive layers. As the liquid passes through the porous layers of the spiral laminate, it is subjected to an electric field created between the conductive layers. The remaining contaminants within the liquid, mostly molecules that were electrically neutral during the pass through the first separator, but which slowly become ionized, move toward a conductive layer. The liquid remains in the second separator and exposed to the electric field for a relatively long time. A highly purified liquid, virtually free of contaminants, emerges from the second separator.
    • 公开了一种用于从液体中除去颗粒以及离子污染物的双重分离器净化系统和方法。 本发明在静电印刷工业中特别有用。 该系统包括串联连接的两个不同的分离器。 第一分离器具有排斥电极和旋转鼓,其收集带电的微粒污染物和碎屑。 诸如废液体调色剂的液体通过排斥电极和旋转鼓之间的间隙。 污染物,包括着色的调色剂颗粒和纸屑,通过间隙电泳移动并粘附到旋转的鼓上。 滚筒表面的向上运动将积聚的沉积物从间隙区域中移出并移动到刮刀上,从而将沉积物从滚筒中除去以便随后处理。 收集部分纯化的液体,然后通过具有螺旋卷绕的多孔和导电层的层压体的第二分离器。 当液体通过螺旋层叠体的多孔层时,它会在导电层之间产生电场。 液体中剩余的污染物,主要是在通过第一分离器期间电中性但缓慢变成电离的分子向导电层移动。 液体保留在第二分离器中并暴露于电场较长时间。 实际上没有污染物的高纯度液体从第二分离器出来。
    • 7. 发明授权
    • Guadrascan styli for use in staggered recording head
    • Guadrascan测针用于交错记录头
    • US4419679A
    • 1983-12-06
    • US155937
    • 1980-06-03
    • Sherman L. RutherfordArthur E. BlissNoel J. Schmidt
    • Sherman L. RutherfordArthur E. BlissNoel J. Schmidt
    • B41J2/40G01D15/06G01D15/16G06K15/14
    • B41J2/40G01D15/06G01D15/16G06K15/14
    • A recording head for use in an electrostatic printer comprises four staggered rows of styli. Signals for driving each row of styli are transmitted through a buffer wherein the signals for the first row of styli are transmitted without delay to the styli, the signals for the second row of styli are transmitted with an appropriate delay of a first selected time, the signals for the third row of styli are transmitted with an appropriate delay of a second selected time and the signals for the fourth row of styli are transmitted with an appropriate delay of a third selected time. The delay means comprises a random access memory driven by address counters controlled by a control sequencer to function as a delay. The four staggered rows of styli are formed by a novel method wherein the styli in the second row are formed between the styli in the first row and the stylis in the third and fourth rows are formed by making use of the grooves formed between the styli in the first and second rows. By forming the rows of styli on a cylindrical drum, two recording heads are obtained from each fabrication run wherein the recording head in one set of styli is the mirror image of the recording head in the other set of styli. Should an error occur in the manufacture of the styli by placing the third row of styli in the grooves where the fourth row of styli normally belongs, the resulting recording heads are identical to those obtained with the proper placement of the third and fourth rows with the exception that the position on the drum of each type of recording head is reversed.
    • 用于静电打印机的记录头包括四个交错的测针行。 用于驱动每行测针的信号通过缓冲器发送,其中用于第一行测针的信号被无延迟地发送到测针,用于第二行测针的信号以适当的第一选定时间延迟发送, 用第二选定时间的适当延迟发送用于第三行测针的信号,并且以第三选定时间的适当延迟发送用于第四行测针的信号。 延迟装置包括由控制定序器控制的地址计数器驱动的随机存取存储器,用作延迟。 四个交错行的测针是通过一种新颖的方法形成的,其中第二行中的测针形成在第一行中的测针之间,并且第三和第四行中的测针形成为通过使用形成在探针之间的凹槽 第一行和第二行。 通过在圆柱形滚筒上形成测头的行,从每个制造程序获得两个记录头,其中一组测针中的记录头是另一组测针的记录头的镜像。 如果通过将第三排探针放置在第四排测针通常所属的凹槽中,则在制造测针时出现错误,所得到的记录头与通过第三和第四排的适当放置获得的记录头相同 除了每种类型的记录头的鼓上的位置是相反的。
    • 8. 发明授权
    • Method for forming a staggered recording head
    • 形成交错记录头的方法
    • US4417391A
    • 1983-11-29
    • US386173
    • 1982-06-08
    • Sherman L. RutherfordArthur E. BlissNoel J. Schmidt
    • Sherman L. RutherfordArthur E. BlissNoel J. Schmidt
    • B41J2/40G06K15/14H01R43/00
    • B41J2/40G06K15/14Y10T29/49117
    • A recording head for use in an electrostatic printer comprises four staggered rows of styli formed by a novel method wherein the styli in the second row are formed between the styli in the first row and the styli in the third and fourth rows are formed by making use of the grooves formed between the styli in the first and second rows. By forming the rows of styli on a cylindrical drum, two recording heads are obtained from each fabrication run wherein the recording head in one set of styli is the mirror image of the recording head in the other set of styli. Should an error occur in the manufacture of the styli by placing the third row of styli in the grooves where the fourth row of styli normally belongs, the resulting recording heads are identical to those obtained with the proper placement of the third and fourth rows with the exception that the position on the drum of each type of recording head is reversed.
    • 用于静电打印机的记录头包括通过一种新颖的方法形成的四个交错排的测针,其中第二行中的测针形成在第一行中的测针和第三和第四行中的测针之间,通过使用形成 形成在第一行和第二行中的测针之间的凹槽。 通过在圆柱形滚筒上形成测头的行,从每个制造程序获得两个记录头,其中一组测针中的记录头是另一组测针的记录头的镜像。 如果通过将第三排探针放置在第四排测针通常所属的凹槽中,则在制造测针时出现错误,所得到的记录头与通过第三和第四排的适当放置获得的记录头相同 除了每种类型的记录头的鼓上的位置是相反的。