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    • 2. 发明授权
    • Photoelectrophoretic imaging apparatus having a device for increasing
the friction force between webs
    • 具有用于增加幅材之间的摩擦力的装置的光电泳成像装置
    • US3989366A
    • 1976-11-02
    • US571197
    • 1975-04-24
    • Roger G. TeumerPeter J. Warter, Jr.Gino F. SquassoniVsevolod TulaginRaymond K. Egnaczak
    • Roger G. TeumerPeter J. Warter, Jr.Gino F. SquassoniVsevolod TulaginRaymond K. Egnaczak
    • G03G17/04G03G15/00
    • G03G17/04
    • A photoelectrophoretic imaging machine for producing, in a preferred embodiment, full color copies from opaque originals or, alternatively, copies from transparencies.In a preferred embodiment, the formation of photoelectrophoretic images occur between two thin injecting and blocking webs at least one of which is partially transparent and the image formed is transferred to a paper web. The injecting and blocking webs may be disposable, thus, cleaning systems are not required. The injecting web is provided with a conductive surface and is driven in a path to the inking station where a layer of photoelectrophoretic ink is applied to the conductive web surface. The inked injecting web is driven in a path passing the deposition scorotron at the precharge station and into contact with the blocking web to form the inkweb sandwich at the imaging roller in the imaging zone. The conductive surface of the injecting web is grounded and a high voltage is applied to the imaging roller subjecting the sandwich to a high electric field at the same time as the scanning optical image is focusssed on the nip or interface between the injecting and blocking webs, and development takes place. The photoelectrophoretic image is carried by the injecting web to the transfer zone, into contact with the paper web at the transfer roller where the image is transferred to the paper web giving the final copy. In one preferred embodiment, a pressure mechanism is provided to ride against two webs and the imaging or transfer roller on either or both sides of the imaging or transfer zone during imaging or transfer in order to increase the friction force between the webs and thereby prevent slip at the imaging or transfer zone.
    • 一种光电泳成像机,在优选实施例中,用于在不透明原件中制造全色复印件,或者替代地从透明胶片复印。
    • 3. 发明授权
    • Bead bypass speed reduction
    • 珠旁路减速
    • US3988060A
    • 1976-10-26
    • US476186
    • 1974-06-04
    • Roger G. TeumerEarl V. JacksonHerman A. HermansonLe Roy Baldwin
    • Roger G. TeumerEarl V. JacksonHerman A. HermansonLe Roy Baldwin
    • G03G17/04G03G15/00
    • G03G17/04
    • A system for separating one surface, preferably a web, from another surface to enable a bead of accumulated material built up at the line of contact between the two surfaces to pass therebetween. During the separation period, the advancing velocity of at least one surface is reduced so that at least one surface is advanced at a slower rate than its rate prior to separation, or stopped. In a preferred embodiment, the system is employed in photoelectrophoretic imaging to bypass a bead of imaging suspension built up at the imaging nip during separation of two webs immediately after completion of imaging to thereby permit dissipation or passage of the liquid bead. During the separation period, the surface, preferably a web, which does not carry the desired image, is advanced at a slower rate than its prior rate and slower than the other surface, or stopped.
    • 一种用于将一个表面,优选腹板从另一个表面分离的系统,以使得能够在两个表面之间的接触线处形成的累积材料的胎圈通过。 在分离期间,减少至少一个表面的推进速度,使得至少一个表面以比其分离之前的速率更慢的速度前进,或停止。 在一个优选实施例中,该系统被用于光电泳成像以在成像完成之后立即分离两个网络,绕过在成像压区处建立的成像悬架的珠粒,从而允许液珠的耗散或通过。 在分离期间,不携带所需图像的表面,优选地,纸幅以比其先前的速率慢并且比另一表面慢的速度前进,或停止。
    • 4. 发明授权
    • Media transport assembly incorporating vacuum grooves to flatten sheet
    • 介质输送组件,其中包括真空槽到平整片
    • US06179285B2
    • 2001-01-30
    • US09233111
    • 1999-01-19
    • Roger G. TeumerWilliam R. BurgerPaul S. DeHondEric A. MerzW. Keith Gilliland
    • Roger G. TeumerWilliam R. BurgerPaul S. DeHondEric A. MerzW. Keith Gilliland
    • B65H2924
    • B41J11/0085B41J13/14
    • A media transport system for transporting a media sheet in a marking device includes an entrance drive assembly, an exit drive assembly and a vacuum generator that applies a vacuum force to the media sheet to form a wide, flat printing zone. The entrance drive assembly receives and transports the media sheet in a process direction by contacting top and bottom surfaces of the media sheet, thereby exerting an entrance drive force on the media sheet. The exit drive assembly receives and transports the media sheet by contacting the top and bottom surfaces of the media sheet, thereby exerting an exit drive force on the media sheet. The vacuum force is applied to the media sheet in an area of the media sheet between the entrance drive assembly and the exit drive assembly. The vacuum force on the media sheet acts in a vacuum force direction substantially normal to the process direction. The vacuum force is set such that the entrance drive force and the exit drive force in the process direction each exceed the vacuum force acting in the vacuum force direction.
    • 用于在标记装置中传送介质片的介质传送系统包括入口驱动组件,出口驱动组件和真空发生器,其向介质片施加真空力以形成宽的平坦的打印区域。 入口驱动组件通过接触介质片的顶表面和底表面而沿着处理方向接收和传送介质片,从而在介质片上施加入口驱动力。 出口驱动组件通过接触介质片的顶表面和底表面而接收并传送介质片,从而在介质片上施加出口驱动力。 真空力在入口驱动组件和出口驱动组件之间的介质片的区域中被施加到介质片。 介质片上的真空力在基本垂直于加工方向的真空力方向上起作用。 真空力被设定为使得入口驱动力和处理方向上的出口驱动力均大于在真空力方向上作用的真空力。
    • 7. 发明授权
    • Photoelectrophoretic web imaging apparatus
    • 光电网幅成像装置
    • US4084896A
    • 1978-04-18
    • US571336
    • 1975-04-24
    • Peter J. Warter, Jr.Gino F. SquassoniVsevolod TulaginRoger G. TeumerRaymond K. Egnaczak
    • Peter J. Warter, Jr.Gino F. SquassoniVsevolod TulaginRoger G. TeumerRaymond K. Egnaczak
    • G03G17/04G03G15/00
    • G03G17/04
    • A photoelectrophoretic imaging machine for producing, in a preferred embodiment, full color copies from opaque originals or, alternatively, copies from transparencies.In a preferred embodiment, the formation of photoelectrophoretic images occurs between two thin injecting and blocking webs at least one of which is partially transparent and the image formed is transferred to a paper web. The injecting and blocking webs may be disposable, thus, cleaning systems are not required. The injecting web is provided with a conductive surface and is driven in a path to the inking station where a layer of photoelectrophoretic ink is applied to the conductive web surface. The inked injecting web is driven in a path passing in close proximity to a deposition scorotron at the precharge station and into contact with the blocking web to form the ink-web sandwich at the imaging roller in the imaging zone. The conductive surface of the injecting web is grounded and a high voltage is applied to the imaging roller subjecting the sandwich to a high electric field at the same time as the scanning optical image is focussed on the nip or interface between the injecting and blocking webs, and development takes place. The photoelectrophoretic image is carried by the injecting web to the transfer zone, into contact with the paper web at the transfer roller where the image is transferred to the paper web giving the final copy.
    • 一种光电泳成像机,在优选实施例中,用于在不透明原件中制造全色复印件,或者替代地从透明胶片复印。
    • 9. 发明授权
    • Hidden gutter for ink jet recording system
    • 用于喷墨记录系统的隐藏槽
    • US4309711A
    • 1982-01-05
    • US165425
    • 1980-07-02
    • Roger G. Teumer
    • Roger G. Teumer
    • B41J2/18B41J2/075B41J2/175B41J2/185G01D15/18
    • B41J2/185G01D15/18B41J2002/1853
    • A multiple drop stream ink jet or fluid drop recording method and apparatus is described in which at least every other deflection electrode includes a gutter or drop collection device inside the electrode. The recording system for which the gutter deflection electrode is intended is one wherein each of the multiple drop streams has a a pair of deflection electrodes associated with it thereby leaving minimal lateral and forward space for a gutter device. The gutter is hidden. That is, the mouth to the gutter faces downstream and is not accessable by drops in flight. Rather, drops first impact collision surfaces on the sides of a gutter deflection electrode. The resultant fluid surface stream flows around a curved end surface of the gutter deflection electrode and enters the gutter through the downstream facing mouth.
    • 描述了多滴流喷墨或液滴记录方法和装置,其中至少每隔一个偏转电极在电极内部包括沟槽或液滴收集装置。 预期的沟槽偏转电极的记录系统是其中每个多个液滴流具有与其相关联的一对偏转电极的记录系统,从而为沟槽装置留出最小的横向和向前空间。 沟渠是隐藏的。 也就是说,沟槽的嘴向下游,不能通过飞行中的滴液进入。 相反,首先撞击沟槽偏转电极侧面的碰撞表面。 所得到的流体表面流围绕沟槽偏转电极的弯曲端表面流动,并通过面向下游的嘴进入沟槽。
    • 10. 发明授权
    • Velocity compensation for bead bypass with speed reduction
    • 速度补偿用于减速的珠子旁路
    • US4003742A
    • 1977-01-18
    • US632435
    • 1975-11-17
    • Earl V. JacksonRoger G. TeumerLeRoy Baldwin
    • Earl V. JacksonRoger G. TeumerLeRoy Baldwin
    • G03G17/04G03G15/24
    • G03G17/04
    • A system employing at least one separation roller continuously contacting the outside surface of a web and tracked to move in a fixed approximately elliptical path, for compensating for web motion during separation of the web from another surface to enable a bead of accumulated material built up at the line of contact between the web and the other surface to pass therebetween without changing the web velocity. During the separation period, the advancing velocity of at least one surface is reduced so that at least one surface is advanced at a slower rate than its rate prior to separation, or stopped. In a preferred embodiment, the system is employed in photoelectrophoretic imaging to bypass a bead of imaging suspension built up at the imaging nip during separation of two webs immediately after completion of imaging to thereby permit dissipation or passage of the liquid bead without changing the advancing web velocity by reason of the separation operation. During the separation period, the surface, preferably a web, which does not carry the desired image, is advanced at a slower rate than its prior rate and slower than the other surface, or stopped.
    • 一种使用至少一个分离辊的系统,其连续地接触幅材的外表面并且被跟踪以固定的大致椭圆形路径移动,用于在将纸幅从另一表面分离期间补偿幅材运动,以使得能够在 纸幅与另一表面之间的接触线在其间通过而不改变纸幅速度。 在分离期间,减少至少一个表面的推进速度,使得至少一个表面以比其分离之前的速率更慢的速度前进,或停止。 在优选实施例中,该系统用于光电泳成像以在成像完成之后立即分离两个网片期间绕过成像辊隙处的成像悬架珠,从而允许在不改变前进幅材的情况下耗散或通过液体珠 由于分离操作造成的速度。 在分离期间,不携带所需图像的表面,优选地,纸幅以比其先前的速率慢并且比另一表面慢的速度前进,或停止。