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    • 1. 发明授权
    • Light scanning assembly for electrophotographic printing plate making
apparatus
    • 用于电子照相印版制版设备的光扫描组件
    • US4338018A
    • 1982-07-06
    • US139465
    • 1980-04-11
    • Manfred R. KuehnleJames C. Compton
    • Manfred R. KuehnleJames C. Compton
    • G03B27/50G03G15/04G03G15/28
    • G03G15/04
    • A light scanning assembly for apparatus including a copyboard, an optical train and a carriage carrying charging, exposure and toning devices. The copyboard is movable from a horizontal disposition to a vertical disposition at which it is scanned in synchronism with simultaneous movement of the carriage horizontally. The light scanning assembly comprises a support bracket mounting a pair of illuminating lamps disposed each with an associated elliptically configured reflector. The support bracket is driven translating the lamp pair and their common intersection band across the face of the copyboard synchronously with the movement of the carriage. A third lamp is mounted (with reflector) on a second bracket to illuminate through the copyboard and is movable vertically with the first bracket. The third lamp is energized only when a transparent document is carried by the copyboard. The first pair of lamps are not energized at that occasion. The brackets are pivotable to rotate said respective lamps and associated reflectors along a predetermined arc during the vertical translation thereof so that the light emitted therefrom is focused along a straight line continuously directed to the center of the optical train along the line representing the shortest distance to the lens so that the image always is in focus. A cam wheel on the bracket follows a canted or tapered guide surface formed on a vertically arranged leg supporting said light scanning assembly to effect pivoting of the said bracket, return of the bracket being effected solely by gravity.
    • 一种用于装置的光扫描组件,其包括电子白板,光学列车和承载充电,曝光和调色装置的滑架。 电子白板可以从水平布置移动到垂直布置,在该垂直布置处,扫描台与水平方向同时移动。 光扫描组件包括安装一对照明灯的支撑支架,每个灯具设置有相关联的椭圆形反射器。 支撑托架驱动将灯对及其共同的交叉带横跨电子白板的表面同步于托架的运动。 第三个灯在第二个支架上安装(带有反射器),以照亮电子白板,并可与第一个支架垂直移动。 仅当透明文稿由电子白板携带时,第3根灯才被激活。 在那个时候,第一对灯没有通电。 托架可枢转,以在其垂直平移期间沿着预定弧线旋转所述相应的灯和相关联的反射器,使得从其发射的光沿着连续指向光学系列中心的直线沿着表示最短距离的线聚焦 镜头使图像始终保持对焦。 支架上的凸轮沿着形成在支撑所述光扫描组件的竖直布置的腿上的倾斜或锥形引导表面,以实现所述支架的枢转,所述托架仅由重力进行返回。
    • 2. 发明授权
    • Electrophotographic imaging apparatus and method particularly for color
proofing
    • 电子照相成像设备和方法特别用于彩色打样
    • US4547061A
    • 1985-10-15
    • US348769
    • 1982-02-16
    • Harold J. WeberManfred R. KuehnleJames C. ComptonJohn N. PoulakisMichael J. SzymanskiKenneth A. LindblomDonald S. Cleveland
    • Harold J. WeberManfred R. KuehnleJames C. ComptonJohn N. PoulakisMichael J. SzymanskiKenneth A. LindblomDonald S. Cleveland
    • G03F3/10G03G13/01G03G13/26G03G15/01G03G15/22G03G21/00G03G13/10G03G15/10
    • G03G15/0163
    • Electrophotographic imaging apparatus, particularly for color proofing, is provided for normal daylight operation including a light-tight housing having a framework mounting plural spaced functional processing stations for charging, imaging, toning, transfer and, optionally, cleaning, all interior of the housing. A platen assembly mounting an electrophotographic member is translated along a linear path, the assembly being guided by a rail and a track secured along the entire length of the framework. A copyboard is disposed below the carriage within the imaging station and carries a transparency. The electrophotographic member is translated past the charging station for charging same and brought to the imaging station where the copyboard is raised, to establish an intimate engagement with the member established and exposed to an interior disposed radiant energy source. After exposure, the copyboard is lowered and the member translated to the toning station where one of plural available toning modules has been raised to intercept the platen whereby to establish a toning gap for toning with liquid toner carried by said one module during passage past said module. The member next is translated to the transfer station for transfer to a pre-wet sheet of transfer medium. A registration system is provided at both imaging and transfer stations to assure registration between the member and the transparency on the one hand and the member and the transfer medium on the other hand at the respective station whereby all functional tolerance relationships being maintained independent of the framework.
    • 提供特别用于彩色打样的电子照相成像装置,用于正常的日光操作,包括具有框架的不透光壳体,该框架安装用于对壳体的所有内部进行充电,成像,调色,转印和可选地清洁的多个间隔开的功能性处理站。 安装电子照相构件的压板组件沿着线性路径平移,组件由轨道和沿着框架的整个长度固定的轨道引导。 一个电子白板设置在成像站内的托架下方并带有透明度。 电子照相构件被翻转过充电站,用于对其充电,并将其提供到电子白板上升的成像站,以与建立并暴露于内部设置的辐射能源的构件建立紧密接合。 在曝光之后,电子白板被降低,并且该成员转换到调色站,其中已经升高了多个可用的调色组件中的一个,以拦截压盘,从而在通过所述模块期间由所述一个模块承载的液体调色剂建立调色剂的调色间隙 。 接下来的构件被转移到转移站以转移到预湿式转印介质片。 在成像和转移站都提供注册系统,以确保成员与透明度以及成员和转移介质之间的注册在另一方面在相应的工作站,从而所有功能的容差关系被保持独立于框架 。
    • 3. 发明授权
    • Method and apparatus for manufacture of magnetizable microparticles
    • 用于制造可磁化微粒的方法和装置
    • US06706394B2
    • 2004-03-16
    • US09847965
    • 2001-05-02
    • Manfred R. KuehnleAdelheid Kuehnle
    • Manfred R. KuehnleAdelheid Kuehnle
    • G11B566
    • H01F1/143A61K9/5094A61K47/6923A61K48/0008C12N15/87H01F1/20Y10S428/90Y10T428/257Y10T428/2982Y10T428/2991Y10T428/2993Y10T428/2998
    • The subject invention related to methods and apparatuses for the manufacture of magnetizable carrier particles. In addition the subject invention pertains to particles having one or more of a variety of particle configurations and/or functional features. These geometric particle configurations and/or functional features such as delivering or removing a pay load can be tailored to achieve one or more desired missions. The subject invention also pertains to a method and apparatus for the delivery of particles to target materials, in order to accomplish one or more of a variety of missions. In a specific embodiment of the subject invention, acicular and other particles with a lengthwise dimension that are substantially uniform and homogenous in their geometry are manufactured and provided with magnetizations. In this way, predictable mechanical force responsivity can be achieved when these particles are subjected to an external magnetic field gradient.
    • 本发明涉及制造可磁化载体颗粒的方法和装置。 此外,本发明涉及具有多种颗粒构型和/或功能特征中的一种或多种的颗粒。 可以调整这些几何颗粒配置和/或诸如递送或去除工作负载的功能特征以实现一个或多个期望的任务。 本发明还涉及用于将颗粒递送到目标材料的方法和装置,以便完成各种任务中的一种或多种。 在本发明的一个具体实施方案中,制造具有在其几何形状上基本均匀和均匀的纵向尺寸的针状和其它颗粒并提供磁化。 以这种方式,当这些颗粒经受外部磁场梯度时,可以实现可预测的机械力响应性。
    • 5. 发明授权
    • Expandable piston rotary machine
    • 可膨胀活塞旋转机
    • US5832731A
    • 1998-11-10
    • US740751
    • 1996-11-01
    • Manfred R. Kuehnle
    • Manfred R. Kuehnle
    • F01B19/00F02B53/00F02B75/02F02B75/36F02B71/04
    • F01B19/00F02B53/00F02B75/36F02B2053/005F02B2075/027F02F2007/0092Y02T10/17
    • An expandable piston rotary engine includes a core having a substantially circular periphery and central axis, and a rotor/flywheel mounted concentrically for rotation relative to the core. The core defines a plurality of cylinders spaced symmetrically about, and open at, the periphery of the core. Each cylinder contains a radially expandable, substantially cylindrical piston formed of a relatively thin web of material, such as sapphire or amorphous steel. The piston web material is coiled about its associated cylinder axis, and defines an internal combustion chamber whose diameter, and volume, vary in response to a relative coiling and uncoiling of the web in its cylinder. The inner surface of the rotor/flywheel defines with the periphery of the core, the cylinders and the outer surfaces of the pistons a closed space for a hydraulic fluid. Intake and exhaust valves and fuel igniters are associated with each of the cylinders. The core and other engine components are formed of lightweight ceramic materials capable of withstanding very high operating temperatures. By driving the rotor shaft relative to the core, and changing the valving to the piston chambers, the engine may be converted for use as a compressor or fluid pump.
    • 可膨胀活塞旋转发动机包括具有大致圆形周边和中心轴线的芯体,以及同心地安装以相对于芯部旋转的转子/飞轮。 芯限定了围绕芯的周边对称地并且在其周围开口的多个气缸。 每个气缸包含由诸如蓝宝石或无定形钢的相对薄的材料网形成的可径向膨胀的基本上圆柱形的活塞。 活塞腹板材料围绕其相关联的气缸轴线盘绕,并且限定内部燃烧室,其直径和体积响应于在其气缸中的腹板的相对卷取和展开而变化。 转子/飞轮的内表面与芯的周边界定,气缸和活塞的外表面为液压油的封闭空间。 进气和排气阀和燃油点火器与每个气缸相关联。 核心和其他发动机部件由能够承受非常高的工作温度的轻质陶瓷材料形成。 通过相对于芯子驱动转子轴,并且将阀门改变为活塞室,发动机可以被转换为用作压缩机或流体泵。
    • 6. 发明授权
    • Heating and cooling roller for electrostratic printing
    • 电动印刷加热和冷却辊
    • US5581290A
    • 1996-12-03
    • US397747
    • 1995-03-02
    • Manfred R. Kuehnle
    • Manfred R. Kuehnle
    • B41J2/415C09D11/02G03G15/00G03G15/01G03G15/32B41J2/385G01D15/06
    • G03G15/751B41J2/415C09D11/02G03G15/0194G03G15/321G03G2215/0103G03G2215/0631
    • A printing ink comprises a clear, transparent, polymeric carrier material and uniform, colloidal size charged color particles evenly dispersed therein. The carrier and the particles are adhesively bonded to one another so as to form a matrix which can collectively respond to an externally imposed electrostatic field to promote co-movement of a "bite" of ink to an imaging medium without change of the bulk particle/carrier ratio. During the printing process, the ink is melted and exposed to electrostatically charged latent image areas on a heated image cylinder, resulting in the transfer of the ink thereto in proportion to the electrostatic field strength. The ink exhibits a relatively sharp liquid-to-solid transition, thereby enabling rapid ink solidification and complete transfer from the imaging medium to the relatively cool printing substrate. Also disclosed is a printing method and apparatus that facilitate continuous, variable and on-demand color printing in conjunction with the ink. Use of essentially monodispersed, color-coated, colloidal size, spherical particles in the ink results in excellent color purity and chromaticity range.
    • 印刷油墨包括透明,透明的聚合物载体材料和均匀分散在其中的均匀的胶体尺寸带电的着色颗粒。 载体和颗粒彼此粘合地结合以形成可以共同响应外部施加的静电场的基质,以促进“咬”墨水到成像介质的共运动而不改变本体颗粒/ 载波比。 在印刷过程中,油墨被熔化并暴露于加热的图像柱上的静电电荷潜像区域,导致墨水与静电场强度成比例地转印。 油墨表现出相对尖锐的液体 - 固体转变,从而使得快速的油墨凝固和从成像介质到相对较冷的印刷基材完全转印。 还公开了一种与油墨一起促进连续,可变和按需彩色打印的打印方法和装置。 在油墨中使用基本上单分散的,着色的胶体尺寸的球形颗粒产生优异的色纯度和色度范围。
    • 7. 发明授权
    • Magnetophoretic particle delivery method and apparatus for the treatment
of cells
    • 用于治疗细胞的磁电泳颗粒递送方法和装置
    • US5516670A
    • 1996-05-14
    • US319521
    • 1994-10-07
    • Adelheid R. KuehnleManfred R. Kuehnle
    • Adelheid R. KuehnleManfred R. Kuehnle
    • C12M3/00C12N15/82C12N15/87C12N15/89
    • C12N15/87C12M35/06C12N15/8207
    • A method of delivering particles into a cellular specimen such that there is minimal disruption or damage to the specimen. In accordance with the method, a monodispersion of tiny acicular magnetizable particles is formed and that dispersion is placed in contact with the specimen. Then the dispersed particles are subjected to a nonuniform converging magnetic field having an axis of convergence which intersects a selected target area in the specimen and whose field lines converge to a focal point proximal to the specimen. Under the influence of the field, the particles align themselves with the field lines and travel into the specimen toward the focal point beyond the specimen. The method may be used to deliver particles at the cellular, microbial, tissue and organ levels and the agents that are deliverable by the method run the gamut from radiation, heat, DNA and diverse biological and chemical materials. Apparatus for practicing the method at these different levels are also disclosed.
    • 将颗粒递送到细胞样品中的方法,使得样品的破坏或破坏最小。 根据该方法,形成微小针状可磁化颗粒的单分散体,并使分散体与样品接触。 然后分散的颗粒经受与样品中所选择的目标区域相交的具有会聚轴的不均匀会聚磁场,并且其场线会聚到靠近样本的焦点。 在该领域的影响下,颗粒与场线对准,并且朝向超出标本的焦点移动到样品中。 该方法可用于在细胞,微生物,组织和器官水平递送颗粒,并且通过该方法可递送的试剂从辐射,热,DNA和多种生物和化学材料运行色域。 还公开了在这些不同级别实施该方法的装置。
    • 8. 发明授权
    • Optoelectronic signal recording medium and method of making same
    • 光电信号记录媒体及其制作方法
    • US5063538A
    • 1991-11-05
    • US400852
    • 1989-08-30
    • Manfred R. Kuehnle
    • Manfred R. Kuehnle
    • G03G5/02G11B9/08G11B11/00G11B11/08G11C7/00H01J29/45
    • G03G5/02B82Y10/00G11B11/08G11B9/08G11C7/005H01J29/45G11B11/007
    • An optoelectronic signal recording and storage medium including a base layer, a conductive layer, a photoconductive layer and storage layer has a coherent crystal morphology throughout, even though the chemical and electrical properties of its layers are by choice dramatically different. The base layer is preferably made of monocrystalline sapphire grown in a manner as to allow the growth of the other layers directly on a surface of the base layer without the need to grind and polish that surface, thereby minimizing internal defects in the medium. The monocrystalline base layer also allows the acceptance of exeptionally uniformly distributed charges over wide areas of the medium, thereby enabling the medium to locally record and store minutely differing optoelectronic signals on a background of minimal noise, thus facilitating low light level electronic or optical recording and long term storage of signals and minimal energy readout of those stored signals. The medium base layer can be thin enough to be flexible and transparent and yet to have great strength to provide a firm foundation for the other medium layers. A method of making the medium is also disclosed.
    • 包括基底层,导电层,光电导层和存储层的光电信号记录和存储介质,尽管其层的化学和电学性质通过选择显着不同,但是其整体具有相干晶体形态。 基层优选由单晶蓝宝石制成,以使其它层直接生长在基层的表面上的方式生长,而不需要研磨和抛光该表面,从而最小化介质中的内部缺陷。 单晶基底层还允许在介质的广泛区域上接受均匀均匀分布的电荷,从而使得介质能够在最小噪声的背景下本地记录和存储微小不同的光电信号,从而便于低光级电子或光学记录, 信号的长期存储和这些存储的信号的最小能量读出。 介质基层可以足够薄以使其具有柔性和透明度,但是具有很大的强度以为其它介质层提供坚实的基础。 还公开了制备该介质的方法。
    • 9. 发明授权
    • Electro-static sheet feeding method and apparatus
    • 静电片材进给方法及装置
    • US4526357A
    • 1985-07-02
    • US455067
    • 1983-01-03
    • Manfred R. KuehnleRobert M. RoseJohn S. Ballas
    • Manfred R. KuehnleRobert M. RoseJohn S. Ballas
    • B65H3/18B65H3/16
    • B65H3/18
    • Apparatus and a method are disclosed that can be selectively operated with equal advantage to strip sheet material from either the top or the bottom of a stack. A translatable member having a generally planar surface formed of an electrically insulative material is disposed proximate to either the top or bottom of a stack of sheet material. A pair of electrodes in the form of an electronic grid is secured to the planar surface. A DC voltage is applied to the electrodes selectively to effect a highly intense electric field only close to the surface of the member. The intensity of the electric field can be varied in predetermined relation to the applied DC voltage so as to determine the number of sheets simultaneously removed from the stack. The electric field exerts an attractive force only on the end-most sheet or sheets of the stack so that said end-most sheet or sheets only will be stripped from the stack.
    • 公开了可以选择性地操作的装置和方法,其优点是从堆叠的顶部或底部剥离片材材料。 具有由电绝缘材料形成的大致平坦表面的可平移构件设置在片材堆叠的顶部或底部附近。 电子栅格形式的一对电极固定在平面上。 选择性地将电压施加到电极以实现仅靠近构件表面的高强度电场。 电场的强度可以以所施加的DC电压的预定关系变化,以便确定从堆叠中同时移除的片材的数量。 电场仅在堆叠的最终的片材或片材上施加吸引力,使得最终的片材或片材仅从堆叠中剥离。
    • 10. 发明授权
    • Multicolor electrophotographic imaging process
    • 多色电子照相成像工艺
    • US4510223A
    • 1985-04-09
    • US498825
    • 1983-05-27
    • Manfred R. KuehnleFerdinand MartinezI. V. RunyanCarol M. F. Barry
    • Manfred R. KuehnleFerdinand MartinezI. V. RunyanCarol M. F. Barry
    • G03G15/01G03G13/01
    • G03G15/0157G03G15/0163
    • A method of electrophotographic color reproduction by forming sequentially superimposed toner images of each color successively on the photoconductive surface of an electrophotographic recording member. The photoconductive surface is charged uniformly by a corona generator to a predetermined charge level. The charged surface is exposed to a first color radiation pattern from a source thereof to form a latent electrostatic charge image on said surface. The resulting latent charge image is toned with one color toner to produce a first toner image. The resulting toner image is dried. Thereafter, a charge is applied uniformly to the same photoconductive surface including those portions thereof carrying the dried first toner image in a manner so that the generated charged ions effectively tunnel through the dry adjacent toner particles defining first toner image to reach the photoconductive surface. The resulting charge potential is uniformly distributed over the entire photoconductor surface, including the toned and untoned areas thereof.Thereafter, the entire charged surface is exposed to a second radiation color pattern from a source thereof, the radiation penetrating the first toner image to produce a second latent electrostatic charge image on said overall surface. Toning is effected with a second color toner to define a second toned color toner image superimposed in proper registry. The second toner image is dried and the aforementioned steps are repeated until the desired number of color toner images superimposed one upon the other are completed to form a desired composite color toner image. The complete image is transferred to an image receptor in a single transfer step to achieve the desired print reproduction.
    • 一种通过在电子照相记录元件的光电导表面上依次叠加每种颜色的调色剂图像的电子照相色彩再现方法。 光电导表面被电晕发生器均匀地充电到预定的充电水平。 带电表面从其源暴露于第一颜色辐射图案以在所述表面上形成静电荷图像。 所得潜电荷图像用一种彩色调色剂调色以产生第一调色剂图像。 将得到的调色剂图像干燥。 此后,将电荷均匀地施加到包含那些承载干燥的第一调色剂图像的部分的相同光电导表面上,使得所产生的带电离子有效地穿过限定第一调色剂图像的干相邻调色剂颗粒到达光电导表面。 所得的电荷电势均匀地分布在整个感光体表面上,包括其调色区域和未调色区域。 此后,整个充电表面从其源暴露于第二辐射色图案,该辐射穿透第一调色剂图像以在所述整个表面上产生第二静电荷图像。 用第二种颜色的调色剂进行调色以限定叠加在适当的配准中的第二调色彩色调色剂图像。 将第二调色剂图像干燥并重复上述步骤,直到完成叠加的所需数量的彩色调色剂图像以形成期望的复合彩色调色剂图像。 完整的图像在单个转印步骤中转印到图像接收器以实现期望的印刷再现。