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. 发明公开
    • Method and means for reading electronic signal patterns stored on a movable image recording surface
    • 方法和用于读取电子装置,存储在运动图像记录表面的信号图案。
    • EP0291057A2
    • 1988-11-17
    • EP88107639.2
    • 1988-05-11
    • Kuehnle, Manfred R.
    • Kuehnle, Manfred R.
    • G11B9/10G11B9/00H01J31/08H04N5/30
    • B82Y10/00G11B11/002G11B11/005G11B11/08H01J31/28
    • A scanning system for optoelectronically recorded signal patterns stored in a plural layer medium consisting of inorganic materials throughout and featuring a dielectric storage layer at the surface which faces an electron beam source. The source beam first searches for a position mark associated with an image frame on the medium in order to establish a precise home position of the beam and associated coordinate axes prior to commencing the scan operation on that medium frame. Then the beam scans a raster on the medium spending a certain dwell time at each resolution element of the raster. Each time a frame is reached, the system is capable of altering the beam current in response to a pre-recorded exposure code in order to achieve the optimal retrieval of all information stored image-wise within said frame. The system then collects electrons emitted from the medium due to the scanning beam in a collector, which incorporates a highly sensitive amplifier, for further processing, with the medium being movable frame by frame as desired. In another system version, the electronic image on the medium as read using a sensing needle array that scans close to the medium surface making it possible to extract tunnelling electrons through the natural electron surface cloud as a result of an external electrical field applied between the needle and the medium. The "tunnelling current" is modulated by internal, image-­wise electrical field domains and the amplitude of the current is representative of the electronic image stored in the medium.
    • 用于将存储在多个层中的无机材料由......组成,并设有在整个电子束源的面对表面上的电介质存储层光电子记录的信号图案的扫描系统。 源光束首先搜索用于与所述介质上的图像帧,以建立所述光束的精确原点相关联,并且相关联的开始扫描手术上做介质帧之前的坐标轴的位置的标记。 然后,束扫描在网格的每个分辨率元素花费某些停留时间在介质上的栅格。 在每次到达帧时间,该系统能够改变束电流,响应于预先记录的曝光代码,以实现所述框架内存储的图像方式的所有信息的最佳检索的。 然后,该系统收集从介质所发射的电子由于在收集器中的扫描光束,其结合了高度敏感的放大器,用于进一步的处理,与所述介质是由框架可移动框架任意的。 在另一系统中的版本,如使用感测针阵列读取在介质上的电子图像并靠近介质表面使得能够通过自然电子表面云随着针之间施加的外部电场的结果来提取隧道电子扫描 和介质。 在“隧穿电流”由内部,成像方式电场域调制和电流的振幅是代表存储在介质中的电子图像。
    • 2. 发明公开
    • Transport system with electrostatic substrate retention device
    • 运输系统电子信号处理器(Substrathalterungsvorrichtung)。
    • EP0671263A1
    • 1995-09-13
    • EP95300898.4
    • 1995-02-14
    • KUEHNLE, Manfred R.
    • KUEHNLE, Manfred R.
    • B41F21/00B65H5/00
    • B41F21/005B65H5/004B65H2404/251
    • A transport system comprises a carrier in the form of a belt, drum or reciprocating member (10) having a surface and arrays of first and second conductors (34, 36) extending under that surface generally parallel to one another, each second conductor being spaced close to a first conductor to define a narrow gap between them. A voltage source (42) applies a potential difference between the conductors to produce electrostatic fields at said gaps which can attract and hold a substrate to said carrier surface. Switching is provided so that a potential difference is applied only between selected ones of the first and second conductors so as to control the areas of the carrier surface to which the substrate is held. In the case of a transport with a belt-type carrier, indicia (52, 56) may be applied to the belt enabling the longitudinal and lateral positions of the belt to be monitored to achieve predictive positioning of the substrate relative to successive work stations serviced by the transport.
    • 传送系统包括带状,滚筒或往复运动构件(10)形式的托架,该托架或往复运动构件(10)具有在该表面下延伸的大致平行的第一和第二导体(34,36)的表面和阵列,每个第二导体间隔开 靠近第一个导体来限定它们之间的狭窄间隙。 电压源(42)施加导体之间的电位差,以在所述间隙处产生可吸引并保持衬底至所述载体表面的静电场。 提供开关,使得仅在第一和第二导体的选定的导体之间施加电位差,以便控制保持衬底的载体表面的面积。 在具有带式载体的运输的情况下,可以将标记(52,56)施加到带上,使得能够监测带的纵向和横向位置,以实现衬底相对于所服务的连续工作站的预测定位 由运输。
    • 8. 发明公开
    • Thermodynamic printing method and means
    • Verfahren undGerätzum thermodynamischen Drucken。
    • EP0295364A2
    • 1988-12-21
    • EP88102964.9
    • 1988-02-27
    • Kuehnle, Manfred R.
    • Kuehnle, Manfred R.
    • G03G15/32
    • B41C1/105G03G15/0194G03G15/169G03G15/321G03G2215/0119G06K15/02G06K2215/0094
    • In a method of printing on a printing medium (S) a variable thickness ink dot pattern representing an original image in response to an incoming digital data stream, a printing member, e.g. a cylinder (72), is formed which defines a multiplicity of discrete, independently electrically chargable capacitor microcells (94) adjacent to a printing surface of that member. Selected ones of the microcells (94) are activated in accordance with the incoming data stream so that the activated microcells are geometrically related to the dots in the pattern to be printed. Then, electrical charges are deposited on the microcells (94) selected for activation at controlled variable coulombic charge levels to create at the printing surface localized electrical fields of various strengths that are proportional to the print densities desired for the related dots in the pattern to be printed. Following this, the printing surface is contacted by a two-­component, voltage sensitive, thermoplastic whereby the ink, under the influence of the fields, is deposited on the printing surface only at the locations of the microcells selected for activation, with the thickness of each ink deposit being proportional to the strength of the field at that microcell, thereby to form a variable-thickness ink pattern on the printing surface. That ink pattern is then transferred completely to the printing medium to provide a faithful hardcopy reproduction of the original image. Apparatus for practicing the method are also disclosed.
    • 在打印介质(S)上印刷响应于输入的数字数据流表示原始图像的可变厚度墨点图案的方法,例如印刷构件。 形成圆筒(72),其限定了与该构件的打印表面相邻的多个离散的,独立地可充电的电容器微电池(94)。 所选择的微小区(94)根据输入数据流被激活,使得激活的微小区在几何学上与要打印的图案中的点相关。 然后,将电荷沉积在选择用于以受控可变库仑电荷水平激活的微电池(94)上,以在印刷表面上产生与图案中相关点所需的印刷密度成比例的各种强度的局部电场 打印。 之后,印刷表面被双组分,电压敏感的热塑性塑料接触,由此在场的影响下,仅在选择用于激活的微电池的位置处将墨水沉积在印刷表面上,其厚度 每个油墨沉积物与该微细孔处的场强度成比例,从而在印刷表面上形成可变厚度的油墨图案。 然后将该油墨图案完全转印到打印介质上,以提供对原始图像的忠实的硬拷贝再现。 还公开了用于实施该方法的装置。
    • 10. 发明公开
    • TOROIDAL DRIVE SYSTEM AND METHOD OF ASSEMBLING SAME
    • 环形及安装方法
    • EP0925459A1
    • 1999-06-30
    • EP97941502.0
    • 1997-09-10
    • KUEHNLE, Manfred R.
    • KUEHNLE, Manfred R.
    • F16H1
    • F16H1/30Y10T74/19805Y10T74/19981
    • A toroidal drive system (30) includes a housing composed of first and second mating housing sections (52a, 52b) having interior walls which cooperate to define a plurality of parallel, helix-like races (172) inscribed in a torus having a circular axis. The two mating housing sections (52a, 52b) are secured together and a plurality of rotary elements (126) are fixedly spaced apart along that axis, the elements (126) each having an axle fixed at the axis and a plurality of removable, radially extending teeth (142) rotatably encircling the corresponding axle, each tooth (142) of each rotary element (126) engaging in a different one of the plurality of races (172). A worm (84) is mounted for rotation in the housing (52) about an axis substantially perpendicular to the circular axis, that worm (84) engaging at least one tooth of each of the plurality of rotary elements (126). Power take off means (102) are connected to all of the axles and extend outside the housing. Access holes are provided in the housing (52) section walls at the bottoms of the races (172), the holes being larger than the teeth (142) engaged in the races so that the housing sections (52a, 52b) can be mated around the rotary elements (126) while the elements (126) are missing some teeth (142) and secured together after which the missing teeth (142) may be installed on the rotary elements (126) through the access holes by rotating the worm (84) to align the missing tooth positions of the elements (126) with the holes. Methods of making and assembling the drive system (30) are also disclosed.