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    • 2. 发明授权
    • System of selection and display of graphical data by holography
    • 选择和显示图形数据的系统
    • US3822087A
    • 1974-07-02
    • US39430273
    • 1973-09-04
    • BOLUSSET CLE GALL JTREHEUX MLE BER F
    • LE BER FTREHEUX MLE GALL JBOLUSSET C
    • B41B17/30G03H1/26G02B27/00
    • B41B17/30G03H1/26
    • System for recording graphical data in the form of holograms on a plurality of hologram carriers, each hologram carrier storing a group of holograms, and for reading selected ones of these graphical data. The recording means includes an object carrier for holding transparent objects, a coherent light spurce giving rise to an object beam passing through an object and a recording reference beam describing a cone around the axis of the object beam and able to take discrete azimuthal angular positions on the cone. The reading means includes a coherent light source giving rise to a reading reference beam describing a cone around the normal to the hologram carrier and able to take discrete azimuthal angular positions on the cone. The hologram carriers are arranged in a matricial array and a given hologram has three addresses: the coordinates of the hologram carrier which contains it and an angle which is the position of the reading reference beam on the cone which it describes.
    • 用于以全息图的形式在多个全息图载体上记录图形数据的系统,每个全息图载体存储一组全息图,并用于读取这些图形数据中的所选择的一个。 记录装置包括用于保持透明物体的物体载体,产生通过物体的物体光束的相干光刺激和描述围绕物体光束的轴线的锥体的记录参考光束,并且能够将离散的方位角位置 锥体 读取装置包括相干光源,其产生读取参考光束,该读取参考光束描述围绕全息图载体的法线的锥形,并且能够在锥体上取离散的方位角位置。 全息图载体被布置成矩阵阵列,并且给定的全息图具有三个地址:包含它的全息图载体的坐标和作为读取参考光束在其描述的锥体上的位置的角度。
    • 3. 发明授权
    • Character imaging system
    • 字符成像系统
    • US4707711A
    • 1987-11-17
    • US863439
    • 1986-05-15
    • John H. Hunter
    • John H. Hunter
    • B41B19/00B23K26/06B41B17/20B41B17/30B41B17/32B41B21/16B41B21/20B41J2/465G02B26/10G03G15/04G06K15/12G01D9/42H04N1/04
    • G06K15/1238B23K26/066B41B17/20B41B17/30B41B17/32B41B21/20G02B26/10B23K2201/007
    • In a character imaging system, a selected one of a plurality of different characters (letters, numerals, symbols etc.) arrayed as windows in an otherwise opaque mask, is projected optically onto a selected location on a working surface. In this manner, laser light can be used to burn an impression into a workpiece, with successive characters spelling out words and sentences. Alternatively, the system can be used to project non-coherent light onto photographic film or onto a screen. The improvement in this type of system provided by the invention resides in the avoidance of a need to move the mask, or the working surface, or the final lens that projects the light beam onto such surface. And yet the improved system nevertheless enables sequential selection of different characters in the mask, as necessary to build up words and sentences on the working surface. This improvement is achieved by scanning a light beam that is projected onto an imaging element (concave mirror or lens), while synchronously scanning mirrors that receive the imaged beam in such a manner that the final beam is projected onto the workpiece at a desired location regardless of which character-defining window in the mask is traversed by the beam.
    • 在字符成像系统中,以不透明掩模排列为窗口的多个不同字符(字母,数字,符号等)中的所选择的一个被光学地投影到工作表面上的选定位置。 以这种方式,激光可以用于将印象烧成工件,连续的字符拼出单词和句子。 或者,该系统可用于将非相干光投射到照相胶片或屏幕上。 本发明提供的这种类型的系统的改进在于避免了将光束投射到这种表面上的掩模或工作表面或最终透镜的移动。 然而,改进的系统仍然能够在掩模中顺序地选择不同的字符,以便在工作表面上建立单词和句子。 通过扫描投射到成像元件(凹面镜或透镜)上的光束,同时扫描接收成像光束的反射镜,使得最终光束在期望位置投射到工件上而实现这一改进,而不管 其中掩模中的字符定义窗口被光束穿过。
    • 7. 发明公开
    • Character imaging system
    • Optisches System zur Bilderzeugung。
    • EP0246801A2
    • 1987-11-25
    • EP87304224.6
    • 1987-05-12
    • Lumonics Inc.
    • Hunter, John Hilton
    • G06K1/12B41B17/12B41B21/20B41B17/20B41B17/30B41B17/32G06K15/12G02B26/08G02B26/10
    • G06K15/1238B23K26/066B23K2201/007B41B17/20B41B17/30B41B17/32B41B21/20G02B26/10
    • In a character imaging system, a selected one of a plurality of different characters (letters, numerals, symbols etc.) arrayed as windows (22) in an otherwise opaque mask (20), is projected optically onto a selected location on a working surface (W). In this manner, laser light can be used to burn an impression into a workpiece, with successive characters spelling out words and sentences. Alternatively, the system can be used to project non-coherent light onto photographic film or onto a screen. The improvement in this type of system provided by the invention resides in the avoidance of a need to move the mask (20), or the working surface (W), or the final lens (Ll) that projects the light beam onto such surface. And yet the improved system nevertheless enables sequential selection of different characters in the mask, as necessary to build up words and sentences on the working surface. This improvement is achieved by scanning a light beam (l7) that is projected onto an imaging element, e.g. a concave mirror (M3) or a lens (L2), while synchronously scanning mirrors (M4, M5) that receive the imaged beam (l8, l9) in such a manner that the final beam (2l) is projected onto the workpiece (W) at a desired location regardless of which character-defining window in the mask (20) is traversed by the beam (l8, l9).
    • 在字符成像系统中,以不透明掩模(20)排列为窗口(22)的多个不同字符(字母,数字,符号等)中的选定的一个被光学地投影到工作表面上的选定位置 (W)。 以这种方式,激光可以用于将印象烧成工件,连续的字符拼出单词和句子。 或者,该系统可用于将非相干光投射到照相胶片或屏幕上。 由本发明提供的这种类型的系统的改进在于避免将将光束投射到这样的表面上的掩模(20)或工作表面(W)或最终透镜(L1)的移动。 然而,改进的系统仍然能够在掩模中顺序地选择不同的字符,以便在工作表面上建立单词和句子。 这种改进是通过扫描投影到成像元件上的光束(17)来实现的。 凹面镜(M3)或透镜(L2),同时以最终光束(211)投射到工件(W)上的方式同时扫描接收成像光束(18,19)的反射镜(M4,M5) ),而不管掩模(20)中哪个字符定义窗口被光束(18,19)穿过。