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    • 2. 发明申请
    • A VIEWING DEVICE
    • 查看设备
    • WO1996026498A1
    • 1996-08-29
    • PCT/AU1996000092
    • 1996-02-22
    • MIKOH TECHNOLOGY LIMITEDATHERTON, Peter, SamuelBULLOCK, GraemeFLYNN, Daphne
    • MIKOH TECHNOLOGY LIMITED
    • G06K07/12
    • G06K7/10811G06K2207/1013
    • A reading device (400) to aid in viewing the image to be produced by illuminating a diffractive optical surface (100) to produce a diffracted beam. The device (400) includes a light source (402) to produce a laser beam which is directed through a lens system (403). The beam is directed to and illuminates a diffractive optical surface to produce a diffractive beam. The diffractive beam is intercepted by an image receiving surface (409). A user of the device could then view the image on the image receiving surface (409). To configure the machine (400) to provide a focused image onthe image receiving surface (409), a mirror is placed at the position of the diffractive surface to produce a "spot" on the surface (409), which spot can then be adjusted in respect of size and focus. This is achieved by altering the lens system and position at which it is engaged by the laser beam.
    • 一种读取装置,用于通过照射衍射光学表面(100)来帮助观察要产生的图像以产生衍射光束。 装置(400)包括用于产生被引导通过透镜系统(403)的激光束的光源(402)。 光束被引导并照射衍射光学表面以产生衍射光束。 衍射光束被图像接收表面(409)截取。 然后,设备的用户可以在图像接收表面上观看图像(409)。 为了配置机器(400)以在图像接收表面(409)上提供聚焦图像,将反射镜放置在衍射表面的位置处以在表面(409)上产生“斑点”,然后可以调整该点 关于规模和重点。 这是通过改变透镜系统和激光束与其接合的位置来实现的。
    • 4. 发明申请
    • DIFRACTION SURFACES AND METHODS FOR THE MANUFACTURE THEREOF
    • 折射面及其制造方法
    • WO1995023350A1
    • 1995-08-31
    • PCT/AU1995000099
    • 1995-02-28
    • MIKOH TECHNOLOGY LIMITEDLEIGH-JONES, PeterALEXANDER, Brian, FrederickATHERTON, Peter, Samuel
    • MIKOH TECHNOLOGY LIMITED
    • G02B05/18
    • G02B5/1847B42D25/328G02B5/1842G03H1/0011G06K19/16
    • A diffraction surface (10) and a method of making the surface. The surface (10) may be applied to labels and other items to identify the origin of the goods to which the label is attached. The surface (10) can include a block grating including ridges (11, 13) and recesses (15) in the enclosed squares or rectangles. The diffraction grating (10) is manufactured by processing a data stream indicative of the image, including obtaining a Fourier Transform of the data stream and preferably clipping and quantising the data stream, and deforming a plate surface in accordance with the data stream. Also claimed is a diffraction grating having spaced first and second portions each producing an image on a receiving surface in response to illumination by a reading light beam, configured such that when the reading light beam moves from the first to the second portion, a change occurs in the first image to produce the second image.
    • 衍射面(10)和制造表面的方法。 表面(10)可以应用于标签和其他物品,以标识附着标签的货物的来源。 表面(10)可以包括在封闭的正方形或矩形中包括脊(11,13)和凹陷(15)的块状光栅。 衍射光栅(10)通过处理指示图像的数据流来制造,包括获得数据流的傅立叶变换,并且优选地对数据流进行削波和量化,并根据数据流使板表面变形。 还要求保护的是具有间隔开的第一和第二部分的衍射光栅,每个部分在接收表面上响应于读取光束的照射产生图像,其被配置为使得当读取光束从第一部分移动到第二部分时,发生变化 在第一个图像中产生第二个图像。
    • 5. 发明申请
    • DIFFRACTION SURFACE DATA DETECTOR
    • 衍射表面数据检测器
    • WO1994006097A1
    • 1994-03-17
    • PCT/AU1993000455
    • 1993-09-06
    • MIKOH TECHNOLOGY LIMITEDATHERTON, Peter, Samuel
    • MIKOH TECHNOLOGY LIMITED
    • G06K07/10
    • G11B7/0065G03H1/2249G03H2001/2244G03H2210/20G03H2227/06G11B7/0033
    • A method and apparatus (301) for detecting information stored on an optical memory diffraction surface (101). A reading light beam (102) illuminates the surface (101). At least one diffracted light beam (104) is produced, with the light beam (104) having a predetermined intensity pattern. A sensor (309) is illuminated by a diffracted beam (308) and is used for authentication purposes. A second sensor (319) is illuminated by a second diffracted beam (308), which second beam (308) passes through an optical lens (imaging lens) (304) so that an image is produced on the sensor (319). The sensor (309) produces a signal for authentication purposes which signal can be compared to a "template" signal. The signal generated by the sensor (319) has additional information to that information contained in the signal produced by the sensor (309).
    • 一种用于检测存储在光学存储器衍射面(101)上的信息的方法和装置(301)。 读取光束(102)照亮表面(101)。 产生至少一个衍射光束(104),其中光束(104)具有预定的强度图案。 传感器(309)由衍射光束(308)照射,并用于认证目的。 第二传感器(319)由第二衍射光束(308)照射,第二光束(308)通过光学透镜(成像透镜)304,从而在传感器319上产生图像。 传感器(309)产生用于认证目的的信号,该信号可以与“模板”信号进行比较。 由传感器(319)产生的信号对于包含在由传感器(309)产生的信号中的信息具有附加信息。
    • 6. 发明申请
    • OPTICAL IMAGE AUTHENTICATOR
    • 光学图像认证机构
    • WO1997006502A1
    • 1997-02-20
    • PCT/AU1996000498
    • 1996-08-07
    • MIKOH TECHNOLOGY LIMITEDATHERTON, Peter, SamuelCHANDLER, Charles, E.POTTER, Robert, J.
    • MIKOH TECHNOLOGY LIMITED
    • G06K05/00
    • G06K7/1092G06K9/6202G07D7/00
    • Optical Image Authenticator and method where a light intensity pixel array is detected and compared with a reference pixel array on a pixel by pixel basis to determine if each pixel is either good or bad. Authentication is done on the basis of the number of good/bad pixel's or their ratio. Pixel's are assigned a grey scale value or a binary value. Values are allocated with respect to different threshold levels. The optical memory can be a pixilated diffraction grating or "pixelgram". Detection is via a CCD sensor and a laser pulses every frame. Detected pattern starting point position is matched with the respective positions in the authentic pattern. The authentic pattern is stored in a variety of forms which have been rotated or linearly translated. For use in the field of securities and credit cards.
    • 光学图像鉴别器和方法,其中检测到光强度像素阵列并逐个像素地与参考像素阵列进行比较,以确定每个像素是好还是坏。 验证是根据好/坏像素的数量或它们的比例来完成的。 像素被分配了灰度值或二进制值。 相对于不同的阈值级别分配值。 光学存储器可以是像素化衍射光栅或“像素图”。 通过CCD传感器和每帧的激光脉冲进行检测。 检测到的图案起点位置与真实图案中的各个位置相匹配。 真实图案以旋转或线性翻译的各种形式存储。 用于证券和信用卡领域。