Now we can offer Optical Mark Readers of models.
目前我们能提供光学记录阅读器的模型。
Optical mark reader (OMR) system can be used to achieve these aspects.
光电阅读机（OMR）的使用就可以达到上述要求。
The invention also relates to a security element that is produced with at least one micro-optical mark of authenticity.
本发明还涉及用至少一种微光学真 实性特征制造的安全元件。
The instability of optical image of X ray film optical mark camera caused by the different thickness of dark cassette is resolved.
解决了X光片光学标记摄影机由于暗盒厚度差所引起的开盖困难和导致光学成像质量不稳定的问题。
This paper discusses a document image analysis system based on optical mark recognition. The design method and implementation techniques are emphasized.
本文讨论了一种基于光学标记识别技术的文档图象识别系统，重点阐述了该系统的设计思想和实现技术。
This paper discussed recognition algorithms for analyzing document image of information card based on optical mark recognition, and proposed a new information card fill-in method.
阐述了基于图像识别的信息填涂卡文档图像标记阅读机中的识别算法，并提出一种新的信息卡填写方式。
Conclusion Although composite resins with the same color mark had the similar fillers, they had different color and infinity optical thickness.
结论相同色号的光敏树脂虽填料颗粒相同，但无限光学厚度存在差异，临床应用时最好预备多种树脂以备选色。
There are three types of scanning devices: optical scanners, bar code readers, and char and mark recognition devices.
扫描设备有三种类型：光学扫描器，条码阅读器，和char和标记识别设备。
The infinity optical thickness gradual decreased in the same shade mark from1to4, and from A to D the results was not simple.
同一颜色系列标号从小到大，无限光学厚度依次减低；从A至D标号，并非简单的依次减低，而是存在交叉现象。
Validity of scalar diffraction theory must be checked, because the size of information mark (pit) of optical disk is comparable with or smaller than the laser wavelength.
由于光盘信息符(坑点)尺寸可以和波长相比较或更小，标量衍射理论的有效性必需进行检验。
High sensitivity optical electric color mark tracking and digital input cut position which makes the sealing and cutting more accurate.
高感度光电眼色标跟踪，数字化输入封切位置，使封切位置更加准确。
The utility model can differentiate optical channels and wavelength through adding the color cladding layers on the outer surfaces of the optical fibers to identify and mark the optical channels.
本实用新型通过在光纤的外表面增加色彩包覆层，进行区分光通道以及波长，实现了对光通道进行识别和标识。
It differs from the ordinary photoelectric colour mark sensor in the optical system of the new colour mark sensor which is composed of a coaxial distributed optical fiber bundle of composition type.
它与普通光电色标传感器不同，其光学系统由组合式同轴分布排列的光纤束构成。
It differs from the ordinary photoelectric colour mark sensor in the optical system of the new colour mark sensor which is composed of a coaxial distributed optical fiber bundle of composition type.
它与普通光电色标传感器不同，其光学系统由组合式同轴分布排列的光纤束构成。
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