光學字符閱讀紙檢測

光學字符閱讀紙檢測項目報價？??解決方案？??檢測周期？??樣品要求？

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GB/T 5271.12-2000信息技術 詞匯第12部分:外圍設備

為方便信息處理方面的交流，特制定此部分標準。本標準給出了與信息處理領域相關的概念的術語和定義，并明確了這些條目之間的關系。 為方便將此標準翻譯成其他語言，給出的定義盡可能避免語言上的特殊性。 本標準定義了數據媒體、存儲器、磁帶及打印機等概念。

GB/T 12508-1990光學識別用字母數字字符集 第2部分:OCR-B 字符集 印刷圖象的形狀和尺寸

本標準規定了印刷圖象的形狀和尺寸，它既符合人們閱讀的習慣，又適用于機器的讀出，以便易于和促進光學字符識別（OCR）在數據處理中的應用。 本標準規定了用于光學字符識別的字母數字字符、圖形和符號的印刷圖象的形狀和尺寸，也適用于一般的用途。 所設計的OCR-B的字符形狀，既適用于OCR系統，且在更廣泛的應用范圍內也適用于一般的用途，而不至于造成過分的不方便。OCR-B的字符大小用三種尺寸給出。

GB/T 18725-2008制造業信息化.技術術語

本標準定義了制造業信息化領域所用的有關技術術語，包括信息技術基礎理論部分的基本術語和信息技術在制造業中應用部分的技術術語，以及國內技術市場上出現的新的詞匯。本標準適用于與制造業信息化技術有關的科研、生產、工程、管理、經營、教育等部門。本標準技術內容支持現代設計工程和企業信息化所要求的設計、制造、管理、集成、通信互連、網絡及相關信息技術等方面的術語。

GB/T 20225.1-2017電子文檔管理 詞匯 第1部分:電子文檔成像

GB/T 20225的本部分旨在方便電子文件管理領域內的交流和術語的翻譯。本部分通篇所用的“電子文檔管理”是作為輸入技術(掃描、索引、光學字符識別、格式、數字生成等)、管理技術(文檔服務、工作流及其他工作管理工具)以及存儲(主要是光學存儲或磁存儲)技術的通用術語。

GB/T 22821-2008光學字符閱讀紙

本標準規定了光學字符閱讀紙的產品分類、技術要求、試驗方法、檢驗規則和標志、包裝、運輸、貯存。本標準適用于光電錄入技術所用的光學字符閱讀紙。

GB/T 30536-2014文獻成像應用 對原始文件制作的建議

本標準規定了印刷文獻的原件制作指導,以便更易被縮微復制或影像掃描復制。雖然本標準更多是針對具體的拉丁字母,但是其一般原則也適用于使用其他字母或意符的文獻制作。本標準不適用于GB/T 14689和GB/T 10609.4中給出的技術制圖的條件。同樣也不適用于特殊的縮微影像技術或相關的掃描使用(銀行支票或條碼掃描)。

NB/T 20271-2014核電廠退役需要的文件和記錄的維護與保存要求

本標準規定了收集、篩選、保存和維護核電廠退役需要的文件和記錄的方法及一般要求。本標準主要適用于核電廠業主和(或)營運單位對核電廠退役需要的文件和記錄的管理,其他核設施退役可參照執行。

BS EN 13619-2002郵政服務.郵件處理.處理信件的光學特征

This European Standard specifies optical characteristics for processing letters and gives guidelines on the valuesof these attributes that will assure a high level of address readability. It is aimed at facilitating relations betweenPostal Operators and Customers by providing information that mailers can use to ensure that the addresses theyprint can be processed successfully by postal automation systems.The standard is intended to support:??assessment of the probable readability of a printed address, using given address recognition equipment,without actually submitting it to the equipment;??determination of the changes in address printing characteristics that are required to achieve a desired level ofaddress readability using given address recognition equipment;??assessment of the complexity, and thus the cost, of the address recognition equipment needed to achieve adesired level of readability of addresses with given printing characteristics.The standard applies to mail items whose size is up to and including C51, but may also be applied to oversizeitems, commonly referred to as C5+, and to flats. The address blocks covered are:??the delivery address block;??the sender address block if this is printed on the same side of the mail item as the delivery address block.The guidelines provided in the standard apply to address blocks as they appear on finished mail items whensubmitted to postal operators, and not just to addresses and the substrate on which they are printed. Users of thestandard are responsible for determining the physical parameters which are required to achieve compliance aftertaking account of characteristics which result from mail item features, other than printing, such as covering, the useof transparent window envelopes and the use of address labels.The guidelines are based on physical attributes that tend to influence the readability of addresses by opticalcharacter recognition (OCR) equipment and by video-coders. To the extent that this is possible, attributes havebeen selected so as to be easily controllable and to be measurable using simple, low-cost, means. The attributevalues given are based on common notions of typography and on colour reference systems that are likely to beknown by mailers. The values given should be interpreted as recommendations or guidelines, not as strict,mandatory, all-or-nothing rules.OCR systems are complex and their behaviour is therefore not easily modelled by simple attributes. As a result theambition of the standard is limited by the difficulty of defining some attributes in formal terms, even though theirinfluence on address readability has been proven. Where this is the case, the standard uses examples, lists ofpreferred values, or literal descriptions to give hints on how to maximise address readability.Since all attributes do not contribute uniformly to the readability of an address, the standard identifies two levels ofsalience for each attribute (high and normal). These two levels are designed to aid in the definition of readabilityclasses by users of the standard.This standard considers a printed address as being made up of a series of lines of printed information2. Guidelinesrelated to such address lines are relevant for all lines in an address block.