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    • 1. 发明申请
    • AUTONOMOUS PORTABLE SCANNERS
    • 自动便携式扫描仪
    • US20120307316A1
    • 2012-12-06
    • US13587909
    • 2012-08-16
    • Pierre De MuelenaereMichel DauwOliver DupontPatrick Verleysen
    • Pierre De MuelenaereMichel DauwOliver DupontPatrick Verleysen
    • H04N1/40
    • H04N1/00222H04N2201/0044H04N2201/0081H04N2201/0096
    • Battery-powered portable scanner, comprising: a scanning unit for scanning documents and forming digital representations thereof; a processor, communicatively connected to the scanning unit and provided for controlling the scanning operation; at least a first embedded storage capabilities, each of which is communicatively connected to the processor and each of which comprises either an internal memory for internally storing the digital representations or a communication link to an external storage medium for externally storing the digital representations. The processor is provided for enabling autonomous operation without connection to a terminal. The processor may be provided with an embedded routing application which is provided for routing the digital representations to a predetermined selection among the embedded storage capabilities.
    • 电池供电便携式扫描器,包括:用于扫描文件并形成其数字表示的扫描单元; 处理器,通信地连接到扫描单元并被提供用于控制扫描操作; 至少第一嵌入式存储能力,其中每一个通信地连接到处理器,并且其中的每一个包括用于内部存储数字表示的内部存储器或用于外部存储数字表示的外部存储介质的通信链路。 提供处理器用于在不连接到终端的情况下实现自主操作。 处理器可以设置有嵌入式路由应用,其被提供用于将数字表示路由到嵌入式存储能力中的预定选择。
    • 5. 发明授权
    • Autonomous sheet-fed scanner
    • 自动单张纸扫描仪
    • US08699100B2
    • 2014-04-15
    • US13023666
    • 2011-02-09
    • Pierre De MuelenaereMichel DauwOlivier DupontPatrick Verleysen
    • Pierre De MuelenaereMichel DauwOlivier DupontPatrick Verleysen
    • H04N1/46B65H33/04H04N1/04
    • H04N1/00222H04N2201/0044H04N2201/0081H04N2201/0096
    • Battery-powered portable sheet-fed scanner, comprising: a scanning unit (21-23) for scanning documents and forming digital representations thereof; a sheet feeder (28) for feeding a document past the scanning unit; a processor (20), communicatively connected to the scanning unit and provided for controlling the scanning operation; a plurality of embedded storage capabilities, each of which is communicatively connected to the processor and each of which comprises either an internal memory (26) for internally storing the digital representations or a communication link (24; 25) to an external storage medium for externally storing the digital representations. The processor is provided with an embedded routing application which is provided for routing the digital representations to a predetermined selection among the embedded storage capabilities.
    • 电池供电的便携式单张纸扫描器,包括:扫描单元(21-23),用于扫描文件并形成数字表示; 用于将文件馈送通过扫描单元的送纸器(28) 处理器(20),通信地连接到扫描单元并被提供用于控制扫描操作; 多个嵌入式存储能力,其中每一个通信地连接到处理器,其中每一个包括用于将数字表示内部存储的内部存储器(26)或用于外部的外部存储介质的通信链路(24; 25) 存储数字表示。 该处理器设置有嵌入式路由应用,其被提供用于将数字表示路由到嵌入式存储能力中的预定选择。
    • 7. 发明申请
    • METHOD FOR FAST UP-SCALING OF COLOR IMAGES AND METHOD FOR INTERPRETATION OF DIGITALLY ACQUIRED DOCUMENTS
    • 彩色图像快速升级的方法和数字采集文件的解释方法
    • US20130006607A1
    • 2013-01-03
    • US13616485
    • 2012-09-14
    • Michel DauwPatrick VerleysenXavier GallezPierre De Muelenaere
    • Michel DauwPatrick VerleysenXavier GallezPierre De Muelenaere
    • G06F17/28
    • G06K9/4652G06K9/6842G06K2209/01
    • Method for up-scaling a color image prior to performing subsequent processing on said color image, comprising the steps of converting the color image into multiple image layers distinguishable from each other and up-scaling at least one of said multiple image layers. The up-scaling is tuned towards the subsequent processing, for example luminance is upscaled at higher quality than chrominance. Further, a method for interpreting information present on digitally acquired documents, comprising the steps of: (i) determining a country; (ii) identifying a list of languages and character sets in use in said country; (iii) performing optical character recognition simultaneously using all languages and character sets of the list; (iv) performing field parsing to identify fields in the digitally acquired document on the basis of international as well as country-specific field recognition rules; (v) storing the recognized information according to the identified fields in a database.
    • 用于在对所述彩色图像执行后续处理之前对彩色图像进行放大缩放的方法,包括以下步骤:将所述彩色图像转换成彼此区分的多个图像层,并且对所述多个图像层中的至少一个进行上变换。 升序调整朝向后续处理,例如,以比色度更高的质量放大亮度。 此外,一种用于解释存在于数字获取的文档上的信息的方法,包括以下步骤:(i)确定一个国家; (ii)确定在该国使用的语言和字符集列表; (iii)使用列表的所有语言和字符集同时执行光学字符识别; (iv)根据国际和国家特定的领域确认规则进行现场解析以识别数字获取的文件中的字段; (v)根据所识别的字段将识别的信息存储在数据库中。
    • 8. 发明申请
    • METHOD FOR FAST UP-SCALING OF COLOR IMAGES AND METHOD FOR INTERPRETATION OF DIGITALLY ACQUIRED DOCUMENTS
    • 彩色图像快速升级的方法和数字采集文件的解释方法
    • US20110206281A1
    • 2011-08-25
    • US12673534
    • 2008-08-14
    • Michel DauwPatrick VerleysenXavier GallezPierre De Muelenaere
    • Michel DauwPatrick VerleysenXavier GallezPierre De Muelenaere
    • G06K9/18G06K9/34
    • G06K9/4652G06K9/6842G06K2209/01
    • Method for up-scaling a color image prior to performing subsequent processing on said color image, comprising the steps of converting the color image into multiple image layers distinguishable from each other and up-scaling at least one of said multiple image layers. The up-scaling is tuned towards the subsequent processing, for example luminance is upscaled at higher quality than chrominance. Further, a method for interpreting information present on digitally acquired documents, comprising the steps of: (i) determining a country; (ii) identifying a list of languages and character sets in use in said country; (iii) performing optical character recognition simultaneously using all languages and character sets of the list; (iv) performing field parsing to identify fields in the digitally acquired document on the basis of international as well as country-specific field recognition rules; (v) storing the recognized information according to the identified fields in a database.
    • 用于在对所述彩色图像执行后续处理之前对彩色图像进行放大缩放的方法,包括以下步骤:将所述彩色图像转换成可彼此区分的多个图像层,并且对所述多个图像层中的至少一个进行上调。 升序调整朝向后续处理,例如,以比色度更高的质量放大亮度。 此外,一种用于解释存在于数字获取的文档上的信息的方法,包括以下步骤:(i)确定一个国家; (ii)确定在该国使用的语言和字符集列表; (iii)使用列表的所有语言和字符集同时执行光学字符识别; (iv)根据国际和国家特定的领域确认规则进行现场解析以识别数字获取的文件中的字段; (v)根据所识别的字段将识别的信息存储在数据库中。