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    • 74. 发明公开
    • ELECTRONIC DEVICE, ELECTRONIC DEVICE COORDINATION SYSTEM, AND ELECTRONIC DEVICE CONTROL METHOD
    • 电子器件,系统协调,电子设备和方法的用于控制电子设备
    • EP2709019A1
    • 2014-03-19
    • EP12786563.2
    • 2012-05-14
    • Nikon Corporation
    • TANAKA, Atsushi
    • G06F13/00
    • G06F9/00G06F13/385
    • There are included a communication part performing communication with other device; a command managing part transmitting a command of an own device to other device and receiving a command of other device to acquire the command of other device by the communication part, and managing the command of the own device and the command of other device; and a command processing part executing processing of a function corresponding to the command of the own device by the own device when a command selected from the commands managed by the command managing part is the command of the own device, and executing processing of a function corresponding to the command of other device by the other device when the command selected is the command of the other device.
    • 有被包括执行与其他设备通信的通信部分; 命令管理部发送自身设备到其他设备的命令和接收其它设备的命令通过该通信部分以获取其他设备的命令,管理自身设备和其它设备的命令的命令; 和功能的一个指令处理部执行的处理对应于由自身设备的所述自身设备的命令。当从由所述命令管理部所管理的命令所选择的命令是自己的设备的命令,并执行功能的处理对应 由其他设备中的其他设备的命令。当选择的命令是其他设备的命令。
    • 75. 发明公开
    • Local Trusted Service Manager
    • LokalerzuverlässigerDienstmanager
    • EP2698756A1
    • 2014-02-19
    • EP12180296.1
    • 2012-08-13
    • NXP B.V.
    • Lessiak, AndreasWarnez, Dimitri
    • G06Q20/32G07F7/08H04L29/08H04W12/00H04W88/06
    • H04W12/04G06F9/00G06F9/46G06F21/00G06F21/31H04W12/00H04W88/06
    • There is described a method for managing a secure element (120) which is embedded into a host unit (110). The described method comprises (a) transmitting a request for a management script from the host unit (110) to a program element (124) of the secure element (120), (b) at the program element (124), generating a management script in accordance with the request and encrypting the generated management script, (c) transmitting the encrypted management script from the program element (124) to the host unit (110), (d) transmitting the encrypted management script from the host unit (110) to a secure domain (122) of the secure element (120), and (e) at the secure domain (122), decrypting and executing the management script. There is also described a management applet (124) for locally managing a secure element (120) embedded into a host unit (110), a secure element (120), a mobile communications device, a computer program and a computer program product.
    • 描述了一种用于管理嵌入到主机单元(110)中的安全元件(120)的方法。 所描述的方法包括(a)从主机单元(110)向安全元件(120)的程序元件(124)发送对管理脚本的请求,(b)在程序元件(124)处产生管理 根据请求加密生成的管理脚本,(c)将加密的管理脚本从程序单元(124)发送到主机单元(110),(d)从主机单元(110)发送加密的管理脚本 )到安全元件(120)的安全域(122),以及(e)在安全域(122)处解密并执行管理脚本。 还描述了用于本地管理嵌入到主机单元(110),安全元件(120),移动通信设备,计算机程序和计算机程序产品中的安全元件(120)的管理小应用程序(124)。
    • 79. 发明公开
    • Configurable data processing pipeline
    • Konfigurierbare Datenverarbeitungspipeline
    • EP0886236A3
    • 2002-12-18
    • EP98105549.4
    • 1998-03-26
    • Hewlett-Packard Company, A Delaware Corporation
    • Vondran, Gary L., Jr.Nottingham, James R.Clouthier, Scott C.Heins, DouglasHoffmann, Brian E.
    • G06K15/00G06K15/12
    • G06F9/00G06K15/02G06K2215/0002G06K2215/0011G06K2215/0094
    • A print data processing pipeline (15) for use in a color electrophotographic printer (16) optimizes print quality and minimizes memory usage by separately processing lossy and lossless print data. Lossy print data may include print data for images and lossless print data may include print data for text, line art, and graphics. Partitioning print data into lossy and lossless components allows application of the print data compression operations optimized for each type of print data. High compression ratios can be achieved on lossy print data by applying visually lossless compression operations designed for the lossy print data. In addition, high compression ratios can be achieved on the lossless print data by applying lossless compression operations designed for the lossless print data. A merge unit (128) combines the lossy and lossless print data streams after decompression to reconstruct the original image. Placement of the color space conversion operation (12) and the halftone operation (14) relative to the merge operation (13), further optimizes the print quality while minimizing memory usage. The print data processing pipeline includes a direct memory access controller (122) which has the capability to allow print data to be selectively directed to the lossy (126) or lossless (127) compressor/decompressor, the color space converter (125), or the merge unit (128). Feedback paths within the print data processing pipeline (15) allow the results of the various operations performed to be returned to the direct memory access controller (122) for further processing or storage in system memory (2, 6). Bypass paths in the color space converter (125) and halftone unit (130) allow print data to be selectively directed around these operations. These capabilities allow configuration of the print data processing pipeline (15) to perform a multitude of permutations of print data processing operations optimized for the print data.
    • 用于彩色电子照相打印机(16)的打印数据处理流水线(15)通过单独处理有损和无损打印数据来优化打印质量并使存储器使用最小化。 有损打印数​​据可以包括用于图像的打印数据和无损打印数据可以包括用于文本,线条图形和图形的打印数据。 将打印数据分成有损和无损的组件,可以应用针对每种打印数据优化的打印数据压缩操作。 通过为有损打印数​​据应用视觉无损压缩操作,可以在有损打印数​​据上实现高压缩比。 此外,通过为无损打印数据应用无损压缩操作,可以在无损打印数据上实现高压缩比。 合并单元(128)在解压缩之后组合有损和无损打印数据流以重建原始图像。 颜色空间转换操作(12)和半色调操作(14)相对于合并操作(13)的放置进一步优化打印质量同时最小化存储器使用。 打印数据处理流水线包括直接存储器访问控制器(122),其具有允许打印数据被选择性地指向有损(126)或无损(127)压缩器/解压缩器,色空间转换器(125)或 合并单元(128)。 打印数据处理流水线(15)内的反馈路径允许所执行的各种操作的结果返回到直接存储器访问控制器(122),以进一步处理或存储在系统存储器(2,6)中。 彩色空间转换器(125)和半色调单元(130)中的旁路路径允许打印数据选择性地围绕这些操作。 这些功能允许打印数据处理流水线(15)的配置来执行针对打印数据优化的打印数据处理操作的多个排列。
    • 80. 发明公开
    • Multi-path data processing pipeline
    • Mehrweg-Datenverarbeitungspipeline
    • EP0886205A2
    • 1998-12-23
    • EP98105537.9
    • 1998-03-26
    • Hewlett-Packard Company
    • Vondran, Gary L., Jr.Nottingham, James R.Heins, Douglas
    • G06F3/12
    • G06F9/00G06F3/1297H04N1/642
    • A print data processing pipeline (15) for use in a color electrophotographic printer 16 optimizes print quality and minimizes memory usage by separately processing lossy and lossless print data. Lossy print data may include print data for images and lossless print data may include print data for text, line art, and graphics. Partitioning print data into lossy and lossless components allows application of the print data compression operations optimized for each type of print data. High compression ratios can be achieved on lossy print data by applying visually lossless compression operations designed for the lossy print data. In addition, high compression ratios can be achieved on the lossless print data by applying lossless compression operations designed for the lossless print data. A merge unit (128) combines the lossy and lossless print data streams after decompression to reconstruct the original image. Placement of the color space conversion operation (12) and the halftone operation (14) relative to the merge operation (13), further optimizes the print quality while minimizing memory usage. The print data processing pipeline includes a direct memory access controller (122) which has the capability to allow print data to be selectively directed to the lossy (126) or lossless (127) compressor/decompressor, the color space converter (125), or the merge unit (128). Feedback paths within the print data processing pipeline (15) allow the results of the various operations performed to be returned to the direct memory access controller (122) for further processing or storage in system memory (2, 6). Bypass paths in the color space converter (125) and halftone unit (130) allow print data to be selectively directed around these operations. These capabilities allow configuration of the print data processing pipeline (15) to perform a multitude of permutations of print data processing operations optimized for the print data.
    • 用于彩色电子照相打印机16的打印数据处理流水线(15)通过单独处理有损和无损打印数据来优化打印质量并使存储器使用最小化。 有损打印数​​据可以包括用于图像的打印数据和无损打印数据可以包括用于文本,线条图形和图形的打印数据。 将打印数据分成有损和无损的组件,可以应用针对每种打印数据优化的打印数据压缩操作。 通过为有损打印数​​据应用视觉无损压缩操作,可以在有损打印数​​据上实现高压缩比。 此外,通过为无损打印数据应用无损压缩操作,可以在无损打印数据上实现高压缩比。 合并单元(128)在解压缩之后组合有损和无损打印数据流以重建原始图像。 颜色空间转换操作(12)和半色调操作(14)相对于合并操作(13)的放置进一步优化打印质量同时最小化存储器使用。 打印数据处理流水线包括直接存储器访问控制器(122),其具有允许打印数据被选择性地指向有损(126)或无损(127)压缩器/解压缩器,色空间转换器(125)或 合并单元(128)。 打印数据处理流水线(15)内的反馈路径允许所执行的各种操作的结果返回到直接存储器访问控制器(122),以进一步处理或存储在系统存储器(2,6)中。 彩色空间转换器(125)和半色调单元(130)中的旁路路径允许打印数据选择性地围绕这些操作。 这些功能允许打印数据处理流水线(15)的配置来执行针对打印数据优化的打印数据处理操作的多个排列。