会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Hot insertable UTOPIA interface with automatic protection switching for backplane applications
    • 热插拔UTOPIA接口,具有背板应用的自动保护切换功能
    • US06356557B1
    • 2002-03-12
    • US09172545
    • 1998-10-14
    • Stephen J. NicholsCuong T. Luu
    • Stephen J. NicholsCuong T. Luu
    • H04L12403
    • H04L49/405G06F13/4081
    • A modified UTOPIA interface for inter-board applications is provided where the address timing generated by a polling master is extended to be two clock cycles long with no NULL address being driven onto the address line in between addresses. Output and input circuitry is provided in conjunction with the polling master and user ATM boards to accommodate hot insertion and to help drive the circuit. The master preferably includes an outgoing address latch and address latch control associated with the address bus, and a register associated with the enable signal. The master also includes a hot insertion buffer on the incoming cell available signal. The user device(s) include hot insertion buffers on the address bus, the data bus, and the enable signal. A remapping function is also preferably provided in associated with the user board which permits the user board to map received addresses into desired addresses. With the extended address timing and the provided circuitry, a workable inter-board hot-insertable UTOPIA interface is established.
    • 提供了一种用于板间应用的修改的UTOPIA接口,其中由轮询主机产生的地址定时被扩展为两个时钟周期,并且没有将NULL地址驱动到地址之间的地址线上。 输出和输入电路与轮询主站和用户ATM板一起提供,以适应热插拔和帮助驱动电路。 主机优选地包括与地址总线相关联的输出地址锁存器和地址锁存器控制以及与使能信号相关联的寄存器。 主机还包括传入单元可用信号上的热插入缓冲器。 用户设备包括地址总线上的热插入缓冲器,数据总线和使能信号。 还优选地,与用户板相关联地提供重新映射功能,其允许用户板将接收到的地址映射到期望的地址。 随着扩展地址时序和提供的电路,建立了可操作的板间热插拔UTOPIA接口。
    • 4. 发明授权
    • Systems and methods for automated image quality based diagnostics and remediation of document processing systems
    • 用于自动图像质量诊断和文档处理系统修复的系统和方法
    • US06665425B1
    • 2003-12-16
    • US09464596
    • 1999-12-16
    • Meera SampathStephen J. NicholsElizabeth A. Richenderfer
    • Meera SampathStephen J. NicholsElizabeth A. Richenderfer
    • G06K900
    • G03G15/502G03G15/5079G03G15/55G03G2215/00067G03G2215/00109G03G2215/00118H04N1/00002H04N1/00005H04N1/00013H04N1/00029H04N1/00031H04N1/00045H04N1/00063H04N1/00076H04N1/00079H04N1/00084H04N1/00408
    • During the operation of a document processing system machine and job data are collected from a document processing system. Optionally, machine information, both for the specific machine and population based data are acquired from a database or server. Having accumulated the job data and machine data, the diagnostic inference engine performs an analysis to determine the initial diagnosis of the document processing system. After obtaining the initial diagnosis, the system determines the test patterns to be printed and the image quality tests to be performed. The system then prints test patterns, and scans the patterns to determine image quality parameters and/or to automatically identify image defects. Optionally, image defect information may also be provided by the customer or the service engineer via a user interface. Next, a diagnostic inference engine uses the results of the image quality analysis to refine the initial diagnosis. Then, the diagnostic results are output, stored, and optionally displayed to, for example a customer or a customer service engineer. Based on the diagnostic results, and if problems are found, the machine enters a repair sequence. In particular, the machine can request either a customer or a customer service engineer repair action, or, alternatively, enter an auto-correction or an auto-calibration mode to repair itself. Upon completion of one or more, or any combination, of these repair actions, the machine verifies its operation and again checks to ensure the repairs have been completed successfully.
    • 在文件处理系统的操作期间,从文件处理系统收集作业数据。 可选地,从数据库或服务器获取针对特定机器和基于总体的数据的机器信息。 累积作业数据和机器数据后,诊断推理机进行分析,以确定文件处理系统的初始诊断。 在获得初始诊断后,系统确定要打印的测试图案和要执行的图像质量测试。 然后,系统打印测试图案,并扫描图案以确定图像质量参数和/或自动识别图像缺陷。 可选地,图像缺陷信息也可以由客户或服务工程师经由用户界面提供。 接下来,诊断推理引擎使用图像质量分析的结果来细化初始诊断。 然后,将诊断结果输出,存储并且可选地显示给例如客户或客户服务工程师。 根据诊断结果,如果发现问题,机器进入维修顺序。 特别地,机器可以请求客户或客户服务工程师修理动作,或者,也可以输入自动校正或自动校准模式来修复自身。 在完成这些修复动作中的一个或多个或任何组合时,机器验证其操作并再次检查以确保维修已经成功完成。