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    • 5. 发明申请
    • DIMENSIONAL DOCUMENT PRODUCTION METHOD AND SYSTEM
    • 尺寸文件生产方法和系统
    • US20110149337A1
    • 2011-06-23
    • US12642397
    • 2009-12-18
    • Frank Michael GoetzLee Coy MooreMeera SampathNaveen Sharma
    • Frank Michael GoetzLee Coy MooreMeera SampathNaveen Sharma
    • G06F3/12
    • G06F3/12G06F3/1211G06F3/1275G06F3/1285G06Q10/043G06Q10/06
    • A method and system generate a workflow for the production of a three-dimensional document. A knowledge base contains production rules for several dimensional documents. The production rules relate to a plurality of jobs, i.e., units of work involved in the production of a dimensional document. The rules also identify human and/or mechanical resources required to complete each job. The system receives, from multiple service providers, capability information corresponding to each service provider's available resources. The capability information is associated with the production rules and stored in the knowledge base. When a user selects a dimensional document to be produced, the system selects appropriate production rules for the document, accesses the associated capability information, and automatically generates a workflow for the document. The system distributes various jobs in the workflow among at least two different service providers.
    • 方法和系统生成用于生成三维文档的工作流程。 知识库包含几个维度文档的生产规则。 生产规则涉及多个作业,即涉及制作尺寸文件的工作单位。 这些规则还确定完成每项工作所需的人力和/或机械资源。 系统从多个服务提供商接收与每个服务提供商的可用资源相对应的能力信息。 能力信息与生产规则相关联并存储在知识库中。 当用户选择要生成的维度文档时,系统为文档选择适当的生产规则,访问关联的能力信息,并自动生成文档的工作流。 该系统在至少两个不同的服务提供商中在工作流中分配各种作业。
    • 6. 发明授权
    • Method and system for generating a workflow to produce a dimensional document
    • 用于生成工作流以生成维度文档的方法和系统
    • US08643874B2
    • 2014-02-04
    • US12642397
    • 2009-12-18
    • Frank Michael GoetzLee Coy MooreMeera SampathNaveen Sharma
    • Frank Michael GoetzLee Coy MooreMeera SampathNaveen Sharma
    • G06F3/12
    • G06F3/12G06F3/1211G06F3/1275G06F3/1285G06Q10/043G06Q10/06
    • A method and system generate a workflow for the production of a three-dimensional document. A knowledge base contains production rules for several dimensional documents. The production rules relate to a plurality of jobs, i.e., units of work involved in the production of a dimensional document. The rules also identify human and/or mechanical resources required to complete each job. The system receives, from multiple service providers, capability information corresponding to each service provider's available resources. The capability information is associated with the production rules and stored in the knowledge base. When a user selects a dimensional document to be produced, the system selects appropriate production rules for the document, accesses the associated capability information, and automatically generates a workflow for the document. The system distributes various jobs in the workflow among at least two different service providers.
    • 方法和系统生成用于生成三维文档的工作流程。 知识库包含几个维度文档的生产规则。 生产规则涉及多个作业,即涉及制作尺寸文件的工作单位。 这些规则还确定完成每项工作所需的人力和/或机械资源。 系统从多个服务提供商接收与每个服务提供商的可用资源相对应的能力信息。 能力信息与生产规则相关联并存储在知识库中。 当用户选择要生成的维度文档时,系统为文档选择适当的生产规则,访问关联的能力信息,并自动生成文档的工作流。 该系统在至少两个不同的服务提供商中在工作流中分配各种作业。
    • 8. 发明授权
    • Method and system for automatically compensating for diagnosed banding defects prior to the performance of remedial service
    • 在进行补救服务之前自动补偿诊断的条带缺陷的方法和系统
    • US07400339B2
    • 2008-07-15
    • US10956209
    • 2004-09-30
    • Meera SampathHoward A. MizesSusan Zoltner
    • Meera SampathHoward A. MizesSusan Zoltner
    • B41J2/47
    • G03G15/50
    • A system that extends the operational effectiveness of an image reproduction machine without requiring downtime for service by personnel includes a detection subsystem that monitors components of an image reproduction system for detecting a banding defect in the image reproduction system and an automated compensation subsystem for modifying operation of the image reproduction system to compensate for the detected banding defect so that the image reproduction system continues to generate images at an acceptable quality level. The automated compensation subsystem adjusts components and/or data used by image reproduction system to compensate for the identified banding defect without requiring immediate operator or service personnel intervention. This compensation may successfully attenuate the banding defect so that the image reproduction system continues to produce acceptable images without downtime while awaiting service by personnel. The system may also include a diagnostic subsystem for determining causes for a detected banding defect to further enhance the operation of the compensation system or to facilitate a repair action by a person.
    • 一种延长图像再现机的操作有效性而不需要由人员进行服务的停机的系统包括检测子系统,用于监视用于检测图像再现系统中的条纹缺陷的图像再现系统的组件,以及用于修改图像再现系统的操作的自动补偿子系统 该图像再现系统用于补偿检测到的条带缺陷,使得图像再现系统继续以可接受的质量水平生成图像。 自动补偿子系统调整图像再现系统使用的组件和/或数据,以补偿所识别的条带缺陷,而不需要立即操作者或服务人员干预。 该补偿可以成功地衰减条带缺陷,使得图像再现系统在等待人员服务的同时继续产生可接受的图像而不停机。 系统还可以包括用于确定检测到的条带缺陷的原因以进一步增强补偿系统的操作或促进人的维修动作的诊断子系统。
    • 9. 发明授权
    • Feedback control system for controlling developability of a xerographic
imaging device
    • 用于控制静电复印成像设备的显影性的反馈控制系统
    • US5950040A
    • 1999-09-07
    • US83140
    • 1998-05-22
    • Lingappa K. MesthaMeera SampathYao Rong Wang
    • Lingappa K. MesthaMeera SampathYao Rong Wang
    • G03G15/00
    • G03G15/5037G03G2215/00042G03G2215/00054G03G2215/00063G03G2215/0187
    • A feedback control system controls developability of a xerographic imaging device that uses optical sensors for measuring development values based upon a target value. The feedback control system includes a controller device and a feedforward device. The controller device includes an input summing node, a gain device, an integrator and a nominal summing node which are serially connected in communication with each other. The input summing node, the gain device and the integrator are operative in combination with each other to receive and process the measured value and the target value to provide an new corrected actuator value to the integrator summing node. The feedforward device is connected to the nominal summing node and receives and responds to the target value to output a nominal actuator value to the nominal summing node. The nominal summing node combines the new corrected actuator value and the nominal actuator value to provide an actuator value to the xerographic imaging device for controlling the developability of the xerographic imaging device. A method for controlling developability of a xerographic imaging device is also described.
    • 反馈控制系统控制使用光学传感器来基于目标值测量显影值的静电复印成像装置的显影性。 反馈控制系统包括控制器装置和前馈装置。 控制器装置包括彼此串联连接的输入求和节点,增益装置,积分器和标称求和节点。 输入求和节点,增益装置和积分器彼此组合操作以接收和处理测量值和目标值,以向积分器求和节点提供新的校正致动器值。 前馈设备连接到标称求和节点,并接收并响应目标值,以将标称执行器值输出到标称求和节点。 标称求和节点组合新修正的致动器值和标称致动器值,以向静电摄影成像装置提供致动器值,以控制静电复印成像装置的显影性。 还描述了一种用于控制静电印刷成像装置的显影性的方法。