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    • 1. 发明授权
    • High resolution position measurement system
    • 高分辨率位置测量系统
    • US5237521A
    • 1993-08-17
    • US933969
    • 1992-08-24
    • Guru B. RajDennis MarusRobert M. LofthusLawrence P. LaveryVincent M. WilliamsCharles F. EvansStuart A. Schweid
    • Guru B. RajDennis MarusRobert M. LofthusLawrence P. LaveryVincent M. WilliamsCharles F. EvansStuart A. Schweid
    • G01P3/489G03G15/00
    • G03G15/5033G01P3/489G03G2215/00042G03G2215/00075
    • A system for determining the cumulative position and periodic average velocity of a rotating body having an incremental encoder, operatively connected to the body, for generating a series of periodic signals indicative of rotation of the body. The system also includes a high frequency clock for generating clock pulses at a frequency greater than the maximum frequency of the encoder signal, and a timer for controlling the total time of a predetermined sample interval. Also included in the device is a counter for accumulating the number of integral encoder signal cycles that have been completed, an arithmetic logic unit for determining the size of a fractional portion of an encoder signal cycle that was completed between the last integral encoder cycle and the end of the sample interval. Subsequently, the number of integral encoder signal cycles is added to the fractional portion of an encoder cycle to determine the total number of encoder signal cycles completed, whereby the total is then multiplied by an encoder position conversion factor to determine the cumulative position of the rotating body or belt driven therefrom.
    • 一种用于确定具有可操作地连接到身体的增量编码器的旋转体的累积位置和周期平均速度的系统,用于产生指示身体旋转的一系列周期信号。 该系统还包括用于以大于编码器信号的最大频率的频率产生时钟脉冲的高频时钟和用于控制预定采样间隔的总时间的定时器。 还包括在装置中的是用于累积已经完成的整数编码器信号周期数的计数器,用于确定在最后一个整数编码器周期与第一个编码器周期之间完成的编码器信号周期的小数部分的大小的算术逻辑单元 采样间隔结束。 随后,将整数编码器信号周期的数量加到编码器周期的小数部分,以确定完成的编码器信号周期的总数,由此将总数乘以编码器位置转换因子,以确定旋转的累积位置 身体或皮带。
    • 3. 发明授权
    • Non-uniform development indicator
    • 不统一发展指标
    • US06198885B1
    • 2001-03-06
    • US09033621
    • 1998-03-05
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • G03G2100
    • G03G15/5041G03G2215/00042
    • A method to provide a highly intelligent, automated diagnostic system that identifies the need to replace specific parts to minimize machine downtime rather than require extensive service troubleshooting. In particular, a systematic, logical test analysis scheme to assess machine operation from a simple sensor system and to be able to pinpoint parts and components needing replacement is provided by a series of first level of tests by the control to monitor components for receiving a first level of data and by a series of second level of tests by the control to monitor components for receiving a second level of data. Each of the first level tests and first level data is capable of identifying a first level of part failure independent of any other test. Each of the second level tests and second level data is a combination of first level tests and first level data or a combination of a first level test and first level data and a third level test and third level data. The second level tests and second level data are capable of identifying second and third levels of part failure. Codes are stored and displayed to manifest specific part failures.
    • 一种提供高度智能,自动化诊断系统的方法,可识别需要更换特定部件以最大限度减少机器停机时间,而不需要大量服务故障排除。 特别地,用于从简单的传感器系统评估机器操作并且能够精确定位需要更换的部件和组件的系统的,逻辑的测试分析方案由控制器的一系列第一级测试提供,以监视用于接收第一 数据级别和一系列第二级测试由控制器监视组件以接收第二级数据。 每个第一级测试和第一级数据都能够独立于任何其他测试来识别零件故障的第一级。 第二级测试和第二级数据中的每一级是第一级测试和第一级数据的组合,或第一级测试和第一级数据以及第三级测试和第三级数据的组合。 第二级测试和第二级数据能够识别零件故障的第二级和第三级。 代码存储和显示以显示特定的部件故障。
    • 4. 发明授权
    • Xerographic xerciser including a hierarchy system for determining part
replacement and failure
    • Xerographic xerciser包括用于确定零件更换和故障的层次系统
    • US5946521A
    • 1999-08-31
    • US035080
    • 1998-03-05
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • G03G15/02G03G15/00G03G15/04G03G15/08G03G21/00
    • G03G15/5033G03G15/5041G03G15/5079G03G15/55G03G2215/00042
    • A method to provide a highly intelligent, automated diagnostic system that identifies the need to replace specific parts to minimize machine downtime rather than require extensive service troubleshooting. In particular, a systematic, logical test analysis scheme to assess machine operation from a simple sensor system and to be able to pinpoint parts and components needing replacement is provided by a series of first level of tests by the control to monitor components for receiving a first level of data and by a series of second level of tests by the control to monitor components for receiving a second level of data. Each of the first level tests and first level data is capable of identifying a first level of part failure independent of any other test. Each of the second level tests and second level data is a combination of first level tests and first level data or a combination of a first level test and first level data and a second level test and second level data. The second level tests and second level data are capable of identifying second and third levels of part failure. Codes are stored and displayed to manifest specific part failures.
    • 一种提供高度智能,自动化诊断系统的方法,可识别需要更换特定部件以最大限度减少机器停机时间,而不需要大量服务故障排除。 特别地,用于从简单的传感器系统评估机器操作并且能够精确定位需要更换的部件和部件的系统的,逻辑的测试分析方案由控制器的一系列第一级测试提供,以监视用于接收第一 数据级别和一系列第二级测试由控制器监视组件以接收第二级数据。 每个第一级测试和第一级数据都能够独立于任何其他测试来识别零件故障的第一级。 第二级测试和第二级数据中的每一个是第一级测试和第一级数据的组合,或者是第一级测试和第一级数据以及第二级测试和第二级数据的组合。 第二级测试和第二级数据能够识别零件故障的第二级和第三级。 代码存储和显示以显示特定的部件故障。
    • 5. 发明授权
    • Photoreceptor seam signature
    • 感光体接缝签名
    • US5864730A
    • 1999-01-26
    • US55591
    • 1998-04-06
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • G03G15/00
    • G03G15/5033G03G15/5079G03G15/55G03G2215/00042
    • A method to provide a highly intelligent automated diagnostic system that identifies the need to replace specific parts to minimize machine downtime rather than require extensive service troubleshooting. In particular, a systematic, logical test analysis scheme to assess machine operation from a simple sensor system and to be able to pinpoint parts and components needing replacement is provided by a series of first level of tests by the control to monitor components for receiving a first level of data and by a series of second level of tests by the control to monitor components for receiving a second level of data. Each of the first level tests and first level data is capable of identifying a first level of part failure independent of any other test. Each of the second level tests and second level data is a combination of first level tests and first level data or a combination of a first level test and first level data and a third level test and third level data. The second level tests and second level data are capable of identifying second and third levels of part failure. Codes are stored and displayed to manifest specific part failures.
    • 一种提供高度智能化的自动化诊断系统的方法,该系统识别需要更换特定部件以最大限度减少机器停机时间,而不需要大量服务故障排除 特别地,用于从简单的传感器系统评估机器操作并且能够精确定位需要更换的部件和部件的系统的,逻辑的测试分析方案由控制器的一系列第一级测试提供,以监视用于接收第一 数据级别和一系列第二级测试由控制器监视组件以接收第二级数据。 每个第一级测试和第一级数据都能够独立于任何其他测试来识别零件故障的第一级。 第二级测试和第二级数据中的每一级是第一级测试和第一级数据的组合,或第一级测试和第一级数据以及第三级测试和第三级数据的组合。 第二级测试和第二级数据能够识别零件故障的第二级和第三级。 代码存储和显示以显示特定的部件故障。
    • 7. 发明授权
    • P/R process control patch uniformity analyzer
    • P / R过程控制贴片均匀性分析仪
    • US5903796A
    • 1999-05-11
    • US35137
    • 1998-03-05
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. Swales
    • G03G21/00G03G15/00
    • G03G15/5041G03G15/5037G03G15/5079G03G15/556G03G15/553G03G2215/00042
    • A method to provide a highly intelligent, automated diagnostic system that identifies the need to replace specific parts to minimize machine downtime rather than require extensive service troubleshooting. In particular, a systematic, logical test analysis scheme to assess machine operation from a simple sensor system and to be able to pinpoint parts and components needing replacement is provided by a series of first level of tests by the control to monitor components for receiving a first level of data and by a series of second level of tests by the control to monitor components for receiving a second level of data. Each of the first level tests and first level data is capable of identifying a first level of part failure independent of any other test. Each of the second level tests and second level data is a combination of first level tests and first level data or a combination of a first level test and first level data and a third level test and third level data. The second level tests and second level data are capable of identifying second and third levels of part failure. Codes are stored and displayed to manifest specific part failures.
    • 一种提供高度智能,自动化诊断系统的方法,可识别需要更换特定部件以最大限度减少机器停机时间,而不需要大量服务故障排除。 特别地,用于从简单的传感器系统评估机器操作并且能够精确定位需要更换的部件和部件的系统的,逻辑的测试分析方案由控制器的一系列第一级测试提供,以监视用于接收第一 数据级别和一系列第二级测试由控制器监视组件以接收第二级数据。 每个第一级测试和第一级数据都能够独立于任何其他测试来识别零件故障的第一级。 第二级测试和第二级数据中的每一级是第一级测试和第一级数据的组合,或第一级测试和第一级数据以及第三级测试和第三级数据的组合。 第二级测试和第二级数据能够识别零件故障的第二级和第三级。 代码存储和显示以显示特定的部件故障。
    • 9. 发明授权
    • Adaptive process controller for electrophotographic printing
    • 用于电子照相印刷的自适应过程控制器
    • US5436705A
    • 1995-07-25
    • US228787
    • 1994-04-18
    • Guru B. Raj
    • Guru B. Raj
    • G03G15/00G03G21/14
    • G03G15/5041G03G2215/00042
    • A adaptive process control apparatus for controlling a plurality of image parameters in an electrophotographic printing machine is disclosed. A toner area coverage sensor detects value of density values for a composite toner image representing a toner reproduction curve and generates a plurality of corresponding signals. A toner concentration sensor detects a level of toner concentration and generates a corresponding signal. The signals from both sensors are conveyed to a linear quadratic controller and compared to target image parameters, wherein control signals are generated based upon the difference between the two sets of inputs. An identifier also receives the signals generated by the sensors, along with the control signals corresponding to the difference between the two sets of inputs. The identifier then modifies the target images to compensate for changes in image quality due to material aging or environmental changes.
    • 公开了一种用于控制电子照相印刷机中的多个图像参数的自适应处理控制装置。 调色剂区域覆盖传感器检测表示调色剂再现曲线的复合调色剂图像的浓度值的值,并生成多个相应的信号。 调色剂浓度传感器检测调色剂浓度的水平并产生相应的信号。 来自两个传感器的信号被传送到线性二次控制器并与目标图像参数进行比较,其中基于两组输入之间的差异产生控制信号。 标识符还接收由传感器产生的信号以及对应于两组输入之间的差的控制信号。 然后,标识符修改目标图像以补偿由于材料老化或环境变化引起的图像质量的变化。
    • 10. 发明授权
    • ROS pixel size growth detector
    • ROS像素尺寸增长检测器
    • US5995775A
    • 1999-11-30
    • US033622
    • 1998-03-05
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. SwalesMichael E. Beard
    • Roger W. BudnikJames M. PacerGuru B. RajRalph A. ShoemakerMichael G. SwalesMichael E. Beard
    • G03G15/00G03G15/04G03G21/00G03L15/00
    • G03G15/5041G03G15/5079G03G15/553G03G2215/00042G03G2215/00109
    • A method to provide a highly intelligent, automated diagnostic system that identifies the need to replace specific parts to minimize machine downtime rather than require extensive service troubleshooting. In particular, a systematic, logical test analysis scheme to assess machine operation from a simple sensor system and to be able to pinpoint parts and components needing replacement is provided by a series of first level of tests by the control to monitor components for receiving a first level of data and by a series of second level of tests by the control to monitor components for receiving a second level of data. Each of the first level tests and first level data is capable of identifying a first level of part failure independent of any other test. Each of the second level tests and second level data is a combination of first level tests and first level data or a combination of a first level test and first level data and a third level test and third level data. The second level tests and second level data are capable of identifying second and third levels of part failure. Codes are stored and displayed to manifest specific part failures.
    • 一种提供高度智能,自动化诊断系统的方法,可识别需要更换特定部件以最大限度减少机器停机时间,而不需要大量服务故障排除。 特别地,用于从简单的传感器系统评估机器操作并且能够精确定位需要更换的部件和部件的系统的,逻辑的测试分析方案由控制器的一系列第一级测试提供,以监视用于接收第一 数据级别和一系列第二级测试由控制器监视组件以接收第二级数据。 每个第一级测试和第一级数据都能够独立于任何其他测试来识别零件故障的第一级。 第二级测试和第二级数据中的每一级是第一级测试和第一级数据的组合,或第一级测试和第一级数据以及第三级测试和第三级数据的组合。 第二级测试和第二级数据能够识别零件故障的第二级和第三级。 代码存储和显示以显示特定的部件故障。