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    • 3. 发明申请
    • Systems and methods for detecting image quality defects
    • 用于检测图像质量缺陷的系统和方法
    • US20060110009A1
    • 2006-05-25
    • US10992726
    • 2004-11-22
    • R. KlassenStephen Morgana
    • R. KlassenStephen Morgana
    • G06K9/00
    • G06T7/001G06T2207/30144H04N1/00002H04N1/00015H04N1/00023H04N1/00029H04N1/00039H04N1/00047H04N1/00063H04N1/00084H04N1/00087
    • Systems and methods for detecting image quality defects in images rendered by a rendering device. Original image data is rendered by an image rendering device, and the rendered image is captured by an image capturing device. Regions of interest may be identified to provide information indicating where image quality defects of the rendering device, may be identified. At each region of interest, the original image data may be compared to the captured image data of a corresponding region of interest to determine color difference of the captured image at the region of interest. The color difference may be subsequently converted from a device independent color space to a device dependent color space. Based on the converted color difference and input intensity of the original image data at the region of interest, a colorant error may be determined for the region of interest, and/or a scan line and a row line including the region of interest.
    • 用于检测由渲染设备呈现的图像中的图像质量缺陷的系统和方法。 原始图像数据由图像渲染装置呈现,并且由图像捕获装置捕获渲染图像。 可以识别感兴趣区域以提供指示可以识别呈现设备的图像质量缺陷的信息的信息。 在感兴趣的每个区域,可以将原始图像数据与感兴趣的对应区域的捕获图像数据进行比较,以确定在感兴趣区域的捕获图像的色差。 随后可以将颜色差异从设备无关色彩空间转换为与设备有关的色彩空间。 基于感兴趣区域的原始图像数据的转换色差和输入强度,可以针对感兴趣区域和/或包括感兴趣区域的扫描线和行线确定着色剂误差。
    • 4. 发明申请
    • System and method for transmitting analyzed image content information for print engine control
    • 用于发送用于打印引擎控制的分析的图像内容信息的系统和方法
    • US20060109499A1
    • 2006-05-25
    • US10997527
    • 2004-11-24
    • R. KlassenNorman Zeck
    • R. KlassenNorman Zeck
    • G06F3/12
    • G03G15/50
    • An image rendering system includes a digital front end to electronically analyze image data to generate geometry dependent image content information. A print engine, operatively connected to the digital front end, renders the image data. A print engine controller, operatively connected to the digital front end and the print engine, controls various parameters of the print engine. The digital front end transmits the image content information to the print engine controller. The print engine controller adjusts a parameter of the print engine based on the transmitted image content information. The transmitted image content information may be coverage information, reload information, and/or toner pile height information. The parameter of the print engine adjusted based upon the transmitted image content information may be fuser temperature and/or process speed of a developer housing and/or flow rate of toner into a developer housing.
    • 图像渲染系统包括数字前端,用于电子地分析图像数据以产生几何相关的图像内容信息。 可操作地连接到数字前端的打印引擎呈现图像数据。 可操作地连接到数字前端和打印引擎的打印引擎控制器控制打印引擎的各种参数。 数字前端将图像内容信息发送到打印引擎控制器。 打印引擎控制器基于传送的图像内容信息来调整打印引擎的参数。 发送的图像内容信息可以是覆盖信息,重新加载信息和/或调色剂桩高度信息。 基于所发送的图像内容信息进行调整的打印引擎的参数可以是显影剂外壳的定影温度和/或处理速度和/或调色剂流入显影剂外壳中。
    • 5. 发明授权
    • Mid-bus connection to traces on a printed circuit board
    • 中间总线连接到印刷电路板上的走线
    • US07889512B1
    • 2011-02-15
    • US10269533
    • 2002-10-11
    • Michael J. BorschSteven R. KlassenSanjiv Lakhanpal
    • Michael J. BorschSteven R. KlassenSanjiv Lakhanpal
    • H01R9/00
    • H05K1/181H05K1/0245H05K2201/09236H05K2201/0949H05K2201/10189H05K2201/10689Y02P70/611
    • A technique for observing signaling on the traces between ICs on a PC board without introducing significant signal degradation is provided. A route-through connector footprint allows the use of a standard connector without the use of stub traces. The route-through connector footprint allows a standard connector to be introduced directly into the line traces routed between ICs. Because stub traces are not used, this technique for mechanical interconnection into the line traces on a PC board allows for a single board layout to be used for both test and production. Additionally, because stub traces are not used, signal quality is minimally impacted and testing can be performed at operational speeds improving the reliability of the test function. The use of a route-through connector footprint additionally saves PC board space and cost.
    • 提供了一种在PC板上观察IC之间的迹线信号而不引入显着的信号劣化的技术。 路由连接器占用空间允许使用标准连接器,而不使用短线。 通过连接器封装允许将标准连接器直接引入到IC间布线的线路迹线中。 由于不使用短线迹线,因此在PC板上进行线路跟踪的机械互连技术允许将单板布局用于测试和生产。 另外,由于不使用短线迹线,信号质量受到最小的影响,并且可以以提高测试功能的可靠性的运行速度进行测试。 使用路由连接器占用空间还可以节省PC板空间和成本。
    • 7. 发明授权
    • Split-transaction bus intelligent logic analysis tool
    • 拆分事务总线智能逻辑分析工具
    • US07254115B1
    • 2007-08-07
    • US10229639
    • 2002-08-28
    • Sanjiv K. LakhanpalSteven R. KlassenMark D. Nicol
    • Sanjiv K. LakhanpalSteven R. KlassenMark D. Nicol
    • H04L12/28H04J3/06G06F15/173G06F13/00
    • H04L43/18
    • An improved split-transaction bus intelligent logic analysis tool has a bus synchronizer, a decoder and a logic analysis function. The bus synchronizer is configured to receive link traffic and frame the link traffic into a plurality of framed packets, the plurality of framed packets including a plurality of request packets and a plurality of response packets. The decoder is configured to receive the plurality of framed packets and decode the plurality of framed packets into decoded packets, wherein at least one of the decoded packets includes information from a request packet and information from a corresponding response packet. The logic analysis function is configured to receive the decoded packets and initiate a trigger action on receipt of one of the decoded packets.
    • 改进的分组交易总线智能逻辑分析工具具有总线同步器,解码器和逻辑分析功能。 总线同步器被配置为接收链路业务并将链路业务帧化成多个成帧分组,该多个成帧分组包括多个请求分组和多个响应分组。 解码器被配置为接收多个成帧分组并将多个成帧分组解码为解码分组,其中解码分组中的至少一个包括来自请求分组的信息和来自相应响应分组的信息。 逻辑分析功能被配置为接收解码的分组,并且在接收到解码的分组之一时发起触发动作。
    • 8. 发明申请
    • Method for correcting integrating cavity effect for calibration and/or characterization targets
    • 用于校正校准和/或表征目标的积分腔效应的方法
    • US20070103743A1
    • 2007-05-10
    • US11268294
    • 2005-11-04
    • R. Klassen
    • R. Klassen
    • G03F3/08
    • H04N1/00002H04N1/00005H04N1/00068H04N1/00082H04N1/00087H04N1/00092H04N1/4078H04N1/6033
    • In one form, the method comprises obtaining scanned values of the image, scaling the scanned values to obtain scaled values, applying a non-linear correction function to the scaled values to obtain a first approximation of corrected reflectance values, filtering the corrected reflectance values by applying a piecewise Gaussian filter, applying the non-linear correction function to obtain a successive approximation of the corrected reflectance values, determining whether the successive approximation of the crrected reflectance values are sufficiently converged, selectively repeating the filtering and applying if the corrected reflectance values are insuffciently converged and selecting the corrected reflectance values for subsequent processing if the corrected reflectance values are sufficiently converged.
    • 在一种形式中,该方法包括获得图像的扫描值,缩放扫描值以获得缩放值,将非线性校正函数应用于缩放值以获得校正反射率值的第一近似值,通过 应用分段高斯滤波器,应用非线性校正函数以获得校正后的反射率值的逐次近似,确定已反映的反射率值的逐次逼近是否充分收敛,选择性地重复滤波并应用校正的反射率值是 如果校正的反射率值充分收敛,则不适当地收敛并选择用于后续处理的校正后的反射率值。
    • 10. 发明申请
    • Scanner characterization for printer calibration
    • 打印机校准的扫描仪特性
    • US20070103707A1
    • 2007-05-10
    • US11593410
    • 2006-11-06
    • R. Klassen
    • R. Klassen
    • H04N1/60
    • G06K15/00H04N1/4078H04N1/6033
    • Colors similar to those which would be used in calibrating a target printer are printed on a printer of the same model and with the same materials set as anticipated for the printer calibration. These all lie within a substantially reduced portion of the gamuts of both the printer and scanner. A scanner characterization is derived only for those portions of color space corresponding to the printed colors. This may be done using spline fitting in one or more dimensions. While generic scanner calibrations generally have errors in excess of ΔE=7, with these techniques values generally less than 1.7 were obtained. This is sufficient for printer calibration.
    • 类似于用于校准目标打印机的颜色将打印在相同型号的打印机上,并且使用与打印机校准所预期相同的材料。 这些都位于打印机和扫描仪的色域的基本上减少的部分内。 扫描仪表征仅针对对应于打印的颜色的那些颜色空间的部分导出。 这可以使用在一个或多个维度中的样条拟合来完成。 虽然通用扫描仪校准通常具有超过DeltaE = 7的误差,但是这些技术值通常小于1.7。 这对于打印机校准是足够的。