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    • 3. 发明授权
    • Machine for alternating tubular and flat braid sections and method of using the machine
    • 用于交替管状和平面编织部分的机器和使用该机器的方法
    • US08347772B2
    • 2013-01-08
    • US13034053
    • 2011-02-24
    • Richard M. DowStephen J. Kryven
    • Richard M. DowStephen J. Kryven
    • D04C3/00
    • D04C3/18D04C1/06D04C3/24D10B2403/0333
    • A braider comprises a plurality of horngears. The horngears can be arranged for forming at least two closed paths for braiding. Each horngear has a driving gear and a hornplate. Each horngear can be selectably operated in a first mode, to rotate with the driving gear, and in a second mode, in which the driving gear rotates, but the hornplate does not. Bobbin carriers are positioned on some of the horngears. A track is configurable in: a first flat braiding mode with the carriers arranged on the horngears, so that there is one or more separate closed path for forming a first flat braid configuration; and a second flat braiding mode for forming a second flat braid configuration different from the first flat braid configuration. A switch is provided for changing a configuration of the track between the first and second flat braiding modes.
    • 编织器包括多个角形物。 角形件可以布置成用于形成用于编织的至少两个封闭路径。 每个角架都有一个驱动齿轮和一个喇叭板。 每个角架可以在第一模式中可选择地操作,以与驱动齿轮一起旋转,并且在第二模式中,驱动齿轮旋转,但是喇叭板不旋转。 线轴承座位于一些角架上。 轨道可配置为:第一扁平编织模式,其中载体布置在角形物上,使得存在用于形成第一扁平编织物构造的一个或多个单独的封闭路径; 以及用于形成不同于第一扁平编织物构造的第二扁平编织物构造的第二扁平编织模式。 提供了用于改变第一和第二扁平编织模式之间的轨道的配置的开关。
    • 4. 发明授权
    • Machine for alternating tubular and flat braid sections
    • 交替的管状和平面编织部分的机器
    • US07908956B2
    • 2011-03-22
    • US12348601
    • 2009-01-05
    • Richard M. DowStephen J. Kryven
    • Richard M. DowStephen J. Kryven
    • D04C3/24
    • H04N21/23424D04C1/06D04C3/08D04C3/10D04C3/30H04N21/2665H04N21/812
    • A braider has a track for guiding 4N bobbin carriers and 4N horngears, where N is an integer greater than one. The horngears each have four horns for forming at least two paths. The bobbin carriers are positioned on the horngears in a tubular braiding mode with the track and horngears configured to provide two paths intersecting each other, to form a tubular braid section. The bobbin carriers are positioned on the horngears in a flat braiding mode, with the track and horngears configured so that there are N separate closed paths that do not intersect each other, to form a flat braid section. The braider is switched between the tubular and flat braiding modes while N of the horngears are free of contact with the bobbin carriers, to form a continuous braid having at least one tubular braid section and at least one flat braid section.
    • 编织器具有用于引导4N筒管架和4N角架的轨道,其中N是大于1的整数。 喇叭每个都有四个喇叭,用于形成至少两条路径。 筒管架以管状编织模式定位在角形物上,轨道和角形构件设置成提供彼此相交的两条路径,以形成管状编织区段。 筒管架以平坦的编织方式定位在角架上,其中轨道和角形被配置为具有不相交的N个单独的闭合路径,以形成平的编织区段。 编织器在管状和平面编织模式之间切换,而N个角形件与筒管架不接触,以形成具有至少一个管状编织部分和至少一个平的编织部分的连续编织物。
    • 5. 发明授权
    • Freeing memory in a page printer during punt protection
    • 在平铺保护期间释放页面打印机中的内存
    • US06504622B1
    • 2003-01-07
    • US09666161
    • 2000-09-20
    • Russell CampbellTimothy P. BlairRichard M. DowDouglas J. Mellor
    • Russell CampbellTimothy P. BlairRichard M. DowDouglas J. Mellor
    • G06F1500
    • G06K15/00G06K15/1851G06K15/1865
    • An imaging device and method enable the freeing of memory during a punt (print overrun) avoidance operation and during a duplexing operation for enhanced page throughput. Specifically, if a first race condition threshold is met, being indicative of an estimated need to pre-rasterize a band from a page of image data for punt avoidance, and if after pre-rasterization it is determined pre-rasterization is not actually needed for punt avoidance, then the pre-rasterized band is evaluated relative to its display list for memory savings purposes for improved page throughput performance. Similarly, if a duplex condition threshold is met, being indicative of a band being part of a first side of a duplex page being processed and of an estimated need to save memory for processing of the second side of the duplex page, then the band is pre-rasterized and evaluated relative to its display list for memory savings purposes for improved duplex page throughput performance. If neither the race condition threshold nor duplex condition threshold is met, but an increased general memory savings condition threshold is met for the band, then the band is pre-rasterized for memory savings purposes.
    • 成像设备和方法使得能够在打印(打印溢出)避免操作期间以及在双工操作期间释放存储器以增强页面吞吐量。 具体地,如果满足第一种族条件阈值,则指示估计需要从用于平unt避免的图像数据的页面预先光栅化频带,并且如果在预光栅化之后,确定预光栅化实际上不需要为 平顶回避,则相对于其显示列表来评估预光栅化带,以用于存储节省目的,以改善页面吞吐量性能。 类似地,如果满足双工条件阈值,指示频带是正在处理的双工页面的第一侧的一部分,并且估计需要节省用于处理双工页面的第二侧的存储器,则该频带是 相对于其显示列表进行预光栅化和评估,以节省内存,从而提高双面打印页面吞吐量性能。 如果没有满足竞争条件阈值和双工条件阈值,但是对于该频带满足增加的一般存储器节省条件阈值,则该频带被预光栅化以用于存储器节省目的。
    • 6. 发明授权
    • Balancing compressed storage requirements with decompression times
during punt protection processing in a page printer
    • 在页面打印机的平衡保护处理期间平衡压缩存储要求与解压缩时间
    • US5999272A
    • 1999-12-07
    • US175903
    • 1998-10-20
    • Richard M. DowDouglas J. MellorTimothy P. Blair
    • Richard M. DowDouglas J. MellorTimothy P. Blair
    • G06F3/12G06F15/00G06K9/36
    • G06F3/1297G06F3/1296
    • An imaging device and method optimize memory usage during a print overrun avoidance operation by employing selected compression schemes upon page bands while ensuring that required decompression times of the bands are met for subsequent rendering purposes. A preferred method includes compressing a band from a page of image data and, if an estimated decompression time for the compressed band does not satisfy a race-the-laser threshold for subsequent video imaging, then decompressing the band and measuring an actual decompression time. If the actual decompression time satisfies the race-the-laser threshold, then the method includes keeping the compressed band for subsequent video imaging. On the other hand, if the actual decompression time does not satisfy the race-the-laser threshold, then the band is re-compressed using an alternate compression scheme and re-evaluated similar to the originally compressed band to determine whether the recompressed band's decompression time will satisfy the race-the-laser threshold.
    • 成像设备和方法通过在页面频带上采用选定的压缩方案来优化在打印超限避免操作期间的存储器使用,同时确保满足所需频带的解压缩时间以用于后续渲染目的。 优选的方法包括从图像数据的页面压缩频带,并且如果压缩频带的估计的解压缩时间不满足后续视频成像的激光激光阈值,则解压缩频带并测量实际的解压缩时间。 如果实际的解压缩时间满足激光激光阈值,则该方法包括保持压缩频带用于随后的视频成像。 另一方面,如果实际的解压缩时间不满足竞赛激光阈值,则使用替代压缩方案重新压缩频带,并且重新评估类似于原始压缩频带的频带,以确定再压缩频带的解压缩 时间将满足激光门槛。
    • 7. 发明授权
    • Triaxial fabric forming machine and components thereof
    • 三轴织物成型机及其部件
    • US4066104A
    • 1978-01-03
    • US720627
    • 1976-09-07
    • Murray HaltonNorris F. DowRichard M. DowMichael J. Hillebrand
    • Murray HaltonNorris F. DowRichard M. DowMichael J. Hillebrand
    • D03D41/00
    • D03D41/00Y10S139/01
    • A machine for manufacturing triaxial fabrics, primarily of the type disclosed and claimed in Reissue Pat. No. 28155, comprises a vertically oriented warp yarn supply means based upon a horizontally disposed rotating creel, on which is preferably mounted a plurality of beams each supplying a plurality of warp yarn ends. Guide holders travelling on a cam-shaped track compensate for warp yarn path length changes so as to maintain path lengths from creel to weaving means relatively constant independent of angular position of an individual warp yarn in the course of the weaving process. Preferably, a multiplicity of such guides are combined on a single trolley carrier several of which are mounted at spaced intervals on the cam-shaped track, the movement of which is co-ordinated with the rotational movement of the warp yarn supply creel. Tension is maintained in the warp yarn supply by a multiplicity of individual roller guides mounted on spring arms which bend slightly to maintain tension in each warp yarn as the weaving shed is made and unmade.
    • 用于制造三轴织物的机器,主要是在Reissue Pat。 No.28155包括基于水平布置的旋转经轴架的垂直取向的经纱供给装置,其上优选地安装有多个梁,每个梁供应多个经纱端。 在凸轮形轨道上行进的导轨架可以补偿经纱路径长度的变化,从而在织造过程中独立于单根经纱的角度位置,保持从轴架到编织方式的路径长度相对恒定。 优选地,多个这样的引导件组合在单个台车载体上,其中几个载体以间隔的间隔安装在凸轮形轨道上,其运动与经纱供应桥架的旋转运动协调。 通过安装在弹簧臂上的多个单独的滚子导轨在经纱供应中保持张力,这些滚子导向件稍微弯曲以保持每个经纱中的张力,因为织造梭口被制成和未被制成。
    • 8. 发明授权
    • Guard-banding methods, dynamic guard-banding methods, and related apparatus for real time image-data processing
    • 保护条带方法,动态保护带方法以及实时图像数据处理的相关装置
    • US06594029B1
    • 2003-07-15
    • US09294831
    • 1999-04-19
    • Douglas J. MellorSteven H. TaylorRichard M. Dow
    • Douglas J. MellorSteven H. TaylorRichard M. Dow
    • G06F1500
    • G06K15/12G06K15/1861
    • Methods of guard-banding, methods of dynamic guard-banding, and related apparatus for real time image-data processing are described. In one embodiment, at least one image-processing pipeline variance is measured. Responsive to measuring the image-processing pipeline variance, a guard band is imposed around a processing parameter of the image-processing pipeline. In another embodiment, a first parameter relating to processing time of a predetermined amount of data through an image-processing pipeline is determined. A second parameter relating to processing time of the predetermined amount of data through the image-processing pipeline is determined. The second parameter is related to the first parameter. The first and second parameters are compared, and responsive thereto, a guard band is imposed on at least a portion of the processing which takes place in the image-processing pipeline. In preferred embodiments, the guard bands are adjustable dynamically or on-the-fly.
    • 描述了保护带的方法,动态保护带的方法,以及用于实时图像数据处理的相关装置。 在一个实施例中,测量至少一个图像处理流水线方差。 响应于测量图像处理流水线方差,围绕图像处理流水线的处理参数施加保护频带。 在另一个实施例中,确定与通过图像处理流水线的预定量的数据的处理时间有关的第一参数。 确定与通过图像处理流水线的预定量的数据的处理时间有关的第二参数。 第二个参数与第一个参数有关。 对第一和​​第二参数进行比较,并且响应于此,在图像处理流水线中发生的处理的至少一部分施加保护频带。 在优选实施例中,保护带可动态地或即时地调节。
    • 9. 发明授权
    • Freeing memory in a page printer during duplex processing
    • 在双面处理期间释放页面打印机中的内存
    • US6115135A
    • 2000-09-05
    • US64665
    • 1998-04-22
    • Russell CampbellTimothy P. BlairRichard M. DowDouglas J. Mellor
    • Russell CampbellTimothy P. BlairRichard M. DowDouglas J. Mellor
    • G06F3/12B41J5/30G06F12/02G06K15/02G06K15/00
    • G06K15/02G06F3/1295G06K2215/0065G06K2215/0088
    • An imaging device and method enable the freeing of memory during a punt (print overrun) avoidance operation and during a duplexing operation for enhanced page throughput. Specifically, if a first race condition threshold is met, being indicative of an estimated need to pre-rasterize a band from a page of image data for punt avoidance, and if after pre-rasterization it is determined pre-rasterization is not actually needed for punt avoidance, then the pre-rasterized band is evaluated relative to its display list for memory savings purposes for improved page throughput performance. Similarly, if a duplex condition threshold is met, being indicative of a band being part of a first side of a duplex page being processed and of an estimated need to save memory for processing of the second side of the duplex page, then the band is pre-rasterized and evaluated relative to its display list for memory savings purposes for improved duplex page throughput performance. If neither the race condition threshold nor duplex condition threshold is met, but an increased general memory savings condition threshold is met for the band, then the band is pre-rasterized for memory savings purposes.
    • 成像设备和方法使得能够在打印(打印溢出)避免操作期间以及在双工操作期间释放存储器以增强页面吞吐量。 具体地,如果满足第一种族条件阈值,则指示估计需要从用于平unt避免的图像数据的页面预先光栅化频带,并且如果在预光栅化之后,确定预光栅化实际上不需要为 平顶回避,则相对于其显示列表来评估预光栅化带,以用于存储节省目的,以改善页面吞吐量性能。 类似地,如果满足双工条件阈值,指示频带是正在处理的双工页面的第一侧的一部分,并且估计需要节省用于处理双工页面的第二侧的存储器,则该频带是 相对于其显示列表进行预光栅化和评估,以节省内存,从而提高双面打印页面吞吐量性能。 如果没有满足竞争条件阈值和双工条件阈值,但是对于该频带满足增加的一般存储器节省条件阈值,则该频带被预光栅化以用于存储器节省目的。