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    • 5. 发明授权
    • Recovery from an out of storage condition at a rip spool for storing raster data
    • 从用于存储栅格数据的rip spool存储器中的存储状态恢复
    • US08599394B2
    • 2013-12-03
    • US13182899
    • 2011-07-14
    • Charles D. JohnsonDavid WardYung-Chung SuLisa A. Morgan
    • Charles D. JohnsonDavid WardYung-Chung SuLisa A. Morgan
    • G06F3/12
    • G06K15/1861G06K15/1886
    • Methods and systems herein provide for recovering from an out of storage condition at a rip spool for storing raster data. In one embodiment, a print controller receives a command to print multiple copies of a print job. The print controller buffers for rasterization multiple copies of print data for the print job, and determines if a rip spool has storage space available to store a complete rasterized version of the print job. If the rip spool does not have storage space available, then the print controller performs a rasterization process on the multiple copies of the print data for the print job, and provides multiple rasterized copies of the print job to a print engine. If the rip spool has storage space available, then the print controller performs a rasterization process on one copy of the print job and discards additional buffered copies of the print data.
    • 本文的方法和系统提供了从用于存储光栅数据的裂口卷轴处的不存储状态进行恢复。 在一个实施例中,打印控制器接收打印打印作业的多个副本的命令。 打印控制器用于光栅化用于打印作业的打印数据的多个副本,并且确定rip spool是否具有可用于存储打印作业的完整光栅化版本的存储空间。 如果撕纸卷轴没有可用的存储空间,则打印控制器对打印作业的打印数据的多个副本执行光栅化处理,并将打印作业的多个光栅化副本提供给打印引擎。 如果rip spool有可用的存储空间,则打印控制器对打印作业的一个副本执行光栅化处理,并丢弃打印数据的附加缓冲副本。
    • 6. 发明申请
    • RECOVERY FROM AN OUT OF STORAGE CONDITION AT A RIP SPOOL FOR STORING RASTER DATA
    • 在存储RASTER数据的RIP SPOOL中从存储条件中恢复
    • US20130016380A1
    • 2013-01-17
    • US13182899
    • 2011-07-14
    • Charles D. JohnsonDavid WardYung-Chung SuLisa A. Morgan
    • Charles D. JohnsonDavid WardYung-Chung SuLisa A. Morgan
    • G06F3/12
    • G06K15/1861G06K15/1886
    • Methods and systems herein provide for recovering from an out of storage condition at a rip spool for storing raster data. In one embodiment, a print controller receives a command to print multiple copies of a print job. The print controller buffers for rasterization multiple copies of print data for the print job, and determines if a rip spool has storage space available to store a complete rasterized version of the print job. If the rip spool does not have storage space available, then the print controller performs a rasterization process on the multiple copies of the print data for the print job, and provides multiple rasterized copies of the print job to a print engine. If the rip spool has storage space available, then the print controller performs a rasterization process on one copy of the print job and discards additional buffered copies of the print data.
    • 本文的方法和系统提供了从用于存储光栅数据的裂口卷轴处的不存储状态进行恢复。 在一个实施例中,打印控制器接收打印打印作业的多个副本的命令。 打印控制器用于光栅化用于打印作业的打印数据的多个副本,并且确定rip spool是否具有可用于存储打印作业的完整光栅化版本的存储空间。 如果撕纸卷轴没有可用的存储空间,则打印控制器对打印作业的打印数据的多个副本执行光栅化处理,并将打印作业的多个光栅化副本提供给打印引擎。 如果rip spool有可用的存储空间,则打印控制器对打印作业的一个副本执行光栅化处理,并丢弃打印数据的附加缓冲副本。
    • 8. 发明申请
    • RESOLUTION OF OUT OF MEMORY CONDITIONS FOR SHARED MEMORY IN A PRINT CONTROLLER
    • 在打印控制器中的共享存储器的存储器条件的解决方案
    • US20130021636A1
    • 2013-01-24
    • US13185202
    • 2011-07-18
    • John T. VargaDavid WardLisa A. Morgan
    • John T. VargaDavid WardLisa A. Morgan
    • G06K15/02
    • G06K15/401
    • Methods and systems herein provide for efficiently resolving how a rasterizer responds to out of memory conditions when attempting to write raster data to a solid state memory. In one embodiment, a print controller determines that the solid state memory is no longer available for storing raster data. The print controller determines that a process is utilizing the shared memory to complete an operation, where completing the operation frees up a portion of the solid state memory. The print controller suspends the rasterizer from writing raster data to a hard disk, and waits for the process to complete the operation. The print controller then instructs the rasterizer to resume writing raster data to the solid state memory.
    • 这里的方法和系统提供了当试图将光栅数据写入固态存储器时,有效地解决光栅化器如何响应不足的存储器条件。 在一个实施例中,打印控制器确定固态存储器不再可用于存储光栅数据。 打印控制器确定进程正在利用共享存储器来完成操作,其中完成操作释放固态存储器的一部分。 打印控制器暂停光栅化器将光栅数据写入硬盘,并等待处理完成操作。 打印控制器然后指示光栅化器将光栅数据重新写入固态存储器。