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    • 3. 发明申请
    • Method of drawing image, circuit therefor, and image output control apparatus
    • 图像绘制方法,电路及图像输出控制装置
    • US20060061794A1
    • 2006-03-23
    • US11231833
    • 2005-09-22
    • Nobuyasu ItoTomohiro Tachikawa
    • Nobuyasu ItoTomohiro Tachikawa
    • G06F3/12
    • G06F3/1211G06F3/1204G06F3/1245G06F3/126G06F3/1284G06F3/1285
    • A drawing processing circuit includes a plurality of rasterizing means capable of executing rasterizing processes in parallel. Each rasterizing means includes a dynamic reconfigurable processor. Data described by a page description language is received, analyzed, and converted into intermediate data for each drawn object. Before execution of a rasterizing process, scheduling data of reconfiguration of the processor is generated by estimating the process time of each rasterizing process on the basis of the intermediate data. The plurality of rasterizing means rasterize the data to bitmap data on the basis of the intermediate data while reconfiguring the processor on the basis of the generated scheduling data. In addition, the process time of each of the plurality of rasterizing means is determined on the basis of the scheduling data. The scheduling data is corrected so as to make the process times of the plurality of rasterizing means substantially equal. With this arrangement, a method of drawing image, which reduces the waste of hardware resources and perform a high-speed drawing process, a circuit thereof, and a print control apparatus are provided.
    • 绘图处理电路包括能够并行执行光栅化处理的多个光栅化装置。 每个光栅化装置包括动态可重构处理器。 由页面描述语言描述的数据被接收,分析并转换成每个绘制对象的中间数据。 在执行光栅化处理之前,通过基于中间数据估计每个光栅化处理的处理时间来生成处理器重新配置的调度数据。 多个光栅化装置在基于生成的调度数据重新配置处理器的同时,基于中间数据将数据光栅化为位图数据。 另外,基于调度数据确定多个光栅化装置中的每一个的处理时间。 校正调度数据,使得多个光栅化装置的处理时间基本上相等。 利用这种布置,提供了一种减少硬件资源浪费并执行高速绘图处理的图像绘制方法,电路和打印控制装置。
    • 6. 发明申请
    • PRINTING APPARATUS, CONTROL METHOD THEREFOR, AND STORAGE MEDIUM
    • 打印设备,其控制方法和存储介质
    • US20120200872A1
    • 2012-08-09
    • US13357156
    • 2012-01-24
    • Nobuyasu Ito
    • Nobuyasu Ito
    • G06K15/16
    • B41J29/38B41J11/485
    • This invention provides a printing apparatus which controls power to be supplied to each connected apparatus in detail for each apparatus in accordance with the processing contents of a print job to be executed, and a control method therefor. To accomplish this, the printing apparatus analyzes the processing contents of a print job to be executed. In accordance with the analysis result, the printing apparatus controls at least one of a plurality of sheet feeding apparatuses which supplies a printing medium to the printing apparatus and a plurality of post-processing apparatuses which are receives a printing medium from the printing apparatus to shift to an active state in which normal power is supplied, a power saving state in which power necessary to convey a printing medium is supplied, or an inactive state in which no power is supplied.
    • 本发明提供了一种打印装置,其根据要执行的打印作业的处理内容来控制为每个装置详细地提供给每个连接装置的电力及其控制方法。 为了实现这一点,打印设备分析要执行的打印作业的处理内容。 根据分析结果,打印设备控制向打印设备提供打印介质的多个供纸设备中的至少一个以及从打印设备接收打印介质以移动的多个后处理设备 处于提供正常电力的活动状态,提供传送打印介质所需的电力的节电状态或不提供电力的无效状态。
    • 7. 发明授权
    • Method of drawing images using a dynamic reconfigurable processor, circuit therefor and image output control apparatus
    • 使用动态可重构处理器,其电路和图像输出控制装置绘制图像的方法
    • US07821656B2
    • 2010-10-26
    • US11231833
    • 2005-09-22
    • Nobuyasu ItoTomohiro Tachikawa
    • Nobuyasu ItoTomohiro Tachikawa
    • G06F3/12G06F9/46
    • G06F3/1211G06F3/1204G06F3/1245G06F3/126G06F3/1284G06F3/1285
    • A drawing processing circuit includes a plurality of rasterizing means capable of executing rasterizing processes in parallel. Each rasterizing means includes a dynamic reconfigurable processor. Data described by a page description language is received, analyzed, and converted into intermediate data for each drawn object. Before execution of a rasterizing process, scheduling data of reconfiguration of the processor is generated by estimating the process time of each rasterizing process on the basis of the intermediate data. The plurality of rasterizing means rasterize the data to bitmap data on the basis of the intermediate data while reconfiguring the processor on the basis of the generated scheduling data. In addition, the process time of each of the plurality of rasterizing means is determined on the basis of the scheduling data. The scheduling data is corrected so as to make the process times of the plurality of rasterizing means substantially equal. With this arrangement, a method of drawing image, which reduces the waste of hardware resources and perform a high-speed drawing process, a circuit thereof, and a print control apparatus are provided.
    • 绘图处理电路包括能够并行执行光栅化处理的多个光栅化装置。 每个光栅化装置包括动态可重构处理器。 由页面描述语言描述的数据被接收,分析并转换成每个绘制对象的中间数据。 在执行光栅化处理之前,通过基于中间数据估计每个光栅化处理的处理时间来生成处理器重新配置的调度数据。 多个光栅化装置在基于生成的调度数据重新配置处理器的同时,基于中间数据将数据光栅化为位图数据。 另外,基于调度数据确定多个光栅化装置中的每一个的处理时间。 校正调度数据,使得多个光栅化装置的处理时间基本上相等。 利用这种布置,提供了一种减少硬件资源浪费并执行高速绘图处理的图像绘制方法,电路和打印控制装置。
    • 8. 发明授权
    • Tilt steering device
    • 倾斜转向装置
    • US5573273A
    • 1996-11-12
    • US453881
    • 1995-05-30
    • Nobuyasu Ito
    • Nobuyasu Ito
    • B60K37/00B62D1/18B62D1/187B60K37/04
    • B62D1/187B60K37/00
    • A tilt steering device includes an instrument panel having an inserting hole formed on the upper surface thereof and a forward and rearward movably disposed steering column which projects upwardly of the instrument panel through the inserting hole of the instrument panel. A meter box is mounted on the steering column above the instrument panel and a rubber boot for covering the space between the instrument panel and the meter box is fixed to the lower portion of the meter box. The rubber boot is arranged such that the lower end portion thereof slides on the upper surface of the instrument panel in accordance with the movement of the steering column.
    • 倾斜转向装置包括具有形成在其上表面上的插入孔的仪表板和通过仪表板的插入孔向前和向后可移动地设置的转向柱,该转向柱从仪表板的上方向上突出。 在仪表板上方的转向柱上安装了一个仪表盒,并且用于覆盖仪表板和仪表箱之间的空间的橡胶护套固定在仪表箱的下部。 橡胶靴被布置成使得其下端部分根据转向柱的移动在仪表板的上表面上滑动。