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    • 71. 发明申请
    • STACKED MEMORY
    • 堆叠内存
    • US20070117317A1
    • 2007-05-24
    • US11560898
    • 2006-11-17
    • Hiroaki IkedaKayoko ShibataJunji Yamada
    • Hiroaki IkedaKayoko ShibataJunji Yamada
    • H01L21/336H01L29/76
    • G11C5/025
    • In a three-dimensional stacked memory having through electrodes, no optimal layer arrangement, bank arrangement, control methods have been established, and thus optimal methods are desired to be established. A stacked memory includes memory core layers, an interposer, and an IF chip. By stacking memory core layers having the same arrangement, it is possible to cope with both of no-oparity operation and parity operation. Further, bank designation irrespective of the number of stacks of the memory core layers can be achieved by assignment of a row address and a bank address. Further, the IF chip has refresh counters for performing a refresh control of the stacked memory. This arrangement provides a stacked memory including stacked memory core layers having through electrodes.
    • 在具有通过电极的三维堆叠存储器中,没有建立最优层布置,库布置,控制方法,因此希望建立最佳方法。 堆叠存储器包括存储器核心层,插入器和IF芯片。 通过堆叠具有相同布置的存储器核心层,可以处理无视操作和奇偶校验操作两者。 此外,可以通过分配行地址和银行地址来实现与存储器核心层的堆栈数无关的库指定。 此外,IF芯片具有用于执行堆叠存储器的刷新控制的刷新计数器。 这种布置提供了包括具有通过电极的堆叠的存储器芯层的堆叠存储器。
    • 76. 发明授权
    • Digital image forming apparatus
    • 数字图像形成装置
    • US06943921B2
    • 2005-09-13
    • US09739659
    • 2000-12-20
    • Hironobu NakataHiroaki IkedaKaoru TadaTomoyuki AtsumiHiroyasu Ito
    • Hironobu NakataHiroaki IkedaKaoru TadaTomoyuki AtsumiHiroyasu Ito
    • B41J21/00G03G15/36H04N1/00
    • H04N1/00405H04N1/00411H04N1/00413H04N1/0049H04N1/00567H04N1/00639
    • A digital image forming apparatus arranges an image of a specified image document among a plurality of documents on a spread page located on the innermost side of saddle stitch type prints in gathering in easy operation with high reliability. A digital image forming apparatus is equipped with: an image reader for reading images of a plurality of pages of documents and outputting an image data of each image; a printer for forming images on both sides of a paper sheet based on inputted image data; array setting means for setting allotment of each of paper sheets for the documents read by the image reader so that prints for saddle stitching are obtained by using the printer and that an image of a specified document among the documents is arranged on a spread page of the saddle stitch type prints; and control means for inputting the image data outputted by the image reader to the printer in an order changed based on the array setting set by the array setting means.
    • 数字图像形成装置以高可靠性收集易于操作的方式,将位于位于骑马钉式打印机的最内侧的扩展页面上的多个文档中的指定图像文档的图像进行排列。 数字图像形成装置配备有:图像读取器,用于读取多页文档的图像并输出每个图像的图像数据; 一种用于基于输入的图像数据在纸张的两面上形成图像的打印机; 用于设置由图像读取器读取的文档的每张纸张的分配的阵列设置装置,使得通过使用打印机获得骑马装订的打印,并且将文档中的指定文档的图像布置在 马鞍式印花; 以及控制装置,用于根据由阵列设置装置设置的阵列设置改变图像读取器输出的图像数据到打印机。
    • 80. 发明授权
    • Semiconductor memory device
    • 半导体存储器件
    • US06522590B2
    • 2003-02-18
    • US09783109
    • 2001-02-14
    • Yoshinori MatsuiHiroaki Ikeda
    • Yoshinori MatsuiHiroaki Ikeda
    • G11C700
    • G11C29/44
    • A semiconductor memory device, that uses redundant memory cell clusters sharing one data transfer bus line to perform defect recovery for a plurality of defects, and provides an improved rate of recovery. The semiconductor memory device is formed from a main memory, a sub-memory functioning as cache memory, and a plurality of data transfer bus lines, which are configured so that data can be transferred bi-directionally between said main memory and said sub-memory; and performs defect recovery for defects located in said main memory based on an address signal (sub-memory column selecting signal SYm) for said sub-memory and address signals (main memory row selecting signal DXn and bank selecting signal BS) in said main memory, which correspond to said address.
    • 一种半导体存储器件,其使用共享一个数据传输总线的冗余存储器单元簇来执行多个缺陷的缺陷恢复,并提供改进的恢复速率。 半导体存储器件由主存储器,作为高速缓存存储器起作用的子存储器和多个数据传输总线线路构成,数据传输总线被配置为使得数据可以在所述主存储器和所述子存储器之间双向传输 ; 并且基于用于所述副存储器的地址信号(子存储器列选择信号SYm)和所述主存储器中的地址信号(主存储器行选择信号DXn和存储体选择信号BS)对位于所述主存储器中的缺陷进行缺陷恢复 ,其对应于所述地址。