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    • 1. 发明授权
    • Semiconductor memory device
    • 半导体存储器件
    • US06819607B2
    • 2004-11-16
    • US10360863
    • 2003-02-10
    • Hideo MukaiKaoru Nakagawa
    • Hideo MukaiKaoru Nakagawa
    • G11C700
    • G11C29/785G11C29/81
    • In a DRAM semiconductor memory device, a DRAM semiconductor memory device disclosed herein comprises a first spare element SWL provided for each of a plurality of normal banks BANK0-BANK15 formed by dividing a memory cell array into a plurality of sections, a second spare element SWL provided for a spare bank BANKSP different from the normal banks, a plurality of first spare decoders SRD0-SRD3 for selectively operating the first spare element, a plurality of second spare decoders SRD0-SRD3 for selectivedly operating the second spare element, and a substitution-control circuits FS0a-FS27a, RWLON1-RWLON2, SRDact0-SRDact3 for selectively assigning the second spare elements to arbitrary banks of the plurality of normal banks. With the above structure, the total number of the spare elements of the defective memory cells of the DRAM can be reduced while the relieving ratio is being maintained. As a result, the area efficiency of the redundant circuit on the chip can be improved.
    • 在DRAM半导体存储器件中,本文公开的DRAM半导体存储器件包括:通过将存储单元阵列划分为多个部分而形成的多个正常库BANK0-BANK15中的每一个设置的第一备用元件SWL,第二备用元件SWL 提供了与正常库不同的备用库BANKSP,用于选择性地操作第一备用元件的多个第一备用解码器SRD0-SRD3,用于选择性地操作第二备用元件的多个第二备用解码器SRD0-SRD3, 控制电路FS0a-FS27a,RWLON1-RWLON2,SRDact0-SRDact3,用于选择性地将第二备用元件分配给多个正常库中的任意组。 利用上述结构,可以减小DRAM的有缺陷的存储单元的备用元件的总数,同时保持释放比。 结果,能够提高芯片上的冗余电路的面积效率。
    • 2. 发明授权
    • Semiconductor memory device
    • 半导体存储器件
    • US06567322B1
    • 2003-05-20
    • US09528177
    • 2000-03-17
    • Hideo MukaiKaoru Nakagawa
    • Hideo MukaiKaoru Nakagawa
    • G11C700
    • G11C29/785G11C29/81
    • In a DRAM semiconductor memory device, a DRAM semiconductor memory device disclosed herein comprises a first spare element SWL provided for each of a plurality of normal banks BANK0-BANK15 formed by dividing a memory cell array into a plurality of sections, a second spare element SWL provided for a spare bank BANKSP different from the normal banks, a plurality of first spare decoders SRD0-SRD3 for selectively operating the first spare element, a plurality of second spare decoders SRD0-SRD3 for selectively operating the second spare element, and a substitution-control circuits FS0a-FS27a, RWLON1-RWLON2, SRDact0-SRDact3 for selectively assigning the second spare elements to arbitrary banks of the plurality of normal banks. With the above structure, the total number of the spare elements of the defective memory cells of the DRAM can be reduced while the relieving ratio is being maintained. As a result, the area efficiency of the redundant circuit on the chip can be improved.
    • 在DRAM半导体存储器件中,本文公开的DRAM半导体存储器件包括:通过将存储单元阵列划分为多个部分而形成的多个正常库BANK0-BANK15中的每一个设置的第一备用元件SWL,第二备用元件SWL 提供了与正常库不同的备用银行BANKSP,用于选择性地操作第一备用元件的多个第一备用解码器SRD0-SRD3,用于选择性地操作第二备用元件的多个第二备用解码器SRD0-SRD3, 控制电路FS0a-FS27a,RWLON1-RWLON2,SRDact0-SRDact3,用于选择性地将第二备用元件分配给多个正常库中的任意组。 利用上述结构,可以减小DRAM的有缺陷的存储单元的备用元件的总数,同时保持释放比。 结果,能够提高芯片上的冗余电路的面积效率。
    • 4. 发明授权
    • Three-dimensionally stacked nonvolatile semiconductor memory
    • 三维堆叠的非易失性半导体存储器
    • US08228733B2
    • 2012-07-24
    • US13164938
    • 2011-06-21
    • Naoya TokiwaHideo Mukai
    • Naoya TokiwaHideo Mukai
    • G11C11/34
    • G11C16/0483G11C8/08G11C16/08G11C16/30G11C29/028G11C2029/1202H01L27/11578H01L27/11582
    • A three-dimensionally stacked nonvolatile semiconductor memory of an aspect of the present invention including conductive layers stacked on a semiconductor substrate in such a manner as to be insulated from one another, a bit line which is disposed on the stacked conductive layers, a semiconductor column which extends through the stacked conductive layers, word lines for which the stacked conductive layers except for the uppermost and lowermost conductive layers are used and which have a plate-like planar shape, memory cells provided at intersections of the word lines and the semiconductor column, a register circuit which has information to supply a potential suitable for each of the word lines, and a potential control circuit which reads the information retained in the register circuit in accordance with an input address signal of a word line and which supplies a potential suitable for the word line corresponding to the address signal.
    • 本发明的一个方面的三维叠层的非易失性半导体存储器包括以彼此绝缘的方式堆叠在半导体衬底上的导电层,布置在层叠的导电层上的位线,半导体柱 其延伸穿过堆叠的导电层,使用除了最上面和最下面的导电层之外的层叠的导电层并且具有板状平面形状的字线,设置在字线和半导体柱的交叉处的存储单元, 具有提供适于每个字线的电位的信息的寄存器电路以及根据字线的输入地址信号读取保存在寄存器电路中的信息的电位控制电路,并提供适于 对应于地址信号的字线。
    • 7. 发明授权
    • Image forming apparatus including means for removing residual toner
    • 图像形成装置包括用于去除残留调色剂的装置
    • US4769676A
    • 1988-09-06
    • US20715
    • 1987-03-02
    • Hideo MukaiTakashi ShimazakiGoro Oda
    • Hideo MukaiTakashi ShimazakiGoro Oda
    • G03G21/00
    • G03G21/0058G03G21/0064G03G2221/0005
    • An image forming apparatus comprises an image carrier, a main charger for charging the image carrier, an exposure unit for exposing the image carrier to form a latent image thereon, developing unit for developing the latent image to form a developed image on the image carrier with a developing agent, the developing unit is provided so that there is a gap between it and the image carrier, and a transferring charger for transferring the developed image onto a sheet-like material. A bias voltage is applied across the developing unit and image carrier to cause the developing agent to transfer from the developing unit to the latent image via the gap, and to cause the residual developing agent remaining on the image carrier after the developed image transferring by the transferring charger to transfer to the developing unit via the gap.
    • 图像形成装置包括图像载体,用于对图像载体进行充电的主充电器,用于曝光图像载体以在其上形成潜像的曝光单元,用于使潜像显影以在图像载体上形成显影图像的显影单元, 显影剂,显影单元被设置成使得其与图像载体之间存在间隙,以及用于将显影图像转印到片状材料上的转印充电器。 跨越显影单元和图像载体施加偏置电压,使得显影剂经由间隙从显影单元转移到潜像,并且在显影图像转印之后使剩余的显影剂残留在图像载体上 转移充电器通过间隙转移到显影单元。