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    • 33. 发明授权
    • Method and apparatus for reproducing data and method and apparatus for recording and/or reproducing data
    • 用于再现数据的方法和装置,用于记录和/或再现数据的方法和装置
    • US06798593B2
    • 2004-09-28
    • US09814548
    • 2001-03-22
    • Masayuki HattoriJun MurayamaToshiyuki Miyauchi
    • Masayuki HattoriJun MurayamaToshiyuki Miyauchi
    • G11B509
    • H03M13/2957G11B20/10194G11B20/1426G11B20/1833G11B20/1866G11B2020/1434G11B2020/1446H03M13/6325
    • A magnetic recording and/or reproducing apparatus which achieves high performance encoding and high efficiency decoding to lower the decoding error rate. A magnetic recording and/or reproducing apparatus 50 includes, in its recording system, an error correction coder 51 for error correction coding input data and an interleaver 52 for scrambling the sequence of data supplied from the error correction coder 51. The magnetic recording and/or reproducing apparatus 50 also includes, in its reproducing system, s modulation and error correction turbo decoder 64 provided with a deinterleaver for scrambling and re-arraying the sequence of the input data such as to restore the sequence of input data re-arrayed by the interleaver 52 to an original bit sequence, an error correction soft decoder for decoding data supplied from the deinterleaver and with a second interleaver for scrambling and re-arraying the sequence of data given as a difference between data output from the error correction soft decoder and data output from the deinterleaver.
    • 一种实现高性能编码和高效率解码以降低解码错误率的磁记录和/或再现装置。 磁记录和/或再现装置50在其记录系统中包括用于纠错编码输入数据的纠错编码器51和用于对从纠错编码器51提供的数据序列进行加扰的交织器52.磁记录和/ 或再现装置50在其再现系统中还包括设置有去交织器的调制和纠错turbo解码器64,用于对输入数据的序列进行加扰和重新排列,以便恢复由所述解交织器重新排列的输入数据的序列 交织器52到原始比特序列,纠错软解码器,用于对从解交织器提供的数据进行解码,以及用于第二交织器,用于加扰和重新排列作为从纠错软解码器输出的数据与数据之间的差异的数据序列 从解交织器输出。
    • 34. 发明授权
    • Composition for washing a polishing pad and method for washing a polishing pad
    • 用于洗涤抛光垫的组合物和用于洗涤抛光垫的方法
    • US06740629B2
    • 2004-05-25
    • US10166111
    • 2002-06-11
    • Michiaki AndoNobuo KawahashiMasayuki Hattori
    • Michiaki AndoNobuo KawahashiMasayuki Hattori
    • C11D322
    • C11D7/06C11D7/265C11D7/3209C11D7/3218C11D11/0047
    • An object of the present invention is to provide a composition for washing a polishing pad which removes a water-insoluble compound which was separated from a surface to be polished during polishing, formed at least on the surface of a polishing pad, and comprised a metal ion ionized, and a method for washing a polishing pad using the same. The composition for washing a polishing pad of the present invention is obtained by, in the case a water-insoluble compound is a copper quinaldinic acid complex, blending ammonia as a component for rendering the water-insoluble compound water-soluble and glycine as a water-soluble complex forming component for forming a water-soluble complex with a copper ion, and stirring them. In addition, in a method for washing a polishing pad using the composition for washing a polishing pad, a polishing pad can be washed effectively, the productivity can be improved and, further, consumption of a polishing pad can be inhibited.
    • 本发明的目的是提供一种用于清洗抛光垫的组合物,该组合物至少在抛光垫的表面上形成一抛光垫,该组合物除去在抛光过程中从抛光表面分离的水不溶性化合物, 离子电离,以及使用其抛光垫的洗涤方法。 用于洗涤本发明的抛光垫的组合物是通过在水不溶性化合物是铜喹喔啉酸络合物的情况下,将氨作为使水不溶性化合物水溶性和甘氨酸作为水的组分混合而获得的 用于与铜离子形成水溶性络合物,并搅拌它们。 此外,在使用洗涤抛光垫的组合物洗涤抛光垫的方法中,可以有效地洗涤抛光垫,可以提高生产率,并且还可以抑制抛光垫的消耗。
    • 35. 发明授权
    • Aqueous dispersion for chemical mechanical polishing
    • 化学机械抛光用水分散体
    • US06527818B2
    • 2003-03-04
    • US09778817
    • 2001-02-08
    • Masayuki HattoriKiyonobu KubotaKazuo NishimotoNobuo Kawahashi
    • Masayuki HattoriKiyonobu KubotaKazuo NishimotoNobuo Kawahashi
    • C09K314
    • C09G1/02C09K3/1463C23F3/06H01L21/3212
    • There is provided an aqueous dispersion for CMP with an excellent balance between chemical etching and mechanical polishing performance. The aqueous dispersion for CMP of the invention is characterized by comprising an abrasive, water and a heteropolyacid. Another aqueous dispersion for CMP according to the invention is characterized by comprising an abrasive, water, a heteropolyacid and an organic acid. Yet another aqueous dispersion for CMP according to the invention is characterized by comprising colloidal silica with a primary particle size of 5-100 nm, water and a heteropolyacid. Preferred for the heteropolyacid is at least one type selected from among silicomolybdic acid, phosphorotungstic acid, silicotungstic acid, phosphoromolybdic acid and silicotungstomolybdic acid. Preferred for the organic acid is at least one selected from among oxalic acid, malonic acid, succinic acid, glutaric acid, adipic acid, maleic acid, fumaric acid, phthalic acid, malic acid, tartaric acid and citric acid.
    • 提供了用于CMP的水分散体,在化学蚀刻和机械抛光性能之间具有优异的平衡。 本发明CMP的水性分散体的特征在于包含研磨剂,水和杂多酸。 根据本发明的CMP的另一种水分散体的特征在于包含研磨剂,水,杂多酸和有机酸。 另外根据本发明的用于CMP的水分散体的特征在于包含一次粒径为5-100nm的胶体二氧化硅,水和杂多酸。 杂多酸优选为选自硅钼酸,磷钨酸,硅钨酸,磷钼酸和硅钨钼酸中的至少一种。 有机酸优选为选自草酸,丙二酸,琥珀酸,戊二酸,己二酸,马来酸,富马酸,邻苯二甲酸,苹果酸,酒石酸和柠檬酸中的至少一种。
    • 36. 发明授权
    • Storage unit, method of checking storage unit, reading and writing method
    • 存储单元,存储单元检查方法,读写方法
    • US06360346B1
    • 2002-03-19
    • US09140005
    • 1998-08-26
    • Toshiyuki MiyauchiMasayuki Hattori
    • Toshiyuki MiyauchiMasayuki Hattori
    • G11C2900
    • G11C29/42
    • A storage unit is provided which is capable of preventing the occurrence of readout errors even if two or more errors arise within a code, and a storage unit checking method is offered which can improve the productivity. Write data produced by BCH-encoding and compacting data s1 inputted into a flash memory, capable of correcting two errors within a code in an encoder, is written in a cell array. Data read out from the cell array 3 is error-corrected and decoded in an error correction/encoder to generate output data. In the check to be made at manufacturing (or putting on the market), examination data written in advance is successively read out by one block so that the errors within each code is counted. If the number of errors assumes 1 or less, that code is subjected to error correction, whereas the block including a code whose error number is 2 or more is treated as a defective block. The acceptance or failure is determined depending upon, for example, whether the rate of the number of defective blocks to the total number of blocks is below or not less than 1%.
    • 提供了一种存储单元,其能够防止在代码中出现两个或更多个错误的情况下发生读出错误,并且提供可以提高生产率的存储单元检查方法。 写入通过BCH编码产生的数据和输入到闪存中的压缩数据s1,其能够校正编码器中的代码内的两个错误,被写入单元阵列中。 从单元阵列3读出的数据在误差校正/编码器中进行纠错和解码以产生输出数据。 在制造(或投放市场)的检查中,预先写入的检查数据被一个块连续地读出,从而对每个代码中的错误进行计数。 如果错误数假定为1或更小,则该代码进行错误校正,而包含错误号为2或更大的代码的块被视为缺陷块。 接收或故障根据例如有缺陷块的数量与总块数的比率是低于还是不小于1%来确定。
    • 40. 发明授权
    • Circuit utilizes N-channel mos transistors having reduced area dimension
for effectively detecting output current of a H-bridge circuit
    • 电路利用具有减小的面积尺寸的N沟道MOS晶体管来有效地检测H桥电路的输出电流
    • US5126603A
    • 1992-06-30
    • US557183
    • 1990-07-24
    • Masayuki Hattori
    • Masayuki Hattori
    • H02P7/288H02P7/00H03K17/00H03K17/082H03K17/687
    • H03K17/0822H02P7/04H03K17/6871H03K2217/0036
    • The inventive power supply detecting circuit includes an additional fifth, sixth, seventh and eighth MOS transistors within an output buffer H bridge circuit of a conventional type, in order to reduce the power consumption in the electric current detection circuit thereof. The fifth MOS transistor has a drain connected to a power supply terminal. Its source is connected to an electric current detecting terminal. Its gate is connected to a first internal input terminal. The sixth MOS transistor has a drain connected to the electric current detecting terminal. Its source is connected to a first output terminal. Its gate is connected to the first internal input terminal. The seventh MOS transistor has a drain connected to the power supply terminal. Its source is connected to the electric current detecting terminal. Its gate is connected to a second internal input terminal. The eighth MOS transistor has a drain connected to the electric current detecting terminal. Its source is connected to a second output terminal. Its gate is connected to the second internal input terminal. The size of the fifth through eighth MOS transistors is smaller than the size of the other MOS transistors which together constitute the output buffer H bridge circuit. This arrangement significantly reduces the amount of electric power that is consumed in the electric current detecting circuit.
    • 本发明的电源检测电路包括在常规类型的输出缓冲器H桥式电路内的附加的第五,第六,第七和第八MOS晶体管,以便降低其电流检测电路中的功耗。 第五MOS晶体管具有连接到电源端子的漏极。 其源极连接到电流检测端子。 其门连接到第一个内部输入端。 第六MOS晶体管具有连接到电流检测端子的漏极。 其源连接到第一输出端。 其门连接到第一个内部输入端。 第七MOS晶体管具有连接到电源端子的漏极。 其源极连接到电流检测端子。 其门连接到第二内部输入端。 第八MOS晶体管具有连接到电流检测端子的漏极。 其源极连接到第二输出端子。 其门连接到第二个内部输入端。 第五至第八MOS晶体管的尺寸小于一起构成输出缓冲器H桥电路的其它MOS晶体管的尺寸。 这种布置显着地减少了在电流检测电路中消耗的电力的量。