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    • 1. 发明授权
    • Memory having ferroelectric capacitors polarized in nonvolatile mode
    • 具有以非易失性模式极化的铁电电容器的存储器
    • US5297077A
    • 1994-03-22
    • US676546
    • 1991-03-28
    • Motomasa ImaiHiroshi ToyodaKazuhide AbeKoji YamakawaHisakazu IizukaMitsuo HarataKoji Sakui
    • Motomasa ImaiHiroshi ToyodaKazuhide AbeKoji YamakawaHisakazu IizukaMitsuo HarataKoji Sakui
    • G11C11/22G11C14/00
    • G11C14/00G11C11/22
    • A semiconductor memory device comprises a ferroelectric capacitor, a voltage output circuit for outputting a first voltage for reversely polarizing the ferroelectric capacitor and a second voltage by which the polarization of the ferroelectric capacitor is not reversed, regardless of data stored in the ferroelectric capacitor, a first reference capacitor having a such a capacitance as to accumulate less charge than charge which the ferroelectric capacitor accumulates, when the second voltage is applied to the ferroelectric capacitor, a second reference capacitor having such a capacitance that as to accumulate greater charge than the charge which the ferroelectric capacitor accumulates while the ferroelectric capacitor is forwardly polarized, when the first voltage is applied to the ferroelectric capacitor, thus reversely polarizing the ferroelectric capacitor, a sense amplifier connected to the ferroelectric capacitor and the first or second reference capacitor, a reference-capacitor selecting circuit for connecting the first reference capacitor to the sense amplifier when the voltage output circuit outputs the second voltage, and connecting the second reference capacitor to the sense amplifier while the voltage output circuit outputs the first voltage, and a circuit for determining data from the presence or absence of an electric charge in the ferroelectric capacitors while the memory is set in volatile mode, and for determining data from the direction in which the ferroelectric capacitor is polarized, while the memory is set in nonvolatile mode.
    • 半导体存储器件包括铁电电容器,用于输出用于使强电介质电容器反向极化的第一电压的电压输出电路和强电介质电容器的极化不反转的第二电压,而与铁电电容器中存储的数据无关 第一参考电容器具有这样的电容,即当第二电压被施加到铁电电容器时,积累比铁电电容器累积的电荷少的电荷,第二参考电容器具有这样的电容,以便积累比电荷更大的电荷 当铁电电容器向前偏振时,铁电电容器累积,当第一电压施加到铁电电容器时,从而使铁电电容器反向极化,连接到铁电电容器和第一或第二参考电容器的读出放大器,参考电容器 s 选择电路,用于当电压输出电路输出第二电压时将第一参考电容器连接到读出放大器,并且在电压输出电路输出第一电压时将第二参考电容器连接到读出放大器;以及电路,用于从 当存储器被设置为易失性模式时,铁电电容器中存在或不存在电荷,并且用于从存储器设置为非易失性模式时从铁电电容器被极化的方向确定数据。
    • 4. 发明授权
    • Semiconductor memory device using ferroelectric capacitor and having
only one sense amplifier selected
    • 使用铁电电容器并且仅选择一个读出放大器的半导体存储器件
    • US5400275A
    • 1995-03-21
    • US712092
    • 1991-06-07
    • Kazuhide AbeHiroshi ToyodaKoji YamakawaMotomasa ImaiKoji Sakui
    • Kazuhide AbeHiroshi ToyodaKoji YamakawaMotomasa ImaiKoji Sakui
    • G11C11/22H01L27/115G11C7/00
    • H01L27/11502G11C11/22
    • A semiconductor memory device comprises a plurality of memory cells arranged in the form of a matrix to constitute rows-and columns, a plurality of first driving lines, connected to the memory cells, for transmitting a first driving signal to the memory cells, one of the plurality of first driving lines being selected by a row address, a plurality of second driving lines, connected to the memory cells, for transmitting a second driving signal to the memory cells, one of the plurality of second driving lines being selected by a column address, a plurality of read/write lines, connected to the memory cells, for performing read/write operations with respect to the memory cells, and a plurality of sense amplifiers connected to the read/ write lines, wherein one of the plurality of sense amplifiers is selected by the column address, and the memory cells in the same column are connected to the same sense amplifier through the read/write lines.
    • 一种半导体存储器件包括以矩阵形式布置以构成行和列的多个存储器单元,连接到存储器单元的多条第一驱动线,用于将第一驱动信号发送到存储器单元,其中之一 所述多个第一驱动线由行地址选择,多个第二驱动线连接到所述存储单元,用于将第二驱动信号发送到所述存储单元,所述多个第二驱动线中的一个由列选择 连接到存储器单元的多个读/写线,用于对存储单元执行读/写操作,以及连接到读/写线的多个读出放大器,其中多个感测中的一个 放大器由列地址选择,同一列中的存储单元通过读/写线连接到相同的读出放大器。
    • 7. 发明授权
    • Magnetic recording head and method for manufacturing
    • 磁记录头及制造方法
    • US4701767A
    • 1987-10-20
    • US870898
    • 1986-06-05
    • Motomasa ImaiMitsuo HarataTakashi TakahashiKazuo Nishijima
    • Motomasa ImaiMitsuo HarataTakashi TakahashiKazuo Nishijima
    • G03G15/05B41J2/395G03G19/00G01D15/12
    • G03G19/00
    • A method is disclosed which manufactures a recording head adapted to be moved relative to a recording medium, which is comprised of a conductive substrate and dielectric layer formed on the conductive substrate, to permit data to be recorded on the recording medium with the use of a conductive/magnetic toner on the recording medium. A conductive/magnetic sheet is attached to an insulating substrate of a first size with an adhesive layer therebetween, the first size of the insulating substrate is greater than a second size thereof defined by an insulating substrate of a finally completed recording head. The conductive/magnetic sheet is selectively etched to form an array of slits at a predetermined interval with both ends of the slits located beyond the side edges of an insulating substrate of a finally completed recording head. At one side edge portion of the conductive/magnetic sheet the conductive/magnetic sheet is electroplated to form a plated layer for a bonding pad. Those areas of the conductive/magnetic sheet, plated layer and insulating substrate, which are located beyond the side edge of the insulating substrate of the finally completed recording head, are cut to form a parallel array of electrodes and a bonding pad on one side edge portion of the conductive/magnetic electrodes.
    • 公开了一种制造适于相对于记录介质移动的记录头的方法,该记录介质由形成在导电基底上的导电基底和电介质层组成,以便使用数据记录在记录介质上 导电/磁性调色剂在记录介质上。 将导电/磁性薄片附着在第一尺寸的绝缘基板上,其间具有粘合剂层,绝缘基板的第一尺寸大于由最终完成的记录头的绝缘基板限定的第二尺寸。 选择性地蚀刻导电/磁性薄片以形成狭缝阵列,以预定的间隔,狭缝的两端位于最终完成的记录头的绝缘基底的侧边缘之外。 在导电/磁性片的一个侧边缘部分,电导/磁性片被电镀以形成用于焊盘的镀层。 将位于超过最终完成的记录头的绝缘衬底的侧边缘的导电/磁性片,镀层和绝缘衬底的那些区域切割成在一个侧边缘上形成平行的电极阵列和焊盘 部分导电/磁极。
    • 8. 发明授权
    • Power circuit breaker and power resistor
    • 电源断路器和电源电阻
    • US5373129A
    • 1994-12-13
    • US28284
    • 1993-03-09
    • Naoki ShutohMotomasa ImaiFumio Ueno
    • Naoki ShutohMotomasa ImaiFumio Ueno
    • H01C7/10H01H33/16
    • H01C7/10H01H33/165
    • A compact power circuit breaker having a large breaking capacity and stable breaking performance by using a compact closing resistor unit having high performance. The power circuit breaker includes a main switch arranged in a current path, an auxiliary switch connected to the current path parallel with respect to the main switch and turned on prior to an ON state of the main switch, and a closing resistor unit connected in series with the auxiliary switch and incorporated with a resistor having a sintered body consisting of a Zn--Ti--Co--O--based oxide and having metal components consisting of titanium calculated as titanium oxide (TiO.sub.2) in an amount of 0.5 to 25 mol %, cobalt calculated as cobalt oxide (CoO) in an amount of 0.5 to 30 mol %, and Zn as substantially the balance.
    • 通过使用具有高性能的紧凑型闭合电阻器单元,具有大的分断能力和稳定的断开性能的紧凑型电力断路器。 电源断路器包括布置在电流路径中的主开关,辅助开关连接到电流路径,相对于主开关并联并在主开关的导通状态之前导通,以及闭合电阻器单元串联连接 与辅助开关一起并入具有由Zn-Ti-Co-O系氧化物构成的烧结体的电阻体,并具有以氧化钛(TiO 2)计为0.5〜25摩尔%的由钛构成的金属成分, 作为氧化钴(CoO)计算的钴的量为0.5〜30摩尔%,Zn为大致余量。
    • 9. 发明授权
    • Metal oxide varistor with non-diffusable electrodes
    • 具有非扩散电极的金属氧化物变阻器
    • US4516105A
    • 1985-05-07
    • US395278
    • 1982-07-06
    • Motomasa ImaiTakashi TakahashiOsamu FurukawaHideyuki Kanai
    • Motomasa ImaiTakashi TakahashiOsamu FurukawaHideyuki Kanai
    • H01C7/10C04B35/453H01C7/112C04B35/00
    • H01C7/112
    • Disclosed is a metal oxide varistor which comprises; a sintered body containing (a) ZnO as a principal component, and (b), as auxiliary components, Bi, Co and Mn in amounts of 0.05.about.2 mole %, 0.05.about.2 mole % and 0.05.about.2 mole %, when calculated in terms of Bi.sub.2 O.sub.3, Co.sub.2 O.sub.3 and MnO.sub.2, respectively, and at least one selected from Al, In and Ga in amounts of 1.times.10.sup.-4 .about.3.times.10.sup.-2 mole %, when calculated in terms of Al.sub.2 O.sub.3, In.sub.2 O.sub.3 and Ga.sub.2 O.sub.3, respectively; said sintered material having been reheated at a temperature of 650.degree..about.900.degree. C. after sintering; and a non-diffusible electrode provided on said sintered body. The metal oxide varistor has excellent pulse response and volt-ampere non-linearity even with respect to a pulse having a short rise time of less than a microsecond.
    • 公开了一种金属氧化物变阻器,其包括: 含有(a)ZnO作为主要成分的烧结体,和(b)作为辅助成分的Bi,Co和Mn,其量为0.05DIFFERENCE 2摩尔%,0.05差异2摩尔%和0.05差异2摩尔%,当计算 分别以Bi 2 O 3,Co 2 O 3和MnO 2为单位,以Al 2 O 3,In 2 O 3和Ga 2 O 3计算,选自Al,In和Ga中的至少1种为1×10 -4 DIFFERENCE 3×10 -2摩尔% 所述烧结材料在烧结后在650℃的温度下再加热; 以及设置在所述烧结体上的非扩散电极。 金属氧化物变阻器即使对于具有小于一微秒的短上升时间的脉冲也具有优异的脉冲响应和伏安非线性。