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    • 31. 发明授权
    • Semiconductor memory device having redundancy memory cells for replacing
defective
    • 具有用于替换有缺陷的冗余存储单元的半导体存储器件
    • US5373471A
    • 1994-12-13
    • US934332
    • 1992-08-25
    • Makoto SaekiKiyoshi NagaiHisae YamamuraTadashi AbeTakeshi Fukazawa
    • Makoto SaekiKiyoshi NagaiHisae YamamuraTadashi AbeTakeshi Fukazawa
    • G11C11/413G11C11/401G11C11/407G11C29/00G11C29/04G11C7/00
    • G11C29/846
    • In case an address is to access a defective memory cell, a defective memory cell in a memory cell area contained in one of paired memory mats is selected in parallel with a redundant memory cell in a redundant memory cell area contained in the other memory mat. At this time of selecting the redundant main word line for selecting the redundant memory cell, there is not required the logical operation for deciding whether or not the redundant use of the access address fed from the outside is proper. For example, the redundant main word line is set to the select level on the basis of a chip select signal. As a result, the drive start timing of the redundant main word line is not delayed in the least from the drive start timing of the main word line. Thus, it is possible to prevent the event that the select drive timing of the redundant sub word line is delayed on account of the delay in the drive timing of the redundant main word line.
    • 在地址要访问有缺陷的存储单元的情况下,在包含在其中一个存储器堆中的存储单元区域中的有缺陷的存储器单元与冗余存储器单元并联地选择在另一存储器堆中所包含的冗余存储单元区域中。 在选择用于选择冗余存储单元的冗余主字线时,不需要用于判断从外部馈送的访问地址的冗余使用是否合适的逻辑操作。 例如,基于片选信号将冗余主字线设定为选择电平。 结果,冗余主字线的驱动开始定时至少不会从主字线的驱动开始定时延迟。 因此,可以防止由于冗余主字线的驱动定时的延迟而使冗余子字线的选择驱动定时被延迟的事件。
    • 33. 发明授权
    • Hermetically sealed flat-type piezo-electric oscillator assembly
    • 密封平型压电振荡器组件
    • US4405875A
    • 1983-09-20
    • US253043
    • 1981-04-10
    • Kiyoshi Nagai
    • Kiyoshi Nagai
    • H03H3/02H03H9/10H01L41/08
    • H03H9/1021
    • A hermetically sealed flat-type piezo-electric oscillator assembly comprising a flat-type package and a piezo-electric oscillator encased in the package.The flat-type package comprises metal frame, an insulating material portion united to the frame to form the package, and a plurality of lead wires passing through the insulating material portion to provide terminals inside of the package, and having opening for insertion of the piezo-electric oscillator element therein such that the piezo-electric oscillator element is mounted on the terminals of the lead wires. A lid is placed over the opening of the package so as to hermetically seal the package with the oscillator element encased therein. At least two side faces of the insulating material portion are, at least in part, positioned within the space defined by the metal frame to engage with an inwardly facing surface of the metal frame.
    • 一种气密密封的扁平型压电振荡器组件,包括平面型封装和封装在封装中的压电振荡器。 扁平型封装包括金属框架,与框架结合以形成封装的绝缘材料部分,以及穿过绝缘材料部分提供端子的多个引线,并具有用于插入压电元件的开口 其中压电振荡器元件安装在引线的端子上。 将盖子放置在包装的开口上方,以便封装有封装在其中的振荡器元件的封装。 绝缘材料部分的至少两个侧面至少部分地定位在由金属框架限定的空间内,以与金属框架的面向内的表面接合。
    • 35. 发明授权
    • Method for determining concentration of impurity element
    • 测定杂质元素浓度的方法
    • US08090544B2
    • 2012-01-03
    • US11569827
    • 2005-06-02
    • Kiyoshi NagaiTetsuo Ishida
    • Kiyoshi NagaiTetsuo Ishida
    • G01N31/00
    • G01N23/2258
    • A method for shortening a waiting time from the setting of a sample in a chamber to the stabilisation of the intensity for a secondary ion for SIMS analysis (mass analysis of the secondary ion) using a raster variation method is provided. By approximating so that the difference between time-lapse variations in intensities of the secondary ions sequentially measured for irradiation densities of two different primary ions becomes constant, a method capable of carrying out an accurate measurement of the concentration of an impurity in consideration of background noise despite time-lapse variations in the intensities of the secondary ions is provided.
    • 提供了一种缩短从室中样品设置到使用光栅变化方法进行SIMS分析(二次离子质量分析)的二次离子强度的稳定化的等待时间的方法。 通过近似,使得对于两个不同的一次离子的照射密度顺序测量的次级离子的时间延迟变化之间的差异变得恒定,可以考虑到背景噪声对杂质的浓度进行精确测量的方法 尽管提供了次级离子的强度的延时变化。
    • 36. 发明授权
    • Optical delay time adjuster and optical time-division multiplexer
    • 光延迟时间调节器和光时分复用器
    • US06215941B1
    • 2001-04-10
    • US09248324
    • 1999-02-11
    • Kiyoshi NagaiYukihiro Ozeki
    • Kiyoshi NagaiYukihiro Ozeki
    • G02B600
    • G02B6/2861
    • An optical delay time adjuster and an optical time-division multiplexer. The delay time adjuster includes a support, an optical fiber attached to the support, and a device attached to the support which adjustably changes the length of the optical fiber. In various embodiments the device is an electric heater or cooling device or provides current to a piezoelectric element serving as the support. The optical time-division multiplexer includes an optical coupler which multiplexes optical signals received at its input ports, and the optical delay time adjuster connected to one of the input ports of the coupler.
    • 光延迟时间调节器和光时分复用器。 延迟时间调节器包括支撑件,附接到支撑件的光纤,以及附接到支撑件的装置,其可调整地改变光纤的长度。 在各种实施例中,该装置是电加热器或冷却装置,或者将电流提供给用作支撑件的压电元件。 光时分多路复用器包括多路复用在其输入端口处接收的光信号的光耦合器和连接到耦合器的一个输入端口的光延迟时间调节器。