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    • 51. 发明授权
    • Storage device and storage device power consumption control method
    • 存储设备和存储设备功耗控制方法
    • US07454656B2
    • 2008-11-18
    • US10937311
    • 2004-09-10
    • Naoki OkadaKenji MoriNobuyuki Minowa
    • Naoki OkadaKenji MoriNobuyuki Minowa
    • G06F11/00
    • G06F11/1441
    • According to the present invention, in cases where a CHA function and a DKA function are mounted within a single package, a battery power supply that is used during the occurrence of power supply trouble is effectively utilized so that the supply of power can be separately controlled for each function. A CHA part and DKA part are disposed in a single control package. When trouble such as a power outage is detected, the CHA part blocks access requests from the host, and initiates end processing. When the end processing of the CHA part is completed, the package internal power supply control part stops the clock supply to the CHA part. Then, when the DKA part completes destage processing, the package internal power supply control part stops the supply of power to the DKA part. The power consumption of the package is lowered in stages in accordance with the progress of the end processing.
    • 根据本发明,在单个封装中安装有CHA功能和DKA功能的情况下,有效地利用在发生电源故障期间使用的电池电源,从而可以单独控制电力供应 对于每个功能 CHA部件和DKA部件设置在单个控制包装中。 当检测到停电等故障时,CHA部分阻止来自主机的访问请求,并开始结束处理。 当CHA部件的结束处理完成时,封装内部电源控制部分停止对CHA部件的时钟供给。 然后,当DKA部件完成停止处理时,封装内部电源控制部分停止向DKA部件供电。 根据最终处理的进度,包装的功耗逐级降低。
    • 52. 发明授权
    • Error detection apparatus and method and signal extractor
    • 误差检测装置及方法及信号提取器
    • US07433793B2
    • 2008-10-07
    • US11334371
    • 2006-01-19
    • Kenji Mori
    • Kenji Mori
    • G01R31/26
    • G01R31/31708G01R31/3004G01R31/31721
    • A modulated voltage signal modulated at a predetermined frequency f0 is supplied to an integrated circuit under test to be tested set at an arbitrary stationary point, and an observation signal containing information on power supply current flowing through the integrated circuit under test at the stationary point. Then, a determination signal from which DC component is removed is extracted from the observation signal and supplied to a determination device. The determination device compares the size of spectral component of the determination signal at the predetermined frequency f0 between each measurement point and determines that an error exists in the integrated circuit under test if a difference is a predetermined value or greater.
    • 将以预定频率f 0调制的调制电压信号提供给被测试的集成电路,以被测试设置在任意的静止点,以及观测信号,其包含流经待测的集成电路在静止点的电源电流的信息 。 然后,从观测信号中提取去除了直流分量的判定信号,供给判定装置。 确定装置将每个测量点之间的预定频率f 0的确定信号的频谱分量的大小进行比较,并且如果差是预定值或更大,则确定被测集成电路中存在误差。
    • 54. 发明申请
    • Method of calculating a model formula for circuit simulation
    • 计算电路仿真模型公式的方法
    • US20080059926A1
    • 2008-03-06
    • US11512331
    • 2006-08-30
    • Kenji Mori
    • Kenji Mori
    • G06F17/50
    • G06F17/5036
    • It is an object of the invention to obtain a model formula for a circuit simulator that can be applied to a semiconductor device in which a channel length thereof becomes further shorter. A method of calculating a model formula for circuit simulation of a semiconductor device is provided. The method includes: calculating first parasitic resistance independent of gate voltage using actually measured data of the semiconductor device; calculating second parasitic resistance dependent on the gate voltage using IV characteristic of the semiconductor device from which the first parasitic resistance is removed; dividing the second parasitic resistance into channel resistance and third parasitic resistance generated under both ends of a gate length using plural kinds of diffusion resistance TEG in which the width W of each kind of diffusion resistance is the same as each other, but the length L of each kind of diffusion resistance is different from the other kinds of diffusion resistance; and obtaining an I-V characteristic formula for the semiconductor device using the third parasitic resistance as an independent characteristic.
    • 本发明的目的是获得一种可应用于其通道长度变得更短的半导体器件的电路仿真器的模型公式。 提供了一种计算半导体器件的电路仿真模型公式的方法。 该方法包括:使用半导体器件的实际测量数据来计算与栅极电压无关的第一寄生电阻; 使用从其去除第一寄生电阻的半导体器件的IV特性来计算取决于栅极电压的第二寄生电阻; 使用多种扩散电阻TEG将第二寄生电阻分成沟道电阻和在栅极长度两端产生的第三寄生电阻,其中各种扩散电阻的宽度W彼此相同,但是长度L 各种扩散电阻与其他种类的扩散电阻不同; 并且使用第三寄生电阻获得用于半导体器件的I-V特性公式作为独立特性。
    • 55. 发明申请
    • Air passage switching device
    • 空气通道开关装置
    • US20070281599A1
    • 2007-12-06
    • US11810120
    • 2007-06-04
    • Kenji Mori
    • Kenji Mori
    • B60H3/00B60H1/00B60S1/54
    • B60H1/00671B60H2001/00707B60H2001/00714F24F13/1406
    • An air passage switching device includes a case for defining an air passage, a butterfly door having a door body and a rotation shaft, a bearing part provided in the case for rotatably holding the rotation shaft, and a seal structure. The seal structure has a first seal part disposed at an outer peripheral portion of the rotation shaft to be integrally rotated with the rotation shaft, and a second seal part disposed in the case. The first seal part and the second seal part have scroll shapes centering on an axial center of the rotation shaft. The first seal part is in contact with the second seal part when the door body closes the air passage.
    • 空气通道切换装置包括用于限定空气通道的壳体,具有门主体和旋转轴的蝶形门,设置在壳体中用于可旋转地保持旋转轴的轴承部分和密封结构。 所述密封结构具有设置在所述旋转轴的外周部的第一密封部,与所述旋转轴一体地旋转,以及设置在所述壳体中的第二密封部。 第一密封部和第二密封部具有以旋转轴的轴心为中心的涡旋状。 当门体关闭空气通道时,第一密封部分与第二密封部分接触。
    • 60. 发明授权
    • Iontophoresis system
    • 离子电渗系统
    • US07018345B2
    • 2006-03-28
    • US10727582
    • 2003-12-05
    • Kenji MoriNaruhito Higo
    • Kenji MoriNaruhito Higo
    • A61B5/00
    • A61N1/30
    • The present invention provides an iontophoresis system for non-invasively taking a physiological substance out of the living body, the system being suitably used for the mucous membrane. The present iontophoresis system non-invasively takes a physiological substance out of a living body. The system includes a plurality of electrode structures and a power supply device connected to the electrode structures. At least one of the electrode structures has a physiological substance extraction pad applied to the mucous membrane. In the present system, the time to apply electric energy to the living body by the power supply device is set between 30 seconds and 20 minutes. The physiological substance extraction pad which is provided in the electrode structure is applicable to the mucous membrane of the mouth and can be used, for example, to monitor glucose in the living body or an amount of drug administered.
    • 本发明提供了一种离子电渗系统,用于非生物地将生理物质从活体中取出,该系统适合用于粘膜。 本离子电渗系统非侵入性地将生理物质从活体中取出。 该系统包括多个电极结构和连接到电极结构的电源装置。 电极结构中的至少一个具有应用于粘膜的生理物质提取垫。 在本系统中,通过电源装置向生物体施加电能的时间设定为30秒〜20分钟。 设置在电极结构体内的生理物质提取垫适用于口腔粘膜,例如可以用于监测生物体内的葡萄糖或给药量。