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    • 3. 发明授权
    • Scanning electron microscope
    • 扫描电子显微镜
    • US4803358A
    • 1989-02-07
    • US169599
    • 1988-03-17
    • Makoto KatoKoichi HommaFuminobu KomuraToshihiro Furuya
    • Makoto KatoKoichi HommaFuminobu KomuraToshihiro Furuya
    • H01J37/20H01J37/22H01J37/28
    • H01J37/20H01J37/28
    • A scanning electron microscope for scanning the surface of a specimen with an electron beam to detect secondary electrons, backscattered electrons, or X-rays emitted from the specimen, thereby forming an image of the surface of the specimen, is provided with a specimen table capable of making a horizontal movement, a vertical movement a rotating operation and a tilting operation, an arithmetic unit for converting the output of a detector for detecting the secondary electrons, backscattered electrons or X-ray into a digital signal to store the digital signal, and for calculating the amount of each of the horizontal movement, vertical movement, rotating operation and tilting operation of the specimen table, on the basis of the stored information, an indication given from the outside, and others, and a controller for controlling the specimen table on the basis of a calculated value from the arithmetic unit.
    • 一种扫描电子显微镜,用于用电子束扫描样品的表面以检测从试样发射的二次电子,背散射电子或X射线,从而形成试样的表面的图像,其具有能够 水平移动的垂直运动,旋转操作和倾斜操作的垂直运动,用于将用于检测二次电子的检测器的输出,反向散射电子或X射线转换成数字信号以存储数字信号的运算单元,以及 用于根据存储的信息,从外部给出的指示等来计算样本台的水平移动,垂直移动,旋转操作和倾斜操作中的每一个的量,以及用于控制样本表的控制器 基于来自算术单元的计算值。
    • 5. 发明授权
    • System for cooperatively operating river management facilities
    • 合作经营河道管理设施体系
    • US5812421A
    • 1998-09-22
    • US633098
    • 1996-04-16
    • Kenji FujiiKoichi HommaFuminobu KomuraKunio Takada
    • Kenji FujiiKoichi HommaFuminobu KomuraKunio Takada
    • E02B3/00G01F23/00
    • E02B3/00
    • A river management system for controllably operating devices of management facilities installed at pluralities of rivers and waterways to manage water volumes in a river network including the pluralities of rivers and waterways. The river management system includes an operation plan database for storing therein a plurality of sets of the contents of operations of the river management facility devices in the form of operation modes when the values of water levels, flow rates, precipitations and change rates thereof at a plurality of points of the river network satisfy predetermined conditions; an operation plan decider, when the values of water levels, flow rates, precipitations and change rates thereof at the points of the river network satisfy the predetermined conditions, for selecting one of the operation modes corresponding to the conditions and determining the operation contents of the river management facility devices; and a monitor/input section for inputting values of water levels, flow rates and precipitations of the points of the river network to the system.
    • 一套河道管理系统,用于可控地运行安装在多条河流和水道上的管理设施,管理包括多条河流和水道在内的河网水量。 河流管理系统包括操作计划数据库,用于在运行模式的形式中存储河流管理设备装置的操作内容的多组,当水位,流量,沉降和其变化率在 河网多点满足预定条件; 操作方案决定器,当在河网的点处的水位,流量,沉降和其变化率的值满足预定条件时,用于选择与条件相对应的操作模式之一并确定其中的操作内容 河流管理设备; 以及用于输入河网点到系统的水位,流量和沉降值的监视器/输入部分。
    • 9. 发明授权
    • Decision making method
    • 决策方法
    • US5870730A
    • 1999-02-09
    • US499203
    • 1995-07-07
    • Masatoshi FuruyaFuminobu Komura
    • Masatoshi FuruyaFuminobu Komura
    • G06F9/44G06N5/04G06F17/00
    • G06N5/048
    • When an intention is decided by a computer, the conclusion part of a rule is expressed by using an intention level such as an auxiliary verb of intention and an intention is decided on the basis of the expression. A rule for a certain action is described in a format of "IF (status of A), THEN (action B on the basis of the status A)+(intention level)" beforehand. A fitness degree indicating the fitness state of the status A to the status to be processed is calculated. When the fitness degree at the strongest intention level is highest, the corresponding rule is assumed as an intention in the status to be processed. When the fitness degree at the strongest intention level is not highest, it is converted to a fitness degree equivalent to the intention level of the next strength and a rule which is an intention to an action is decided.
    • 当意图由计算机决定时,规则的结论部分通过使用诸如意图的辅助动词的意图级别来表示,并且基于表达式来确定意图。 事先以“IF(状态A),THEN(基于状态A的动作B)+(意图级别)”的格式描述某个动作的规则。 计算表示状态A对待处理状态的适应度状态的适应度。 当最强意图级别的适应度最高时,相应的规则被认为是待处理状态的意图。 当最强意图水平的健身程度不是最高时,将其转换为与下一个力量的意图水平相当的健身度,并且确定作为对动作的意图的规则。