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    • 1. 发明授权
    • Water supply
    • 供水
    • US06922348B2
    • 2005-07-26
    • US10332197
    • 2001-07-05
    • Kaoru NakajimaKenichi KajiwaraMasahito KawaiMasahiko KishiNobuhiro HigakiYukio Murai
    • Kaoru NakajimaKenichi KajiwaraMasahito KawaiMasahiko KishiNobuhiro HigakiYukio Murai
    • F04B17/00F04B47/06H02M3/24
    • F04B17/006F04B47/06F04D13/068F04D15/0236Y10S323/906
    • According to the present invention, in a water supply apparatus which converts output power of a solar cell with an inverter to drive a motor pump for pumping up water, a DC brushless motor having no sensor for detecting a position of a rotatable shaft is used as a motor for driving the pump. Further, the water supply apparatus, having a pump and a frequency converter for supplying electric power to the pump and controlling a rotational speed of the pump, includes a standard current value table in which rotational frequencies of the pump and standard current values as criteria for shutoff operation at the rotational frequencies are associated with each other, a rotational frequency detecting device for detecting a rotational frequency of the pump, a standard current value acquiring device for acquiring a standard current value corresponding to the rotational frequency detected by the rotational frequency detecting device with reference to the standard current value table, a current detecting device for detecting a current value supplied to the pump, and a comparing device for comparing the current value detected by the current detecting device with the standard current value acquired by the standard current value acquiring device.
    • 根据本发明,在使用逆变器转换太阳能电池的输出功率以驱动用于泵送水的电动泵的供水装置中,使用没有用于检测可旋转轴的位置的传感器的直流无刷电动机作为 用于驱动泵的电动机。 此外,具有用于向泵供给电力并控制泵的转速的泵和变频器的供水装置包括标准电流值表,其中泵的旋转频率和标准电流值作为标准 旋转频率的关闭操作相关联,用于检测泵的旋转频率的旋转频率检测装置,用于获取与旋转频率检测装置检测到的旋转频率相对应的标准电流值的标准电流值获取装置 参考标准电流值表,检测提供给泵的电流值的电流检测装置和用于将由电流检测装置检测的电流值与通过标准电流值获取获得的标准电流值进行比较的比较装置 设备。
    • 5. 发明授权
    • Method of determining a space group
    • 确定空间组的方法
    • US5590053A
    • 1996-12-31
    • US278155
    • 1994-07-21
    • Tatsuya ItoMasahito KawaiYoshihito Yasukawa
    • Tatsuya ItoMasahito KawaiYoshihito Yasukawa
    • H01L39/24G01N23/20G06F17/50H01L29/04G06F17/10
    • G01N23/20
    • A method of determining a space group corresponding to a crystal structure includes a first step of reading a data structure of a target crystal. The data corresponding to the target crystal structure is then compared with data of crystal structures stored in memory. The stored crystal structures are classified according to lattice constants and other conditions. A plurality of space groups included in the crystal system are obtained by extraction from the memory region. An arithmetic operation is performed on the lattice coordinates of each atom constituting the structure (unit cell) of the target crystal by way of matrices corresponding to the space groups to determine equivalent positions of each atom. Each of the obtained crystal structures is then compared with the target crystal. Upon completion of a successful comparison, a description of a target crystal is obtained.
    • 确定与晶体结构相对应的空间群的方法包括读取目标晶体的数据结构的第一步骤。 然后将与目标晶体结构对应的数据与存储在存储器中的晶体结构的数据进行比较。 存储的晶体结构根据晶格常数和其他条件进行分类。 通过从存储区域中提取来获得包括在晶体系统中的多个空间群。 通过与空间组对应的矩阵,对构成目标晶体的结构(单元电池)的每个原子的晶格坐标进行算术运算,以确定每个原子的等效位置。 然后将所获得的每个晶体结构与目标晶体进行比较。 在成功比较完成后,获得目标晶体的描述。
    • 7. 发明授权
    • Method and apparatus for modeling synthetic crystal structure
    • 用于建模合成晶体结构的方法和装置
    • US5600570A
    • 1997-02-04
    • US846335
    • 1992-03-06
    • Yutaka ImasatoMasahito Kawai
    • Yutaka ImasatoMasahito Kawai
    • C30B35/00G06F17/50G06T17/10G06F17/00
    • G06T17/10G06F19/706
    • A method for modeling a synthetic crystal structure formed of a first crystal structure and a second crystal structure by representing the first crystal structure using a first coordinate system and the second crystal structure using a second coordinate system, specifying a first atom, a first lattice and a first crystal face of the first crystal structure, the first crystal face including the first atom and the first lattice; specifying a second atom, a second lattice and a second crystal face of the second crystal structure the second crystal face including the second atom and the second lattice; transforming the second crystal structure system represented by the second coordinate system into a second crystal structure represented by the first coordinate system so that an assembling condition is satisfied, the assembling condition being defined as a condition in which the second atom, the second lattice and the crystal face of the second crystal structure are respectively superposed on the first atom, the first lattice and the first crystal face of the first crystal structure; and adding the second crystal structure represented by the first coordinate system to the first crystal structure, so that a synthetic crystal structure formed of the first and second crystal structures represented by the first coordinate system, is obtained.
    • 一种通过使用第一坐标系表示第一晶体结构并且使用第二坐标系的第二晶体结构来形成由第一晶体结构和第二晶体结构形成的合成晶体结构的方法,其指定第一原子,第一晶格和 所述第一晶体结构的第一晶面,所述第一晶面包括所述第一原子和所述第一晶格; 指定所述第二晶体结构的第二原子,第二晶格和第二晶面,所述第二晶体面包括所述第二原子和所述第二晶格; 将由第二坐标系所表示的第二晶体结构系统变换成由第一坐标系表示的第二晶体结构,从而满足组装条件,组装条件被定义为第二原子,第二晶格和 第二晶体结构的晶面分别叠加在第一晶体结构的第一原子,第一晶格和第一晶体面上; 并且将由第一坐标系表示的第二晶体结构添加到第一晶体结构,从而获得由第一坐标系表示的第一和第二晶体结构形成的合成晶体结构。