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    • 1. 发明申请
    • MOTION CONTROLLER DEVICE AND COMMUNICATION METHOD THEREIN
    • 运动控制器及其通信方法
    • US20150168929A1
    • 2015-06-18
    • US14401542
    • 2012-06-07
    • Takashi SaegusaMasahiro KoyamaTerunobu Funatsu
    • Takashi SaegusaMasahiro KoyamaTerunobu Funatsu
    • G05B15/02H04L29/08
    • G05B15/02G05B19/414G05B2219/33136G05B2219/34208H04L67/10
    • A motion controller device and a communication method for the motion controller device are provided to reduce the large number of man-hours that are required for making communication settings and wiring design in large-scale systems. The motion controller device and communication method improve the degree of freedom for communication line connections by switching the two transmission paths on the transmitting and receiving sides of the communication ports contained within a central communication device and a terminal communication devices for full duplex communications. The motion controller device and communication also ensure the response performance required in the devices being controlled by way of the terminal communication device that autonomously and dynamically switches the communication paths according to the volume of communication data on the communication line along this type of network.
    • 提供一种用于运动控制器装置的运动控制器装置和通信方法,以减少在大型系统中进行通信设置和布线设计所需的大量工作时间。 运动控制器装置和通信方法通过切换包含在中央通信装置中的通信端口的发送和接收侧的两个传输路径以及用于全双工通信的终端通信装置来提高通信线路连接的自由度。 运动控制器设备和通信还确保通过终端通信设备控制的设备中所需的响应性能,其根据沿着该类型的网络的通信线路上的通信数据的量来自动地和动态地切换通信路径。
    • 6. 发明授权
    • Circumferential flow pump
    • 循环泵
    • US07125218B2
    • 2006-10-24
    • US10893893
    • 2004-07-20
    • Masahiro KoyamaSeizo InoueYusaku Sakai
    • Masahiro KoyamaSeizo InoueYusaku Sakai
    • F04D5/00F01D1/12
    • F04D29/188F04D5/002
    • Each of impeller grooves of an impeller has a first bow surface that extends from one end surface of the impeller so as to have a radius R1, a second bow surface that extends from the other end surface of the impeller so as to have a radius r1, and a projected partition wall having a connecting surface that connects the first and second bow surfaces. A pump cover and a pump base are provided adjacent to the respective end surfaces of the impeller, and are formed with respective annular feed passages that are defined by semicircular wall surfaces having radii R2 and r2, respectively. The radii R1 and r1 of the first and second bow surfaces are set longer than the radii R2 and r2 of the semicircular wall surfaces, respectively.
    • 叶轮的每个叶轮槽具有从叶轮的一个端面延伸的第一弓形表面,以具有半径R 1,第二弓形表面从叶轮的另一端面延伸,以具有半径 r 1和具有连接第一和第二弓形表面的连接表面的突出分隔壁。 在叶轮的相应端面附近设置有泵盖和泵基座,并且分别形成有分别由具有半径R 2和r 2的半圆形壁表面限定的相应的环形进给通道。 第一和第二弓形表面的半径R 1和r 1分别设定为比半圆形壁表面的半径R 2和r 2长。
    • 10. 发明授权
    • Permanent magnet rotary motor
    • 永磁旋转电机
    • US07560844B2
    • 2009-07-14
    • US11388697
    • 2006-03-24
    • Toshihito MiyashitaSatoru OnoderaKazuyuki KitazawaMasahiro KoyamaKazuhiko Takizawa
    • Toshihito MiyashitaSatoru OnoderaKazuyuki KitazawaMasahiro KoyamaKazuhiko Takizawa
    • H02K1/00H02K3/48
    • H02K29/03
    • A permanent magnet rotary motor is provided in which cogging torque can be reduced and an increase in copper loss can also be prevented. A first divided core unit 13 is combined with a second divided core unit 15, thereby constituting a stator core 9. The first divided core unit 13 constitutes a yoke portion 17. The second divided core unit 15 includes pole pieces 25, magnetic pole surface constituent portions 27, and first and second type connecting portions 29A and 29B each mutually couple two adjacent magnetic pole surface constituent portions 27, all of which are formed integral with one another. The thickness of the first type connecting portions 29A in a radial direction of the stator core 9 is set to be smaller than the thickness of the second type connecting portions 29B in the radial direction of the stator core 9.
    • 提供一种能够减小齿槽转矩并且还能够防止铜损的增加的永久磁铁旋转电动机。 第一分割铁心单元13与第二分割铁芯单元15组合,从而构成定子铁芯9.第一分体铁芯单元13构成磁轭部17.第二分压芯单元15包括磁极片25,磁极表面成分 部分27以及第一和第二类型连接部分29A和29B各自相互耦合两个彼此成一体的相邻的磁极表面组成部分27。 第一型连接部29A在定子铁芯9的径向上的厚度被设定为小于第二型连接部29B在定子铁心9的径向的厚度。