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    • 1. 发明授权
    • Rotary operation type input device
    • 旋转操作型输入装置
    • US08184023B2
    • 2012-05-22
    • US12203239
    • 2008-09-03
    • Yoshio NakaTamotsu YamamotoTakumi Nishimoto
    • Yoshio NakaTamotsu YamamotoTakumi Nishimoto
    • H03K17/94H03M11/00
    • H03K17/97G06F3/0362H03K2217/94068H03K2217/96062
    • A rotary input device includes a circular ring shaped operation body, a magnetic first guide plate fixed to the bottom of the operation body, movable magnets disposed on the bottom of a first flat plane of the first guide plate concentrically with the operation body, a base for rotatably supporting the operation body from beneath, a detection element for detecting a change in magnetic field from the movable contacts due to rotating operation of the operation body without making contact, and a magnetic second guide plate fixed to the base having a plurality of second flat planes opposite to the position of the movable magnets so as to be opposite to each one of the movable magnets. The movable magnets face to or depart from each one of the second flat planes of the second guide plate depending on the rotation of the operation body.
    • 旋转输入装置包括圆形环状操作体,固定到操作体底部的磁性第一引导板,与操作体同心地配置在第一引导板的第一平面的底部的可动磁铁, 用于从下方可旋转地支撑操作体的检测元件,用于检测由于操作体的旋转操作而导致的来自可动触头的磁场变化而不接触的检测元件;以及固定到基座的磁性第二引导板,其具有多个第二 平面与可动磁铁的位置相对,以与每个可动磁铁相对。 根据操作体的旋转,可动磁铁面对第二导板的每一个第二平面。
    • 5. 发明授权
    • Trackball device
    • 轨迹球装置
    • US07323959B2
    • 2008-01-29
    • US11375027
    • 2006-03-15
    • Yoshio NakaTamotsu Yamamoto
    • Yoshio NakaTamotsu Yamamoto
    • H01H9/00
    • H01H36/0053G06F3/016G06F3/03549
    • A trackball device of the present invention includes an operating ball, multiple rollers which rotate by contacting the ball while it is rotated, multipole permanent magnets which co-rotate with these rollers, and a reed switch disposed in a position where it turns on and off as a result of changes in magnetic flux caused by the rotation of the permanent magnets so as to provide tactile feedback when the ball is rotated. The trackball device is configured to make an attractive force generated between the reed switch and permanent magnet affect the rotation of the rollers.
    • 本发明的轨迹球装置包括操作球,多个滚子,其通过在旋转时与球接触而旋转,多个永磁体与这些滚子共同旋转,以及设置在其打开和关闭的位置的舌簧开关 作为由永磁体的旋转引起的磁通量变化的结果,以便当球旋转时提供触觉反馈。 轨迹球装置构造成使得在簧片开关和永磁体之间产生的吸引力影响辊的旋转。
    • 8. 发明授权
    • Method of peeling off coating of insulated conductive wires
    • 剥离绝缘导线涂层的方法
    • US06546617B1
    • 2003-04-15
    • US09538936
    • 2000-03-31
    • Mitsuyuki HayashiKatsumi ShizuMasaru SugiyamaYoshio NakaKazuki Maesoba
    • Mitsuyuki HayashiKatsumi ShizuMasaru SugiyamaYoshio NakaKazuki Maesoba
    • H01B4300
    • H02G1/1202H02G1/1251Y10T29/49117Y10T29/4921Y10T29/49821Y10T29/514
    • A method of peeling off a coating of an elliptical cross sectional insulated conductive wire has a groove forming process of forming a groove nearly perpendicular to a longitudinal direction of the insulated conductive wire at given positions within a peeling region thereof, a first peeling process of peeling off the coating by moving a pair of first cutting edges in a longitudinal direction of the insulated conductive wire and perpendicularly to a longer diameter direction of the cross section thereof toward the groove from opposite ends of the peeling region, and a second peeling process of peeling off the coating at the peeling region by moving a pair of second cutting edges in a direction perpendicular to the longitudinal direction and in parallel with the longer diameter direction of the cross section thereof. As a result, the coating all around the outer circumference of the insulated conductive wire at the peeling region may be completely peeled off.
    • 剥离椭圆截面绝缘导线的涂层的方法具有在其剥离区域内的给定位置处形成与绝缘导线的纵向方向几乎垂直的槽的槽形成工艺,第一剥离处理 通过在绝缘导线的纵向方向上移动一对第一切削刃并垂直于其横截面的较长直径方向从剥离区域的相对端朝向凹槽移动涂层,并且剥离第二剥离过程 通过在垂直于纵向方向的方向上移动一对第二切割刃并且与其横截面的较长直径方向平行地脱离剥离区域的涂层。 结果,在剥离区域处的绝缘导线的外周周围的涂层可能被完全剥离。
    • 10. 发明授权
    • Method of manufacturing rotary electric machine's stator
    • 旋转电机定子的制造方法
    • US06339871B1
    • 2002-01-22
    • US09538942
    • 2000-03-31
    • Kazuki MaesobaYoshio NakaMasaru Sugiyama
    • Kazuki MaesobaYoshio NakaMasaru Sugiyama
    • H02K1500
    • H02K15/0428Y10T29/49009Y10T29/49011Y10T29/49012Y10T29/53143Y10T29/53152Y10T29/53174Y10T29/53404
    • A method of manufacturing a stator of a rotary electric machine is comprised of the following steps: providing a plurality of U-shaped basic conductor segments and a plurality of U-shaped connection conductor segments; forming the U-turn portions and straight portions into crossover portions, inserting the pair of straight portions of the basic and connection conductor segments into prescribed two slots of a stator core from one end thereof to extend from the other end, bending one of the pair of straight portions in the direction opposite to the other of the pair of extended straight portions so that the edges of straight portions extending from the prescribed slots can adjoin each other, connecting the adjoining edges to form a plurality of phase coils, and removing the U-turn portion of the connection conductor segments to form terminals of the phase coils.
    • 一种制造旋转电机定子的方法包括以下步骤:提供多个U形基本导体段和多个U形连接导体段; 将U形转弯部分和直线部分形成交叉部分,将基本连接导体段和连接导体段的一对直线部分从其一端插入定子芯的规定的两个槽中,从另一端延伸,弯曲一对 在与一对延伸的直线部分中的另一个方向相反的方向上的直线部分,使得从规定的槽延伸的直线部分的边缘可以彼此邻接,连接相邻的边缘以形成多个相线圈,并且将U 转动连接导体段的部分以形成相线圈的端子。