会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Polygonal shaft hole rotor
    • 多角轴孔转子
    • US06177749B1
    • 2001-01-23
    • US09190644
    • 1998-11-12
    • John H. HusseyJohn Scott RoseJeffrey J. MeystrikKent Lee White
    • John H. HusseyJohn Scott RoseJeffrey J. MeystrikKent Lee White
    • H02K106
    • H02K1/30H02K1/26H02K1/265H02K1/28H02K2201/06H02K2201/09
    • A laminated rotor for an induction motor has a plurality of ferro-magnetic laminations mounted axially on a rotor shaft. Each of the plurality of laminations has a central aperture in the shape of a polygon with sides of equal length. The laminations are alternatingly rotated 180° from one another so that the straight sides of the polygon shaped apertures are misaligned. As a circular rotor shaft is press fit into a stack of laminations, the point of maximum interference occurs at the midpoints of the sides of the polygon (i.e., at the smallest radius of the central apertures of the laminations). Because the laminates are alternatingly rotated, the laminate material at the points of maximum interference yields relatively easily into the vertices (i.e., the greatest radius of the central aperture) of the polygonal central aperture of the next lamination as the shaft is inserted into the stack of laminations. Because of this yielding process, the amount of force required to insert the shaft is reduced, and a tighter fit is achieved.
    • 用于感应电动机的层压转子具有轴向安装在转子轴上的多个铁磁性叠片。 多个叠片中的每一个具有呈多边形形状的具有相等长度的边的中心孔。 叠片交替地彼此旋转180°,使得多边形孔的直边不对准。 由于圆形转子轴被压配合成叠片,所以最大干涉点出现在多边形侧面的中点(即在叠片的中心孔的最小半径处)。 由于层叠体交替旋转,所以当最大干涉点处的层压材料插入到堆叠中时,相对容易地进入下一叠层的多边形中心孔的顶点(即,中心孔的最大半径) 的叠片。 由于这种屈服过程,减少了插入轴所需的力的量,并且实现了更紧密的配合。
    • 2. 发明授权
    • Protector assembly and method for electrically insulating a thermally responsive protector from a motor winding of an electric motor
    • 用于将热响应保护器与电动机的电机绕组电绝缘的保护器组件和方法
    • US06498560B2
    • 2002-12-24
    • US09815739
    • 2001-03-23
    • Kent Lee WhiteJeffery J. MeystrikJohn H. HusseyLarry Dawson BartonVincent P. Fargo
    • Kent Lee WhiteJeffery J. MeystrikJohn H. HusseyLarry Dawson BartonVincent P. Fargo
    • H01H7102
    • H01H37/043H02K11/25
    • A protector assembly and method for protecting motor windings from an overload condition. The assembly comprises a thermally responsive protector, a skirt, and a sleeve. The protector comprises a housing, an end cap, at least one terminal, and a thermally responsive member. The end cap covers an open end of the housing. The terminal extends through the end cap. The thermally responsive member is within the housing and adapted to be electrically coupled to the motor winding via the terminal. The protector is adapted to be positioned in heat-transfer relation wit the motor winding in a manner such that the thermally responsive member is responsive to an overload condition of the motor winding. The skirt and sleeve are of dielectric materials. The skirt is positioned on the protector in a manner such that the skirt surrounds the end cap and the terminal. The skirt is between the end cap and the sleeve. The skirt and sleeve are adapted to provide a dielectric barrier between the protector and the motor winding when the protector is positioned in heat-transfer relation with the motor winding.
    • 一种用于保护电动机绕组免于过载的保护器组件和方法。 组件包括热响应保护器,裙部和套筒。 保护器包括壳体,端盖,至少一个端子和热响应构件。 端盖覆盖外壳的开口端。 端子延伸穿过端盖。 热响应构件在壳体内并且适于经由端子电耦合到电动机绕组。 保护器适于以电动机绕组的热传导关系定位,使得热响应构件响应于电动机绕组的过载状况。 裙子和袖子是介电材料。 裙部以使得裙部围绕端盖和端子的方式定位在保护器上。 裙子在端盖和套筒之间。 裙部和套筒适于在保护器与电动机绕组热传递关系定位时在保护器和电动机绕组之间提供电介质阻挡层。