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    • 3. 发明授权
    • Miniature motor
    • 微型电机
    • US06794789B2
    • 2004-09-21
    • US10432470
    • 2003-05-22
    • Thorsten SiessGebhard Doepper
    • Thorsten SiessGebhard Doepper
    • H02K112
    • H02K5/04A61M1/101A61M1/1012A61M1/1013A61M1/1031A61M1/122A61M1/125H02K1/12H02K3/47H02K5/132H02K7/14H02K15/14H02K21/14
    • The micromotor serves to drive an impeller (12) rotating in a pump housing (14). The excitation winding of the micromotor is surrounded by an enveloping flux return structure (18) of ferromagnetic material divided into rings (35). The rings (35) are separated from each other by slots (25). The slots are produced by laser cutting of a continuous tube. The enveloping flux return structure has a small wall thickness of a few tenths of a millimeter. The rings (35) are mutually connected by bridges (26). The enveloping flux return structure (18) can be integrally formed with the pump housing (14) of the pump (11). The micromotor can be produced in a small format with a small diameter. It has a high flow rate at a correspondingly high rotational speed. The micromotor is particularly suitable for introducing blood pumps into the vascular system in a non-operative minimally invasive percutaneous manner.
    • 微型马达用于驱动在泵壳体(14)中旋转的叶轮(12)。 微电机的励磁绕组被分成环(35)的铁磁材料的包络磁通返回结构(18)包围。 环(35)通过槽(25)彼此分离。 槽是通过激光切割连续管产生的。 包络磁通返回结构具有十分之几毫米的小壁厚。 环(35)通过桥(26)相互连接。 包络磁通返回结构(18)可与泵(11)的泵壳体(14)整体形成。 微电机可以以小直径的小格式生产。 它在相应的高转速下具有高流量。 微电机特别适用于以非手术微创经皮方式将血泵引入血管系统。
    • 5. 发明授权
    • Motor assembly having improved flux properties
    • 马达组件具有改善的通量特性
    • US06762531B2
    • 2004-07-13
    • US10280830
    • 2002-10-25
    • Michael L. GillilandRobert K. SalamonJohn M. Lebo
    • Michael L. GillilandRobert K. SalamonJohn M. Lebo
    • H02K112
    • H02K1/146H02K3/522
    • A motor assembly having improved flux density includes a field assembly and an armature assembly rotatably received by the field assembly. The field assembly includes a plurality of like laminations stacked upon each other wherein each field lamination comprises a pair of substantially parallel bracket sides, and a pair of substantially parallel yoke sides which are substantially perpendicular to the pair of bracket sides. Corner pieces connect the yoke sides to the bracket sides wherein the corner pieces are angularly directed between about 40° to about 50° with respect to the yoke sides and the bracket sides. A yoke extends inwardly from each yoke side to form an armature opening therebetween for rotatably receiving the armature assembly. The bracket sides, the yoke sides and the corner pieces forming airflow areas therein, and the bracket sides, the yoke sides, (except at the yokes) and the corners all have substantially the same width dimension, such that the yoke sides, the bracket sides and the corners have substantially equivalent average field flux density ratios.
    • 具有改善的通量密度的电动机组件包括现场组件和由现场组件可旋转地接收的电枢组件。 现场组件包括彼此堆叠的多个类似的叠片,其中每个场叠层包括一对基本上平行的支架侧面,以及基本上垂直于该对支架侧面的一对基本平行的轭侧。 角部将轭侧连接到支架侧,其中角块相对于轭侧和支架侧成角度地指向约40°至约50°。 磁轭从每个磁轭侧向内延伸,以在其间形成电枢开口,用于可旋转地接收电枢组件。 支架侧,轭侧和其中形成气流区域的角块以及支架侧,轭侧(除了轭之外)和角都具有基本上相同的宽度尺寸,使得轭侧,支架 侧面和角部具有基本上相等的平均场磁通密度比。
    • 6. 发明授权
    • Magnet type stepping motor
    • 磁铁式步进电机
    • US06741006B2
    • 2004-05-25
    • US09851922
    • 2001-05-10
    • Masafumi Sakamoto
    • Masafumi Sakamoto
    • H02K112
    • H02K37/18H02K1/145H02K1/146H02K37/14
    • A magnet type stepping motor which has (1) a stator with three-phase stator windings, and 6m pieces of stator main pole arranged side by side, where m is an integer and ≧1, the stator windings of one phase are wound around every two stator main poles among the 6m pieces of the stator main pole, wherein when the stator windings of one phase are excited with a direct current, m pieces of N pole and M pieces of S pole are formed alternately on the 6m pieces of stator main pole, and (2) a rotor of a cylindrical permanent magnet magnetized in the circumferential direction to form Z/2 pieces of N pole and Z/2 pieces of S pole alternately, where Z is the number of rotor poles.
    • 一种磁铁式步进电动机,其具有(1)具有三相定子绕组的定子和并排布置的6m个定子主极,其中m为整数,> = 1,一相的定子绕组缠绕 定子主极6m之间的每两个定子主极,其中当一个相的定子绕组被直流激励时,在6m定子上交替地形成m个N极和M个S极, 主极,(2)沿圆周方向磁化的圆筒形永磁体的转子,交替地形成Z / 2个N极和Z / 2个S极,其中Z是转子极数。
    • 7. 发明授权
    • Electromagnetic motor
    • 电磁马达
    • US06713933B2
    • 2004-03-30
    • US09853326
    • 2001-05-10
    • Robert M. Martin
    • Robert M. Martin
    • H02K112
    • H02K23/62
    • An electromagnetic motor has an outer housing and a shaft rotatably mounted in the housing to extend along the central axis and out through one end of the housing. A plurality of electromagnets are mounted in the housing at spaced intervals around an annular ring centered on the central axis. An elongate rotor member of ferromagnetic material is secured to the shaft and projects in diametrically opposite directions radially outwardly from the shaft up to the annular ring of electromagnets. A power supply is connected to successive diametrically opposed pairs of electromagnets through a switching assembly such that the ends of the rotor are attracted to successive activated melectromagnets in the ring, thereby rotating the shaft.
    • 电磁马达具有外壳体和可旋转地安装在壳体中的轴线,其沿着中心轴线延伸并且穿过壳体的一端。 围绕以中心轴为中心的环形圈以间隔的间隔将多个电磁体安装在壳体中。 铁磁材料的细长转子部件被固定到轴上并且沿直径相反的方向从轴向径向向外突出到电磁体的环形环。 电源通过开关组件连接到连续的直径相对的电磁体对,使得转子的端部被吸引到环中的连续的激活的电磁铁,从而使轴旋转。
    • 8. 发明授权
    • High speed rotor
    • 高速转子
    • US06700288B2
    • 2004-03-02
    • US09929971
    • 2001-08-15
    • James S. Smith
    • James S. Smith
    • H02K112
    • H02K21/14H02K1/2773
    • An electromagnetic machine is provided. The machine includes a stator extending along a longitudinal axis and having an inner surface defining a rotor receipt cavity. The rotor extends along and is rotatable about the longitudinal axis within the rotor receipt cavity. A plurality of ring assemblies are supported on the rotor and a plurality of magnets are circumferentially spaced about the rotor and extend through the ring assembly. Each magnet is generally parallel to the axis of the rotor.
    • 提供电磁机器。 机器包括沿着纵向轴线延伸并具有限定转子接收腔的内表面的定子。 转子沿转子延伸并且可围绕转子接收腔内的纵向轴线旋转。 多个环组件支撑在转子上,并且多个磁体围绕转子周向间隔开并且延伸穿过环组件。 每个磁体通常平行于转子的轴线。
    • 9. 发明授权
    • High frequency electric motor or generator including magnetic cores formed from thin film soft magnetic material
    • 包括由薄膜软磁材料形成的磁芯的高频电动机或发电机
    • US06603237B1
    • 2003-08-05
    • US10060732
    • 2002-01-30
    • Ramon A. Caamano
    • Ramon A. Caamano
    • H02K112
    • H02K21/22H02K1/02H02K1/141H02K7/088H02K2201/12Y10T29/49009
    • A device such as an electric motor, an electric generator, or a regenerative electric motor includes at least one stator arrangement having a plurality of electromagnetic assemblies with each electromagnetic assembly including at least a portion of a magnetic core that is formed from thin film soft magnetic material. The electromagnetic assemblies define a plurality of stator poles. The device also includes at least one rotor arrangement supported for rotation about a given rotational axis at a certain range of normal operating rotational speeds. The rotor arrangement has a plurality of rotor poles for magnetically interacting with the stator poles. The rotor poles are supported for rotation about the rotational axis along a circular path. A switching arrangement for controlling the electromagnetic assemblies is configured such that the switching arrangement is able to cause the stator poles of the electromagnetic assemblies to magnetically interact with the rotor poles of the rotor arrangement within a certain range of frequencies. The number of rotor poles is selected to be a number such that the switching arrangement causes the stator poles of the electromagnetic assemblies to magnetically interact with the rotor poles of the rotor arrangement in a way which causes the ratio of the frequency of the device in cycles per second relative to the revolutions per minute of the device to be greater than 1 to 4 during the operation of the device.
    • 诸如电动机,发电机或再生电动机的装置包括具有多个电磁组件的至少一个定子装置,每个电磁组件包括由薄膜软磁体形成的至少一部分磁芯 材料。 电磁组件限定多个定子极。 该装置还包括至少一个转子装置,该转子装置在正常操作转速的一定范围内围绕给定旋转轴线旋转。 转子装置具有用于与定子极磁性相互作用的多个转子极。 转子极被支撑成围绕旋转轴线沿着圆形路径旋转。 用于控制电磁组件的切换装置被配置成使得切换装置能够使电磁组件的定子极在一定频率范围内与转子装置的转子极磁性相互作用。 转子极数被选择为使得切换装置使得电磁组件的定子极与转子装置的转子磁极磁性相互作用的数量,使得器件的频率在循环中的比率 在设备的操作期间相对于设备的每分钟转数大于1到4。