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    • 4. 发明申请
    • INTERMITTENT MOVEMENT TYPE STRONG MAGNETIC MOTOR
    • 间歇运动型强磁电机
    • US20160372996A1
    • 2016-12-22
    • US15039844
    • 2014-01-13
    • Jiuda ZOU
    • Jiuda ZOU
    • H02K23/36H02K33/18H02K1/26H02K3/32H02K1/17H02K1/34
    • H02K23/36H02K1/17H02K1/26H02K1/34H02K3/32H02K7/102H02K33/18
    • An intermittent movement type strong magnetic motor having a control device (PLC) for first controlling an arresting device to lock an electromagnetic coil then controlling a power supply device to start power supply. After a given length of time of power supply when the current rises to the highest point or rises to a level as required, the arresting device releases the electromagnetic coil quickly to allow the electromagnetic coil to move and operate immediately. The intermittent movement type strong magnetic motor maximally avoids restriction of counter-electromotive force and makes full use of the great action force created between magnetic fields and the electromagnetic coil, thereby ideally converting magnetic forces to mechanical energy and increasing energy efficient ratio of the motor.
    • 一种具有控制装置(PLC)的间歇运动型强磁电动机,用于首先控制停止装置以锁定电磁线圈,然后控制电源装置开始供电。 在电流上升至最高点或上升至所需水平的电源供电时间后,快速释放电磁线圈,使电磁线圈立即移动和操作。 间歇运动型强磁力马达最大限度地避免了反电动势的限制,充分利用磁场与电磁线圈之间产生的巨大作用力,从而理想地将磁力转换为机械能,提高电机的能效比。
    • 7. 发明申请
    • ELECTROMOTIVE MACHINES
    • 电机
    • US20100117479A1
    • 2010-05-13
    • US12311774
    • 2007-10-10
    • John Frederick Eastham
    • John Frederick Eastham
    • H02K23/36
    • H02K41/02H02K3/18H02K17/16H02K41/025
    • An electromotive machine (200, 900) comprises a rotor (230; 800; 920) and a stator (210, 220; 500; 600; 700; 910, 920). The stator (210, 220; 500; 600; 700; 910, 920) comprises a first group of primary windings (260a, 240b, 240d; 520; 640a, 640b, 650a, 650b, 660a, 660b; 930a, 930b, 933a, 933b, 937a, 937b), which are concentrated windings, arranged on a first side of the rotor (230; 800; 920) and a second group of primary windings (240a, 250a, 240c; 530; 740a, 740b, 750a, 750b, 760a, 760b; 941a, 941b, 943a, 943b, 947a, 947b) that are concentrated windings arranged on a second, opposite, side of the rotor (230; 800; 920). The primary windings of each group comprise a plurality of coils that, in use, are supplied with current and produce a magnetic field. The windings of the second group (240a, 250a, 240c; 530; 740a, 740b, 750a, 750b, 760a, 760b; 941a, 941b, 943a, 943b, 947a, 947b) are displaced, relative to the windings of the first group (260a, 240b, 240d; 520; 640a, 640b, 650a, 650b, 660a, 660b; 930a, 930b, 933a, 933b, 937a, 937b) in order to cancel out an n-pole component of the magnetic field.
    • 电动机(200,900)包括转子(230; 800; 920)和定子(210,220; 500; 600; 700; 910,920)。 定子(210,220; 500; 600; 700; 910,920)包括第一组初级绕组(260a,240b,240d; 520; 640a,640b,650a,650b,660a,660b; 930a,930b, ,933b,937a,937b),其是集中绕组,布置在转子(230; 800; 920)的第一侧上,第二组初级绕组(240a,250a,240c; 530; 740a,740b,750a, 750b,760a,760b; 941a,941b,943a,943b,947a,947b),其是设置在转子(230; 800; 920)的第二相对侧上的集中绕组。 每组的初级绕组包括多个线圈,其在使用中被提供电流并产生磁场。 第二组(240a,250a,240c; 530; 740a,740b,750a,750b,760a,760b; 941a,941b,943a,943b,947a,947b)的绕组相对于第一组的绕组 (260a,240b,240d; 520; 640a,640b,650a,650b,660a,660b; 930a,930b,933a,933b,937a,937b)以抵消磁场的n极分量。
    • 8. 发明申请
    • ELECTRIC GENERATOR
    • 电力发电机
    • US20090195127A1
    • 2009-08-06
    • US12107712
    • 2008-04-22
    • Yu-Liang Lin
    • Yu-Liang Lin
    • H02K16/04H02K1/12B62J6/08H02K23/36
    • H02K1/146H02K16/00H02K21/222
    • An electric generator includes at least first and second stator units aligned along a stator axis, and a rotor. Each stator unit includes a stator core having a plurality of angularly spaced-apart coil mounting arms that extend in radial outward directions relative to the stator axis, a plurality of field coils each wound on a respective one of the coil mounting arms, and an insulator unit disposed between the field coils and the stator core so as to provide electrical insulation therebetween while permitting electromagnetic coupling therebetween. The first and second stator units are arranged side by side along the stator axis such that the coil mounting arms of the first stator unit are angularly displaced with respect to the coil mounting arms of the second stator unit. The rotor is coupled rotatably to the first and second stator units for inducing electrical currents in the field coils.
    • 发电机包括沿定子轴线对准的至少第一和第二定子单元和转子。 每个定子单元包括定子芯,该定子芯具有多个相对于定子轴线沿径向向外方向延伸的角度间隔开的线圈安装臂,多个励磁线圈分别卷绕在线圈安装臂中的相应一个上,绝缘体 设置在励磁线圈和定子铁芯之间的单元,以便在它们之间提供电绝缘,同时允许它们之间的电磁耦合。 第一和第二定子单元沿着定子轴线并排布置,使得第一定子单元的线圈安装臂相对于第二定子单元的线圈安装臂成角度地移位。 转子可旋转地耦合到第一和第二定子单元,用于感应励磁线圈中的电流。
    • 10. 发明授权
    • Electrical resonance circuits for high efficiency direct current motors
    • 用于高效率直流电动机的电气谐振电路
    • US07230358B2
    • 2007-06-12
    • US10817835
    • 2004-04-06
    • Marcus Allen Smith
    • Marcus Allen Smith
    • H02K23/36H02P5/00
    • H02P6/14H02P7/292H02P25/14
    • Practically ideal electrical resonance is employed to soley provide armature power, and stator power if desired, to run DC motors. A practically ideal parallel resonant tank circuit (PIPRC) is used wherein the quotient of the “tank current” divided by the “line current” (called the “quality” or “Q” of the tank) is (1) greater than one, (2) large enough to allow the percent efficiency of the electric motor to be equal to or greater than 95%, and (3) removes enough back emf or enough of the influence thereof so that criteria (1) and (2) can be realized throughout the entire operating range of the motor. Only one PIPRC is needed for a DC motor. Recontrolling and/or redesigning is done for two reasons. First, since DC motors change effective impedance, because of back emf variations, when their speed changes, controls are implemented to ensure that the tank circuit always meets criterion (3), and therefore criteria (1) and (2), thereby maintaining a PIPRC, regardless of how frequent or to what degree speed is changed. Secondly, this first control has the effect of negating the normal ability of a D.C. motor to draw different currents for driving different loads. Therefore, the way current is supplied to the motor is also recontrolled.
    • 采用实际理想的电共振来提供电枢功率,如果需要,可以提供定子功率来运行直流电动机。 使用实际上理想的并联谐振回路(PIPRC),其中“罐电流”除以“线电流”(称为罐的“质量”或“Q”)的商为(1)大于1, (2)足够大以使电机的百分比效率等于或大于95%,和(3)去除足够的反电动势或足够的影响,以便标准(1)和(2)可以 实现了整个电机的整个工作范围。 直流电机只需要一个PIPRC。 进行重新设计和/或重新设计是出于两个原因。 首先,由于直流电动机改变有效阻抗,由于反向电动势的变化,当其速度变化时,实施控制以确保油箱回路始终满足标准(3),因此标准(1)和(2),从而保持 PIPRC,不管频率或速度如何变化。 其次,该第一控制具有否定直流电动机的正常能力来画出用于驱动不同负载的不同电流的效果。 因此,向电动机供电的方式也被重新调整。