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    • 3. 发明申请
    • Electromagnetic Propulsion Engine
    • 电磁推进发动机
    • US20120169147A1
    • 2012-07-05
    • US13337265
    • 2011-12-26
    • Bashar Sadik KirmaRiyadh Lewis Kenaya
    • Bashar Sadik KirmaRiyadh Lewis Kenaya
    • H02K7/075
    • H02K7/075H02K33/10H02K33/14H02K33/16
    • An electromagnetic propulsion engine having at least one cylinder, at least one piston, a crankcase, at least one connecting rod secured to the piston and pivotally to a crankshaft enclosed within the crankcase, comprises a first magnetic body secured to a first end of the cylinder; a second magnetic body secured to the cylinder; a third magnetic body secured to a first end of the piston; a fourth magnetic body secured to a second end of the piston; wherein at least one of the first, second, third, and fourth magnetic bodies comprises an electromagnet; and a control module that selectively transmits current to the electromagnet to force the piston to move within the cylinder between the first magnetic body and the second magnetic body, and thereby, rotating the crankshaft.
    • 一种电磁推进发动机,其具有至少一个气缸,至少一个活塞,曲轴箱,至少一个固定到活塞上并连接到曲轴箱内的曲轴的连接杆,包括固定到气缸第一端的第一磁体 ; 固定到气缸的第二磁体; 固定到所述活塞的第一端的第三磁体; 固定到所述活塞的第二端的第四磁体; 其中所述第一,第二,第三和第四磁体中的至少一个包括电磁体; 以及控制模块,其选择性地将电流传输到所述电磁体,以迫使所述活塞在所述第一磁体和所述第二磁体之间的所述气缸内移动,从而使所述曲轴旋转。
    • 6. 发明授权
    • Vibratory conveyor control arrangement
    • 振动输送机控制装置
    • US4441060A
    • 1984-04-03
    • US244795
    • 1981-03-17
    • Arthur HamerBeverley H. Pardoe
    • Arthur HamerBeverley H. Pardoe
    • H02K33/14H02K33/02
    • H02K33/14
    • A control arrangement for vibratory conveyors, including bowl and linear types, in which the vibration frequency is set by the behavior of the conveyor and not by an applied frequency. A sensor, SC, senses the behavior of the conveyor and a frequency, of controlled amplitude and phase, is derived from the sensor output to energize conveyor drive means, AV and AH1 to AH3. User controls (HA, VA, PA) for amplitude and phase can be mark/space adjusters (HMS, VMS, DMS) effective on the base circuits of transistors connected to electromagnetic actuators. Low voltage operation (less than 50v) is provided without proportionally increased current, partly by energy recovery from the inductors in the actuators. Two levels of protection against supply ripple are included (RT, RLA) and the actuator drive can be stabilized against supply variation (MSC). The low-voltage operation provided is both safer and more efficient than mains voltage operation.
    • 振动输送机的控制装置,包括碗和线性类型,其中振动频率由输送机的行为而不是施加的频率设定。 传感器SC感测输送机的行为,并且从传感器输出导出受控幅度和相位的频率,以激励输送机驱动装置AV和AH1至AH3。 用于幅度和相位的用户控制(HA,VA,PA)可以是连接到电磁执行器的晶体管的基极上有效的标记/空间调节器(HMS,VMS,DMS)。 提供低电压操作(小于50v),没有按比例增加的电流,部分通过来自致动器中的电感器的能量回收。 包括两个级别的电源纹波保护(RT,RLA),并且执行器驱动可以针对电源变化(MSC)进行稳定。 所提供的低电压操作比电源电压操作更安全和更有效。
    • 7. 发明授权
    • Magnetic motor
    • 磁电机
    • US4305024A
    • 1981-12-08
    • US138627
    • 1980-04-08
    • Setsuo Kuroki
    • Setsuo Kuroki
    • H02K7/075H02K7/065H02K33/14H02K37/00
    • H02K7/065H02K33/14
    • A magnetic motor comprises a plurality of electromagnets connected to an excitation circuit, and a rotor assembly having a plurality of permanent magnets around its periphery and arranged for angular movement. The permanent magnets are movable between the respective adjacent electromagnets. The electromagnets are selectively excitated through the excitation circuit for being magnetized to have the same pole as the pole of a respective one of the permanent magnets disposed closely adjacent to them whereby the rotor assembly is caused to angularly move under the influence of magnetic repulsive forces exerted between the respective closely adjacent electromagnets and permanent magnets.
    • 磁性电动机包括连接到激励电路的多个电磁体,以及转子组件,其具有围绕其周边的多个永磁体,并且被布置成用于角运动。 永磁体可在相应的相邻电磁体之间移动。 电磁体通过激励电路被选择性地激发以被磁化以具有与设置在其附近的相应一个永磁体的极相同的极,由此在施加的磁性排斥力的影响下使转子组件成角度地移动 在相邻的相邻的电磁体和永磁体之间。