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    • 8. 发明授权
    • Homopolar machines with contacts of liquid metal
    • 具有液体金属接触的机器
    • US3743874A
    • 1973-07-03
    • US3743874D
    • 1971-11-18
    • ANVAR
    • CHABRERIE JMAILFERT A
    • H02K31/04H02K31/00
    • H02K31/04
    • Homopolar motors or generators in which electrical contacts are made by filling the space between the rotor and stator with a liquid metal and especially machines of this type with a plurality of discs. An annular liquid body with ends electrically joined to the peripheral and central contacts of a fixed counter disc is divided into two concentric annuluses, and one of these is rotated in the direction of rotation of the rotor. The other annulus automatically rotates in the opposite direction. The radial widths of these annuluses are so selected that the electromotive forces which are induced therein cancel each other and the centrifugal pressures offset and counterbalance the centrifugal pressure due to movable bodies of liquid having their ends at the terminals of the electric contacts of the corresponding movable discs.
    • 通过用液体金属填充转子和定子之间的空间,特别是具有多个盘的这种类型的机器来制造电接触的同极电动机或发电机。 具有电连接到固定计数盘的周边和中心触点的端部的环形液体体被分成两个同心圆环,并且其中之一沿转子的旋转方向旋转。 另一个环沿相反方向自动旋转。 这些环形件的径向宽度被选择成使得其中引入的电动势彼此抵消,并且离心压力偏移并抵消由于其端部处于相应可移动的电触头的端子处的液体的可移动体的离心压力 光盘
    • 9. 发明授权
    • Homopolar dynamoelectric motor utilizing a moving, conductive fluid
    • 使用移动导电流体的HOMOPOLAR DYNAMOELECTRIC MOTOR
    • US3585422A
    • 1971-06-15
    • US3585422D
    • 1969-12-04
    • ALSTHOM CGEE
    • BURNIER PIERREBERTEAUX FRANCOIS
    • H02K31/04H02N4/02
    • H02K31/04
    • To provide for electrical contact to conductive fluid circulating in a magnetic field, and power transfer between an output shaft and the circulating fluid (the power transfer direction depending upon whether the machine operates as a generator, or as a motor), a fluid-type housing of insulating material is provided to have the fluid circulating therein, electrically conductive zones are located in the housing to provide electrical connection, and rotating blades in the form of paddle wheels, or the like, sealed against the outside are placed in the moving, conductive fluid. In one form, the housing is formed of circular, insulating discs with conductive cylindrical end walls and a conductive center, around which a super conducting magnet is placed; fluid ducts lead off from the center and a peripheral region of the discs; to turn the paddle wheels; in another embodiment, a toroidal, ring-shaped conduit is formed with magnets placed staggered along the duct, with conductive zone on facing, opposite sides of the duct offset from the magnets, the rotor and its blades being located in a bulge formed in the duct and in mechanical driving power transfer relationship to fluid circulating around the toroidal ring duct.