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    • 1. 发明专利
    • Inertia propelled engine and inertia motor
    • INERTIA螺旋发动机和动力电机
    • JPS59577A
    • 1984-01-05
    • JP11009182
    • 1982-06-26
    • Masato Ito
    • ITOU MASATO
    • F03G3/00
    • F03G3/00
    • PURPOSE:To produce a propelling force, by causing movement of a weight disposed in a radial space of a rotating system which produces such an inertial oscillation that the angular velocity is minimum at the central part of the rotating system and maximum at the outer side. CONSTITUTION:When a rotor 4 is turned with application of an input rotation omega0, an elliptic gear 2 and a bevel gear 8 attached to the rotor 4 are turned once together by a bevel gear 7 fixed to a stationary system 6. Resultantly, two elliptic gears 3 are turned once at unequal speed respectively in the directions shown by arrows in the drawing, and a weight 1 is made to cause circular motion also at an unequal speed by the rotation of the elliptic gears 3. At the position where all of the six focal points of the three elliptic gears are located straight, the angular velocity of the weight 1 becomes maximum (omega2) and minimum (omega1), and a propelling force is produced in the direction of omega2. In the above arrangement, the direction of the propelling force is changed by altering the phase of the bevel gear 7 fixed to the stationary system 6.
    • 目的:为了产生推进力,通过使旋转系统的径向空间中的重量的运动产生旋转系统的中心部分的角速度最小并且在外侧具有最大的惯性振动。 构成:当通过施加输入旋转ω0转动转子4时,附接到转子4的椭圆齿轮2和锥齿轮8通过固定到固定系统6的锥齿轮7转动一次。因此,两个椭圆 齿轮3分别以图中箭头所示的方向以不相等的速度转动一次,并且通过椭圆齿轮3的旋转使重物1也以不相等的速度引起圆周运动。在所有位置 三个椭圆齿轮的六个焦点位于直线上,重量1的角速度变为最大(ω2)和最小(ω),并且在ω2的方向上产生推进力。 在上述结构中,通过改变固定在固定系统6上的锥齿轮7的相位来改变推进力的方向。
    • 2. 发明专利
    • Out-of-system reaction motor
    • 系统外反应电机
    • JPS58178882A
    • 1983-10-19
    • JP6277682
    • 1982-04-14
    • Masato Ito
    • ITOU MASATO
    • F03B17/04
    • F03B17/04
    • PURPOSE:To collect a reaction generated in the process of power transmission by fluid and introduce it to the outside of the system in a unified manner by a method wherein the motor is supported from the outside of the system under coinciding the direction of the rotating shaft thereof the ones of the rotating shafts for a driving screw propellor and a driven vane wheel and an electric power is supplied thereto. CONSTITUTION:A cylindrical vessel 1, in which the fluid such as oil or the like is packed, is provided with a circulating flow path and the driving screw propellor 2 as well as the driven screw propellor 3 (with reverse pitch) are arranged on the rotary center line of the vessel 1 as shown by a diagram. Respective shafts thereof are connected separately to a D.C. motor 5 and an A.C. generator 6, fixed to the vessel 1, and further, an electric power feedback circuit 4 is provided in this device. Flanges 7 and output shafts 8 are attached to both sides of the device so that the whole of the device can be rotated freely as an integral rotary system, and the device is supported from the outside of the system by respective bearings 9. According to this method, when the electric power is inputted into the D.C. motor 5 through current collecting rings 10, the driving and driven screw propellors 2, 3 are rotated in reverse relatively and the unified reaction may be obtained, thereby realizing the motor having an efficiency of more than 100%.
    • 目的:收集在流体动力传递过程中产生的反应,并将其以统一的方式通过一种方法将系统的外部引导到系统的外部,其中电动机在系统的外部与转轴的方向一致 其中提供用于驱动螺旋桨螺旋桨和从动叶轮的旋转轴和电力的那些。 构成:其中装有诸如油等的流体的圆柱形容器1设置有循环流动路径,并且驱动螺杆推进器2以及从动螺旋桨推进器3(具有相反的间距)布置在 容器1的旋转中心线,如图所示。 其各轴分别连接到直流电动机5和固定在容器1上的交流发电机6,此外,在该装置中设置有电力反馈电路4。 法兰7和输出轴8安装在装置的两侧,使得整个装置可以作为一体的旋转系统自由旋转,并且该装置通过相应的轴承9从系统的外部支撑。据此 方法中,当通过集流环10将电力输入到直流电动机5中时,驱动和从动螺旋桨推动器2,3相对地相反地旋转,并且可以获得统一的反应,从而实现具有更高效率的电动机 超过100%。