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    • 5. 发明申请
    • Linear oscillating actuator system
    • 线性摆动致动器系统
    • US20050134123A1
    • 2005-06-23
    • US11013331
    • 2004-12-17
    • Noboru KobayashiMasashi MoriguchiTakahiro NishinakaHidekazu YabuuchiRyo Motohashi
    • Noboru KobayashiMasashi MoriguchiTakahiro NishinakaHidekazu YabuuchiRyo Motohashi
    • B26B19/28H02K7/04H02K7/06H02K33/00H02K33/02H02K33/06H02K33/10H02K33/16H02K35/00
    • H02K33/16B26B19/282B26B19/288H02K7/04H02K33/06
    • A linear oscillating actuator system which is capable of canceling out the stator vibrations for driving a load with a minimum of vibrations. The system includes an oscillator carrying a permanent magnet as well as an output shaft for connection to the load. A stator assembly is incorporated within a housing and is configured to movably support the oscillator and to carry an electromagnet. The electromagnet generates a magnetic field which interacts with the permanent magnet to reciprocate the oscillator relative to the stator assembly in a linear path. A balancer is added to the system for canceling out undesired stator vibrations. The balancer are commonly supported to the stator assembly to be driven thereby in parallel with the oscillator. The balancer is configured to have a mass generally equal to that of the oscillator and to be devoid of any output member. Thus, the oscillator and the balancer are driven in a counter reciprocating manner, thereby keeping the stator assembly free from counter-vibrations and therefore driving the output shaft with a maximum output power.
    • 线性振荡致动器系统,其能够消除定子振动,以最小的振动来驱动负载。 该系统包括承载永磁体的振荡器以及用于连接到负载的输出轴。 定子组件结合在壳体内并构造成可移动地支撑振荡器并携带电磁体。 电磁体产生与永磁体相互作用的磁场,以使振荡器相对于定子组件在线性路径中往复运动。 平衡器被添加到系统中以消除不期望的定子振动。 平衡器通常支撑在定子组件上,由此与振荡器平行地驱动。 平衡器被配置为具有大体上等于振荡器的质量并且没有任何输出构件的质量。 因此,振荡器和平衡器以反向往复方式驱动,从而保持定子组件不受反作用振动,从而以最大输出功率驱动输出轴。
    • 9. 发明授权
    • Electromagnetic piston engine
    • 电磁活塞发动机
    • US6049146A
    • 2000-04-11
    • US91930
    • 1998-10-13
    • Muneaki Takara
    • Muneaki Takara
    • F01B29/10F03G7/00H02K7/075H02K25/00H02K33/00H02K33/10H02K33/16H02P25/18
    • F03G7/00B60L11/14B60L3/0061H02K25/00H02K33/00H02K33/10H02K7/075H02P25/18B60L2210/30B60L2210/40B60L2240/36Y02T10/641Y02T10/642Y02T10/70Y02T10/7077Y02T10/7241
    • The present invention relates to an electromagnetic piston engine capable of producing driving power by a reciprocal movement of a piston in a cylinder by electromagnetic force. The present invention has the objects to provide the electromagnetic piston engine which can do without a variety of resistance inherent in internal combustion piston engines, which reduces the weight corresponding to a rotary assembly portion to a smaller value even if a great output is produced, which can be readily employed together with power transmission mechanisms and so on for use with conventional internal combustion piston engines, and which has a high efficiency in energy consumption. The electromagnetic piston engine is provided with the cylinder and the piston made each of a magnetic material as well as with as the cylinder electromagnet having the inner wall of the cylinder magnetizable to a one magnetic pole and with the piston magnetization unit for magnetizing a portion of the piston engageable with the cylinder to a single magnetic pole in a fixed manner. The magnetization of the cylinder electromagnet generates magnetically attracting force between the cylinder and the piston to cause the piston to move in a one direction and thereafter magnetically repellent force to transfer the piston in the opposite direction. This series of the actions are repeated to provide a continual reciprocal movement of the piston.
    • PCT No.PCT / JP96 / 03770 Sec。 371日期:1998年10月13日 102(e)1998年10月13日PCT PCT 1996年12月24日PCT公布。 出版物WO97 / 23728 PCT 日期1997年7月3日本发明涉及一种能够通过电磁力使气缸中的活塞往复运动而产生驱动力的电磁活塞发动机。 本发明的目的是提供一种电动活塞式发动机,其可以在内燃式活塞式发动机中固有的各种阻力的情况下实现,即使产生大的输出,也能将与旋转组件部分相对应的重量减小到更小的值, 可以容易地与动力传递机构等一起用于常规内燃活塞式发动机,并且其具有高的能量消耗效率。 电磁活塞发动机设置有气缸和活塞,每个都由磁性材料制成,并且作为气缸电磁体,其具有可磁化到一个磁极的气缸的内壁,并且与活塞磁化单元磁化一部分 活塞可以以固定的方式与气缸接合到单个磁极。 气缸电磁体的磁化在气缸和活塞之间产生磁力吸引力,使得活塞沿一个方向移动,然后是驱除磁力以沿相反方向传递活塞。 这一系列动作被重复,以提供活塞的连续的往复运动。