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    • 13. 发明专利
    • Noncontact drive mechanism
    • 非接触式驱动机构
    • JPS58217857A
    • 1983-12-17
    • JP9767682
    • 1982-06-09
    • Hitachi Ltd
    • AMADA HARUO
    • B65G54/02F16H25/20F16H49/00H02K7/06H02K49/10
    • F16H49/005H02K7/06H02K49/10
    • PURPOSE:To prevent the generation of dust on sliding parts, by causing a driven member attracted by the magnetic force of a driving member moved by a moving mechanism, to follow the motion of the driving member so that the driven member is magnetically moved in a noncontact state. CONSTITUTION:The attractive forces of a pair of driving and driven side magnets 12, 15 cause a driven member 13 to perform follow-up movement in response to the reciprocation of a driving member 7 caused by the forward and backward rotation of a motor 4. Since the driven member 13 is kept out of contact with a guide 17 and a pipe 8 by magnetic forces, no friction is caused on them in the sliding of the member. Therefore, wear dust is not generated as done in conventional cases. Since the engaged parts of the driving member 7 and a moving mechanism comprising a rotary shaft 5 and the motor 4 for moving the driving member 7 are enclosed in a hermetic space 11 defined by the motor and the pipe 8, wear dust made on the engaged parts is kept from going out and clinging to a product or a workpiece.
    • 目的:为了防止滑动部件产生灰尘,通过使由被移动机构移动的驱动部件的磁力吸引的被驱动部件沿着驱动部件的运动而使被驱动部件磁性移动 非接触状态 构成:一对驱动和从动侧磁体12,15的吸引力使得从动构件13响应于由电动机4的向前和向后旋转引起的驱动构件7的往复运动而执行随动运动。 由于从动构件13通过磁力与导向件17和管8保持脱离接触,所以在构件的滑动中不会引起摩擦。 因此,在常规情况下不会产生磨损粉尘。 由于驱动构件7的接合部分和包括旋转轴5的移动机构和用于移动驱动构件7的马达4被包围在由马达和管道8限定的密封空间11中,因此, 零件不会脱落,并附着在产品或工件上。
    • 16. 发明专利
    • Rotation introducing driving device
    • 旋转引导驱动装置
    • JPS59200863A
    • 1984-11-14
    • JP7288683
    • 1983-04-27
    • Hitachi Ltd
    • KUBOTA SHIGEOYAMAGUCHI SUMIO
    • H02K49/10F16H49/00
    • F16H49/005
    • PURPOSE:To improve sealing and airtight properties by a method wheren a cup- shaped seal member, intercepting vacuum or special gas atmosphere, is provided in a gap between the stator and the rotor of a motor. CONSTITUTION:The cup-shaped thin seal member 30, intercepting the vacuum or special gas atmosphere, is provided in the gap between the stator 28 and the rotor 29 of the motor 27. The rotor 29 is rotated by the rotary magnetic field of the stator 28 and the rotating force thereof is taken out to an output shaft 31. According to this method, the electric rotating force may be introduced into an airtight chamber directly, therefore, the sealing and airtight properties may be improved remarkably.
    • 目的:通过在电机的定子和转子之间的间隙中提供杯形密封件,截断真空或特殊气体气氛的方法来提高密封和气密性能。 构成:在定子28和电动机27的转子29之间的间隙中设置有截断真空或特殊气体气氛的杯状薄密封构件30.转子29由定子的旋转磁场 并且其旋转力被输出到输出轴31.根据该方法,电旋转力可以直接引入气密室中,因此可以显着地改善密封和气密性能。
    • 17. 发明专利
    • Amplifier of force by means of magnetic force
    • 磁力放大器
    • JPS5923155A
    • 1984-02-06
    • JP13174082
    • 1982-07-28
    • Shigesada Yoshida
    • YOSHIDA SHIGESADA
    • H02K49/10F16H49/00
    • F16H49/005
    • PURPOSE:To effectively utilize the force of nature, by a method wherein, by use of a magnet and by simultaneous comnination use of repulsion and attraction, through application of the fact in that a force, being larger than a force being given, is obtainable, such forces as weak light, heat, wind, water, electricity, etc., are converted into a large force. CONSTITUTION:Since a fixed magnet 2 on the lateral wall 37 side and a pole inversion magnet 1 make contact with each other at polarities different from each other, an inner N-pole and S- pole are depolarized, and only an outer S-pole and N-pole are independently in a repulsion relation. A fixed magnet 2' and a pole inversion magnet 1' on the rotary shaft 13 side are also positioned in the relation in that the attraction is exerted only between the two outer poles thereof. In a position A, attraction between 4 poles is exerted on the upper, and simultaneously, repulsion between 8 poles on the lower, resulting in producing a 4-repulsion force. In a position B, a 4-attraction force, being total attraction less total repulsion, is exerted, in a position C, a 4-repulsion force is exerted in like manner, in a position D, a 4-attraction force is exerted in like manner, and this causes said forces, in order, to turn a rotary shaft 13. The larger the number of such magnets disposed are, the larger the number of the poles, which contact at different polarities and are depolarized, and the number of poles, which contact each other at the same polarity and are independent, become, and both repulsion and attraction become large, resulting in enabling energy-saving.
    • 目的:为了有效地利用大自然的力量,通过使用磁铁和同时使用排斥和吸引力的方法,通过应用这样的事实,可以获得大于施加的力的力 诸如弱光,热,风,水,电等等的力量被转化成很大的力量。 构成:由于侧壁37侧的固定磁体2和极反转磁体1彼此的极性彼此接触,所以内部N极和S极被去极化,并且只有外部S极 和N极独立地具有排斥关系。 旋转轴13侧的固定磁体2'和极点反转磁体1'也位于这样的关系中,即吸引力仅在其两个外极之间施加。 在位置A中,4极之间的吸引力施加在上部,同时在下部的8极之间排斥,导致产生4排斥力。 在位置B中,在位置C中施加4吸引力,总吸引力较少的总排斥力,在相同的方式施加4排斥力,在位置D,施加4吸引力 并且这就导致所述力,以便转动旋转轴13.这样设置的这种磁体的数量越多,以不同极性接触并被去极化的极数越多, 极彼此以相同的极性彼此接触并且是独立的,成为并且排斥和吸引力都变大,从而实现节能。
    • 18. 发明专利
    • Contactless universal joint
    • 无缝通用接头
    • JPS58225260A
    • 1983-12-27
    • JP10821082
    • 1982-06-21
    • Mitsubishi Electric Corp
    • OOSUGI SHIGEO
    • H02K49/10F16D3/00F16H49/00
    • F16H49/005
    • PURPOSE:To transmit the driving force in a contactless manner and to prevent wear and tear at the parts for transmitting the driving force, by fixing circumferentially magnetized magnets having different diameters respectively to one ends of a drive shaft and a driven shaft, and disposing one magnet on the inside of the other. CONSTITUTION:Circumferentially magnetized magnets 9, 10 having different diameters are fixed respectively to one ends of a drive shaft 1 and a driven shaft 2, and the magnet 10 fixed to the driven shaft 2 is disposed on the inside of the magnet 9 fixed to the drive shaft 1. These two magnets 9, 10 are disposed with a proper clearance from each other and in the manner that they face toward each other at the position of opposite polarities. In this state, the shafts 1, 2 are mounted on fixed bearings 6. With such an arrangement, the driven magnet 10 can be turned along with the rotation of the drive magnet 9 and the driving force can be transmitted from the drive shaft 1 to the driven shaft 2 in a contactless manner by the magnetic force. Therefore, it is enabled to prevent wear and tear at the parts for transmitting the driving force and to protect the magnet portions against damages in case that the driven shaft 2 is locked.
    • 目的:为了以非接触方式传递驱动力,并且通过将具有不同直径的周向磁化的磁体分别固定在驱动轴和从动轴的一端,并且将一个 磁铁在另一个的内部。 构成:具有不同直径的圆周磁化磁体9,10分别固定在驱动轴1和从动轴2的一端,并且固定到从动轴2的磁体10设置在固定到驱动轴2的磁体9的内部。 驱动轴1.这两个磁体9,10以彼此相对的位置彼此面对的方式设置有彼此适当的间隙。 在这种状态下,轴1,2安装在固定的轴承6上。通过这种结构,从动磁体10随着驱动磁体9的旋转而转动,驱动力可以从驱动轴1传递到 从动轴2以非接触方式通过磁力。 因此,能够防止用于传递驱动力的部件的磨损和撕裂,并且在从动轴2被锁定的情况下保护磁体部分免受损坏。
    • 19. 发明专利
    • Rotation transmitting mechanism
    • 旋转传动机构
    • JPS58193968A
    • 1983-11-11
    • JP7656782
    • 1982-05-10
    • Ricoh Co Ltd
    • SAITOU MASATOSHI
    • H02K49/10F16H49/00
    • F16H49/005
    • PURPOSE:To increase reliability of operation and durability of a rotation transmitting mechanism, by accomplishing non-contact transmission of rotation by fixing a disk-like member with plurality of magnetic poles arranged at the same pitch around the circumference of the same respectively to a drive shaft and a driven shaft, and thereby eliminating noises and wear and making lubrication unnecessary. CONSTITUTION:In the state that a motor 3 is not in rotation and the mechanism is not in operation, two pulleys 5, 9 attract mutually at the position where an N-pole of one pulley faces an S-pole of the other pulley, so that stable lines of magnetic force is formed. On the other hand, when the motor 3 is set into rotation and the magnetic pulley 5 begins to turn together with the motor 3, the two magnetic pulleys 5, 9 repel each other when magnetic poles having the same polarity come near while they attract each other when the magnetic poles having opposite polarities come near. Resultantly, the magnetic pulleys 5, 9 are moved in the same direction at the same tangential speed at the juxtaposed position, so that they are turned in the opposite directions to each other. Thus, a driven shaft 8 is set into rotation.
    • 目的:为了提高旋转传递机构的操作的可靠性和耐用性,通过将具有以相同间距排列的多个磁极的盘状部件固定在其周围的驱动器上,实现旋转的非接触传递 轴和从动轴,从而消除噪音,磨损和润滑不必要。 构成:在马达3不旋转并且机构不工作的状态下,两个滑轮5,9在一个滑轮的N极面对另一滑轮的S极的位置相互吸引,因此 形成稳定的磁力线。 另一方面,当电动机3旋转并且磁性带轮5与电动机3一起开始转动时,当具有相同极性的磁极接近时,两个磁带轮5,9彼此排斥,同时它们吸引每个 另一方面,当具有相反极性的磁极接近时。 结果,磁带轮5,9在并列位置以相同的切线速度在相同的方向上移动,使得它们在彼此相反的方向上转动。 因此,从动轴8被旋转。
    • 20. 发明专利
    • Magnetic screw mechanism
    • 磁力螺丝机构
    • JPS58187649A
    • 1983-11-01
    • JP7180182
    • 1982-04-28
    • Soji ShimaYoichi Tatara
    • TATARA YOUICHISHIMA SOUJI
    • H02K49/10B65G54/02F16H49/00
    • F16H49/005
    • PURPOSE:To prevent friction, wear and play from generating and at the same time contrive to simplify the construction by a method wherein rotary motion and rectilinear motion can be mutually converted into each other without contacting with each other by means of magnetic force utilizing magnets and magnetic substance. CONSTITUTION:Screw threads 1 made of magnetic substance and the magnets 3 face opposedly to each other at a minute distance apart. When the screw threads 1 are turned, the magnets 3 are moved rectilinearly by means of the attractive force acting between the screw threads 1 and the magnets 3. Accordingly, the non-contact mutual conversion between the rotary motion and the rectilinear motion is performed.
    • 目的:为了防止产生摩擦,磨损和玩耍,同时通过一种方法简化施工,其中旋转运动和直线运动可以彼此相互转换,而不会通过利用磁铁的磁力相互接触, 磁性物质 构成:由磁性物质制成的螺纹1和磁铁3以相隔几分钟的距离彼此面对面。 当螺纹1转动时,磁体3通过作用在螺纹1和磁体3之间的吸引力直线移动。因此,执行旋转运动和直线运动之间的非接触相互转换。