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    • 11. 发明授权
    • Ultrasonic atomizing apparatus
    • 超声波雾化装置
    • US4799622A
    • 1989-01-24
    • US79742
    • 1987-07-30
    • Kiyoe IshikawaKakuro KokuboHitoshi KurokawaDaijiro HosogaiHirokazu Takenaka
    • Kiyoe IshikawaKakuro KokuboHitoshi KurokawaDaijiro HosogaiHirokazu Takenaka
    • B05B17/06F02B1/04F02M69/04F23D11/34B05B1/26B05B3/14
    • F02M69/041B05B17/0623F23D11/345F02B1/04Y10T74/10
    • An ultrasonic atomizing apparatus including an ultrasonic vibration generator and an ultrasonic vibrator horn having a cylindrical section connected at one end to the ultrasonic vibration generator and having a flared portion connected to the other end of the cylindrical section. The flared portion is flared and enlarged in diameter towards the tip end of the horn and is adapted to atomize liquid material on the flared portion as the liquid material is supplied from a liquid material supply nozzle to the flared portion. A hollow recess is formed in the flared portion opening toward the tip end of the horn. The geometry of the hollow recess is such that the cross-sectional area of the flared portion of the horn in any plane perpendicular to the longitudinal axis of the horn is the same as the cross-sectional area of the flared portion in all other planes perpendicular to the longitudinal axis of the horn. The horn also has a single nodal point positioned above a boundary between the cylindrical section and the flared portion when the horn is ultrasonically excited.
    • 一种超声波雾化装置,包括超声波振动发生器和超声波振子喇叭,所述超声波振子喇叭的一端具有与所述超声波振动发生器连接的圆筒部,并且具有与所述圆筒部的另一端连接的扩口部。 扩口部分朝向喇叭尖端扩张扩径,并且当液体材料从液体材料供应喷嘴供应到扩口部分时适于雾化扩张部分上的液体材料。 在朝向喇叭的前端开口的扩口部中形成有中空的凹部。 中空凹槽的几何形状使得喇叭的喇叭形部分的垂直于喇叭的纵向轴线的任何平面中的横截面面积与所有其它平面垂直的扩张部分的横截面面积相同 到喇叭的纵轴。 当喇叭被超声波激发时,喇叭还具有位于圆柱形部分和扩张部分之间的边界上方的单个节点。
    • 12. 发明授权
    • Supersonic vibration driven motor device
    • 超音速振动驱动电机装置
    • US4548090A
    • 1985-10-22
    • US589034
    • 1984-03-12
    • Toshiiku Sashida
    • Toshiiku Sashida
    • H02K7/07B06B1/00B65G27/16F03G7/08H01L41/09H02N2/00F16H27/02F16H29/02
    • H02N2/0065B06B1/00H02N2/026H02N2/103Y10T74/10Y10T74/1856
    • A supersonic vibration driven motor comprising a supersonic oscillator and a mass rotationally driven thereby. The oscillator is provided with a vibration disc secured thereto on an end face thereof opposite to the mass to be driven. The mass is integrally formed with a plurality of plate-shaped resilient vibratory pieces annularly arranged on the end face opposite to the oscillator and axially extending at a predetermined angle of inclination relative to the axis of the mass, the vibration disc and vibratory pieces being located so as to come in contact with each other at their end portions, whereby vibratory displacement of the supersonic oscillator is transformed into rotational movement of the mass by way of flexible deformation of the vibratory pieces. Alternatively, the resilient vibratory pieces may be formed integrally with the vibration disc. A plurality of supersonic oscillators may be annularly arranged and located so as to come in contact with the end face of the mass so that operational phases of the respective supersonic oscillators have a predetermined phase relationship ensuring even and smooth rotation. A plurality of supersonic oscillators integrally formed with vibratory pieces and arranged in linear alignment may be located so as to come in contact with a mass to be linearly driven, whereby vibratory displacement of the supersonic oscillators is transformed into linear movement of the mass by way of flexible deformation of the vibratory pieces.
    • 超音速振动驱动马达,其包括超音速振荡器和由其旋转驱动的质量。 振荡器设置有与其被驱动质量相对的端面固定在其上的振动盘。 该质量体一体地形成有多个板状弹性振动片,环形地布置在与振荡器相对的端面上并相对于该质心的轴线以预定的倾斜角度轴向延伸,振动盘和振动片位于 从而在它们的端部处彼此接触,由此通过振动片的柔性变形将超音速振荡器的振动位移转换成质量的旋转运动。 或者,弹性振动片可以与振动盘一体地形成。 多个超音速振荡器可以环形布置和定位成与质量的端面接触,使得相应的超音速振荡器的操作相位具有确保均匀和平稳旋转的预定相位关系。 与振动片一体形成且以线性对准排列的多个超音速振荡器可以被定位成与待直线驱动的物体接触,由此超音速振荡器的振动位移通过 振动片的挠性变形。
    • 13. 发明授权
    • Ultrasonic processing device
    • 超声波处理装置
    • US4483571A
    • 1984-11-20
    • US491803
    • 1983-05-05
    • Shoji Mishiro
    • Shoji Mishiro
    • B08B3/12B06B1/02B08B7/02D06B13/00H01L41/08
    • D06B13/00B08B7/028B29C66/81465Y10T74/10
    • The present invention provides an ultrasonic processing device which comprises one or more sets each including a wide horn which resonantly vibrates in a 1/2 wave length in a longitudinal direction and in a 1/2.times.n wave length in a widthwise direction thereof, and an ultrasonic vibrator which is joined either to an intermediate point of the wide horn at which amplitude of vibrations is maximum in the distribution thereof along the widthwise direction or to a point at a widthwise end of the wide horn at which amplitude of vibrations is maximum in the distribution thereof along the widthwise direction. Thus, at an end of the wide horn, maximum and minimum values may alternately appear by every 1/4 wave length distance over the entire width thereof and hence vibrations of the wide horn can be considered generally uniform over the entire width thereof. Also, wide horns in a plurality of sets may be disposed in spaced relationship in a direction in which an article to be processed is fed in order to attain further uniformed application of vibrations to the article to be processed.
    • 本发明提供了一种超声波处理装置,其特征在于,具有一个以上的多个组合,每个组包括宽长的喇叭,所述喇叭在长度方向上以1/2波长和沿其宽度方向以1/2 1/2波长共振振动, 振动器,其连接到宽喇叭的中间点,振幅的振幅在宽度方向上的分布中最大的幅度或广角的横向端部处的振动振幅最大的点 沿宽度方向。 因此,在宽喇叭的末端,最大值和最小值可以在其整个宽度上每1/4波长的距离交替出现,因此广角的振动在其整个宽度上可以被认为是大致均匀的。 此外,多个组中的宽喇叭可以在进给待处理物品的方向上以间隔的关系设置,以便进一步均匀地施加振动到待处理的物品。