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    • 2. 发明授权
    • Driving apparatus and method of using same
    • 驱动装置及其使用方法
    • US06512321B2
    • 2003-01-28
    • US09789504
    • 2001-02-22
    • Ryuichi YoshidaYasuhiro OkamotoHiroyuki Okada
    • Ryuichi YoshidaYasuhiro OkamotoHiroyuki Okada
    • H01L4108
    • H02N2/067G03B3/10G03B2205/0061H02N2/025
    • A driving apparatus includes an electromechanical conversion element that expands and contracts through the application of a drive voltage, the electromechanical conversion element includes a first end and a second end. The apparatus further includes a support member that is fixed to the first end of the electromechanical conversion element in a direction of expansion or contraction of the electromechanical conversion element; a drive member that is fixed to the second end of the electromechanical conversion element in the direction of expansion or contraction; an engaging member that engages with the drive member with a friction force; and a drive circuit that drives the electromechanical conversion element. The drive circuit generates a rectangular waveform drive voltage and applies the rectangular waveform drive voltage to the electromechanical conversion element to cause the electromechanical conversion element to expand and contract at different speeds to thereby move the support member and the engaging member relative to each other.
    • 驱动装置包括通过施加驱动电压而膨胀和收缩的机电转换元件,该机电转换元件包括第一端和第二端。 该装置还包括支撑构件,其在机电转换元件的膨胀或收缩方向上固定到机电转换元件的第一端; 驱动构件,其在膨胀或收缩的方向上固定到所述机电转换元件的第二端; 与摩擦力与驱动构件接合的接合构件; 以及驱动所述机电转换元件的驱动电路。 驱动电路产生矩形波形驱动电压并将矩形波形驱动电压施加到机电转换元件,以使机电转换元件以不同的速度膨胀和收缩,从而相对于彼此移动支撑构件和接合构件。
    • 5. 发明授权
    • Surface acoustic wave motor and apparatus having the same
    • 表面声波电动机及其装置
    • US06331747B2
    • 2001-12-18
    • US09784515
    • 2001-02-15
    • Ryuichi YoshidaYasuhiro Okamoto
    • Ryuichi YoshidaYasuhiro Okamoto
    • H01L4108
    • H02N2/08
    • A surface acoustic wave motor with high energy efficiency, which may efficiently execute recovery of energy of surface acoustic waves propagated to the ends of piezoelectric substrate and re-excitation by the recovered energy, includes a comb-shaped electrode having interdigital structure for generating surface acoustic waves and two unindirectional comb-shaped electrodes having interdigital structure for recovering and re-exciting surface acoustic wave energy arranged on a piezoekextric substrate, and a slider disposed between the comb-shaped electrode for generating surface acoustic waves and the unindirectional comb-shaped electrodes for recovering and re-exciting surface acoustic wave energy. The surface acoustic wave generated by the comb-shaped electrode is recovered as electric power by unindirectional comb-shaped electrode arranged at one end of the piezoelectric substrate, and applied to the unindirectional comb-shaped electrode arranged at the other end thereof to re-excite the piezoelectric substrate.
    • 具有能量效率高的表面声波电动机可以有效地执行传播到压电基板的端部的表面声波的能量的恢复,并且通过回收的能量重新激发,包括梳状电极,其具有用于产生表面声学的叉指结构 波形和两个具有叉指结构的非定向梳形电极,用于恢复和再激励布置在压电基底上的表面声波能量,以及设置在用于产生表面声波的梳状电极之间的滑块和用于产生表面声波的非定向梳形电极 恢复和重新激发表面声波能量。 由梳状电极产生的表面声波通过布置在压电基片的一端的非定向梳状电极作为电力被恢复,并施加到另一端布置的未定向梳状电极以重新激发 压电基板。
    • 6. 发明授权
    • Apparatus having drive device using electromechanical transducer
    • 具有使用机电换能器的驱动装置的装置
    • US5847488A
    • 1998-12-08
    • US796649
    • 1997-03-04
    • Ryuichi YoshidaYasuhiro Okamoto
    • Ryuichi YoshidaYasuhiro Okamoto
    • G01B15/00G01B15/08G01B21/30G01N37/00G01Q10/02G01Q30/10G01Q30/16G01Q60/00G01Q90/00H01L21/68H01L41/09H02N2/00H02N2/04H01L41/04
    • H02N2/101H02N2/025Y10S977/872
    • An apparatus having a drive device using an electromechanical transducer capable of being used in an environment in vacuum, at high temperatures and shielded from outside, an environment where electromagnetic waves are shielded or the like, where a drive shaft and a slider block frictionally coupled thereto are arranged at the inside of a hermetically-sealed vessel, one end of a drive shaft is made to penetrate a wall face portion of the hermetically-sealed vessel and the drive shaft is coupled with a piezoelectric element arranged at the outside of the vessel, the wall face portion of the hermetically-sealed vessel where the drive shaft penetrates is made elastically deformable, a portion between the wall face portion and the drive shaft is shielded in airtight by an adhesive agent and elongation and contraction displacements having different velocities are caused at the piezoelectric element whereby the slider block frictionally coupled with the drive shaft and members fixed to the slider block at the inside of the hermetically-sealed vessel are moved in a predetermined direction.
    • 一种具有使用机电换能器的驱动装置的装置,其能够在真空中,高温环境中使用并且屏蔽外部,电磁波被屏蔽等的环境,其中驱动轴和与其摩擦耦合的滑动块 被布置在密封容器的内部,使驱动轴的一端穿过密封容器的壁面部分,并且驱动轴与布置在容器外部的压电元件连接, 驱动轴穿过的密封容器的壁面部分可弹性变形,壁面部分和驱动轴之间的部分被粘合剂气密地屏蔽,并且引起具有不同速度的伸长和收缩位移, 压电元件,由此滑动块与驱动轴摩擦耦合并固定到s上的构件 在密封容器的内侧的夹持器块沿预定方向移动。
    • 8. 发明授权
    • Driving apparatus using transducer
    • 使用传感器的驱动装置
    • US06188161B1
    • 2001-02-13
    • US09088636
    • 1998-06-02
    • Ryuichi YoshidaYasuhiro Okamoto
    • Ryuichi YoshidaYasuhiro Okamoto
    • H01L4108
    • B82Y15/00H02N2/025
    • A driving apparatus includes an electromechanical transducer that is connected to a drive pulse generating means and that expands and contracts, a driven member that is connected to one end of the transducer, a friction member that is connected to the other end of the transducer and a guide unit that is in frictional contact with the friction member. The friction member has an elastic deforming mechanism that elastically presses against and comes into frictional contact with the guide unit, and the elastic deforming mechanism is constructed such that its elastic deformation stress vector perpendicularly crosses the directions of expansion and contraction of the transducer.
    • 一种驱动装置,包括连接到驱动脉冲产生装置的机电换能器,并且其连接到换能器的一端的被驱动部件膨胀和收缩;连接到换能器的另一端的摩擦件, 与摩擦构件摩擦接触的导向单元。 摩擦构件具有弹性变形机构,弹性变形机构弹性地按压并与引导单元摩擦接触,并且弹性变形机构被构造成使得其弹性变形应力矢量垂直于穿过换能器的膨胀和收缩方向。
    • 9. 发明授权
    • Drive device using electromechanical transducer and apparatus equipped
with the device
    • 驱动装置使用机电换能器和装备的装置
    • US6147434A
    • 2000-11-14
    • US59147
    • 1998-04-13
    • Haruyuki NakanoSatoshi ShinkeRyuichi YoshidaYasuhiro Okamoto
    • Haruyuki NakanoSatoshi ShinkeRyuichi YoshidaYasuhiro Okamoto
    • H01L41/04H01L41/09H02N2/00H02N2/06
    • H02N2/067H02N2/025
    • A drive device using a piezoelectric transducer for correcting a shift of a position of a drive system based on a change in an environmental state such as environmental temperature, in which a drive member coupled to the piezoelectric transducer is driven by causing displacements having different speeds by applying drive pulses of saw tooth waves to the piezoelectric transducer thereby moving a slider block frictionally coupled to the drive member, an amount of a shift of a position of the slider block based on the change in the environmental temperature is previously stored to a memory, when a change in temperature is detected by a temperature sensor, the amount of the shift of the position of the slider block is calculated in accordance with the change in temperature and the shift of the position of the slider block is corrected by driving the piezoelectric transducer in a direction of correcting the shift amount by driving a fine adjustment circuit.
    • 一种使用压电传感器的驱动装置,其基于环境温度的变化来校正驱动系统的位置的偏移,其中通过使具有不同速度的位移由与压电换能器连接的驱动构件 将锯齿波的驱动脉冲施加到压电换能器,从而移动摩擦联接到驱动构件的滑动块,基于环境温度的变化将滑动块的位置的偏移量预先存储到存储器中, 当通过温度传感器检测到温度变化时,根据温度的变化来计算滑块的位置的偏移量,并且通过驱动压电换能器来校正滑动块的位置的移动 在通过驱动微调电路来校正移动量的方向上。
    • 10. 发明授权
    • Drive device using electromechanical transducer and an apparatus
employing the drive device
    • 使用机电换能器的驱动装置和采用驱动装置的装置
    • US5969464A
    • 1999-10-19
    • US840825
    • 1997-04-16
    • Haruyuki NakanoSatoshi ShinkeRyuichi YoshidaYasuhiro Okamoto
    • Haruyuki NakanoSatoshi ShinkeRyuichi YoshidaYasuhiro Okamoto
    • H01L41/04H01L41/09H02N2/14H02N2/00
    • H02N2/025H02N2/067
    • A drive device which repeats charging and discharging at different velocities by applying drive pulses to a piezoelectric transducer, causes vibrations with different velocities in the piezoelectric transducer to cause contraction and expansion displacements in a driving member fixedly coupled with the piezoelectric transducer for moving a member frictionally coupled to the driving member. In order to provide stable driving force, stable driving velocity and precise movement, a piezoelectric transducer constituted by stacking a plurality of unit elements is divided into a plurality of blocks having different numbers of lamination layers for driving. A change in impedance by the division is compensated by a compensation circuit, or a plurality of driving circuits corresponding to the impedance are provided and a block and a driving circuit of the piezoelectric transducer are selected in accordance with the driving velocity and moving distance for driving.
    • 通过向压电换能器施加驱动脉冲来重复不同速度的充电和放电的驱动装置在压电换能器中引起不同速度的振动,从而在与压电换能器固定耦合的驱动构件中引起收缩和膨胀位移,以摩擦地移动构件 耦合到驱动构件。 为了提供稳定的驱动力,稳定的驱动速度和精确的运动,将由多个单元组成的压电换能器分成多个具有不同层压层的驱动块。 通过补偿电路来补偿由除法产生的阻抗的变化,或者提供与阻抗相对应的多个驱动电路,并根据驱动速度和驱动移动距离来选择压电换能器的块和驱动电路 。