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    • 92. 发明申请
    • SENSOR AND TRANSDUCER DEVICES COMPRISING CARBON NANOTUBES, METHODS OF MAKING AND USING THE SAME
    • 包含碳纳米管的传感器和传感器装置,制造和使用它们的方法
    • US20080314149A1
    • 2008-12-25
    • US11767962
    • 2007-06-25
    • Neal R. Rueger
    • Neal R. Rueger
    • B82B1/00G01R27/26G01R27/02G01H3/00H02N2/04
    • G01H11/00H03H3/0077
    • Devices usable as sensors, as transducers, or as both sensors and transducers include one or more nanotubes or nanowires. In some embodiments, the devices may each include a plurality of sensor/transducer devices carried by a common substrate. The sensor/transducer devices may be individually operable, and may exhibit a plurality of resonant frequencies to enhance the operable frequency bandwidth of the devices. Sensor/transducer devices include one or more elements configured to alter a resonant frequency of a nanotube. Such elements may be selectively and individually actuable. Methods for sensing mechanical displacements and vibrations include monitoring an electrical characteristic of a nanotube. Methods for generating mechanical displacements and vibrations include using an electrical signal to induce mechanical displacements or vibrations in one or more nanotubes. Methods for adjusting an electrical signal include passing an electrical signal through a nanotube and changing a resonant frequency of the nanotube.
    • 可用作传感器,传感器或传感器和换能器的装置包括一个或多个纳米管或纳米线。 在一些实施例中,装置可以各自包括由公共衬底承载的多个传感器/换能器装置。 传感器/换能器装置可以单独操作,并且可以呈现多个谐振频率以增强装置的可操作频率带宽。 传感器/换能器装置包括配置成改变纳米管的共振频率的一个或多个元件。 这样的元件可以是选择性地和单独地致动的。 用于感测机械位移和振动的方法包括监测纳米管的电特性。 产生机械位移和振动的方法包括使用电信号在一个或多个纳米管中引起机械位移或振动。 用于调整电信号的方法包括使电信号通过纳米管并改变纳米管的谐振频率。
    • 93. 发明申请
    • Driving device capable of reducing height thereof
    • 能够降低高度的驱动装置
    • US20080258579A1
    • 2008-10-23
    • US12148257
    • 2008-04-17
    • Tsukasa YamadaSoumei Takahashi
    • Tsukasa YamadaSoumei Takahashi
    • H02N2/04G02B7/04
    • H02N2/025G02B7/08G02B7/102
    • A driving device includes an electro-mechanical transducer having first and second end portions opposite to each other in an expansion/contraction direction, a stationary member coupled to the first end portion of the electro-mechanical transducer, a vibration friction portion mounted to the second end portion of the electro-mechanical transducer, and a rod-shaped moving portion frictionally coupled to the vibration friction portion, whereby moving the moving portion in the expansion/contraction direction of the electro-mechanical transducer. A frictionally coupled portion has a height (a length of the vibration friction portion in a sliding direction in contact with the moving portion) which is not more than 1.15 mm.
    • 一种驱动装置,包括具有在膨胀/收缩方向上彼此相对的第一和第二端部的机电换能器,耦合到机电换能器的第一端部的固定部件,安装到第二端部的振动摩擦部分 机电换能器的端部,以及与振动摩擦部摩擦连接的杆状移动部,由此使机电换能器的伸缩方向移动移动部。 摩擦联接部具有不大于1.15mm的高度(与移动部接触的滑动方向上的振动摩擦部的长度)。
    • 95. 发明申请
    • Micromotion mechanism having ultrasonic motor and oscillation element holding mechanism
    • 具有超声波电机和振动元件保持机构的微动机构
    • US20080211351A1
    • 2008-09-04
    • US12009390
    • 2008-01-18
    • Yoshihiro Ue
    • Yoshihiro Ue
    • H02N2/04
    • H02N2/006H02N2/026
    • A micromotion mechanism having an ultrasonic motor includes: a fixing base; a moving element supported to be movable in the moving axis direction with respect to the fixing base; an oscillation element having a rectangular geometry including a first plane parallel to the moving axis direction and provided with a plurality of projections and a second plane parallel to the first plane for exciting a plurality of oscillation modes by applying a high frequency voltage signal, and a holding mechanism for holding the oscillation element with respect to the fixing base. The holding mechanism is fixed to a part of the second plane of the oscillation element, and is incorporated with a high rigidity material not including high nonlinearity elements including at least one of a friction sliding unit and a rubber member.
    • 具有超声波马达的微动机构包括:固定基座; 被支撑为可相对于所述固定基座在所述移动轴线方向上移动的移动元件; 振荡元件,其具有矩形几何形状,包括平行于移动轴线方向的第一平面并且设置有多个突起,以及平行于第一平面的第二平面,用于通过施加高频电压信号来激励多个振荡模式,以及 保持机构,用于保持振动元件相对于固定基座。 保持机构固定在振动元件的第二平面的一部分上,并且与不包括摩擦滑动单元和橡胶构件中的至少一个的高非线性元件的高刚性材料结合。
    • 97. 发明申请
    • ULTRASONIC MOTOR AND PRESSING MECHANISM OF ULTRASONIC VIBRATOR
    • 超声波电机和超声波振动器的压力机构
    • US20080174206A1
    • 2008-07-24
    • US11970252
    • 2008-01-07
    • Tetsuyuki SAKAMOTO
    • Tetsuyuki SAKAMOTO
    • H02N2/04
    • H02N2/004H02N2/0055H02N2/026
    • Contact pressures between a driven member and an ultrasonic vibrator are balanced, making the driving characteristics in the forward and reverse directions uniform, and the driven member is driven with high driving efficiency. The invention provides a pressing mechanism of an ultrasonic vibrator for pressing sliding members against a driven member, the sliding members being provided at two or more positions corresponding to antinodes of a standing wave vibration of the ultrasonic vibrator. The pressing mechanism includes a pressing member configured to make contact with the ultrasonic vibrator at two or more positions corresponding to nodes of the standing wave vibration of the ultrasonic vibrator; and pressing-force adjusting units configured to adjustably apply pressing forces, which press the sliding members against the driven member, to the pressing member at two or more separate positions in the direction of a gap between the two or more nodes of the standing wave.
    • 从动构件与超声波振子之间的接触压力平衡,使前后方向的驱动特性均匀,驱动效率高。 本发明提供了一种用于将滑动构件压靠在从动构件上的超声波振动器的按压机构,滑动构件设置在与超声波振动器的驻波振动的波腹相对应的两个以上的位置。 按压机构包括:构造成在对应于超声波振动器的驻波振动的节点的两个或更多个位置处与超声波振动器接触的按压部件; 以及按压力调整单元,其被配置为在驻波的两个或更多个节点之间的间隙方向上的两个或更多个分开的位置处可调节地施加将滑动构件压靠在从动构件上的按压力。
    • 99. 发明授权
    • Robust electromechanical motor
    • 坚固的机电马达
    • US07348710B2
    • 2008-03-25
    • US11262797
    • 2005-11-01
    • Christer MattssonStefan Johansson
    • Christer MattssonStefan Johansson
    • H01L41/053H01L41/09H02N2/04
    • H02N2/04F16C29/02
    • An electromechanical motor includes a rail to be moved, a dry, non-lubricated, sliding bearing for the rail, and driving members imposing a mechanical driving force on the rail. The bearing has two rail contacting portions. A first portion contacts the rail for obstructing displacements of the rail in a first direction transverse to a main extension of the rail. The first portion also obstructs rotation of the rail around an axis parallel to the main extension. The second portion is arranged for obstructing displacements of the rail in the first direction transverse to the main extension, while allowing at least a minor movement of at least one of rotation of the rail. The motor allows for mechanical flexibility at certain selected positions and ensures immobility at other selected positions, in order to reduce the impact of externally induced displacements, torques and rotations at critical places in the motor.
    • 机电电动机包括待移动的轨道,用于轨道的干燥,非润滑的滑动轴承以及在轨道上施加机械驱动力的驱动构件。 轴承具有两个轨道接触部分。 第一部分接触轨道,用于在横向于轨道的主延伸部的第一方向上阻挡轨道的位移。 第一部分还阻碍导轨围绕平行于主延伸部的轴的旋转。 第二部分布置用于阻挡轨道在横向于主延伸部的第一方向上的位移,同时允许轨道的至少一个旋转的至少轻微的移动。 电机允许在某些选定位置处具有机械灵活性,并确保在其他选定位置处的不动作,以减少外部诱发的位移,转矩和转动在电机关键位置的冲击。