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    • 2. 发明授权
    • Electrical connector with improved actuator
    • 具有改进执行器的电连接器
    • US08142216B1
    • 2012-03-27
    • US13241290
    • 2011-09-23
    • Yu-Bao XiaoWen He
    • Yu-Bao XiaoWen He
    • H01R13/629
    • H05K7/1007
    • An electrical connector includes a base having a plurality of terminals received therein and defining a first aperture extending therethough, a cover mounted on the base and having a second aperture corresponding to the first aperture and an actuating device actuating the cover moving along the base in a front-to-back direction. The actuating device includes three separated parts called as a rotating shaft define a position rib, an eccentric wheel and a concentric wheel assembled on the rotating shaft from an up-to-down direction. The eccentric wheel used as a cam has a first slot engaging with the position rib. The concentric wheel received in the second aperture has a second slot engaging with the position rib. The eccentric wheel is received in the second aperture to actuate the cover move along the base.
    • 一种电连接器包括:底座,其具有容纳在其中的多个端子,并且限定其上延伸的第一孔;安装在基座上并具有与第一孔对应的第二孔的盖,以及致动装置, 从前到后的方向。 致动装置包括被称为旋转轴的三个分开的部件,其限定从上下方向组装在旋转轴上的位置肋,偏心轮和同心轮。 用作凸轮的偏心轮具有与位置肋接合的第一狭槽。 容纳在第二孔中的同心轮具有与位置肋啮合的第二槽。 偏心轮被容纳在第二孔中,以驱动盖沿基座运动。
    • 3. 发明授权
    • Socket connector with a cam
    • 带凸轮的插座连接器
    • US07938666B2
    • 2011-05-10
    • US12854205
    • 2010-08-11
    • Yu-Bao XiaoWen He
    • Yu-Bao XiaoWen He
    • H01R13/625
    • H05K7/1007
    • A socket connector (100) includes an insulative housing (1), a plurality of contacts received in the insulative housing, a cover (2) attached to the upper side of the insulative housing and a cam (3). The insulative housing defines an upper side and a lower side. The insulative housing has a first aperture (13) which extends through the upper and lower sides. The cover defines an upper surface and a lower surface and has a second aperture (23) extending through the upper and lower surfaces. The second aperture aligns with the first aperture in a vertical direction. The cam has a first cam portion (31) and a second cam portion (32) separately pre-formed and jointly combined and correspondingly received in the first and second apertures. The second cam portion is operable to urge the insulative cover relative to the insulative housing along a front-to-rear direction.
    • 插座连接器(100)包括绝缘壳体(1),容纳在绝缘壳体中的多个触点,安装在绝缘壳体的上侧的盖子(2)和凸轮(3)。 绝缘壳体限定上侧和下侧。 绝缘壳体具有穿过上侧和下侧延伸的第一孔(13)。 所述盖限定上表面和下表面,并且具有延伸穿过所述上表面和下表面的第二孔(23)。 第二孔在垂直方向上与第一孔对准。 凸轮具有分别预先形成并共同组合并相应地容纳在第一和第二孔中的第一凸轮部分(31)和第二凸轮部分(32)。 第二凸轮部分可操作以沿着前后方向相对于绝缘壳体推压绝缘盖。
    • 4. 发明授权
    • Electromagnetic vibration exciter system with adjustable electro-viscoelastic suspension device
    • 具有可调电粘弹性悬挂装置的电磁振动激励系统
    • US09099943B2
    • 2015-08-04
    • US13821945
    • 2012-05-03
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • G01M7/02H02P6/16H02P6/00
    • H02P6/001G01M7/022H02P6/16H02P6/34
    • The electromagnetic vibration exciter system with an adjustable electro-viscoelastic suspension device comprises an electromagnetic vibration exciter, a power amplifier and an adjustable electro-viscoelastic suspension device, which acts as the suspension device of the electromagnetic vibration exciter. The adjustable electro-viscoelastic suspension device contains a displacement sensor detecting the displacement of the moving component, a first adjustable amplifier and a second adjustable amplifier, a differentiator, an adjustable phase shifter, an adder and a proportioner. The linearity of the stiffness and damping of the exciter system is excellent, which can be adjusted as need through the adjustment of gain of the adjustable amplifier, the proportioner, the adjustable phase shifter. This invention has adjustable and linear parameters and it is also easy to be realized.
    • 具有可调电粘弹性悬挂装置的电磁振动激励器系统包括电磁振动激励器,功率放大器和可调节的电粘弹性悬挂装置,其作为电磁振动激励器的悬挂装置。 可调电粘弹性悬挂装置包括检测运动部件的位移的位移传感器,第一可调放大器和第二可调放大器,微分器,可调移相器,加法器和比例器。 励磁系统的刚度和阻尼的线性度很好,可以通过调节可调放大器,配比器,可调移相器的增益调节来调整。 本发明具有可调和线性参数,也易于实现。
    • 5. 发明授权
    • Vibration exciter system with a feedback control unit based on an optical linear encoder
    • 具有基于光学线性编码器的反馈控制单元的振动激励器系统
    • US09097603B2
    • 2015-08-04
    • US13821835
    • 2012-05-03
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • G01M7/02H02P25/02
    • G01M7/022H02P25/032
    • The vibration exciter system with a feedback control unit based on an optical linear encoder includes a vibration exciter, a signal generator and a power amplifier. The exciter system further comprises an optical linear encoder converting the displacement of moving component of the exciter into A/B pulse with a phase difference of 90° , a filtering, shaping and level translator unit converting the A/B pulse into standard pulse with standard shape and level, a subdivider and orientation recognizer unit refining standard pulse and recognizing the moving orientation, an analog converter unit converting refined standard pulse into analogue signal that reflects the displacement of the moving component. The standard signal outputted by the signal generator and the converted analogue signal are inputted into a subtracter as the minuend and subtrahend respectively. The output of the subtracter is inputted into the power amplifier and then into the vibration exciter as a driving signal.
    • 具有基于光学线性编码器的反馈控制单元的振动激励器系统包括振动激励器,信号发生器和功率放大器。 激励器系统还包括光学线性编码器,将激励器的移动部件的位移转换为相位差为90°的A / B脉冲,滤波,整形和电平转换器单元将A / B脉冲转换成标准脉冲 形状和水平,分频器和方向识别器单元精炼标准脉冲并识别移动方向,模拟转换器单元将精细标准脉冲转换为反映移动部件的位移的模拟信号。 由信号发生器输出的标准信号和转换的模拟信号分别输入减法器和减法器。 减法器的输出作为驱动信号输入功率放大器,然后输入到振动激励器中。
    • 6. 发明申请
    • INFRASOUND GENERATING DEVICE BASED ON A DISPLACEMENT-FEEDBACK TYPE VIBRATION EXCITER
    • 基于位移反馈类型振动EXCITER的信号发生装置
    • US20140140179A1
    • 2014-05-22
    • US14130892
    • 2012-08-16
    • Wen HeLongbiao HeChunyu WangYuanlai ZhouShushi Jia
    • Wen HeLongbiao HeChunyu WangYuanlai ZhouShushi Jia
    • B06B1/10
    • B06B1/10B06B1/0246B06B1/045B06B2201/40G01H3/005
    • The infrasound generating device based on a displacement-feedback type vibration exciter comprises a displacement-feedback type vibration exciter system, an infrasound generating chamber (3) and a laser vibrometer (1); the displacement feedback mechanism is adopted in the vibration exciter (2). The piston (31) is driven by the vibration exciter to move in a sinusoidal manner in the cavity (35) of the airtight infrasound generating chamber (3) and the standard infrasonic pressure signal with low harmonic distortion can be achieved. The displacement of the moving part (22) of the vibration exciter (2) can be measured by the laser vibrometer (1) through the measurement beam (15) injecting into the vibration exciter (2) through the optical channel running through the vibration exciter and the standard infrasonic pressure can also be obtained. The value of the standard sound pressure produced by the infrasound generating chamber is calculated. Such value is used as the calibration reference for the infrasound sensors (4) to be calibrated in order to achieve the primary calibration of the infrasound sensors. The standard infrasonic sensor can be installed inside the infrasound generating chamber (3) and the output of the standard infrasonic sensor can be used as the reference for the infrasonic sensor (4) to be calibrated in order to achieve the secondary calibration of the infrasound sensors. This invention has the advantages of technical maturity, high feasibility, easy to realize, high calibration accuracy and so on.
    • 基于位移反馈型振动激励器的次声发生装置包括位移反馈型振动激励器系统,次声发生室(3)和激光振动计(1); 振动激励器采用位移反馈机构(2)。 活塞(31)由振动激励器驱动,以正弦方式在气密次声发生室(3)的空腔(35)中移动,并且可以实现具有低谐波失真的标准次声波压力信号。 振动激励器(2)的移动部件(22)的位移可以通过激光振动计(1)通过穿过振动激励器的光学通道射入振动激励器(2)的测量光束(15)来测量 并且还可以获得标准的次声波压力。 计算由次声发生室产生的标准声压的值。 这样的值被用作待校准的次声传感器(4)的校准参考,以便实现次声传感器的主要校准。 标准的次声传感器可以安装在次声发生室(3)的内部,标准的次声传感器的输出可以作为参考,以便进行校准,以实现次声传感器(2)的二次校准 。 本发明具有技术成熟,可行性高,易于实现,校准精度高等优点。
    • 7. 发明申请
    • PRECISION TILTING PLATFORM DEVICE USED FOR STATIC CALIBRATION OF SEISMOMETERS
    • 用于静态校准地震仪的精密倾斜平台装置
    • US20140033955A1
    • 2014-02-06
    • US14112442
    • 2012-05-03
    • Wen HeGuanhua XuShushi Jia
    • Wen HeGuanhua XuShushi Jia
    • G01V13/00A47B37/00
    • G01V13/00A47B37/00
    • A precision tilting platform used for static calibration of seismometers is composed of a base, a worktable, a rotary part, a driving part, a measuring part and supporting frames. The rotary part is composed of a shaft, a driving arm, a rotary table and a clump weight. The shaft is fixed on the left and right supporting frames. The driving part and clump weight are assembled beside the two sides of the driving arm. The driving part is composed of a linear motor, a sliding table, a pair of linear guides and sliders and a grating scale. The readhead of the grating scale is fixed with the base and sends out the signal of zero position when the worktable is horizontal. The sliding table is closely contacted to the driving arm. When the linear motor is moving forward, the rotary part is pushed by the sliding table and rotates toward the positive direction. When the linear motor is moving backward, the sliding table is pulled backward and the rotary part rotates toward the negative direction because of the gravity of the clump weight. The measuring part is composed of a laser interferometer and a reflector that reflects the laser beam back to the laser interferometer to obtain the tilting angle of the worktable, on which the reflector is mounted. The present invention has the advantage of high positioning accuracy, high transmission efficiency and wide application.
    • 用于地震仪静态校准的精密倾斜平台由基座,工作台,旋转部件,驱动部件,测量部件和支撑架组成。 旋转部分由轴,驱动臂,旋转台和重量组成。 轴固定在左右支撑框架上。 驱动部件和组块重量组装在驱动臂的两侧。 驱动部分由线性电动机,滑动台,一对直线导轨和滑块以及光栅尺组成。 光栅尺的读数头与基座固定,当工作台水平时,发出零位信号。 滑动台与驱动臂紧密接触。 当线性马达向前移动时,旋转部分被滑动台推动并向正方向旋转。 当线性电动机向后移动时,由于重量的重力,滑动台被向后拉,旋转部分朝向负方向旋转。 测量部分由激光干涉仪和将激光束反射回激光干涉仪的反射器组成,以获得反射器安装在其上的工作台的倾斜角度。 本发明具有定位精度高,传输效率高,应用广泛的优点。