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    • 1. 发明申请
    • 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EXCITER系统
    • US20130162179A1
    • 2013-06-27
    • US13821835
    • 2012-05-03
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • Wen HeChunyu WangRunjie ShenShushi JiaMei YuMingde Ma
    • H02P25/02
    • G01M7/022H02P25/032
    • The vibration exciter system with a feedback control unit based on an optical linear encoder comprises a vibration exciter, a signal generator and a power amplifier. The exciter system further comprises an optical linear encoder converting the displacement of the 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 the standard pulse and recognizing the moving orientation, an analog converter unit converting the 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. The present invention has a high precision.
    • 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脉冲转换为标准脉冲, 标准形状和电平,细分标准脉冲并识别移动取向的分频器和方向识别器单元,将精细标准脉冲转换为反映移动部件的位移的模拟信号的模拟转换器单元。 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。 本发明具有高精度。
    • 2. 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。
    • 3. 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。
    • 5. 发明授权
    • Reverse ENUM based routing for communication networks
    • 用于通信网络的反向基于ENUM的路由
    • US08411670B2
    • 2013-04-02
    • US12135386
    • 2008-06-09
    • Sathyam GanesanUri S. BanielMei Yu
    • Sathyam GanesanUri S. BanielMei Yu
    • H04L12/66
    • H04L45/00H04L29/12066H04L29/1216H04L29/12594H04L29/12896H04L45/304H04L61/106H04L61/1511H04L61/157H04L61/3085H04L61/605
    • A network and method of routing a call between communication networks includes a first step of establishing a reverse ENUM DNS server containing a table of NAPTR records that associate E.164telephone numbers with identifiers. A next step includes routing a call from an originating PSTN system to a first gateway. A next step includes sending an ENUM query containing an E.164telephone number to an ENUM DNS server, which returns an identifier associated with the E.164telephone number. A next step includes routing the call to a second gateway. A next step includes launching a reverse ENUM query containing the identifier to the reverse ENUM DNS server, which looks up an E.164telephone number associated with the identifier, and returns it to the second gateway. A next step includes routing the call from the second gateway to the returned E.164telephone number in the terminating PSTN system.
    • 在通信网络之间路由呼叫的网络和方法包括建立包含将E.164电话号码与标识符相关联的NAPTR记录表的反向ENUM DNS服务器的第一步骤。 下一步包括将来自始发PSTN系统的呼叫路由到第一网关。 下一步包括将ENUM查询包含E.164电话号码发送到ENUM DNS服务器,该服务器返回与E.164电话号码相关联的标识符。 下一步包括将呼叫路由到第二个网关。 下一步包括向反向ENUM DNS服务器启动包含标识符的反向ENUM查询,该服务器查找与标识符相关联的E.164电话号码,并将其返回到第二个网关。 下一步包括将呼叫从第二网关路由到终接PSTN系统中返回的E.164电话号码。
    • 9. 发明申请
    • REVERSE ENUM BASED ROUTING FOR COMMUNICATION NETWORKS
    • 用于通信网络的反向基于路由的路由
    • US20090010250A1
    • 2009-01-08
    • US12135386
    • 2008-06-09
    • Sathyam GanesanUri S. BanielMei Yu
    • Sathyam GanesanUri S. BanielMei Yu
    • H04L12/66
    • H04L45/00H04L29/12066H04L29/1216H04L29/12594H04L29/12896H04L45/304H04L61/106H04L61/1511H04L61/157H04L61/3085H04L61/605
    • A network and method of routing a call between communication networks includes a first step of establishing a reverse ENUM DNS server containing a table of NAPTR records that associate E.164 telephone numbers with identifiers. A next step includes routing a call from an originating PSTN system to a first gateway. A next step includes sending an ENUM query containing an E.164 telephone number to an ENUM DNS server, which returns an identifier associated with the E.164 telephone number. A next step includes routing the call to a second gateway. A next step includes launching a reverse ENUM query containing the identifier to the reverse ENUM DNS server, which looks up an E.164 telephone number associated with the identifier, and returns it to the second gateway. A next step includes routing the call from the second gateway to the returned E.164 telephone number in the terminating PSTN system
    • 在通信网络之间路由呼叫的网络和方法包括建立包含将E.164电话号码与标识符相关联的NAPTR记录表的反向ENUM DNS服务器的第一步骤。 下一步包括将来自始发PSTN系统的呼叫路由到第一网关。 下一步包括将EN.164电话号码的ENUM查询发送到ENUM DNS服务器,该服务器返回与E.164电话号码相关联的标识符。 下一步包括将呼叫路由到第二个网关。 下一步包括向反向ENUM DNS服务器启动包含标识符的反向ENUM查询,该服务器查找与标识符相关联的E.164电话号码,并将其返回到第二个网关。 下一步包括将来自第二网关的呼叫路由到终接PSTN系统中返回的E.164电话号码