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    • 11. 发明申请
    • TETINTELLIGENT OPTICAL TRANSCEIVER CAPABLE OF OPTICAL-LAYER MANAGEMENT
    • 光电管理的智能光收发器
    • US20090116845A1
    • 2009-05-07
    • US11934222
    • 2007-11-02
    • Wen LiJianhui ZhouWen HuangFulin Pan
    • Wen LiJianhui ZhouWen HuangFulin Pan
    • H04B10/00
    • H04B10/40H04B10/077H04B10/0779
    • An integrated optical transceiver includes an optical receiver that receives a first optical signal that comprises input user data and a first modulation signal. The first modulation signal includes first management information. The optical receiver can output a first electrical signal comprising the first modulation signal and to output a second electrical signal comprising the input user data in response to the first optical signal. A processing unit can demodulate the first electrical signal to extract the first management information. The processing unit can produce a modulation control signal in response to second management information. An optical transmitter can output a second optical signal in response to the modulation control signal and a third electrical signal comprising output user data.
    • 集成光收发器包括接收包括输入用户数据和第一调制信号的第一光信号的光接收器。 第一调制信号包括第一管理信息。 光接收器可以输出包括第一调制信号的第一电信号,并响应于第一光信号输出包括输入用户数据的第二电信号。 处理单元可以解调第一电信号以提取第一管理信息。 处理单元可以响应于第二管理信息产生调制控制信号。 光发射机可以响应于调制控制信号和包括输出用户数据的第三电信号输出第二光信号。
    • 12. 发明申请
    • Distributed architecture for remote patient monitoring and caring
    • 分布式架构,用于远程病人监护和关怀
    • US20060293571A1
    • 2006-12-28
    • US11166813
    • 2005-06-23
    • Wanqun BaoWen Huang
    • Wanqun BaoWen Huang
    • A61B5/00
    • G06F19/3418A61B5/002A61B5/0022G16H10/60
    • The present invention provides a system and method for remote patient monitoring and caring, wherein the system has a distributed architecture. The system comprises sensors for measuring real-time physiological parameters, such as ECG and SpO2, from patients. The system also comprises a monitoring terminal for monitoring these parameters. A local processing station analyzes the real-time physiological parameters. A central processing system processes the real-time physiological parameters and their analysis, in combination with the relevant historical medical data, for each patient. The medical staff uses this processed data to provide required medical care to the patients. Further, the system provides remote access of patients' data, via remote access stations
    • 本发明提供了一种用于远程患者监视和关怀的系统和方法,其中系统具有分布式架构。 该系统包括用于测量来自患者的实时生理参数(例如ECG和SpO 2 2 )的传感器。 该系统还包括用于监视这些参数的监视终端。 本地处理站分析实时生理参数。 中央处理系统与每个患者的相关历史医学数据结合处理实时生理参数及其分析。 医务人员使用这些处理数据为患者提供所需的医疗护理。 此外,系统通过远程接入站提供患者数据的远程访问
    • 14. 发明申请
    • Pivotal mechanism for suspending a lens to a spectacle
    • 悬挂透镜到眼镜的枢纽机制
    • US20060285069A1
    • 2006-12-21
    • US10289173
    • 2002-11-07
    • Wen Huang
    • Wen Huang
    • G02C9/00
    • G02C9/00G02C9/02
    • A pivotal mechanism for suspending a lens to a spectacle is disclosed. The pivotal mechanism includes a front suspension lens module and a spectacle, characterized in that a frame support is provided to connect the two lens frame of the spectacle, the vertical face of the inner side of the two ends of the frame support is provided respectively with an engaging recess which can be circular arch shape or square or other shape, the engaging recess is mounted with engaging bead which is retractable; and the front suspension lens module includes a front suspension support having two ends for positioning front suspension lens, the bottom end face of the support is protruded to form two engaging protrusions having a shape matching the engaging recess of the spectacle, the protrusion face of the engaging protrusion is provided with an engaging hole; whereby the engaging protrusion is correspondingly inserted into the engaging recess such that the engaging bead engages with the engaging hole.
    • 公开了一种将透镜悬挂在眼镜上的枢轴机构。 枢转机构包括前悬架镜头模块和眼镜,其特征在于,设置框架支撑件以连接眼镜的两个透镜框架,框架支撑件的两端的内侧的垂直面分别设置有 可以是圆拱形或正方形或其他形状的接合凹部,接合凹部安装有可缩回的接合凸缘; 前悬架透镜模块包括前悬架支撑件,其具有用于定位前悬架透镜的两端,支撑件的底端突出以形成具有与眼镜的接合凹部匹配的形状的两个接合突起, 接合突起设置有接合孔; 由此,接合突起相应地插入到接合凹部中,使得接合凸缘与接合孔接合。
    • 16. 发明申请
    • Local vapor fuel cell
    • 局部蒸汽燃料电池
    • US20050164059A1
    • 2005-07-28
    • US10762626
    • 2004-01-23
    • Laixia YangWen Huang
    • Laixia YangWen Huang
    • H01M8/04H01M8/24
    • H01M8/04007H01M8/0258H01M8/0267H01M8/04186H01M8/2455
    • A local vapor fuel cell, comprising (A) an anode receiving a liquid fuel from a liquid fuel source substantially through diffusion; (B) an electrolyte plate having a first surface adjacent to the anode; and (C) a cathode adjacent to a second surface of the electrolyte plate and opposite to the anode. The anode is provided with a heating environment to at least partially vaporize the liquid fuel inside the anode and the anode further comprises a catalyst phase to ionize the fuel in a vapor or vapor-liquid mixture form to produce protons. The electro-catalytic reaction at the anode is more efficient with a vapor phase or vapor-liquid mixture than with liquid fuel alone. The invented fuel cell is compact in size and light in weight and, hence, is particularly useful for powering small microelectronic devices such as a notebook computer, a personal digital assistant, a mobile phone, and a digital camera.
    • 一种局部蒸汽燃料电池,包括(A)基本上通过扩散从液体燃料源接收液体燃料的阳极; (B)具有与阳极相邻的第一表面的电解质板; 和(C)与电解质板的第二表面相邻并与阳极相对的阴极。 阳极设置有加热环境以至少部分地蒸发阳极内的液体燃料,阳极还包括催化剂相,以蒸气或气 - 液混合物形式离子化燃料以产生质子。 在阳极处的电催化反应与气相或气 - 液混合比单独使用液体燃料更有效。 本发明的燃料电池的尺寸紧凑,重量轻,因此对于诸如笔记本电脑,个人数字助理,移动电话和数码相机的小型微电子设备的供电特别有用。
    • 18. 发明授权
    • Method for independent dynamic range control
    • 独立动态范围控制方法
    • US06782366B1
    • 2004-08-24
    • US09571691
    • 2000-05-15
    • Wen HuangWinnie K. W. LauBrendan J. Mullane
    • Wen HuangWinnie K. W. LauBrendan J. Mullane
    • G10L1900
    • G10L19/008H03G7/007
    • Different dynamic range control values are applied to the 2-channel and m-channel outputs without repeating the inverse transform of the audio samples. First, m-channel dynamic range control values are applied to audio samples in the frequency domain (“frequency samples” or “frequency coefficients”). The frequency samples are then inverse transformed to generate audio samples in the time domain (“time samples”). The time samples are duplicated to two sets where the 2-channel dynamic range control values are applied to one set of time samples. 2-channel dynamic range control values include 2-channel final scales that, when multiplied with the first set of time samples, at least partially remove the effects of the m-channel dynamic range control and readjust the dynamic range for 2-channel output. The first set and the second set are then windowed. Thus, independent dynamic range control for the m-channel output and the 2-channel output are achieved without repeating the inverse transform, which is computational and/or memory intensive.
    • 不同的动态范围控制值被应用于2声道和m声道输出,而不会重复音频样本的逆变换。 首先,将m声道动态范围控制值应用于频域(“频率采样”或“频率系数”)中的音频采样。 然后对频率样本进行逆变换,以在时域(“时间样本”)中生成音频采样。 将时间样本复制到两组,其中将2通道动态范围控制值应用于一组时间样本。 2通道动态范围控制值包括2通道最终量程,当与第一组时间采样相乘时,至少部分消除m通道动态范围控制的影响,并重新调整2通道输出的动态范围。 然后将第一组和第二组加窗。 因此,实现了m通道输出和2通道输出的独立动态范围控制,而不会重复计算和/或记忆密集型的逆变换。
    • 19. 发明申请
    • Angle-adjustable auxiliary vehicle mirror
    • 角度可调辅助车镜
    • US20110051271A1
    • 2011-03-03
    • US12583741
    • 2009-08-26
    • Wen Huang
    • Wen Huang
    • B60R1/02
    • B60R1/025
    • An angle-adjustable auxiliary vehicle mirror includes a base and a mirror. The base has a concave rest with a threaded hole. The mirror fits in a concave chamber of the base, with an auxiliary lens combined on top, having an arc-shaped convex formed at the bottom to engage with the concave rest. An opening is bored in the arc-shaped convex. A washer with a through hole is put on the arc-shaped convex. A screw is orderly inserted through the through hole and the opening to engage with the threaded hole to keep the mirror positioned, with the arc-shaped convex contacting with the concave rest. With the screw not tightly engaged with the mirror, the arc-shaped convex can axially slide on the concave rest to alter the angle of the mirror. Therefore, a view angle can be altered by pressing down any spot of the circumference of the auxiliary lens.
    • 角度可调的辅助车辆反射镜包括基座和反射镜。 基座具有带有螺纹孔的凹形支架。 镜子装在底座的凹腔中,辅助镜头组合在上面,具有形成在底部的弧形凸起,以与凹形托架啮合。 一个开口在弧形凸起无聊。 具有通孔的垫圈放在弧形凸起上。 螺钉有序地插入穿过通孔和开口以与螺纹孔接合以保持反射镜定位,其中弧形凸起与凹形凹部接触。 由于螺丝没有与镜子紧密接合,所以弧形凸起可以在凹座上轴向滑动以改变反射镜的角度。 因此,可以通过按下辅助透镜的圆周的任何点来改变视角。
    • 20. 发明申请
    • PLUGGABLE OPTICAL NETWORK UNIT CAPABLE OF STATUS INDICATION
    • 可扩展的光网络单元,可以进行状态指示
    • US20090324237A1
    • 2009-12-31
    • US12146638
    • 2008-06-26
    • Fulin PanWen HuangWen Li
    • Fulin PanWen HuangWen Li
    • H04B10/00
    • H04B10/40
    • A pluggable optical network unit includes a transceiver assembly configured to produce a first electrical signal in response to a first optical signal comprising reception signal data and to emit a second optical signal comprising transmission signal data in response to a second electrical signal. A data processing unit can extract the reception signal data from the first electrical signal and produce the second electrical signal in response to the transmission signal data. An interface unit can receive the reception signal data from the data processing unit, serialize the reception signal data, and send a third electric signal comprising the reception signal data to a network device that the pluggable optical network unit is plugged into. A management unit can modify the third electric signal in accordance to the operation status of at least one of the transceiver assembly or the data processing unit.
    • 可插拔光网络单元包括收发器组件,其被配置为响应于包括接收信号数据的第一光信号产生第一电信号,并响应于第二电信号发射包括传输信号数据的第二光信号。 数据处理单元可以从第一电信号提取接收信号数据,并响应于传输信号数据产生第二电信号。 接口单元可以从数据处理单元接收接收信号数据,串行接收信号数据,并将包含接收信号数据的第三电信号发送到可插拔光网络单元插入的网络设备。 管理单元可以根据收发器组件或数据处理单元中的至少一个的操作状态修改第三电信号。