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    • 21. 发明申请
    • METHOD AND APPARATUS FOR DECOCTING INGREDIENTS IN A SOLVENT
    • 用于分解溶剂中成分的方法和装置
    • US20130287908A1
    • 2013-10-31
    • US13997856
    • 2011-12-21
    • Tao WenGang Wang
    • Tao WenGang Wang
    • A47J31/00
    • A47J31/002A23F3/18A23F3/24A23F5/206A23F5/262A23F5/44A23F5/483A23L27/11A23L33/105A47J31/00A47J31/053A47J31/18A61K8/97B01D11/0215B01D11/0219B01D11/0265
    • The invention relates to an apparatus (1) for decocting ingredients (2) in a solvent (3), said apparatus comprising: -a first container (4) for containing the solvent, a pipe (5) connecting an output (O1) of said first container to an input (I1) of said first container, -a pump (6) placed in series with said pipe for circulating the solvent from said output (O1) to said input (I1), -a second container (7) for containing the ingredients, said second container being placed in series with said pipe, such that the solvent circulating in the pipe can circulate in between the ingredients, -a wave generator (8) placed next to said second container for generating a field of waves (FW) towards the ingredients. The dynamic circulation of the solvent in combination with the application of a field of waves towards the ingredients allows accelerating the extraction of the compounds in the ingredients, and leads to improved extraction efficiency.
    • 本发明涉及一种用于在溶剂(3)中煎煮成分(2)的设备(1),所述设备包括: - 用于容纳溶剂的第一容器(4),连接输出(O1) 将所述第一容器输送到所述第一容器的输入端(I1), - 与所述管道串联设置的用于将溶剂从所述输出(O1)循环到所述输入端(I1)的泵(6), - 第二容器(7) 为了容纳成分,所述第二容器与所述管道串联放置,使得在管道中循环的溶剂可在成分之间循环, - 放置在所述第二容器旁边的波发生器(8),用于产生波浪 (FW)朝向成分。 溶剂的动态循环结合对成分的波浪的应用,可以加速成分中化合物的萃取,并提高萃取效率。
    • 22. 发明申请
    • H-BRIDGE MICRO INVERTER GRID-CONNECTED DEVICE
    • H型桥式微逆变器网状连接器件
    • US20130242617A1
    • 2013-09-19
    • US13571628
    • 2012-08-10
    • Huaguang ZhangDongsheng YangGuangru ZhangGang WangLe LiXinrui LiuYingchun WangRijiang WangYang Jiao
    • Huaguang ZhangDongsheng YangGuangru ZhangGang WangLe LiXinrui LiuYingchun WangRijiang WangYang Jiao
    • H02M3/335
    • H02M3/33569H02M7/4807H02M2001/007Y02E10/56
    • An H-bridge micro inverter grid-connected device is invented to solve the problem that failure of any photovoltaic panel on the existing solar photovoltaic system cascade can cause efficiency reduction of the whole photovoltaic panel module. The H-bridge micro inverter grid-connected device comprises a single-chip microcomputer controller, a CPLD controller, a MOSFET full-bridge circuit, a high-frequency transformer, a half-bridge rectifying circuit, an SCR full-bridge circuit and a filter circuit, wherein the MOSFET full-bridge circuit is in the full-bridge type, the high-frequency transformer is a single-phase transformer with a central tap, and the SCR full-bridge circuit is applied. The integral structure above is characterized by the decreasing number of components, the reduction of power switches, and the simplification of the control circuits and driving circuits, so as to decrease the number of full-control switch components, improve the system reliability and reduce the system costs.
    • 发明了一种H桥微逆变并网装置,以解决现有太阳能光伏发电系统级联的任何光伏面板的故障可能导致整个光伏面板组件的效率降低的问题。 H桥微逆变并网装置包括单片机控制器,CPLD控制器,MOSFET全桥电路,高频变压器,半桥整流电路,SCR全桥电路和 滤波电路,其中MOSFET全桥电路为全桥型,高频变压器为具有中央抽头的单相变压器,并采用SCR全桥电路。 上述整体结构的特征在于部件数量的减少,功率开关的减少以及控制电路和驱动电路的简化,从而减少了全控开关元件的数量,提高了系统的可靠性,并减少了 系统成本。
    • 26. 发明申请
    • RADIO RECEIVER IN A WIRELESS COMMUNICATION SYSTEM
    • 无线通信系统中的无线接收机
    • US20130051448A1
    • 2013-02-28
    • US13575598
    • 2011-01-27
    • Carlo LuschiAbdelkader MedlesGang Wang
    • Carlo LuschiAbdelkader MedlesGang Wang
    • H04B17/00
    • H04B1/711H04B1/7117H04B2201/7071H04L25/0202H04L25/03006
    • A method, receiver and program for processing radio signals to identify an n-ray channel condition. The method comprises: receiving signal samples and estimating a plurality of channel taps from the a samples; estimating for each of the channel taps a signal power and a disturbance power; filtering the signal power to provide a filtered signal power quantity; filtering the disturbance power to provide a filtered disturbance power quantity; using the filtered power quantities to determine n strongest channel taps; generating first and second comparison parameters using the strongest channel taps and at least one other channel tap; providing a comparison result based on the first and second comparison parameters and a thresh-old value, and; identifying an n-ray channel condition from the comparison result.
    • 一种用于处理无线电信号以识别n射线信道条件的方法,接收机和程序。 该方法包括:从样本接收信号样本并估计多个信道抽头; 对每个信道抽头估计信号功率和干扰功率; 过滤信号功率以提供滤波信号功率量; 过滤扰动功率以提供滤波干扰功率; 使用滤波的功率量来确定n个最强的信道抽头; 使用最强的信道抽头和至少一个其他信道抽头生成第一和第二比较参数; 提供基于第一和第二比较参数和阈值的比较结果,以及; 从比较结果识别n射线通道条件。
    • 28. 发明授权
    • Apparatus for a terminal to access an IMS system and the method thereof
    • 用于终端接入IMS系统的装置及其方法
    • US08223753B2
    • 2012-07-17
    • US11993635
    • 2005-07-22
    • Xianli HuGang Wang
    • Xianli HuGang Wang
    • H04L12/66
    • H04L65/1073H04L65/1016
    • An apparatus and method for realizing the access of a legacy terminal to an IMS system. The apparatus includes a session control module, a downlink signaling interface function module, a downlink bearer interface function module, an uplink signaling interface function module, an uplink bearer interface function module and a media interworking module. The session control module registers the terminal that has entered service status to the I-CSCF on IMS side. During the session, the uplink signaling interface function module provides SIP signaling interaction with the CSCF function entity of IMS core network; the downlink signaling interface function module provides signaling interaction with the legacy terminal; the media interworking module provides the connection and media adaptation between the uplink bearer interface function module and the downlink bearer interface function module. The invention enables the services of the legacy networks such as PSTN/ISDN and the like to be integrated with those of IMS networks, thus reducing the cost of network construction and operation.
    • 一种用于实现传统终端对IMS系统的访问的装置和方法。 该装置包括会话控制模块,下行信令接口功能模块,下行承载接口功能模块,上行信令接口功能模块,上行承载接口功能模块和媒体交互模块。 会话控制模块将进入业务状态的终端注册到IMS侧的I-CSCF。 会话期间,上行信令接口功能模块向IMS核心网的CSCF功能实体提供SIP信令交互; 下行信令接口功能模块提供与传统终端的信令交互; 媒体互通模块提供上行承载接口功能模块与下行承载接口功能模块之间的连接和媒体适配。 本发明使诸如PSTN / ISDN等的传统网络的业务能够与IMS网络的业务相集成,从而降低网络建设和运行的成本。