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    • 75. 发明申请
    • Low-cost, high-performance radar networks
    • 低成本,高性能的雷达网络
    • US20060238406A1
    • 2006-10-26
    • US11110436
    • 2005-04-20
    • Timothy NoharaAl-Nasir PremjiAndrew UkrainecPeter WeberGraeme JonesCarl Krasnor
    • Timothy NoharaAl-Nasir PremjiAndrew UkrainecPeter WeberGraeme JonesCarl Krasnor
    • G01S13/93
    • G01S7/046G01S7/003G01S7/068G01S7/22G01S7/292G01S13/726G01S13/87
    • A real-time radar surveillance system comprises at least one land-based non-coherent radar sensor apparatus adapted for detecting maneuvering targets and targets of small or low radar cross-section. The radar sensor apparatus includes a marine radar device, a digitizer connected to the marine radar device for receiving therefrom samples of radar video echo signals, and computer programmed to implement a software-configurable radar processor generating target data including detection data and track data, the computer being connectable to a computer network including a database. The processor is figured to transmit at least a portion of the target data over the network to the database, the database being accessible via the network by at least one user application that receives target data from the database, the user application providing a user interface for at least one user of the system.
    • 实时雷达监视系统包括至少一个陆基非相干雷达传感器装置,适用于检测小或低雷达截面的机动目标和目标。 该雷达传感器装置包括船用雷达装置,连接到海洋雷达装置的数字转换器,用于从其接收雷达视频回波信号的样本,以及被编程为实现可产生包括检测数据和轨道数据的目标数据的软件可配置雷达处理器的计算机, 计算机可连接到包括数据库的计算机网络。 处理器被设计为通过网络将至少一部分目标数据传输到数据库,数据库可以由至少一个从数据库接收目标数据的用户应用程序经由网络访问,用户应用程序提供用于 系统的至少一个用户。
    • 77. 发明申请
    • Method and apparatus for the characterization and analysis of the shape of molecules and molecular clusters, and for the separation of desired isomers, based on rydberg states
    • 用于表征和分析分子和分子簇的形状以及基于瑞德堡状态分离所需异构体的方法和装置
    • US20050230612A1
    • 2005-10-20
    • US10515942
    • 2003-03-24
    • Peter Weber
    • Peter Weber
    • C08F2/00G01N30/00H01J49/00H01J49/16H01J49/40
    • H01J49/162G01N2030/0085G06F19/16G06F19/703H01J49/0463H01J49/164
    • A method and apparatus to characterize a shape of an isomeric form of a sample comprised of a molecule or a cluster of molecules. The method includes raising an electron of the sample to a Rydberg state having an orbital diameter sufficient to encompass at least a portion of the sample; further raising the electron to an ionization state and correlating the energy required to transition from the Rydberg state to the ionization state with the three dimensional structure of the sample. In a preferred embodiment raising the electron to the Rydberg state includes raising the electron to a first Rydberg state Ry1, and then raising the electron to a second Rydberg state Ry2. Further raising the electron to the ionization state includes raising the electron from the Ry2 state to the ionization state using optical excitation, and correlating the energy considers at least a wavelength of the optical excitation. Also disclosed are method and apparatus that use the Rydberg states to separate at least one isomeric form of a sample from other isomeric forms of the sample, where the sample is comprised of a molecule or a cluster of molecules.
    • 表征由分子或分子簇组成的样品异构形式的形状的方法和装置。 该方法包括将样品的电子升高到具有足以包含至少一部分样品的轨道直径的Rydberg状态; 进一步将电子升高到电离状态,并将样品的三维结构与从Rydberg状态转变到电离状态所需的能量相关联。 在将电子升高到Rydberg状态的优选实施例中,包括将电子升高到第一Rydberg状态Ry 1,然后将电子升高到第二Rydberg状态Ry 2。 进一步将电子升高到电离状态包括使用光激发将电子从Ry 2 N 2状态升高到电离状态,并且使能量相关考虑至少一个光激发的波长。 还公开了使用Rydberg状态将至少一种异构形式的样品与样品的其它异构体形式分离的方法和装置,其中样品由分子或分子簇组成。
    • 80. 发明授权
    • Method of reprocessing zinc-  and iron oxide-containing residual material
    • 重新处理含锌和氧化铁的残留物的方法
    • US5667556A
    • 1997-09-16
    • US643463
    • 1996-05-03
    • Andreas OrthPeter WeberUwe HarterErnst Wallis
    • Andreas OrthPeter WeberUwe HarterErnst Wallis
    • C22B5/14C22B7/02C22B19/04C22B19/28C22B19/30C22B7/00
    • C22B7/02C22B19/04C22B19/28C22B5/14Y02P10/212Y10S75/961
    • This invention describes a method of reprocessing zinc- and iron oxide-containing residual material. Zinc- and iron oxide-containing dust and/or sludge is granulated with water, granules and carbonaceous material are fed to a circulating fluidized bed system, the gas-solids suspension circulated in the circulating fluidized bed system is fed to a second fluidized bed reactor, the solids discharged from the second fluidized bed reactor are recycled to the reactor of the circulating fluidized bed system, 50 to 75% by volume of the oxygen required to gasify the carbonaceous material are fed as fluidizing gas to the reactor of the circulating fluidized bed system and 25 to 50% by volume of said required oxygen are fed as a fluidizing gas and secondary gas to the second fluidized bed reactor, iron oxide-containing material is discharged from the reactor of the circulating fluidized bed system and zinc-containing material is discharged with the exhaust gas from the circulating fluidized bed system.
    • 本发明描述了一种重新处理含锌和氧化铁的残留材料的方法。 含锌和氧化铁的粉尘和/或污泥用水造粒,颗粒和碳质材料进料到循环流化床系统中,在循环流化床系统中循环的气固体悬浮液进料到第二流化床反应器 将从第二流化床反应器排出的固体再循环到循环流化床系统的反应器中,气化碳质物质所需的50至75体积%的氧气作为流化气体供入循环流化床的反应器 系统和25〜50体积%的所需氧气作为流化气体和二次气体供给到第二流化床反应器,含氧化铁的材料从循环流化床系统的反应器排出,含锌材料为 从循环流化床系统排出废气。