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    • 3. 发明申请
    • CORROSION PROTECTION SYSTEM FOR A CONSTRUCTION INCLUDING A STAY CABLE
    • 用于包括住电缆的结构的腐蚀保护系统
    • WO2006050756A1
    • 2006-05-18
    • PCT/EP2004/052952
    • 2004-11-12
    • VSL INTERNATIONAL AGBOURNAND, Yves
    • BOURNAND, Yves
    • E01D19/16
    • E01D19/16
    • The invention relates to a corrosion protection system (16) for a stay cable construction (1), this stay cable construction (1) including a multiplicity of h tension member (8) being made up of parallel steel tensile elements (9), extending between a first anchorage (10) and a second anchorage the corrosion protection system (16), a plurality of stay pipes (17), each stay pipe freely surrounding a tension member (8) made up of unprotected tensile elements, a dehumidification device (19) which produces air with a predetermined average humidity rate, this air being referred to as dry air (20), a plurality of dry air supply pipes (21), intended to supply the dry air (20) from the dehumidification device (19), a ventilation device (23) surveying, measuring, controlling and testing facilities (24) to (27).
    • 本发明涉及一种用于拉索结构(1)的防腐蚀系统(16),该拉索结构(1)包括由平行钢拉伸元件(9)构成的多个拉紧构件(8) 在第一锚固件(10)和第二锚固件之间的防腐蚀系统(16),多个支撑管道(17),每个支撑管道(17)均可自由地围绕由不受保护的拉伸元件构成的张紧构件(8),除湿装置 19),其产生具有预定平均湿度率的空气,该空气被称为干燥空气(20),多个干空气供应管(21),用于从除湿装置(19)供应干燥空气(20) ),通风设备(23)测量,测量,控制和测试设施(24)至(27)。
    • 4. 发明申请
    • METHOD AND TERMINAL FOR GENERATING UNIFORM DEVICE-INDEPENDENT GRAPHICAL USER INTERFACES
    • 用于生成独立设备独立图形用户界面的方法和终端
    • WO2004109501A2
    • 2004-12-16
    • PCT/EP2004/050776
    • 2004-05-12
    • SWISS REINSURANCE COMPANYPORTMANN, Jürg
    • PORTMANN, Jürg
    • G06F9/40
    • G06F9/451
    • The invention relates to a method for generating a user interface of a network node. An application is structured into a core application part responsible to handle data objects and a viewer/controller application part responsible to display said data and to initiate actions on said data, wherein said viewer/controller application part is formed by said user interface. A screen mask creating module (240) retrieves screen mask configuration data (320) and widget configuration data (310). A widget creating module (230) generates at least one user interface component (10 - 18; 410) on the basis of one ore more component pattern (411, 412). A screen mask of said user interface is generated y said screen mask creating module (240), wherein said screen mask comprises at least one component which is a component out of said components comprised by the widget configuration data. Said at least one component is assigned to at least one data object and/or dynamic behaviour of said components assigned to said screen mask based up a user action on a user interface component and/or a data object.
    • 本发明涉及一种用于生成网络节点的用户界面的方法。 应用程序被构造成负责处理数据对象的核心应用部分和负责显示所述数据并发起对所述数据的动作的查看器/控制器应用部分,其中所述观看者/控制器应用部分由所述用户界面形成。 屏幕掩模创建模块(240)检索屏幕掩模配置数据(320)和窗口小部件配置数据(310)。 小部件创建模块(230)基于一个更多的组件模式(411,412)生成至少一个用户界面组件(10-18; 410)。 在所述屏幕掩模创建模块(240)中产生所述用户界面的屏幕掩码,其中所述屏幕掩码包括至少一个组件,其是由所述窗口小部件配置数据包括的所述组件中的组件。 所述至少一个组件被分配给基于用户操作对用户界面组件和/或数据对象的分配给所述屏幕蒙版的所述组件的至少一个数据对象和/或动态行为。
    • 6. 发明申请
    • METHOD AND AUTHENTICATION SERVER FOR CONTROLLING ACCESS TO A RESOURCE ACCESSIBLE THROUGH A COMMUNICATIONS NETWORK
    • 用于控制通过通信网络访问资源的方法和认证服务器
    • WO2003065676A1
    • 2003-08-07
    • PCT/CH2002/000050
    • 2002-01-28
    • PHILIP MORRIS PRODUCTS S.A.PREMAT, DaisyLEPEZENNEC, Hervé
    • PREMAT, DaisyLEPEZENNEC, Hervé
    • H04L29/06
    • H04L63/08G06F21/43H04L63/083H04L63/18
    • Proposed is a method and authentication server (4) for controlling access of a user to a resource accessible through a first communications network (5) by means of a first communication terminal (1, 3). An address (72) of a second communication terminal (2, 3) is stored at the authentication server (4) as part of personal user information (7). The authentication server (4) transmits a challenge code over a second communications network (6) to the second communication terminal (2, 3) identified by said address (72). The challenge code received by the second communication terminal (2, 3) is transmitted by the first communication terminal (1, 3) over the first communications network (5) to the authentication server (4). The authentication server (4) compares the challenge code received from the first communication terminal (1, 3) to the challenge code transmitted to the second communication terminal (2, 3), and the authentication server (4) grants the user access to the resource after having validated the challenge code received from the first communication terminal (1, 3).
    • 提出了一种用于通过第一通信终端(1,3)来控制用户访问通过第一通信网络(5)可访问的资源的方法和认证服务器(4)。 第二通信终端(2,3)的地址(72)作为个人用户信息(7)的一部分存储在认证服务器(4)。 认证服务器(4)通过第二通信网络(6)向由所述地址(72)标识的第二通信终端(2,3)发送询问码。 由第二通信终端(2,3)接收到的询问码由第一通信终端(1,3)通过第一通信网络(5)发送到认证服务器(4)。 认证服务器(4)将从第一通信终端(1,3)接收的质询代码与发送到第二通信终端(2,3)的质询代码进行比较,认证服务器(4)授权用户访问 在已经验证从第一通信终端(1,3)接收到的询问码之后的资源。
    • 7. 发明申请
    • METHOD AND STRUCTURE FOR DAMPING MOVEMENT IN BUILDINGS
    • 阻尼运动在建筑物中的方法与结构
    • WO2011035809A1
    • 2011-03-31
    • PCT/EP2009/062434
    • 2009-09-25
    • VSL INTERNATIONAL AGLIM, Koi, Kee
    • LIM, Koi, Kee
    • E04H9/02
    • E04H9/021E04H9/028
    • Damping arrangement for low, medium and high-rise structures (1) using bidirectional damping means (5) such as visco-elastic Gensui damping devices, placed between two parallel elements of the structure (1), such as a core (2) and a perimeter column (3), or between two cores. Oscillatory or other flexural or shear deformations of the structure (1) are damped by damping axial movements between the two elements (2, 3), and simultaneously damping orthogonal movements between the two elements (2, 3). Outriggers (6, 7, 8) are used to enhance the axial damping moment, and the bidirectional damping means (5) may be installed in pairs, working in opposition to each other to damp dynamic shear or flexural forces in the orthogonal plane.
    • 用于低,中,高层结构(1)的阻尼装置(1)使用双结阻尼装置(5),例如粘结弹性Gensui阻尼装置,放置在结构(1)的两个平行元件之间,例如芯(2)和 周长柱(3),或两芯之间。 结构(1)的振动或其他弯曲或剪切变形通过阻止两个元件(2,3)之间的轴向运动而被阻尼,同时阻尼两个元件(2,3)之间的正交运动。 外延支架(6,7,8)用于增强轴向阻尼力矩,并且双向阻尼装置(5)可以成对安装,彼此相对地工作以阻尼正交平面中的动态剪切力或弯曲力。
    • 8. 发明申请
    • DEVICE FOR COUPLING SHEATHS
    • WO2006099900A3
    • 2006-09-28
    • PCT/EP2005/051358
    • 2005-03-23
    • VSL INTERNATIONAL AGCRIGLER, John R.
    • CRIGLER, John R.
    • E04C5/10E01D19/16
    • Coupling device (11) for opposite ends (9, 10) of sheaths (8), having such opposite ends (9, 10), referred to as first and second, these latter having to form parts of prefabricated elements (3) intended to be assembled through pressing of coupling surfaces (4, 5), each prefabricated element (3) including two opposite coupling surfaces, referred to as first and second coupling surfaces (4, 5), this coupling device (11) comprising: - a first and a second piece (12, 13), each intended to be provided respectively on the first and the second end (9, 10) of a sheath (8) which must form part of a prefabricated element (3), each of these first and second ends having to be respectively situated at the level of the first and of the second coupling surface (4, 5), these first and second pieces (12, 13) each having a first and a second tubular wall (14, 15) which define a first and a second inner bearing area (16, 17), - a third piece (18) intended to ensure a leak-tight connection between said first and second pieces (12, 13) which are borne by prefabricated elements (3) intended to come into pressing contact one against the other, this third piece (18) having • on the one hand, an outer surface (19) on which a third and a fourth outer bearing area (20, 21) can be delimited, each intended to co-operate with a first or a second inner bearing area (16, 17) defined by one of said first and second pieces (12, 13) with which a first and a second end (9, 10) of sheath (8) is provided, and • on the other hand, an inner surface (22) intended to delimit an axial channel to ensure a continuity of passage for a prestressing cable (7), between two prefabricated elements (3).
    • 9. 发明申请
    • METHOD AND SYSTEM FOR AUTOMATED LOCATION DEPENDENT PROBABILISTIC TROPICAL CYCLONE FORECAST
    • 自动定位方法和系统相关概率热带气旋预测
    • WO2005083471A1
    • 2005-09-09
    • PCT/EP2004/050981
    • 2004-06-01
    • SWISS REINSURANCE COMPANYBRESCH, David, N.HECK, PamelaLEMCKE, Gerry
    • BRESCH, David, N.HECK, PamelaLEMCKE, Gerry
    • G01W1/10
    • G01W1/10
    • The invention relates to a method for automated location dependent probabilistic tropical cyclone forecast, whereas a plurality of new data records representative of alternative tracks are generated based of historical tracks by means of a fist MonteCarlo-module, wherein points of the new data records are generated from said points along the historical track by a dependent sampling process, whereas a intensity climatology is generated, based upon the intensity data associated with at least some of the plurality of points along the historical tracks located within a certain grid cell, whereas now intensity data are generated by means of a second MonteCarlo-module, wherein the new intensity data are generated from the intensity data associated with at least some of the plurality of points along the historical tracks by a MonteCarlo sampling process, whereas the distribution of the historical tracks are reproduced by a filtering module within the new or accumulated data records, and whereas a wind field of each data record is generated and a probability is assigned by a interpolationmodule to each point in said grid, giving the probability of the occurrence of a specific wind strength at a given geographical location and time.
    • 本发明涉及一种用于自动定位依赖概率热带气旋预报的方法,而通过第一MonteCarlo模块基于历史轨迹产生代表替代轨迹的多个新数据记录,其中生成新数据记录的点 根据依赖采样过程沿着历史轨迹的所述点,而基于与位于特定网格单元内的历史轨迹的多个点中的至少一些点相关联的强度数据,产生强度气候学,而现在强度数据 通过第二MonteCarlo模块产生,其中新的强度数据是通过MonteCarlo采样过程从沿着历史轨迹的多个点中的至少一些点的强度数据产生的,而历史轨道的分布是 由新的或累积的数据记录中的过滤模块再现,以及其中 当生成每个数据记录的风场并且通过内插模块将概率分配给所述网格中的每个点时,给出在给定地理位置和时间处发生特定风力的概率。
    • 10. 发明申请
    • BRAZING METHOD FOR ACHIEVING A MECHANICAL AND ELECTRICAL CONNECTION BETWEEN TWO PIECES
    • 实现两个机械和电气连接的制动方法
    • WO2005061171A1
    • 2005-07-07
    • PCT/CH2003/000847
    • 2003-12-24
    • MAXWELL TECHNOLOGIES SALIEBISCH, Heinrich
    • LIEBISCH, Heinrich
    • B23K35/28
    • H01G4/232B23K1/0008B23K1/0016B23K35/286B23K2201/36H01M2/263
    • A brazing method for achieving a mechanical and electrical connection between first piece (200), and second piece (300), said first piece (200) and said second piece (300) being constituents of an electro-technical device (4), the first piece (200) being made starting from at least one first metallic material (202) in the form of a foil (201) this first material (202) comprising a main constituent (203), referred to as the first main constituent (203), and at least one dielectric interfacing material, the second piece (300), on the one hand, having, in a direction substantially orthogonal to the second face (3), a dimension (D) appreciably greater than the thickness (E) of the first metallic material (202) in foil form (201) making up the first piece (200), and, on the other hand, being composed of a metallic material (302), referred to as the second metallic material (302), comprising a main constituent (303), at least substantially similar to the first main constituent (203) of the first metallic material (202), this brazing method being characterised in that used is a connecting agent made up beforehand of a metallic material (102) which, comprises a main constituent (103), at least substantially similar to the first main constituent (203).
    • 一种用于实现第一件(200)和第二件(300)之间的机械和电连接的钎焊方法,所述第一件(200)和所述第二件(300)是电气装置(4)的组成部分, 第一件(200)由箔(201)形式的至少一个第一金属材料(202)制成,该第一材料(202)包括主要成分(203),被称为第一主要成分(203) )和至少一个电介质接合材料,所述第二片(300)一方面在基本上正交于所述第二面(3)的方向上具有明显大于所述厚度(E)的尺寸(D) 的第一金属材料(202),其构成第一件(200)的箔形式(201),另一方面由被称为第二金属材料(302)的金属材料(302)组成, ,包括至少基本上类似于f的第一主要成分(203)的主要成分(303) 第一金属材料(202),该钎焊方法的特征在于,使用预先由金属材料(102)构成的连接剂,该金属材料包括主要成分(103),至少基本上类似于第一主要成分(203 )。