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    • 1. 发明授权
    • Arc-detecting circuit breaker
    • 检测电路断路器
    • US5223682A
    • 1993-06-29
    • US793941
    • 1991-10-22
    • Van Doan PhamJoseph MartinJean-Pierre Dupraz
    • Van Doan PhamJoseph MartinJean-Pierre Dupraz
    • G01R31/08G01R31/327H01H33/26
    • H01H33/26G01R31/3275Y10T307/937
    • A circuit-breaker including at least one insulating interrupting chamber inside which there are contacts and a blast nozzle. The insulating interrupting chamber is placed on an insulating support containing a drive rod. The circuit-breaker further includes a first terminal and a second terminal. The circuit-breaker has at lest one fluorescent or scintillating optical fiber disposed inside the support and constituting a symmetrical loop around the drive rod. Each end of the fiber is connected to a photodiode equipped with an amplifier. Light propagated in the interrupting chamber, as a result of arcing, reaches the optical fiber loop via a light passage within a terminal of the interrupting chamber remote from the arcing zone within the interrupting chamber.
    • 一种断路器,包括至少一个绝缘中断室,其中存在接触件和鼓风喷嘴。 绝缘中断室放置在包含驱动杆的绝缘支架上。 断路器还包括第一端子和第二端子。 断路器具有一个荧光或闪烁的光纤,其布置在支撑件内部并且围绕驱动杆构成对称的环路。 光纤的每一端连接到配有放大器的光电二极管。 作为电弧的结果,在中断室中传播的光通过远离中断室内的电弧区的中断室的端子内的光通道到达光纤回路。
    • 5. 发明申请
    • Current transformer with rogowski type windings, comprising an association of partial circuits forming a complete circuit
    • 具有罗戈夫斯基型绕组的电流互感器,包括形成完整电路的部分电路的关联
    • US20050248430A1
    • 2005-11-10
    • US11124034
    • 2005-05-06
    • Jean-Pierre DuprazLionel LucotOlivier ChuniaudBernard Regnier
    • Jean-Pierre DuprazLionel LucotOlivier ChuniaudBernard Regnier
    • H01F38/28G01R15/18H01F5/00
    • H01F5/003G01R15/181
    • The current transformer comprises at least two partial circuits (CBn) each comprising a Rogowski type winding (Cn), each of said the partial circuits being made in the form of an angular portion of a complete circuit (CB) which surrounds at least one primary conductor (10, 10A, 10B, 10C) of the transformer over 360°. The winding (Cn) of each partial circuit (CBn) is constituted by a go winding (Cn0) and by a return winding (Cn1) which extend over the angular extent (θn) of the partial circuit (CBn). For each partial circuit (CBn), the go and return windings are electrically connected in series, both having turns wound in the same direction so as to form a single winding (Cn) which presents a pair of adjacent electrical terminations (T1n, T2n) connected to an acquisition system (7, 7′).
    • 电流互感器包括每个包括罗戈夫斯基型绕组(C SUB)的至少两个部分电路(CB SUB),每个所述部分电路以 完整电路(CB)的角部分,其围绕360°的变压器的至少一个主导体(10,10A,10B,10C)。 每个部分电路(CB n N)的绕组(C> N)由绕组(C> 0 0 is is is is is is is winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding winding (C n N n N),其在部分电路(CB)的角度范围内延伸。 对于每个部分电路(CB n N),绕组和返回绕组串联电连接,两个绕组绕相同方向缠绕,以便形成单个绕组(C> n) SUB>),其呈现连接到采集系统(7,7')的一对相邻的电气终端(T 1 N 2,T 2n 2 N)。
    • 6. 发明授权
    • Method of updating the scale factor of apparatus for measuring an
alternating electric current by means of the faraday effect
    • 通过法拉第效应更新用于测量交流电流的装置的比例因子的方法
    • US4797607A
    • 1989-01-10
    • US179805
    • 1988-04-11
    • Jean-Pierre Dupraz
    • Jean-Pierre Dupraz
    • G01R15/24G01R19/00G01R33/032G01R35/00G01R31/00
    • G01R15/246G01R35/005
    • The method is intended for use in a step-down high tension current measuring apparatus using the Faraday effect and including a Sagnac interferometer having an optical loop constituted by a fiber (47) surrounding the high tension conductor (11) conveying the alternating current to be measured and terminating at an integrated optical circuit (43) which delivers an output light beam to an electronic circuit with the optical power of the light beam having a component in its spectrum at a frequency which is a sinusoidal function of the phase difference generated by the Faraday effect, with the coefficient of proportionality being referred to as a scale factor. The method consists in periodically updating the scale factor used for interpreting measurements on the basis of D.C. components in the output signal from the interferometer which appear in response to two successive disturbances which modify the Faraday effect and which are caused by means of a test direct current taking two different successive values and applied to auxiliary coils (44, 45).
    • 该方法旨在用于使用法拉第效应的降压式高压电流测量装置,并且包括具有光纤环路的Sagnac干涉仪,该光回路由围绕高压导体(11)的传送交流电流的光纤(47)构成, 测量和终止在集成光学电路(43),其将输出光束传递到电子电路,其中光束的光焦度具有在其光谱中的分量的频率,该频率是由相位差产生的相位差的正弦函数 法拉第效应,比例系数被称为比例因子。 该方法包括根据来自干涉仪的输出信号中的DC分量来定期更新用于解释测量的比例因子,该干涉仪响应于修改法拉第效应的两个连续的干扰而出现,并且这些干扰由测试直流电 取两个不同的连续值并施加到辅助线圈(44,45)。
    • 9. 发明授权
    • Method and a system for determining the density of an insulating gas in
an electrical apparatus
    • 用于确定电气设备中的绝缘气体的密度的方法和系统
    • US5693873A
    • 1997-12-02
    • US598192
    • 1996-02-07
    • Edmond ThuriesJean-Pierre Dupraz
    • Edmond ThuriesJean-Pierre Dupraz
    • H01H33/56H02B13/065G01N7/00
    • H02B13/065H01H33/563H02B13/0655
    • A method and a system for determining the density of an insulating gas in electrical apparatus in the vicinity of parts carrying electrical current, the method comprising the following steps: a) a reference temperature is measured outside the apparatus and in the vicinity thereof; b) the current passing through the apparatus is measured, and the temperature rise of the gas above the reference temperature is determined on the basis of gas temperature rise values as a function of current values and of various reference temperatures, said temperature rise values having been previously determined by testing or by a mathematical model; c) the gas temperature is computed by adding the reference temperature and the temperature rise; d) the gas pressure inside the apparatus is measured; and e) the density .rho. of the gas is computed on the basis of equations of state of the gas .rho.=F(T,P) which equations are tabulated data.
    • 一种用于确定电气设备中承载电流的部件附近的绝缘气体的密度的方法和系统,该方法包括以下步骤:a)在设备外部及其附近测量参考温度; b)测量通过设备的电流,并且基于作为电流值和各种参考温度的函数的气体温度上升值来确定高于参考温度的气体的温度升高,所述温度升高值已经被 先前通过测试或数学模型确定; c)通过添加参考温度和温度升高来计算气体温度; d)测量设备内部的气体压力; 和e)基于气体状态方程式计算气体的密度rho = F(T,P),方程式是表格数据。