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    • 1. 发明申请
    • SYSTÈME DE GESTION ET DE COMMANDE DE PANNEAUX PHOTOVOLTAÏQUES
    • 用于管理和控制光伏板的系统
    • WO2011086295A2
    • 2011-07-21
    • PCT/FR2011/000011
    • 2011-01-10
    • ARNAUD, ThierryPOZSGAY, AndrasWELLIG, Armin
    • POZSGAY, Andras
    • H01L31/042H01L31/058H02J7/35H02J1/00G05F1/67
    • H01L31/02021Y02E10/50Y10T307/865
    • Un module de commande locale d'un panneau photovoltaïque comprend des première et seconde bornes (B1, B2) de mise en série par un conducteur unique (13) avec des modules homologues; une première borne (A1) de connexion du panneau photovoltaïque, reliée à la première borne (B1) de mise en série; un commutateur (S) relié entre la seconde borne (B2) de mise en série et une seconde borne (A2) de connexion du panneau; une diode (D0) reliée entre les première et seconde bornes (B1, B2) de mise en série; un convertisseur (70) prévu pour alimenter le module à partir de la tension développée par le panneau entre les première et seconde bornes (A1, A2) de connexion du panneau; un capteur (R3) pour mesurer le courant circulant dans le conducteur unique (13); et des moyens (60, 62) pour fermer le commutateur lorsque le courant circulant dans le conducteur unique dépasse un seuil.
    • 一种光伏面板的本地控制模块,其包括用于单导体布线(13)的第一和第二端子(B1,B2),其具有配对模块 ; 用于连接光伏面板的第一端子(A1),与其连接; 第一个用于设置系列的终端(B1); 开关(S)连接 在设定的第二端子(B2)和面板的连接的第二端子(A2)之间; 连接在设定的第一和第二端子(B1,B2)之间的二极管(D0) 转换器(70),其布置为给所述模块供电; 从面板连接的第一和第二端子(A1,A2)之间的面板产生的电压; 传感器(R3),用于测量在单个导体(13)中流动的电流; 以及当在单导体中流动的电流超过阈值时用于闭合开关的装置(60,62)。
    • 2. 发明申请
    • PORTABLE ELECTRONIC DEVICE AND METHOD
    • 便携式电子设备及方法
    • WO9912245A3
    • 1999-05-27
    • PCT/EP9805719
    • 1998-09-03
    • MOTOROLA SEMICONDUCTEURSARNAUD THIERRYKHLAT NADIM
    • ARNAUD THIERRYKHLAT NADIM
    • H02J7/00H02J7/34H02J9/06H04B1/38H02J9/00
    • H02J7/0013H02J7/0063H04B1/3883Y10T307/527
    • A portable electronic device such as a mobile telephone is powered by a battery and is arranged to operate in an off-mode, a standby mode and an on-mode of operation. Primary electronic circuitry, operable only during the on-mode, provides the main features of the device. Secondary electronic circuitry (70) is operable during the off-mode, and standby circuitry (60) is operable during the standby mode. A power supply circuit is arranged for coupling to the battery (5) in order to provide power to the electronic device during the on-mode. A secondary power source (75) is arranged to be charged by the power supply circuit during the on-mode and further arranged for providing power to the second electronic circuitry during the off-mode. The secondary power source is further arranged for providing power to the standby circuitry during the standby mode, such that the power supply circuit does not operate during the standby mode.
    • 诸如移动电话的便携式电子设备由电池供电,并且被布置成在关闭模式,待机模式和工作模式下操作。 主要电子电路仅在开模时才可操作,提供了该设备的主要特征。 次级电子电路(70)在关闭模式期间是可操作的,并且备用电路(60)在待机模式期间是可操作的。 电源电路布置成耦合到电池(5),以便在接通模式期间向电子设备供电。 辅助电源(75)被布置成在导通模式期间由电源电路充电,并且还被布置成在关闭模式期间向第二电子电路提供电力。 次级电源还被布置为在待机模式期间向备用电路提供电力,使得电源电路在待机模式期间不工作。
    • 3. 发明申请
    • TELEPHONE LINE INTERFACE CIRCUIT
    • 电话线路接口电路
    • WO1996042162A1
    • 1996-12-27
    • PCT/EP1996002506
    • 1996-06-10
    • MOTOROLA SEMICONDUCTEURS S.A.ARNAUD, Thierry
    • MOTOROLA SEMICONDUCTEURS S.A.
    • H04M01/00
    • H04M1/738H04M19/08
    • A telephone line interface circuit (10) provides an interface between a telephone line (11, 12) and line powered telephone circuits. A first portion (20) of the circuit presents predetermined impedance, current and voltage characteristics to the telephone line (11, 12). A serial regulator portion (30) is coupled to receive current from the line (11, 12) and has an output terminal for providing a regulated output voltage as a supply voltage for the first portion (20) and for the line powered telephone circuits. In this way, current drawn from the line is shared between the first portion (20) and the serial regulator portion (30).
    • 电话线接口电路(10)提供电话线路(11,12)和线路供电的电话电路之间的接口。 电路的第一部分(20)向电话线(11,12)呈现预定的阻抗,电流和电压特性。 串联调节器部分(30)被耦合以从线路(11,12)接收电流,并且具有用于提供调节输出电压作为第一部分(20)和线路供电电话电路的电源电压的输出端子。 以这种方式,从第一部分(20)和串行调节器部分(30)之间共享从线路吸收的电流。
    • 6. 发明申请
    • SYSTEM FOR MANAGING AND CONTROLLING PHOTOVOLTAIC PANELS
    • 用于管理和控制光伏面板的系统
    • WO2011086295A3
    • 2011-09-09
    • PCT/FR2011000011
    • 2011-01-10
    • ARNAUD THIERRYPOZSGAY ANDRASWELLIG ARMIN
    • POZSGAY ANDRAS
    • H01L31/042
    • H01L31/02021Y02E10/50Y10T307/865
    • The invention relates to a module for locally controlling a photovoltaic panel that includes: first and second terminals (B1, B2) for connecting in series by a single conductor (13) having homologous modules; a first terminal (A1) for connecting the photovoltaic panel, said first terminal being connected to the first terminal (B1) for connecting in series; a switcher (S) that is connected between the second terminal (B2) for connecting in series and a second terminal (A2) connecting the panel; a diode (D0) that is connected between the first and second terminals (B1, B2) for connecting in series; a converter (70) that is provided so as to supply power to the module on the basis of the voltage that is developed by the panel between the first and second terminals (A1, A2) connecting the panel; a sensor (R3) for measuring the current flowing within the single conductor (13); and a means (60, 62) for closing the switcher when the current flowing within the single conductor exceeds a threshold.
    • 本发明涉及用于本地控制光伏面板的模块,其包括:用于通过具有同源模块的单个导体(13)串联连接的第一和第二端子(B1,B2) 用于连接光伏面板的第一端子(A1),所述第一端子连接到用于串联连接的第一端子(B1); 连接在用于串联连接的第二端子(B2)和连接面板的第二端子(A2)之间的切换器(S) 连接在第一和第二端子(B1,B2)之间用于串联连接的二极管(D0); 转换器(70),其被设置为基于由连接面板的第一和第二端子(A1,A2)之间的面板显影的电压向模块供电; 传感器(R3),用于测量在单个导体(13)内流动的电流; 以及当在单个导体内流动的电流超过阈值时关闭切换器的装置(60,62)。
    • 7. 发明申请
    • SYSTEM FOR MANAGING AND CONTROLLING PHOTOVOLTAIC PANELS
    • 用于管理和控制光伏面板的系统
    • WO2011086295A8
    • 2012-08-16
    • PCT/FR2011000011
    • 2011-01-10
    • ARNAUD THIERRYPOZSGAY ANDRASWELLIG ARMIN
    • POZSGAY ANDRAS
    • H01L31/042
    • H01L31/02021Y02E10/50Y10T307/865
    • The invention relates to a module for locally controlling a photovoltaic panel that includes: first and second terminals (B1, B2) for connecting in series by a single conductor (13) having homologous modules; a first terminal (A1) for connecting the photovoltaic panel, said first terminal being connected to the first terminal (B1) for connecting in series; a switcher (S) that is connected between the second terminal (B2) for connecting in series and a second terminal (A2) connecting the panel; a diode (D0) that is connected between the first and second terminals (B1, B2) for connecting in series; a converter (70) that is provided so as to supply power to the module on the basis of the voltage that is developed by the panel between the first and second terminals (A1, A2) connecting the panel; a sensor (R3) for measuring the current flowing within the single conductor (13); and a means (60, 62) for closing the switcher when the current flowing within the single conductor exceeds a threshold.
    • 本发明涉及用于本地控制光伏面板的模块,其包括:用于通过具有同源模块的单个导体(13)串联连接的第一和第二端子(B1,B2) 用于连接光伏面板的第一端子(A1),所述第一端子连接到用于串联连接的第一端子(B1); 连接在用于串联连接的第二端子(B2)和连接面板的第二端子(A2)之间的切换器(S) 连接在第一和第二端子(B1,B2)之间用于串联连接的二极管(D0); 转换器(70),其被设置为基于由连接面板的第一和第二端子(A1,A2)之间的面板显影的电压向模块供电; 传感器(R3),用于测量在单个导体(13)内流动的电流; 以及当在单个导体内流动的电流超过阈值时关闭切换器的装置(60,62)。