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    • 71. 发明申请
    • RE-ENTRY BROADCASTING ALERT APPARATUS, SYSTEM AND METHOD
    • 重新进入广播报警装置,系统和方法
    • WO2014045078A1
    • 2014-03-27
    • PCT/IB2012/002304
    • 2012-09-21
    • AGENCE SPATIALE EUROPEENNE
    • SGOBBA, Tommaso
    • B64G1/62B64G3/00
    • B64G1/62B64G3/00
    • A re-entry broadcasting alert apparatus (1), comprising: a housing (10) provided with a heat shield (11); a connector (12, 120) for attaching said housing to a space system (100) and releasing it during atmospheric re-entry thereof; a geolocalisation receiver (15), for determining the position of the apparatus; a processor (16) programmed to determine a hazard area on ground and/or in airspace, where debris from said space system are expected to fall, taking said position of the apparatus as input data; and a transmitter (17) for broadcasting a signal carrying information defining said hazard area; said geolocalisation receiver, processor and transmitter being located within said housing. A re-entry alert receiving device, cooperating with said re-entry broadcasting alert apparatus. A re-entry broadcasting alert system comprising a re-entry broadcasting alert apparatus and at least a re-entry alert receiving device. A method of broadcasting re-entry alerts using such a system.
    • 一种再进入广播警报装置(1),包括:设置有隔热罩(11)的壳体(10); 用于将所述壳体附接到空间系统(100)并在其大气重入期间将其释放的连接器(12,120); 地理定位接收器(15),用于确定设备的位置; 处理器(16),其被编程为确定地面和/或空域中的危险区域,其中来自所述空间系统的碎片预期会下降,以所述设备的所述位置为输入数据; 以及用于广播包含定义所述危险区域的信息的信号的发射机(17); 所述地理定位接收器,处理器和发射器位于所述壳体内。 一种重新进入报警接收装置,与所述再进入广播警报装置配合。 一种重新进入广播警报系统,包括重新进入广播警报装置和至少一个重新进入警报接收装置。 使用这种系统广播重新进入警报的方法。
    • 73. 发明申请
    • MODULE ET SYSTEME DE PILOTAGE AUTOMATIQUE D’UN BATEAU A VOILE POUR LA NAVIGATION EN PRESENCE DE VAGUES.
    • 用于在波形存在下进行救生的船舶的自动起飞模块和系统
    • WO2006131622A1
    • 2006-12-14
    • PCT/FR2006/001240
    • 2006-06-01
    • AGENCE SPATIALE EUROPEENNELOPRIORE, Mario
    • LOPRIORE, Mario
    • G05D1/02
    • B63H25/04B63H2025/045G05D1/0206
    • Module (MC) de génération de signaux de correction de pilotage (SC) pour un système de pilotage automatique d'un bateau à voile comportant : une entrée (EM) pour un signal (SM) indicatif d'un mouvement du bateau provoqué par des vagues ; une unité d'élaboration (UE) pour générer un signal de correction de pilotage (SC) à partir dudit signal (SM) indicatif d'un mouvement du bateau ; et une sortie (SC) pour ledit signal de correction de pilotage (SC), dans lequel ledit signal de correction de pilotage (SC) est déterminé de manière à provoquer une correction de route du bateau dans la direction de provenance des vagues en correspondance du franchissement de leurs crêtes (CI, CII) et dans la direction opposée en correspondance du franchissement de leur creux (CR). Système de pilotage automatique d'un bateau à voile comprenant un tel module (MC) .
    • 本发明涉及一种用于为帆船的自动驾驶系统生成导引校正信号(SC)的模块(MC),包括:用于指示由波浪引起的船的运动的信号(SM)的输入(EM); 用于从指示所述船的移动的所述信号(SM)产生导引校正信号(SC)的精制单元(UE); 以及用于所述导频校正信号(SC)的输出(SC),其中所述导频校正信号(SC)被确定为使得在波浪起始的方向上对船的路线的校正对应于跨越其顶点 (CI,CII)并且在相对于横过其槽(CR)的相反方向上。 本发明还涉及包括这种模块(MC)的帆船自动驾驶系统。
    • 76. 发明申请
    • CODE ACQUISITION METHOD AND CIRCUIT FOR A SPREAD SPECTRUM SIGNAL RECEIVER
    • 代码采集方法和电路用于传播频谱信号接收机
    • WO1991006155A1
    • 1991-05-02
    • PCT/EP1990001666
    • 1990-10-02
    • AGENCE SPATIALE EUROPEENNEZAREMBOVITCH, Alain
    • AGENCE SPATIALE EUROPEENNE
    • H04B01/66
    • H04B1/708
    • The spread spectrum signal (S1) is converted into a digital binary signal (S2) having one binary character, and this binary signal is applied to several parallel detector circuits (10) each of which detects a distinct code position. Each detector circuit (10) simultaneously receives a phase-shifted version of a binary reference code (CR) and produces a signal (B3) which has a first binary state when the received signal corresponds to the code position of the detector circuit, and has a second binary state when this is not the case. The output signals (B3) are combined and/or coded in order to identify the correct code position for demodulating the received signal. The invention is used in communication systems receivers.
    • 扩频信号(S1)被转换成具有一个二进制字符的数字二进制信号(S2),并且该二进制信号被施加到几个并行检测器电路(10),每个检测器电路检测到不同的代码位置。 每个检测器电路(10)同时接收二进制参考码(CR)的相移版本,并产生当接收信号对应于检测器电路的代码位置时具有第一二进制状态的信号(B3),并且具有 当不是这样的情况下的第二个二进制状态。 输出信号(B3)被组合和/或编码以便识别用于解调接收信号的正确码位置。 本发明用于通信系统接收机。
    • 77. 发明申请
    • ELECTIC CONVERTER WITH SEVERAL INDUCTION COILS
    • 具有几个感应线圈的电子转换器
    • WO1990015469A1
    • 1990-12-13
    • PCT/EP1990000904
    • 1990-05-28
    • AGENCE SPATIALE EUROPEENNESPRUIJT, Herman, J., N.
    • AGENCE SPATIALE EUROPEENNE
    • H02M03/155
    • H02M3/155
    • An electric converter comprising at least three reactive elements (1, 2, 3) connected in series, and a switching device comprising a switching transistor (4) and a diode (5), the switching transistor operating at a high frequency so that it becomes conductive for a fraction of each period of said frequency. The transistor (4) and the diode (5) are connected to the connection points (12, 13) between the reactive elements (1, 2, 3) so that the diode (5) is conductive only when the transistor (4) is non-conductive and so that it is non-conductive each time the transistor (4) becomes conductive. This device is used to control the electric current from a DC power supply to a load.
    • 一种电转换器,包括串联连接的至少三个电抗性元件(1,2,3)和包括开关晶体管(4)和二极管(5)的开关器件,所述开关晶体管以高频率工作,使得其变为 导通所述频率的每个周期的一小部分。 晶体管(4)和二极管(5)连接到无功元件(1,2,3)之间的连接点(12,13),使得二极管(5)仅在晶体管(4)为 每次晶体管(4)导通时都不导通。 该装置用于控制从直流电源到负载的电流。
    • 78. 发明申请
    • RATCHET-TYPE LINEAR OR CIRCULAR LOCKING DEVICE HAVING SELF-LOCKING AND AUTOMATIC UNLOCKING FEATURES
    • 具有自锁和自动解锁功能的旋转式线性或圆形锁定装置
    • WO1990009628A1
    • 1990-08-23
    • PCT/FR1990000052
    • 1990-01-24
    • AGENCE SPATIALE EUROPEENNEPANIN, Fabio
    • AGENCE SPATIALE EUROPEENNE
    • G05G05/06
    • G05G5/24G05G5/06Y10T74/2133Y10T74/2136Y10T74/214Y10T74/2141
    • Locking device (100) comprising an element (30), mobile between two extreme stop positions, and a pivoting ratchet (10). The latter (10) is symmetrical in relation to a plane traversing its pivot axis (35) and comprises a first (15) and second (25) locking pawl for engaging with, each in a stable manner and under the effect of a load (F) acting on the mobile element (30), one of the symmetrical notches (50a, 50b) provided in the mobile element. A spring (20) is fixed in a pretensioning state such that, for a given elastic reaction (R1) of the latter, the arm in relation to the pivot axis (35) of the ratchet (10), in either one of the two locking positions is such that the ratchet (10) is unlocked by the application of the weakest load capable of being applied to the mobile element (30), in the direction for shifting it to the other extreme stop position. Application: the spacial sector, in particular, for telescopes and solar generator panels, anchoring devices, as well as the terrestrial sector, in particular for special screwdrivers, automatic tool-dispensors, instruments for the detection of position or inverted movement.
    • 锁定装置(100)包括在两个极限停止位置之间移动的元件(30)和枢转棘轮(10)。 后者(10)相对于横过其枢转轴线(35)的平面是对称的,并且包括第一(15)和第二(25)锁定爪,用于以稳定的方式并且在负载 F)作用在移动元件(30)上,设置在移动元件中的对称凹口(50a,50b)中的一个。 弹簧(20)被固定在预张紧状态,使得对于给定的弹性反应(R1),臂相对于棘轮(10)的枢转轴线(35)在两个中的任一个中 锁定位置使得棘轮(10)通过施加能够施加到移动元件(30)的最弱负载的方向而被解锁,以将其转移到另一个极限停止位置。 应用:空间部门,特别是用于望远镜和太阳能发电机面板,锚固装置以及地面部门,特别是专用螺丝刀,自动工具分配器,用于检测位置或倒置运动的仪器。