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1.发明授权
公开(公告)号：US4864310A
公开(公告)日：1989-09-05
申请号：US186857
申请日：1988-04-27
申请人： Jean-Jacques Bernard , Jean Robieux
发明人： Jean-Jacques Bernard , Jean Robieux
CPC分类号： H01Q3/2676 , H04J14/00
摘要： The antenna includes at least one group of antenna elements (EA1, EA2, . . . , EAp). Microwaves emitted by a central emitter (EH) reach a particular element (EA1 for example) by passing through a controllable phase shifter (VE1), a laser (LE1) which modulates a carrier light signal at a frequency specific to said antenna element with the microwaves, via an optical deflector (FIE) which injects said light signal into an optical waveguide (GE) which is common to all of the antenna elements in the group, via an optical deflector (FPE) which directs said light signal to a detector which is specific to said antenna element (EA1), and which reconstitutes the microwaves, and via a microwave amplifier (AE1) which applies the microwaves to said antenna element. The system is applicable to telecommunications and to radar.
摘要翻译： 天线包括至少一组天线元件（EA1，EA2，...，EAp）。 由中央发射器（EH）发射的微波通过可控移相器（VE1）到达特定元件（EA1），激光器（LE1），其以所述天线元件的特有频率调制载波光信号， 微波，经由光导向器（FIE），其通过将所述光信号引导到检测器的光偏转器（FPE）将光信号注入到组中的所有天线元件共有的光波导（GE）中，所述光偏转器 对于所述天线元件（EA1）是特定的，并且其重构微波，并且经由微波放大器（AE1）将微波施加到所述天线元件。 该系统适用于电信和雷达。
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公开(公告)号：US4710914A
公开(公告)日：1987-12-01
申请号：US899352
申请日：1986-08-22
申请人： Jean Robieux
发明人： Jean Robieux
CPC分类号： H04Q11/0001
摘要： An optical fiber telecommunication device comprises an interconnecting volume and N stations connected to this volume by pairs of transmit and receive optical fibers. Each station comprises a tunable optical frequency laser coupled to the transmit fiber and a heterodyne receiver system coupled to the receive fiber. It is provided with a tunable frequency laser local oscillator. The volume is disposed in a central office comprising a clock to determine different timing periods assigned to the N stations. The carrier frequency of the laser for each station is initially adjusted to a first frequency reserved for modulating ringing signals in the respective channels. The central office comprises a processor connected to the interconnecting volume to receive the ringing signals and designate a carrier frequency for each call request. This frequency is transmitted through the interconnecting volume to the calling station and the called station on a second reserved frequency. This is in order to adjust the frequency of the laser and the frequency of the local oscillator to the designated frequency. The designated frequencies are different for all calls in progress at the same time.
摘要翻译： 光纤通信设备包括互连音量和通过成对的发射和接收光纤连接到该音量的N个电台。 每个站包括耦合到发射光纤的可调谐光频激光器和耦合到接收光纤的外差接收器系统。 它提供有可调频率激光本地振荡器。 体积被布置在包括时钟的中心局中，以确定分配给N个站的不同定时周期。 每个站的激光器的载波频率最初被调整为为各个信道调制振铃信号而保留的第一频率。 中央办公室包括连接到互连音量的处理器，以接收振铃信号并为每个呼叫请求指定载波频率。 该频率通过互连音量通过第二保留频率发送到呼叫站和被叫站。 这是为了将激光器的频率和本地振荡器的频率调整到指定的频率。 所有正在进行的呼叫的指定频率都是不同的。
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公开(公告)号：US4611917A
公开(公告)日：1986-09-16
申请号：US629020
申请日：1984-07-09
摘要： Optical system having application to robotics for determining an object's position. The present system consisting of a laser generator 1 with, devices 11 modulating the wavelength of laser generator frequency along an ascending ramp. An optical system 8 for concentrating radiation near the object, receiver 16 picks up a luminous signal transmitted by the object 10 and reflected on to an optical lamp 6. A processing circuit 17 measures the time in which elapses between the beginning of the shift in wavelength and the moment when the luminous signal is picked up by the receiver.
摘要翻译： 光学系统应用于机器人以确定物体的位置。 该系统由激光发生器1组成，其具有沿着上升斜坡调制激光发生器频率的波长的装置11。 用于聚焦物体附近的辐射的光学系统8，接收器16拾取由物体10发射并反射到光学灯6上的发光信号。处理电路17测量在波长开始移动之间经过的时间 以及接收机拾取发光信号的时刻。
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4.发明授权Method and apparatus for remotely measuring the distribution of a physico-chemical parameter in a medium 失效用于远程测量介质中物理化学参数分布的方法和装置
公开(公告)号：US4763009A
公开(公告)日：1988-08-09
申请号：US008896
申请日：1987-01-30
申请人： Herve Fevrier , Jean Robieux , Andre Tardy
发明人： Herve Fevrier , Jean Robieux , Andre Tardy
CPC分类号： G01N21/643 , G01D5/268 , G01K11/3213 , G01N2021/6484 , G01N2021/7786 , G01N21/6408
摘要： The invention relates to a method and to apparatus for remotely measuring the distribution of a physico-chemical parameter in a medium. The method consists in exciting measurement points (20) situated in a medium (17) in succession via an optical fiber (18), with each point (20) being excited by two light pulses of different wavelengths offset from each other in time occurring simultaneously at said point, each measurement point returning radiation at a third wavelength representative of the temperature of the measurement point. The apparatus includes two lasers (3, 4) emitting different wavelengths, a delay circuit (5) for delaying the light pulse from one (4) of the two lasers, and the measurement points include a material sensitive to biphotonic excitation.
摘要翻译： 本发明涉及用于远程测量介质中物理化学参数分布的方法和装置。 该方法包括通过光纤（18）连续地位于介质（17）中的令人兴奋的测量点（20），每个点（20）被同时发生的时间彼此偏移的不同波长的两个光脉冲激发 在所述点处，每个测量点返回表示测量点温度的第三波长的辐射。 该装置包括发射不同波长的两个激光器（3,4），用于延迟来自两个激光器中的一个（4）的光脉冲的延迟电路（5），并且测量点包括对双光子激发敏感的材料。
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公开(公告)号：US4330869A
公开(公告)日：1982-05-18
申请号：US217080
申请日：1980-12-16
申请人： Jean Robieux
发明人： Jean Robieux
CPC分类号： H04M1/003 , H04B10/2504 , H04Q11/0001
摘要： This system includes optical fibers (21,26,49,51) which connect subscriber sets (p,n) to an optical interconnection center (59). An optical frequency F.sub.p and a modulation frequency f.sub.p are ascribed to each subscriber p, these frequencies being specific to the subscriber. The set of each subscriber p includes a laser (19) which delivers a wave (22) of frequency F.sub.p and means (9, 12 to 18) to modulate the amplitude of this wave at the frequency f.sub.n ascribed to the subscriber n with whom he wishes to communicate.
摘要翻译： 该系统包括将用户组（p，n）连接到光互连中心（59）的光纤（21,26,49,51）。 光频率Fp和调制频率fp归因于每个用户p，这些频率对于用户是特定的。 每个用户p的集合包括传送频率为Fp的波（22）和装置（9,12至18）的激光器（19），以以归因于用户n的频率fn来调制该波的振幅 希望沟通。
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