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    • 2. 发明授权
    • Optical signal converter from RZ format to NRZ format
    • 光信号转换器,从RZ格式到NRZ格式
    • US06643040B2
    • 2003-11-04
    • US09961311
    • 2001-09-25
    • Alexandre ShenFabrice Devaux
    • Alexandre ShenFabrice Devaux
    • G06E100
    • H04B10/299G02F3/022H04B2210/517
    • The present invention is a device for converting an RZ signal into a NRZ signal which contains an optical bistable device (5), where an output level of this device passing from a low level to a high level when an input power level crosses in an upward direction a first threshold, and returning to a low level when an input level crosses in a downward direction a second threshold below the first, the output (7) of the bistable (5) carrying the NRZ signal, and a device (2) for converting the RZ signal into a control signal of an output logic level of the optical bistable device (5) receiving the RZ signal, and delivering the control signal of the optical bistable device (5), this signal having a level above the first threshold when the RZ signal passes to 1 and which becomes lower at the second threshold only if the RZ signal passes to 0 and stays there for more than one bit time.
    • 本发明是一种用于将RZ信号转换为包含光学双稳态器件(5)的NRZ信号的装置,其中当输入功率电平向上跨越时,该器件的输出电平从低电平传递到高电平 方向为第一阈值,并且当输入电平在向下方向上跨过第一阈值低于携带NRZ信号的双稳态(5)的输出(7)的第二阈值时返回到低电平;以及用于 将RZ信号转换为接收RZ信号的光学双稳态器件(5)的输出逻辑电平的控制信号,并且传输光学双稳态器件(5)的控制信号,该信号具有高于第一阈值的电平,当 只有当RZ信号传递到0并且停留在多于一个位的时间时,RZ信号才转到1,并且在第二阈值处变低。
    • 5. 发明申请
    • ILLUMINATION DEVICE WITH SELECTIVE INCAPACITATING POWER
    • 具有选择性不良功率的照明装置
    • US20150233682A1
    • 2015-08-20
    • US14427215
    • 2013-09-06
    • Fabrice DEVAUX
    • Fabrice Devaux
    • F41H13/00
    • F41H13/0087F41H13/0056
    • An emitter emits a wavelength included in the visible and/or infrared spectrum to illuminate a scene. An observation system is configured to deliver an image representative of the illuminated scene to an observer. The emitter is configured to deliver a light emission by at least one flash with a luminous power greater than a threshold generating dazzling. The observation system presents a first operating condition and a second operating condition of the observed scene to the observer, the second operating condition transmitting less luminous power than the first operating condition. A synchronization circuit is configured to synchronize the emitter and the observation system so that the observer is not dazzled during the emission phase of the emitter.
    • 发射器发射包括在可见光和/或红外光谱中的波长以照亮场景。 观察系统被配置为将表示照明场景的图像传送给观察者。 发射器被配置为通过至少一个闪光发射具有大于阈值的光功率产生耀眼的光发射。 观察系统向观察者呈现观察场景的第一操作状态和第二操作状态,第二操作条件比第一操作条件发送较少的发光功率。 同步电路被配置为使发射器和观察系统同步,使得在发射器的发射阶段期间观察者不会眩光。
    • 7. 发明授权
    • Optimised storage addressing method
    • 优化存储寻址方法
    • US07966473B2
    • 2011-06-21
    • US10475485
    • 2002-04-17
    • Jean-Paul HenriquesFabrice Devaux
    • Jean-Paul HenriquesFabrice Devaux
    • G06F12/00G06F9/26G06F9/34G06F13/00G06F13/28
    • G06F9/383G06F9/3875G06F12/0215
    • The invention concerns a method for read-addressing a site among a plurality of storage units using a coded address derived from an instruction. The method comprises the following steps: a) predicting (104) the storage unit corresponding to the site to be addressed; b) decoding (108) the address of the site to be addressed and determining (109) the storage unit to be addressed; c) managing (105) a potential read and rewrite conflict assuming that the predicted storage unit is the storage unit to be addressed; d) controlling (111) the addressing of the predicted storage unit at the end of the managing step (105); e) at the end of step b), determining (110) whether the storage unit to be addressed corresponds to the predicted storage unit; and f) if the storage unit to be addressed does not correspond to the predicted storage unit, managing (115) a possible read and rewrite conflict in the storage unit to be addressed and addressing the site of the storage unit to be addressed.
    • 本发明涉及使用从指令导出的编码地址来读取多个存储单元中的站点的方法。 该方法包括以下步骤:a)预测(104)对应于要寻址的站点的存储单元; b)解码(108)要寻址的站点的地址,并确定(109)要寻址的存储单元; c)假设预测存储单元是要寻址的存储单元,管理(105)潜在的读取和重写冲突; d)在管理步骤(105)结束时控制(111)预测存储单元的寻址; e)在步骤b)结束时,确定(110)要被寻址的存储单元是否对应于预测的存储单元; 以及f)如果要寻址的存储单元不对应于预测的存储单元,则管理(115)待存储的存储单元中可能的读取和重写冲突,并寻址要寻址的存储单元的位置。
    • 9. 发明授权
    • Integrated monolithic laser-modulator component with multiple quantum
well structure
    • 具有多个量子阱结构的集成单片激光调制器组件
    • US5680411A
    • 1997-10-21
    • US735490
    • 1996-10-23
    • Abderrahim RamdaneFabrice DevauxAbdallah Ougazzaden
    • Abderrahim RamdaneFabrice DevauxAbdallah Ougazzaden
    • H01L27/15H01S5/00H01S5/026H01S5/12H01S3/19
    • H01S5/0265H01S5/12
    • An integrated monolithic laser-modulator component having a multiple quantum well structure. This component includes an InP substrate, a laser (L) formed from a stack of semiconductor layers epitaxied on the substrate, including an active and absorbent layer and a periodic Bragg grating fixing the emission wavelength of the laser to a value slightly above an optimum wavelength of the laser gain peak. An electrooptical modulator (M) is formed from the same stack of semiconductor layers, with the exception of the Bragg grating, the active layer of the laser and the absorbing layer of the modulator being formed by the same epitaxied structure having several constrained or unconstrained quantum wells, the modulator functioning according to a confined Stark effect. The semiconductor layers of the laser and those of the modulator are electrically controlled.
    • 具有多量子阱结构的集成单片激光调制器部件。 该组件包括InP衬底,由衬底上叠加的半导体层堆叠形成的激光(L),包括有源和吸收层以及周期性布拉格光栅,将激光器的发射波长固定在略高于最佳波长的值 的激光增益峰值。 电光调制器(M)由相同的半导体层堆叠形成,除了布拉格光栅之外,激光器的有源层和调制器的吸收层由具有几个约束或非约束量子的相同的外延结构形成 井,调节器根据限制的斯塔克效应起作用。 激光器的半导体层和调制器的半导体层是电控制的。
    • 10. 发明申请
    • Methods And Systems For Cpu Virtualization
    • Cpu虚拟化的方法和系统
    • US20070300219A1
    • 2007-12-27
    • US11661879
    • 2005-09-02
    • Fabrice Devaux
    • Fabrice Devaux
    • G06F9/455G06F12/14
    • G06F9/4555G06F9/45558G06F12/145G06F12/1491G06F2009/45583
    • A method for running, on a processor in non-privileged mode, different computer programs P while, in a nominal mode, using privileged instructions including running a hypervisor program in privileged mode of the processor, the hypervisor program providing the computer programs P with services substantially equivalent to those available for running in privileged mode, source codes of the computer programs P being modified beforehand for replacing the privileged instructions with calls for services supplied by the hypervisor program, and the hypervisor program creates at least two privileged submodes organized into a hierarchy within the non-privileged mode and the processor includes only two operating modes.
    • 一种用于在非特权模式的处理器上以不同的计算机程序P运行的方法,而在标称模式下,使用特权指令,包括在处理器的特权模式下运行管理程序,管理程序向计算机程序P提供服务 基本上等同于可以以特权模式运行的计算机程序P的源代码被预先修改,以便用由管理程序程序提供的服务的呼叫替换特权指令,并且管理程序创建组织成层次结构的至少两个特权子模式 在非特权模式下,处理器仅包括两种操作模式。