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    • 2. 发明授权
    • Wireless data communication method via ultra-wide band encoded data signals, and receiver device for implementing the same
    • 通过超宽带编码数据信号的无线数据通信方法,以及用于实现的无线数据通信方法
    • US07848456B2
    • 2010-12-07
    • US10597067
    • 2004-12-21
    • Roman MerzCyril BotteronPierre-André Farine
    • Roman MerzCyril BotteronPierre-André Farine
    • H04B1/00
    • H04B1/7183H04B1/71632H04B1/71635
    • This invention concerns a wireless data communication method, wherein a transmitter device having a first wide band antenna transmits ultra-wide band coded data signals to a receiver device having a second wide band antenna for receiving the direct and/or multiple path coded data signals. The transmitted data is defined by one or several sequences of N pulses where N is an integer number greater than 1. The arrangement of the N pulses of each sequence represents a data coding relative to the transmitter device. The N pulses of a sequence of direct and/or multiple path coded data signals received by the receiver device are processed each in one among N corresponding reception time windows. Each of the N reception time windows is positioned in time based on a known theoretic arrangement of the N pulses of signals transmitted by the transmitter device. An adding operation of the N windows is then performed in the receiver device so that the amplitude level of the constantly added pulses is higher than the amplitude level of the noise sensed by the receiver device.
    • 本发明涉及无线数据通信方法,其中具有第一宽带天线的发射机设备将超宽带编码数据信号发射到具有第二宽带天线的接收机设备,用于接收直接和/或多路径编码数据信号。 发送的数据由N个脉冲的一个或多个序列定义,其中N是大于1的整数。每个序列的N个脉冲的布置表示相对于发射机设备的数据编码。 由N个对应的接收时间窗口中的每一个处理由接收机设备接收的直接和/或多路径编码数据信号序列的N个脉冲。 基于由发射机设备发送的N个脉冲的已知理论布置,N个接收时间窗口中的每一个被及时地定位。 然后在接收机设备中执行N个窗口的相加操作,使得恒定相加脉冲的幅度电平高于由接收机设备感测到的噪声的幅度电平。
    • 3. 发明授权
    • Method for synchronising an analog display of a timepiece with its electronic time base
    • 将时钟的模拟显示与其电子时基同步的方法
    • US07218577B2
    • 2007-05-15
    • US11151303
    • 2005-06-14
    • Ermanno BernasconiRoger BuehlerRudolf DingerPierre-André Farine
    • Ermanno BernasconiRoger BuehlerRudolf DingerPierre-André Farine
    • G04B19/00G04B19/04
    • G04C3/14G01D5/202
    • The method of synchronizing the analogue display (41) of a timepiece (40), including an electronic time base (64), is achieved using proximity sensors (60, 62) respectively associated with wheels (46, 48) each having an aperture (54, 56) for defining the angular position of the latter. Determination of the angular position of a wheel requires an angular distance of around 60° to 90° to be travelled with this type of proximity sensor. Dependency of the measurement results upon the temperature generates a problem of precision in determining the angular position of the wheels, in particular a wheel secured to the hour indicator, given that an angle of 60° to 90° corresponds to a time interval of 2 to 3 hours. In order to ensure a measurement in a relatively short time interval where the ambient temperature is substantially constant and thus has no influence on the measurement, the invention provides that, in a analogue display synchronization mode at least one indicator is driven in an accelerated advance mode so that the aperture provided in the corresponding wheel quickly passes opposite the proximity sensor associated with that wheel.
    • 包括电子时基(64)的时钟(40)的模拟显示器(41)的同步的方法是使用分别与每个具有孔径的轮(46,48)相关联的接近传感器(60,62) 54,56),用于限定后者的角位置。 确定车轮的角度位置需要大约60°至90°的角度距离才能使用这种类型的接近传感器行驶。 测量结果对温度的依赖性产生了确定车轮的角位置,特别是固定到小时指示器的车轮的角度位置的精度问题,假定60°至90°的角度对应于2至 3小时。 为了确保在环境温度基本恒定并且因此对测量没有影响的相对短的时间间隔内的测量,本发明提供在模拟显示同步模式中,至少一个指示器以加速提前模式 使得设置在相应车轮中的孔快速地与与该车轮相关联的接近传感器相对。
    • 4. 发明授权
    • Device for producing a signal having a substantially temperature-independent frequency
    • 用于产生具有基本上与温度无关的频率的信号的装置
    • US06724266B2
    • 2004-04-20
    • US10169160
    • 2002-09-24
    • Silvio Dalla PiazzaPierre-André FarineRoger BühlerPascal Heck
    • Silvio Dalla PiazzaPierre-André FarineRoger BühlerPascal Heck
    • H03B504
    • G04G3/027
    • The device (1) includes a mixer (4) which generates a signal (S4) having a frequency (F4) equal to the difference between two frequencies (F2, F3), which are those of two signals (S2, S3) each generated by a generator (2, 3) and which vary parabolically as a function of the temperature (T) with quadratic coefficients (&bgr;1,&bgr;2) that are different to each other. In order for the frequency (F4) of the signal (S4) generated by the mixer (4) to be at least substantially independent of the temperature (T), the generators (2, 3) are arranged such that the ratio of the quadratic coefficients (&bgr;1,&bgr;2) is equal to the inverse of the ratio of values (F2r, F3r) that the corresponding frequencies (F2, F3) have at a determined temperature (Tr).
    • 设备(1)包括混合器(4),其产生具有等于两个频率(F2,F3)之间的差的频率(F4)的信号(S4),所述频率(F2,F3)是每个产生的两个信号(S2,S3) 通过发生器(2,3),并且以彼此不同的二次系数(β1,β2)作为温度(T)的函数以抛物线方式变化。为了使信号(S4)的频率(F4) 由所述混合器(4)产生的至少基本上不依赖于所述温度(T),所述发电机(2,3)被布置成使得所述二次系数(β1,β2)的比率等于所述比率 的值(F2r,F3r),相应的频率(F2,F3)在确定的温度(Tr)。
    • 5. 发明授权
    • Radio-frequency signal frequency conversion device for a low power RF receiver
    • 用于低功率RF接收机的射频信号变频装置
    • US07321754B2
    • 2008-01-22
    • US10486332
    • 2002-08-01
    • Emil ZellwegerYves OeschKilian ImfeldPierre-André Farine
    • Emil ZellwegerYves OeschKilian ImfeldPierre-André Farine
    • H04B1/10
    • H03D3/007H03D7/163
    • The radio-frequency signal frequency conversion device generates intermediate complex signals (IF) for a correlation stage of a low power RF receiver. In order to do this, the device includes a first selective pass-band filter for filtering radio-frequency signals picked up by an antenna. A frequency synthesizer generates first and second high frequency signals, wherein the frequency of the first signals is higher than the frequency of the second signals. This synthesizer receives reference signals from an oscillator unit. A first mixer unit mixes the radio-frequency signals with the first signals in order to generate frequency-converted signals. A second pass-band filter filters the signals from the first mixer unit, and provides signals to a second mixer unit to mix them with the second high frequency signals. Finally, shaping means for the signals provided by the second mixer unit generate the intermediate signals. The second filter is a not very selective active filter, which is integrated, in an RF/IF integrated circuit with the first and second mixer units, the signal shaping means, and certain parts of the synthesizer and the oscillator unit.
    • 射频信号频率转换装置为低功率RF接收机的相关级产生中间复合信号(IF)。 为了做到这一点,该装置包括用于滤波由天线拾取的射频信号的第一选择性通带滤波器。 频率合成器产生第一和第二高频信号,其中第一信号的频率高于第二信号的频率。 该合成器从振荡器单元接收参考信号。 第一混频器单元将射频信号与第一信号混合,以产生频率转换的信号。 第二通带滤波器对来自第一混频器单元的信号进行滤波,并向第二混频器单元提供信号以将它们与第二高频信号进行混频。 最后,由第二混频器单元提供的信号的整形装置产生中间信号。 第二滤波器是不是非常有选择的有源滤波器,它被集成在与第一和第二混频器单元的RF / IF集成电路,信号整形装置以及合成器的某些部分和振荡器单元中。
    • 6. 发明授权
    • Correlation and demodulation circuit for a receiver for signals modulated by a specific code
    • 用于由特定码调制的信号的接收机的相关和解调电路
    • US07023905B2
    • 2006-04-04
    • US09994886
    • 2001-11-28
    • Pierre-André FarineJean-Daniel EtienneRuud Riem-VisElham Firouzi
    • Pierre-André FarineJean-Daniel EtienneRuud Riem-VisElham Firouzi
    • H04B15/00H04K1/00H04L27/00
    • H04L1/24G01S19/23G01S19/30H04B1/707H04B1/709H04B2201/70715
    • The correlation and demodulation circuit (6) in particular for a pseudo-random code radio-frequency signal receiver (1) includes a correlation stage (7) connected to a microprocessor (12) in particular for configuring the correlation stage in normal operating mode or in test mode. In normal operation the stage receives intermediate signals (IF) corresponding to the radio-frequency signals shaped in means (3) for receiving the modulated signals from the receiver. The intermediate signals are correlated in a correlator control loop (8) of said correlation stage (7) with a replica of the first code supplied by a code generator (25). The code generator (25) is adapted via a microprocessor (12) to generate a replica of a pseudo-random code of shorter repetition length than the pseudo-random code of the radio-frequency signals. Intermediate test signals (IFtest) with a reduced pseudo-random code are supplied to the correlation stage (7) so as to perform a test representative of the correlation stage in closed loop operation more quickly than with conventional intermediate signals.
    • 特别是用于伪随机码射频信号接收机(1)的相关和解调电路(6)包括连接到微处理器(12)的相关级(7),特别是用于在正常操作模式下配置相关级或 在测试模式。 在正常操作中,平台接收对应于在装置(3)中形成的射频信号的中间信号(IF),用于从接收机接收调制信号。 中间信号在所述相关级(7)的相关器控制环路(8)中与代码生成器(25)提供的第一代码的副本相关。 代码生成器(25)通过微处理器(12)进行调整,以生成比射频信号的伪随机码短的重复长度的伪随机码的副本。 具有减少的伪随机码的中间测试信号(IFS测试)被提供给相关级(7),以便在闭环操作中执行代表相关级的测试比常规 中间信号。
    • 7. 发明授权
    • Portable device for determining horizontal and vertical positions and method for operating the same
    • 用于确定水平和垂直位置的便携式设备及其操作方法
    • US06882308B2
    • 2005-04-19
    • US10245124
    • 2002-09-17
    • Pierre-André FarineJean-Daniel Etienne
    • Pierre-André FarineJean-Daniel Etienne
    • G01C21/16G01C5/06G01S5/14G01S19/34G01S19/37G01S19/47G01S19/50H04Q7/34
    • G01S19/37G01C5/06G01S19/34G01S19/47G01S19/50
    • The portable device (10) is used for determining horizontal and vertical positions. It includes a pressure sensor altimeter (15) calibrated to a predetermined initial altitude, a GPS signal receiver (12) arranged to receive, via an antenna (11), signals originating from several satellites (20) in order to calculate position data of the device, a processing unit (14) receiving the position data from the receiver (12) and an altitude value from the altimeter (15), and display means (16) for the horizontal and vertical positions of the device processed and provided by the processing unit. The processing unit sends the GPS receiver a signal corresponding to the altitude value of the calibrated altimeter to enable the receiver to determine, using the altitude value, the position data of the device. A memory (13) including cartographic data and associated with the GPS receiver (12) can provide the precise data to the processing unit (14) in particular for calibrating the altimeter.
    • 便携式设备(10)用于确定水平和垂直位置。 它包括校准到预定初始高度的压力传感器高度计(15),布置成经由天线(11)接收来自几颗卫星(20)的信号的GPS信号接收器(12),以便计算出 接收来自接收器(12)的位置数据的处理单元(14)和来自高度计(15)的高度值的处理单元(14),以及用于通过处理处理和提供的设备的水平和垂直位置的显示装置(16) 单元。 处理单元向GPS接收机发送与校准高度计的高度值相对应的信号,以使接收机能够使用高度值来确定设备的位置数据。 包括制图数据并与GPS接收器(12)相关联的存储器(13)可以将精确数据提供给处理单元(14),特别是用于校准高度计。
    • 8. 发明授权
    • Radiofrequency signal receiver with means for improving the reception dynamic of said signals
    • 射频信号接收机,具有用于改善所述信号的接收动态的装置
    • US07092433B2
    • 2006-08-15
    • US10137027
    • 2002-04-30
    • Yves OeschAnne MonthéardPierre-André Farine
    • Yves OeschAnne MonthéardPierre-André Farine
    • H04B1/69G01S1/00
    • G01S19/246G01S19/29H04B1/708H04B1/709
    • The receiver includes: a correlation stage (7) formed of several correlation channels (7′) for receiving intermediate signals (IF) in order to correlate them, in operating channel control loops, with the carrier frequency and specific code replicas of visible emitting satellites to be searched and tracked, each channel having a correlator (8) in which at least one integrator counter (28, 29, 30, 31) provides, at the end of each determined integration period of the correlated signals, a binary output word whose value allows detection of the presence or absence of the visible satellite to be searched and tracked; and a microprocessor for processing the data drawn, after correlation, from the radio-frequency signals. The microprocessor configures at least one unused channel placed in parallel with one of the operating channels for searching and/or tracking the same visible satellite, the unused channel being configured so that the integration period of its integrator counter is different from that of the integrator counter of the operating channel.
    • 接收机包括:由几个相关信道(7')形成的相关级(7),用于接收中间信号(IF),以便在操作信道控制环路中将它们与载波频率和可见发射卫星的特定码复制相关联 每个信道具有相关器(8),其中至少一个积分器计数器(28,29,30,31)在相关信号的每个确定的积分周期结束时提供二进制输出字, 值允许检测要被搜索和跟踪的可见卫星的存在或不存在; 以及用于处理在相关之后从射频信号画出的数据的微处理器。 微处理器配置与用于搜索和/或跟踪相同的可见卫星的操作信道之一并行放置的至少一个未使用的信道,未使用的信道被配置为使得其积分器计数器的积分周期与积分器计数器的积分周期不同 的操作通道。
    • 9. 发明授权
    • Method for controlling a navigation device and navigation device implementing the same
    • 用于控制导航装置和实现其的导航装置的方法
    • US06694276B2
    • 2004-02-17
    • US09892421
    • 2001-06-26
    • Pierre-André FarineFanel PicciniThien Kim
    • Pierre-André FarineFanel PicciniThien Kim
    • H04B7216
    • G01S19/34G01C21/20G01S19/14
    • There is described a method for controlling a navigation device, such as a satellite navigation device like a GPS, GLONASS, GALILEO or other receiver, and a navigation device allowing this control method to be implemented. According to the invention, the operation of the navigation device is adjusted as a function of a measurement of the velocity (v) of the navigation device for the purpose of saving energy. In particular, the operating frequency (fck) of the processing unit (18) with which the navigation device is fitted is adjusted to a plurality of so-called reduced operating frequencies (fck2, fck3, fck4, fck5) lower than the normal operating frequency (fck1) as a function of the value of the velocity measurement (v). The invention is intended in particular to allow a navigation device to be integrated in a portable object of small volume powered by a battery or a rechargeable accumulator, such as a timepiece.
    • 描述了一种用于控制诸如GPS,GLONASS,GALILEO或其他接收机之类的卫星导航设备的导航设备的方法,以及允许实现该控制方法的导航设备。 根据本发明,为了节省能量,导航装置的操作被调整为导航装置的速度(v)的测量的函数。 具体地说,将导航装置装配的处理单元(18)的工作频率(fck)调整为低于正常工作频率的多个所谓的减小工作频率(fck2,fck3,fck4,fck5) (fck1)作为速度测量值(v)的函数。 本发明特别旨在允许导航装置集成在由电池或诸如钟表的可再充电蓄电池供电的小体积的便携式物体中。
    • 10. 发明授权
    • Electronic timepiece including a game mode
    • 电子钟表包括游戏模式
    • US07031226B2
    • 2006-04-18
    • US10621407
    • 2003-07-18
    • Pierre-André Farine
    • Pierre-André Farine
    • G04B47/00G04B19/04
    • G04G17/005G04B47/048
    • There is disclosed an electronic multi-function wristwatch one of whose operating modes is a memory game which uses the time display means of the watch. In the preferred version comprising an analogue time display, the watch randomly generates a sequence of visual indications such as time values and displays it by means of the hands (3, 4). Then, the player attempts to repeat these indications by entering a sequence of answers by means of control keys (14–19) arranged facing the hour symbols (7) of the dial. These keys preferably comprise electrodes affixed under the watch glass. The watch displays successive sequences each comprising one or more indications more than the preceding sequence. It can also emit corresponding sequences of sounds. The watch/user interface can further comprise push-buttons (11–13) and an alphanumerical LCD display (9).
    • 公开了一种电子多功能手表,其操作模式是使用手表的时间显示装置的记忆游戏。 在包括模拟时间显示的优选版本中,手表随机地生成诸如时间值的视觉指示序列,并通过手显示它(3,4)。 然后,玩家尝试通过面对面板的小时符号(7)排列的控制键(14-19)输入一系列答案来重复这些指示。 这些键优选地包括固定在手表玻璃下面的电极。 手表显示连续的序列,每个序列包括比前一个序列更多的一个或多个指示。 它也可以发出相应的声音序列。 手表/用户界面还可以包括按钮(11-13)和字母数字LCD显示器(9)。