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    • 1. 发明授权
    • Display device for measuring instruments
    • 显示装置用于测量仪器
    • US4968930A
    • 1990-11-06
    • US315669
    • 1989-01-27
    • Joachim GruppYves RuedinFridolin WigetJean-Pierre Haring
    • Joachim GruppYves RuedinFridolin WigetJean-Pierre Haring
    • G01D7/00G01D13/22G01R1/08
    • G01R1/08G01D7/002
    • A device for displaying the value of a quantity represented by input data comprises a mobile indicator member (24) driven by a stepping motor (20), a control circuit (18) for this motor for delivering drive pulses to the motor in response to the input data to move the indicator member to a position corresponding to the value of the quantity, and a dial (26) for showing an indexing system, for example a scale, which cooperates with the indicator member to indicate the value at least approximately. The dial comprises a liquid crystal, electrochromic or electroluminescent electrooptical display device (26) which displays the indexing system in response to signals from another control circuit (28) when the latter receives an activation signal. The device enables values of a single quantity situated in different ranges or values of distinct quantities to be indicated, by making the cell selectively display corresponding indexing systems. A specific application of the device is for automobile dashboards.
    • 用于显示由输入数据表示的数量值的装置包括由步进电动机(20)驱动的移动指示器构件(24),用于该电动机的控制电路(18),用于响应于 输入数据以将指示器元件移动到与数量值相对应的位置,以及用于显示索引系统(例如刻度)的刻度盘(26),其与指示器构件协作以至少近似地指示该值。 表盘包括液晶,电致变色或电致发光电光显示装置(26),当液晶,电致变色或电致发光电光显示装置接收到激活信号时,其响应于来自另一控制电路(28)的信号显示分度系统。 通过使单元格选择性地显示相应的索引系统,该设备使得位于不同范围或不同量的值中的单个量的值能够被指示。 该设备的具体应用是汽车仪表板。
    • 2. 发明授权
    • Device comprising a piezoelectric transducer
    • 装置包括压电换能器
    • US5361013A
    • 1994-11-01
    • US9053
    • 1993-01-26
    • Fridolin Wiget
    • Fridolin Wiget
    • H01L41/09F02D41/20H01L41/04H02N2/00H02N2/06H04R3/00H01L41/08
    • H01L41/042H02N2/0075F02D2041/2003F02D41/2096
    • The device comprises a piezoelectric transducer, a primary battery, and a circuit which applies a control voltage to the transducer or which short-circuits the latter depending on the state of a control signal. The control voltage is produced by a voltage increasing circuit comprising a coil, a diode and a capacitor constituted by the transducer, that are connected in series, in that order, across the terminals of the primary battery, and an oscillator responsive to the control signal to control a transistor in such a manner that it either alternately produces and cancels a short circuit across the terminals of the circuit formed by the diode and the transducer or is permanently blocked. A second transistor is also responsive to the control signal to short-circuit the transducer when the first transistor is blocked. The device is simpler, cheaper and consumes less electrical power than known devices.
    • 该装置包括压电换能器,一次电池和向换能器施加控制电压或者根据控制信号的状态使后者短路的电路。 控制电压由包括线圈,二极管和由换能器构成的电容器的升压电路产生,该线圈,二极管和由该换能器组成的电容器依次串联连接在一次电池的端子上,以及响应于控制信号的振荡器 以这样的方式控制晶体管,即它可以交替地产生和消除由二极管和换能器形成的电路的端子两端的短路,或者被永久地封闭。 当第一晶体管被阻塞时,第二晶体管还响应于控制信号使换能器短路。 该设备比已知设备更简单,更便宜并且消耗更少的电力。
    • 4. 发明授权
    • Ultrasonic detection device, notably for an automatically controlled
windscreen cleaning system
    • 超声波检测装置,特别适用于自动控制的挡风玻璃清洁系统
    • US5539289A
    • 1996-07-23
    • US248377
    • 1994-05-24
    • Fridolin Wiget
    • Fridolin Wiget
    • G01N29/00B60S1/08G01D3/028G01V1/00
    • B60S1/0818G01D3/028G01V1/001B60S1/0855Y10S318/02
    • An ultrasonic detection device having a transducer (10) for emitting and receiving ultrasonic pulses through a windshield, and producing an echo signal (40,50) representative of the reflected pulses. The detection device also includes an amplifier (23) for amplifying the echo signals (40,50) by a selectable gain, an integrating circuit (26) for integrating each of the echo signals (40,50) during a selected time period (62,63) so as to produce an integral value, amplifier control circuitry (27,28) measuring the integral value and selecting the gain of the amplifier so as to maintain the integral value at a steady-state value, and the temporal deviation of the integral value from the steady-state value is measured to determine if it is greater than a predetermined threshold value. The invention may be used to detect water on a windscreen and to control the operation of a windscreen cleaning system.
    • 一种超声波检测装置,具有用于通过挡风玻璃发射和接收超声波脉冲的换能器(10),并产生代表反射脉冲的回波信号(40,50)。 检测装置还包括用于通过可选增益放大回波信号(40,50)的放大器(23),用于在所选择的时间周期(62,50)内积分每个回波信号(40,50)的积分电路(26) ,63)以产生积分值,放大器控制电路(27,28)测量积分值并选择放大器的增益,以将积分值保持在稳态值,并且时间偏差 测量来自稳态值的积分值以确定其是否大于预定阈值。 本发明可用于检测挡风玻璃上的水并控制挡风玻璃清洁系统的操作。
    • 5. 发明授权
    • Method of reducing the power consumption of the stepping motor of an
electronic timepiece and an electronic timepiece employing the method
    • 采用该方法的电子钟表的步进电机的功耗降低方法
    • US4430007A
    • 1984-02-07
    • US291391
    • 1981-08-10
    • Fridolin WigetYves Guerin
    • Fridolin WigetYves Guerin
    • G04C3/14H02P8/02H02P8/12G04B19/00G04C3/00
    • G04C3/143
    • The present invention comprises measuring, upon application of a drive pulse to the actuating coil 5 of the stepping motor, the variation in the magnetic induction flux in the stator of the motor, and interrupting the drive pulse when the variation in flux reaches a predetermined value. Measurement of the variation in flux may be effected, for example, by detecting the current in the actuating coil and integrating the difference between the supply voltage of the actuating coil and the product of the current by the d.c. resistance of the coil, or by providing an auxiliary detection coil 71 and integrating the voltage induced therein in an integrator 73, 74. When the integrator outputs exceeds the magnitude of either a positive or negative reference voltage, a comparator circuit 78, 79, 81 provides the signal to a circuit 13 to terminate the drive pulse.The foregoing abstract is not to be taken as limiting the invention described herein, and in order to understand the full nature and extent of the technical disclosure herein, reference should be made to the accompanying drawings and detailed description.
    • 本发明包括在对步进电动机的驱动线圈5施加驱动脉冲时测量电动机定子中的磁感应通量的变化,并且当磁通量变化达到预定值时中断驱动脉冲 。 磁通变化的测量可以通过例如检测致动线圈中的电流并将驱动线圈的电源电压与电流乘积之间的差积分来实现。 或者通过提供辅助检测线圈71并将其中感应的电压积分在积分器73,74中。当积分器输出超过正或负参考电压的幅度时,比较器电路78,79,81 将信号提供给电路13以终止驱动脉冲。 上述摘要不应被视为限制本文所述的发明,并且为了理解本文的技术公开的全部性质和范围,应参考附图和详细描述。
    • 6. 发明授权
    • Analog-display electronic timepiece comprising a divider with an
adjustable division factor
    • 模拟显示电子钟表包括具有可调分频因数的分频器
    • US4382692A
    • 1983-05-10
    • US283491
    • 1981-07-15
    • Fridolin WigetRene Besson
    • Fridolin WigetRene Besson
    • G04C3/14G04D7/12G04G3/02G04F5/00G04B17/12
    • G04G3/02G04C3/14G04D7/1214
    • An electronic watch comprising a stepping motor for driving a mechanism for displaying the time information, a quartz oscillator, a frequency divider with an adjustable division factor, a circuit for adjusting the division factor, a memory containing data relating to the magnitude of said adjustment and a logic circuit which, in response to an interrogation signal, produces a measuring signal which is supplied to the coil of the stepping motor and which comprises pulses whose distribution is representative of the division factor and the frequency of the oscillator and whose duration is sufficiently short so as not to cause the motor to turn and sufficiently long to cause a magnetic stray field of the coil of the motor which can be detected by an external apparatus for measuring the rate of the watch.
    • 一种电子手表,包括用于驱动用于显示时间信息的机构的步进电机,石英振荡器,具有可调分频因子的分频器,用于调整分频因子的电路,包含与所述调整幅度有关的数据的存储器,以及 响应于询问信号的逻辑电路产生一个测量信号,该信号被提供给步进电机的线圈,该信号包括其分布代表振荡器的分频因子和频率并且其持续时间足够短的脉冲 从而不会使电动机转动并足够长以引起电动机的线圈的磁性杂散场,其可以由用于测量手表的速率的外部装置检测。
    • 7. 发明授权
    • Ultrasound detection device in particular for an automatically
controlled windscreen cleaning system
    • 超声波检测装置,特别适用于自动控制的挡风玻璃清洁系统
    • US5920167A
    • 1999-07-06
    • US993440
    • 1997-12-18
    • Fridolin WigetEric Saurer
    • Fridolin WigetEric Saurer
    • G01N29/00B60S1/08G01D5/48G01W1/14
    • G01D5/48B60S1/0818B60S1/0855G01N2291/02845Y10S318/02
    • A detection device has a transducer (10) for emitting and receiving series of ultrasonic pulses. An integrator (23) integrates echo signals resulting from ultrasonic pulses within a time window so as to produce an integral value. A time-delay circuit (28) is used to control the instant of opening T1 of a time window and a control circuit (25) determines an average value of a number of n integral values and for loading the values of the opening a instant T1 into the time-delay circuit (28) so as to maintain the average value at a steady value. The control circuit (25) determines the average value by loading a first value of T1 in the time-delay circuit before the integration of the first x echo signal and a second value of T1 in the time-delay circuit before the integration of the second n-x echo signals.
    • 检测装置具有用于发射和接收一系列超声波脉冲的换能器(10)。 积分器(23)将从超声波脉冲产生的回波信号集成在时间窗内,以产生积分值。 时间延迟电路(28)用于控制时间窗口T1的时刻,并且控制电路(25)确定n个积分值的数量的平均值,并且用于将开启的值加载到瞬时T1 进入延时电路(28),以将平均值保持在稳定值。 所述控制电路(25)通过在所述时间延迟电路中积分所述第一x回波信号和所述时间延迟电路中的第二值T1之前的时间延迟电路中加载T1的第一值来确定所述平均值, nx回波信号。
    • 9. 发明授权
    • Apparatus for measuring the rate of an analog-display electronic
timepiece
    • 用于测量模拟显示电子表的速率的装置
    • US4292836A
    • 1981-10-06
    • US97531
    • 1979-11-26
    • Fridolin Wiget
    • Fridolin Wiget
    • G04D7/12G04D7/00
    • G04D7/003
    • An electronic measuring apparatus for measuring the rate of an analog-display electronic watch which comprises a quartz oscillator, a frequency divider with an adjustable division factor, a stepping motor and a circuit which, when the stem of the watch is pulled, produces a measuring signal emitted by the stray field of the coil of the stepping motor and comprising trains of pulses whose period and content are respectively representative of the frequency of the oscillator and the division factor. The measuring apparatus comprises a pick-up means for detecting said measuring signal, circuits for computing the rate of the watch and means for displaying said rate.
    • 一种用于测量模拟显示电子表的速率的电子测量装置,其包括石英振荡器,具有可调分频因数的分频器,步进电机和电路,当手表的杆被拉动时,该电路产生测量 信号由步进电机的线圈的杂散场发出并且包括其周期和内容分别代表振荡器频率和分频因子的脉冲串。 测量装置包括用于检测所述测量信号的拾取装置,用于计算手表的速率的电路和用于显示所述速率的装置。
    • 10. 再颁专利
    • Timepiece driven by a source of mechanical energy and regulated by an
electric circuit
    • 由机械能来源驱动并由电路调节的钟表
    • USRE36733E
    • 2000-06-13
    • US75957
    • 1998-05-12
    • Fridolin Wiget
    • Fridolin Wiget
    • G04B17/00G04C3/00G04C10/00G04C11/00H02K7/18G02P9/04
    • G04C10/00G04C11/00G04C3/008
    • The hands of the timepiece are connected to a barrel spring which also drives the rotor of a generator at a speed greater than a desired speed Vc. The electric energy supplied by the generator energizes a slaving circuit that includes a transistor which short-circuits the coil of the generator and thus brakes the rotor down to a speed less than the desired speed Vc when a comparator indicates that this rotor is ahead with respect to its theoretical angular position. A limiting circuit limits the duration of the braking action of the rotor to a fraction of the period of the a.c. voltage supplied by the generator. This arrangement ensures that the slaving circuit is adequately energized even if the rotor is substantially ahead.
    • 钟表的手连接到桶弹簧,其还以大于期望速度Vc的速度驱动发电机的转子。 由发电机提供的电能激励一个从动电路,该电路包括一个使发生器的线圈短路的晶体管,从而当比较器指示该转子相对于前进时,将该转子降低到小于期望速度Vc的速度 到其理论角度位置。 限制电路将转子的制动作用的持续时间限制在直流电的周期的一小部分。 由发电机提供的电压。 这种布置确保即使转子基本上在前面,从动电路也能够被充分地通电。