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    • 11. 发明授权
    • Control device for setting a timepiece
    • 用于设置钟表的控制装置
    • US3943696A
    • 1976-03-16
    • US485107
    • 1974-07-02
    • Hubert PortmannEric SaurerPierre Hersberger
    • Hubert PortmannEric SaurerPierre Hersberger
    • G04G5/00G04G5/02G04G5/04G04G9/00G09G3/04G04B27/08
    • G04G5/045
    • An electronic timepiece including a time-keeping circuit having serially connected counters generating day, hour, minute and second signals; a four digit display connected to the counters; a selecting circuit coupled to the counters and having one mode for the display of two units of real time, and a plurality of other modes for the selection and display of each single unit of time for correction; a first switch connected to the selecting circuit and actuable to sequentially advance the selecting circuit from one mode to another; and a second switch coupled to the selecting circuit and the counters for causing the display of a different two units of real time when the selecting circuit is in the first mode, and for correcting each individually selected unit of time when the selecting circuit is in one of its other modes.
    • 一种电子钟表,包括具有产生日,时,分,秒信号的串行计数器的计时电路; 连接到计数器的四位显示器; 耦合到计数器并且具有用于显示两个实时单元的一种模式的选择电路,以及用于选择和显示用于校正的每个单个时间单位的多个其他模式; 连接到所述选择电路并可致动以将所述选择电路从一种模式顺序地提前到另一模式的第一开关; 以及第二开关,其耦合到所述选择电路和所述计数器,用于当所述选择电路处于所述第一模式时使得实时显示不同的两个单元,并且用于当所述选择电路处于第一模式时对每个单独选择的时间单元进行校正 的其他模式。
    • 14. 发明授权
    • Transparent regenerating photoelectrochemical cell
    • 透明再生光电池
    • US5441827A
    • 1995-08-15
    • US142407
    • 1993-12-30
    • Michael GratzelEric Saurer
    • Michael GratzelEric Saurer
    • H01G9/20H01L31/04H01M14/00H01M6/36
    • H01G9/2031H01G9/2068H01M14/005Y02E10/542
    • A regenerating photoelectrochemical cell (1) is disclosed having a first transparent substrate (2) which has thereon a first transparent electrode (6), a second transparent substrate (4) which has thereon a second transparent electrode (8) on which is deposited a first layer (10) of a photoelectrochemically active semiconductor oxide in the form of a porous nanostructure of sintered colloidal particles, the substrates (2, 4) being so disposed in relation to one another as to define a space filled with electrolyte (16), said electrolyte (16) impregnating the said porous structure in a manner such that it is in contact on the one hand with the first transparent electrode (6) disposed on the first transparent substrate (2) and on the other hand with the second transparent electrode (8) disposed on the second transparent substrate (4), and said second transparent substrate also having a second compact continuous semiconductor oxide layer (20) extending between the second transparent electrode (8) and the first semiconductor oxide layer (10).
    • PCT No.PCT / CH93 / 00068 Sec。 371日期:1993年12月30日 102(e)日期1993年12月30日PCT 1993年3月12日PCT公布。 第WO93 / 19479号公报 公开了一种再生光电化学电池(1),其具有第一透明基板(2),其上具有第一透明电极(6),第二透明基板(4),其上具有第二透明电极 8),其上沉积有胶体粒子的多孔纳米结构形式的光电化学活性半导体氧化物的第一层(10),所述衬底(2,4)相对于彼此设置为限定空间 填充有电解质(16),所述电解质(16)以这样的方式浸渍所述多孔结构,使得其与设置在第一透明基板(2)上的第一透明电极(6)接触,并且在 另一方面,第二透明电极(8)设置在第二透明基板(4)上,并且所述第二透明基板还具有在第二透明基板(4)之间延伸的第二致密连续半导体氧化物层(20) 透明电极(8)和第一半导体氧化物层(10)。
    • 16. 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。
    • 19. 发明授权
    • Electro-optic passive display device
    • 电光无源显示装置
    • US4138195A
    • 1979-02-06
    • US794016
    • 1977-05-05
    • Eric SaurerMaurice Grimm
    • Eric SaurerMaurice Grimm
    • G02F1/1335G04G9/00G04G17/06G09F9/00G09F9/46G02F1/13
    • G04G9/0041
    • An electro-optic display device uses a transparent luminescent panel to reflect and diffuse ambient light, or light from the luminescent panel to a display cell to enable a user to read the display cell. The luminescent panel includes a first transparent electrode arranged between the display cell and a luminescent film. The panel further includes an activation electrode on the opposite side of the film from the first electrode. The activation electrode acts as a reflector - diffuser to reflect and diffuse light received through the other parts of the panel or from the luminescent film itself back to the display cell.
    • 电光显示装置使用透明发光面板将环境光或来自发光面板的光反射并漫射到显示单元,以使用户能够读取显示单元。 发光板包括布置在显示单元和发光膜之间的第一透明电极。 面板还包括在与第一电极相对的膜的相对侧上的激活电极。 激活电极用作反射器 - 漫射器,以反射和漫射通过面板的其它部分或从发光膜本身接收的光返回到显示单元。