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    • 1. 发明授权
    • Electronic timer
    • 电子定时器
    • US4749874A
    • 1988-06-07
    • US62353
    • 1987-06-11
    • Alfred MeisnerWerner ArnoldTilmann Kruger
    • Alfred MeisnerWerner ArnoldTilmann Kruger
    • G04F1/00H01H3/34
    • G04F1/005Y10T307/957Y10T307/964
    • An electronic timer, preferably a kitchen range timer, which includes a control circuit, a display area, input elements, and a switching arrangement which selectively connects an appliance (auto mode) which is operable through the timer directly with a current supply (manual mode). The control circuit is switched into the auto mode through the input of at least one complete switching term, whereby after traversing of the switching terms in the control circuit, the latter is switched into a wait-mode, wherein the appliance which is already separated from the current supply, remains separated from the current supply, and wherein the control circuit which is connected in the wait-mode is switched back into the manual-mode upon the actuation of the manual input element which is provided for this purpose.
    • 电子计时器,优选厨房范围定时器,其包括控制电路,显示区域,输入元件和切换装置,其选择性地将可通过定时器操作的器具(自动模式)与电流供应(手动模式 )。 控制电路通过至少一个完整切换项的输入而切换到自动模式,由此在控制电路中切换项之后,后者切换到等待模式,其中已经与 当前电源保持与电流供应分离,并且其中以等待模式连接的控制电路在为此目的提供的手动输入元件的致动时切换回手动模式。
    • 3. 发明授权
    • Method for entering a switching program into an electronic timer and
arrangement for implementing the method
    • 将切换程序输入电子定时器的方法和用于实现该方法的装置
    • US4684261A
    • 1987-08-04
    • US615133
    • 1984-05-30
    • Werner ArnoldHans GrasserTilmann KrugerAlfred Meisner
    • Werner ArnoldHans GrasserTilmann KrugerAlfred Meisner
    • G04G15/00G04F8/00
    • G04G15/006
    • A method and arrangement for entering a switching program into an electronic timer, in particular a kitchen range timer, wherein the switching program consists of at least one switching cycle within a predetermined time range, preferably within 23 hours and 59 minutes. The switching cycle is timely defined through any two of three entities consisting of switching cycle-start, switching cycle-period and switching cycle-end, wherein the entry is effected serially in the form of sequential input pulses, which have an information relative to the setting direction (forward or backwards) associated therewith, and which is preferably counted in a forward-backward counter arrangement. The entry of a first entity for the definition of the switching cycle is limited to a time interval between the actual time and the end of a pregiven first program range, in which upon the entry of the entity switching cycle-start or switching cycle-end there is set with the first input pulses the present entity to a starting value most closely to the present limit of the first program range but within the first program range, and wherein upon the entry of an input pulse with an associated setting direction which would set the value of the present entity outside of the first program range, causes this input pulse to be rendered ineffective or to selectively erase the present entity.
    • 一种用于将切换程序输入到电子计时器,特别是厨房距离计时器中的方法和装置,其中切换程序由预定时间范围内的至少一个切换循环组成,优选地在23小时59分钟内。 开关周期通过由开关周期启动,开关周期周期和开关周期结束组成的三个实体中的任何两个实时定义,其中该输入以顺序输入脉冲的形式进行,其具有相对于 设置方向(向前或向后),并且其优选地被计数在前向后向计数器装置中。 用于定义切换周期的第一实体的条目被限制在实际时间和预先确定的第一程序范围的结束之间的时间间隔,其中在实体切换周期开始或切换周期结束时 将当前实体的第一输入脉冲设置为最接近于第一编程范围的当前极限但在第一编程范围内的起始值,并且其中在输入具有将设置的相关设置方向的输入脉冲时 本实体在第一程序范围之外的值使得该输入脉冲无效或者选择性地擦除当前实体。
    • 4. 发明授权
    • Power line-operated electronic time-clock
    • 电力线操作电子时钟
    • US4557606A
    • 1985-12-10
    • US575815
    • 1984-02-01
    • Alfred MeisnerWerner ArnoldFrank EggebrechtHans Grasser
    • Alfred MeisnerWerner ArnoldFrank EggebrechtHans Grasser
    • G04G19/10G04G19/12G04B1/00
    • G04G19/10G04G19/12
    • A power line-operated electronic time-clock including a clock switching circuit, a memory for storage of switching or alarm times, including an input device and a display device, and a power outage-bridging circuit for supplying electrical energy during a power outage to at least the timing components of the clock switching circuit and when required, to the memory storage device. The time-clock includes a monitoring circuit that is interconnected to the memory storage device, and the power outage-bridging circuit for generating a blocking signal in response to the absence of timing data being introduced into the memory device for rendering the power outage-bridging circuit inoperative. Thus, the energy storage device within the power outage circuit will not be drained prior to use or during testing of the clocks. In addition, the monitoring circuit may generate the blocking signal subsequent to a predetermined time interval after a power outage to disconnect the time clocks to prevent drainage of the energy storage device over an extended power shut down.
    • 一种电力线操作的电子时钟,包括时钟切换电路,用于存储切换或报警时间的存储器,包括输入装置和显示装置,以及用于在断电期间提供电能的停电桥接电路 至少将时钟切换电路的定时组件和需要时,分配给存储器装置。 时钟包括与存储器存储设备互连的监控电路和用于响应于不存在定时数据被引入到存储器设备中以产生停电桥接的产生阻塞信号的停电桥接电路 电路不工作。 因此,在使用之前或在测试时钟期间,停电电路中的能量存储装置将不会被排出。 此外,监控电路可以在停电之后的预定时间间隔之后产生阻塞信号以断开时钟,以防止能量存储装置在延长的电力关闭时的排放。
    • 5. 发明授权
    • Adjusting arrangement for a digital indicator
    • 调整数字指示灯的布置
    • US4091612A
    • 1978-05-30
    • US721467
    • 1976-09-03
    • Alfred MeisnerWerner ArnoldPeter Ennen
    • Alfred MeisnerWerner ArnoldPeter Ennen
    • G04G5/00G04C3/00G04G5/02G04G21/00G04B27/00
    • G04G5/02G04C3/007
    • An adjusting mechanism is disclosed for adjusting a digital indicator of an electronic mechanism, such as a timepiece, which includes a first pulse generating mechanism for normally operating the digital display indicator. A second pulse generator includes a pulse former connected electrically to the digital indicator for supplying electrical adjusting pulses thereto. A sensor is operably connected to the pulse former to deliver activating signals thereto for the production of an adjusting pulse. A pulse control member is operably associated with the sensor to control the delivery of activating signals to the pulse former. Either the sensor or the pulse control member is rotatable relative to the other such that activating signals are generated in response to such relative rotation and are generated at a rate which is proportional to the rotational speed of the pulse control member.
    • 公开了一种用于调整诸如钟表的电子机构的数字指示器的调节机构,其包括用于正常操作数字显示指示器的第一脉冲发生机构。 第二脉冲发生器包括与数字指示器电连接的脉冲形成器,用于向其提供电调节脉冲。 传感器可操作地连接到脉冲形成器以将激活信号传送到其中以产生调节脉冲。 脉冲控制构件与传感器可操作地相关联,以控制向脉冲形成器传递激活信号。 传感器或脉冲控制构件可以相对于另一个旋转,使得响应于这种相对旋转而产生激活信号,并以与脉冲控制构件的旋转速度成比例的速率产生。
    • 6. 发明授权
    • Indexing plate for a time switch
    • 分度盘用于时间开关
    • US4544813A
    • 1985-10-01
    • US618929
    • 1984-06-11
    • Alfred MeisnerAlfred-Gunther Lunz
    • Alfred MeisnerAlfred-Gunther Lunz
    • G04C23/22H01H43/06H01H7/00
    • H01H43/065Y10T74/2106
    • An indexing plate for a time switch including slide contacts at the circumference of the indexing plate which are radially displaceable from an inoperative position to latch into at least one switching position, which incorporate an actuating projection and a switching finger opposite thereto, and which are conducted between the projection and the finger through slots in the indexing plate. The switching fingers are spaced from each other at the circumference of the indexing plate and evidence a rim area and a switching edge, in whose path of movement there is located a switching element of a switch contact in the actuated or switching position. Guide walls are formed on the indexing plate for each switching finger, in that rim edges are provided on the guide wall which, in the inoperative position of every switching finger align essentially planar with the switch edges thereof, and that in the switched-on position of every switching finger, the switch edge thereof will radially overhang the rim edges, and of which the rim region is located intermediate the guide walls. Inasmuch as the switch element radially contacts the switch edge, the lift of the slide contacts can be small from their inoperative position into a switching position.
    • 一种用于时间切换的分度盘,包括在分度盘的圆周处的滑动接触件,其可从不工作位置径向移动,以锁定到至少一个切换位置,其中包括致动突起和与其相对的切换手指,并且被传导 在突起和指状物之间穿过分度板中的狭槽。 切换指在分度盘的圆周处彼此间隔开,并且表明边缘区域和开关边缘,其移动路径中的开关触点的开关元件位于致动或切换位置。 导向壁形成在每个切换手指的分度板上,其中边缘设置在导向壁上,每个切换手指的非操作位置基本上与其开关边缘平齐,并且在开启位置 每个切换指状物的开关边缘将沿着边缘边缘径向突出,并且边缘区域位于引导壁之间。 由于开关元件径向地接触开关边缘,所以滑动触头的升程可能从其不工作位置变小到开关位置。