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    • 3. 发明授权
    • Logical regulation circuit for an electronic timepiece
    • 电子钟表的逻辑调节电路
    • US4553850A
    • 1985-11-19
    • US475447
    • 1983-03-15
    • Yosuke Kanno
    • Yosuke Kanno
    • G04G3/02G04G21/00H03K23/66
    • G04G3/022
    • A logic regulation circuit for regulating the frequency dividing ratio of a variable frequency divider of an electronic timepiece comprises a first switch group having a plurality of ON and OFF switching states representative of different frequency rates and a second switch group having a plurality of ON and OFF switching states representative of frequency rate adjustment values. A first set of memory circuits is connected to the first switch group for memorizing the ON-OFF information thereof, and a second set of memory circuits is connected to the second switch group for memorizing the ON-OFF information thereof. A calculation circuit is connected to the first and second sets of memory cirucits for receiving the information content thereof and for adjusting the frequency rates represented by the information content of the first memory circuits in accordance with the frequency rate adjustment values represented by the information content of the second memory circuits to produce corresponding frequency rate signals suitable for regulating the frequency dividing ratio of the variable frequency divider. The calculation circuit includes a control signal generator for producing control signals according to the frequency rate adjustment values set by the second switch group, and logic circuitry for increasing or decreasing the frequency rates set by the first switch group in response to the control signals.
    • 一种用于调节电子表的可变分频器的分频比的逻辑调节电路包括具有表示不同频率的多个导通和截止开关状态的第一开关组以及具有多个导通和截止的第二开关组 代表频率调整值的开关状态。 第一组存储器电路连接到第一开关组,用于存储其开 - 关信息,第二组存储电路连接到第二开关组,用于存储其开 - 关信息。 计算电路连接到用于接收其信息内容的第一和第二组存储器铁芯,并且用于根据由第一存储器电路的信息内容表示的频率调整值调整由第一存储器电路的信息内容表示的频率 第二存储器电路产生适合于调节可变分频器的分频比的相应频率信号。 计算电路包括用于根据由第二开关组设定的频率调整值产生控制信号的控制信号发生器和用于响应于控制信号增加或减少由第一开关组设置的频率的逻辑电路。
    • 4. 发明授权
    • System for positioning an object at a predetermined point for a digital
servo device
    • 用于将物体定位在数字伺服装置的预定点处的系统
    • US4540924A
    • 1985-09-10
    • US463159
    • 1983-02-02
    • Hayao Suzuki
    • Hayao Suzuki
    • H02P3/06G05B19/23G05B19/39G05D3/12G05B19/42
    • G05B19/39G05B19/231
    • A digital servo device having a servomotor with a feedback control device including a position detector. The detector detects the phase relationship among the various signals. The detector is a flip flop located between an AND gate and a differentiation circuit. The flip flop is connected to be set by a predetermined point detecting signal output from the AND gate and the flip flop is connected such that the positive and reverse direction command pulses are inhibited from being produced by locking a receiving shift register in response to an output signal from the flip flop. The feedback circuit is reset by a reset signal which comprises a differentiated output signal of the flip flop which has a pulse width wide enough for obtaining a resetting condition but not so wide that the next positive and reverse direction detecting pulses are extinguished.
    • 一种具有伺服电动机的数字伺服装置,其具有包括位置检测器的反馈控制装置。 检测器检测各种信号之间的相位关系。 检测器是位于与门和微分电路之间的触发器。 触发器被连接以由与门输出的预定点检测信号来设置,并且触发器被连接,使得正反方向指令脉冲被禁止通过响应于输出锁定接收移位寄存器而产生 来自触发器的信号。 反馈电路由复位信号复位,该复位信号包括触发器的微分输出信号,其具有足够宽的脉冲宽度以获得复位条件,但不太宽,使得下一个正向和反向检测脉冲熄灭。
    • 8. 发明授权
    • Electronic clinical thermometer
    • 电子体温计
    • US4505599A
    • 1985-03-19
    • US492419
    • 1983-05-06
    • Kei Nonaka
    • Kei Nonaka
    • G01K7/32G01K13/00
    • G01K13/002G01K7/32
    • An electronic clinical thermometer comprises oscillating circuitry for producing two oscillating output signals having respective frequency-temperature coefficients which are widely different from each other. A frequency dividing circuit frequency divides one of the two output signals to produce a gate timing signal which controls the gating of the other oscillating output signal to an up/down counter. A switch coacts with the frequency dividing circuit to enable selective changing of the frequency dividing ratio, and another switch coacts with the up/down counter to enable variable setting of the reference count value from which the counter begins to up-count the oscillating output signal to produce an output counter number indicative of the measured temperature. A display device is connected through a decoder driver circuit and a latch circuit to the up/down counter and displays indicia representative of the measured temperature.
    • 电子体温计包括振荡电路,用于产生具有彼此广泛不同的相应频率 - 温度系数的两个振荡输出信号。 分频电路的频率将两个输出信号中的一个分频,以产生一个门定时信号,该门定时信号控制另一个振荡输出信号的选通到上/下计数器。 开关与分频电路共同作用,以便选择性地改变分频比,并且另一开关与升/降计数器共同作用以使得可以设定参考计数值,从该计数值开始计数振荡输出信号 以产生指示测量温度的输出计数器号。 显示装置通过解码器驱动电路和锁存电路连接到上/下计数器,并显示代表测量温度的标记。