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    • 1. 发明授权
    • Analog world watch
    • 模拟世界观
    • US5237544A
    • 1993-08-17
    • US548369
    • 1990-07-05
    • Masahiro SaseKiyotaka IgarashiTakashi OsaNoritoshi Suzuki
    • Masahiro SaseKiyotaka IgarashiTakashi OsaNoritoshi Suzuki
    • G04G9/00
    • G04G9/0076
    • A world watch has an hour hand and a minute hand for usual time indication, a plurality of symbols disposed on a dial to represent areas having respective time differences, an area including hand for specifying one of the areas by indicating one of the symbols, a local time indicating hand for indicating the local time of the specified area at least in hours, and a date indicating hand for indicating a date of the specified area. The world watch comprises counters for counting the numbers of driving signals used for driving the area indicating hand and local time indicating hand, respectively; and a drive controlling circuit for generating, when the count of at least one of the counters reaches a predetermined value, a driving signal for driving the date indicating hand in a normal or reverse turning direction based on a judgment whether the predetermined value has been described by an increase in the count or by a decrease in the count. With this arrangement, the standard time and date of an optical area are correctly and easily displayed.
    • 世界手表具有时针和分针,用于通常的时间指示,设置在表盘上的多个符号以表示具有各自时间差的区域,包括用于通过指示符号之一来指定一个区域的手的区域, 至少在几小时内指示指定区域的当地时间的本地时间,以及指示指定区域的日期的手的日期。 世界手表包括分别计数用于驱动指示手的区域和本地时间指示手的区域的驱动信号的计数器的计数器; 以及驱动控制电路,用于当至少一个计数器的计数达到预定值时,根据是否已经描述了预定值的判断,产生用于驱动在正向或反向转动方向上指示手指的日期的驱动信号 通过增加计数或减少计数。 通过这种布置,光学区域的标准时间和日期被正确且容易地显示。
    • 4. 发明授权
    • Rechargeable electronic apparatus
    • 充电电子仪器
    • US6060862A
    • 2000-05-09
    • US51646
    • 1998-11-24
    • Masahiro SaseKiyotaka IgarashiKenji Fujita
    • Masahiro SaseKiyotaka IgarashiKenji Fujita
    • G01R31/36G04C10/04G04G19/00G04G99/00H02J7/00H02J7/02
    • G04C10/04G04G19/00H02J7/0031H02J7/008
    • A electrical-generating type of electronic apparatus, such as a rechargeable electronic watch capable of allowing the user to easily verify the detection of the charge capacity of the battery is provided, this being a rechargeable electronic apparatus 100 having an electrical generation means 3, an electrical storage means 7, a reverse-flow prevention means 5 that prevents reverse flow of charging current to the electrical storage means 7, and a time display means 6 which has the electrical storage means 7, which is charged by the electrical generation means 3, as a power source, this apparatus further being provided with a charging condition detection means 30, which detect the charging condition of the electrical storage means 7, a charging cutoff means 9 which is provided in a charging path between the electrical generation means 3 and the electrical storage means 7, and a charging condition notification means 6 that makes notification of the charging condition of the electrical storage means 7, based on a detection signal from the charging condition detection means 30, the charging condition detection means 30 causing the charging cutoff means to operate during the detection of the charging condition of the electrical storage means 7, so as to cut off the charging.
    • PCT No.PCT / JP97 / 02903 Sec。 371日期:1998年11月24日 102(e)1998年11月24日PCT PCT 1997年8月21日PCT公布。 出版物WO98 / 08146 日期1998年2月26日提供了一种发电型电子设备,例如能够允许用户容易地验证电池的充电容量检测的可再充电电子手表,这是一种具有电 发电装置3,蓄电装置7,防止向蓄电装置7的充电电流反向流动的逆流防止装置5以及具有蓄电装置7的时间显示装置6, 发电装置3作为电源,还设置有检测蓄电装置7的充电状态的充电条件检测装置30,充电截止装置9,其设置在电气 生成装置3和电存储装置7,以及通知充电条件的充电条件通知装置6 蓄电装置7基于来自充电条件检测装置30的检测信号,充电条件检测装置30使得充电截止装置在检测蓄电装置7的充电状态期间操作,以便切断 关闭充电。
    • 5. 发明授权
    • Time signal repeater and time correction system using the same
    • 时间信号中继器和时间校正系统使用相同
    • US06288977B1
    • 2001-09-11
    • US09512288
    • 2000-02-24
    • Shinya YoshidaMasahiro TanoguchiKenichi NemotoAkinari TakadaKenji FujitaMasahiro Sase
    • Shinya YoshidaMasahiro TanoguchiKenichi NemotoAkinari TakadaKenji FujitaMasahiro Sase
    • G04C1102
    • G04R20/12G04R20/10
    • A time signal repeater, capable of selectively relaying standard time radio signals having different modulation frequencies and correcting the time based on the plurality of standard time radio signals without changing a radio correction clock side, including an antenna portion capable of receiving a standard time radio signal by a set resonance frequency, an oscillating circuit outputting a signal having a frequency of the received standard time radio signal in synchronization with the standard time radio signal received by the antenna portion, at least one frequency conversion circuit converting the frequency of the output signal of the oscillating circuit, a receiving circuit receiving as input the standard time radio signal received by the antenna portion and correcting a time of an internal clock according to a time code included in the received radio signal, a transmission circuit generating a time radio signal including a time code based on the internal clock based on the output signal of the oscillating circuit or the signal converted in frequency by the frequency conversion circuit at the time of transmission, and a selecting circuit receiving as input the output signal of the oscillating circuit or the signal converted in frequency by the frequency conversion circuit to the transmission system circuit, and a time correction system using the same.
    • 一种时间信号中继器,其能够选择性地中继具有不同调制频率的标准时间无线电信号,并且基于多个标准时间无线电信号校正时间,而不改变无线电校正时钟侧,包括能够接收标准时间无线电信号的天线部分 通过设定的共振频率,与由天线部分接收的标准时间无线电信号同步地输出具有接收的标准时间无线电信号的频率的信号的振荡电路,至少一个频率转换电路将输出信号的频率 振荡电路,接收电路作为输入接收由天线部分接收的标准时间无线电信号,并根据接收到的无线电信号中包括的时间码校正内部时钟的时间;发送电路,生成包括 基于输出的内部时钟的时间码 振荡电路的信号或频率转换电路在发送时被频率变换的信号,以及选择电路作为输入接收振荡电路的输出信号或由频率转换电路在频率上变换为信号的信号 系统电路和使用该电路的时间校正系统。
    • 6. 发明授权
    • Photovoltaic electronic timepiece
    • 光伏电子钟表
    • US4785436A
    • 1988-11-15
    • US13755
    • 1987-02-12
    • Masahiro Sase
    • Masahiro Sase
    • G04C10/02G04C10/04G04B1/00
    • G04C10/04G04C10/02
    • In an electronic timepiece powered by a photovoltaic cell, the supply voltage fluctuates a great deal due to the varying amounts of light received by the photovoltaic cell. This presents special considerations for a low voltage alarm circuit. The present invention combines two alarms. First, there is a charging alarm which responds to voltage and which indicates that voltage is low and that the amount of light should be increased. If the light is increased, the circuit will continue to operate and no reset operation is needed. If on the other hand the voltage drops to the point where the circuit actually stops, a stop alarm is activated. The stop alarm is not responsive to voltage level. Instead, it is responsive to the fact that the circuit's oscillator has stopped. Furthermore, the stop alarm is provided with a memory and it will not automatically be reset if the voltage is increased.
    • 在由光伏电池供电的电子钟表中,由于光伏电池接收的光的变化量,电源电压波动很大。 这对低压报警电路有特殊的考虑。 本发明组合了两个报警。 首先,有一个响应电压的充电报警器,这表明电压低,并且应该增加光量。 如果光线增加,电路将继续工作,不需要复位操作。 另一方面,如果电压下降到电路实际停止点,则停止报警被激活。 停机报警不响应电压电平。 相反,它响应于电路的振荡器停止的事实。 此外,停机报警提供有存储器,如果电压增加,则不会自动复位。
    • 9. 发明授权
    • Miniature electronic device
    • 微型电子设备
    • US06760003B1
    • 2004-07-06
    • US09297586
    • 1999-05-05
    • Masahiro Sase
    • Masahiro Sase
    • G09G336
    • G04G9/0047G04G9/00
    • A small-sized electronic apparatus is provided which, in the case of use as a watch, can be manufactured at a low cost but with the same thickness, size, weight, etc., as a conventional watch and which includes various sensing means for switching and for shutter opening/closing. Display shutout control means 10 accepts a switching signal from switching means 9 and a closing signal from a timer control circuit 14, and issues a control signal. The control signal is fed to a liquid crystal shutter 13 which uses a liquid crystal panel arranged above an information display part 80, to perform opening/closing of the shutter.
    • 提供了一种小型电子设备,其在用作手表的情况下可以以低成本制造,但是具有与常规手表相同的厚度,尺寸,重量等,并且包括各种用于 切换和快门打开/关闭。 显示器切断控制装置10接受来自开关装置9的开关信号和来自定时器控制电路14的闭合信号,并发出控制信号。 控制信号被馈送到使用布置在信息显示部分80上方的液晶面板来执行快门的打开/关闭的液晶快门13。