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    • 3. 发明公开
    • Arm-attached portable equipment and method for adjusting its band length
    • Eine am Arm befestigte tragbare Vorrichtung und Verfahren zur Einstellung ihrerArmbandlänge
    • EP0754988A2
    • 1997-01-22
    • EP96305252.7
    • 1996-07-17
    • SEIKO EPSON CORPORATIONSEIKO INSTRUMENTS INC.
    • Yasukawa, NaoakiSuzuki, HiroshiUzawa, YoshitoYamazaki, KenjiOdagiri, Hiroshi
    • G04B37/16G04B47/06
    • G04G21/025G04B37/1486
    • To provide arm-attached portable equipment and an arm-attached pulse meter in which the system unit can reliably and quickly be attached and in which the wrist band can easily be removed from the system unit.
      In arm-attached pulse meter 1, wrist band 12 is connected in retaining holes 171 through detachable band-connecting axis 14 at the twelve o'clock side of system unit 10. Band retainer 60 is attached to system unit 10 at the six o'clock side. Band retainer 60 holds the middle of wrist band 12 which is folded there. Catch 123, which covers the tip edge of the band, is affixed to band tip 121 using an adhesive, thus forming step difference 127. Therefore, because step difference 127 of wrist band 12 hooks onto band path 611 of band retainer 60, band tip 121 does not accidentally slip off band retainer 60.
    • 提供手臂连接便携式设备和手臂式脉搏计,其中系统单元可以可靠和快速地安装,并且手腕带可以容易地从系统单元移除。 在手臂式脉搏计1中,腕带12通过可拆卸的带连接轴14在系统单元10的十二点侧连接在保持孔171中。带保持器60在系统单元10的六个“ 时钟侧 带固定器60保持在其上折叠的腕带12的中间。 使用粘合剂将覆盖带的前端边缘的卡扣123固定到带末端121,从而形成台阶差127.因此,由于腕带12的台阶差127钩在带保持架60的带路径611上, 121不会意外滑落带保持架60.
    • 4. 发明公开
    • Pulse rate meter
    • Pulsschlagmesser
    • EP0729726A2
    • 1996-09-04
    • EP96301176.2
    • 1996-02-20
    • SEIKO EPSON CORPORATIONSEIKO INSTRUMENTS INC.
    • Kitazawa, KoujiHayakawa, MotomuOdagiri, Hiroshi
    • A61B5/024
    • A61B5/721A61B5/02422A61B5/02438A61B5/7257
    • A pulse counter that can accurately measure pulse count regardless of whether the user is resting or exercising is disclosed. In the pulse counter, a pulse wave component extraction means (108) extracts pulse wave components based on the frequency analysis results of a first calculation means (103) and a second calculation means (106). During this process, an extraction method switching means (107) determines whether the user is resting or exercising based on the amplitude level of the signal output of a body movement signal conversion means, the level (power) of the frequency spectrum of the output signal of the second calculation means (106) or the degree of variation in the level. If the user is determined to be resting, the extraction method switching means (107) causes the pulse wave component extraction means (108) to extract the pulse wave components based on the frequency analysis result of the first calculation means (103).
    • 公开了可以精确地测量脉冲计数的脉冲计数器,而不管使用者是休息还是锻炼。 在脉冲计数器中,脉搏波分量提取装置(108)根据第一计算装置(103)和第二计算装置(106)的频率分析结果提取脉搏波分量。 在该过程中,提取方法切换装置(107)基于身体移动信号转换装置的信号输出的幅度水平确定用户是休息还是锻炼,输出信号的频谱的电平(功率) 的第二计算装置(106)或水平的变化程度。 如果确定用户休息,则提取方法切换装置(107)使得脉波分量提取装置(108)根据第一计算装置(103)的频率分析结果提取脉波分量。
    • 6. 发明公开
    • Analog electronic timepiece
    • 模拟电子计时器
    • EP0320295A3
    • 1991-03-27
    • EP88311700.4
    • 1988-12-09
    • SEIKO INSTRUMENTS INC.
    • Inoue, YuichiOdagiri, HiroshiSaruwatari, TomozumiTakakuwa, Eriko
    • G04C3/14
    • G04C3/14
    • An analog electronic timepiece comprises time keeping means (1, 2) for producing time of day information, a motor driving circuit (3,4) responsive to the time keeping means for generating motor driving waveforms, and a motor (5) responsive to the motor driving circuit. A time indicating hand (7) responsive to the motor (5) indicates time of day. An acoustic circuit (11, 13) is responsive to the time keeping means for emitting a sound at a predetermined time and includes a speaker (13). A control circuit (9) controls the motor driving circuit (3) so that the time indicating hand (7) is driven in a different way from when time of day is indicated in synchronism with sound emitted by the acoustic circuit. Moreover the control circuit (9) is responsive to the time keeping means for controlling the motor driving circuit so that the time indicating hand indicates the time of day after termination of the sound emitted by the acoustic circuit.
    • 一种模拟电子钟表包括用于产生时间信息的计时装置(1,2),响应于用于产生电动机驱动波形的计时装置的电动机驱动电路(3,4),以及响应于 电机驱动电路。 响应于马达(5)的时间指示手(7)表示时间。 声音电路(11,13)响应于在预定时间发出声音的时间保持装置,并且包括扬声器(13)。 控制电路(9)控制电动机驱动电路(3),使得时间指示手(7)以与由声音电路发出的声音同步地指示的时间不同的方式被驱动。 此外,控制电路(9)响应于用于控制电动机驱动电路的时间保持装置,使得时间指示手表示在声音电路发出的声音终止之后的时间。
    • 9. 发明公开
    • Analog electronic timepiece
    • 分析电子
    • EP0320295A2
    • 1989-06-14
    • EP88311700.4
    • 1988-12-09
    • SEIKO INSTRUMENTS INC.
    • Inoue, YuichiOdagiri, HiroshiSaruwatari, TomozumiTakakuwa, Eriko
    • G04C3/14
    • G04C3/14
    • An analog electronic timepiece comprises time keeping means (1, 2) for producing time of day information, a motor driving circuit (3,4) responsive to the time keeping means for generating motor driving waveforms, and a motor (5) responsive to the motor driving circuit. A time indicating hand (7) responsive to the motor (5) indicates time of day. An acoustic circuit (11, 13) is responsive to the time keeping means for emitting a sound at a predetermined time and includes a speaker (13). A control circuit (9) controls the motor driving circuit (3) so that the time indicating hand (7) is driven in a different way from when time of day is indicated in synchronism with sound emitted by the acoustic circuit. Moreover the control circuit (9) is responsive to the time keeping means for controlling the motor driving circuit so that the time indicating hand indicates the time of day after termination of the sound emitted by the acoustic circuit.
    • 一种模拟电子钟表包括用于产生时间信息的计时装置(1,2),响应于用于产生电动机驱动波形的计时装置的电动机驱动电路(3,4),以及响应于 电机驱动电路。 响应于马达(5)的时间指示手(7)表示时间。 声音电路(11,13)响应于在预定时间发出声音的时间保持装置,并且包括扬声器(13)。 控制电路(9)控制电动机驱动电路(3),使得时间指示手(7)以与从声音电路发出的声音同步地指示的时间不同的方式被驱动。 此外,控制电路(9)响应于用于控制电动机驱动电路的时间保持装置,使得时间指示手指示在声音电路发出的声音终止之后的时间。