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    • 1. 发明申请
    • Process of detection of a dive start in a dive computer
    • 在潜水电脑中检测潜水开始的过程
    • US20050205092A1
    • 2005-09-22
    • US11082966
    • 2005-03-18
    • Stephane ClaudeLaurent Christe
    • Stephane ClaudeLaurent Christe
    • G04G99/00A61M16/00A62B7/00B63C11/02B63C11/32G01C5/06G01C13/00G04B47/06G04C3/00G04G21/02
    • G04G21/02B63C11/32B63C2011/021G01C5/06G01C25/00
    • The present invention concerns a method for detecting the start of a dive for implementation in a portable electronic device (1) of the diving computer type. More specifically, the method is for implementation in a device of this type having at least a first operating mode and a second operating mode, called the dive mode. This device includes a pressure sensor (5) for measuring the ambient pressure value (P) and electronic circuits (2) for processing the pressure measurement results including a time base (4) and at least one memory zone (7, 8). The detection method according to the present invention more particularly proposes making correction to certain measured pressure values before storing them as reference pressure values (Pref). Thus, the start of a dive can be detected with a high level of reliability solely on the basis of ambient pressure measurements.
    • 本发明涉及一种用于检测在潜水计算机类型的便携式电子设备(1)中实现的潜水开始的方法。 更具体地,该方法用于在具有至少第一操作模式和称为潜水模式的第二操作模式的这种装置中实现。 该装置包括用于测量环境压力值(P)的压力传感器(5)和用于处理包括时基(4)和至少一个存储区域(7,8))的压力测量结果的电子电路(2)。 根据本发明的检测方法更具体地提出在将它们存储为参考压力值(Pref)之前对某些测量的压力值进行校正。 因此,仅基于环境压力测量,可以以高水平的可靠性来检测潜水的开始。
    • 2. 发明授权
    • Process of detection of a dive start in a dive computer
    • 在潜水电脑中检测潜水开始的过程
    • US07448384B2
    • 2008-11-11
    • US11082966
    • 2005-03-18
    • Stéphane ClaudeLaurent Christe
    • Stéphane ClaudeLaurent Christe
    • A61M16/00A62B7/00B63C11/02G01L9/00
    • G04G21/02B63C11/32B63C2011/021G01C5/06G01C25/00
    • The present invention concerns a method for detecting the start of a dive for implementation in a portable electronic device (1) of the diving computer type. More specifically, the method is for implementation in a device of this type having at least a first operating mode and a second operating mode, called the dive mode. This device includes a pressure sensor (5) for measuring the ambient pressure value (P) and electronic circuits (2) for processing the pressure measurement results including a time base (4) and at least one memory zone (7, 8).The detection method according to the present invention more particularly proposes making correction to certain measured pressure values before storing them as reference pressure values (Pref). Thus, the start of a dive can be detected with a high level of reliability solely on the basis of ambient pressure measurements.
    • 本发明涉及一种用于检测在潜水计算机类型的便携式电子设备(1)中实现的潜水开始的方法。 更具体地,该方法用于在具有至少第一操作模式和称为潜水模式的第二操作模式的这种装置中实现。 该装置包括用于测量环境压力值(P)的压力传感器(5)和用于处理包括时基(4)和至少一个存储区域(7,8))的压力测量结果的电子电路(2)。 根据本发明的检测方法更具体地提出在将它们存储为参考压力值(Pref)之前对某些测量的压力值进行校正。 因此,仅基于环境压力测量,可以以高水平的可靠性来检测潜水的开始。
    • 3. 发明授权
    • Synchronization method between analogue display means and the time counter of a watch
    • 模拟显示装置与手表的时间计数器之间的同步方法
    • US07593292B2
    • 2009-09-22
    • US11427882
    • 2006-06-30
    • Fabien BlondeauLaurent ChristeJérôme Cuenin
    • Fabien BlondeauLaurent ChristeJérôme Cuenin
    • G04B9/00
    • G04C10/04G04G19/00
    • The invention concerns a synchronisation method between analogue display means (4, 6) and a volatile time counter (8) in a multi-function electronic watch when the primary powering means (18) powering said watch are replaced, including the following steps, (i) calculating a value (Vtps) representative of a time information item by means of the time base (14) of the watch; (ii) storing the value in the volatile time counter; (iii) updating the value in the volatile time counter periodically as a function of the supply frequency of a time information item by the time base; (iv) synchronised display of the value representative of a time information item by the analogue display means in a first operating mode of the watch; (v) non-synchronised display of a value not representative of a time information item by the analogue display means in a second operating mode of the watch; (vi) detecting the end of life of the primary power means powering the watch; (vii) setting the analogue display means in a predetermined reference position following detection of the end of life of the primary powering means; (viii) setting the value of the time counter to a predetermined reference value when the primary powering means are removed; (ix) automatic synchronisation between the analogue display means and the value of the time counter when the primary powering means are replaced.
    • 本发明涉及当更换对所述手表供电的主要供电装置(18)时,多功能电子手表中的模拟显示装置(4,6)和易失性时间计数器(8)之间的同步方法,包括以下步骤: i)通过手表的时基(14)计算代表时间信息项的值(Vtps); (ii)将该值存储在易失性时间计数器中​​; (iii)按照时基信息项的供给频率的函数周期性地更新所述易失性时间计数器中​​的值; (iv)在手表的第一操作模式下通过模拟显示装置同步显示表示时间信息项的值; (v)在手表的第二操作模式下,通过模拟显示装置不同步显示不代表时间信息项的值; (vi)检测主电源的使用寿命意味着为手表供电; (vii)在检测到一次供电装置的寿命结束之后将模拟显示装置设置在预定的参考位置; (viii)当移除主电源装置时,将时间计数器的值设置为预定的参考值; (ix)在更换主电源装置时,模拟显示装置与时间计数器的值之间的自动同步。
    • 4. 发明申请
    • SYNCHRONISATION METHOD BETWEEN ANALOGUE DISPLAY MEANS AND THE TIME COUNTER OF A WATCH
    • 模拟显示手段与手表时间计数器之间的同步方法
    • US20070002693A1
    • 2007-01-04
    • US11427882
    • 2006-06-30
    • Fabien BlondeauLaurent ChristeJerome Cuenin
    • Fabien BlondeauLaurent ChristeJerome Cuenin
    • G04C23/00G04B19/04
    • G04C10/04G04G19/00
    • The invention concerns a synchronization method between analogue display means (4, 6) and a volatile time counter (8) in a multi-function electronic watch when the primary powering means (18) powering said watch are replaced, including the following steps, (i) calculating a value (Vtps) representative of a time information item by means of the time base (14) of the watch; (ii) storing the value in the volatile time counter; (iii) updating the value in the volatile time counter periodically as a function of the supply frequency of a time information item by the time base; (iv) synchronized display of the value representative of a time information item by the analogue display means in a first operating mode of the watch; (v) non-synchronized display of a value not representative of a time information item by the analogue display means in a second operating mode of the watch; (vi) detecting the end of life of the primary power means powering the watch; (vii) setting the analogue display means in a predetermined reference position following detection of the end of life of the primary powering means; (viii) setting the value of the time counter to a predetermined reference value when the primary powering means are removed; (ix) automatic synchronization between the analogue display means and the value of the time counter when the primary powering means are replaced.
    • 本发明涉及当更换对所述手表供电的主要供电装置(18)时,多功能电子手表中的模拟显示装置(4,6)和易失性时间计数器(8)之间的同步方法,包括以下步骤: i)通过手表的时基(14)计算代表时间信息项的值(Vtps); (ii)将该值存储在易失性时间计数器中​​; (iii)按照时基信息项的供给频率的函数周期性地更新所述易失性时间计数器中​​的值; (iv)在手表的第一操作模式下通过模拟显示装置同步显示表示时间信息项的值; (v)在手表的第二操作模式下,通过模拟显示装置不同步显示不代表时间信息项的值; (vi)检测主电源的使用寿命意味着为手表供电; (vii)在检测到一次供电装置的寿命结束之后将模拟显示装置设置在预定的参考位置; (viii)当移除主电源装置时,将时间计数器的值设置为预定的参考值; (ix)在更换主电源装置时,模拟显示装置与时间计数器的值之间的自动同步。