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    • 2. 发明公开
    • UHR MIT EINER ZEITZONENANZEIGE
    • EP2140313A1
    • 2010-01-06
    • EP08736161.4
    • 2008-04-11
    • Eterna AG Uhrenfabrik
    • KURY, Patrick
    • G04B19/23
    • G04B19/223G04B19/221
    • A watch comprises a conventional hour hand (20) and minute hand (21). Said watch also comprises a time zone display with a window (31) in which information (32) regarding a time zone is placed on a disc (33). This time zone includes a time display comprising at least one hour display, which may also be realized by a window (41) in that an hour display (42) for said displayed time zone is placed on a disc (43). A crown (51) with a depressor (53) is then provided, which is mechanically connected to the time zone display (31, 32, 33) or the time display (41, 42, 43) for said displayed time zone (31, 32, 33) such that, by actuating the depressor (53), at least the hour hand (20) may be brought into synchronization with the time zone determined by the time zone display (31, 32, 33). In this manner, the new local time may be set according to a predetermined time zone by a single operation without stopping the clockwork.
    • 手表包括传统的时针(20)和分针(21)。 所述手表还包括具有窗口(31)的时区显示,其中关于时区的信息(32)被放置在盘(33)上。 该时区包括时间显示,该时间显示包括至少一个小时显示,其也可以通过窗口(41)实现,其中用于所述显示时间区的小时显示(42)被放置在盘(43)上。 然后提供具有压下器(53)的冠部(51),该冠部(51)机械地连接到用于所述显示的时间区域(31,32,33)的时间区域显示(31,32,33)或时间显示(41,42,43) (33,32,33),使得通过致动压下器(53),至少时针(20)可以与由时区显示(31,32,33)确定的时区同步。 以这种方式,可以在不停止发条的情况下通过单个操作根据预定时区来设置新的本地时间。
    • 4. 发明公开
    • MINUTENZÄHLER EINER UHR, INSBESONDERE EINES CHRONOGRAPHEN
    • 分钟计时的手表,尤其是计时码表
    • EP2923241A1
    • 2015-09-30
    • EP13792317.3
    • 2013-11-12
    • Eterna AG Uhrenfabrik
    • MERDANOVIC, SamirKURY, Patrick
    • G04B13/00G04F7/08
    • G04B19/02G04B13/003G04B19/04G04F7/0804
    • A minute hand of a timepiece, in particular of a chronograph, has a central arbor (10), which bears a seconds hand and has a plurality of accommodating regions. On the central arbor (10), for driving around the same: a gearwheel (20) is fixed in a first accommodating region, a flyback device (30) is fixed in a second accommodating region, and a snail cam (40) is arranged with an interference fit in a third accommodating region. A nose (61) of a minute control level (60), which can be pivoted about a pivot axis (62), slides along under resilient prestressing (63) during the rotary movement of the snail cam (40) and drops from the point of the largest radius (42) to the point of the smallest radius (44), wherein this disengaging point (42 to 44) of the advancement operation can be set in an adjustable manner by the minute control level (60). The snail cam (40) here has an opening (45) for accommodating the head of an eccentric (50) and the flyback device (30) has an opening (32) for accommodating the finger (52) of the eccentric (50), and therefore rotation of the eccentric head (51), via the flyback device (30) fixed on the central arbor (10), makes it possible to rotate the snail cam (40) by an angle about the central arbor (10) relative to the gearwheel (20) for setting the triggering point (42 to 44) of the advancement operation by the minute control level (60).