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    • 81. 发明申请
    • ANCHOR ESCAPEMENT INCLUDING TWO ESCAPE WHEEL SETS
    • 锚固装置包括两个ESCAPE轮组
    • US20080304369A1
    • 2008-12-11
    • US12105558
    • 2008-04-18
    • Andres Cabezas JurinThierry Conus
    • Andres Cabezas JurinThierry Conus
    • G04B15/00
    • G04B15/06G04B19/23
    • The escapement includes two distinct escape wheel sets (1, 2), a roller (3) including a first impulse pallet stone (5) cooperating with the first wheel set (1) and a third impulse pallet stone (12) cooperating with the second wheel set (2). An anchor piece (6) articulated on a pivot (7) cooperates with an impulse pin (4) via a fork (8) fitted to the anchor piece. This anchor piece carries second (9) and fourth (13) impulse pallet stones respectively cooperating with the first (1) and second (2) wheel sets. The same anchor piece carries first (10) and second (11) locking pallet stones cooperating with the second wheel set (2).
    • 擒纵机构包括两个不同的擒纵轮组(1,2),包括与第一轮组(1)配合的第一冲击式货盘石(5)的辊(3)和与第二轮组合配合的第三冲击货盘石(12) 轮组(2)。 铰接在枢轴(7)上的锚固件(6)通过安装在锚固件上的叉(8)与冲击销(4)配合。 该锚固件承载分别与第一(1)和第二(2)个轮组配合的第二(9)和第四(13)个冲击托板石块。 相同的锚固件承载与第二轮组(2)协作的第一(10)和第二(11)锁定托盘石块。
    • 85. 发明授权
    • Annual calendar mechanism for timepiece
    • 手表年历机构
    • US07301854B2
    • 2007-11-27
    • US11261919
    • 2005-10-31
    • Christian Ruefenacht
    • Christian Ruefenacht
    • G04B19/20G04B19/24
    • G04B19/2536
    • The annual calendar mechanism comprises a drive wheel set (1) fitted with a first finger (2) driving a date disc (4) through one step once a day and a second finger (5) driving a plate (6) secured to an annual wheel (7) arranged coaxially to the date ring at the end of the months of less than thirty one days. An intermediate wheel (8) connects the annual wheel (7) to the date ring (4) at the end of each month. The annual wheel (7) comprises twice as many teeth (30) as there are months in a year and the intermediate wheel (8) comprises a first wheel (40) meshed with the annual wheel (7) and a second wheel (50) fixed to the first wheel, said second wheel being meshed, at the end of each month, with a snug (60) arranged inside the date ring (4).
    • 年度日历机构包括驱动轮组(1),其配备有通过一天一次驱动日期盘(4)的第一手指(2)和驱动固定到年度的板(6)的第二手指(5) 车轮(7)在少于三十天的月份结束时与日期环同轴布置。 中间轮(8)在每个月底连接年轮(7)到日期戒指(4)。 年轮(7)包括一年中几个月的齿数(30)的两倍,中间轮(8)包括与年轮(7)啮合的第一轮(40)和第二轮(50) 固定在所述第一轮上,所述第二轮在每个月份的末尾被啮合,并且具有布置在所述日期环(4)内的紧贴(60)。
    • 87. 发明申请
    • ANNUAL CALENDAR MECHANISM FOR WATCH MOVEMENT
    • 手表运动年度日历机制
    • US20070109916A1
    • 2007-05-17
    • US11558028
    • 2006-11-09
    • Alphonse Bron
    • Alphonse Bron
    • G04B19/24
    • G04B19/25G04B19/2538
    • The invention concerns an annual calendar mechanism for a timepiece including a date disc (16) to which are thirty one figures are affixed each corresponding to an indication of a day of the month provided with a first inner toothing (20) including thirty one teeth (20a), a date drive wheel set (32), said wheel set (32) including a finger (34) driving the date disc (16) through one step per day via one of the teeth (20a) of the first inner toothing (20) in order to control the date display, said date disc (16) including a second toothing (24), a correction drive wheel set (42) able to cooperate with the second toothing (24) to drive the date disc (16) through an additional step at the end of the months of less than thirty one days, and a month star wheel (54) arranged to be actuated at the end of each month and to complete one revolution per year, characterized in that in includes a month drive wheel set (52) provided for driving the month star wheel (54) at the end of each month, said drive wheel set (52) being connected, via a gear train (35, 56), to the date drive wheel set (32) and to the additional correction drive wheel set (42), said wheel set (52) occupying a first position in which it has no effect on the month star wheel (54), such that the kinematic chain between the date disc (16) and the month star wheel (54) is broken, and a second position that it occupies only at the moment when the change of month occurs and in which it actuates the month star wheel (54) so as to move it one step forward, such that a correction device (90) can act on the date disc (16) without any effect on the month star wheel (54) and vice versa.
    • 本发明涉及一种包括日期盘(16)的日历盘(16),每个日期盘(16)被附加有三十一个图形,每个对应于设置有包括三十一个牙齿的第一内齿轮(20)的月份当天的指示 20,a),日期驱动轮组(32),所述轮组(32)包括通过第一内部的齿(20a)中的一个通过一天驱动日期盘(16)的手指(34) 齿条(20),以便控制日期显示,所述日期盘(16)包括第二齿圈(24),能够与第二齿部(24)配合以驱动日期盘的校正驱动轮组(42) 16)通过在不到三十天的月底的附加步骤,以及安排在每个月底启动并且每年完成一次的月轮(54),其特征在于,包括 一月驱动轮组(52),用于驱动月星轮(5 如图4所示,在每月月底,所述驱动轮组52经由齿轮系(35,56)连接到日期驱动轮组32和附加校正驱动轮组42, 所述轮组(52)占据其对月星轮(54)没有影响的第一位置,使得日期盘(16)和月星轮(54)之间的运动链断开,并且 第二位置,其仅在月份变化发生时起动,并且其致动月星轮(54)以向前移动一步,使得校正装置(90)可以作用在日期盘上 (16)对星轮(54)没有任何影响,反之亦然。
    • 89. 发明申请
    • Angular speed measuring transducer
    • 角速度传感器
    • US20060130578A1
    • 2006-06-22
    • US11300482
    • 2005-12-15
    • Silvio PiazzaBruno Studer
    • Silvio PiazzaBruno Studer
    • G01P15/08
    • G01C19/5607H03H9/215
    • The invention concerns a transducer for measuring an angular velocity formed by a single piezoelectric tuning fork (21) that rotates at said angular velocity. The tuning fork includes two vibrating legs(23, 24) extending from a base (22), means (25a, 25b, 26a, 26b) exciting a first vibration of the tuning fork, arranged on the excitation leg (23), and means (27a, 27b, 28a, 28b) detecting a second vibration of the tuning fork generated in response to the first vibration and to a rotation of the tuning fork, arranged on the detection leg (24). The detection leg has a cross-shaped section including two top lateral faces (33, 34) and two bottom lateral faces (37, 38), separated by protruding parts (41, 42) projecting with respect to said faces. The detection means include first (27a) and second (28a) detection electrodes arranged facing each other, each being arranged on one of the top lateral faces (33, 34), such that the electrical field between the first and second detection electrodes is substantially rectilinear through the detection leg, and third (27b) and fourth (28b) detection electrodes arranged facing each other, each being arranged on one of the bottom lateral faces (37, 38), such that the electrical field between the third and fourth detection electrodes is substantially rectilinear through the detection leg.
    • 本发明涉及一种用于测量由所述角速度旋转的单个压电音叉(21)形成的角速度的换能器。 音叉包括从底座(22)延伸的两个振动腿(23,24),激励音叉的第一振动的装置(25a,25b,26a,26b),其布置在激励腿(23)上 ),以及装置(27a,27b,28a,28b),检测响应于所述第一振动而产生的音叉的第二振动和布置在所述检测腿(24)上的所述音叉的旋转。 检测腿具有包括两个顶部侧面(33,34)和两个底部侧面(37,38)的十字形部分,其相对于所述面突出的突出部分(41,42)分开。 检测装置包括彼此相对布置的第一(27a)和第二(28a)个检测电极,每个检测电极布置在一个顶侧面(33,34)上,使得第一和第二检测电极 通过检测腿基本直线,并且彼此面对地布置的第三(27b)和第四(28b)个检测电极,每个检测电极被布置在一个底侧面(37,38)上,使得在 第三和第四检测电极通过检测腿基本上是直线的。
    • 90. 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。