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    • 6. 发明申请
    • TIMEPIECE WITH COUPLED OSCILLATORS IN CHRONOGRAPH MODE
    • 具有耦合振荡器在时钟模式下的时序
    • US20130070568A1
    • 2013-03-21
    • US13609786
    • 2012-09-11
    • Jean-Luc HelferThierry HesslerThierry Conus
    • Jean-Luc HelferThierry HesslerThierry Conus
    • G04B17/00
    • G04F7/08G04B17/26G04F7/0823
    • The invention relates to a timepiece (1) comprising a first oscillator (15) oscillating at a first frequency and connected by a first gear train (5) to an energy source (9) to display the time and a chronograph system (51) comprising a second gear train (25) connected to the first gear train (5) via a coupling device (44) for selectively measuring a time. According to the invention, the chronograph system (51) further comprises a second oscillator (35), which is connected to the second gear train (25) and oscillates at a second frequency. Moreover, the second gear train (25) is connected to the first gear train (5) by an elastic coupling means (41), in order to synchronise the rate of the two oscillators (15, 35) using the same energy source (9) when the coupling device authorises said time measurement.The invention concerns the field of mechanical timepieces comprising a chronograph system.
    • 本发明涉及一种钟表(1),包括以第一频率振荡并由第一齿轮系(5)连接到能量源(9)以显示时间的第一振荡器(15),以及计时系统(51),包括 经由耦合装置(44)连接到第一齿轮系(5)的第二齿轮系(25),用于选择性地测量时间。 根据本发明,计时器系统(51)还包括连接到第二齿轮系(25)并以第二频率振荡的第二振荡器(35)。 此外,第二齿轮系(25)通过弹性联接装置(41)连接到第一齿轮系(5),以便使用相同能量源(9)同步两个振荡器(15,35)的速率 )耦合装置授权所述时间测量。 本发明涉及包括计时码表系统的机械钟表领域。
    • 7. 发明申请
    • GEARING PROFILE WITH CONSTANT TORQUE
    • 具有恒定扭矩的齿轮廓形
    • US20120118093A1
    • 2012-05-17
    • US13292565
    • 2011-11-09
    • Jean-Luc HELFER
    • Jean-Luc HELFER
    • F16H55/08
    • G04B13/027F16H55/08Y10T74/19949Y10T74/19972
    • A functional portion of an edge of each tooth of the toothed wheel has a profile which complies with the parametric double formula (in Cartesian coordinates): x  ( u ) = R 1  [ cos  ( 1 μ  ln  ( 1 - μ   u ) ) - u   sin  ( 1 μ  ln  ( 1 - μ   u ) ) ] y  ( u ) = R 1  [ sin  ( 1 μ  ln  ( 1 - μ   u ) ) + u   cos  ( 1 μ  ln  ( 1 - μ   u ) ) ] where R1=d1 cos(α−atan μ), α and d1 being parameters, where μ is a parameter which corresponds to the coefficient of friction at the contact between said edge and an edge of a tooth of another wheel, μ being able to take values between 0.05 and 0.5, and where u is a variable which varies in the interval (0, 1/μ) such that by varying u, the profile is passed through.
    • 齿轮的每个齿的边缘的功能部分具有符合参数化双重公式(以笛卡尔坐标)的轮廓:x(u)= R 1 [cos((1 - (uμμμ)) - u(1)μ(1)(1μu u u u u u u u u u u u uμμμμμμμμμμμμμ 其中R1 = d1 cos(α-atanμ),α和d1是参数,其中μ是参数,其中μ是参数, 其对应于所述边缘和另一个车轮的齿的边缘之间的接触处的摩擦系数,μ能够​​取0.05至0.5之间的值,并且其中u是在间隔(0,1 / μ),使得通过改变u,轮廓通过。
    • 9. 发明授权
    • Reverser mechanism for uni-directional rotational driving of a wheel set
    • 用于轮组的单向旋转驱动的反转机构
    • US07287901B1
    • 2007-10-30
    • US11695701
    • 2007-04-03
    • Jean-Luc HelferThierry Conus
    • Jean-Luc HelferThierry Conus
    • G04B25/00G04B5/00
    • G04B13/005F16D41/069F16D41/076G04B5/02G04B13/02
    • The mechanism includes, mounted to rotate freely on an arbour 6, a driving wheel (5) driven by an oscillating drive pinion (3) and a driven wheel (7) meshed with the first wheel set (1) of a kinematic chain and comprising a dome (11) for housing a coupling device (10) comprising at least one bent locking arm (12) one end (14) of which has a pivoting point (14a, 14b) on the driving wheel (5) and the other end (16) of which has a point of abutment (16a) against the inner wall (2) of the dome (11) of the driven wheel (7) via the action of a spring (20) integral with said arm (12). The pivoting point (14b) preferably moves along a cam (21).Application to automatic winding by an oscillating weight.
    • 该机构包括安装成在心轴6上自由旋转的驱动轮(5),其由摆动驱动小齿轮(3)驱动,和从动轮(7)与运动链的第一轮组(1)啮合,并且包括 用于容纳联接装置(10)的圆顶(11),其包括至少一个弯曲的锁定臂(12),其一端(14)在所述驱动轮(5)上具有枢转点(14a,14b) 其另一端(16)经由与所述臂(1)成一体的弹簧(20)的作用而具有抵靠从动轮(7)的圆顶(11)的内壁(2)的抵接点(16a) 12)。 枢转点(14b)优选地沿着凸轮(21)移动。 应用于通过摆锤的自动上链。