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    • 1. 发明申请
    • METHOD FOR CREATING A FLEXIBLE, MULTISTABLE ELEMENT
    • 创建柔性,多元素元素的方法
    • US20150203985A1
    • 2015-07-23
    • US14423900
    • 2013-11-06
    • Nivarox-FAR S.A.
    • Marc StranczlThierry Hessler
    • C30B1/10C30B29/18G04B15/14
    • G04B15/14C30B1/10C30B29/18G04B15/12G04B17/26
    • Method for creating a flexible, multistable element (5): a silicon component (S) is etched with a beam (P) connecting two ends (E1, E2) of a rigid mass (MU) having a cross-section more than ten times that of said beam (P), SiO2 is grown at 1100° C. for a duration adjusted to obtain, on said beam (P), a first ratio (RA) of more than 1 between the section of a first peripheral layer (CP1) of SiO2, and that of a first silicon core (A1), and, on said mass (MU), a second ratio (RB) between the section of a second peripheral layer (CP2) of SiO2 and that of a second silicon core (A2), which is less than a hundredth of said first ratio (RA); cooling to ambient temperature is performed, to deform said beam (P) by buckling when said mass (MU) cools and contracts more than said beam (P).
    • 用于产生柔性多元件(5)的方法:用连接两个端部(E1,E2)的梁(P)蚀刻硅部件(S),所述刚性质量块(MU)的横截面大于十倍 所述光束(P)的SiO 2在1100℃下生长持续时间,以在所述光束(P)上获得在第一外围层(CP1)的部分之间大于1的第一比率(RA) )和第一硅芯(A1)的SiO 2和第二硅芯(A1)的截面之间的第二比率(RB),在所述质量(MU)上, (A2),其小于所述第一比率(RA)的百分之一; 执行冷却至环境温度时,当所述质量(MU)冷却并收缩超过所述光束(P)时,通过屈曲使所述光束(P)变形。
    • 8. 发明申请
    • CONSTANT FORCE ESCAPEMENT MECHANISM
    • 永久性的避难机制
    • US20160252881A1
    • 2016-09-01
    • US15027627
    • 2015-06-19
    • NIVAROX-FAR S.A.
    • Marc STRANCZL
    • G04B15/10
    • G04B15/10G04B15/08G04B15/12
    • A constant force escapement mechanism between an oscillator and a gear train driven by a barrel, includes a stop member cooperating with the oscillator and with toothing of a flexible, one-piece escape wheel including a pinion that meshes with an input wheel of the gear train and is connected to the toothing by flexible arms configured to store energy from the gear train and to restore energy according to a position of a detent lever, which includes a first arm cooperating with the toothing, and a second arm cooperating with the input wheel to stop or release the input wheel. The lever tilts, at each passage of a tooth of the toothing, about a pivot bearing, and the escapement mechanism is configured to be incorporated in a movement or in a watch.
    • 在振荡器和由机筒驱动的齿轮系之间的恒力擒纵机构包括与振荡器协作的止动构件和与柔性的一体式擒纵轮的齿部,所述止动构件包括与齿轮系的输入轮啮合的小齿轮 并且通过柔性臂连接到所述齿部,所述柔性臂构造成存储来自所述齿轮系的能量,并且根据包括与所述齿部配合的第一臂的止动杆的位置来恢复能量,以及与所述输入轮配合的第二臂 停止或松开输入轮。 杠杆在齿的齿的每个通道处围绕枢转轴承倾斜,并且擒纵机构构造成结合在运动或手表中。
    • 9. 发明授权
    • Timepiece anti-trip mechanism
    • 钟表反跳机构
    • US09317015B2
    • 2016-04-19
    • US14071961
    • 2013-11-05
    • Nivarox-FAR S.A.
    • Marc StranczlThierry Hessler
    • G04B15/12G04B15/14G04B17/26C30B1/10C30B29/18
    • G04B15/14C30B1/10C30B29/18G04B15/12G04B17/26
    • Anti-trip mechanism for limiting the travel of a timepiece balance including a pin projecting from a staff, including a flexible multistable or bistable element carrying an anti-trip stop member and which is fixed, via flexible and elastic connecting members, to a rigid structural element of a timepiece movement. One end of said anti-trip stop member is arranged, according to the angular position of the balance, to interfere with the trajectory of the pin, and to perform the function of a stop if the balance exceeds its normal angular travel.Each anti-trip stop member includes two arms whose respective ends each interfere with the trajectory of the pin.
    • 用于限制包括从工作人员突出的销的行程的防跳闸机构,包括通过柔性和弹性连接构件固定的通过柔性和弹性连接构件固定的柔性多态或双稳态元件到刚性结构 钟表机芯元素。 所述防跳闸止动构件的一端根据天平的角度位置被布置成干涉销的轨迹,并且如果平衡超过其正常的角行程则执行停止的功能。 每个防跳闸止动构件包括两个臂,其各自的端部各自干扰销的轨迹。