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Optimized escapement with safety measures

机译:通过安全措施优化擒纵

摘要

The escapement mechanism (1) includes a stop member (3), the stop member (3) comprises a first actuator (31) cooperating with the resonator (2) and a second actuator And a second actuator (32) cooperating with the set (4), wherein the first actuator (31) comprises a magnetized or charged pole piece (310) and the resonator (2) is magnetized or Wherein the pole piece and / or the pole piece comprises a charged track and the pole piece and / or the track have a magnetic field or an electrostatic field in the air gap between the pole piece and the track, Wherein the magnetic field or the electrostatic field has a strength which guarantees the relative drive of the stop member and the resonator when the torque is lower than the reference torque and the stop member and / / Or the resonator (2) comprises stop means (211, 311) for limiting the relative movement between the actuator (31) and the resonator (2) if the torque is greater than the reference torque.BACKGROUND OF THE INVENTION
机译:擒纵机构(1)包括止挡构件(3),该止挡构件(3)包括与谐振器(2)配合的第一致动器(31)和第二致动器,以及与装置(1)配合的第二致动器(32)。如图4所示,其中第一致动器(31)包括磁化的或带电的极靴(310),并且谐振器(2)被磁化,或者其中极靴和/或极靴包括带电轨道和极靴和/或磁道在极靴与磁道之间的气隙中具有磁场或静电场,其中,磁场或静电场具有一定的强度,当转矩较低时,该强度可以保证挡块和谐振器的相对驱动和/或谐振器(2)包括用于限制致动器(31)和谐振器(2)之间的相对运动的停止装置(211、311),如果转矩大于参考值扭矩发明背景

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