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    • 2. 发明申请
    • TIMEPIECE BARREL ASSEMBLY WITH REDUCED CORE DIAMETER
    • TIMEPIECE BARREL装配减少核心直径
    • US20140204719A1
    • 2014-07-24
    • US14241714
    • 2012-09-13
    • Marco RochatEdmond Capt
    • Marco RochatEdmond Capt
    • G04B1/16G04B1/14
    • G04B1/165G04B1/145G04B1/16
    • Timepiece barrel assembly (1) including a barrel arbour (18) including between first (181) and second (182) guide shoulders, a median shoulder (84) carrying a core (4) and a spring (2) mounted between a drum (3) and this core (4).This barrel arbour (18) includes, between this first shoulder (181) and this core (4), a ratchet-holder (81) for securing a ratchet (2). The core (4) includes, on the same side as and at a distance from this ratchet-holder (81), a first part (43) for guiding the pivoting of this drum (3), in immediate proximity to which there is fixed this ratchet (12) at a distance from and on the same side as this first shoulder (181). The ratchet-holder (81) directly or indirectly limits the shake of this drum (3) relative to a bearing surface (43A) of this core (4) at the edge of a receiving surface (5) for this spring (2).
    • 包括在第一(181)和第二(182)引导肩部之间的筒形轴心(18)的钟表筒组件(1),承载芯体(4)的中间肩部(84)和安装在滚筒 3)和这个核心(4)。 该筒体(18)在该第一肩部(181)和该芯部(4)之间包括用于固定棘轮(2)的棘轮架(81)。 芯部(4)在与该棘轮架(81)相同的一侧上包括用于引导该滚筒(3)的枢转的第一部分(43),该第一部分 该棘轮(12)与该第一肩部(181)相距一定距离。 棘轮架(81)在该弹簧(2)的接收表面(5)的边缘处直接或间接地限制该滚筒(3)相对于该芯(4)的支承表面(43A)的振动。
    • 3. 发明申请
    • MECHANISM FOR ADVANCING A KARUSSEL CAGE BY PERIODIC JUMPS
    • 用于通过周期性JUMPS进行卡路斯卡尔的机制
    • US20130155820A1
    • 2013-06-20
    • US13702192
    • 2011-06-07
    • Marco Rochat
    • Marco Rochat
    • G04B15/12
    • G04B15/12G04B17/28G04B17/285
    • A mechanism for advancing, by periodic jumps, a cage of an escapement mechanism, including: a pivoting retaining mechanism authorizing or preventing pivoting of the cage, depending on whether the retaining mechanism is moving or not; and a stopping mechanism cooperating with the retaining mechanism to allow or prevent the pivoting of the retaining mechanism according to the position of the stopping mechanism. The trajectory of the retaining mechanism interferes with that of the stopping mechanism, both being external to the cage, and the retaining mechanism includes a flirt pinion carrying a flirt arranged to cooperate with the stopping mechanism and whose trajectory interferes with the stopping mechanism, the flirt pinion cooperating with a toothing of the cage, via an inverter wheel set.
    • 一种用于通过周期性跳跃推进擒纵机构的笼的机构,包括:根据所述保持机构是否运动来授权或防止所述保持架的枢转的枢转保持机构; 以及与保持机构配合的止动机构,以根据止动机构的位置来允许或防止保持机构的枢转。 保持机构的轨迹与止动机构的轨迹相互干扰,两者都在保持架的外部,保持机构包括一个调节器,该调节器带有调节器,该调节器布置成与止动机构配合,并且其轨迹干扰停止机构,调音器 通过变频器轮组与齿轮啮合的小齿轮。
    • 5. 发明授权
    • Annual calendar mechanism for clockwork movement
    • 钟表运动年历机制
    • US6108278A
    • 2000-08-22
    • US393878
    • 1999-09-10
    • Marco Rochat
    • Marco Rochat
    • G04B19/253G04B19/24
    • G04B19/2536
    • An annual calendar mechanism including a date-disc provided with a first inner toothing including thirty one teeth, and a date drive wheel and pinion, said wheel and pinion including a finger capable of driving said date-disc through one step once a day, characterized in that the date-disc includes a second inner toothing provided for driving, via a gear train, a month-cam carrying at least five teeth, each of these teeth being arranged to be situated, at the end of the months of less than thirty one days, on the path of the beak of a lever and in that said lever carries a correction drive wheel and pinion fitted with a correction finger co-operating with the first or second toothing at the end of the aforecited months to drive the date-disc through one additional step at the end of said months when the lever pivots following the passage of its beak over a tooth of said cam.
    • 一种包括日期盘的日历机构,包括具有包括三十一个齿的第一内部齿轮和日期驱动轮和小齿轮,所述轮齿小齿轮包括能够通过一天一次驱动所述日期盘的手指,其特征在于, 因为日期盘包括第二内齿,其经由齿轮系驱动一个带有至少五个齿的月凸轮,这些齿中的每一个被布置成位于少于三十分之内的月份的末端 一天,在杠杆的喙的路径上,并且所述杠杆携带修正驱动轮和小齿轮,所述修正驱动轮和小齿轮配备有在前述月份结束时与第一或第二齿部配合的校正指示器,以驱动日期 - 当杠杆在其喙通过所述凸轮的齿之后枢转时,在所述月份结束时通过一个附加步骤盘。
    • 6. 发明授权
    • Mechanism for advancing a karussel cage by periodic jumps
    • 通过定期跳跃推进el壳笼的机制
    • US09058020B2
    • 2015-06-16
    • US13702192
    • 2011-06-07
    • Marco Rochat
    • Marco Rochat
    • G04B15/00G04C5/00G04B15/12G04B17/28
    • G04B15/12G04B17/28G04B17/285
    • A mechanism for advancing, by periodic jumps, a cage of an escapement mechanism, including: a pivoting retaining mechanism authorizing or preventing pivoting of the cage, depending on whether the retaining mechanism is moving or not; and a stopping mechanism cooperating with the retaining mechanism to allow or prevent the pivoting of the retaining mechanism according to the position of the stopping mechanism. The trajectory of the retaining mechanism interferes with that of the stopping mechanism, both being external to the cage, and the retaining mechanism includes a flirt pinion carrying a flirt arranged to cooperate with the stopping mechanism and whose trajectory interferes with the stopping mechanism, the flirt pinion cooperating with a toothing of the cage, via an inverter wheel set.
    • 一种用于通过周期性跳跃推进擒纵机构的笼的机构,包括:根据所述保持机构是否运动来授权或防止所述保持架的枢转的枢转保持机构; 以及与保持机构配合的止动机构,以根据止动机构的位置来允许或防止保持机构的枢转。 保持机构的轨迹与止动机构的轨迹相互干扰,两者都在保持架的外部,保持机构包括一个调节器,该调节器带有调节器,该调节器布置成与止动机构配合,并且其轨迹干扰停止机构,调音器 通过变频器轮组与齿轮啮合的小齿轮。
    • 7. 发明授权
    • Timepiece including a striking mechanism
    • 钟表包括一个醒目的机制
    • US08000174B2
    • 2011-08-16
    • US12482757
    • 2009-06-11
    • Marco RochatEdmond CaptCédric Reymond
    • Marco RochatEdmond CaptCédric Reymond
    • G04B21/00
    • G04B21/12
    • In a timepiece with a striking mechanism, for example a minute repeater watch, in order to prevent the control stem (9) inadvertently setting the time during operation of the striking work and causing damage, an uncoupling device is inserted in the time-setting train (17), and is controlled via a mobile part of the striking mechanism. The uncoupling device includes an intermediate motion wheel (19) that can be moved, for example axially, from a rest position in which it is meshed with the castle wheel (16). Said mobile part of the striking mechanism is preferably the strike barrel arbour (46), carrying a rotating cam (56) with a spiral profile. At the start of actuation of the striking mechanism, the cam pushes a lifting lever (60), which raises a strip (25) controlling the vertical movement of the intermediate motion wheel (19). This interrupts the kinematic connection in the motion work train, such that the stem (9) can rotate the castle wheel (16) without producing any effect and without encountering any resistance.
    • 在具有击打机构的钟表中,例如分钟中继表,为了防止控制杆(9)无意中设定打击作业的操作时间并造成损坏,将解耦装置插入时间表 (17),并通过打击机构的移动部分进行控制。 解偶装置包括中间运动轮(19),该中间运动轮(19)可以从静止位置移动(例如在轴向上),在静止位置,其与城堡轮(16)啮合。 打击机构的所述可移动部分优选地是带有螺旋轮廓的旋转凸轮(56)的冲击筒体(46)。 在打击机构的致动开始时,凸轮推动提升杆(60),该提升杆(60)升高控制中间运动轮(19)的垂直运动的条带(25)。 这样就中断了运动工作组中的运动学连接,使得杆(9)可以在不产生任何影响的情况下旋转城堡轮(16)并且不会遇到任何阻力。
    • 8. 发明申请
    • TIMEPIECE INCLUDING A STRIKING MECHANISM
    • 时间安排包括打击机制
    • US20100002546A1
    • 2010-01-07
    • US12482757
    • 2009-06-11
    • Marco RochatEdmond CaptCédric Reymond
    • Marco RochatEdmond CaptCédric Reymond
    • G04C21/06
    • G04B21/12
    • In a timepiece with a striking mechanism, for example a minute repeater watch, in order to prevent the control stem (9) inadvertently setting the time during operation of the striking work and causing damage, an uncoupling device is inserted in the time-setting train (17), and is controlled via a mobile part of the striking mechanism. The uncoupling device includes an intermediate motion wheel (19) that can be moved, for example axially, from a rest position in which it is meshed with the castle wheel (16). Said mobile part of the striking mechanism is preferably the strike barrel arbour (46), carrying a rotating cam (56) with a spiral profile. At the start of actuation of the striking mechanism, the cam pushes a lifting lever (60), which raises a strip (25) controlling the vertical movement of the intermediate motion wheel (19). This interrupts the kinematic connection in the motion work train, such that the stem (9) can rotate the castle wheel (16) without producing any effect and without encountering any resistance.
    • 在具有击打机构的钟表中,例如分钟中继表,为了防止控制杆(9)无意中设定打击作业的操作时间并造成损坏,将解耦装置插入时间表 (17),并通过打击机构的移动部分进行控制。 解偶装置包括中间运动轮(19),该中间运动轮(19)可以从静止位置移动(例如在轴向上),在静止位置,其与城堡轮(16)啮合。 打击机构的所述可移动部分优选地是带有螺旋轮廓的旋转凸轮(56)的冲击筒体(46)。 在打击机构的致动开始时,凸轮推动提升杆(60),该提升杆(60)升高控制中间运动轮(19)的垂直运动的条带(25)。 这样就中断了运动工作组中的运动学连接,使得杆(9)可以在不产生任何影响的情况下旋转城堡轮(16)并且不会遇到任何阻力。
    • 9. 发明申请
    • Dive Watch
    • 潜水手表
    • US20090185451A1
    • 2009-07-23
    • US12298655
    • 2007-04-05
    • Marco Rochat
    • Marco Rochat
    • G04B47/06
    • B63C11/02G04B47/066G04G21/02
    • The invention concerns a mechanical or electromechanical dive watch including hour (4) and minute (6) hands, and a pressure sensor (42), characterized in that it further includes a depth indicator hand (14) and a depth variation indicator hand (22), the depth indicator hand (14) providing the diver with an indication of the instantaneous value of the depth at which he is situated when he is diving, the depth variation indicator hand (22) being at that moment locked at zero, the depth indicator hand (14) being locked in turn when the diver reaches a required decompression stop and the depth variation indicator hand (22) being released to indicate to the diver any variations in his depth relative to the decompression stop depth, the depth variation indicator hand (22) then being returned to zero and locked while the depth indicator hand (14) is released and again indicates the exact dive depth when the diver resumes his ascent towards the surface.
    • 本发明涉及包括小时(4)和分针(6)的手的机械或机电潜水表,以及压力传感器(42),其特征在于,还包括深度指示器手(14)和深度变化指示器手 ),所述深度指示器手(14)为潜水员提供当他潜水时他所在的深度的瞬时值的指示,深度变化指示器手(22)在该时刻被锁定在零,深度 当潜水员达到所需的减压停止时,指示器手(14)依次锁定,并且释放深度变化指示器手(22)以向潜水员指示相对于减压停止深度的深度的任何变化,深度变化指示器手 (22)然后在深度指示器手(14)被释放时返回到零并且被锁定,并且当潜水员朝向表面恢复上升时再次指示准确的潜水深度。
    • 10. 发明授权
    • Timepiece barrel assembly with reduced core diameter
    • 钟表筒组件,芯径减小
    • US09158282B2
    • 2015-10-13
    • US14241714
    • 2012-09-13
    • Marco RochatEdmond Capt
    • Marco RochatEdmond Capt
    • G04B1/16G04B1/14
    • G04B1/165G04B1/145G04B1/16
    • Timepiece barrel assembly including a barrel arbor including between first and second guide shoulders, a median shoulder carrying a core and a spring mounted between a drum and this core, this barrel arbor including, between this first shoulder and this core a ratchet-holder for securing a ratchet, and this core including, on the same side as and at a distance from this ratchet-holder, a first part for guiding the pivoting of this drum, in immediate proximity to which there is fixed this ratchet at a distance from and on the same side as this first shoulder, and the ratchet-holder directly or indirectly limits the shake of this drum relative to a bearing surface of this core at the edge of a receiving surface for this spring.
    • 钟表筒组件,包括一个包括第一和第二引导肩部之间的筒形心轴,承载芯的中间肩部和安装在鼓和该芯之间的弹簧,该筒心轴在该第一肩部和该芯之间包括用于固定的棘轮架 棘轮,并且该芯包括在与该棘轮保持器相同的一侧并且距离该棘轮保持器一定距离处的第一部分,用于引导该滚筒的枢转的第一部分,其紧邻该棘轮固定在该距离处并远离其 与该第一肩部相同的一侧,并且棘轮架在该弹簧的接收表面的边缘处直接或间接地限制该鼓相对于该芯的支承表面的震动。