会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Magnetic and/or electrostatic anti-shock device
    • 磁性和/或静电抗冲击装置
    • US08579501B2
    • 2013-11-12
    • US13290606
    • 2011-11-07
    • Sylvain MarechalDavide Sarchi
    • Sylvain MarechalDavide Sarchi
    • G04B31/02H02K7/09
    • G04B31/02G04B31/00
    • Anti-shock device for the protection of a timepiece component pivotally mounted between a first and a second end in a chamber. The component is freely mounted in the chamber between pole pieces, which are distinct from the component and located in proximity to the chamber and the device includes a device for attracting the first end held in abutment on only the first pole piece, and a device for attracting the second end towards a second pole piece, the devices for attracting the first end and the second end, which are of magnetic and/or electrostatic nature, can move along an axial direction between stop members.
    • 防冲击装置,用于保护枢转地安装在腔室中的第一和第二端之间的钟表部件。 该部件自由地安装在两个极片之间的腔室中,它们不同于部件并且位于腔室附近,并且该装置包括用于吸引第一端部的装置,该第一端部仅保持抵靠在第一极靴上, 将第二端吸引到第二极靴,用于吸引具有磁性和/或静电性质的第一端和第二端的装置可以沿止动构件之间的轴向方向移动。
    • 4. 发明申请
    • MAGNETIC AND/OR ELECTROSTATIC ANTI-SHOCK DEVICE
    • 磁性和/或静电防震装置
    • US20120113767A1
    • 2012-05-10
    • US13290606
    • 2011-11-07
    • Sylvain MarechalDavide Sarchi
    • Sylvain MarechalDavide Sarchi
    • G04B37/04
    • G04B31/02G04B31/00
    • Anti-shock device (10) for the protection of a timepiece component (1) pivotally mounted between a first (2) and a second (3) end in a chamber (1A).Said component (1) is freely mounted in said chamber (1A) between pole pieces (4, 6), which are distinct from said component (1) and located in proximity to said chamber (1A) and the device (10) includes means for attracting said first end (2) held in abutment on only the first pole piece (4), and means for attracting said second end (2) towards a second pole piece (6), said attraction means of said first end (2) and said second end (3), which are of magnetic and/or electrostatic nature, can move along an axial direction (D) between stop members.
    • 用于保护枢转地安装在腔室(1A)中的第一(2)和第二(3)端之间的钟表件(1)的防震装置(10)。 所述部件(1)自由地安装在与所述部件(1)不同并位于所述腔室(1A)附近的极片(4,6)之间的所述腔室(1A)中,并且所述装置(10)包括装置 用于吸引仅保持在第一极靴(4)上的所述第一端(2),以及用于将所述第二端(2)吸引到第二极靴(6)的装置,所述第一端(2)的所述吸引装置, 并且具有磁性和/或静电性质的所述第二端(3)能够沿止动件之间的轴向方向(D)移动。
    • 5. 发明授权
    • Magnetic and/or electrostatic pivot
    • 磁性和/或静电枢轴
    • US09030070B2
    • 2015-05-12
    • US13290544
    • 2011-11-07
    • Sylvain MarechalDavide SarchiOlivier KarlenArnaud Todeschini
    • Sylvain MarechalDavide SarchiOlivier KarlenArnaud Todeschini
    • H02K7/09G04B31/00F16C32/04G04B17/32
    • G04C5/005F16C25/045F16C32/0408G04B17/32G04B31/00G04C3/064H02K7/09Y10T29/49579
    • A method and device for orienting a timepiece component on both ends of which two magnetic/electrostatic fields each attract it onto a pole piece, with an unbalance in the intensity of the fields around the component, in order to create a differential in the forces thereon and to press one of the ends onto a contact surface of one of the pole pieces, and to hold the other end at a distance from the other pole piece. A magnetic/electrostatic pivot includes such a component with two ends. It includes a guide device with surfaces of two pole pieces each attracted by a magnetic/electrostatic field transmitted by one of the ends, or generating a magnetic/electrostatic field attracting one of the ends, the magnetic/electrostatic forces exerted on the two ends are of different intensity, in order to attract only one end into contact with only one of the pole piece surfaces.
    • 一种用于定向其两端的钟表部件的方法和装置,其中两个磁/静电场各自将其吸引到极片上,具有围绕部件的场强度的不平衡,以便产生其上的力的差异 并且将其中一个端部按压到一个极片的接触表面上,并将另一端保持与另一个极片一段距离。 磁/静电枢轴包括具有两端的部件。 它包括一个引导装置,它具有两个磁极片的表面,每个极片都被一个端部传输的磁/静电场吸引,或者产生一个磁场/静电场,吸引其中一个端部,施加在两端的磁/静电力是 具有不同的强度,以便仅吸引一端与只有一个极片表面接触。
    • 6. 发明申请
    • CRYSTAL-BEZEL ASSEMBLY UNIT FOR A TIMEPIECE AND PROCESS ASSEMBLY
    • 用于时间和流程组件的晶体 - 贝尔组件装置
    • US20110228648A1
    • 2011-09-22
    • US13049192
    • 2011-03-16
    • Jacques MievilleJérôme FavreSylvain MarechalSimon Lauper
    • Jacques MievilleJérôme FavreSylvain MarechalSimon Lauper
    • G04B23/02G04B21/00B23P11/00
    • G04B39/00G04B21/08G04B23/028Y10T29/49579
    • The invention relates to a process for assembly of a crystal and a bezel for use of said crystal as vibrating and radiating element, according to which unconnected junction zones are determined and formed that together form the only mechanical link for the transmission of vibrations of said bezel to said crystal, on which zones said crystal is secured on said bezel in order to transmit to said crystal any vibration communicated to said bezel, and outside these zones said crystal is held without direct contact with said bezel.The invention also relates to a crystal-bezel assembly unit (1) for a timepiece comprising junction zones (4) that together form the only mechanical link for the transmission of vibrations from said bezel (3) to said crystal (2) to cause said crystal (2) to resonate under the action of the vibrations, and outside said junction zones (4) said crystal (2) has no direct contact with said bezel (3).The invention also relates to a timepiece (100) comprising such a unit (1).
    • 本发明涉及一种用于将所述晶体用作振动和辐射元件的晶体和边框的组装方法,根据该方法确定和形成未连接的接合区域,其一起形成用于传输所述边框振动的唯一机械连接 在所述晶体上,所述晶体被固定在所述边框上,以便向所述晶体透射传递到所述边框的任何振动,并且在所述晶体外部,所述晶体保持而不与所述边框直接接触。 本发明还涉及一种用于钟表的晶体表圈组件单元(1),其包括连接区域(4),所述连接区域一起形成用于将振动从所述边框(3)传输到所述晶体(2)的唯一机械连接件,以使所述 晶体(2)在振动的作用下共振,并且在所述接合区(4)的外部,所述晶体(2)不与所述边框(3)直接接触。 本发明还涉及包括这种单元(1)的钟表(100)。
    • 7. 发明申请
    • STRIKE MECHANISM FOR A WATCH
    • 冲击机制
    • US20110158058A1
    • 2011-06-30
    • US12976004
    • 2010-12-22
    • Sylvain MarechalJean-François PesentiJérôme FavreNakis Karapatis
    • Sylvain MarechalJean-François PesentiJérôme FavreNakis Karapatis
    • G04B21/00
    • G04B21/06G04B21/12G04B23/026G04B23/12
    • The strike mechanism (1) of a watch includes a gong (21), which is secured by one end thereof to a gong-carrier (22) integral with a plate, a hammer (2) rotatably mounted on the plate for striking the gong (21) at predetermined times, a damping counterspring (5) for keeping the hammer at a distance from the gong (21) in an idle mode, and a spring (3) for driving the hammer. The drive spring includes one end (3b) secured to the plate and one end (3a) that is free to move. The spring is capable of being wound so that the free end (3a) of the spring drives the hammer (2) against the gong (21) in a strike mode to generate an acoustic sound. The strike mechanism further includes a stop member (10) on the path of the hammer drive spring in the direction of the gong for increasing the strike speed following contact of an intermediate part of the drive spring (3) in action against the stop member.
    • 手表的敲击机构(1)包括锣(21),该锣(21)的一端被固定到与板一体的锣托架(22),可旋转地安装在所述板上用于击打锣 (21),用于在怠速模式下将锤保持在与锣(21)一定距离的阻尼反弹(5)和用于驱动锤的弹簧(3)。 驱动弹簧包括固定到板的一端(3b)和可自由移动的一端(3a)。 弹簧能够被缠绕,使得弹簧的自由端(3a)以冲击模式将锤(2)驱动到锣(21)上,以产生声音。 敲击机构还包括在槌驱动弹簧的沿锣方向的路径上的止动构件(10),用于在驱动弹簧(3)的中间部分在动作抵靠止动构件的接触之后增加击打速度。
    • 8. 发明授权
    • Strike mechanism for a watch
    • 手表的打击机制
    • US08514669B2
    • 2013-08-20
    • US12976004
    • 2010-12-22
    • Sylvain MarechalJean-François PesentiJérôme FavreNakis Karapatis
    • Sylvain MarechalJean-François PesentiJérôme FavreNakis Karapatis
    • G04B25/00
    • G04B21/06G04B21/12G04B23/026G04B23/12
    • The strike mechanism of a watch includes a gong secured by one end thereof to a gong-carrier integral with a plate, a hammer rotatably mounted on the plate for striking the gong at predetermined times, a damping counterspring for keeping the hammer at a distance from the gong in an idle mode, and a drive spring for driving the hammer. The drive spring includes one end secured to the plate and one end that is free to move. The spring is windable so that the free end of the drive spring drives the hammer against the gong in a strike mode to generate an acoustic sound. The strike mechanism further includes a stop member on the path of the hammer drive spring in the direction of the gong for increasing the rotational strike speed following contact of an intermediate part of the drive spring acting against the stop member.
    • 手表的敲击机构包括:一端固定到与板一体的锣载体的锣,可旋转地安装在板上的锤,用于在预定时间击打锣,用于将锤保持在一定距离处的阻尼反向弹簧 锣处于空闲模式,以及用于驱动锤的驱动弹簧。 驱动弹簧包括一端固定在板上,一端可自由移动。 弹簧可以卷绕,使得驱动弹簧的自由端以敲击模式将锤子推向锣,以产生声音。 敲击机构还包括在槌驱动弹簧的路径上的沿锣方向的止动构件,用于增加作用在止动构件上的驱动弹簧的中间部分的接触之后的旋转速度。
    • 9. 发明授权
    • Crystal-bezel assembly unit for a timepiece and process assembly
    • 用于钟表和工艺组件的水晶表圈组合单元
    • US08411533B2
    • 2013-04-02
    • US13049192
    • 2011-03-16
    • Jacques MievilleJérôme FavreSylvain MarechalSimon Lauper
    • Jacques MievilleJérôme FavreSylvain MarechalSimon Lauper
    • G04B39/00G04B29/00
    • G04B39/00G04B21/08G04B23/028Y10T29/49579
    • The invention relates to a process for assembly of a crystal and a bezel for use of the crystal as vibrating and radiating element, according to which unconnected junction zones are determined and form the only mechanical link for transmission of vibrations of the bezel to the crystal, on which zones the crystal is secured on the bezel to transmit to the crystal any vibration communicated to the bezel. Outside these zones the crystal is held without direct contact with the bezel.The invention also relates to a crystal-bezel assembly unit for a timepiece comprising junction zones that form the only mechanical link for transmission of vibrations from the bezel to the crystal to cause the crystal to resonate under the action of the vibrations, and outside said junction zones the crystal has no direct contact with the bezel.The invention also relates to a timepiece comprising such a unit.
    • 本发明涉及一种用于将晶体和边框组装用作振动和辐射元件的方法,根据该方法,确定了未连接的接合区域,并且形成用于将边框的振动传递到晶体的唯一机械连接件, 在晶片固定在挡板上的哪个区域上传送任何传递到挡板的振动。 在这些区域之外,水晶被保持而不与表圈直接接触。 本发明还涉及一种用于钟表的晶体表圈组件单元,其包括连接区域,该连接区域形成唯一的机械连接件,用于将振动从边框传输到晶体,以使晶体在振动的作用下共振,并且在所述结 水晶区域与表圈没有直接接触。 本发明还涉及包括这种单元的钟表。
    • 10. 发明申请
    • STRIKING MECHANISM FOR A WATCH WITH AN ACTIVE DAMPER COUNTER-SPRING
    • 用于具有主动阻尼器计数器弹簧的手表的制动机构
    • US20110211427A1
    • 2011-09-01
    • US13036263
    • 2011-02-28
    • Jean-Francois PesentiSylvain MarechalNakis KarapatisJérôme Favre
    • Jean-Francois PesentiSylvain MarechalNakis KarapatisJérôme Favre
    • G04B21/00
    • G04B21/06G04B21/12G04B23/026
    • The watch striking mechanism (1) includes a gong, which is fixed via one end thereof to a gong-carrier integral with a plate, a hammer rotatably mounted on the plate to strike the gong at determined times, a damper counter-spring (5) for keeping the hammer away from the gong in an idle mode, and a drive spring (3) for the hammer. The drive spring includes an end (3b) fixed to the plate and an end (3a) that is free to move. The spring can be wound so that the free end (3a) of the spring drives the hammer (2) against the gong (21) in a strike mode to produce an acoustic sound. The striking mechanism includes means (10) for actuating the damper counter-spring (5) in a strike mode with a time lag after the hammer (2) strikes the gong, so that after the hammer strikes the gong, the counter-spring pushes said hammer towards an idle position. The actuating means includes a stop member mounted on the damper counter-spring to be actuated via the drive spring when in action just after the hammer strikes the gong.
    • 手表打击机构(1)包括锣,其通过其一端被固定到与板一体的锣式支架,可旋转地安装在板上以在确定的时间击打锣的锤,阻尼器反弹簧(5) ),用于在怠速模式下将锤离开锣;以及用于锤的驱动弹簧(3)。 驱动弹簧包括固定到板的端部(3b)和可自由移动的端部(3a)。 弹簧可以被卷绕,使得弹簧的自由端(3a)以冲击模式将锤(2)驱动到锣(21)上,以产生声音。 打击机构包括用于在锤子(2)撞击锣之后以时间延迟的冲击模式致动阻尼器反弹簧(5)的装置(10),使得在锤子撞击锣之后,反弹簧推动 把锤子朝向闲置位置。 致动装置包括一个止动件,该止动件安装在阻尼器的反弹簧上,以便在刚刚敲击锣之后的动作弹簧中驱动。