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    • 21. 发明申请
    • WATCH INCLUDING AT LEAST TWO REGULATING SYSTEMS
    • 观察包括至少两个监管系统
    • US20060221775A1
    • 2006-10-05
    • US11277990
    • 2006-03-30
    • Alain Zaugg
    • Alain Zaugg
    • G04B15/00
    • G04B1/12G04B17/285
    • The invention concerns a watch with a mechanical movement of the type comprising at least two regulating systems (SR1, SR2) each including a mechanical oscillator and an escapement. The movement includes as many sub-assemblies (SE1, SE2) as there are regulating systems, each of said sub-assemblies including a regulating system (SR1, SR2), a barrel (B1, B2) and a going train transmitting energy from the barrel to the regulating system inside the sub-assembly. A differential display gear (Da) connects the barrel or the going train of each sub-assembly to the display (A) to average out the rate of the two sub-assemblies. In a preferred embodiment, the two sub-assemblies are mounted on a common rotating support (5) and their regulating systems are tourbillons which make an orbital movement about the centre of the watch dial.
    • 本发明涉及具有包括至少两个包括机械振荡器和擒纵机构的至少两个调节系统(SR 1,SR 2)的类型的机械运动的手表。 运动包括与调节系统一样多的子组件(SE 1,SE 2),每个所述子组件包括调节系统(SR 1,SR 2),机筒(B 1,B 2)和 将能量从筒体传递到子组件内的调节系统。 差速显示齿轮(Da)将每个子组件的机筒或前进列车连接到显示器(A),以平均两个子组件的速率。 在优选实施例中,两个子组件安装在共同的旋转支撑件(5)上,并且它们的调节系统是绕着表盘中心进行轨道运动的陀飞轮。
    • 22. 发明申请
    • Device comprising a clock movement and a chronograph module
    • 装置包括时钟运动和计时模块
    • US20050007888A1
    • 2005-01-13
    • US10899713
    • 2004-07-27
    • Hughes Jolidon
    • Hughes Jolidon
    • G04B27/00G04B1/12G04B9/00G04B27/02G04B37/00G04B37/06G04F7/08G04C23/02G04F8/00
    • G04B37/066G04B1/12G04F7/0809G04F7/088G04F7/0885G04F7/0895
    • A device comprises a basic clock movement MB whose time indicators are driven by a first barrel connected to a first wheelwork and a first regulator organ, and an autonomous chronograph module MCA whose indicators are driven by a second barrel independent from the first, connected to a second wheelwork and a second regulator organ. The chronograph module is exclusively composed of mechanical elements. The frequency of oscillation supplied by its regulator is equal N times the frequency of oscillation supplied by the regulator of the base movement, with the coefficient N being definable according to a specific application of the chronograph, so that any chronograph module thus previously defined can work with-the same base movement. The chronograph regulator remains constantly engaged with the corresponding wheelwork. The chronograph module allows a time interval to be read with a minimum precision of a hundredth of second. The organs of the base movement and of the chronograph module are arranged in such a way that in assembled state, the height and overall diameter do not exceed 7.75 mm and 30 mm respectively, the dimensions of the chronograph itself being not greater than 4 mm (height) and 30 mm (diameter) when its elements are mounted on a bottom plate, so that the device can advantageously be integrated in the case of a wrist-watch and affords an aesthetic exterior.
    • 一种装置包括基本时钟运动MB,其基准时钟运动MB的时间指示器由连接到第一车轮和第一调节器机构的第一筒驱动,以及自动计时器模块MCA,其指示器由独立于第一筒的第二筒驱动,连接到 第二轮和第二调节器。 计时码表模块由机械元件组成。 其调节器提供的振荡频率等于由基准运动调节器提供的振荡频率的N倍,系数N可根据计时码表的具体应用进行定义,因此以前定义的任何计时器模块都可以工作 具有相同的基础运动。 计时器调节器始终与相应的车轮配合。 计时码表模块允许以最小百分之一秒的精度读取时间间隔。 基座运动器官和计时码表模块的装置以组装状态的方式布置,高度和总直径分别不超过7.75mm和30mm,计时器本身的尺寸不大于4mm( 高度),并且当其元件安装在底板上时为30mm(直径),使得该装置可以有利地集成在手表的壳体中并且提供美观的外观。
    • 29. 发明授权
    • Watch including at least two regulating systems
    • 观看至少包括两个调节系统
    • US07350966B2
    • 2008-04-01
    • US11277990
    • 2006-03-30
    • Alain Zaugg
    • Alain Zaugg
    • G04F5/00
    • G04B1/12G04B17/285
    • The invention concerns a watch with a mechanical movement of the type comprising at least two regulating systems (SR1, SR2) each including a mechanical oscillator and an escapement. The movement includes as many sub-assemblies (SE1, SE2) as there are regulating systems, each of said sub-assemblies including a regulating system (SR1, SR2), a barrel (B1, B2) and a going train transmitting energy from the barrel to the regulating system inside the sub-assembly. A differential display gear (Da) connects the barrel or the going train of each sub-assembly to the display (A) to average out the rate of the two sub-assemblies. In a preferred embodiment, the two sub-assemblies are mounted on a common rotating support (5) and their regulating systems are tourbillons which make an orbital movement about the center of the watch dial.
    • 本发明涉及具有包括至少两个包括机械振荡器和擒纵机构的至少两个调节系统(SR 1,SR 2)的类型的机械运动的手表。 运动包括与调节系统一样多的子组件(SE 1,SE 2),每个所述子组件包括调节系统(SR 1,SR 2),机筒(B 1,B 2)和 将能量从筒体传递到子组件内的调节系统。 差速显示齿轮(Da)将每个子组件的机筒或前进列车连接到显示器(A),以平均两个子组件的速率。 在优选实施例中,两个子组件安装在共同的旋转支撑件(5)上,并且它们的调节系统是绕着表盘中心进行轨道运动的陀飞轮。
    • 30. 发明申请
    • Spring-barrel arrangement for a timepiece
    • 钟表的弹簧布置
    • US20050249045A1
    • 2005-11-10
    • US11006285
    • 2004-12-07
    • Jens Schneider
    • Jens Schneider
    • G04B1/12G04B1/16G04B1/20G04B29/02G04B33/12G04B1/10
    • G04B1/12G04B1/16G04B1/20G04B29/02G04B33/12
    • A spring-barrel arrangement for a timepiece includes a fixed plate-like component with a circular cutout. A spring barrel is rotatably mounted in said circular cutout by its corresponding circular outer contour. A barrel core is coaxially rotatably mounted relatice to the spring barrel and is enclosed by a helical tension spring. An inner end of the spring is connected to the barrel core and its outer end connected to the spring barrel. A crown wheel with a toothed ring is fixed to the spring barrel and a first wheel of a wheel train of the timepiece is fixed to the barrel core. The circular cutout is formed through the plate-like component and the spring barrel has two supporting regions which extend radially beyond the diameter of the circular cutout and are each in abutment against one of the mutually opposite side surfaces of the plate-like component.
    • 用于钟表的弹簧筒装置包括具有圆形切口的固定板状部件。 弹簧筒通过其相应的圆形外轮廓可旋转地安装在所述圆形切口中。 桶芯与弹簧筒同轴地可旋转地安装,并被螺旋拉伸弹簧包围。 弹簧的内端连接到筒芯,其外端连接到弹簧筒。 具有齿环的冠轮固定到弹簧筒,并且钟表的轮系的第一轮固定到筒芯。 圆形切口通过板状部件形成,并且弹簧筒具有径向延伸超过圆形切口直径的两个支撑区域,并且各自与板状部件的相互相对的侧表面中的一个相邻。