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    • 3. 发明申请
    • TIMEKEEPING APPARATUS
    • 超时装置
    • US20140269229A1
    • 2014-09-18
    • US13844738
    • 2013-03-15
    • Ursula Boudreaux
    • Ursula Boudreaux
    • G04B19/16
    • G04B19/163G04B19/166
    • An analog timekeeping apparatus includes an hour hand, a minute hand, a disc including twelve or more of the digits 1 through 24 displayed thereon generally circumferentially with digits between 1 and 12 alternating with digits 13 between 24; a faceplate disposed over top of the disc, the faceplate comprising a plurality of openings configured to allow generally half of the numbers to be visible through the openings at one time; wherein the apparatus is configured to automatically transition from a first configuration displaying some or all digits between 1 and 12 to a second configuration displaying some or all digits between 13 and 24.
    • 模拟计时装置包括时针,分针,包括十二位或更多位数字1至24的盘,大体上周向地显示数字,其中数字在1和12之间,数字13在24之间交替; 设置在所述盘的顶部上的面板,所述面板包括多个开口,所述多个开口被配置为允许一次通过所述开口的一半数量可见; 其中所述装置被配置为从显示1和12之间的一些或所有数字的第一配置自动转换到显示13和24之间的一些或所有数字的第二配置。
    • 6. 发明授权
    • Timepiece and its display switching mechanism
    • 钟表及其显示切换机制
    • US5687140A
    • 1997-11-11
    • US387724
    • 1995-02-16
    • Kiyose SekineTetsushi Asao
    • Kiyose SekineTetsushi Asao
    • G04B19/16
    • G04B19/163
    • A timepiece capable of selectively showing a before-noon display or an after-noon display. A cam (26) is driven by an hour wheel (10) and an intermediate wheel (12) to make one rotation a day in the counterclockwise direction. During before-noon hours, a lever (20) remains in contact with a larger diameter portion forming part of the cam (26). At 12.00 noon, the lever (30) reaches the transition point of the cam where the larger diameter portion merges into a smaller diameter portion. As the cam (26) further rotates in a direction of an arrow (FB), the lever (30) is instantaneously shifted from the larger diameter portion to the smaller diameter portion of the cam (26) by the action of a spring (34). The shift of the lever (30) is transferred to a movable dial plate (36) via a tooth section (31) provided at the end of the lever (30) and a switching groove (39), so that the dial plate (36) is rotated by a predetermined angle in a direction of an arrow (FC). As a result, the timepiece is instantaneously switched from the before-noon display to the after-noon display.
    • PCT No.PCT / JP94 / 00937 Sec。 371日期1995年2月16日 102(e)日期1995年2月16日PCT提交1994年6月9日PCT公布。 公开号WO95 / 00888 日期:1995年1月1日能够选择性地显示中午前显示或中午后显示的钟表。 凸轮(26)由时轮(10)和中间轮(12)驱动,以逆时针方向进行一天的旋转。 在中午之前,杠杆(20)与形成凸轮(26)的一部分的较大直径部分保持接触。 中午12时,杠杆(30)到达较大直径部分合并成较小直径部分的凸轮的转变点。 当凸轮(26)进一步沿箭头(FB)的方向旋转时,杠杆(30)通过弹簧(34)的作用瞬间从凸轮(26)的较大直径部分移动到较小直径部分 )。 杆(30)的移动通过设置在杆(30)的端部的齿部(31)和切换槽(39)传递到可动表盘(36),使得表盘(36) )沿箭头(FC)的方向旋转预定角度。 结果,钟表从即时显示切换到中午后显示。
    • 7. 发明授权
    • Timepiece enabling the hours of one half of a day to be differentiated
from those of the other half of the day
    • 每天半小时的钟表与其他半天的时间不同
    • US4740934A
    • 1988-04-26
    • US87582
    • 1987-08-20
    • Pierre-Andre Noirjean
    • Pierre-Andre Noirjean
    • G04B19/16G04B19/20G04B19/06
    • G04B19/163
    • The timepiece comprises a movement (1) that rotatably drives at least an hours-hand before a dial (5). The dial (5) is formed with at least one display aperture (g1). Signs (s1, s2), which respectively represents the numbers of the hours shown by the hours-hand when the latter is in the same angular position as the display aperture (g1) a.m. and p.m., are arranged on a disc (6) which is located beneath the dial (5) and which is driven by a mechanism (7) that is connected to the movement (1). This mechanism (7) is so designed that the first and second signs (s1, s2) appear in the display aperture (g1), one a.m. (ante meridiem), the other p.m. (post meridiem). To simplify its construction, the mechanism (7) is so designed that the disc (6) will always be rotated in the same direction.
    • 该钟表包括在拨盘(5)之前可转动地驱动至少一小时的动作(1)。 表盘(5)形成有至少一个显示孔(g1)。 分别表示当后者与显示孔(g1)am和pm处于相同角度位置时由小时手显示的小时数的符号(s1,s2)布置在盘(6)上, 位于表盘(5)下方,并且由与机构(1)连接的机构(7)驱动。 这种机构(7)被设计成使得第一和第二标志(s1,s2)出现在显示孔(g1)中,一个(前身),另一个(子午线))。 为了简化其结构,机构(7)被设计成使得盘(6)将始终沿相同的方向旋转。