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    • 3. 发明授权
    • Mechanical timepiece
    • 机械钟表
    • US06948845B2
    • 2005-09-27
    • US10968324
    • 2004-10-18
    • François-Paul Journe
    • François-Paul Journe
    • G04B1/22G04B17/28G04B15/00G04B19/20
    • G04B17/285G04B1/225
    • A storage device comprises a first seconds wheel, engaging with a mainspring, and a second seconds wheel, a setting wheel for connecting these two seconds wheels, a yoke on which said setting wheel is pivotably mounted, the pivot axis of this yoke and that of the second seconds wheel being coaxial, a stop wheel kinematically linked with said first seconds wheel, a finger fixedly connected to said yoke, a storage spring for exerting upon said yoke a force tending to separate said finger from said stop wheel, whereas the force exerted upon said setting wheel by said mainspring serves to press said finger against said stop wheel, so that the latter is wound to the point where a tooth of said stop wheel abuts against said finger.
    • 存储装置包括与主发条接合的第一秒针轮和第二秒针轮,用于连接这两秒轮的调整轮,所述调节轮可枢转地安装在其上的轭,该轭的枢转轴线和 第二秒轮是同轴的,与所述第一秒针轮运动地连接的止动轮,固定地连接到所述轭的手指,用于向所述轭施加倾向于将所述手指与所述止动轮分离的力的存储弹簧,而施加的力 在通过所述发条的所述调整轮用于将所述手指压靠所述止动轮,使得所述定位轮被卷绕到所述止动轮的齿与所述手指抵接的点上。
    • 4. 发明授权
    • Automatic regulator for timepieces
    • 钟表自动调节器
    • US2789414A
    • 1957-04-23
    • US77097147
    • 1947-08-28
    • ANDREWS GEORGE S
    • ANDREWS GEORGE S
    • G04B1/22
    • G04B1/22
    • 666,772. Clocks and watches. ANDREWS, G. S. Aug. 16, 1948 [Aug. 28, 1947], No. 21573/48. Class 139. In a timepiece the curb pins are moved along an arc of the hairspring as the mainspring unwinds, which arc is adjustable in length. In one embodiment (Fig. 1) the curb pins 26 are carried by an arm 27 pivoted on the balance staff 22 and frictionally connected to one end of a lever 28, the other end of which is urged against a helical spring 34 rotated through gearing by the mainspring. The top end of the spring 34 is adjustable and as the arm 27 may be moved relatively to the lever 28 the length of the are of movement of the curb pins may be initially set. In another embodiment, not shown, a spiral spring is used in place of the helical spring. In another example (Fig. 7) the arm 78 carrying the curb pins 77, frictionally engages a lever 79 connected by a pin and slot connection to a lever 83 having a pin 82 constantly urged against a cam 81 driven from the mainspring. The pin 88 is adjustable along the slot 87 of the lever 83 for setting of the arc of movement of the curb pins. In another example (Fig. 9), the arm 104 carrying the curb pins 103 is frictionally connected to a lever 106 having an adjustable tip 107 urged against a gear wheel 110, which is moved vertically along a screwed shaft 109 as the mainspring unwinds. In another example (Fig. 10), not shown, a gear wheel movable along a screwed shaft as the mainspring unwinds carries a conical cam 129 which co-operates with a pivoted lever of adjustable length which lever moves the lever which is frictionally connected to the arm carrying the curb pins. In another example (Figs. 11 and 12), a spiral cam 146 rotated by the mainspring is vertically adjustable along a shaft 145 and moves a lever 150 frictionally connected to the arm 149 carrying the curb pins 148.
    • 7. 发明授权
    • Clockworks
    • US1860260A
    • 1932-05-24
    • US1860260D
    • G04B1/22G04B15/10
    • G04B15/06
    • 365,840. Clocks. SOC. ANON. LES FILS DE L. BRAUNSCHWEIG FABRIQUE ELECTION, La Chaux-de-Fonds, Switzerland. Feb. 24, 1931, No. 5796. Convention date, Feb. 28, 1930. [Class 139.] Driving mechanism.- In a driving device for clocks, counters, indicators and the like, which includes a periodically wound maintaining spring, an eccentric on a member driven by the spring periodically releases a detent lever plate, articulated to a driving wheel, from engagement with a fixed stop, whereupon the driving means advances the detent to the next stop, simultaneously winding the maintaining spring. The driving pinion b is mounted on a spindle a carrying a plate c bearing an eccentric pin d. The spiral spring f is attached at one end to the pin d and at the other end to a bush e freely mounted on the spindle a and carrying integral therewith a toothed wheel e, forming the driven member, and an eccentric member n which rotates in a slot cut in a plate lever g, pivoted at d and provided with a projection h adapted to engage, detent-like, with stops i. In Fig. 2, the driving member is shown locked by the projection h abutting against a stop i, the initially energized spring f providing the force necessary to operate the driven member e, the speed of which is controlled by the escapement connected thereto. As the bush e rotates, the eccentric member n rotates the lever g about its pivot d, and, after a predetermined time, the projection h escapes past the stop i, when the plate c, under the action of the driving force of pinion b, rotates suddenly to the next stop i where the plate lever g is again held, the spring f being simultaneously re-energized. The pin d is extended to pass through an arcuate slot in the wheel e to limit the unwinding of the spring f if there is no driving force.