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    • 3. 发明申请
    • TIMEPIECE
    • US20110310712A1
    • 2011-12-22
    • US13203850
    • 2010-03-02
    • Alberto PapiPedro Nunes Marques
    • Alberto PapiPedro Nunes Marques
    • G04B29/04G04B21/02G04B21/00
    • G04B21/12G04B9/02G04F7/0847G04F7/0866
    • A timepiece, including: a power source; a control member (32) movable between a first and second position defined by a power reserve mechanism; an additional mechanism; a triggering nose (16), the movement of which triggers the additional mechanism; and a triggering member (10) to be actuated for interaction with the triggering nose (6) for triggering the additional mechanism. The triggering member is capable of assuming a first position in which it engages with the triggering nose (16), and a second position in which it cannot engage with the triggering nose (16). The control member (32) is arranged so as to engage with the triggering member (10) and to move into the first or second position depending on whether the control member (32) is in the first or second position.
    • 钟表,包括:电源; 控制构件(32),其在由动力储备机构限定的第一和第二位置之间移动; 一个额外的机制; 触发鼻子(16),其运动触发附加机构; 以及触发构件(10),用于与触发鼻(6)相互作用以触发附加机构。 触发构件能够呈现与触发鼻(16)接合的第一位置,以及不能与触发鼻(16)接合的第二位置。 控制构件(32)被布置成与触​​发构件(10)接合,并且根据控制构件(32)是处于第一还是第二位置而移动到第一或第二位置。
    • 4. 发明授权
    • Timepiece comprising an alarm
    • 钟表包括报警器
    • US07881161B2
    • 2011-02-01
    • US12776128
    • 2010-05-07
    • Yves CorthesyJean-Pierre Charpier
    • Yves CorthesyJean-Pierre Charpier
    • G04B23/02G04B21/02G04B21/00
    • G04B23/12
    • A timepiece equipped with an alarm mechanism having a striking device and a minute repeater mechanism provided with a striking device. The two striking devices share at least one gong and one hammer. A power source can be locked when the mechanism is at rest and unlocked when the mechanism is in operation. An adjustment system can be used to program the alarm time. A trigger system includes a control member which controls the unlocking of the power source and a cam which is kinematically connected to the movement and performs one revolution every 24 hours. A first striking mechanism is equipped with at least one hammer arranged to strike at least one gong, and a supplemental striking mechanism is equipped with at least one hammer arranged to strike at least one non-resonant object, wherein the power source drives one or the other of these striking mechanisms.
    • 配备有具有打击装置的报警机构的钟表和设置有打击装置的微型中继器机构。 两个醒目的装置至少有一个锣和一个锤子。 当机构处于运行状态时机器处于静止状态并将其解锁时,电源可以被锁定。 可以使用调整系统对闹钟时间进行编程。 触发系统包括控制电源解锁的控制构件和运动学上与运动连接的凸轮,每24小时执行一次旋转。 第一打击机构配备有至少一个敲击至少一根锣的锤子,并且补充打击机构装备有至少一个锤子,其被布置成撞击至少一个非共振物体,其中,电源驱动一个或 其他这些引人注目的机制。
    • 5. 发明授权
    • Timepiece including a control device for a striking mechanism fitted with a resilient transmission element
    • 钟表包括一个装有弹性传动元件的撞击机构的控制装置
    • US07280440B2
    • 2007-10-09
    • US11426781
    • 2006-06-27
    • Eric GoellerJérôme Chevalier
    • Eric GoellerJérôme Chevalier
    • G04B21/02G04B23/02G04F1/00
    • G04B23/12G04B21/10G04B21/12
    • The invention proposes a timepiece (10) including a striking mechanism (20), and including a control device (28) for activating an element (22) releasing the striking mechanism (20), via a control surface (64) carried by a piston (32), characterized in that a resilient transmission element (68) is arranged between the piston (32) and the release element (22) and in that the travel of the piston (32) includes an active travel, from the rest position of the piston (32) to an intermediate position corresponding to the stop position of the release element (22), during which the travel of the piston (32) is connected to the travel of the release element (22) via the resilient transmission element (68), and a passive travel during which the piston (32) slides against the resilient transmission element (68).
    • 本发明提出了一种包括打击机构(20)的钟表(10),并且包括一个控制装置(28),用于通过由活塞承载的控制表面(64)来启动释放打击机构(20)的元件(22) (32),其特征在于,弹性传动元件(68)布置在所述活塞(32)和所述释放元件(22)之间,并且所述活塞(32)的行程包括主动行程,从所述活塞 所述活塞(32)到达对应于所述释放元件(22)的停止位置的中间位置,在所述中间位置,所述活塞(32)的移动通过所述弹性传动元件(...)连接到所述释放元件(22)的行程 68),以及活塞(32)滑动抵靠弹性传动元件(68)的被动行进。
    • 8. 发明授权
    • Musical scale generating circuit
    • 音阶发生电路
    • US4699518A
    • 1987-10-13
    • US906758
    • 1986-09-11
    • Tohru Tanabe
    • Tohru Tanabe
    • G04G13/02G10H1/26G10H5/06G04B21/02G10H1/00
    • G10H5/06G04G13/021G10H1/26G10H2230/351
    • A musical scale generating circuit comprises an oscillator, a programmable frequency divider for frequency-dividing an output signal from the oscillator, a tone generating circuit for generating a tone, and a frequency dividing ratio data output circuit for successively outputting frequency dividing ratio data determinative of a plurality of frequency dividing ratios of the programmable frequency divider. A frequency dividing ratio discriminating circuit detects whether a frequency dividing ratio necessary for outputting a desired scale frequency is an odd or even number. A frequency dividing ratio correcting circuit is operative to add one to or substract one from frequency dividing ratio data, when a frequency dividing ratio is detected to be an odd numbered frequency dividing ratio and applies corrected frequency dividing ratio to the programmable frequency divider. A one-half frequency divider further divides a signal from the programmable frequency divider by two.
    • 一种音阶发生电路,包括振荡器,用于对来自振荡器的输出信号进行分频的可编程分频器,用于产生音调的乐音产生电路,以及用于连续地输出分频比数据的分频比数据输出电路, 可编程分频器的多个分频比。 分频比判别电路检测输出期望的比例频率所需的分频比是奇数还是偶数。 当分频比被检测为奇数分频比并且将校正的分频比应用于可编程分频器时,分频比校正电路用于从分频比数据中加1或减1。 一个1/2分频器进一步将来自可编程分频器的信号分为两个。
    • 9. 发明授权
    • Musical door chime preferably also combined with a clock for
annunciating the time
    • 音乐门铃优雅地还结合了一个时钟,用于宣传时间
    • US4326276A
    • 1982-04-20
    • US100163
    • 1979-12-04
    • Waller M. Scott, Jr.
    • Waller M. Scott, Jr.
    • G04B21/02G04B47/00G08B3/10G10H1/26G04B21/00G08B3/00G10F1/00
    • G04B47/00G04B21/02G08B3/10G10H1/26G10H2230/351
    • A musical door chime which includes a repertoire of musical tunes one of which is played when a door pushbutton, preferably the front door pushbutton, is actuated. The musical tune which is played may be selected by means of a keyboard connected to a microprocessor. Digitally encoded representations of the notes of each musical tune are stored in a memory. Each digitally encoded musical note is read from memory by the microprocessor and converted by the microprocessor into a squarewave having the frequency and the duration of the note. The microprocessor is connected to a note strike and decay circuit which is preferably connected in series with an active audio filter circuit for translating the squarewave into a sinusoidal output for energizing a loudspeaker so that relatively high quality audible tones are heard when the musical tune is played. Preferably, a two-note musical tune is played when a rear door pushbutton is actuated, and a fixed single musical note is played when a side door pushbutton is actuated. The musical door chime is preferably also combined with a visual display driven by the microprocessor for indicating the time of day. The time is preferably annunciated every quarter hour by means of musical notes. A multi-frequency tone is played for the hour strike. The keyboard serves various other control functions in addition to selecting the musical tune to be played.
    • 一种音乐门铃,其包括音乐曲调的曲目,当门按钮(优选地是前门按钮)被致动时,音乐曲调中的一个被播放。 播放的乐曲可以通过连接到微处理器的键盘来选择。 每个乐曲的音符的数字编码表示被存储在存储器中。 每个数字编码的音符都由微处理器从存储器读取并由微处理器转换成具有音符的频率和持续时间的方波。 微处理器连接到音符冲击和衰减电路,其优选地与有源音频滤波器电路串联连接,用于将方波转换成用于激励扬声器的正弦输出,以便当播放音乐时听到相对高质量的可听音 。 优选地,当启动后门按钮时,播放双音符乐曲,并且当侧门按钮被致动时播放固定的单个音符。 音乐门铃优选地与由微处理器驱动以指示一天中的时间的视觉显示器组合。 时间最好是每四分之一小时通过音符声明。 对于小时打击玩多频音。 除了选择要播放的乐曲之外,键盘还提供各种其他控制功能。
    • 10. 发明授权
    • Chime unit for electric clock and mechanical clock
    • 钟表单元,用于电子时钟和机械时钟
    • US4323995A
    • 1982-04-06
    • US113287
    • 1980-01-18
    • Te-Long Chiu
    • Te-Long Chiu
    • G04G13/00G04B21/02G04B21/00
    • G04G13/00
    • The chime unit of pre-programmed melody type and that of programmable melody type for the electric clock and the mechanical clock. The chime units consist of the hour and the minute hands position sensing means using magnetic Reed switches or photo-transistors, melody decoding circuits using D-type Flip Flop to trigger counters to provide proper addressing signals to ROMs or RAMs, ROMs or RAMs which contain pre-programmed control signals of multiplexers, notes synthesizer generating all tones needed as input to multiplexers, multiplexers for selecting and mixing the tones from notes synthesizer to form the chime notes, decay generator and voltage controlled amplifier to provide decaying characteristics of chime notes, and speaker to convert electrical signal to mechanical sound. For the programmable melody type, there is an additional notes decoder to convert the notes to the control signals of the multiplexers and store in RAMs.
    • 预编程旋律类型的钟声单元和电时钟和机械时钟的可编程旋律类型。 钟声单元包括使用磁簧片开关或光电晶体管的小时和分针位置感测装置,使用D型触发器的旋律解码电路触发计数器,以向ROM或RAM,ROM或RAM提供适当的寻址信号,其中包含 多路复用器的预编程控制信号,产生作为多路复用器输入所需的所有音调的音符合成器,用于从音符合成器选择和混合音调以形成钟声音符,衰减发生器和压控放大器以提供钟声音符的衰减特性的多路复用器,以及 扬声器将电气信号转换为机械声音。 对于可编程旋律类型,还有一个附加的音符解码器将音符转换为多路复用器的控制信号并存储在RAM中。