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    • 121. 发明授权
    • Radio-wave clock
    • 无线电波时钟
    • US07102963B2
    • 2006-09-05
    • US11326214
    • 2006-01-05
    • Akihiro MatogeYoshifumi Maehara
    • Akihiro MatogeYoshifumi Maehara
    • G04C11/02G04B37/00
    • G04G21/04G04R60/12
    • To provide a radio-wave watch, which can have an excellent appearance and can minimize the drop of the sensitivity of receiving radio waves, while suppressing the size enlargement and the cost for the contour. A radio-wave watch comprises a metallic dial having an opening, and a receiving antenna for receiving the standard radio waves containing the time data. The receiving antenna is arranged on the back of the opening of the dial and in a case at a position to confront the opening. The receiving antenna is arranged in the case at a spacing from the dial. Time lapse indicating means substantially formed of a non-metal is arranged in the case between the dial and the receiving antenna for indicating the time lapse within the range of the opening.
    • 为了提供可以具有优异外观并能够最小化接收无线电波的灵敏度的下降的无线电波手表,同时抑制尺寸增大和轮廓的成本。 无线电波表包括具有开口的金属拨盘和用于接收包含时间数据的标准无线电波的接收天线。 接收天线布置在表盘的开口的背面,并且在面对开口的位置的情况下。 接收天线布置在与表盘间隔的情况下。 在表盘和接收天线之间的情况下布置了基本上由非金属形成的时间延迟指示装置,用于指示在开口的范围内的时间流逝。
    • 122. 发明申请
    • Radio-controlled timepiece
    • 无线电遥控表
    • US20060187757A1
    • 2006-08-24
    • US11356629
    • 2006-02-17
    • Tomohiro Ihashi
    • Tomohiro Ihashi
    • G04C11/02
    • G04C10/04G04R20/12
    • To make it possible by a simple constitution to display a reception sensitivity. An antenna receives a standard wave, and a reception circuit extracts a time code contained in the standard wave, thereby outputting it to a control circuit. The control circuits detects, in a common region where a signal level of each bit constituting the time code ought to become the same, the signal level of the bit, and judges a goodness/badness of the reception sensitivity on the basis of the number of the bit in which the signal level has become a predetermined level within a predetermined time, thereby notifying by displaying it to a display section.
    • 通过简单的结构使显示接收灵敏度成为可能。 天线接收标准波,并且接收电路提取包含在标准波中的时间码,从而将其输出到控制电路。 控制电路在构成时间码的每个比特的信号电平应该相同的公共区域中检测该比特的信号电平,并根据接收灵敏度的数量来判断接收灵敏度的良好/不良 信号电平在预定时间内变为预定电平的位,从而通过将其显示到显示部分来通知。
    • 123. 发明申请
    • Wave timepiece
    • 波形钟表
    • US20060171258A1
    • 2006-08-03
    • US11341798
    • 2006-01-27
    • Shoji Nirasawa
    • Shoji Nirasawa
    • G04C11/02G04B37/00A44C5/00
    • G04G21/04G04R60/12
    • To provide a wave timepiece that can suppress deterioration of reception sensitivity of an antenna provided with a magnetic core and a coil to the minimum. A wave timepiece 1 has an antenna which includes a magnetic core member made in such a manner that soft magnetic foils are laminated in the elongated direction of the main face of the timepiece; and a coil winding around this. Typically, the antenna is housed in a case between a dial window and a rear cover, and a laminated body of the foils composing the magnetic core member is curved in an arc. The dial window and the rear cover are typically made of metal.
    • 为了提供能够将设置有磁芯和线圈的天线的接收灵敏度的劣化抑制到最小的波形时钟。 波形钟表1具有天线,该天线包括以在该钟表的主面的长度方向上层叠有软磁性箔的方式制造的磁芯构件; 绕线圈绕圈。 通常,天线被容纳在表盘窗和后盖之间的壳体中,并且构成磁芯构件的箔的层叠体弯曲成弧形。 表盘窗和后盖通常由金属制成。
    • 125. 发明申请
    • Portable timepiece
    • 便携式钟表
    • US20060158964A1
    • 2006-07-20
    • US11332561
    • 2006-01-13
    • Haruki HiranumaNobukazu Omori
    • Haruki HiranumaNobukazu Omori
    • G04C11/02
    • G04B3/043
    • To provide a portable timepiece having high durability constructed by a constitution capable of promoting operability of attaching and detaching a crown and holding a crown in an unoperated state so as not to rotate the crown unpreparedly. In a winding stem pipe attached to a case body, a crown urged in a direction of separating from the case body by a coil spring (urging member) included in a crown cylinder portion of the pipe is removably provided to a case body outside projected portion of the winding stem pipe. An outer periphery of the case body outside projected portion is formed with a plurality of communicating grooves along a rotational direction of the crown, a plurality of attaching and detaching through grooves communicated to the communicating grooves and opened to an end face of the case body outside projected portion, and a plurality of holding grooves communicated with the communicating grooves and formed in a dead end state and contiguous to the through grooves. A plurality of engaging projected portion brought to and from the respective grooves are provided at a cover portion of the crown covering the case body outside projected portion.
    • 本发明提供一种具有高耐久性的便携式钟表,该便携式钟表具有能够提高安装和拆卸表冠的操作性,并将冠部保持在未操作状态的结构,从而不会使冠部无法旋转。 在安装在壳体上的上条柄管中,通过包括在管子的胎冠部分中的螺旋弹簧(推动件)沿与壳体主体分离的方向推压的冠部可移除地设置在壳体外部突出部分 的上弦杆管。 壳体外侧突出部的外周形成有沿着冠部的旋转方向的多个连通槽,多个安装与拆卸贯通的沟槽连通到连通槽并且向壳体外侧的端面开口 突出部分和与连通槽连通的多个保持槽,并且形成为死角状态并且与通孔邻接。 多个接合突出部分被带到和从各个凹槽被提供在覆盖壳体外部突出部分的冠部的盖部分处。
    • 126. 发明申请
    • Control device and control method capable of external synchronization
    • 能够进行外部同步的控制装置和控制方法
    • US20060153008A1
    • 2006-07-13
    • US10545271
    • 2004-02-06
    • Toshiyuki MiyamatsuMitsunori Kuzushima
    • Toshiyuki MiyamatsuMitsunori Kuzushima
    • G04C11/02
    • G05B19/05
    • The problem to be met by the present invention is to provide a controller which can execute control processing in synchronism with a synchronizing signal output from a host controller without taking into consideration a difference between a clock signal used for generating a synchronizing signal of the host controller and a clock signal used for generating a control cycle signal of a controller; and can enhance accuracy performance of control. According to the present invention, in a controller having a control interrupt processing section, a synchronization interrupt processing section adjusts means for generating a control cycle signal to thus generate a control interrupt signal such that the control cycle signal is generated while being delayed by an amount equal to or greater than the duration of an accuracy error between a quartz oscillator used for generating a synchronization interrupt signal and a quartz oscillator used for generating the control cycle signal, thereby executing control interrupt processing in synchronism with the synchronizing signal from the outside.
    • 本发明要解决的问题是提供一种控制器,其可以与从主机控制器输出的同步信号同步地执行控制处理,而不考虑用于产生主机控制器的同步信号的时钟信号之间的差异 以及用于产生控制器的控制周期信号的时钟信号; 并可以提高控制的精度性能。 根据本发明,在具有控制中断处理部的控制器中,同步中断处理部调整用于产生控制周期信号的装置,从而生成控制中断信号,使得控制周期信号在延迟量的同时产生 等于或大于用于产生同步中断信号的石英振荡器和用于产生控制周期信号的石英振荡器之间的精度误差的持续时间,从而与来自外部的同步信号同步地执行控制中断处理。
    • 127. 发明授权
    • Radio-controlled timepiece and control method for the same
    • 无线电遥控表及其控制方法
    • US07075859B2
    • 2006-07-11
    • US10813386
    • 2004-03-30
    • Fumiaki MiyaharaEisaku Shimizu
    • Fumiaki MiyaharaEisaku Shimizu
    • G04C11/02
    • G04R20/08
    • A watch has a crown for manual time adjustment, a receiver for receiving current time update signals by radio transmission, an internal counter for counting the passage of time according to an internal oscillator, and time display hands. The watch preferably does not have a means for determining the position of its time display hands and therefore relies on user intervention for roughly correlating its time display hands to its internal counter. Preferably, the user begins a manual time correction operation when the second hand is at a predetermined position between 0-60 seconds. When the crown is pushed in, the seconds count value of the internal counter is reset to the predetermined position, and the watch waits for reception of a current time radio signal. When a radio signal is successfully received, the received seconds value is compared to the seconds count in the internal counter. If the time difference is within +30 seconds, the internal time is deemed to be advanced by the difference, and if the time difference is within −30 seconds, the internal time is deemed to be delayed by the difference. The received time data is written into the internal counter, and the time display hands are moved according to the deemed time difference.
    • 手表具有用于手动时间调整的表冠,用于通过无线电传输接收当前时间更新信号的接收器,用于根据内部振荡器计算时间流逝的内部计数器和时间显示手。 手表最好不具有用于确定其时间显示手的位置的手段,因此依赖用户干预来将其时间显示手与其内部计数器大致相关联。 优选地,当秒针在0-60秒之间的预定位置时,用户开始手动时间校正操作。 当推入表冠时,内部计数器的秒计数值被复位到预定位置,并且手表等待接收当前时间无线电信号。 当接收到无线电信号时,将接收到的秒数与内部计数器中的秒计数进行比较。 如果时间差在+30秒之内,内部时间被认为是通过差值提前的,如果时间差在-30秒以内,则内部时间被认为被延迟了差值。 接收的时间数据被写入内部计数器,并且根据所考虑的时间差移动时间显示手。
    • 130. 发明申请
    • Time-data transmitting apparatus and time-correcting system
    • 时间数据发送装置和时间校正系统
    • US20060034159A1
    • 2006-02-16
    • US10534367
    • 2003-12-09
    • Takashi Sano
    • Takashi Sano
    • G04C11/02
    • G04R20/08
    • A relay device (30) receives a standard radio wave transmitted from a transmitting station (10) and containing time data, i.e. a time code. The device (30) transmits a relayed radio wave containing the time code received, at a first intensity. When the device (30) receives a transmission command code transmitted from a time-data receiving apparatus (50), it transmits the relayed radio wave for a predetermined time (10 minutes) at a second intensity that is lower than the first intensity. When a time-correction switch is operated, the time-data receiving apparatus (50) transmits a transmission command code to the relay device (30). The time-data receiving apparatus (50) receives the relayed radio wave transmitted at the second intensity from the relay device (30) in response to the command code and corrects the time on the basis of the time code it has received.
    • 中继设备(30)接收从发送站(10)发送并包含时间数据即时间码的标准无线电波。 设备(30)以第一强度发送包含接收的时间码的中继无线电波。 当设备(30)接收到从时间数据接收设备(50)发送的发送命令代码时,以低于第一强度的第二强度将中继无线电波发送预定时间(10分钟)。 当操作时间校正开关时,时间数据接收装置(50)向中继装置(30)发送发送命令码。 时间数据接收装置(50)响应于命令码从中继装置(30)接收以第二强度发送的中继无线电波,并根据其接收的时间码校正时间。