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    • 1. 发明授权
    • Calendar timepiece
    • 日历表
    • US07106661B2
    • 2006-09-12
    • US10716103
    • 2003-11-18
    • Mamoru WatanabeKatsuyoshi TakizawaShigeo SuzukiTakeshi TokoroTakashi Takahashi
    • Mamoru WatanabeKatsuyoshi TakizawaShigeo SuzukiTakeshi TokoroTakashi Takahashi
    • G04B19/24G04B19/20
    • G04B19/25G04B19/25373
    • A calendar timepiece has a main plate, a time indicator mounted on the main plate for undergoing rotational movement to indicate time information, a date indicator mounted for undergoing rotation to indicate date information, and a date indicator driving wheel mounted on the main plate for undergoing rotation. A date jumper is disposed on the main plate and has a train wheel comprised of a date indicator setting portion for controlling rotation of the date indicator by engagement with the inner teeth portion of the date indicator. The date indicator setting portion has a first setting portion for contacting a tip of a first tooth of the date indicator, a second setting portion, and a third setting portion for contacting a tip of a second tooth of the date indicator. Each of the first, second, and third setting portions has a generally linear surface portion disposed at an angle relative to one another.
    • 日历表具有主板,安装在主板上用于进行旋转运动以指示时间信息的时间指示器,安装用于转动以指示日期信息的日期指示器,以及安装在主板上以进行日期指示器驱动轮 回转。 日期跳线设置在主板上,并且具有由日期指示器设置部分组成的列车轮,日期指示器设置部分通过与日期指示器的内齿部分接合来控制日期指示器的旋转。 日期指示器设置部分具有用于接触日期指示器的第一齿的尖端的第一设置部分,第二设置部分和用于接触日期指示器的第二齿的尖端的第三设置部分。 第一,第二和第三设置部分中的每一个具有相对于彼此成一定角度设置的大致线性的表面部分。
    • 2. 发明授权
    • Chronograph timepiece having zeroing structure
    • 计时表具有调零结构
    • US07029169B2
    • 2006-04-18
    • US10809577
    • 2004-03-25
    • Takashi TakahashiMamoru WatanabeKatsuyoshi TakizawaShigeo SuzukiTakeshi Tokoro
    • Takashi TakahashiMamoru WatanabeKatsuyoshi TakizawaShigeo SuzukiTakeshi Tokoro
    • G04F8/00
    • G04F7/0819G04F7/0842
    • To realize a chronograph timepiece capable of firmly and simultaneously zeroing an hour heart cam, a second heart cam and a minute heart cam. A chronograph timepiece of the invention includes a hammer operated by operating a reset button for controlling to operate to zero an hour chronograph wheel & pinion, a minute chronograph wheel & pinion and a second chronograph wheel & pinion. When the hammer is brought into contact with an hour heart cam, a second heart cam and a minute heart cam, a position of the hammer is determined only by the hour heart cam, the second heart cam and the minute heart cam. When the hammer is brought into contact with the hour heart cam, the second heart cam and the minute heart cam, a direction of a press force exerted to the hammer is constituted to pass a rotational center of the second chronograph wheel.
    • 实现能够牢固并同时调零小时心形凸轮,第二心形凸轮和分心心凸轮的计时钟表。 本发明的计时钟表包括通过操作复位按钮操作的锤子,该复位按钮用于控制操作以使小时计时轮和小齿轮,分钟计时轮和小齿轮和第二计时轮和小齿轮零。 当锤子与小时心形凸轮,第二心形凸轮和分心心凸轮接触时,锤子的位置仅由小时心形凸轮,第二心形凸轮和分心心凸轮确定。 当锤子与小时心形凸轮接触时,第二心形凸轮和微小心脏凸轮,施加到锤子的按压力的方向被构造成通过第二计时轮的旋转中心。
    • 4. 发明授权
    • Chronograph timepiece
    • 计时钟表
    • US06406176B1
    • 2002-06-18
    • US09582024
    • 2000-09-11
    • Takashi TakahashiKatsuyoshi TakizawaKoichiro Jujo
    • Takashi TakahashiKatsuyoshi TakizawaKoichiro Jujo
    • G04F700
    • G04F7/0847G04F7/0814
    • A chronograph timepiece has a barrel mounted for undergoing rotation and a front train wheel for undergoing rotation in accordance with rotation of the barrel. A second counter intermediate wheel undergoes rotation in accordance with rotation of the front train wheel. A second counting wheel undergoes rotation in accordance with rotation of the second counter intermediate wheel in a chronograph measurement mode. A chronograph second display member displays a measurement result corresponding to an elapsed period of time in accordance with rotation of the second counting wheel. A minute counting train wheel undergoes rotation in accordance with rotation of the second counting wheel. A chronograph minute display member displays a measurement result corresponding to an elapsed period of time in accordance with rotation of the minute counting train wheel. At least one hour counting train wheel undergoes rotation in accordance with rotation of the barrel complete in the chronograph measurement mode. A chronograph hour display member displays a measurement result corresponding to an elapsed period of time in accordance with rotation of the hour counting train wheel.
    • 计时钟表具有安装用于旋转的筒体和根据筒的旋转进行旋转的前轮系。 第二计数器中间轮根据前轮系的转动进行旋转。 第二计数轮根据第二计数器中间轮的旋转以计时器测量模式进行旋转。 计时秒表显示部件根据第二计数轮的旋转显示对应于经过的时间段的测量结果。 按照第二计数轮的旋转,分钟计数轮转盘旋转。 计时器分钟显示部件根据分钟计数轮的旋转显示与经过的时间段对应的测量结果。 至少有一小时的计时轮根据计时器测量模式下的机筒旋转进行旋转。 计时小时显示部件根据小时计数轮系的旋转显示对应于经过时间的测量结果。
    • 6. 发明授权
    • Clock with a mainspring wound state indicator
    • 时钟带发条伤口状态指示灯
    • US6166999A
    • 2000-12-26
    • US367882
    • 1999-11-29
    • Koichiro JujoKatsuyoshi TakizawaNorio Shibiya
    • Koichiro JujoKatsuyoshi TakizawaNorio Shibiya
    • G04B9/00G04B1/00G04B1/10
    • G04B9/005
    • To reduce a number of parts constituting a spring winding state display device and downsize a movement, a device including a first sun wheel installed with a first sun wheel gear 152 and a first sun wheel arbor 154. A second sun wheel 160 is provide with a second sun wheel gear 162 and a second sun wheel pinion 164. The second sun wheel gear 162 is in mesh with an intermediate ratchet wheel 140. A planetary reduction wheel gear 170 is in mesh with a barrel gear 126. A first planetary wheel 172 and a second planetary wheel 174 are rotatably arranged to a planetary reduction wheel gear 170 with centers of rotation thereof disposed at portions different from a center of rotation of the planetary reduction wheel gear 170. The first planetary wheel 172 rotates while revolving around the second sun wheel pinion 164. The second planetary wheel 174 rotates while revolving around the first sun wheel gear 152. A sun wheel finger 180 is attached to a third axle portion 154c such that it can slip.
    • PCT No.PCT / JP98 / 05788 Sec。 371日期1999年11月29日第 102(e)1999年11月29日PCT PCT 1998年12月22日PCT公布。 第WO99 /​​ 32942号公报 日期1999年7月1日为了减少构成弹簧卷绕状态显示装置的部件的数量并减小运动,包括安装有第一太阳轮齿轮152和第一太阳轮心轴154的第一太阳轮的装置。第二太阳轮 160设置有第二太阳轮齿轮162和第二太阳轮小齿轮164.第二太阳轮齿轮162与中间棘轮140啮合。行星减速轮齿轮170与筒齿轮126啮合。 第一行星轮172和第二行星轮174可旋转地布置到行星减速齿轮170上,行星齿轮170的旋转中心设置在与行星减速轮170的旋转中心不同的部分。第一行星轮172旋转 在第二太阳轮小齿轮164周围。第二行星轮174围绕第一太阳轮齿轮152旋转。太阳轮指状物180附接到第三轴部154c, 它可以滑。