TW200405146A - Analog electronic timepiece having train wheel setting lever - Google Patents

Analog electronic timepiece having train wheel setting lever Download PDF

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Publication number
TW200405146A
TW200405146A TW092115565A TW92115565A TW200405146A TW 200405146 A TW200405146 A TW 200405146A TW 092115565 A TW092115565 A TW 092115565A TW 92115565 A TW92115565 A TW 92115565A TW 200405146 A TW200405146 A TW 200405146A
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TW
Taiwan
Prior art keywords
wheel
center
main board
chronograph
lever
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TW092115565A
Other languages
Chinese (zh)
Inventor
Tamotsu Ono
Kei Hirano
Yuichi Shino
Mamoru Watanabe
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Seiko Instr Inc
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Application filed by Seiko Instr Inc filed Critical Seiko Instr Inc
Publication of TW200405146A publication Critical patent/TW200405146A/en

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    • G—PHYSICS
    • G04—HOROLOGY
    • G04C—ELECTROMECHANICAL CLOCKS OR WATCHES
    • G04C3/00—Electromechanical clocks or watches independent of other time-pieces and in which the movement is maintained by electric means
    • G04C3/14—Electromechanical clocks or watches independent of other time-pieces and in which the movement is maintained by electric means incorporating a stepping motor
    • G—PHYSICS
    • G04—HOROLOGY
    • G04B—MECHANICALLY-DRIVEN CLOCKS OR WATCHES; MECHANICAL PARTS OF CLOCKS OR WATCHES IN GENERAL; TIME PIECES USING THE POSITION OF THE SUN, MOON OR STARS
    • G04B27/00—Mechanical devices for setting the time indicating means
    • G—PHYSICS
    • G04—HOROLOGY
    • G04F—TIME-INTERVAL MEASURING
    • G04F7/00—Apparatus for measuring unknown time intervals by non-electric means
    • G04F7/04—Apparatus for measuring unknown time intervals by non-electric means using a mechanical oscillator
    • G04F7/08—Watches or clocks with stop devices, e.g. chronograph

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Electromechanical Clocks (AREA)
  • Measurement Of Unknown Time Intervals (AREA)

Abstract

To provide a small-sized and thin analog electronic timepiece having a mechanism capable of firmly setting a train wheel for rotating a small second hand. An analog electronic timepiece includes a main plate, bridge members time information indicating wheels rotated with a main plate center as rotation center, a small second wheel rotated with a position other than a center of a movement as rotation center, a hand setting stem, a switching apparatus and a dial. The analog electronic timepiece includes a reset lever constituted to be able to rotate by operating the switching apparatus when the hand setting stem is pulled out to a first stage and a train wheel setting lever constituted to linearly move based on rotation of the reset lever. In a state of pulling out the hand setting stem to the first stage, a train wheel setting lever can set rotation of the small second wheel or other wheel provided to rotate the small second wheel.

Description

200405146 (1) 玖、發明說明 【發明所屬之技術領域】 本發明係關於一種具有輪系定位桿的指針式電子錶。 尤其’本發明係關於一種具有錶心的指針式電子錶，此錶 心能構配置一記時秒針在錶心的中心，且能夠配置此記時 秒針在除了指針式電子錶中的錶心的中心之外的位置，其 中錶心包括一輪系定位桿。再者，本發明係關於一種具有 錶心的指針式電子錶，此錶心包括馬達及用以操作小秒針 的輪系，其中錶心包括輪系定位桿。 【先前技術】 通常，指針式電子錶的錶心（包括驅動部份的機體） 包括構成錶心的基板之主板。於具有主板的兩側之指針式 電子錶中，具有錶盤的側稱爲”後側”，而，與具有錶盤的 側相反的側稱爲錶心的”表面側”。整合至錶心的”表面側，， 之輪系稱爲”表面輪系”，而，整合至錶心的”後側”的輪系 稱爲”後輪系”。 錶心的”表面側”配置有電池、電路塊、馬達、表面輪 系及類似物。通常，表面輪系包括：第五輪/小齒輪、第 二輪/小齒輪、第三輪/小齒輪、中心輪/小齒輪（分輪/小 齒輪）及類似輪。通常，馬達係藉由步進馬達而架構的且 包括線圈塊、定子及轉子。於指針式電子錶中，輪系係藉 由驅動轉子而旋轉的。轉子包括轉子磁鐵及轉子小齒輪 (指示轉子中除了轉子磁鐵之外的部份，相同如下）。 (2) (2)200405146 錶心的”後側”係配置有後輪系及類似物。通常，後輪 系包括：定位輪、時輪、分輪及類似輪。再者，切換裝置 係配置在錶心的”表面側”或”後側”。通常，切換裝置包括 定位桿、軛、軛架及類似物。再者，指針定位桿、離合器 輪、定位輪及類似物被提供作爲指針定位機構。指針式電 子錶係架構使得當步進馬達被操作時，輪系係藉由轉子的 旋轉而旋轉，目前時間的”時”由時針表示，而，目前時間 的”分”由分針表示。 再者，指針式記時錶係架構使得當步進馬達被操作 時，輪系係藉由轉子的旋轉而旋轉，過去時間的”秒”由記 時秒針表不，而，過去時間的”分”由記時分針表示，以 及，過去時間的”時”係藉由記時時針表示。再者，已知一 種指針式記時錶，其中”過去時間以十分之一秒的單位所 量測的時間”係藉由十分之一記時秒針表示，及/或，，過去 時間以五分之一秒的單位所量測的時間”係藉由五分之一 記時秒針表示。 揭示於JP-A-63- 1 495 86的電子錶係配置有馬達及用 以指示時間的輪系在錶心的中心部份，且配置有馬達及用 以操作五百分之一記時秒針的輪系、馬達及用以操作記時 秒針的輪系以及馬達及用以操作記時分針的輪系在錶心的 外周部於約90度的間隔。 依據揭示於JP-A-6卜83 992之具有記時的電子錶，配 置有旋轉中心在錶心的中心部之秒針係藉由操作一外側操 作構件而表不正常時間及記時時間。再者，用以驅動秒針 -6 - (3) (3)200405146 的輪系係架構來操作sS時分針及記時時針。 揭示於JP_A-55- 1 60890的記時錶提供具有旋轉中心 在錶心的中心部的記時秒針、具有旋轉中心於錶盤的9點 鐘方向的記時分針及具有旋轉中心於錶盤的1 2點鐘方向 的記時時針。再者，馬達及用以操作記時秒針的輪系、馬 達及用以操作記時分針的輪系以及馬達及用以操作記時時 針的輪系係配置在錶yL·、的外周部。 揭示於JP-A_5 5-7662的記時錶提供具有用以操作指 示時間的指示器之錶機構及用以操作記時針的記時機構。 依據此記時錶，記時秒針的旋轉中心係配置在錶心的中心 部，而，錶用之秒針的旋轉中心係配置在錶心的中心部及 外周部的中間。 配置有一小秒輪在除了錶心的中心之外的位置之習知 指針式電子錶產生一問題，其中難以配置用以定位用來操 作小秒針的輪系之輪系定位桿在錶心的內側。 再者’尤其，於此習知指針式記時錶的例子中，依據 具有配置有一記時秒針在錶心的中心的結構之記時錶（以 下’稱爲”中心用記時錶，，），以及具有配置有一記時秒針 在除了錶心的中心之外的位置的結構之記時錶（以下，稱 爲”側用記時錶”），架構各別錶心部件的尺寸、形狀及配 置’尤其，主板、橋接構件（輪系橋接或類似橋接）、步 進馬達及輪系係相互完全不同。 因此，依據此習知指針式記時錶，當”中心用記時錶’’ 及”側用記時錶，，被建構時，各別錶心需要設計相互完全分200405146 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to a pointer-type electronic watch having a wheel train positioning lever. In particular, the present invention relates to an analog electronic watch with a center, the center can be configured with a chronograph second hand at the center of the center, and the chronograph second hand can be arranged in addition to the center of the analog electronic watch. A position outside the center where the epicenter includes a wheel train locator. Furthermore, the present invention relates to an analog electronic watch with a center which includes a motor and a wheel train for operating a small second hand, wherein the center includes a wheel train positioning lever. [Prior art] Generally, the core of the analog electronic watch (including the body of the driving part) includes a motherboard that forms the base of the core. In an analog electronic watch with two sides of the main board, the side with the dial is called the "back side", and the side opposite to the side with the dial is called the "surface side" of the center. The wheel train integrated into the "surface side" of the epicenter is called the "surface wheel train", and the wheel train integrated into the "back side" of the epicenter is called the "rear wheel train". The "surface side" of the epicenter It is equipped with battery, circuit block, motor, surface gear train and the like. Generally, the surface gear train includes: fifth wheel / pinion, second wheel / pinion, third wheel / pinion, center wheel / pinion ( Split wheel / pinion) and similar wheels. Generally, the motor is structured by a stepper motor and includes a coil block, a stator, and a rotor. In an analog electronic watch, the gear train is rotated by driving the rotor. The rotor Including rotor magnet and rotor pinion (indicating that the rotor except the rotor magnet is the same as follows). (2) (2) 200405146 The center of the "rear side" is equipped with a rear wheel train and the like. Usually, The rear wheel train includes: positioning wheel, hour wheel, split wheel and similar wheels. Furthermore, the switching device is arranged on the "surface side" or "rear side" of the center. Generally, the switching device includes a positioning lever, a yoke, and a yoke. And the like. Furthermore, the pointer positioning lever, clutch wheel, positioning wheel And the like are provided as a pointer positioning mechanism. The analog electronic watch system architecture makes the wheel train rotate by the rotation of the rotor when the stepping motor is operated. The "hour" of the current time is indicated by the hour hand, and the current time The "minute" is indicated by the minute hand. In addition, the analog chronograph system allows the wheel train to rotate by the rotation of the rotor when the stepper motor is operated. The "second" of the elapsed time is indicated by the chronograph second hand. In addition, the "minute" of the past time is indicated by the chronograph minute hand, and the "hour" of the past time is indicated by the chronograph hand. Furthermore, an analogue chronograph is known in which "the elapsed time is in tenths of a second" "Time measured in units of" is indicated by a tenth of a second hand and / or, time measured by elapsed time in units of a fifth of a second "is measured by a fifth of a hour The second hand indicates. The electronic timepiece disclosed in JP-A-63- 1 495 86 is equipped with a motor and a wheel train for indicating the time in the center part of the movement, and is equipped with a motor and a five-hundredth hour hand The gear train, the motor and the gear train for operating the chronograph second hand, and the motor and the gear train for operating the chronograph minute hand are spaced approximately 90 degrees apart on the outer periphery of the core. According to the electronic timepiece with a chronograph disclosed in JP-A-6, 83, 992, the second hand provided with a rotation center at the center of the center of the watch is an abnormal time and chronograph time by operating an outer operating member. Furthermore, the gear train architecture used to drive the second hand -6-(3) (3) 200405146 operates the sS hour and minute hands and chronograph hour hand. The chronograph disclosed in JP_A-55- 1 60890 provides a chronograph second hand with a center of rotation at the center of the center, a chronograph minute hand with a center of rotation at 9 o'clock, and 1 2 with a center of rotation at the dial. Hour hand in the direction of the clock. Furthermore, the motor and the gear train for operating the chronograph second hand, the motor and the gear train for operating the chronograph minute hand, and the motor and the gear train for operating the chronograph hand are arranged on the outer periphery of the watch yL. The chronograph disclosed in JP-A_5 5-7662 provides a chronograph mechanism for operating an indicator indicating time and a chronograph mechanism for operating a chronograph hand. According to this chronograph, the center of rotation of the chronograph second hand is arranged at the center of the center, and the center of rotation of the second hand for watches is arranged between the center of the center and the outer periphery. The conventional analog electronic watch having a small seconds wheel positioned at a position other than the center of the center of the watch creates a problem in which it is difficult to locate a wheel train positioning lever for operating the wheel train for operating the small second hand on the inner side of the center of the watch. . Furthermore, 'especially, in the example of the conventional analog chronograph, according to a chronograph having a structure in which a chronograph second hand is arranged at the center of the center (hereinafter, referred to as a "central chronograph,") , And a chronograph with a structure in which a chronograph second hand is placed at a position other than the center of the center (hereinafter, referred to as a "side-use chronograph"), the size, shape, and configuration of each center part are structured 'In particular, the main board, bridge members (wheel train bridges or similar bridges), stepping motors, and wheel trains are completely different from each other. Therefore, according to this conventional pointer chronograph, when "the central chronograph" and " A chronograph is used on the side. When constructed, the individual watch faces need to be completely separated from each other.

-7- (4) (4)200405146 開，且，各別錶心需要經由完全分開的步驟而製造。因 此，輪系定位桿需要完全分開地設計因而使各別錶心產生 一問題，其中製造錶心的步驟變得複雜，且製造錶心的步 驟的數目增加。 【發明內容】 本發明的目的在於提供一種小且薄的指針式電子錶， 其包含具有旋轉中心在除了錶心的中心之外的位置之小秒 針，且包含能夠堅固地定位用以旋轉小秒針的輪系之機 構。 本發明的另一目的在於提供一種小且薄的指針式電子 錶，其具有能夠堅固地定位用以旋轉小秒針的輪系於一結 構之機構，此結構能配置一記時秒針在錶心的中心且能夠 配置一記時秒針在儲了錶心的中心之外的位置，以及特別 於一指針式記時錶中配置有小秒針在除了錶心的中心之外 的位置。 本發明的特徵爲：一種指針式電子錶，包含：一主 板，架構錶心的基板；一橋接構件，用以支撐架構該錶心 的部件；一時間資訊指示輪，以該主板的主板中心作爲旋 轉中心而旋轉，用以指示時間資訊；一小秒輪，以除了該 錶心的中心之外的位置作爲旋轉中心而旋轉；一指針定位 桿，用以更正該時間資訊指示；一切換裝置，用以切換該 指針定位桿的位置；一錶盤，用以指示該時間資訊；一重 定位桿，當指針定位桿自零階段拉出至第一階段時，該重 -8- (5) (5)200405146 定位桿架構來藉由操作該切換裝置而致使旋轉；及一輪系 定位桿’當指針定位桿自零階段拉出至第一階段時，該輪 系定位桿架構來基於該重定位桿的旋轉而線性地移動，其 中該輪系定位桿係架構來致使定位該小秒輪或用來旋轉該 小秒輪的其它輪的旋轉。 依據此架構，輪系定位桿係線性地移動，且因此，輪 系定位桿的定位部帶入與一輪接觸，此輪藉由自輪的垂直 方向操作而定位。因此，當輪系定位桿將定位的輪設定 時’少有由輪系定位桿旋轉將被輪設定的掛慮。 依據本發明指針式電子錶，輪系定位桿係配置不重疊 附接至指針的部件，亦即，時間資訊指示輪及小秒輪。依 據此架構，因爲輪系定位桿係配置未重疊附接有指針的部 件’因此，電子錶的厚度可被減小。 再者，依據本發明的指針式電子錶亦可配置來重疊小 秒輪。依據此架構，輪系定位桿係配置來重疊小秒輪，因 此，電子錶的厚度可被減小。 依據本發明指針式電子錶，較佳地，重定位桿包括： 用以實施重設操作的重定位傳導彈簧、用以固持該輪系定 位桿的輪系重定位桿固持部及用以操作該輪系定位桿的操 作彈簧。依據此架構，重定位操作及定位操作可由此兩部 件而確定地實施。 較佳地依據本發明的指針式電子錶，其中通過該主板 中心且平行該指針定位桿的中心軸線之主板參考垂直軸線 及通過該主板中心且垂直該主板參考垂直軸線之主板參考 -9- (6) (6)200405146 水平軸線係界定在該主板；其中該主板設有第一區，其配 置在主板參考垂直軸線的一側上且在主板參考水平軸線接 近該指針定位桿的側上，該主板設有第二區，其配置在主 板參考垂直軸線的另一側上且在主板參考水平軸線接近該 指針定位桿的側上，該主板設有第三區，其配置在存在有 該第二區的主板參考垂直軸線的該另一側上且在該主板參 考水平軸線遠離該指針定位桿的側上，及該主板設有第四 區，其配置在存在有該第一區的主板參考垂直軸線的該另 一側上且在該主板參考水平軸線遠離該指針定位桿的側 上；其中該小秒輪的旋轉中心係配置在該主板參考水平軸 線上方的、該第一區及該第四區間的邊界上方、且於該主 板中心與該主板與外形部間之位置；其中重定位桿的旋轉 中心係配置在該第二區；其中被帶入相互接觸的該輪系定 位桿及該重定位桿的部份係配置在該第一區；及其中該輪 系定位桿的定位部份被帶入與將被定位的輪接觸的部份係 配置在該第四區。藉此架構，具有輪系定位桿確定地操作 之小且薄指針式電子錶可被實現。 再者，較佳地依據本發明的指針式電子錶，其中該輪 系定位桿包括兩個導窗部，該主板包括兩個用以引導該輪 系定位桿的導銷，該輪系定位桿的導窗部係分別地架構來 藉由該主板的導銷而予以引導，該輪系定位桿係整合至該 主板以致使相對於該主板的線性移動，及，導銷的一者係 配置在該第一區而其另一者係配置在該第四區。 再者，本發明的指針式電子錶的特徵爲：其中該主板 -10- (7) (7)200405146 包括藉由使用該錶心來建構”中心用記時錶”的轉子及輪系 的支承部份，及藉由使用該錶心來建構，，側用記時錶，，的轉 子及輪系的支承部份；其中該橋接構件包括：藉由使用該 錶心來建構該”中心用記時錶”的該轉子及該輪系的支承部 份’及藉由使用該錶心來建構該”側用記時錶”的該轉子及 該輪系的支承部份；其中使用來建構該”中心用記時錶，，的 轉子及輪系係整合來致使相對於該主板的支承部及該橋接 構件的支承部而旋轉；其中該時間資訊係藉由以該主板中 心作爲旋轉中心而旋轉的時間指示構件，及以該主板中心 與該主板的外形部間的位置作爲旋轉中心而旋轉的另一時 間指示構件而予以表示；其中一記時的量測結果係藉由以 作爲旋轉中心而旋轉的記時指示構件，及以該主板中心與 該主板的外形部間的位置作爲旋轉中心而旋轉的另一記時 指示構件而予以表示；重定位桿能夠藉由操作該切換裝置 而旋轉’當指針定位桿自零階段拉出至第一階段時；及當 該指針定位桿自零階段拉出至第一階段時，一輪系定位桿 基於該重定位桿的旋轉而線性地移動；其中該輪系定位桿 係架構來致使定位一輪的旋轉於用來旋轉另一時間指示構 件的輪系。 較佳地依據本發明的指針式電子錶，其中該輪系定位 桿包括兩個導窗部，該主板包括兩個用以引導該輪系定位 桿的導銷，該輪系定位桿的導窗部係分別地架構來藉由該 主板的導銷而予以引導，該輪系定位桿係整合至該主板以 致使相對於該主板的線性移動，及，導銷的一者係配置在 4 ΑΓ 1 ^0 -11 - (8) (8)200405146 該桌一區而其另一者係配置在該第四區。 【實施方式】 以下將解說實施本發明的模式。 (1 )第一*實施例 以下將解說依據本發明之指針式電子錶的第一實施 例。本發明的第一實施例係中心三指針型的，，側用記時 錶” ’亦即，指針式記時錶具有配置一記時秒針在不是錶 心的中心的位置且配置一秒指針指示時間在錶心的中心之 結構。 (1 · 1 )錶心的整體架構及技術用辭的界定 首先，將解說依據本發明之指針式記時錶的錶心的整 體架構。參考圖1至圖3，依據本發明的指針式記時錶設 有錶心100。錶心100包括架構其基板的主板102。依據 本發明的實施例，主板1 02的外形係實質地圓形的。再 者’主板1 02的外形可以是四角形、多邊形、橢圓形或類 似形狀的外形。較佳地，主板】〇2的外形係圓形形狀，其 中部份的外形係切開如圖1所示。 依據本發明的實施例，馬達、表面輪系部（包括用以 驅動表面輪系的馬達及表面輪系）、電池、電路塊及切換 裝置係配置於錶心100中，在以主板102作參考與具有錶 盤1 0 4的側相反的側上，亦即，在*錶心】〇 2的表面側上 (主板1 〇 2 )。後輪系橋接丨〇 8係以主板1 〇 2作參考而配 -12- (9) (9)200405146 置在具有錶盤104的側上。 切換裝置包括用以更正時間資訊的指針定位桿1 1 0 ' 能夠藉由指針定位桿1 1 〇的旋轉而旋轉定位輪1 3 0的離合 器輪1 3 2、定位桿1 3 4及軛1 3 6。錶心1 〇 〇形成有軛1 3 6 的不規則部份以能夠將指針定位桿1 1 〇拉至第一階段。藉 由軛1 3 6的彈簧部份的彈力，軛1 3 6的不規則部份被推壓 至定位桿134的前端部的側面。藉此架構，定位桿134的 位置被決定，再者，指針定位桿1 1 0的設定重量被設定。 依據指針式記時錶，假設於附接錶盤104至錶心100 的階段，自錶心1 〇〇的中心300指向錶盤104的12點鐘 刻度之方向稱爲” 1 2點鐘方向”（圖1中指示如” 1 2H”）， 自錶心1 0 0的中心3 0 0指向錶盤的3點鐘刻度之方向稱 爲”3點鐘方向”（圖1中指示如”3H”），自錶心1 00的中 心 3 00指向錶盤的6點鐘刻度之方向稱爲”6點鐘方向” (圖1中指示如’’6H”），及，自錶心100的中心3 00指向 錶盤的9點鐘刻度之方向稱爲”9點鐘方向”（圖1中指示 如，，9 Η，，）° 指針定位桿Π 0可旋轉整合至主板1 〇2，指針定位桿 1 1 〇的旋轉軸線係配置來與自錶心1 00的中心3 00直接指 向” 3點鐘方向”的直線重合。 於圖1中，在主板102，通過側用中心輪/小齒輪224 的可旋轉中心3 0 0 (以下稱爲”主板中心3 0 0，，）且平行指 針定位桿1 10的中心軸線之主板參考垂直軸線3 02及通過 主板中心3 00且垂直主板參考垂直軸線3 02之主板參考水 -13- (10) (10)200405146 平軸線304被界定。在主板102，第一區310係提供用來 配置在主板參考垂直軸線3 02的一側上的位置’且在接近 指針定位桿1 1 〇的主板參考水平軸線3 04的側上。在主板 1 0 2，第二區3 2 0係提供用來配置在主板參考垂直軸線 3 〇2的另一側上的位置，且在接近指針定位桿1 1 0的主板 參考水平軸線304的側上。在主板102，第三區3 3 0係提 供用來配置在存在有第二區3 20之主板參考垂直軸線302 的另一側上的位置，且在遠離指針定位桿1 1 0的主板參考 水平軸線3 04的側上。在主板102，第四區340係提供用 來配置在存在有第一區之主板參考垂直軸線302的一側上 的位置，且在遠離指針定位桿1 1 0的主板參考水平軸線 3 04的側上。 雖然於圖1中，第一區310及第四區340係界定在主 板參考垂直軸線3 02的右側上，如一修改例所示，第一區 310及第四區34〇可被界定來配置在主板參考垂直軸線 3 02的左側上。於此例中，第二區3 20及第三區3 3 0係界 定來配置在主板參考垂直軸線3 02的右側上。 (1.2 )用以指示時間的輪系部的架構 接著，將解說用以指示時間的輪系部的架構。用以指 示時間的輪系部包括用以指示時間的輪系驅動馬達及用以 指示時間的輪系。 參考圖1至3，錶心1 0 0的”表面側，，設有電路塊、電 池20、側用表面輪系部、記時分/秒輪系部、1/1〇秒輪系 部、切換裝置等等。主板102、輪系橋接（a) 1〇6及輪 -14- (11) (11)200405146 系橋接（B ) 107構成支撐構件。中心管103係固定至主 板102以主板中心300作爲中心軸。側用中心輪/小齒輪 224可旋轉地整合至中心管1〇3的中心孔。側用中心輪/小 齒輪 224包括側用中心輪224a及側用空心軸小齒輪 224b。側用中心輪224a係可相對側用空心軸小齒輪224b 而滑動整合側用空心軸小齒輪224b。側用空心軸小齒輪 224b的圓柱部的外周係可旋轉地整合至中心管1〇3的中 心孔。側用中心輪224a係配置在主板1 02與輪系橋接 (A) 106之間。側用中心輪224a係架構來與側用空心軸 小齒輪224b整體地旋轉。 側用表面輪系部包括側用表面輪系驅動馬達，亦即， 側用時間馬達及側用小時指示輪系。藉由側用時間馬達的 旋轉，側用小時指示輪系被旋轉，現在時間的”時”係藉由 時針230所表示，現在時間”分”係藉由分針23 2所表示， 及，現在時間”秒”係藉由秒指針234所表示。 水晶單元1 1 4及1C (積體電路）1 1 6係附接至一電路 塊（未顯示）。電路塊係經由絕緣板（未顯示）藉由開關 彈簧122而固定至主板102、輪系橋接（A ) 106及輪系 橋接（B ) 107。電池120係藉由銀電池、鋰電池或類似電 池組成以構成指針式記時錶的電源。作爲指針式記時錶的 電源，可充電輔助電池可被使用或可充電容器可被使用。 水晶單元1 1 4中的水晶振盪器構成指針式記時錶的振盪 源，且係振盪在例如，3 2 76 8Herz。電池負端128係架構 經由電路塊的負圖案來傳導電池120的陰極及IC116的負 -15- (12) (12)200405146 輸入部。於時間指示模式中，1C (積體電路）1 1 6係架構 來量測現在時間，並操作側用的時間馬達。 側用時間馬達包括側用時間線圈塊、側用時間定子 2 4 4及側用時間轉子，亦即，時間轉子（a ) 2 4 6。當由 1C (積體電路）116輸出的時間馬達驅動信號係輸入至時 間線圈塊242時，側用時間定子244被磁化來旋轉時間轉 子（A ) 246。時間轉子（A ) 246係構成來旋轉例如，每 秒180度。時間轉子（A) 246包括上軸部246a、下軸部 246b、小齒輪部246c及轉子磁鐵246d。時間轉子（A) 246的上軸部246a係旋轉整合至設在輪系橋接（A) 106 的時間轉子（A )上支承部1 0 6 a。時間轉子（A ) 2 4 6的 下軸部246b係可旋轉整合至設在主板1〇2的時間轉子 (A )下支承部102a。因此，時間轉子（A ) 246係可旋 轉地配置在輪系橋接（A ) 1 06與主板1 02之間。 基於時間轉子（A ) 246的旋轉，側用第二輪/小齒輪 221係架構來經由亦即，時間第五輪/小齒輪（A) 220的 側用時間第五輪/小齒輪的旋轉而旋轉。時間第五輪/小齒 輪（A ) 220包括上軸部220a、下軸部220b、小齒輪部 220c及輪部220d。時間第五輪/小齒輪（A) 220的輪部 220d係架構來與時間轉子（A) 246的小齒輪部246c嚙 合。時間第五輪/小齒輪（A ) 220的上軸部220a係旋轉 整合至設在輪系橋接（A ) 1 06的時間第五輪/小齒輪 (A)上支承部106b。時間第五輪/小齒輪（A) 220的下 軸部220b係旋轉整合時間第五輪/小齒輪（A)下支承部 -16- (13) (13)200405146 102b。因此，時間第五輪/小齒輪（A) 220係可旋轉配置 在輪系橋接（A) 106與主板102之間。 側用第二輪/小齒輪221包括上軸部221a、算盤珠部 221b、小齒輪部221c及輪部221d。側用第二輪/小齒輪 221的輪部221 d係架構來與時間第五輪/小齒輪（A) 220 的小齒輪部220c嚙合。側用第二輪/小齒輪221的上軸部 221a係可旋轉整合至設在輪系橋接（A) 106的側用第二 輪/小齒輪上軸部106c。側用第二輪/小齒輪221的算盤珠 部221b係可旋轉地配置至側用空心軸小齒輪224b的中心 孔的內側。側用第二輪/小齒輪22 1的旋轉中心係主板中 心3 00。側用第二輪/小齒輪221係架構來旋轉每分一圈。 秒指針234係附接至側用第二輪/小齒輪221。秒指針234 構成秒指示構件。作爲秒指示構件，秒針可被使用，圓形 錶盤可被定位，或包括流動或幾何形狀的其它形狀的指示 構件可被使用。 側用第二輪/小齒輪固持彈簧23 1係用來施加壓力至 側用第二輪/小齒輪221。 基於側用第二輪/小齒輪22 1的旋轉，側用中心輪/小 齒輪224係架構來經由側用第三輪/小齒輪222的旋轉而 旋轉。側用第三輪/小齒輪222包括上軸部、下軸部、小 齒輪部222c及輪部222d。側用第三輪/小齒輪222的輪部 222d係架構來與側用第二輪/小齒輪221的小齒輪部221c 嚙合。側用第三輪/小齒輪222的上軸部係可旋轉整合至 設在輪系橋接（A ) 1 06的側用第三輪/小齒輪（A )上支 -17- (14) (14)200405146 承部106d (參照後述的輪系橋接（A) 106的圖）。側用 第三輪/小齒輪222的下軸部係可旋轉整合至設在主板102 的側用第三輪/小齒輪（A )下支承部l〇2d (參照後述的 主板的圖）。因此，側用第三輪/小齒輪222係可旋轉地 配置在輪系橋接（A ) 1 06與主板1 02之間。側用中心輪/ 小齒輪224係架構來旋轉每小時一圈。分針232組成分指 示構件。作爲分指示構件，分針可被使用，圓形錶盤可被 使用，或包括流動或幾何形狀的其它形狀的指示構件可被 使用。 基於側用中心輪/小齒輪224的旋轉，時輪228係架 構來經由分輪226的旋轉而旋轉。分輪226包括上軸部 226a、下軸部226b、小齒輪部2 2 6 c及輪部2 2 6 d。分輪 226的輪部226d係架構來與側用第二輪/小齒輪221的側 用空心軸小齒輪224b的小齒輪部嚙合。分輪226的上軸 部226a係可旋轉整合至設在輪系橋接（A) 106的分輪上 支承部106e。分輪226的下軸部226b係可旋轉整合至設 在主板102的分輪下支承部l〇2e。分輪226的輪部226d 係可旋轉地配置在輪系橋接（A) 106與主板102之間。 分輪226的小齒輪部226c係可旋轉地配置在主板102與 後輪系橋接1 〇 8之間。 時輪228係可旋轉整合中心管103的外周部。時輪 228的時輪輪部22 8d係可旋轉地配置在主板102與後輪 系橋接108之間。時輪228的旋轉中心係主板中心3 00。 因此，時輪22 8的旋轉中心及側用第二輪/小齒輪221的 -18- (15) (15)200405146 旋轉中心係配置在相同如側用中心輪/小齒輪224的旋轉 中心的位置。時輪2 2 8係架構來旋轉每1 2小時一圈。秒 針234係附接至時輪22 8。秒針234構成時指示構件。作 爲時指不構件，時針可被使用，圓形錶盤可被使用，或包 括流動或幾何形狀的其它形狀的指示構件可被使用。 當指針定位桿1 1 0係旋轉於將指針定位桿11 0拉出至 第一階段的階段時，離合器輪132被旋轉且定位輪130係 構成以能夠藉由離合器輪1 3 2的旋轉而旋轉。再者，時間 能夠藉由定位輪1 3 0來旋轉分輪2 2 6而設定。重定位桿 140包括重定位傳導彈簧140d及輪系定位部14〇f。於將 指針定位桿1 1 0拉出至第一階段的階段，重定位桿i 40的 輪系定位部1 40f係架構來設定時間第五輪/小齒輪（a ) 2 2 0的旋轉。於將指針定位桿丨！ 〇拉出至第一階段的階 段’藉由傳導重定位傳導彈簧l40cJ至電路塊的重定位圖 案’指針式記時錶係架構來致使重定位。 (I 3 )記時分/秒指示輪系部的架構 接著’將解說藉由記時量側模式操作於依據本發明之 指針式電子錶（指針式記時錶）之記時分/秒指示輪系部 的架構。記時分/秒指示輪系部包括用以驅動記時分/秒指 不輪系的馬達及記時分/秒指示輪系。 參考圖1 ’記時分/秒指示輪系部包括用以驅動記時分 /秒指示輪系的馬達，亦即，記時分/秒馬達，及記時分/秒 指不輪系。記時分/秒指示輪系係藉由記時分/秒馬達的旋 轉而旋轉的，以記時量測模式量測的過去時間的，，記時分，， •19- 204 (16) (16)200405146 係藉一記時分針而架構來表示，以及，以記時量側模式量 測的過去時間的”記時秒”係藉一記時秒針而架構來表示。 於記時量測模式中，1C (積體電路）；! 1 6係架構來量測過 去時間，並操作記時分/秒馬達。 記時分/秒馬達包括：記時分/秒線圈塊262、記時分/ 秒定子264及記時分/秒轉子266。記時分/秒線圈塊262 的尺寸及形狀可被製作相同如時間線圈塊242的尺寸及形 狀。記時分/秒定子264的尺寸及形狀可被製作相同如側 用時間定子244的尺寸及形狀。 當由1C (積體電路）1 16輸出的記時分/秒馬達驅動 信號係輸入至記時分/秒線圈塊2 62時，記時分/秒定子 2 64被磁化來旋轉記時分/秒轉子266。記時分/秒轉子266 係架構來旋轉例如，每秒180度。記時分/秒轉子266包 括上軸部、下軸部、小齒輪部及轉子磁鐵。分輪226的上 軸部係可旋轉整合至設在輪系橋接（B ) 1 0 7的記時分/秒 轉子上支承部l〇7f (參照後述的輪系橋接（B ) 107的 圖）。記時分/秒轉子266的下軸部係可旋轉整合至設在 主板102的記時分/秒轉子下支承部102f(參照後述的主 板的圖）。因此，記時分/秒轉子266係可旋轉地配置在 輪系橋接（B) 107與主板102之間。 基於記時分/秒轉子266的旋轉，記時分/秒第五輪/小 齒輪25 0係架構來旋轉。基於記時分/秒第五輪/小齒輪 250的旋轉，計秒器中間輪（A ) 251及計分器中間輪 (A ) 2 5 2係架構來旋轉。記時分/秒第五輪/小齒輪2 5 0包 -20- (17) (17)200405146 括上軸部、下軸部、小齒輪部及輪部。記時分/秒第五輪/ 小齒輪2 5 0的上軸部架構來與記時分/秒轉子2 6 6的小齒 輪部嚙合。記時分/秒第五輪/小齒輪2 5 0的上軸部係可旋 轉整合至設在輪系橋接（B ) 1 07的記時分/秒第五輪/小齒 輪上支承部 l〇7g (參照後述的輪系橋接（B ) 107的 圖）。記時分/秒第五輪/小齒輪2 5 0的下軸部係可旋轉整 合至設在主板1〇2的記時分/秒第五輪/小齒輪下支承部 102g (參照後述的主板的圖）。因此，記時分/秒第五輪 到小齒輪2 5 0係可旋轉地配置在輪系橋接（B ) 1 0 7與主 板1 02之間。 基於計秒器中間輪（A ) 25 1的旋轉，計秒輪254係 架構來經由計秒器中間輪（B ) 253的旋轉而旋轉的。計 秒器中間輪（A ) 25 1的尺寸及形狀相同如計秒器中間輪 (B ) 2 5 3的尺寸及形狀。計秒器中間輪（A ) 251包括： 上軸部、下軸部及輪部。計秒器中間輪（A ) 25 1的輪部 係架構來與記時分/秒第五輪/小齒輪250的小齒部嚙合。 計秒器中間輪（A ) 251的上軸部係可旋轉整合至設在後 輪系橋接1〇8的計秒器中間輪（A)上支承部l〇8h (參照 後述的後輪系橋接的圖）。計秒器中間輪（A ) 2 5 1的下 軸部係可旋轉整合至設在主板102的計秒器中間輪（A) 下支承部1 〇2h (參照後述的主板的圖）。因此’計秒器 中間輪（A ) 2 5 1係可旋轉地配置在後輪系橋接1 〇 8與主 板102之間。 計秒器中間輪（B ) 2 5 3包括：上軸部、下軸部及輪 -21 - (18) (18)200405146 部。計秒器中間輪（B ) 2 5 3的輪部係與計秒器中間輪 (A) 2 5 1的輪部嚙合。計秒器中間輪（B ) 2 5 3的上軸部 係可旋轉整合至設在後輪系橋接〗〇 8的計秒器中間輪 (B )上支承部1 0 8 j (參照後述的後輪系橋接的圖）。計 秒器中間輪（B ) 2 5 3的下軸部係可旋轉整合至設在主板 1 0 2的計秒器中間輪（B )下支承部1 〇 2 j (參照後述的主 板的圖）。因此’計秒器中間輪（B ) 2 5 3係可旋轉地配 置在後輪系橋接108與主板102之間。 計秒輪254包括：上軸部、下軸部及輪部。計秒輪 254的輪部係架構來與計秒器中間輪（B) 253的輪部嚙 合。計秒輪254的上軸部係可旋轉整合至設在後輪系橋接 108的計秒輪上支承部l〇8k (參照後述的後輪系橋接的 圖）。計秒輪2 5 4的下軸部係可旋轉整合至設在主板！ 02 的計秒輪下支承部1 02k (參照後述的主板的圖）。因 此，計秒輪2 5 4係可旋轉地配置在後輪系橋接1 〇 8與主板 1 02之間。秒記時針25 5 (參照後述的圖式）係附接至計 秒輪254。秒記時針25 5架構一秒記時指示構件。於記時 量測模式中，秒記時針2 5 5係操作來表示過去時間的” 秒”。 參考圖1，計秒輪2 5 4的旋轉中心係配置在主板參考 水平軸線304的上方的位置且於主板中心3 00與主板102 的外形部306之間，主板102配置於錶心100的6點鐘方 向。計秒輪254的旋轉中心與主板中心3 00間的距離係約 主板102的最大外形部的半徑的1/2。 -22- (19) (19)200405146 基於計分器中間輪（A) 252的旋轉，計分輪2 5 8係 架構來經由計分器中間輪（B ) 2 5 7的旋轉而旋轉的。計 分器中間輪（A ) 25 2包括：上軸部、下軸部、小齒輪部 及輪部。計分器中間輪（A ) 2 5 2的輪部係架構來與記時 分/秒第五輪/小齒輪2 5 0的小齒部嚙合。計分器中間輪 (A ) 252的上軸部係可旋轉整合至設在後輪系橋接108 的計分器中間輪（A )上支承部l〇8m (參照後述的後輪系 橋接的圖）。計分器中間輪（A ) 252的下軸部係可旋轉 整合至設在主板102的計分器中間輪（A)下支承部102m (參照後述的主板的圖）。因此，計分器中間輪（A ) 252係可旋轉地配置在後輪系橋接108與主板102之間。 計分器中間輪（B ) 2 5 7包括：上軸部、下軸部、小 齒輪部及輪部。計分器中間輪（B ) 25 7係架構來與計分 器中間輪（A) 2 5 2的小齒輪部嚙合。計分器中間輪（B ) 25 7的上軸部係可旋轉整合至設在後輪系橋接108的計分 器中間輪（B )上支承部108η (參照後述的後輪系橋接的 圖）。計分器中間輪（Β ) 25 7的下軸部係可旋轉整合至 設在主板1 02的計分器中間輪（Β )下支承部1 02η (參照 後述的主板的圖）。因此，計分器中間輪（Β ) 2 5 7係可 旋轉地配置在後輪系橋接1 〇8與主板1 〇2之間。 計分輪25 8包括：上軸部、下軸部及輪部。計分輪 2 5 8的輪部係架構來與計分器中間輪（Β ) 2 5 7的輪部嚙 合。計分輪25 8的輪部係可旋轉整合至設在後輪系橋接 108的計分輪上支承部108ρ (參照後述的後輪系橋接的 -23· (20) (20)200405146 圖）。計分輪25 8的下軸部係可旋轉整合至設在主板i〇2 的計分輪下支承部1 〇2p (參照後述的主板的圖）。因 此，計分輪25 8係可旋轉地配置在後輪系橋接1〇8與主板 1 0 2之間。分記時針2 5 9 (參照後述的完整的圖）係附接 至計分輪25 8。分記時針2 5 9架構一分記時指示構件。於 記時量測模式中，分記時針25 9係操作來表示過去時間 的”分”。 參考圖1，計分輪2 5 8的旋轉中心係配置在主板參考 垂直軸線3 0 2的上方且於主板中心3 0 0與主板1 〇 2的外形 部3 09之間於錶心100的”9點鐘方向”。計分輪25 8的旋 轉中心與主板中心3 0 0間的距離係約主板1 〇 2的最大外形 部的半徑的1/2。 (1，·4 ) 1/10秒指示輪系部的架構 接著’將解說依據本發明的指針式電子錶中（指針式 記時錶）以記時量測模式操作的1 /1 〇秒指示輪系部的架 構。1 /1 0秒指示輪系部包括用以驅動丨/ ；1 〇秒指示輪系的 馬達及W 1 0秒指示輪系。 參考圖1至 3，1 /1 0秒馬達包括：1 /1 〇秒線圈塊 2 8 2、1 /1 0秒定子2 8 4及1 / 1 0秒轉子2 8 6。1 /1 0秒線圈塊 2 82的尺寸及形狀可製得相同如時間線圈塊242的尺寸及 形狀。1/10秒定子2 84的尺寸及形狀可製得相同如側用時 間定子244的尺寸及形狀。 當由1C (積體電路）1 16輸出的1/1〇秒馬達驅動信 號係輸入至1 / 1 0秒線圈塊2 8 2時，1 /1 〇秒定子2 8 4被磁 -24- (21) (21)200405146 化來旋轉1/10秒轉子2 8 6。1/10秒轉子2 8 6係構成來旋 轉例如’每1/10秒180度。1/10秒轉子2 8 6包括上軸部 286a、下軸部286b、小齒輪部28 6c及轉子磁鐵2 8 6d。 1/10秒轉子2 8 6的上軸部2 8 6a係旋轉整合至設在輪系橋 接（A ) 1 0 6的1 /1 〇秒轉子上支承部丨〇 6 r。1 /丨〇秒轉子 286的下軸部286b係可旋轉整合至設在主板102的1/1〇 秒轉子下支承部1 0 2 r。因此，1 / 1 〇秒轉子2 8 6係可旋轉 地配置在輪系橋接（A) 106與主板1〇2之間。 時間轉子（A ) 2 4 6、記時分/秒轉子2 6 6及1 /1 〇秒轉 子286係相同部件。然而，雖然時間轉子（a) 246及記 時分/秒轉子2 6 6係藉由配置小齒輪部在上側上而整合的 (整合使得小齒輪部接近輪系橋接（A ) 1 0 6 ) ，：I /1 〇秒 轉子2 8 6係藉由配置小齒輪部在下側上而整合的（整合使 得小齒輪部接近主板102 )。 基於1 / 1 0秒轉子2 8 6的旋轉，1 /1 〇秒第五輪/小齒輪 270係架構來旋轉。1/1〇秒第五輪/小齒輪270包括：上 軸部270a、下軸部270b、上小齒輪部270c、輪部270d 及下小齒輪部270f。1/10秒第五輪/小齒輪270的輪部 270d係架構來與1/10秒轉子286的小齒輪部286c嚙合。 1/10秒第五輪/小齒輪270的上軸部270a係旋轉整合至設 在輪系橋接（A) 106的1/10秒第五輪/小齒輪上支承部 106s。1/10秒第五輪/小齒輪270下軸部270b係旋轉整合 1/10秒第五輪/小齒輪下支承部102s。因此，1Π0秒第五 輪/小齒輪270係可旋轉配置在輪系橋接（A) 106與主板 -25- (22) 200405146 1 0 2之間。 基於1/10秒第五輪/小齒輪270的旋轉，1/1()計 中間輪（B ) 272係經由1/1〇計秒器中間輪（A) 271 轉而旋轉的。1 /1 0計秒器中間輪（A ) 2 7 1的尺寸及 係架構相同如1/10計秒器中間輪（B) 272的尺寸 狀。1/10計秒器中間輪（A) 271包括上軸部271a、 部2 7 1 b及輪部2 7 1 d。1 /1 〇計秒器中間輪（a ) 2 7 1 部271d係架構來與1/10秒第五輪/小齒輪270的下 輪部2 7 0 f嚙合。1 / 1 0計秒器中間輪（A ) 2 7 1的上 271a係可旋轉整合至設在後輪系橋接108的1/1〇計 中間輪（A )上支承部108t。1/10計秒器中間輪（a : 的下軸部2 7 1 b係可旋轉整合至設在主板1 02的1 / 1 0 器中間輪（A )下支承部102t。1/10計秒器中間輪（ 271係可旋轉地配置的後輪系橋接108及主板102之p 1/1〇計秒器中間輪（B ) 272包括上軸部272a、 部272b及輪部272d。1/10計秒器中間輪（B) 271 部272d係架構來與1/10計秒器中間輪（A) 271的 271d嚙合。1/10計秒器中間輪（B ) 272的上軸部 係可旋轉整合至設在後輪系橋接108的1/10計秒器 輪（B)上支承部108u(參照後述的後輪系橋接的圖 1/10計秒器中間輪（B ) 272的下軸部272b係可旋轉 至設在主板102的1/10計秒器中間輪（B )下支 10 2U (參照後述的主板的圖）。因此，1/10計秒器中 (B ) 272係可旋轉地配置的後輪系橋接108及主板 秒器 的旋 形狀 及形 下軸 的輪 小齒 軸部 秒器 27 1 計秒 ：A) 下軸 的輪 輪部 272a 中間 )° 整合 承部 間輪 102 -26- (23) (23)200405146 之間。 基於1/10計秒器中間輪（B ) 272的旋轉，1/10計秒 輪274係架構來旋轉。mo計秒輪274包括：上軸部 274a、下軸部274b及輪部274d。1/10計秒輪274的輪部 274d係架構來與1/1〇計秒器中間輪（B ) 272的輪部 272d嚙合。1/1〇計秒輪274的上軸部274a係可旋轉整合 至設在後輪系橋接108的1/10計秒輪上支承部108v (參 照後述的後輪系橋接的圖）。1/10計秒輪274的下軸部 274b係可旋轉整合至設在主板102的1/10計秒輪下支承 部102v (參照後述的主板的圖）。因此，1/1〇計秒輪274 係可旋轉地配置的後輪系橋接1 0 8及主板1 02之間。1 /1 0 秒記時針2 7 5係附接至1 /1 0計秒輪2 74。1 /1 0秒記時針 27 5架構一 1/10計秒器指示構件。於記時量測模式中， 1 / 1 〇秒記時針2 7 5係操作來表示過去時間的” 1 / 1 〇秒”。 參考圖1，1/10計秒輪274的旋轉中心係配置在主板 參考水平軸線3 0 4的上方的位置且於主板中心3 0 0與主板 102的外形部312之間，主板102配置於錶心100的12 點鐘方向。1/1 〇計秒輪274的旋轉中心與主板中心3 00間 的距離係約主板102的最大外形部的半徑的1/2。 (1.5)主板的架構 爹考圖1至4 ’主板1 0 2中’主板中心3 0 0設有中心 管103。定位輪130的旋轉中心軸130p係配置在主板參 考垂直軸線3 0 2上方的位置且於主板中心3 00及主板102 的外形部3 03之間，主板102配置於錶心1〇〇的”3點鐘 -27· (24) (24)200405146 方向，，。分輪下支承部102e係配置在主板102中的第二區 3 2 0。定位桿134的旋轉中心、軛136的旋轉中心及重定 位桿1 4 0的旋轉中心係配置在主板1 0 2中的第二區3 2 0。 計秒輪下支承部1 02k係配置在主板參考水平軸線 3 04上方的位置且主板中心3 00及主板102的外形部306 之間，主板1 0 2配置在錶心1 〇 〇的” 6點鐘方向”。 時閭轉子（A)下支承部l〇2a及時間第五輪/小齒輪 (A)下支承部l〇2b係配置在主板102中的第三區330。 記時分/秒轉子下支承部102f、記時分/秒第五輪/小 齒輪下支承部 l〇2g、計秒器中間輪（A )下支承部 102h、計秒器中間輪（B )下支承部102j、計分器中間輪 (A )下支承部l〇2m及計分器中間輪（B)下支承部 102η係配置在主板1〇2中的第三區330。 計分輪下支承部1〇2ρ係配置在主板參考垂直軸線 3 02上方的位置且於主板中心3 00及主板102的外形部 3 09之間，主板102配置於錶心100的”9點鐘方向”。 側用第三輪/小齒輪（Α)下支承部102d係配置在主 板102中的第四區340。 1/10秒轉子下支承部l〇2r、1/10秒第五輪/小齒輪下 支承部102s、1/10計秒器中間輪（A)下支承部l〇2t及 1/10計秒器中間輪（B)下支承部10211係配置在主板1〇2 中的第四區340。 1/10計秒輪下支承部l〇2v係配置在主板參考水平軸 線304上方的位置且於主板中心3 00及主板102的外形部 -28- (25) (25)200405146 3 1 2之間，主板1 02配置在錶心1 00的，’ 1 2點鐘方向”。· (1.6)輪系橋接（A)及輪系橋接（B)的架構 參考圖1及5，於輪系橋接（A) 106中，側用第二 輪/小齒輪上軸部l〇6c係配置在主板中心3 00中。分輪上 支承部l〇6e係配置在輪系橋接（A) 106中的第二區 3 20 ° 時間轉子（A )上支承部1 0 6 a及時間第五輪/小齒輪 (A )上支承部106b係配置在輪系橋接（A ) 106中的第 三區3 3 0。 記時分/秒轉子上支承部107f及記時分/秒第五輪/小 齒輪上支承部107g係配置在輪系橋接（B) 107中的第三 區 3 3 0 ° 側用第三輪/小齒輪（A)上支承部106d係配置在輪 系橋接（A) 106中的第四區340。 1/10秒轉子上支承部106r及1/10秒第五輪/小齒輪 上支承部l〇6s係配置在輪系橋接（A) 106中的第四區 3 40 ° (1·7)後輪系橋接的架構 參考圖1及6，於後輪系橋接108中，中心孔108CH 係設在主板中心3 0 0。 計秒輪上支承部l〇8k係配置在後輪系橋接108中的 位置，位於主板參考水平軸線304上方且於主板中心300 及後輪系橋接1 08的外形部之間，後輪系橋接1 08配置在 錶心100的”6點鐘方向”。-7- (4) (4) 200405146 is opened, and each of the cores needs to be manufactured through completely separate steps. Therefore, the gear train positioning lever needs to be designed completely separately, which causes a problem in the respective cores, in which the steps of manufacturing the cores are complicated and the number of steps of manufacturing the cores is increased. SUMMARY OF THE INVENTION An object of the present invention is to provide a small and thin analog electronic watch, which includes a small second hand with a center of rotation other than the center of the center of the watch, and includes a small second hand that can be firmly positioned to rotate the small second hand. Of the wheel system. Another object of the present invention is to provide a small and thin analog electronic watch, which has a mechanism capable of firmly positioning the wheel train for rotating the small second hand in a structure that can be configured with a second hand at the center of the watch. The center can be arranged with a chronograph second hand at a position other than the center of the movement, and a small chronograph in particular has a small second hand at a position other than the center of the movement. The invention is characterized in that: an analog electronic watch includes: a main board, a substrate for constructing the core; a bridging member for supporting the component for constructing the core; a time information indicating wheel, using the center of the main board of the main board as Rotate at the center of rotation to indicate time information; a small second wheel to rotate at a position other than the center of the watch center as the center of rotation; a pointer positioning lever to correct the time information indication; a switching device, Used to switch the position of the pointer positioning lever; a dial to indicate the time information; a reposition lever, when the pointer positioning lever is pulled out from the zero stage to the first stage, the weight -8- (5) (5) 200405146 positioning lever structure to cause rotation by operating the switching device; and a gear train positioning lever 'When the pointer positioning lever is pulled out from the zero stage to the first stage, the gear train positioning lever architecture is based on the rotation of the repositioning lever Instead, it moves linearly, wherein the gear train positioning mechanism causes rotation of the small seconds wheel or other wheels used to rotate the small seconds wheel. According to this structure, the gear train positioning rod system moves linearly, and therefore, the positioning part of the gear train positioning rod is brought into contact with a wheel, and the wheel is positioned by operating in a vertical direction from the wheel. Therefore, when the wheel train positioning lever sets the positioned wheel, there is little concern that the rotation of the wheel train positioning lever will be set by the wheel. According to the pointer type electronic timepiece of the present invention, the gear train positioning lever train is configured so that the components attached to the hands do not overlap, that is, the time information indicating wheel and the small second wheel. According to this structure, since the wheel train positioning lever train is provided with the components with no pointer attached thereto ', the thickness of the electronic watch can be reduced. Furthermore, the analog electronic timepiece according to the present invention may be configured to overlap the small seconds wheel. According to this architecture, the gear train positioning rod train is configured to overlap the small seconds wheel, and therefore, the thickness of the electronic watch can be reduced. According to the pointer electronic watch of the present invention, preferably, the repositioning lever includes: a reposition conductive spring for performing a reset operation, a gear train repositioning lever holding part for holding the gear train positioning lever, and for operating the Operating spring of gear train positioning lever. According to this architecture, the relocation operation and the positioning operation can be implemented with certainty by these two components. Preferably, the analog electronic watch according to the present invention, wherein the main board reference vertical axis passing through the center of the main board and parallel to the central axis of the pointer positioning rod, and the main board reference passing through the center of the main board and perpendicular to the main board referring to the vertical axis are referenced to 9- 6) (6) 200405146 The horizontal axis is defined on the main board; wherein the main board is provided with a first zone, which is arranged on one side of the main board reference vertical axis and on the side of the main board reference horizontal axis close to the pointer positioning rod, the The main board is provided with a second zone, which is arranged on the other side of the main board reference vertical axis and on the side of the main board reference horizontal axis which is close to the pointer positioning rod. The main board is provided with a third zone, which is arranged in the presence of the second zone. On the other side of the main board reference vertical axis of the zone and on the side of the main board reference horizontal axis away from the pointer positioning rod, and the main board is provided with a fourth zone which is arranged on the main board reference vertical where the first zone exists On the other side of the axis and on the side of the main board reference horizontal axis away from the pointer positioning rod; wherein the rotation center of the small second wheel is arranged on the main board reference horizontal axis Above the line, above the boundaries of the first zone and the fourth zone, and between the center of the main board and the main board and the outline; the rotation center of the relocation lever is arranged in the second zone; The part of the wheel train positioning lever and the reposition lever which are in contact with each other are arranged in the first zone; and the positioning part of the wheel train positioning lever is brought into the part system in contact with the wheel to be positioned. Configured in this fourth zone. With this structure, a small and thin pointer electronic watch with a gear train positioning lever can be surely implemented. Further, preferably, the analog electronic watch according to the present invention, wherein the wheel train positioning rod includes two guide windows, the main board includes two guide pins for guiding the wheel train positioning rod, and the wheel train positioning rod. The guide windows are separately structured to be guided by the guide pins of the main board, the wheel train positioning rod system is integrated to the main board so as to cause linear movement relative to the main board, and one of the guide pins is arranged at The first zone and the other are located in the fourth zone. Furthermore, the analog electronic watch of the present invention is characterized in that: the main board -10- (7) (7) 200405146 includes a rotor and a gear train support for constructing a "central chronograph" by using the table core. Part, and the supporting part of the rotor and gear train constructed by using the table core, side with a chronograph, wherein the bridge member includes: constructing the "central record by using the table core" The rotor of the timepiece and the supporting part of the wheel train ', and the rotor and the supporting part of the gear train of the "side-use chronograph" by using the core; the construction is used for the " The center uses a chronograph, the rotor and the gear train are integrated to cause rotation with respect to the support portion of the main board and the support portion of the bridge member; wherein the time information is rotated by using the center of the main board as a rotation center. A time indicating member and another time indicating member that rotates with the position between the center of the main board and the outer shape of the main board as a rotation center; one of the time measurement results is rotated by using it as the center of rotation Timing indicator And another timing indicator member that rotates with the position between the center of the main board and the outline of the main board as the rotation center; the repositioning lever can be rotated by operating the switching device when the pointer positioning lever is zero When the stage is pulled out to the first stage; and when the pointer positioning lever is pulled out from the zero stage to the first stage, a wheel train positioning lever moves linearly based on the rotation of the reposition lever; wherein the wheel train positioning lever architecture The rotation of a positioning wheel is caused to rotate a wheel train for rotating another time indicating member. Preferably, the analog electronic watch according to the present invention, wherein the wheel train positioning lever includes two guide windows, and the main board includes two guides. In order to guide the guide pin of the wheel train positioning lever, the guide window parts of the wheel train positioning lever are separately structured to be guided by the guide pins of the main board, and the wheel train positioning lever is integrated into the main board so that relative to The linear movement of the main board, and one of the guide pins is arranged in 4 ΑΓ 1 ^ 0 -11-(8) (8) 200405146 The first zone of the table and the other is arranged in the fourth zone. [Implementation Way] The following will explain The mode of applying the present invention. (1) First embodiment The following will explain the first embodiment of the analog electronic watch according to the present invention. The first embodiment of the present invention is a center three-pointer type. That is, the analogue chronograph has a structure in which a chronograph second hand is positioned at a position other than the center of the watch center and a second hand is provided to indicate that the time is at the center of the watch center. (1 · 1) Definition of the overall structure of the watch movement and technical terms First, the overall structure of the watch movement of the pointer chronograph according to the present invention will be explained. Referring to Figs. 1 to 3, an analog chronograph according to the present invention is provided with a center 100. The bezel 100 includes a motherboard 102 that frames its substrate. According to an embodiment of the present invention, the outer shape of the main board 102 is substantially circular. Furthermore, the shape of the 'main board 102' may be a quadrangular, polygonal, oval, or similar shape. Preferably, the outer shape of the main board 2 is a circular shape, and the outer shape of a part thereof is cut as shown in FIG. 1. According to the embodiment of the present invention, the motor, the surface gear train (including the motor and the surface gear train for driving the surface gear train), the battery, the circuit block, and the switching device are arranged in the core 100, and the motherboard 102 is used as a reference. On the side opposite to the side with the dial 104, that is, on the surface side of * Centre] 〇2 (main board 1 〇2). The rear wheels are bridged. The 8 series is configured with the motherboard 102 as a reference. -12- (9) (9) 200405146 is placed on the side with the dial 104. The switching device includes a pointer positioning lever 1 1 0 ′ for correcting time information. The clutch wheel 1 3 2, a positioning lever 1 3 4, and a yoke 1 3 can rotate the positioning wheel 1 3 0 by the rotation of the pointer positioning lever 1 1 〇. 6. The crown 100 is formed with an irregular part of the yoke 1 36 to be able to pull the pointer positioning lever 1 10 to the first stage. By the spring force of the spring portion of the yoke 1 3 6, the irregular portion of the yoke 1 3 6 is pushed to the side of the front end portion of the positioning lever 134. With this structure, the position of the positioning lever 134 is determined, and further, the setting weight of the pointer positioning lever 110 is set. According to the analog chronograph, it is assumed that at the stage of attaching the dial 104 to the center 100, the direction from the center 300 of the center 1000 to the 12 o'clock scale of the dial 104 is referred to as the "12 o'clock direction" (Figure The indication in 1 is “1 2H”), the direction from the center of the watch center 1 0 0 to the 3 o'clock scale of the dial is called the “3 o'clock direction” (indicated as “3H” in FIG. 1), The direction of the center 3 00 of the center 100 pointing to the 6 o'clock scale of the dial is called the "6 o'clock direction" (indicated as "6H" in Figure 1), and the center 3 00 of the center 100 points to the dial The direction of the 9 o'clock scale is called the "9 o'clock direction" (indicated in Figure 1, such as, 9 Η ,,) ° The pointer positioning lever Π 0 can be rotated and integrated into the main board 1 〇2, and the pointer positioning lever 1 1 〇 is rotated The axis line is configured to coincide with a straight line pointing from the center of the center of the 00 to the "3 o'clock direction". In FIG. 1, on the main board 102, the rotatable center of the center wheel / pinion 224 passing through the side 3 0 0 (hereinafter referred to as "motherboard center 3 0 0,") and the center axis of the parallel pointer positioning rod 1 10 with reference to the vertical axis 3 02 and through the motherboard The main reference water at the center 3 00 and the vertical main board with reference to the vertical axis 3 02 -13- (10) (10) 200405146 The horizontal axis 304 is defined. In the main board 102, the first area 310 is provided for positioning on the side of the main board reference vertical axis 302 'and on the side of the main board reference horizontal axis 304 near the pointer positioning lever 110. On the main board 1 02, the second zone 3 2 0 is provided for positioning on the other side of the main board reference vertical axis 3 0 2 and on the side of the main board reference horizontal axis 304 close to the pointer positioning lever 1 1 0 on. In the main board 102, the third zone 3 3 0 is provided for positioning on the other side of the main board reference vertical axis 302 where the second zone 3 20 exists, and at the main board reference level away from the pointer positioning lever 1 1 0 On the side of the axis 3 04. In the main board 102, the fourth zone 340 is provided for positioning on the side where the main board reference vertical axis 302 of the first zone exists, and on the side away from the pointer reference lever 1 1 0 of the main board reference horizontal axis 304. on. Although in FIG. 1, the first area 310 and the fourth area 340 are defined on the right side of the motherboard reference vertical axis 302, as shown in a modified example, the first area 310 and the fourth area 340 may be defined to be arranged in the The main board is referenced to the left of the vertical axis 302. In this example, the second zone 3 20 and the third zone 3 3 0 are bounded and arranged on the right side of the motherboard reference vertical axis 302. (1. 2) Architecture of the train wheel department for indicating time Next, the architecture of the train wheel department for indicating time will be explained. The gear train portion for indicating time includes a gear train driving motor for indicating time and a gear train for indicating time. Referring to Figs. 1 to 3, the "surface side of the epicenter 100" is provided with a circuit block, a battery 20, a side surface wheel train section, a chronograph minute / second wheel train section, a 1/10 second wheel train section, Switching device, etc. Main board 102, wheel train bridge (a) 106 and wheel -14- (11) (11) 200405146 series bridge (B) 107 constitute supporting members. The central tube 103 is fixed to the main board 102 with the center of the main board 300 is used as the central shaft. The side sun gear / pinion 224 is rotatably integrated into the center hole of the center tube 103. The side sun gear / pinion 224 includes a side sun gear 224a and a side hollow shaft pinion 224b. The side center wheel 224a can slide and integrate the side hollow shaft pinion 224b with respect to the side hollow shaft pinion 224b. The outer periphery of the cylindrical portion of the side hollow shaft pinion 224b is rotatably integrated into the center tube 103. Center hole. The side center wheel 224a is arranged between the main board 102 and the wheel bridge (A) 106. The side center wheel 224a system is integrally rotated with the side hollow shaft pinion 224b. The side surface wheel train The section includes a side surface gear train driving motor, that is, a side time motor and a side hour indicating gear train. By the rotation of the side time motor, the side uses the hour to indicate that the gear train is rotated. The "hour" of the current time is indicated by the hour hand 230, and the current time "minute" is indicated by the minute hand 23 2 and the current time " "Second" is indicated by the second hand 234. Crystal units 1 1 4 and 1C (Integrated Circuit) 1 1 6 are attached to a circuit block (not shown). The circuit block is through an insulating plate (not shown) by The switch spring 122 is fixed to the main board 102, the wheel train bridge (A) 106, and the wheel train bridge (B) 107. The battery 120 is composed of a silver battery, a lithium battery, or a similar battery to form a power source for the analog chronograph. The power supply of the analog chronograph, the rechargeable auxiliary battery can be used or the rechargeable container can be used. The crystal oscillator in the crystal unit 1 1 4 constitutes the oscillator source of the analog chronograph, and it oscillates at, for example, 3 2 76 8Herz. The negative 128-cell architecture of the battery conducts the negative electrode of battery 120 and the negative -15 of IC116 via the negative pattern of the circuit block. (12) (12) 200405146 input section. In the time indication mode, 1C (Integrated Circuit) ) 1 1 6 series architecture to measure the current time The side time motor includes the side time coil block, the side time stator 2 4 4 and the side time rotor, that is, the time rotor (a) 2 4 6. When the 1C (product When the time motor drive signal output from the body circuit 116 is input to the time coil block 242, the side time stator 244 is magnetized to rotate the time rotor (A) 246. The time rotor (A) 246 is configured to rotate, for example, 180 per second degree. The time rotor (A) 246 includes an upper shaft portion 246a, a lower shaft portion 246b, a pinion portion 246c, and a rotor magnet 246d. The upper shaft portion 246a of the time rotor (A) 246 is rotatably integrated with the upper support portion 10a of the time rotor (A) provided at the gear train bridge (A) 106. The lower shaft portion 246b of the time rotor (A) 2 4 6 is rotatably integrated with the lower support portion 102a of the time rotor (A) provided on the main board 102. Therefore, the time rotor (A) 246 series is rotatably arranged between the wheel bridge (A) 106 and the main board 102. Based on the rotation of the time rotor (A) 246, the side uses the second wheel / pinion 221 system structure, ie, the side of the time fifth wheel / pinion (A) 220 uses the rotation of the time fifth wheel / pinion to Spin. The time fifth wheel / pinion (A) 220 includes an upper shaft portion 220a, a lower shaft portion 220b, a pinion portion 220c, and a wheel portion 220d. The wheel portion 220d of the time fifth wheel / pinion (A) 220 is configured to mesh with the pinion portion 246c of the time rotor (A) 246. The upper shaft portion 220a of the time fifth wheel / pinion (A) 220 is rotated and integrated with the time fifth wheel / pinion (A) upper support portion 106b provided at the wheel bridge (A) 106. The lower shaft part 220b of the time fifth wheel / pinion (A) 220 is rotated to integrate the lower bearing part of the time fifth wheel / pinion (A) -16- (13) (13) 200405146 102b. Therefore, the time fifth wheel / pinion (A) 220 series is rotatably disposed between the wheel train bridge (A) 106 and the main board 102. The second side wheel / pinion 221 includes an upper shaft portion 221a, an abacus bead portion 221b, a pinion portion 221c, and a wheel portion 221d. The wheel portion 221 d system of the second wheel / pinion 221 is used to mesh with the pinion portion 220c of the time fifth wheel / pinion (A) 220. The upper shaft portion 221a of the second side wheel / pinion gear 221 is rotatably integrated with the upper side wheel portion 106c of the second wheel / pinion gear provided at the wheel bridge (A) 106. The abacus bead portion 221b of the second side wheel / pinion 221 is rotatably disposed inside the center hole of the side hollow pinion 224b. The center of rotation of the side second wheel / pinion 22 1 is the main board center 3 00. The side uses the second wheel / pinion 221 system structure to rotate every minute. The second hand 234 is attached to the side second wheel / pinion 221. The second hand 234 constitutes a second indicating member. As a second indicating member, a second hand may be used, a circular dial may be positioned, or other shape indicating members including flowing or geometric shapes may be used. The second side wheel / pinion holding spring 23 1 is used to apply pressure to the second side wheel / pinion 221. Based on the rotation of the second side wheel / pinion 221, the side center wheel / pinion 224 system is rotated via the rotation of the third side wheel / pinion 222. The third side wheel / pinion gear 222 includes an upper shaft portion, a lower shaft portion, a pinion portion 222c, and a wheel portion 222d. The wheel portion 222d of the side third wheel / pinion 222 is configured to mesh with the pinion portion 221c of the second side wheel / pinion 221. The upper shaft of the third wheel / pinion 222 for the side is rotatably integrated to the upper support of the third wheel / pinion (A) at the side of the wheel train bridge (A) 1 06-17- (14) (14 200405146 receiving section 106d (refer to the diagram of the gear train bridge (A) 106 described later). The lower shaft portion of the third wheel / pinion 222 for the side is rotatably integrated with the lower support portion 102d of the third wheel / pinion (A) for the side of the main plate 102 (refer to the drawing of the main plate described later). Therefore, the side third wheel / pinion 222 train is rotatably arranged between the train wheel bridge (A) 1 06 and the main board 102. The side wheel / pinion 224 system is used for one revolution per hour. The minute hand 232 constitutes a minute indicating member. As a minute indicator member, a minute hand may be used, a circular dial may be used, or other shape indicator members including flow or geometry may be used. Based on the rotation of the side center sun gear / pinion 224, the hour wheel 228 system is rotated by the rotation of the minute wheel 226. The minute wheel 226 includes an upper shaft portion 226a, a lower shaft portion 226b, a pinion portion 2 2 6 c, and a wheel portion 2 2 6 d. The wheel portion 226d of the minute wheel 226 is structured to mesh with the pinion portion of the side hollow shaft pinion 224b of the side second wheel / pinion 221. The upper shaft portion 226a of the minute wheel 226 is rotatably integrated with a minute wheel upper support portion 106e provided on the wheel bridge (A) 106. The lower shaft portion 226b of the minute wheel 226 is rotatably integrated with a minute wheel lower support portion 102e provided on the main plate 102. The wheel portion 226d of the minute wheel 226 is rotatably disposed between the wheel bridge (A) 106 and the main plate 102. The pinion portion 226c of the minute wheel 226 is rotatably disposed between the main plate 102 and the rear wheel bridge 108. The hour wheel 228 is a peripheral portion of the central tube 103 that can be rotated and integrated. The hour wheel portion 22 8d of the hour wheel 228 is rotatably disposed between the main plate 102 and the rear wheel bridge 108. The rotation center of the hour wheel 228 is the center of the main board 300. Therefore, the center of rotation of the hour wheel 22 8 and the second wheel / pinion 221 of the side are -18- (15) (15) 200405146. The center of rotation is arranged at the same position as the center of rotation of the side wheel / pinion 224 . Time wheel 2 2 8 series architecture to rotate once every 12 hours. The second hand 234 is attached to the hour wheel 22 8. The second hand 234 constitutes an hour indicating member. As an hour finger, the hour hand can be used, a round dial can be used, or other shapes of indicating members including flowing or geometric shapes can be used. When the pointer positioning lever 110 is rotated to the stage where the pointer positioning lever 110 is pulled out to the first stage, the clutch wheel 132 is rotated and the positioning wheel 130 is configured to be able to rotate by the rotation of the clutch wheel 1 2 . Furthermore, the time can be set by rotating the minute wheel 2 2 6 by the positioning wheel 130. The repositioning lever 140 includes a repositioning conductive spring 140d and a wheel train positioning portion 14f. At the stage where the pointer positioning lever 110 is pulled out to the first stage, the gear train positioning part 1 40f of the repositioning lever i 40 is set to set the timing of the fifth wheel / pinion (a) 2 2 0 rotation. For the pointer positioning lever 丨! 〇The stage of pulling out to the first stage is caused by the repositioning pattern of the conductive spring l40cJ to the circuit block's pointer type chronograph system to cause repositioning. (I 3) The structure of the hour-minute / second-indicating wheel train section will then 'explain that the hour-minute / second-indicating wheel of the analog electronic watch (pointer-type chronograph) according to the present invention is operated by the timekeeping side mode Department structure. The hour-minute / second-indicating train wheel unit includes a motor for driving the hour-minute / second-indicating train wheel and the hour-minute / second-indicating train wheel. Referring to FIG. 1 ', the hour-minute / second-indicating gear train portion includes a motor for driving the hour-minute / second-indicating gear train, that is, the hour-minute / second-motor, and the hour-minute / second finger train. Hour-minute / second-indicating gear train that is rotated by the rotation of the hour-minute / second motor, and the elapsed time measured in the chronograph measurement mode, hour-minute, • 19- 204 (16) (16 200405146 is represented by an hour and minute hand, and "chronograph seconds" of the elapsed time measured in the chronograph mode is represented by an hour and second hand. In the chronograph measurement mode, 1C (integrated circuit); 1 6 series architecture to measure the past time and operate the chronograph minute / second motor. The hour / minute / second motor includes a hour / minute / second coil block 262, a hour / minute / second stator 264, and a hour / minute / second rotor 266. The size and shape of the hour / minute / second coil block 262 can be made the same as the size and shape of the time coil block 242. The size and shape of the hour / minute / second stator 264 can be made the same as the size and shape of the side time stator 244. When the hour-minute / second motor drive signal output by 1C (Integrated Circuit) 1 16 is input to the hour-minute / second coil block 2 62, the hour-minute / second stator 2 64 is magnetized to rotate the hour-minute / second. Second rotor 266. The hour / minute / second rotor 266 system rotates, for example, 180 degrees per second. The hour / minute / second rotor 266 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a rotor magnet. The upper shaft part of the minute wheel 226 is rotatably integrated with the chronograph minute / second rotor upper support part 107f provided in the wheel train bridge (B) 107 (refer to the diagram of the wheel train bridge (B) 107 described later). . The lower shaft portion of the hour / minute / second rotor 266 is rotatably integrated with the hour / minute / second rotor lower support portion 102f provided on the main plate 102 (refer to the drawing of the main plate described later). Therefore, the chronograph minute / second rotor 266 is rotatably disposed between the wheel bridge (B) 107 and the main plate 102. Based on the rotation of the chronograph minute / second rotor 266, the chronograph minute / second fifth wheel / pinion 250 0 system is rotated. Based on the rotation of the fifth wheel / pinion 250 of the hour / minute / second, the chronograph intermediate wheel (A) 251 and the scoring intermediate wheel (A) 2 5 2 system rotate. Hours, minutes / seconds, fifth wheel / pinion 2.5 packs -20- (17) (17) 200405146 Including the upper shaft part, the lower shaft part, the pinion part and the wheel part. The upper shaft structure of the fifth hour / second fifth wheel / pinion 2 50 is configured to mesh with the small gear portion of the second minute rotor 2 6 6. Hours, minutes / seconds, fifth wheel / pinion 2 50's upper shaft is rotatably integrated into the hour, minute / second, fifth wheel / pinion upper support portion l0, which is located on the wheel bridge (B) 1 07. 7g (refer to the diagram of the train wheel bridge (B) 107 described later). Hours, minutes / seconds, fifth wheel / pinion 2 50's lower shaft is rotatably integrated into the hour, minute / second, fifth wheel / pinion lower support portion 102g provided on the main board 102 (refer to the main board described later) Figure). Therefore, the hour-minute / second fifth-wheel-to-pinion 250 series is rotatably arranged between the train bridge (B) 107 and the main board 102. Based on the rotation of the chronograph intermediate wheel (A) 25 1, the chronograph wheel 254 system is configured to rotate via the rotation of the chronograph intermediate wheel (B) 253. The chronograph intermediate wheel (A) 25 1 has the same size and shape as the chronograph intermediate wheel (B) 2 5 3. The chronograph intermediate wheel (A) 251 includes: an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel mechanism of the chronograph intermediate wheel (A) 25 1 meshes with the small teeth of the fifth wheel / pinion 250 of the hour / minute / second. The upper shaft of the chronograph intermediate wheel (A) 251 is rotatably integrated with the upper support portion 108h of the chronograph intermediate wheel (A) provided at the rear wheel bridge 108 (refer to the rear wheel bridge described later) Figure). The lower shaft portion of the chronograph intermediate wheel (A) 2 51 is rotatably integrated with the bottom support portion 102h of the chronograph intermediate wheel (A) provided on the main plate 102 (refer to the drawing of the main plate described later). Therefore, the chronograph intermediate wheel (A) 2 5 1 series is rotatably arranged between the rear wheel bridge 108 and the main board 102. Counter intermediate wheel (B) 2 5 3 includes: upper shaft part, lower shaft part and wheel -21-(18) (18) 200405146. The wheel of the chronograph intermediate wheel (B) 2 5 3 meshes with the wheel of the chronograph intermediate wheel (A) 2 5 1. The upper shaft of the chronograph intermediate wheel (B) 2 5 3 can be rotatably integrated to the rear wheel bridge. 〇8 The chronograph intermediate wheel (B) upper support 1 0 8 j (refer to the later description) Diagram of gear train bridging). The lower shaft of the chronograph intermediate wheel (B) 2 5 3 is rotatably integrated into the bottom support portion 1 02 of the chronograph intermediate wheel (B) provided on the main board 102 (refer to the diagram of the main board described later). . Therefore, the chronograph intermediate wheel (B) 2 5 3 series is rotatably arranged between the rear wheel train bridge 108 and the main board 102. The seconds wheel 254 includes an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel system of the chronograph wheel 254 engages with the wheel of the chronograph intermediate wheel (B) 253. The upper axle portion of the chronograph wheel 254 is rotatably integrated with the chronograph wheel upper support portion 108k provided at the rear wheel bridge 108 (refer to the diagram of the rear wheel bridge described later). The lower shaft of the seconds wheel 2 5 4 can be rotated and integrated into the main board! 02 chronograph lower support part 02k (refer to the diagram of the main board described later). Therefore, the second wheel 2 5 4 series is rotatably arranged between the rear wheel bridge 108 and the main board 102. A second chronograph hand 25 5 (refer to a drawing described later) is attached to the chronograph wheel 254. The second chronograph hand 25 5 frames a second chronograph indicator. In the chronograph measurement mode, the seconds hand 2 5 5 is operated to indicate the "second" of the elapsed time. Referring to FIG. 1, the rotation center of the second wheel 2 5 4 is arranged above the reference horizontal axis 304 of the main board and between the main board center 3 00 and the outline part 306 of the main board 102. The main board 102 is arranged at 6 of the bezel 100. O'clock. The distance between the center of rotation of the chronograph wheel 254 and the center of the main board 300 is about 1/2 of the radius of the largest outer shape of the main board 102. -22- (19) (19) 200405146 Based on the rotation of the scoring intermediate wheel (A) 252, the scoring wheel 2 5 8 system is structured to rotate via the rotation of the scoring intermediate wheel (B) 2 5 7. The scoring intermediate wheel (A) 25 2 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a wheel portion. The scoring intermediate wheel (A) 2 5 2 has a wheel structure to mesh with the small teeth of the fifth wheel / pinion 2 50 0 of the hour / minute. The upper shaft of the scorer intermediate wheel (A) 252 is rotatably integrated with the upper support portion 108m of the scorer intermediate wheel (A) provided at the rear wheel bridge 108 (refer to the diagram of the rear wheel bridge described later) ). The lower shaft portion of the scoring intermediate wheel (A) 252 is rotatably integrated into the bottom support portion 102m of the scoring intermediate wheel (A) provided on the main plate 102 (refer to the drawing of the main plate described later). Therefore, the scorer intermediate wheel (A) 252 series is rotatably disposed between the rear wheel train bridge 108 and the main board 102. The scoring intermediate wheel (B) 2 5 7 includes: an upper shaft portion, a lower shaft portion, a pinion gear portion, and a wheel portion. The scoring intermediate wheel (B) 25 7 system is configured to mesh with the pinion portion of the scoring intermediate wheel (A) 2 5 2. The upper shaft of the scoring intermediate wheel (B) 25 7 is rotatably integrated with the upper supporting part 108η of the scoring intermediate wheel (B) provided at the rear wheel bridge 108 (refer to the diagram of the rear wheel bridge described later). . The lower shaft portion of the scoring intermediate wheel (B) 25 7 is rotatably integrated with the bottom supporting portion 102n of the scoring intermediate wheel (B) provided on the main board 102 (refer to the drawing of the main board described later). Therefore, the scoring middle wheel (B) 2 5 7 series is rotatably arranged between the rear wheel train bridge 108 and the main board 102. The scoring wheel 258 includes an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel structure of the scoring wheel 2 5 8 is engaged with the wheel of the scoring intermediate wheel (B) 2 5 7. The scoring wheel 25 8 is rotatably integrated with a scoring wheel upper support portion 108ρ provided on the rear wheel bridge 108 (refer to the -23 · (20) (20) 200405146 picture of the rear wheel bridge described later). The lower shaft portion of the scoring wheel 25 8 is rotatably integrated with the scoring wheel lower support portion 10 2p provided on the main board i02 (refer to the diagram of the main board described later). Therefore, the scoring wheel 25 8 series is rotatably arranged between the rear wheel train bridge 108 and the main board 102. A minute hand 2 5 9 (refer to the complete figure described later) is attached to the scoring wheel 25 8. Minute Hour Hand 2 5 9 Structure a minute hour indicator. In the chronograph measurement mode, the minute hand 25 9 is operated to indicate the "minute" of the elapsed time. Referring to FIG. 1, the rotation center of the scoring wheel 2 5 8 is disposed above the reference vertical axis 3 2 of the main board and between the main board center 3 0 0 and the outer part 3 09 of the main board 1 02 at the center 100. At 9 o'clock. " The distance between the center of rotation of the scoring wheel 258 and the center of the main board 300 is about 1/2 of the radius of the largest external shape of the main board 102. (1, · 4) The architecture of the 1/10 second instruction wheel train section will then explain the 1/1/10 second instruction that operates in the chronograph measurement mode in the pointer electronic watch (pointer chronograph) according to the present invention. The architecture of the train department. The 1/10 seconds gear train includes a motor for driving 丨 /; the 10 seconds gear train and the W 10 seconds gear train. Referring to Figures 1 to 3, the 1/10 seconds motor includes: 1/1/10 seconds coil block 2 8 2, 1/10 seconds second stator 2 8 4 and 1/10 seconds second rotor 2 8 6. 1/10 seconds The size and shape of the coil block 2 82 can be made the same as the size and shape of the time coil block 242. The size and shape of the 1/10 second stator 284 can be made the same as the size and shape of the side time stator 244. When the 1/10 second motor drive signal output by 1C (integrated circuit) 1 16 is input to the 1/10 second coil block 2 8 2, the 1 2/10 second stator 2 8 4 is magnetically -24- ( 21) (21) 200405146 Turns the rotor 2 8 6 for 1/10 seconds. The rotor 2 8 6 is configured to rotate, for example, '180 degrees every 1/10 seconds. The 1/10 second rotor 2 8 6 includes an upper shaft portion 286a, a lower shaft portion 286b, a pinion portion 28 6c, and a rotor magnet 2 8 6d. The upper shaft part 2 8 6a of the 1/10 second rotor 2 8 6 is rotated and integrated with the 1/10 seconds rotor upper support part 〇〇 6 r provided on the wheel train bridge (A) 106. The lower shaft portion 286b of the 1 / 丨 0 second rotor 286 is rotatably integrated with the 1/10 second rotor lower support portion 10 2 r provided on the main board 102. Therefore, the 1/10 second rotor 2 8 6 series is rotatably arranged between the wheel train bridge (A) 106 and the main board 102. The time rotor (A) 2 4 6, the hour-minute / second rotor 26 6 and the 1/10 second rotor 286 are the same components. However, although the time rotor (a) 246 and the chronograph minute / second rotor 2 6 6 are integrated by arranging the pinion portion on the upper side (the integration makes the pinion portion close to the gear train bridge (A) 1 0 6), : I / 10 second rotor 2 8 6 is integrated by arranging the pinion portion on the lower side (the integration makes the pinion portion close to the main board 102). Based on the rotation of the rotor 2 8 6 in 1/10 seconds, the fifth wheel / pinion 270 series structure in 1/10 seconds to rotate. The 1 / 10th second wheel / pinion 270 includes an upper shaft portion 270a, a lower shaft portion 270b, an upper pinion portion 270c, a wheel portion 270d, and a lower pinion portion 270f. The wheel portion 270d of the 1/10 second fifth wheel / pinion 270 is configured to mesh with the pinion portion 286c of the 1/10 second rotor 286. The upper shaft portion 270a of the fifth wheel / pinion 270 in 1/10 second is rotatably integrated with the fifth wheel / pinion upper support portion 106s provided in the wheel bridge (A) 106. The lower shaft portion 270b of the fifth wheel / pinion 270 in 1/10 seconds is integrated by rotation and the lower bearing portion 102s of the fifth wheel / pinion in 1/10 seconds. Therefore, the 5th wheel / pinion 270 series can be rotatably arranged between the wheel bridge (A) 106 and the main board -25- (22) 200405146 1 0 2 in 1Π0 seconds. Based on the rotation of the fifth wheel / pinion 270 in 1/10 second, the 1/1 () counter wheel (B) 272 is rotated through the 1/1 10-second counter wheel (A) 271. The size and structure of the 1/10 stopwatch intermediate wheel (A) 2 7 1 is the same as the size of the 1/10 stopwatch intermediate wheel (B) 272. The 1/10 chronograph intermediate wheel (A) 271 includes an upper shaft portion 271a, a portion 2 7 1 b, and a wheel portion 2 7 1 d. The 1/1/10 second wheel intermediate wheel (a) 2 7 1 is a 271d system to mesh with the lower wheel part 2 7 0 f of the fifth wheel / pinion gear 270 for 1/10 second. The upper 271a series of the 1/10 chronograph intermediate wheel (A) 2 71 can be rotatably integrated to the 1 / 10th middle counter (A) support part 108t provided on the rear wheel bridge 108. 1/10 chronograph intermediate wheel (a: the lower shaft part 2 7 1 b is rotatably integrated into the bottom support part 102t of the 1/10 chronograph intermediate wheel (A) provided on the main board 102. 1/10 count seconds The intermediate wheel (271 series rotatably configured rear wheel bridge 108 and the main plate 102 p 1/10 of the chronograph intermediate wheel (B) 272 includes an upper shaft portion 272a, a portion 272b, and a wheel portion 272d. 1/10 The chronograph intermediate wheel (B) 271 section 272d system is configured to mesh with the 271d of the 1/10 chronograph intermediate wheel (A) 271. The upper shaft of the 1/10 chronograph intermediate wheel (B) 272 is rotatable It is integrated into the upper support portion 108u of the 1/10 chronograph wheel (B) provided on the rear wheel bridge 108 (refer to the lower shaft portion of the 1/10 chronograph intermediate wheel (B) 272 shown in the rear wheel bridge described later). The 272b series can be rotated to 10 2U under the 1/10 chronograph intermediate wheel (B) provided on the main board 102 (refer to the diagram of the main board described later). Therefore, the (B) 272 series in the 1/10 chronograph can be rotated The rear wheel train bridged 108 and the spinner shape of the main board and the bottom pinion of the pinion of the lower shaft 27 1 Countdown: A) The wheel portion 272a of the lower shaft Middle) ° Intermediate bearing unit 102 -26- (23) (23) 200405146. Based on 1 / The 10-second counter (B) 272 rotates, and the 1 / 10-second counter wheel 274 is used to rotate. The mo-second counter wheel 274 includes an upper shaft portion 274a, a lower shaft portion 274b, and a wheel portion 274d. The wheel portion 274d of the second wheel 274 is configured to mesh with the wheel portion 272d of the 1 / 10th chronograph intermediate wheel (B) 272. The upper shaft portion 274a of the 1 / 10th second wheel 274 is rotatably integrated to be provided at The upper support portion 108v of the 1 / 10th chronograph wheel of the rear wheel bridge 108 (refer to the figure of the rear wheel bridge hereinafter described). The lower shaft portion 274b of the 1 / 10th chronograph wheel 274 is rotatably integrated with the main shaft 102 The 1/10 countdown wheel lower support part 102v (refer to the diagram of the main board described later). Therefore, the 1/10 countdown wheel 274 is a rotatable rear wheel train bridge between 108 and the main board 102. 1 The / 1 10-second chronograph hand 2 7 5 series is attached to the 1/1 / 10-second chronograph wheel 2 74. 1/1 / 10-second chronograph 27 27 5 frame a 1/10 chronograph indicator. In the chronograph measurement mode The 1/10 seconds chronograph hand 2 7 5 is operated to indicate the "1/10 seconds" of the elapsed time. Referring to Fig. 1, the rotation center of the 1/10 second wheel 274 is arranged on the reference horizontal axis of the motherboard 3 0 4 Position above the center of the motherboard 3 0 0 and Between the outline portion 312 of the plate 102, the motherboard 102 is arranged on 12 o'clock direction of the timepiece 100 of the heart. The distance between the center of rotation of the 1/10 chronograph second wheel 274 and the center of the main board 300 is about 1/2 of the radius of the largest outer shape of the main board 102. (1. 5) Architecture of the motherboard The central tube 103 is provided at the center of the motherboard 3'0 of the motherboard 1'2 in Figures 1 to 4 '. The rotation center axis 130p of the positioning wheel 130 is disposed above the main board reference vertical axis 3 02 and between the main board center 3 00 and the main body 102's outline portion 03. The main board 102 is disposed at the center 100. O'clock -27 · (24) (24) 200405146 direction ,. The lower support part 102e of the split wheel is arranged in the second zone 3 2 0 of the main board 102. The rotation center of the positioning rod 134, the rotation center of the yoke 136, and The center of rotation of the positioning lever 1 40 is arranged in the second zone 3 2 0 of the main board 102. The second support part 02k of the chronograph wheel is arranged above the reference horizontal axis 3 04 of the main board and the main board center 3 00 and Between the external parts 306 of the main board 102, the main board 102 is arranged in the "6 o'clock direction" of the center 100. The lower support part 102a of the hour rotor (A) and the fifth wheel / pinion (A ) The lower support portion 102b is arranged in the third area 330 in the main board 102. The rotor lower support portion 102f counts hours / minutes, the fifth wheel / pinion support portion 102g, counts seconds Bottom support part 102h of the middle wheel (A), 102j bottom support part of the chronograph middle wheel (B), 102m of bottom support part of the scoring middle wheel (A), and scoring device The lower supporting part 102η of the intermediate wheel (B) is arranged in the third zone 330 of the main board 102. The lower supporting part 102ρ of the scoring wheel is arranged above the main board reference vertical axis 3 02 and at the center of the main board 3 00 Between the main part 102 and the external part 309 of the main board 102, the main board 102 is arranged in the "9 o'clock direction" of the core 100. The side support third wheel / pinion (A) The lower support part 102d is the fourth arranged in the main board 102 Zone 340. 1/10 second rotor lower support part 102r, 1/10 second fifth wheel / pinion lower support part 102s, 1/10 second counter middle wheel (A) lower support part 102t and 1 / The lower support part 1011 of the 10-second counter wheel (B) is arranged in the fourth zone 340 of the main board 102. The lower support part 10 / 10v of the second chronograph wheel is arranged above the reference horizontal axis 304 of the main board. And between the main board center 3 00 and the outer shape of the main board 102 -28- (25) (25) 200 405 146 3 1 2, the main board 10 02 is arranged at the center of the 100, '1 2 o'clock direction'. · (1. 6) Gear train bridging (A) and gear train bridging (B) refer to Figures 1 and 5. In the gear train bridging (A) 106, the second wheel / pinion upper shaft portion 106c is arranged on the side. Motherboard center 3 00. The upper support portion 106e of the split wheel is arranged in the second zone 3 of the gear train bridge (A) 106. The 20 ° time support (0 6a) on the rotor (A) and the fifth wheel / pinion (A) The support portion 106b is a third zone 3 3 0 arranged in the wheel train bridge (A) 106. Hour-minute / second rotor upper support part 107f and hour-minute / second fifth wheel / pinion upper support part 107g are arranged in the third zone of the gear train bridge (B) 107. The third wheel is located on the 3 3 0 ° side. The upper support portion 106 d of the pinion (A) is a fourth region 340 arranged in the gear train bridge (A) 106. 1/10 second rotor upper support part 106r and 1/10 second fifth wheel / pinion upper support part 106s are arranged in the fourth zone of the gear train bridge (A) 106 after 3 40 ° (1 · 7) For the architecture of the wheel train bridge, refer to FIGS. 1 and 6. In the rear wheel train bridge 108, the center hole 108CH is located at the center of the motherboard 300. The support part 108k of the chronograph wheel is arranged in the rear wheel bridge 108, which is located above the main board reference horizontal axis 304 and between the main board center 300 and the outer part of the rear wheel bridge 108. The rear wheel bridge 1 08 is arranged in the "6 o'clock direction" of the center 100.

-29- (26) (26)200405146 計秒器中間輪（A )上支承部1 08h、計秒器中間輪 (B )上支承部108j、計分器中間輪（A )上支承部108m 及計分器中間輪（B)上支承部108η係配置在後輪系橋接 108中的第三區330。 計分輪上支承部108ρ係配置在後輪系橋接108中的 位置，位在主板參考垂直軸線3 02上方且於主板中心300 及後輪系橋接1 08的外形部之間，後輪系橋接1 08配置在 錶心100的”9點鐘方向”。 1/10計秒器中間輪（Α)上支承部108t及1/10計秒 器中間輪（B )上支承部108u係配置在後輪系橋接108中 的第四區340。 1/10計秒輪上支承部l〇8v係配置在後輪系橋接108 的位置，位在主板參考水平軸線3 04上方且於主板中心 3 00及後輪系橋接108的外形部之間，後輪系橋接108配 置在錶心1 〇 〇的” 1 2點鐘方向”。 (1.8)將解說錶心100中的部件的較佳配置。 參考圖1，在錶心100的表面側上，定位桿134的旋 轉中心134c、軛136的旋轉中心136c及重定位桿140的 旋轉中心140c係配置在第二區320中。軛136較佳地係 藉由例如，不鏽鋼的可彈性變形而予以製造。軛1 3 6的彈 簧部係配置在錶心1 0 0的表面側的第二區3 2 0中。藉由以 此方式的架構，長彈簧可有效地配置在錶心的表面側上。 水晶單元1 14及1C (積體電路）1 16係配置在錶心 1 00的表面側上的第二區320。藉由以此方式的架構，水 -30- (27) (27)200405146 晶單元1 1 4及1C (積體電路）1 1 6可有效地配置在錶心的 表面側上。如一修改例，水晶單元1 1 4可配置在錶心1 〇〇 的表面側上的第一區3 1 0。如一修改例，1C (積體電路） 1 1 6可配置在錶心1 00的表面側上的第一區3 1 0。 用以定位時間第五輪/小齒輪（A ) 220之重定位桿 140的位置係配置在錶心100的表面側上的第三區3 3 0。 用以實施重定位操作的重定位桿140的位置係配置在錶心 100的表面側上的第二區3 20。藉由以此方式的架構，具 有長彈簧部的重定位桿1 40可有效地配置在錶心的表面側 上。 電池1 20的中心可配置在錶心1 00的表面側上的第一 區3 1 0。然而，電池1 2 0的中心可配置在錶心1 0 0的表面 側上的第四區340。亦即，雖然電池120的中心可配置在 第一區310或配置在第四區340，電池120係配置來重疊 位於第一區3 1 0及第四區340間的外形部3 12。藉由以此 方式的架構，具有大尺寸的電池1 20可有效地配置在錶心 1 0 0的表面側上。 時間線圈塊242的線圈線捲繞部的唱方向上之中心軸 線的中心242c (以下稱爲”線圈塊中心”）可配置在主板 中心3 00。時間轉子（A ) 246的旋轉中心及時間第五輪/ 小齒輪（A ) 220的旋轉中心可配置在主板中心3 00。側 用第三輪/小齒輪222的旋轉中心可配置在第四區340。分 輪226的旋轉中心可配置在第二區3 20。 記時分/秒線圈塊262的線圈塊中心262c可配置在第 -31 - (28) (28)200405146 三區3 3 0。記時分/秒轉子2 66的旋轉中心、記時分/秒第 五輪/小齒輪2 5 0的旋轉中心、計秒器中間輪（a ) 2 5 1的 旋轉中心、計分器中間輪（A ) 2 5 2的旋轉中心、計秒器 中間輪（B ) 2 5 3的旋轉中心及計分器中間輪（B ) 2 5 7的 旋轉中心可配置在第三區330。於第三區330中，記時分/ 秒線圈塊262的線圈塊中心262c係配置在時間線圈塊 2 4 2的線圈塊中心2 4 2 c的外側上。於第三區3 3 0中，記 時分/秒轉子266的旋轉中心係配置在時間轉子（A) 246 的旋轉中心的外側上。 計秒輪2 5 4的旋轉中心係配置在主板參考水平軸線 3 04上方的位置且於主板中心3 00及主板102的外形部 3 06之間，主板102配置在錶心100的”6點鐘方向”。計 秒輪254的旋轉中心及主板中心3 00間的距離較佳地爲主 板102的最大外形部的半徑的30%至70% ，更佳地爲主 板102的最大外形部的半徑的45%至55% ，且，特別佳 地爲主板102的最大外形部的半徑的1/2。 再者，計分輪258的旋轉中心係配置在主板參考垂直 軸線302上方的位置且於主板中心3 00及主板102的外形 部3 09之間，主板102配置在錶心1〇〇的”9點鐘方向”。 計分輪25 8的旋轉中心及主板中心3 00的距離較佳地爲主 板102的最大外形部的半徑的30%至70% ，更佳地爲主 板1 0 2的最大外形部的半徑的4 5 %至5 5 % ’且，特別佳 地爲主板102的最大外形部的半徑的1/2 ° 1 /1 0秒線圈塊2 8 2的線圈塊中心2 8 2 c可配置在第四 (29) (29)200405146 區340。1/10秒轉子286的旋轉中心、l/io秒第五輪/小 齒輪2 7 0的旋轉中心、i /丨〇計秒器中間輪（a ) 2 7 1的旋 轉中心及1/10計秒器中間輪（B ) 272的旋轉中心可配置 在第四區3 40。藉由以此方式的架構，此數個線圈塊及此 數個輪係可有效地配置在錶心的表面側上。在此，架構輪 係的部件的數量不限於以上所述，然而，可另外加入一或 數個傳動輪。 1/10計秒輪274的旋轉中心係配置在主板參考水平軸 線3 04上方的位置且於主板中心3 00及主板102的外形部 3 12之間，主板102配置在錶心100的，，12點鐘方向”。 1/1〇計秒輪274的旋轉中心及主板中心3 00間的距離較佳 地爲主板102的最大外形部的半徑的30%至70% ，更佳 地爲主板102的最大外形部的半徑的45%至55% ，且， 特別佳地爲主板1 02的最大外形部的半徑的1 /2。 較佳地，計秒輪2 5 4的旋轉中心及主板中心3 0 0間的 距離、計分輪2 5 8的旋轉中心及主板中心3 00間的距離及 1/1〇計秒輪274的旋轉中心與主板中心3 00間的距離皆架 構成等値。 (1 · 9 )第一實施例的操作 接著，將解說依據本發明之指針式電子錶（指針式記 時錶）的第一實施例的操作。 參考圖8，側用記時錶的完整組合200設有外殼 2〇2。錶心1〇〇及錶盤1〇4係容納於外殼202中。柄頭 2〇4設在外殼2〇2上以整體地旋轉指針定位桿1 1 〇。側用 -33- (30) (30)200405146 記時錶的時間能夠藉由拉出柄頭204至第一階段並旋轉柄 頭204而予以設定。亦即，當柄頭204被拉出至第一階段 時，秒針234被停止，且時針23 0及分針2 3 2能夠由旋轉 柄頭2 0 4而旋轉。 外殼202設有用以起動及停止側用記時錶的操作之起 始/停止按鈕206。當按下起始/停止按鈕206時，切換彈 簧係架構來傳動有關記時的起動操作或停止操作之信號至 IC 1 1 6。外殻2 0 2設有用以重設側用記時錶的記時的操作 之重設按鈕208。當按下重設按鈕208時，切換彈簧係架 構來傳動有關記時的重設操作之信號至IC116。 在此，將解說現在指示的操作。參考圖1至3、圖7 及8，側用記時錶的時間係藉由拉出柄頭2 0 4至第一階段 並旋轉柄頭204而設定目前時間，且，柄頭204被推至第 〇階段，且，側用第二輪/小齒輪2 2 1係經由時間第五輪/ 小齒輪（A ) 220的旋轉基於時間轉子（a ) 246的旋轉而 旋轉。側用第二輪/小齒輪2 2 1係旋轉每分鐘一圈，因 此’附接至側用第一輪/小齒輪2 2 1的秒針2 3 4表示目前 時間的”秒”。 再者，側用中心輪/小齒輪224係經由側用第三輪/小 齒輪2 2 2的旋轉基於側用第二輪/小齒輪2 2 1的旋轉而旋 轉。側用中心輪/小齒輪2 2 4係旋轉每小時一圈，因此， 附接至側用中心輪/小齒輪224的側用空心軸小齒輪224b 之分針23 2表示目前時間的”分”。 再者，時輪2 2 8係經由分輪2 2 6的旋轉基於側用中心 -34- (31) (31)200405146 輪/小齒輪2 2 4的旋轉而旋轉。時輪2 2 8旋轉每1 2小時一 圈，因此，附接至時輪2 2 8的秒針2 3 4表示目前時間的，， 小時”。 接著，將解說量測記時的操作。參考圖8，於記時停 止量測且重設的階段，所有的分記時針2 5 9、秒記時針 2 5 5及1 /1 〇秒記時針2 7 5係配置在，，零位置（起始位 置）”。亦即，於重設階段中，所有的分記時針2 5 9、秒 記時針25 5及1/10秒記時針275係配置在指示”零”的位 置° 參考圖1至3、圖7及8，當起始/停止按鈕206被按 下來起動量測此記時時，記時量測模式被起動。於記時量 測模式中，記時分/秒轉子266被旋轉，且，記時分/秒第 五輪/小齒輪250係基於記時分/秒轉子266的旋轉而旋 轉。再者，計秒器中間輪（A )及計分器中間輪（A ) 252 係基於記時分/秒第五輪/小齒輪2 5 0的旋轉而旋轉。計秒 輪25 4係經由計秒器中間輪（B ) 25 3的旋轉基於計秒器 中間輪（A ) 2 5 1的旋轉而旋轉。於記時量測模式中，附 接至計秒輪254的秒記時針25 5表示過去時間的”秒”。 再者，計分輪2 5 8係經由計分器中間輪（B) 25 7的 旋轉基於計分器中間輪（A ) 2 5 2的旋轉而旋轉。於記時 量測模式中，附接至計分輪2 5 8之分記時針25 9表示過去 時間的”分”。 再者，於記時量測模式中，1/1〇秒轉子286係旋轉， 且，1/10秒第五輪/小齒輪270係基於1Π0秒轉子2 8 6的 •35- 220 (32) (32)200405146 旋轉而旋轉。1 /1 0計秒器中間輪（B ) 272係經由1 /1 0計 秒器中間輪（A ) 271的旋轉基於1/1〇秒第五輪/小齒輪 270的旋轉而旋轉。1/1〇計秒輪274係基於1/1〇計秒器 中間輪（B ) 2 7 2的旋轉而旋轉。於記時量測模式中，附 接至1 /1 0計秒輪2 7 4的1 /1 〇秒記時針2 7 5係操作以，，1 /1 0 秒單位”來表示過去時間的”秒”。 於記時量測模式中，當起始/停止按鈕206係更進一 步地按下時，記時的測量可被停止。於停止量測記時的階 段中，分記時針2 5 9係停止於指示過去時間的，，分，，的階 段，秒記時針2 5 5停止於指示過去時間的，，秒”的階段， 而，1 /1 〇秒記時針2 7 5係停止於以” 1 /1 〇秒單位，，指示過去 時間的”秒”的階段。 當重設按鈕2 0 8按下停止記時的測量的階段時，所有 的分記時針2 5 9、秒記時針2 5 5及1 /1 〇秒記時針2 7 5回到 指示”零”的位置（參考圖8 )。 (2 )第二實施例 接著，將解說本發明的第二實施例。本發明的第二實 施例係指針式電子錶的”中心用記時錶”，亦即，具有以下 結構的指針式記時錶’其中記時秒針係配置在錶心的中 心，且，指示時間的小秒針係配置在不是錶心的中心的位 置。以下主要地將解說有關本發明的第二實施例與本發明 的第一實施例不同的點。因此，關於不是下述的內容部 份，本發明的第一實施例的上述解說將應用至其上。 -36 - (33) (33)200405146 (2 · 1 )將解說依據本發明之指針式記時錶的錶心的 整體架構。參考圖9至Π，本發明的指針式記時錶設有 錶心400。錶心4設有架構錶心400的基板的主板1〇2、 輪系橋接（A ) 1 0 6、輪系橋接（B ) 1 0 7及後輪系橋接 108。主板1〇2、輪系橋接（A) 106、輪系橋接（B) 107 及後輪系橋接1 0 8係分別相同如使用於上述的錶心1 〇 〇的 主板102、輪系橋接（A) 106、輪系橋接（B) 107及後 輪系橋接108之部件。 (2.2)指示輪系部的架構 接者’將解說時間指不輪系部的架構。時間指示輪系 部包括用以驅動時間指示輪系的馬達及時間指示輪系。 參考圖9至1 1，錶心400的，，表面側，，設有電路塊、 電池1 2 0、中心用的時間輪系部、記時時/分輪系部、1 / 5 秒輪系部及切換裝置。中心用中心輪/小齒輪4 2 4係可旋 轉整合至中心管1 0 3的中心孔。中心用中心輪/小齒輪4 2 4 包括：中心用中心輪4 2 4 a及中心用空心軸小齒輪4 2 4 b。 使用於錶心400的中心用中心輪/小齒輪424係相同如使 用於上述的錶心1 0 0的側用中七、輪/小齒輪2 2 4之部件。 中心用時間輪系部包括用以驅動時間輪系的馬達，亦 即，中心用時間馬達，以及中心用時間輪系。中心用時間 輪系係架構來藉由中心用時間馬達的旋轉而旋轉，因此由 時針230表不目前時間的”時”，由分針232表示目前時間 的”分”’以及’由秒針（亦即，小秒針）4 3 4表示目前時 間的”秒”。 -37- 222 (34) (34)200405146 中心用時間馬達包括：中心用時間線圈塊4 8 2、中心 用時間定子 484及中心用時間轉子，亦即，時間轉子 (B ) 486。中心用時間線圈塊4 82、中心用時間定子484 及時間轉子（B ) 4 8 6係分別相同如使用於上述的錶心1〇〇 的1/10秒線圈塊282、1/10秒定子284及1/10秒轉子 2 8 6之部件。 當由1C (積體電路）116輸出的時間馬達驅動信號係 輸入至時間線圈塊242，中心用時間定子484被磁化來旋 轉時間轉子（B) 486。依據1C (積體電路）116，側用記 時錶的1C及中心用記時錶的1C可分開地製造，或者，信 號1C可藉由切換兩個功能設定端子的導電階段而分開地 使用於兩種功能，其以相同1C構成側用記時錶的1C及中 心用記時錶的1C。例如，本發明的實施例可被架構，使 得1C (積體電路）1 1 6設有用於側用記時錶的端子TS及 用於中心用記時錶的端子TC，且，當端子TS係通路至電 池120的正極時，IC1 16係操作如側用記時錶的1C，而， 當端子TC係通路至電池120的正極時，IC1 16係操作如 中心用記時錶的1C。亦即，依據本發明的實施例，側用 記時錶的IC係相同如中心用記時錶的I C之部件。時間轉 子（B ) 4 8 6係架構來旋轉例如，每秒1 8 0度。時間轉子 (B) 486包括··上軸部486a、下軸部486b、小齒輪部 486c及轉子磁鐵486d。時間轉子（B) 486的上軸部486a 係旋轉整合至設在輪系橋接（A ) 1 0 6的時間轉子（B )上 支承部106a。時間轉子（B )上支承部106a係相同如使 -38- (35) (35)200405146 用於上述錶心100的時間轉子（A)上支承部106a。時間 轉子（B ) 486的下軸部486b係可旋轉整合至設在主板 102的時間轉子（B )下支承部102a。時間轉子（B )下 支承部1 0 2 a係相同如使用於上述錶心1 〇 〇的時間轉子 (A )下支承部102a。因此，時間轉子（B ) 486係可旋 轉地配置輪系橋接（A) 106及主板102之間。 中心用時間第五輪/小齒輪，亦即，時間第五輪/小齒 輪42 0，係架構來基於時間轉子（B ) 4 8 6的旋轉而旋轉。 使用於錶心400的時間第五輪/小齒輪（B ) 420係相同如 使用於上述錶心100的1/10秒第五輪/小齒輪270。時間 第五輪/小齒輪（B) 420包括：上軸部 420a、下軸部 42 0b、上小齒輪部420c、輪部42 0d及下小齒輪部42 Of。 時間第五輪/小齒輪（B) 420的輪部420d係架構來與時 間轉子（B ) 486的小齒輪部486c嚙合。時間第五輪/小 齒輪（B ) 420上軸部420a係旋轉整合至設在輪系橋接 (A ) 106的時間第五輪/小齒輪（B )上支承部l〇6s。時 間第五輪/小齒輪（B )上支承部1 06s係相同如使用於上 述錶心100的1/10秒第五輪/小齒輪上支承部l〇6s。時間 第五輪/小齒輪（B ) 4 2 0的下軸部4 2 0 b係旋轉整合至設 在主板1 0 2的時間第五輪/小齒輪（B )下支承部1 〇 2 s。 使用於錶心4 0 0的時間第五輪/小齒輪（B )下支承部 1 0 2 s係相同如上述錶心1 〇 〇的1 /；[ 〇秒第五輪/小齒輪下支 承部102s。因此，時間第五輪/小齒輪（B ) 420係可旋轉 配置在輪系橋接（A) 106與主板102之間。 -39- 224 (36) (36)200405146 中心用第四輪/小齒輪4 2 1及中間小秒輪4 3 2係架構 來基於時間第五輪/小齒輪（B ) 420的旋轉而旋轉。中心 用第四輪/小齒輪421包括：上軸部421a、下軸部421b、 小齒輪部421c及輪部421d。中心用第四輪/小齒輪421的 輪部421d係架構來與時間第五輪/小齒輪（B) 420的上 小齒輪部420c嚙合。中心用第四輪/小齒輪421的上軸部 421a係可旋轉整合至設在輪系橋接（A) 106的中心用第 四輪/小齒輪上支承部1 〇 6 c c。因此，中心用第四輪/小齒 輪421係可旋轉地配置在輪系橋接（A) 106及主板102 之間。 中心用中心輪/小齒輪424係架構來經由中心用第三 輪小齒輪422基於中心用第四輪/小齒輪421的旋轉而旋 轉。中心用第三輪小齒輪422包括：上軸部422a、下軸 部422b、小齒輪部422c及輪部422d。中心用第三輪小齒 輪422的輪部422d係架構來與中心用第四輪/小齒輪421 的小齒輪部421c嚙合。中心用第三輪小齒輪422的上軸 部4 2 2 a係可旋轉整合至設在輪系橋接（A ) 1 0 6的中心用 第三輪/小齒輪上支承部1 0 6 d c。中心用第三輪小齒輪4 2 2 的下軸部422b係可旋轉整合至設在主板1〇2的中心用第 三輪/小齒輪下支承部1 0 2 d c。因此，中心用第三輪小齒輪 422係可旋轉地配置在輪系橋接（A) 106及主板102之 間。中心用中心輪/小齒輪4 2 4係架構來旋轉每小時一 圈。分針2 3 2係附接至中心用中心輪/小齒輪4 2 4的中心 用空心軸小齒輪424b ° -40- (37) (37)200405146 時輪228係架構來經由分輪226的旋轉基於中心用中 心輪/小齒輪424的旋轉而旋轉。使用於錶心400的分輪 226及時輪228係分別相同如使用於上述錶心100的分輪 226及時輪228。時輪22 8的旋轉中心係配置在相同如側 用中心輪/小齒輪224的旋轉中心的位置。然而，中心用 第四輪/小齒輪42 1的旋轉中心係配置在與側用中心輪/小 齒輪224的旋轉中心不同的位置。時輪228係架構來旋轉 每1 2小時一圈。 中間小秒輪（A ) 43 2係架構來基於時間第五輪/小齒 輪（B ) 420的旋轉而旋轉。中間小秒輪（A ) 432包括： 上軸部 43 2a、下軸部 43 2b及輪部 43 2d。中間小秒輪 (A ) 432的輪部43 2d係架構來與時間第五輪/小齒輪 (B ) 420的下小齒輪部420f嚙合。中間小秒輪（A ) 432 的上軸部43 2a係可旋轉整合至設在後輪系橋接108的中 間小秒輪（A )上支承部108t。使用於錶心400的中間小 秒輪（A)上支承部108t係相同如使用於上述錶心100的 1 /1 〇計秒器中間輪（A )上支承部 108t。中間小秒輪 (A) 432的下軸部43 2b係可旋轉整合至設在主板102的 中間小秒輪（A )下支承部1 02t。使用於錶心400的中間 小秒輪（A )下支承部1 02t係相同如使用於上述錶心1 〇〇 的1/10計秒器中間輪（A)下支承部102t。因此，中間小 秒輪（A) 432係可旋轉地配置在後輪系橋接108及主板 102之間。 小秒輪4 3 6係架構來經由中間小秒輪（B ) 4 3 4的旋 -41 - (38) (38)200405146 轉基於中間小秒輪（A ) 432的旋轉而旋轉。中間小秒輪 (A) 4 3 2的尺寸及形狀係架構以相同如中間小秒輪（b ) 434的尺寸及形狀。再者，中間小秒輪（b ) 43 4的尺寸及 形狀、中間小秒輪（B ) 434的尺寸及形狀、計秒器中間 輪（A) 2 5 1的尺寸及形狀及計秒器中間輪（b ) 2 5 3的尺 寸及形狀係相同的。 中間小秒輪（B ) 4 3 4包括：上軸部4 3 4 a、下軸部 43 4b及輪部434d。中間小秒輪（B ) 43 4的輪部43 4d係 架構來與中間小秒輪（A ) 4 3 2的輪部4 3 2 d嚙合。中間小 秒輪（B ) 434的上軸部434a係可旋轉整合至設在後輪系 橋接1 0 8的中間小秒輪（B )上支承部1 〇 8 u。使用於錶心 4 00的中間小秒輪（B )上支承部l〇8u係相同如使用於上 述錶心100的1/10計秒器中間輪（B)上支承部108U。 中間小秒輪（B ) 434的下軸部434b係可旋轉整合至設在 主板1 02的中間小秒輪（B )下支承部1 02u。使用於錶心 400的中間小秒輪（B )下支承部1 02u係相同如使用於上 述錶心1 〇 〇的1 /1 0計秒器中間輪（B )下支承部1 0 2 u。 因此，中間小秒輪（B ) 434係可旋轉地配置在後輪系橋 接1 0 8及主板1 〇 2之間。 小秒輪43 6包括：上軸部436a、下軸部43 6b及輪部 43 6d。小秒輪436的輪部43 6d係架構來與中間小秒輪 (B ) 43 4的輪部434d嚙合。小秒輪43 6的上軸部43 6a 係可旋轉整合至設在後輪系橋接1 0 8的小秒輪上支承部 l〇8v。使用於錶心400的小秒輪上支承部l〇8v係相同如 •42- (39) (39)200405146 使用於上述錶心100的1/10計秒輪上支承部l〇2v。小秒 輪436的下軸部436b係可旋轉整合至設在主板1〇2的小 秒輪下支承部102v。使用於錶心400的小秒輪下支承部 1 0 2 v係相同如使用於上述錶心1 〇 〇的i /丨〇計秒輪下支承 部1 0 2 v。因此，小秒輪4 3 6係可旋轉地配置在後輪系橋 接1 〇 8及主板1 0 2之間。小秒針4 3 8係附接至小秒輪 43 6。小秒針43 8架構一秒指示構件。 參考圖9，小秒輪4 3 6的旋轉中心係配置在主板參考 水平軸線3 04上方的位置且於主板中心3 00及主板102的 外形部3 1 2之間，主板1 02配置在錶心1 〇 〇的” 1 2點鐘方 向”小秒輪4 3 6的旋轉中心與主板中心3 0 0間的距離係約 主板102的最大外形部的半徑的1/2。 參考圖9及11’重定位桿140’包括：用以實施重設 操作的重定位傳導彈簧140d、用以固持輪系定位桿440 的輪系重定位桿固持部1 4 2及用以操作輪系定位桿4 4 0的 操作彈簧143。重定位桿140’的旋轉中心可製得相同如 使用於上述錶心1 〇〇的重定位桿1 40的旋轉中心，除了沒 有輪系定位部140f之外。 於將指針定位桿1 1 〇拉出至第一階段的階段，指針式 記時錶能夠由傳導重定位桿1 4 〇 ’的重定位傳導彈簧1 4 0 d 至電路塊的重定位圖案而重定位。於將指針定位桿1 1 0拉 出至第一階段的階段，輪系定位桿4 4 〇能夠基於重定位桿 1 4 0 ’的操作而定位中間小秒輪（B ) 4 3 4的旋轉。輪系定 位桿440包括：具有長孔的導窗部440f及44 0g、以重定 •43- 228 (40) (40)200405146 位桿140’的操作彈簧143插入的操作窗部440h及用以 定位中間小秒輪（B ) 43 4的旋轉的輪系定位部440k。主 板1 02設有分別插入輪系定位桿440的導窗部440f及 440g的兩個導銷170P及172p。輪系定位桿440的導窗部 44 Of係藉由主板1〇2的導銷170p而引導的。輪系定位桿 440的導窗部440g係藉由主板102的導銷172p而引導 的。因此，輪系定位桿440係整合至主板102以致使相對 於主板1 0 2而線性地移動。 輪系定位桿440係配置不重疊電池120。再者，輪系 定位桿440係配置不重疊與指針附接的部件。輪系定位桿 440的操作窗部440h係以重定位桿140，的操作彈簧143 插入。當指針定位桿1 1 〇被拉出至第一階段時，重定位桿 140’被旋轉。當重定位桿14〇，係藉由操作彈簧143的 旋轉而旋轉時，輪系定位桿440可藉由導銷170p及172p 的引導而線性地移動。當輪系定位桿44 〇係線性地移動 時’輪系定位桿440的輪系定位部440k可設定中間小秒 輪（B ) 4 3 4的旋轉。 (2 · 3 )記時時/分指示輪系部的架構 接著’將解說以記時量測模式操作於依據本發明的指 針式電子錶（指針式記時錶）之記時時/分指示輪系部。 記時時/分指示輪系部包括··用以驅動記時時/分指示輪系 的馬達及記時時/分指示輪系。 參考圖9 ’記時時/分指示輪系部包括：用以驅動記時 時/分指示輪系的馬達，亦即，記時時/分馬達及記時時7分 -44- (41) (41)200405146 指示輪系。記時時/分指示輪系係架構來藉由記時時/分馬 達的旋轉而旋轉，以記時分針表示量測於記時量測模式的 過去時間的”記時分，’，且，以記時時針表示量測於記時量 測模式的過去時間的”記時時，，。於記時量測模式中，；[C (積體電路）1 1 6係架構來量測過去時間並操作記時時/分 馬達。 記時時/分馬達包括：記時時/分線圈塊462、記時時/ 分秒定子464及記時時/分轉子466。使用於錶心400的記 時時/分線圈塊462、記時時/分秒定子464及記時時/分轉 子4 6 6係分別地相同如使用於上述錶心1 〇 〇的記時分/秒 線圈塊2 6 2、記時分/秒定子2 6 4及記時分/秒轉子2 6 6之 部件。 當由1C (積體電路）116輸出的記時時/分馬達驅動 信號係輸入至記時時分分秒線圈塊462時，記時時/分定 子4 64被磁化來旋轉記時時/分轉子466。記時時/分轉子 466係架構來旋轉例如，每分180度。記時時分分秒轉子 4 6 6亦可架構來每1 0秒、2 0秒或3 0秒1 8 0度。記時時/ 分轉子466包括上軸部、下軸部、小齒輪部及轉子磁鐵。 記時時/分轉子466的上軸部係可旋轉整合至設在輪系橋 接（B ) 107的記時時/分轉子上支承部107f。使用於錶心 400的記時時/分轉子上支承部107f係相同如使用於上述 錶心100的記時分/秒轉子上支承部l〇7f。記時時/分轉子 466的下軸部係可旋轉整合至設在主板102的記時時/分轉 子下支承部l〇2f。使用於錶心400的記時時/分轉子下支 -45- (42) (42)200405146 承部102f係相同如使用於上述錶心100的記時分/秒轉子 下支承部l〇2f。因此，記時時/分轉子466係可旋轉地配 置在輪系橋接（B ) 107與主板102之間。 記時時/分第五輪/小齒輪450係架構來基於記時時/分 轉子466的旋轉而旋轉。計分器中間輪（C ) 451及記時 器中間輪（A ) 452係架構來基於記時時/分第五輪/小齒輪 450的旋轉而旋轉。記時時/分第五輪/小齒輪450包括上 軸部、下軸部、小齒輪部及輪部。記時時/分第五輪/小齒 輪4 5 0的輪部與記時時/分轉子4 6 6的小齒部嚙合。記時 時/分第五輪/小齒輪450的上軸部係可旋轉整合至設在輪 系橋接（B) 107的記時時/分第五輪/小齒輪上支承部 l〇7g。使用於錶心400的記時時/分第五輪/小齒輪上支承 部1 〇 7 g係相同如使用於上述錶心1 0 0的記時分/秒第五輪 /小齒輪上支承部107g。記時時/分第五輪/小齒輪45 0的 下軸部係可旋轉整合至設在主板102的記時時/分第五輪/ 小齒輪下支承部1 0 2 g。使用於錶心4 0 0的記時時/分第五 輪/小齒輪下支承部102g係相同如使用於上述錶心100的 記時分/秒第五輪/小齒輪下支承部102g。因此，記時時/ 分第五輪/小齒輪450係可旋轉地配置在輪系橋接（b ) 107與主板102之間。 計分輪454係架構來經由計分器中間輪（d) 45 3的 旋轉基於計分器中間輪（C ) 4 5 1的旋轉而旋轉。計分器 中間輪（C ) 4 5 1的尺寸及形狀相同如計分器中間輪（〇 ) 4 5 3的尺寸及形狀。再者，所有的計分器中間輪（c ) 4 5 1 -46 - (43) 200405146 的旋轉中心、計分器中間輪（D ) 4 5 3的旋轉中心及計秒 器中間輪（A ) 2 5 1的旋轉中心及計秒器中間輪（B ) 2 5 3 的旋轉中心係相同的。 計分器中間輪（c ) 451包括：上軸部、下軸部及輪 部。計分器中間輪（C ) 4 5 1的輪部係架構來與記時時/分 弟五輪/小齒輪450的小齒部嚼合。δ十分益中間輪（C) 45 1的上軸部係可旋轉整合至設在後輪系橋接1 0 8的計分 器中間輪（C )上支承部l〇8h。使用於錶心400的計分器 中間輪（C )上支承部l〇8h係相同如使用於上述錶心1〇〇 的計秒器中間輪（A )上支承部108h。計分器中間輪 (C) 451的下軸部係可旋轉整合至設在主板102的計分 器中間輪（C )下支承部l〇2h。使用於錶心400的計分器 中間輪（C)下支承部102h係相同如使用於上述錶心1〇〇 的計秒器中間輪（A )下支承部1 02h。因此；計分器中間 輪（C ) 451係可旋轉地配置在後輪系橋接108與主板102 之間。 102的計分器中間輪 計分器中間輪（D ) 4 5 3包括：上軸部、下軸部及輪 部。計分器中間輪（D ) 4 5 3的輪部係架構與計分器中間 輪（C ) 451的輪部嚙合。計分器中間輪（D ) 4 5 3的上軸 部係可旋轉整合至設在後輪系橋接1 08的計分器中間輪 (D )上支承部1 〇 8 j。使用於錶心4 0 0的計分器中間輪 (D )上支承部1 〇 8 j係相同如使用於上述錶心丨〇 〇的計秒 器中間輪（B )上支承部1 〇 8 j。計分器中間輪（D ) 4 5 3的 下軸部係可旋轉整合至設在主板 -47- (44) (44)200405146 (D )下支承部l〇2j。使用於錶心400的計分器中間輪 (D )下支承部1 〇2j係相同如使用於上述錶心1 〇〇的計秒 器中間輪（B )下支承部1 02j。因此，計分器中間輪 (D) 4 5 3係可旋轉地配置在後輪系橋接108與主板102 之間。 計分輪4 5 4係架構來基於計分器中間輪（D ) 4 5 3的 旋轉而旋轉。計分輪454包括：上軸部、下軸部及輪部。 計分輪454的輪部係架構來與計分器中間輪（D ) 4 5 3的 輪部嚙合。計分輪454的上軸部係可旋轉整合至設在後輪 系橋接108的計分輪上支承部108k。使用於錶心400的 計分輪上支承部l〇8k係相同如使用於上述錶心100的計 分輪上支承部l〇8k。計分輪454的下軸部係可旋轉整合 至設在主板102的計分輪下支承部102k。使用於錶心400 的計分輪下支承部1 〇2k係相同如使用於上述錶心1 00的 計秒輪下支承部1 〇 2 k。因此，計分輪4 5 4係可旋轉地配 置在後輪系橋接1 〇 8與主板1 02之間。計分器針4 5 5 (參 照後述的完整組合的圖式）係附接至計分輪4 5 4。計分器 針4 5 5架構一分記時指示構件。於記時量測模式中，計分 器針45 5係操作來表示過去時間的”分”。 參考圖9，計分輪454的旋轉中心係配置在主板參考 水平軸線3 04上方的位置且於主板中心3 00及主板102的 外形部3 06之間，主板102配置在錶心100的”6點鐘方 向”。計分輪454的旋轉中心及主板中心3 00之距離係約 主板1 02的最大外形部的半徑的1 /2。 -48- (45) (45)200405146 記時器輪4 5 8係架構來經由記時器中間輪（B ) 4 5 7 的旋轉基於記時器中間輪（A ) 4 5 2的旋轉而旋轉。記時 器中間輪（A ) 452包括：上軸部、下軸部、小齒輪部及 輪部。記時器中間輪（A ) 4 5 2的輪部.係架構來與記時時/ 分第五輪/小齒輪4 5 0的小齒部嚙合。記時器中間輪（A ) 452的上軸部係可旋轉整合至設在後輪系橋接1 08的記時 器中間輪（A )上支承部108m。使用於錶心400的記時器 中間輪（A )上支承部1 0 8 m係相同如使用於上述錶心1 0 0 的計分器中間輪（A )上支承部1 〇8m。記時器中間輪 (A ) 4 5 2的下軸部係可旋轉整合至設在主板1 0 2的記時 器中間輪（A )下支承部102m。使用於錶心400的記時器 中間輪（A )下支承部1 02m係相同如使用於上述錶心1 00 的計分器中間輪（A )下支承部1 〇2m。因此，記時器中間 輪（A ) 4 5 2係可旋轉地配置在後輪系橋接1 〇 8與主板 1 02之間。 記時器中間輪（B ) 4 5 7包括：上軸部、下軸部、小 齒輪部及輪部。記時器中間輪（B ) 4 5 7係架構來與記時 器中間輪（A ) 4 5 2的小齒輪部嚙合。記時器中間輪（B ) 4 5 7的上軸部係可旋轉整合至設在後輪系橋接丨〇 8的記時 器中間輪（B )上支承部1 0 8 η。使用於錶心4 0 0的記時器 中間輪（Β )上支承部1〇8η係相同如使用於上述錶心100 的計分器中間輪（Β )上支承部1 〇8η。記時器中間輪 (Β ) 4 5 7的下軸部係可旋轉整合至設在主板102的記時 器中間輪（Β )下支承部1 〇 2 η。使用於錶心4 0 0的記時器 2 34 -49- (46) 200405146 中間輪（B )下支承部1 〇 2 η係相同如使用於上述録 的計分器中間輪（Β )下支承部1 0 2 η。因此，記時 輪（Β ) 4 5 7係可旋轉地配置在後輪系橋接108與3 之間。 記時器輪45 8包括：上軸部、下軸部及輪部。 輪4 5 8的輪部係架構來與計分器中間輪（Β ) 2 5 7 嚙合。記時器輪45 8的上軸部係可旋轉整合至設在 橋接108的記時器輪上支承部ΐ〇8ρ。使用於錶心 記時器輪上支承部1 〇8ρ係相同如使用於上述錶心 計分輪上支承部10 8ρ。記時器輪4 5 8的下軸部係 整合至設在主板102的記時器輪下支承部ι〇2ρ。 錶心400的記時器輪下支承部l〇2p係相同如使用 錶心100的計分輪下支承部102ρ。因此，記時器 係可旋轉地配置在後輪系橋接1 0 8與主板1 02之間 時針 4 5 9 (參照後述的完整的圖）係附接至記 4 5 8。時記時針45 9架構一時記時指示構件。於記 模式中，時記時針4 5 9係操作來表示過去時間的”時 參考圖1，記時輪4 5 8的旋轉中心係配置在主 垂直軸線3 02的上方且於主板中心3 00與主板1〇2 部3 0 9之間。主板102配置於錶心100的”9點鐘〕 記時輪4 5 8的旋轉中心與主板中心3 0 0間的距離係 1 02的最大外形部的半徑的1 /2。 (2·4 ) 1/5秒指示輪系部的架構 接著，將解說以記時量測模式操作於依據本發 ^ 心 1 0 0 器中間 ί 板 102 記時器 的輪部 後輪系 400的 100的 可旋轉 使用於 於上述 輪 45 8 。時記 時器輪 時量測 ：5, 0 板參考 的外形 5向”。 約主板 明的指 -50- (47) (47)200405146 針式電子錶（指針式記時錶）的1 /5秒指示輪系部的架 構。1 /1 0秒指示輪系部包括：用以驅動1 /;[ 〇秒指示輪系 的馬達及1/5秒指示輪系。 參考圖 9及10，1/5秒馬達包括：1/5秒線圈瑰. 442、1/5秒定子444及1/5秒轉子446。使用於錶心400 的W5秒線圈塊442及1/5秒轉子446係分別地相同如使 用於上述錶心1 0 0的時間線圈塊2 4 2、時間定子2 4 4及時 間轉子2 4 6之部件。使用於錶心4 0 0的1 / 5秒定子4 4 4的 尺寸及形狀係相同如使用於上述錶心1 〇 〇的側用時間定子 244的尺寸及形狀，除了用來控制時間轉子（a) 246的 旋轉的凹部的形狀之外。 當由IC (積體電路）1 1 6輸出的1 / 5秒馬達驅動信號 係輸入至1 / 5秒線圈塊4 4 2時，1 / 5秒定子4 4 4被磁化來 旋轉1 / 5秒轉子4 4 6。1 / 5秒轉子4 4 6係架構來旋轉例 如，每1/5秒1 80度。1/5秒轉子446包括上軸部、下軸 部、小齒輪部及轉子磁鐵。1 / 5秒轉子4 4 6的上軸部係可 旋轉整合至設在輪系橋接（A ) 1 0 6的1 / 5秒轉子上支承 部1 0 6 a。使用於錶心4 0 0的1 / 5秒轉子上支承部1 〇 6 a係 相同如使用於上述錶心1 〇 〇的時間轉子（A )上支承部 106a。1/5秒轉子446的下軸部係可旋轉整合至設在主板 102的1/5秒轉子下支承部l〇2a。使用於錶心400的1/5 秒轉子下支承部1 〇2a係相同如使用於上述錶心i 00的時 間轉子（A )下支承部102a。因此，1/5秒轉子44 6係可 旋轉地配置在輪系橋接（A ) 1 〇 6與主板1 〇 2之間。 -51 - 236 (48) (48)200405146 1/5 CG中間輪（A ) 470係架構來基於1/5秒轉子446 的旋轉而旋轉。1/5CG中間輪（A ) 470包括上軸部、下 軸部、小齒輪部及輪部。1/5 CG中間輪（A ) 470的輪部 係架構來與1 / 5秒轉子4 4 6的小齒部嚙合。1 / 5 C G中間輪 (A ) 470的上軸部係可旋轉整合至設在輪系橋接（a ) 106的1/5CG中間輪（A)上支承部l〇6fc (參照受述的後 輪系橋接的圖）。1/5CG中間輪（A) 470的下軸部係可 方疋轉整合至設在主板102的1/5CG中間輪（A)下支承部 l〇2fc (參照後述的主板的圖）。因此，1/5CG中間輪 (A ) 4 7 0係可旋轉地配置在輪系橋接（A )〗〇 6及主板 1 〇 2之間。 1/5CG輪476係架構來經由1/5CG中間輪（B) 472 的旋轉基於1 / 5 C G中間輪（A ) 4 7 0的旋轉而旋轉。 1/5 CG中間輪（B ) 472包括：上軸部、下軸部及輪部。 1/SCG中間輪（B) 472的輪部係架構來與1/5CG中間輪 (A ) 4 7 0小齒部嚙合。1 / 5 C G中間輪（B ) 4 7 2的上軸部 係可旋轉整合至設在輪系橋接（A) 106的1/5CG中間輪 (B )上支承部1 〇 6 g c (參照後述的輪系橋接的圖）。 1/5 CG中間輪（B ) 4 72的下軸部係可旋轉整合至設在主 板102的1/5CG中間輪（B )下支承部102gC (參照後述 的主板的圖）。因此，W5CG中間輪（B ) 472係可旋轉 地配置在輪系橋接（A ) 1 0 6與主板1 〇 2之間。 1/5CG輪476包括：上軸部476a、設在其下軸部的算 盤珠部4 7 6 b、中間軸部4 7 6 c及輪部4 7 6 d。1 / 5 C G輪4 7 6 -52- (49) (49)200405146 的輪部221d係架構與1/5 CG中間輪（B ) 472的小齒輪部 220c嚙合。1/5CG輪476的上軸部476a係可旋轉整合至 設在輪系橋接（A) 106的1/5CG輪上軸部106c。使用於 錶心4 0 0的1 / 5 C G輪上軸部1 0 6 c係相同如使用於上述錶 心1〇〇的側用第二輪/小齒輪上軸部l〇6c。1/5CG輪476 的算盤珠部476b係可旋轉配置中心用空心軸小齒輪424b 的中心孔的內側。1 / 5 C G輪 4 7 6的旋轉中心係主板中心 3 0 0。1/5 CG輪476係架構以旋轉1/5秒一階。1/5秒記時 針4 75係附接至1/5 CG輪476。1/5秒記時針475架構一 1/5秒記時指示構件（1/5 CG指示構件）。於錶心400 中，使用於上述錶心1 〇〇的側用第二輪/小齒輪固持彈簧 2 3 1未被使用。 作爲一修改例，藉由改變IC的規格、步進馬達及輪 系、取代每1/5秒旋轉一階的1/5CG輪47 6、每一秒旋轉 一階的1秒CG輪或每1/2秒旋轉一階的1/2CG輪或每 秒旋轉一階的1/4CG輪可被提供。 (2 · 5 )主板的架構 參考圖4，計分輪下支承部102k係配置在主板102 中的主板參考水平軸線3 04上方的位置且於主板中心3 00 及主板102的外形部3 06之間，主板102配置於錶心100 的”6點鐘方向”。 1/5秒轉子下支承部l〇2a、1/5CG中間輪（A)下支 承部102fc及1/5CG中間輪（B )下支承部102gc係配置 在主板102中的第三區3 3 0。 -53- 238 (50) (50)200405146 記時時/分轉子下支承部1〇2f、記時時/分第五輪/小 齒輪下支承部102g、計分器中間輪（a )下支承部 102h、計分器中間輪（b )下支承部l〇2j、記時器中間輪 (A )下支承部l〇2m及記時器中間輪（B )下支承部 102η係配置在主板1〇2中的第三區330。 記時器輪下支承部1〇2Ρ係配置在主板102中在主板 參考垂直軸線3 02上方的位置且於主板中心3 00及主板 102的外形部3 09之間，主板1〇2配置在錶心1〇〇的，，9點 鐘方向”。 時間轉子（Β )下支承部1 02r、時第五輪/小齒輪 (B )下支承部l〇2s、中心用第四輪/小齒輪i〇2dc、中間 小秒輪（A )下支承部 102t、中間小秒輪（B )下支承部 102u係配置在主板1〇2中的第四區340。 小秒輪下支承部102v係配置在主板102中主板參考 水平軸線3 04上方的位置且於主板中心3 0 0及主板102的 外形部3 1 2之間，主板1 〇2配置在錶心1 00的，，1 2點鐘方 向，、 導銷170p係配置在第一區310。導銷172p係配置在 第四區3 4 0。 藉由以此方式的架構，使用於錶心4 00的主板102可 製得相同如使用於錶心1 0 0的主板1 02。亦即，主板可使 用錶心400以及錶心1〇〇。 (2.6 )輪系橋接的架構 (2.6 )輪系橋接（A )及輪系橋接（B )的架構 -54- (51) (51)200405146 參考圖5，1/5秒轉子上支承部l〇6a、1/5 CG中間輪 (A)上支承部1 06fc及1/5CG中間輪（B )上支承部 l〇6gc係配置在輪系橋接（A) 106中的主板中心300。 記時時/分轉子上支承部1 〇 7 f及記時時/分第五輪/小 齒輪上支承部l〇7g係配置在輪系橋接（B) 107中的第三 區 3 3 0。 計分器中間輪（A )上支承部1 06h、計分器中間輪 (B )上支承部l〇6j、記時器中間輪（A)上支承部106m 及記時器中間輪（B )上支承部1 06η係配置在輪系橋接 (Α) 106中的第三區330。 時轉子（Β )上支承部l〇6r、時第五輪/小齒輪（Β ) 上支承部l〇2s、第四輪/小齒輪上支承部102cc及第三輪/ 小齒輪上支承部l〇2dc係配置在輪系橋接（A) 106中的 第四區340。 藉由以此方式的架構，使用於錶心4 0 0的輪系橋接 (A ) 1 0 6及輪系橋接（B ) 1 0 7可分別相同如使錶心1 〇 〇 的輪系橋接（A) 106及輪系橋接（B) 10 7。 (2.7 )後輪系橋接的架構 參考圖6，計分輪上支承部l〇8k係配置在主板參考 水平軸線3 04上方的後輪系橋接1〇8且於主板中心3 00及 後輪系橋接1 0 8的外形部之間，後輪系橋接丨〇 8配置在錶 心1 0 0的” 6點鐘方向55。， 計分器中間輪（A )上支承部1 〇 8 h、計分器中間輪 (B )上支承部1 〇 8 j、記時器中間輪（a )上支承部1 〇 8瓜 -55- 248 (52) 200405146 及記時器中間輪（B )上支承部1 〇 8 η係配置在後輪 108中的第三區330。 記時器輪上支承部1 〇8ρ係配置在後輪系橋接 在主板參考垂直軸線3 0 2上方的位置且於主板中心 後輪系橋接1 〇 8的外形部之間，後輪系橋接1 〇 8配 心100的”9點鐘方向”。 中間小秒輪（A )上支承部1 〇8t及中間小秒韩 上支承部 108x1係配置在後輪系橋接108中的 3 40 ° 中間小秒輪上支承部1 〇 8 v係配置在後輪系橋 中的主板參考水平軸線3 0 4上方的位置且於主板中 及後輪系橋接1 〇 8的外形部之間，後輪系橋接1 0 8 錶心1 0 0的” 1 2點鐘方向”。 藉由以此方式的架構，使用於錶心4 0 0的後輪 1 08可製得相同如使用於上述錶心1 00的後輪 1 0 8。亦即，後輪系橋接可使用於錶心 4 0 0以. 100 ° (2 · 8 )錶心中的部件的配置 接著，將解說錶心400中的部件的較佳配置 參考圖1，重定位桿1 4 0 ’的旋轉中心1 4 0 C係 第二區3 2 0。 輪系定位桿440係配置在第一區310及第四區 重定位桿140’與輪系定位桿440接觸的位置係配 一區3 1 0。用以定位中間小秒輪（B ) 4 3 4的輪系 系橋接 1 0 8中 3 00及 置在錶 η ( B ) 第四區 接108 心3 00 配置在 系橋接 系橋接 及錶心 配置在 3 40 〇 置在第 定位桿 -56- (53) (53)200405146 440係配置在錶心400的後側上的第四區340。用以實施 重定位操作的重定位桿1 4 0 ’係配置在錶心4 0 0的表面側 上的第二區320。藉由以此方式的架構，堅固地設定用來 操作小秒針的輪系的旋轉之輪系定位桿440可有效地配置 在錶心4 0 0的表面側上。 1/5秒線圈塊442的線圈塊中心442c可配置在第三區 3 3 0。1 / 5秒轉子4 4 6的旋轉中心、1 /5 C G中間輪（A ) 4 7 0 的旋轉中心及1/5CG中間輪（B ) 4M的旋轉中心可配置 在第三區 3 3 0。分輪 226的旋轉中心可配置在第二區 320 ° 記時時/分線圈塊462的線圈塊中心462c可配置在第 三區3 3 0。記時時/分轉子466的旋轉中心、記時時/分第 五輪/小齒輪4 5 0的旋轉中心、計分器中間輪（C ) 4 5 1的 旋轉中心、計分器中間輪（D ) 45 3的旋轉中心、記時器 中間輪（A ) 452的旋轉中心及記時器中間輪（B ) 457 的旋轉中心可配置在第三區3 3 0。記時時/分線圈塊4 62的 線圈塊中心4 6 2 c可配置在第三區3 3 0中的1 / 5秒線圈塊 442的線圈塊中心442c的外側上。記時時/分轉子466的 旋轉中心係配置在第三區3 3 0中的1/5秒轉子446的旋轉 中心的外側上。 計分輪4 5 4的旋轉中心係配置在主板參考水平軸線 3 04上方的位置且於主板中心3 0 0及主板1 02的外形部 3 0 6之間，主板1 0 2配置在錶心4 0 0的” 6點鐘方向”。計 分輪4 5 4的旋轉中心及主板中心300間的距離較佳地爲主 -57· (54) (54)200405146 板102的最大外形部的半徑的30%至70% ，更佳地爲主 板1〇2的最大外形部的半徑的45°/。至55% ，且，特別佳 地爲主板102的最大外形部的半徑的1/2。 再者，記時器輪45 8的旋轉中心係配置在主板參考垂 直軸線3 02上方的位置且於主板中心3 00及主板102的外 形部3 09之間，主板102配置在錶心4 0 0的”9點鐘方 向”。記時器輪45 8的旋轉中心及主板中心3 00間的距離 較佳地爲主板102的最大外形部的半徑的30%至70% ， 更佳地爲主板102的最大外形部的半徑的45%至55% ， 且，特別佳地爲主板102的最大外形部的半徑的1/2。 中心用時間線圈塊4 8 2的線圈塊中心4 8 2 c可配置在 第四區3 4 0。時間轉子（B ) 4 8 6的旋轉中心、時間第五輪 /小齒輪（B ) 420的旋轉中心、中間小秒輪（A ) 432的旋 轉中心、中間小秒輪（B ) 4 3 4的旋轉中心、中心用第四 輪/小齒輪42 1的旋轉中心及中心用第三輪小齒輪422的 旋轉中心可配置在第四區3 40。藉由以此方式的架構，此 數個線圈塊及此數個輪系可有效地配置在錶心400的表面 側上。在此，架構輪系的部件的數量未受限以上數量，一 或更多個傳動輪可另外加入。 小秒輪43 6的旋轉中心係配置在主板參考水平軸線 3 04上方的位置且於主板中心3 00及主板102的外形部 3 1 2之間，主板1 0 2配置在錶心4 0 0的” 1 2點鐘方向”。小 秒輪43 6的旋轉中心及主板中心3 00間的距離較佳地爲主 板102的最大外形部的半徑的30%至70% ，更佳地爲主 -58- (55) (55)200405146 板1 0 2的最大外形部的半徑的4 5 %至5 5 % ，且，特別佳 地爲主板102的最大外形部的半徑的1/2。 較佳地，將所有計分輪4 5 4的旋轉中心及主板中心 3 00間的距離、記時器輪4 5 8的旋轉中心及主板中心300 間的距離及小秒輪4 3 6的旋轉中心及主板中心3 0 0間的距 離之架構成一等値。 (2.9 )第二實施例的操作 接著，將解說依據本發明之指針式電子錶（指針式記 時錶）的第二實施例的操作。 參考圖1 3，指針式記時錶的完整組合5 00設有外殼 2 02。使用於依據本發明的指針式記時錶的第二實施例的 外殻2 0 2可以是相同如使用於上述本發明的第一實施例的 指針式記時錶的外殼202，或者可與其不同。錶心400及 錶盤104係容納於外殻202中。使用於本發明的指針式記 時錶的第二實施例的錶盤1 04可相同如使用於上述本發明 的第一實施例的指針式記時錶的錶盤1 〇 4，或或者可與其 不同。 柄頭204係設在外殻202而與指針定位桿1 10整體地 旋轉。中心用記時錶的時間能夠藉由拉出柄頭204至第一 階段並旋轉柄頭204而予以設定。亦即，當柄頭204被拉 出至第一階段時，小秒針43 8能夠停止，且時針2 3 0及分 針232能夠由旋轉柄頭204而旋轉。 外殻202設有用以起動及停止中心用記時錶的記時的 操作之起始/停止按鈕2 06。當按下起始/停止按鈕206 -59- "ι Λ A. (56) 200405146 時’有關記時的起動操作及停止操作的信號係藉 換彈簧而傳輸至IC116。外殼202設有用以重設 時錶的記時的操作之重設按鈕2 08。當按下重設 時’有關記時的重設操作的信號係藉由操作切換 輸至I C 1 1 6。 在此，將解說指示現在時間的操作。參， 1 3，中心用記時錶的時間係藉由拉出柄頭2 04至 並旋轉柄頭204而設定目前時間，且，柄頭204 〇階段。在階段下，基於時間轉子（B ) 4 8 6的旋 轉子（B ) 486被旋轉且時間第五輪/小齒輪（B ) 轉。小秒輪4 3 6係經由中間小秒輪（A ) 4 3 2及 輪（B ) 4 3 4的旋轉基於時間第五輪/小齒輪（B ) 轉而旋轉。小秒輪4 3 6係旋轉每分鐘一圈，因此 小秒輪43 6的小秒針4 3 8表示目前時間的”秒”。 再者5中心用中心輪/小齒輪4 2 4係經由中 輪/小齒輪421及中心用第三輪小齒輪422的旋 間第五輪/小齒輪（B ) 420的旋轉而旋轉。中心J 小齒輪424係旋轉每小時一圈，因此，附接至中 輪/小齒輪424的中心用空心軸小齒輪424b之分 示目前時間的”分”。 再者，時輪22 8係經由分輪226的旋轉基於 心輪/小齒輪·〜24的旋轉而旋轉。時輪22 8旋轉舊 一圈，因此，附接至時輪22 8的時針234表示 的”時”。 由操作切 中心用記 按鈕208 彈簧而傳 ”圖 9至 第一階段 被推至第 轉，時間 420被旋 中間小秒 420的旋 ，附接至 心用第四 轉基於時 0中心輪/ 心用中心 針232表 中心用中 E 12小爾 目前時間 -60- Λ Γ (57) (57)200405146 接著，將解說記時的量測操作。參考圖1 3，於停止 重設記時量測的階段，所有的時記時針4 5 9、分記時針 45 5及1/5秒秒記時針4 7 5係配置在”零位置（起始位 置）”。亦即，於重設階段中，所有的時記時針45 9.、分 記時針4 5 5及1/5秒記時針4 75係配置在指示”零”的位 置° 參考圖9至1 3，記時量測模式係藉由按下起始/停止 按鈕2 0 6而開始記時量測。於記時量測模式中，記時時/ 分轉子466被旋轉，且，記時時/分第五輪/小齒輪45 0係 基於記時時分分秒轉子4 6 6的旋轉而旋轉。再者，計分器 中間輪（C ) 4 5 1及記時器中間輪（A ) 4 5 2係基於記時分/ 秒第五輪/小齒輪25 0的旋轉而旋轉。計分輪454係經由 計分器中間輪（D ) 45 3的旋轉基於計分器中間輪（C ) 4 5 1的旋轉而旋轉。於記時量測模式中’附接至計分輪 454的計分器針4 5 5表示過去時間的”分”。 再者，記時器輪4 5 8係經由記時器中間輪（B ) 4 5 7 的旋轉基於記時器中間輪（A ) 452的旋轉而旋轉。於記 時量測模式中，附接至記時器輪45 8之時記時針4 5 9表示 過去時間的”時”。 再者，於記時量測模式中，1/5秒轉子44 6被旋轉， 且，1/5 CG中間輪（A ) 470係基於1/5秒轉子446的旋轉 而旋轉。1 / 5 C G輪4 7 6係經由1 / 5 C G中間輪（B ) 4 7 2的 旋轉基於1 /5 C G中間輪（A ) 4 7 0的旋轉而旋轉。於記時 量測模式中，附接至1/5 CG輪476的1/5秒記時針47 5係-29- (26) (26) 200405146 1 08h on the chronograph intermediate wheel (A), 108j on the chronograph intermediate wheel (B), 108m on the chronograph intermediate wheel (A), and The upper support portion 108n of the scorer intermediate wheel (B) is arranged in the third zone 330 in the rear wheel train bridge 108. The support part 108ρ on the scoring wheel is located in the rear wheel bridge 108, which is located above the main board reference vertical axis 3 02 and between the main board center 300 and the outer part of the rear wheel bridge 108. The rear wheel bridge 1 08 is arranged in the "9 o'clock direction" of the center 100. The upper support portion 108t of the 1/10 chronograph intermediate wheel (A) and the upper support portion 108u of the 1/10 chronograph intermediate wheel (B) are arranged in the fourth zone 340 of the rear wheel bridge 108. The support unit 108v on the 1/10 second wheel is arranged at the position of the rear wheel bridge 108, which is located above the main board reference horizontal axis 3 04 and between the center of the main board 300 and the outer shape of the rear wheel bridge 108. The rear wheel bridge 108 is arranged in the "12 o'clock direction" of the center 100. (1. 8) The preferred arrangement of the components in the core 100 will be explained. Referring to FIG. 1, on the surface side of the core 100, the rotation center 134c of the positioning lever 134, the rotation center 136c of the yoke 136, and the rotation center 140c of the repositioning lever 140 are arranged in the second region 320. The yoke 136 is preferably manufactured by, for example, elastic deformation of stainless steel. The spring portion of the yoke 1 3 6 is arranged in the second region 3 2 0 on the surface side of the core 100. With the structure in this manner, the long spring can be efficiently arranged on the surface side of the core. The crystal units 114 and 1C (Integrated Circuit) 1 16 are arranged in the second region 320 on the surface side of the core 100. With the structure in this way, the water -30- (27) (27) 200405146 crystal units 1 1 4 and 1C (integrated circuit) 1 1 6 can be efficiently disposed on the surface side of the core. As a modified example, the crystal unit 1 1 4 may be disposed in the first area 3 1 0 on the surface side of the epicenter 100. As a modified example, 1C (Integrated Circuit) 1 1 6 may be arranged in the first region 3 1 0 on the surface side of the epicenter 100. The position of the repositioning lever 140 for positioning the fifth wheel / pinion (A) 220 is a third zone 3 3 0 disposed on the surface side of the core 100. The position of the repositioning lever 140 for performing the repositioning operation is the second zone 3 20 disposed on the surface side of the core 100. With the structure in this manner, the reposition lever 1 40 having a long spring portion can be efficiently disposed on the surface side of the core. The center of the battery 120 may be arranged in the first region 3 1 0 on the surface side of the epicenter 100. However, the center of the battery 120 may be disposed in the fourth region 340 on the surface side of the epicenter 100. That is, although the center of the battery 120 may be disposed in the first region 310 or the fourth region 340, the battery 120 is configured to overlap the outer portion 3 12 located between the first region 3 10 and the fourth region 340. With the structure in this manner, the battery 120 having a large size can be efficiently disposed on the surface side of the epicenter 100. The center 242c (hereinafter referred to as the "coil block center") of the central axis line in the singing direction of the coil wire winding portion of the time coil block 242 may be disposed at the center of the main board 300. The rotation center of the time rotor (A) 246 and the rotation center of the time fifth wheel / pinion (A) 220 can be arranged at the center of the main board 300. The rotation center of the side third wheel / pinion 222 may be arranged in the fourth zone 340. The rotation center of the minute wheel 226 may be arranged in the second zone 3-20. The coil block center 262c of the hour / minute / second coil block 262 may be arranged in the -31-(28) (28) 200405146 third zone 3 3 0. Hours / minutes / seconds rotation center of rotor 2 66, Hours / minutes / second fifth wheel / pinion 2 50 0 rotation centers, seconds counter intermediate wheel (a) 2 5 1 rotation centers, scoring intermediate wheel The rotation center of (A) 2 5 2, the rotation center of the chronograph intermediate wheel (B) 2 5 3, and the rotation center of the chronograph intermediate wheel (B) 2 5 7 may be arranged in the third zone 330. In the third area 330, the coil block center 262c of the hour / minute / second coil block 262 is disposed outside the coil block center 2 4 2 c of the time coil block 2 4 2. In the third zone 3 3 0, the rotation center of the hour / minute rotor 266 is arranged on the outside of the rotation center of the time rotor (A) 246. The rotation center of the chronograph wheel 2 5 4 is located above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the outer part 3 06 of the main board 102. The main board 102 is arranged at the center of the watch at 6 o'clock. direction". The distance between the rotation center of the chronograph wheel 254 and the center of the main board 300 is preferably 30% to 70% of the radius of the largest external shape of the main board 102, and more preferably 45% to the radius of the largest external part of the main board 102 55% is particularly preferably 1/2 of the radius of the largest outer shape of the main board 102. In addition, the rotation center of the scoring wheel 258 is disposed above the main board reference vertical axis 302 and between the main board center 300 and the main body 102's outline portion 09, and the main board 102 is placed at the center 100 of the "9" O'clock. " The distance between the center of rotation of the scoring wheel 25 8 and the center of the main board 3 00 is preferably 30% to 70% of the radius of the largest outline of the main board 102, and more preferably 4% of the radius of the largest outline of the main board 102. 5% to 5 5% 'and, particularly preferably, it is 1/2 ° of the radius of the largest outer shape of the main board 102. The coil center 2 8 2 of the coil block 2 8 2 can be arranged in the fourth ( 29) (29) 200 405 146 zone 340. 1/10 second rotation center of rotor 286, 1 / io second rotation center of fifth wheel / pinion 2 7 0, i / 丨 ○ chronograph intermediate wheel (a) 2 7 The center of rotation of 1 and the center of rotation of the 1/10 chronograph intermediate wheel (B) 272 can be arranged in the fourth zone 3 40. With the structure in this manner, the plurality of coil blocks and the plurality of wheel trains can be efficiently arranged on the surface side of the core. Here, the number of components of the structure gear train is not limited to the above, however, one or more transmission wheels may be additionally added. The rotation center of the 1/10 second wheel 274 is arranged above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the outline part 3 12 of the main board 102. The main board 102 is arranged at the core 100, 12 The direction of the clock. "The distance between the center of rotation of the 1 / 10th second wheel 274 and the center of the motherboard 300 is preferably 30% to 70% of the radius of the largest shape of the motherboard 102, and more preferably the motherboard 102. 45% to 55% of the radius of the largest outline part, and particularly preferably 1 1/2 of the radius of the largest outline part of the main board 102. Preferably, the rotation center of the second wheel 2 5 4 and the main board center 30 The distance between 0, the center of rotation of the scoring wheel 258 and the center of the main board 300, and the distance between the center of rotation of the 1/10 chronograph wheel 274 and the center of the main board 3,000 are all equal. (1 9) Operation of the first embodiment Next, the operation of the first embodiment of the analog electronic watch (pointer chronograph) according to the present invention will be explained. Referring to FIG. There is a housing 200. The crown 100 and the dial 104 are housed in a housing 202. The crown 200 is provided on the housing 202 to adjust Rotate the pointer positioning lever 1 1 〇. Side -33- (30) (30) 200405146 The time of the chronograph can be set by pulling the crown 204 to the first stage and rotating the crown 204. That is, when the crown When 204 is pulled out to the first stage, the second hand 234 is stopped, and the hour hand 23 0 and the minute hand 2 3 2 can be rotated by rotating the crown 2 0 4. The housing 202 is provided for starting and stopping the operation of the chronograph. Start / stop button 206. When the start / stop button 206 is pressed, the spring system structure is switched to drive the signal related to the start operation or stop operation to the IC 1 1 6. The housing 2 0 2 is provided with a The reset button 208 of the chronograph operation is set on the setting side. When the reset button 208 is pressed, the spring system structure is switched to drive the signal related to the reset operation of the chronograph to IC116. Here, the current explanation Indicated operation. Referring to Figures 1 to 3, Figures 7 and 8, the time of the side counter is set by pulling the crown 204 to the first stage and rotating the crown 204 to set the current time, and the crown 204 is pushed To the 0th stage, and the side uses the second wheel / pinion 2 2 1 series through time the fifth wheel / The rotation of the pinion (A) 220 is based on the rotation of the time rotor (a) 246. The second side wheel / pinion 2 2 1 series rotates once per minute, so 'attach to the side first wheel / small The second hand 2 3 4 of the gear 2 2 1 indicates the “second” of the current time. Furthermore, the rotation of the side sun gear / pinion 224 is via the third wheel / pinion 2 2 2 of the side. The pinion 2 2 1 rotates. The side sun gear / pinion 2 2 4 rotates once per hour, so the minute hand 23 2 of the side hollow shaft pinion 224 b attached to the side sun wheel / pinion 224 indicates the “minute” of the current time. In addition, the rotation of the hour wheel 2 2 8 via the minute wheel 2 2 6 is based on the rotation of the side center -34- (31) (31) 200405146 and the rotation of the pinion 2 2 4. The hour wheel 2 2 8 rotates once every 12 hours, so the second hand 2 3 4 attached to the hour wheel 2 2 8 represents the current time, and the hour. ”Next, the operation of measuring and recording will be explained. Refer to the figure 8. At the stage where the chronograph stops measuring and resetting, all the minute chronograph hands 2 5 9, the second chronograph hands 2 5 5 and 1/1 〇 second chronograph hands 2 7 5 are arranged in the zero position (starting position)". That is, during the reset phase, all the minute hand 2 5 9, second hand 25 5 and 1/10 second hand 275 are arranged at the position indicating “zero”. Referring to FIGS. 1 to 3, FIG. 7 and 8. When the start / stop button 206 is pressed to start measuring this chronograph, the chronograph measurement mode is activated. In the chronograph measurement mode, the chronograph minute / second rotor 266 is rotated, and the chronograph minute / second fifth wheel / pinion 250 is rotated based on the rotation of the chronograph minute / second rotor 266. Moreover, the chronograph intermediate wheel (A) and the scoring intermediate wheel (A) 252 are rotated based on the rotation of the fifth wheel / pinion 2 50 of the hour / minute. The chronograph wheel 25 4 is rotated based on the rotation of the chronograph intermediate wheel (B) 25 3 through the chronograph intermediate wheel (B) 25 3. In the chronograph measurement mode, the second chronograph hand 25 5 attached to the chronograph wheel 254 indicates the "second" of the elapsed time. The scoring wheel 2 5 8 is rotated based on the rotation of the scoring intermediate wheel (B) 25 7 based on the rotation of the scoring intermediate wheel (A) 2 5 2. In the chronograph measurement mode, the minute chronograph hand 25 9 attached to the scoring wheel 2 5 8 indicates the "minute" of the elapsed time. Furthermore, in the chronograph measurement mode, the rotor 286 series rotates in 1 / 10th of a second, and the fifth wheel / pinion 270 series in 1/10 seconds is based on • 35- 220 (32) of 1Π0 seconds rotor 2 8 6 (32) 200405146 Rotate and rotate. The 1/10 chronograph intermediate wheel (B) 272 is rotated by the rotation of the 1/10 chronograph intermediate wheel (A) 271 based on the rotation of the fifth wheel / pinion 270 in 1/10 second. The 1 / 10th chronograph wheel 274 is rotated based on the rotation of the 1 / 10th chronograph intermediate wheel (B) 2 7 2. In the chronograph measurement mode, attached to the 1/10 countdown wheel 2 7 4 1/10 seconds chronograph hand 2 7 5 series operation, in units of 1/10 seconds "to indicate the elapsed time" Seconds ". In the chronograph measurement mode, when the start / stop button 206 is pressed further, the chronograph measurement can be stopped. During the phase of stopping the chronograph measurement, the minute hand 2 5 9 It stops at the phase indicating the elapsed time, the minutes, seconds, the second chronograph hand 2 5 5 stops at the phase indicating the elapsed time, the second "phase, and the 1/10 seconds chronograph hand 2 7 5 stops at the "1/10 seconds unit, indicating the" second "phase of the elapsed time. When the reset button 2 0 8 is pressed to stop the chronograph measurement phase, all minute chronograph hands 2 5 9 and second chronograph hands 2 5 5 and 1/10 seconds hand 2 7.5 returns to the position indicating “zero” (refer to FIG. 8). (2) Second Embodiment Next, a second embodiment of the present invention will be explained. The second embodiment is a "central chronograph" of an analog electronic watch, that is, an analog chronograph having the following structure, wherein the chronograph second hand is arranged at the center of the watch The small second hand indicating the time is arranged at a position other than the center of the center of the watch. The following will mainly explain the differences between the second embodiment of the present invention and the first embodiment of the present invention. In the content of the description, the above explanation of the first embodiment of the present invention will be applied to it. -36-(33) (33) 200405146 (2 · 1) The table of the pointer chronograph according to the present invention will be explained The overall structure of the heart. Referring to FIGS. 9 to Π, the analog chronograph of the present invention is provided with a watch core 400. The watch core 4 is provided with a main board 102 with a substrate for constructing the watch core 400, and a wheel bridge (A) 1 0 6. Gear train bridge (B) 107 and rear gear train 108. Main board 102, gear train bridge (A) 106, gear train bridge (B) 107 and rear gear train 108 are the same as The main board 102, the wheel train bridge (A) 106, the wheel train bridge (B) 107, and the rear wheel train bridge 108 used in the aforementioned table core 100. (2. 2) Indicate the structure of the train department. The receiver 'will explain that the time refers to the structure of the train department. The time indicating gear train includes a motor for driving the time indicating gear train and a time indicating gear train. Referring to FIGS. 9 to 11, the surface of the core 400 is provided with a circuit block, a battery 120, a center time wheel section, a chronograph / minute wheel section, and a 1/5 second wheel train. And switching devices. The center wheel / pinion for the center 4 2 4 series can be rotatably integrated into the center hole of the center tube 103. The center wheel / pinion 4 2 4 for the center includes: a center wheel 4 2 4 a for the center and a hollow shaft pinion 4 2 4 b for the center. The center sun wheel / pinion 424 used for the center 400 is the same as the middle seventh, wheel / pinion 2 2 4 used for the side of the center 100 described above. The center time gear train includes a motor for driving the time gear train, that is, a center time motor, and a center time gear train. The center uses the time wheel train mechanism to rotate by the rotation of the center time motor. Therefore, the current time "hour" is indicated by the hour hand 230, the "minute" of the current time is indicated by the minute hand 232, and the second hand (ie , Small second hand) 4 3 4 represents the "second" of the current time. -37- 222 (34) (34) 200405146 The center time motor includes: the center time coil block 4 8 2. the center time stator 484 and the center time rotor, that is, the time rotor (B) 486. The center time coil block 4 82, the center time stator 484 and the time rotor (B) 4 8 6 are the same as the 1/10 second coil block 282 and 1/10 second stator 284 used in the above-mentioned core 100. And 1/10 second rotor 2 8 6 components. When the time motor drive signal output from 1C (Integrated Circuit) 116 is input to the time coil block 242, the center time stator 484 is magnetized to rotate the time rotor (B) 486. According to 1C (Integrated Circuit) 116, 1C of the side chronograph and 1C of the center chronograph can be manufactured separately, or the signal 1C can be used separately by switching the conductive stages of the two function setting terminals. Two functions, the same 1C constitutes 1C of the side chronograph and 1C of the center chronograph. For example, the embodiment of the present invention can be structured such that 1C (Integrated Circuit) 1 16 is provided with a terminal TS for a side chronograph and a terminal TC for a center chronograph, and when the terminal TS is When connected to the positive electrode of the battery 120, the IC1 16 series operates as 1C of a chronograph on the side, and when the terminal TC connects to the positive electrode of the battery 120, the IC1 16 series operates as 1C of a chronograph on the center. That is, according to the embodiment of the present invention, the IC of the side watch is the same as the IC of the center watch. Time rotator (B) 4 8 6 series architecture to rotate, for example, 180 degrees per second. The time rotor (B) 486 includes an upper shaft portion 486a, a lower shaft portion 486b, a pinion gear portion 486c, and a rotor magnet 486d. The upper shaft portion 486a of the time rotor (B) 486 is rotatably integrated with the support portion 106a of the time rotor (B) provided on the wheel bridge (A) 106. The upper support portion 106a of the time rotor (B) is the same as the upper support portion 106a of the time rotor (A) used for the above-mentioned core 100 as described in (38) (35) (35) 200405146. The lower shaft portion 486b of the time rotor (B) 486 is rotatably integrated with the lower support portion 102a of the time rotor (B) provided on the main plate 102. The lower support part 102a of the time rotor (B) is the same as the lower support part 102a of the time rotor (A) used in the above-mentioned epicenter 100. Therefore, the time rotor (B) 486 series is rotatably arranged between the gear train bridge (A) 106 and the main plate 102. The center uses the time fifth wheel / pinion gear, that is, the time fifth wheel / pinion gear 42 0, and the system is rotated based on the rotation of the time rotor (B) 4 8 6. The fifth wheel / pinion (B) 420 used for the time of the core 400 is the same as the fifth wheel / pinion 270 of the 1/10 second used for the above-mentioned core 100. Time The fifth wheel / pinion (B) 420 includes an upper shaft portion 420a, a lower shaft portion 420b, an upper pinion portion 420c, a wheel portion 420d, and a lower pinion portion 42 Of. The wheel portion 420d of the time fifth wheel / pinion (B) 420 is configured to mesh with the pinion portion 486c of the time rotor (B) 486. The upper shaft portion 420a of the time fifth wheel / pinion (B) 420 is rotatably integrated with the time fifth wheel / pinion (B) upper support portion 106s provided at the wheel bridge (A) 106. The time of the fifth wheel / pinion (B) upper support portion 106s is the same as the fifth wheel / pinion upper support portion 106s used for the 1/10 second of the above-mentioned center 100. Time The fifth shaft / pinion (B) 4 2 0's lower shaft portion 4 2 0 b is rotated and integrated into the fifth wheel / pinion (B) lower support portion 1 0 2 s provided on the main board 10 2. Used at the time of the center of the center 4 0 0 The fifth wheel / pinion (B) lower support portion 10 2 s is the same as the above-mentioned center of the center 1 〇 1 / [5 seconds fifth wheel / pinion lower support 102s. Therefore, the time fifth wheel / pinion (B) 420 series can be rotatably arranged between the wheel train bridge (A) 106 and the main board 102. -39- 224 (36) (36) 200405146 The center fourth wheel / pinion 4 2 1 and the middle small seconds wheel 4 3 2 system are structured to rotate based on the rotation of the fifth wheel / pinion (B) 420 of time. The center fourth wheel / pinion 421 includes an upper shaft portion 421a, a lower shaft portion 421b, a pinion portion 421c, and a wheel portion 421d. The center uses a wheel portion 421d system of the fourth wheel / pinion 421 to mesh with the upper pinion portion 420c of the time fifth wheel / pinion (B) 420. The upper shaft portion 421a of the center fourth wheel / pinion 421 is rotatably integrated with the center fourth wheel / pinion upper support portion 106c provided at the wheel bridge (A) 106. Therefore, the center fourth wheel / pinion 421 train is rotatably disposed between the train bridge (A) 106 and the main plate 102. The center sun gear / pinion 424 system is configured to rotate via the rotation of the center fourth wheel / pinion 421 via the center third wheel pinion 422. The third wheel pinion 422 for the center includes an upper shaft portion 422a, a lower shaft portion 422b, a pinion portion 422c, and a wheel portion 422d. The wheel portion 422d of the third wheel pinion 422 for the center is meshed with the pinion portion 421c of the fourth wheel / pinion 421 for the center. The upper shaft portion 4 2 2 a of the center third pinion 422 is rotatably integrated with the center third wheel / pinion upper support portion 10 6 d c provided on the wheel bridge (A) 106. The lower shaft portion 422b of the center third wheel pinion 4 2 2 is rotatably integrated with the center third wheel / pinion lower support portion 10 2 d c provided on the main board 102. Therefore, the center third wheel pinion 422 train is rotatably disposed between the train wheel bridge (A) 106 and the main plate 102. The center uses a center wheel / pinion 4 2 4 series structure to make one rotation per hour. The minute hand 2 3 2 series is attached to the center sun gear / pinion 4 2 4 for the center hollow shaft pinion 424b ° -40- (37) (37) 200405146 The hour wheel 228 series mechanism is based on the rotation of the minute wheel 226 based on The center sun wheel / pinion 424 rotates to rotate. The minute wheel 226 and the time wheel 228 used for the watch core 400 are the same as the minute wheel 226 and the time wheel 228 used for the watch core 100, respectively. The center of rotation of the hour wheel 228 is arranged at the same position as the center of rotation of the side wheel / pinion 224. However, the center of rotation of the center fourth wheel / pinion 421 is arranged at a position different from the center of rotation of the side center wheel / pinion 224. The hour wheel 228 is structured to rotate once every 12 hours. The middle small seconds wheel (A) 43 2 series architecture rotates based on the rotation of the fifth wheel / pinion (B) 420 of time. The middle small seconds wheel (A) 432 includes: an upper shaft portion 43 2a, a lower shaft portion 43 2b, and a wheel portion 43 2d. The middle small second wheel (A) 432 has a wheel portion 2 2d structure to mesh with the lower pinion portion 420f of the time fifth wheel / pinion (B) 420. The upper shaft portion 43 2a of the middle small seconds wheel (A) 432 is rotatably integrated with the upper small portion 108t of the middle small seconds wheel (A) provided at the rear wheel bridge 108. The upper supporting part 108t of the middle small seconds wheel (A) used for the epicenter 400 is the same as the upper supporting part 108t of the middle wheel (A) of the 1/10 stopwatch used for the above-mentioned epicenter 100. The lower shaft portion 43 2b of the middle small seconds wheel (A) 432 is rotatably integrated with the lower support portion 102t of the middle small seconds wheel (A) provided on the main plate 102. The lower supporting part 102t of the middle small seconds wheel (A) used in the epicenter 400 is the same as the lower supporting part 102t of the 1 / 10th chronograph intermediate wheel (A) used in the above-mentioned epicenter 100. Therefore, the middle small seconds wheel (A) 432 is rotatably disposed between the rear wheel bridge 108 and the main board 102. The small seconds wheel 4 3 6 series architecture rotates based on the rotation of the middle small seconds wheel (A) 432 via the rotation of the middle small seconds wheel (B) 4 3 4 -41-(38) (38) 200405146. The middle small seconds wheel (A) 4 3 2 has the same size and shape as the middle small seconds wheel (b) 434. Furthermore, the size and shape of the middle small seconds wheel (b) 43 4, the size and shape of the middle small seconds wheel (B) 434, the size and shape of the middle wheel (A) 2 5 1 and the middle of the seconds The size and shape of the wheel (b) 2 5 3 are the same. The middle small seconds wheel (B) 4 3 4 includes an upper shaft portion 4 3 4 a, a lower shaft portion 43 4b, and a wheel portion 434d. The middle small second wheel (B) 43 4 has a wheel part 4 4d system which is configured to mesh with the middle small second wheel (A) 4 3 2 wheel part 4 3 2 d. The upper shaft part 434a of the middle small seconds wheel (B) 434 is rotatably integrated with the upper support part 108 of the middle small seconds wheel (B) provided at the rear wheel bridge 108. The upper support portion 108u of the middle small seconds wheel (B) used for the epicenter 400 is the same as the 108U upper support portion of the middle wheel (B) of the 1 / 10th chronograph used in the above-mentioned epicenter 100. The lower shaft portion 434b of the middle small seconds wheel (B) 434 is rotatably integrated with the lower support portion 102u of the middle small seconds wheel (B) provided on the main board 102. The lower supporting part 102u of the middle small seconds wheel (B) used in the epicenter 400 is the same as the lower supporting part 102u of the middle wheel (B) of the chronograph 1/10 used in the epicenter 100 above. Therefore, the middle small seconds wheel (B) 434 is rotatably arranged between the rear wheel train bridge 108 and the main board 102. The small seconds wheel 43 6 includes an upper shaft portion 436a, a lower shaft portion 43 6b, and a wheel portion 43 6d. The wheel portion 43 6d of the small seconds wheel 436 is configured to mesh with the wheel portion 434d of the middle small seconds wheel (B) 43 4. The upper shaft portion 43 6a of the small seconds wheel 43 6 is rotatably integrated with the small seconds wheel upper support portion 108 volt provided on the rear wheel bridge 108. The small support wheel 108v used for the epicenter 400 is the same as 42- (39) (39) 200405146 The 1/10 second support wheel 102v used for the above-mentioned core 100. The lower shaft part 436b of the small seconds wheel 436 is rotatably integrated with a small seconds wheel lower support part 102v provided on the main board 102. The small second wheel supporting part 10 2 v used for the epicenter 400 is the same as the i / 丨 0 second wheel supporting part 10 2 v used for the above-mentioned center 100. Therefore, the small seconds wheel 4 3 6 series is rotatably arranged between the rear wheel train bridge 108 and the main board 102. The small seconds hand 4 3 8 series is attached to the small seconds wheel 43 6. Small second hand 43 8 frame one second indicating component. Referring to FIG. 9, the rotation center of the small seconds wheel 4 3 6 is disposed above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the outer portion 3 1 2 of the main board 102. The main board 10 02 is disposed at the center of the table. The distance between the center of rotation of the small second wheel 4 3 6 in the "12 o'clock direction" of 100 and the center of the main board 300 is about 1/2 of the radius of the largest outer shape of the main board 102. Referring to FIGS. 9 and 11 ′ the reposition lever 140 ′ includes a reposition conductive spring 140 d for performing a reset operation, a wheel train relocation lever holding portion 1 4 2 for holding the wheel train positioning lever 440, and a wheel for operating the wheel. The operating spring 143 of the positioning lever 4 4 0. The center of rotation of the reposition lever 140 'can be made the same as the center of rotation of the reposition lever 140 used for the above-mentioned center 100, except that the wheel train positioning portion 140f is not provided. At the stage of pulling the pointer positioning lever 1 1 0 to the first stage, the pointer type chronograph can be reset from the repositioning conductive spring 1 4 0 d of the conductive repositioning lever 1 4 0 'to the repositioning pattern of the circuit block. Positioning. At the stage where the pointer positioning lever 1 110 is pulled out to the first stage, the gear train positioning lever 4 4 0 can position the rotation of the middle small seconds wheel (B) 4 3 4 based on the operation of the repositioning lever 1 4 0 ′. The gear train positioning lever 440 includes a guide window portion 440f and 440g with a long hole, an operation window portion 440h which is inserted by an operation spring 143 resetting 43-228 (40) (40) 200405146 position lever 140 ', and is used for positioning. Rotating wheel train positioning portion 440k of the middle small seconds wheel (B) 43 4. The main board 102 is provided with two guide pins 170P and 172p inserted into the guide window portions 440f and 440g of the gear train positioning lever 440, respectively. The guide window portion 44 Of of the wheel train positioning lever 440 is guided by the guide pin 170p of the main board 102. The guide window portion 440g of the gear train positioning lever 440 is guided by the guide pin 172p of the main plate 102. Therefore, the gear train positioning lever 440 is integrated to the main board 102 so as to move linearly with respect to the main board 102. The wheel train positioning lever 440 is arranged so as not to overlap the battery 120. In addition, the wheel train positioning lever 440 is a member that does not overlap with the pointer. The operation window portion 440h of the gear train positioning lever 440 is inserted with the operation spring 143 of the reposition lever 140. When the pointer positioning lever 110 is pulled out to the first stage, the repositioning lever 140 'is rotated. When the repositioning lever 14 is rotated by the rotation of the operation spring 143, the gear train positioning lever 440 can be linearly moved by the guide pins 170p and 172p. When the train wheel positioning lever 44 0 linearly moves, the train wheel positioning portion 440k of the train wheel positioning lever 440 can set the rotation of the middle small seconds wheel (B) 4 3 4. (2 · 3) The structure of the chronograph hour / minute indication gear train section then 'operates the narration to operate the chronograph measurement mode on the chronograph / minute indicator of the analog electronic watch (pointer chronograph) according to the present invention. Gear department. The chronograph / minute indicator train section includes a motor for driving the chronograph / minute indicator train and a chronograph / minute indicator train. Referring to FIG. 9 'The chronograph hour / minute indicating gear train includes a motor for driving the chronograph hour / minute indicating gear train, that is, a chronograph hour / minute motor and a chronograph hour 7-44- (41) (41) 200405146 indicates the gear train. The chronograph hour / minute indicates the gear train architecture to rotate by the rotation of the chronograph hour / minute motor. The chronograph minute hand indicates the "chronograph minute," and The chronograph hand indicates "chronograph," which measures the elapsed time in the chronograph measurement mode. In the chronograph measurement mode, [C (Integrated Circuit) 1 1 6 series architecture measures the elapsed time and operates the chronograph hour / minute motor. The chronograph hour / minute motor includes a chronograph hour / minute coil block 462, a chronograph hour / minute second stator 464, and a chronograph hour / minute rotor 466. The chronograph hour / minute coil block 462, the chronograph hour / minute second stator 464, and the chronograph hour / minute rotor 4 6 6 used in the watch core 400 are respectively the same as the chronograph minutes used in the aforementioned watch core 100. Coil block 2 6 2, hour / minute stator 2 6 4 and hour / minute rotor 2 6 6 components. When the chrono / minute motor drive signal output by 1C (Integrated Circuit) 116 is input to the chrono / minute / second coil block 462, the chrono / minute stator 4 64 is magnetized to rotate the chrono / minute Rotor 466. The chronograph hour / minute rotor 466 system is configured to rotate, for example, 180 degrees per minute. Hours, minutes, seconds, rotor 4 6 6 can also be structured to 180 degrees every 10 seconds, 20 seconds or 30 seconds. The chronograph / minute rotor 466 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a rotor magnet. The upper shaft portion of the chronograph / minute rotor 466 is rotatably integrated with the chronograph / minute rotor upper support portion 107f provided at the wheel train bridge (B) 107. The chronograph hour / minute rotor upper support portion 107f used in the core 400 is the same as the chronograph minute / second rotor upper support portion 107f used in the above-mentioned core 100. The lower shaft portion of the chronograph / minute rotor 466 is rotatably integrated with the chronograph / minute rotor lower support portion 102f provided on the main plate 102. The chronograph hour / minute rotor lower support used for the core 400 -45- (42) (42) 200405146 The receiving portion 102f is the same as the chronograph minute / second rotor lower support portion 102f used in the above-mentioned core 100. Therefore, the chronograph hour / minute rotor 466 is rotatably arranged between the wheel train bridge (B) 107 and the main plate 102. The chronograph hour / minute fifth wheel / pinion 450 system is configured to rotate based on the rotation of the chronograph hour / minute rotor 466. The scoring intermediate wheel (C) 451 and the chronograph intermediate wheel (A) 452 are structured to rotate based on the rotation of the chronograph / minute fifth wheel / pinion 450. The hour / minute fifth wheel / pinion gear 450 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a wheel portion. The wheel portion of the chronograph / minute fifth wheel / pinion 4 50 meshes with the small tooth portion of the chronograph / minute rotor 4 6 6. The upper shaft of the hour / minute fifth wheel / pinion gear 450 can be rotatably integrated with the hour / minute fifth wheel / pinion upper support portion 107g provided at the wheel bridge (B) 107. Chronograph hour / minute fifth wheel / pinion gear upper support part 107 used in the core 400 Same as the chronograph minute / second fifth wheel / pinion gear upper support part used in the epicenter 100 0 above 107g. The lower shaft of the hour / minute fifth wheel / pinion 45 0 is rotatably integrated with the hour / minute fifth wheel / pinion lower support portion 102 g provided on the main board 102. The chronograph hour / minute fifth wheel / pinion lower support portion 102g used for the epicenter 400 is the same as the chronograph minute / second fifth wheel / pinion lower support portion 102g used in the above-mentioned epicenter 100. Therefore, the chronograph / minute fifth wheel / pinion 450 series is rotatably disposed between the wheel series bridge (b) 107 and the main board 102. The scoring wheel 454 is configured to rotate via the rotation of the scoring intermediate wheel (d) 45 3 based on the rotation of the scoring intermediate wheel (C) 4 5 1. The size and shape of the scoring intermediate wheel (C) 4 5 1 are the same as the size and shape of the scoring intermediate wheel (0) 4 5 3. Furthermore, the center of rotation of all the scoring intermediate wheels (c) 4 5 1 -46-(43) 200405146, the center of rotation of the scoring intermediate wheel (D) 4 5 3, and the middle of the chronograph (A) The rotation center of 2 5 1 and the rotation center of the chronograph intermediate wheel (B) 2 5 3 are the same. The scorer intermediate wheel (c) 451 includes an upper shaft portion, a lower shaft portion, and a wheel portion. The scoring intermediate wheel (C) 4 5 1 has a wheel system structure that meshes with the small teeth of the chronograph / minute brother fifth wheel / pinion 450. The upper shaft of the delta intermediate wheel (C) 45 1 is rotatably integrated with the upper support portion 108 h of the scorer intermediate wheel (C) provided on the rear wheel bridge 108. The scorer 108h on the middle wheel (C) of the scoring device used for the core 400 is the same as the support 108h on the middle wheel (A) of the chronograph chronograph used in the above-mentioned center 100. The lower shaft of the scorer intermediate wheel (C) 451 is rotatably integrated with the scorer intermediate wheel (C) lower support portion 102h provided on the main plate 102. The scoring device for the center of the center 400. The lower support part 102h of the middle wheel (C) is the same as the support part 102h of the middle wheel (A) of the chronograph used for the above center 100. Therefore, the scorer intermediate wheel (C) 451 is rotatably arranged between the rear wheel train bridge 108 and the main board 102. Scorer intermediate wheel 102 Scorer intermediate wheel (D) 4 5 3 includes: an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel structure of the scorer intermediate wheel (D) 4 5 3 meshes with the wheel portion of the scorer intermediate wheel (C) 451. The upper shaft of the scorer intermediate wheel (D) 4 5 3 is rotatably integrated with the upper support part 108 of the scorer intermediate wheel (D) provided at the rear wheel bridge 108. The supporting part 1 on the scoring intermediate wheel (D) used in the epicenter 4 0 0 is the same as the supporting part 1 on the chronograph intermediate wheel (B) used in the above-mentioned epicenter 丨 〇〇 108 . The lower shaft of the scoring intermediate wheel (D) 4 5 3 is rotatably integrated to the lower support portion 1022 provided on the main board -47- (44) (44) 200405146 (D). The lower support part 102j of the scoring intermediate wheel (D) used in the epicenter 400 is the same as the lower support part 102j of the chronograph intermediate wheel (B) used in the above-mentioned epicenter 100. Therefore, the scorer intermediate wheel (D) 4 5 3 series is rotatably arranged between the rear wheel train bridge 108 and the main board 102. The scoring wheel 4 5 4 system is structured to rotate based on the rotation of the scoring intermediate wheel (D) 4 5 3. The scoring wheel 454 includes an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel structure of the scoring wheel 454 meshes with the wheel portion of the scoring intermediate wheel (D) 4 5 3. The upper shaft portion of the scoring wheel 454 is rotatably integrated with a scoring wheel upper support portion 108k provided on the rear wheel train bridge 108. The support portion 108k of the scoring wheel used for the core 400 is the same as the support portion 108k of the scoring wheel used for the above-mentioned core 100. The lower shaft portion of the scoring wheel 454 is rotatably integrated with the scoring wheel lower support portion 102k provided on the main plate 102. The scoring wheel lower support part 102k used for the epicenter 400 is the same as the chronograph wheel lower support part 102k used for the above-mentioned core 100. Therefore, the scoring wheel 4 5 4 series is rotatably arranged between the rear wheel bridge 108 and the main board 102. A scoring pin 4 5 5 (refer to a complete combination of drawings described later) is attached to the scoring wheel 4 5 4. Scoring device Pin 4 5 5 structure a minute time indicating component. In the chronograph measurement mode, the scoring needle 45-5 operates to indicate the "minutes" of the elapsed time. Referring to FIG. 9, the rotation center of the scoring wheel 454 is disposed above the reference horizontal axis 304 of the main board and between the main board center 300 and the outline portion 306 of the main board 102. O'clock. " The distance between the center of rotation of the scoring wheel 454 and the center of the main board 3 00 is about 1/2 of the radius of the largest external shape of the main board 102. -48- (45) (45) 200405146 The chronograph wheel 4 5 8 series architecture rotates through the rotation of the chronograph intermediate wheel (B) 4 5 7 based on the rotation of the chronograph intermediate wheel (A) 4 5 2 . The chronograph intermediate wheel (A) 452 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a wheel portion. Chronograph intermediate wheel (A) 4 5 2 The wheel part. The system is configured to mesh with the small teeth of the chronograph / minute fifth wheel / pinion 4 50. The upper shaft of the chronograph intermediate wheel (A) 452 is rotatably integrated to 108m of the upper support portion of the chronograph intermediate wheel (A) provided on the rear wheel bridge 108. The chronograph intermediate wheel (A) supporting part 108 m used in the watch center 400 is the same as the scoring center supporting part 108 m of the scoring intermediate wheel (A) used in the above-mentioned center 100. The lower shaft of the chronograph intermediate wheel (A) 4 5 2 is rotatably integrated into the bottom support part 102m of the chronograph intermediate wheel (A) provided on the main board 102. The chronograph intermediate wheel (A) supporting lower part 102m used in the table core 400 is the same as the scoring intermediate support (100) lower part of the center wheel (A) used in the aforementioned centerpiece 100. Therefore, the chronograph intermediate wheel (A) 4 5 2 series is rotatably arranged between the rear wheel bridge 108 and the main board 102. The chronograph intermediate wheel (B) 4 5 7 includes: an upper shaft portion, a lower shaft portion, a pinion gear portion, and a wheel portion. The chronograph intermediate wheel (B) 4 5 7 system is configured to mesh with the pinion portion of the chronograph intermediate wheel (A) 4 5 2. The upper shaft of the chronograph intermediate wheel (B) 4 5 7 can be rotatably integrated with the upper support part 1 0 8 η of the chronograph intermediate wheel (B) provided at the rear wheel bridge. The chronograph used in the center of the center 4 0 0 108η is the same as the support part 108 in the middle wheel (B) of the scoring center used in the above-mentioned center 100. The lower shaft portion of the chronograph intermediate wheel (B) 4 5 7 is rotatably integrated with the lower support portion 10 2 η of the chronograph intermediate wheel (B) provided on the main plate 102. Chronograph 2 used for the epicenter 4 0 0 2 34 -49- (46) 200405146 Lower supporting part of the intermediate wheel (B) 1 〇2 η is the same as used for the lower bearing of the intermediate wheel (B) of the scorer recorded above部 1 0 2 η. Therefore, the chronograph wheel (B) 4 5 7 series is rotatably arranged between the rear wheel bridges 108 and 3. The chronograph wheel 45 8 includes an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel structure of the wheel 4 5 8 is to mesh with the scorer intermediate wheel (B) 2 5 7. The upper shaft portion of the chronograph wheel 45 8 is rotatably integrated with a chronograph wheel upper support portion 〇 08ρ provided on the bridge 108. Used for the support part 1 08p on the chronograph wheel is the same as used for the support part 10 8ρ on the centerpiece scoring wheel. The lower shaft portion of the chronograph wheel 4 5 8 is integrated into the chronograph wheel lower support portion ι〇2ρ provided on the main plate 102. The chronograph wheel lower support portion 102p of the core 400 is the same as the scoring wheel lower support portion 102ρ using the core 100. Therefore, the chronograph system is rotatably arranged between the rear wheel bridge 108 and the main board 102, and the hour hand 4 5 9 (refer to a complete figure described later) is attached to the chronograph 4 5 8. The chronograph hour hand 45 9 constructs a chronograph indicating member. In the chronograph mode, the chronograph hand 4 5 9 is operated to indicate the elapsed time. Referring to FIG. 1, the rotation center of the chronograph wheel 4 5 8 is arranged above the main vertical axis 3 02 and at the center of the main board 3 00 and The main board 102 is located between 309 and 910. The main board 102 is located at "9 o'clock" on the center 100. The distance between the rotation center of the chronograph wheel 4 5 8 and the main board center 300 is the largest outer part of the 102. 1/2 of the radius. (2 · 4) 1/5 seconds indicating the structure of the wheel train. Next, the commentary is operated in a chronograph measurement mode according to the present invention. The 100's are rotatable for the wheels 45 8. Chronograph chronograph measurement: 5, 0 The reference shape of the board is 5 directions ". Approximately -50-(47) (47) 200405146 Needle-type electronic watch (pointer-type chronograph) The structure of the seconds indicating gear train. The 1/10 seconds indicating gear train includes: a motor for driving 1 /; [0 seconds indicating gear train and 1/5 seconds indicating gear train. Refer to FIGS. 9 and 10, 1 / 5 second motor includes: 1/5 second coil.  442, 1/5 second stator 444 and 1/5 second rotor 446. The W5 second coil block 442 and the 1/5 second rotor 446 used in the core 400 are the same as the time coil block 2 4 2 used in the above core 10 100, the time stator 2 4 4 and the time rotor 2 4 6 Of parts. The size and shape of the stator 4 4 4 used for the 1/4 second of the core 4 0 0 are the same as the size and shape of the time stator 244 used for the side of the core 1 100 above, except for controlling the time rotor (a ) 246 outside the shape of the rotating recess. When the 1/5 second motor drive signal output by IC (Integrated Circuit) 1 1 6 is input to the 1/5 second coil block 4 4 2, the 1/5 second stator 4 4 4 is magnetized to rotate for 1/5 second. Rotor 4 4 6. 1/5 seconds Rotor 4 4 6 series architecture to rotate for example, 1 80 degrees every 1/5 seconds. The 1/5 second rotor 446 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a rotor magnet. The upper shaft part of the rotor of 1/5 second 4 4 6 can be rotatably integrated with the bearing part 1 6 a of the rotor of 1/5 second provided on the wheel bridge (A) 106. The rotor upper supporting portion 1 06 a used for the 1/4 second of the core 4 0 0 is the same as the time supporting the upper supporting portion 106 a of the rotor (A) at the same time as the above-mentioned core 1 100. The lower shaft portion of the 1/5 second rotor 446 is rotatably integrated with the 1/5 second rotor lower support portion 102a provided on the main plate 102. The 1/5 second rotor lower support portion 102a used in the core 400 is the same as the time rotor (A) lower support portion 102a used in the above-mentioned core i 00. Therefore, the 1/6 second rotor 44 6 series is rotatably arranged between the wheel train bridge (A) 106 and the main board 102. -51-236 (48) (48) 200 405 146 1/5 CG intermediate wheel (A) 470 series architecture to rotate based on 1/5 second rotation of rotor 446. The 1 / 5CG intermediate wheel (A) 470 includes an upper shaft portion, a lower shaft portion, a pinion portion, and a wheel portion. The wheel structure of the 1/5 CG intermediate wheel (A) 470 meshes with the small teeth of the 1/5 second rotor 4 4 6. The upper shaft of the 1/5 CG intermediate wheel (A) 470 is rotatably integrated with the upper bearing portion 106fc of the 1 / 5CG intermediate wheel (A) provided in the wheel bridge (a) 106 (refer to the rear wheel described) Figure of bridge). The lower shaft portion of the 1 / 5CG intermediate wheel (A) 470 can be integrated into the lower supporting portion 102fc of the 1 / 5CG intermediate wheel (A) provided on the main plate 102 (refer to the drawing of the main plate described later). Therefore, the 1 / 5CG intermediate wheel (A) 470 series is rotatably disposed between the wheel bridge (A) 〖06 and the main board 1 〇2. The 1 / 5CG wheel 476 is based on the rotation of the 1 / 5CG intermediate wheel (B) 472 based on the rotation of the 1/5 C G intermediate wheel (A) 470. The 1/5 CG intermediate wheel (B) 472 includes: an upper shaft portion, a lower shaft portion, and a wheel portion. The wheel structure of the 1 / SCG intermediate wheel (B) 472 meshes with the small teeth of the 1 / 5CG intermediate wheel (A) 470. The upper shaft of the 1/5 CG intermediate wheel (B) 4 7 2 is rotatably integrated with the upper bearing portion 1 0CG of the 1 / 5CG intermediate wheel (B) provided in the wheel bridge (A) 106 (see below). Diagram of gear train bridging). The lower shaft portion of the 1/5 CG intermediate wheel (B) 4 72 is rotatably integrated with the lower support portion 102gC of the 1 / 5CG intermediate wheel (B) provided on the main plate 102 (refer to the drawing of the main plate described later). Therefore, the W5CG intermediate wheel (B) 472 series is rotatably arranged between the wheel train bridge (A) 106 and the main board 102. The 1 / 5CG wheel 476 includes an upper shaft portion 476a, an abacus bead portion 4 7 6 b provided at a lower shaft portion thereof, an intermediate shaft portion 4 7 6 c, and a wheel portion 4 7 6 d. 1/5 C G wheel 4 7 6 -52- (49) (49) 200405146 The wheel portion 221d system structure meshes with the pinion portion 220c of the 1/5 CG intermediate wheel (B) 472. The upper shaft portion 476a of the 1 / 5CG wheel 476 is rotatably integrated with the upper shaft portion 106c of the 1 / 5CG wheel provided at the wheel bridge (A) 106. 1/5 C used for the center of the center 400 is the same as the upper shaft part 10 6 c of the G wheel, as is used for the side of the center 100 for the second wheel / pinion upper shaft 106 c. The abacus bead 476b of the 1 / 5CG wheel 476 is rotatably disposed inside the center hole of the hollow shaft pinion 424b for the center. The center of rotation of the 1/5 C G wheel 4 7 6 is the center of the motherboard 3 0 0. The 1/5 CG wheel 476 series structure rotates by 1/5 second order. The 1/5 second chronograph hand 4 75 is attached to the 1/5 CG wheel 476. The 1/5 second chronograph hand 475 is a 1/5 second chronograph indicator (1/5 CG pointer). In the core 400, the second wheel / pinion holding spring 2 31 used for the side of the core 100 is not used. As a modified example, by changing the specifications of the IC, the stepping motor and the wheel train, instead of rotating the 1 / 5CG wheel that rotates one step every 1/5 seconds 47 6. The 1 second CG wheel that rotates one step every 1 second or every 1 A 1 / 2CG wheel that rotates one step per / 2 seconds or a 1 / 4CG wheel that rotates one step per second can be provided. (2 · 5) Refer to FIG. 4 for the architecture of the main board. The lower support part 102k of the scoring wheel is arranged above the main board reference horizontal axis 3 04 in the main board 102 and is located at the center of the main board 3 00 and the outer section 3 06 of the main board 102. Meanwhile, the main board 102 is arranged in the “6 o'clock direction” of the bezel 100. The 1/5 second rotor lower support part 102a, the 1 / 5CG intermediate wheel (A) lower support part 102fc, and the 1 / 5CG intermediate wheel (B) lower support part 102gc are arranged in the third area of the main board 102 3 3 0 . -53- 238 (50) (50) 200 405 146 Chrono / minute rotor lower support section 102f, Chrono / minute fifth wheel / pinion gear lower support section 102g, scoring intermediate wheel (a) lower support 102h, scoring middle wheel (b) lower support part 102j, chronograph middle wheel (A) bottom support part 102m, and chronograph middle wheel (B) bottom support part 102η are arranged on the main board 1 The third zone 330 in 〇2. The bottom support part 102 of the chronograph wheel is arranged in the main board 102 above the main board reference vertical axis 3 02 and between the main board center 300 and the main board 102's outer section 3 09. The main board 102 is arranged in the table. The center is 100, at 9 o'clock. "The lower support part 102r of the time rotor (B), the second support part 102s of the fifth wheel / pinion (B), and the fourth wheel / pinion i for the center 〇2dc, the lower support part 102t of the middle small seconds (A), and the lower support part 102u of the middle small seconds (B) are arranged in the fourth area 340 in the main board 102. The lower support part 102v of the small seconds is arranged in The position of the main board 102 above the main board reference horizontal axis 3 04 is between the main board center 300 and the outer section 3 12 of the main board 102. The main board 102 is arranged at the center of the center 100, at 12 o'clock, The guide pin 170p is arranged in the first zone 310. The guide pin 172p is arranged in the fourth zone 3 4 0. With the structure in this way, the main board 102 used for the epicenter 4 00 can be made the same as used in the watch The main board 1 02 of the heart 100. That is, the main board can use the table core 400 and the table core 100. (2. 6) Gear train bridge architecture (2. 6) Gear train bridging (A) and gear train bridging (B) -54- (51) (51) 200405146 Referring to FIG. 5, 1/5 second rotor upper support portion 106a, 1/5 CG intermediate wheel ( A) The upper support portion 106fc and the 1 / 5CG intermediate wheel (B). The upper support portion 106gc is a main plate center 300 disposed in the wheel train bridge (A) 106. The chronograph / minute rotor upper support section 107 f and the chronograph / minute fifth wheel / pinion upper support section 107g are arranged in the third zone 3 30 of the wheel train bridge (B) 107. Scoreboard intermediate wheel (A) upper support portion 106h, scoreboard intermediate wheel (B) upper support portion 106j, chronograph intermediate wheel (A) upper support portion 106m and chronograph intermediate wheel (B) The upper support portion 106n is arranged in the third region 330 in the train bridge (A) 106. Time rotor (B) upper support portion 106r, time fifth wheel / pinion (B) upper support portion 102s, fourth wheel / pinion upper support portion 102cc, and third wheel / pinion upper support portion l 〇2dc is arranged in the fourth zone 340 in the train bridge (A) 106. With the structure in this way, the wheel train bridge (A) 106 and the wheel bridge (B) 107 used for the epicenter 400 can be respectively the same as the wheel train bridge for the epicenter 100 ( A) 106 and train bridge (B) 10 7. (2. 7) Refer to FIG. 6 for the architecture of the rear wheel train bridge. Referring to FIG. Between the external parts of 108, the rear wheel train bridge is arranged at the 6 o'clock direction 55 of the center of the center 100. The support part 108 of the middle wheel (A) of the scoring machine, scores Chronograph intermediate wheel (B) upper support 1 0 j, chronograph intermediate wheel (a) upper support 1 008-55- 248 (52) 200405146 and chronograph intermediate wheel (B) upper support 1 〇8 η is arranged in the third zone 330 of the rear wheel 108. The support part 1 on the chronograph wheel is arranged at a position where the rear wheel train bridges above the reference vertical axis 3 of the motherboard and is located at the center rear wheel of the motherboard. Between the external parts of the bridge 108, the rear wheel bridges the "9 o'clock direction" of the center 108 of the 108. The upper support part 108 of the middle small seconds wheel (A) and the upper support part of the middle small seconds Korea The 108x1 series is located on the rear wheel train bridge 3 40 ° on the middle small seconds wheel upper support part 108. The v series is located above the main board reference horizontal axis 3 0 4 in the rear wheel train bridge and Between the main board and the outer part of the rear wheel bridge 108, the rear wheel bridge bridges the "12 o'clock direction" of the 108 epicenter 100. With this structure, it is used for the epicenter The rear wheel 1 08 of 4 0 0 can be made the same as the rear wheel 1 0 8 used for the above-mentioned center 100. That is, the rear wheel bridge can be used for the center 4 0 0.  100 ° (2 · 8) Arrangement of components in the table core Next, the preferred configuration of the components in the table core 400 will be explained with reference to FIG. 1, the rotation center of the reposition lever 1 4 0 ′ 1 4 0 C system second zone 3 2 0. The gear train positioning lever 440 is arranged in the first zone 310 and the fourth zone. The position where the relocation lever 140 'contacts the gear train positioning lever 440 is matched with a zone 3 1 0. Used to locate the middle small seconds wheel (B) 4 3 4 The wheel train bridge 1 0 8 3 00 and placed on the table η (B) The fourth zone is connected to the 108 center 3 00. At 3400, the positioning lever -56- (53) (53) 200405146 440 is a fourth zone 340 arranged on the rear side of the epicenter 400. A repositioning lever 1440 'for performing a repositioning operation is a second region 320 disposed on the surface side of the epicenter 400. With the structure in this manner, the wheel train positioning lever 440 firmly set to rotate the wheel train for operating the small second hand can be efficiently disposed on the surface side of the epicenter 400. The coil block center 442c of the 1/5 second coil block 442 can be arranged in the third zone 3 3 0. The center of rotation of the rotor 4 4 6 of the 1/5 second, the center of rotation of the 1/5 CG intermediate wheel (A) 4 7 0 and The center of rotation of the 1 / 5CG intermediate wheel (B) 4M can be arranged in the third zone 3 3 0. The rotation center of the minute wheel 226 may be arranged in the second zone 320 °. The coil block center 462c of the hour / minute coil block 462 may be arranged in the third zone 3 3 0. Rotation center of chronograph hour / minute rotor 466, rotation center of chronograph hour / minute fifth wheel / pinion 4 50, rotation center of scoring intermediate wheel (C) 4 51, rotation center of scoring instrument ( D) The rotation center of 45 3, the rotation center of the chronograph intermediate wheel (A) 452, and the rotation center of the chronograph intermediate wheel (B) 457 may be arranged in the third zone 3 3 0. The coil block center 4 6 2 c of the hour / minute coil block 4 62 may be arranged on the outside of the coil block center 442 c of the 1/5 second coil block 442 in the third zone 3 3 0. The rotation center of the chronograph hour / minute rotor 466 is arranged on the outside of the rotation center of the 1/5 second rotor 446 in the third zone 3 3 0. The rotation center of the scoring wheel 4 5 4 is arranged above the reference horizontal axis 3 04 of the main board and between the main board center 3 0 0 and the outer part 3 0 6 of the main board 102, and the main board 1 2 is arranged at the center 4 0 0 in the "6 o'clock direction". The distance between the center of rotation of the scoring wheel 4 5 4 and the center 300 of the main board is preferably mainly -57 · (54) (54) 200405146 30% to 70% of the radius of the largest outline portion of the plate 102, more preferably The radius of the largest external shape of the main board 102 is 45 ° /. To 55%, and is particularly preferably 1/2 of the radius of the largest outer shape of the main board 102. In addition, the rotation center of the chronograph wheel 45 8 is disposed above the main board reference vertical axis 3 02 and between the main board center 3 00 and the outer portion 3 09 of the main board 102, and the main board 102 is disposed at the center 4 0 0 The "9 o'clock direction". The distance between the rotation center of the chronograph wheel 45 8 and the center of the main board 300 is preferably 30% to 70% of the radius of the largest external shape of the main board 102, and more preferably 45% of the radius of the largest external part of the main board 102. % To 55%, and is particularly preferably 1/2 of the radius of the largest outer shape portion of the main board 102. The coil block center 4 8 2 of the center time coil block 4 8 2 can be arranged in the fourth zone 3 4 0. Center of rotation of time rotor (B) 4 8 6; center of rotation of time fifth wheel / pinion (B) 420; center of rotation of middle small second wheel (A) 432; center of small middle second wheel (B) 4 3 4 The rotation center, the rotation center of the center fourth wheel / pinion 421 and the rotation center of the center third wheel pinion 422 may be disposed in the fourth zone 3 40. With the structure in this manner, the plurality of coil blocks and the plurality of gear trains can be efficiently disposed on the surface side of the core 400. Here, the number of components of the frame train is not limited to the above number, and one or more transmission wheels may be additionally added. The rotation center of the small second wheel 43 6 is arranged above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the outline part 3 1 2 of the main board 102. The main board 1 2 is arranged at the center 4 0 0. "1 2 o'clock direction". The distance between the rotation center of the small second wheel 43 6 and the center of the main board 300 is preferably 30% to 70% of the radius of the largest outline portion of the main board 102, and more preferably -58- (55) (55) 200405146 The radius of the largest outer portion of the board 102 is 45 to 55 percent, and is particularly preferably 1/2 of the radius of the largest outer portion of the main board 102. Preferably, the distance between the rotation center of all scoring wheels 4 5 4 and the center of the main board 300, the distance between the rotation center of the chronograph wheel 4 5 8 and the center of the main board 300, and the rotation of the small second wheel 4 3 6 The distance between the center and the center of the motherboard is 300 degrees. (2. 9) Operation of the second embodiment Next, the operation of the second embodiment of the pointer electronic timepiece (pointer timepiece) according to the present invention will be explained. Referring to FIG. 13, a complete combination 5 0 of an analog chronograph is provided with a housing 2 02. The housing 2 0 2 used in the second embodiment of the analog chronograph according to the present invention may be the same as the housing 202 of the analog chronograph used in the first embodiment of the present invention, or may be different therefrom. . The core 400 and the dial 104 are housed in a case 202. The dial 104 of the second embodiment of the analog chronograph used in the present invention may be the same as the dial 104 of the analog chronograph used in the first embodiment of the present invention described above, or may be different therefrom. The crown 204 is provided on the housing 202 and rotates integrally with the pointer positioning lever 110. The time of the center chronograph can be set by pulling out the crown 204 to the first stage and rotating the crown 204. That is, when the crown 204 is pulled out to the first stage, the small second hand 43.8 can be stopped, and the hour hand 230 and the minute hand 232 can be rotated by rotating the crown 204. The housing 202 is provided with a start / stop button 2 06 for starting and stopping the chronograph operation of the center chronograph. When the start / stop button is pressed 206 -59- " ι Λ A.  (56) 200405146 hour 'The signal related to the start operation and stop operation of the chronograph is transmitted to the IC 116 by replacing the spring. The housing 202 is provided with a reset button 208 for resetting the chronograph operation of the timepiece. When reset is pressed, the signal related to the reset operation of the chronograph is input to I C 1 1 6 by operation switching. Here, an operation indicating the current time will be explained. Reference, 1 3, The time of the center chronograph is set by pulling the crown 20 04 to and rotating the crown 204 to set the current time, and the crown 204 stage. In the phase, the rotor (B) 486 based on the time rotor (B) 4 8 6 is rotated and the time fifth wheel / pinion (B) is rotated. The small seconds wheel 4 3 6 is rotated through the middle small seconds wheel (A) 4 3 2 and the wheel (B) 4 3 4 based on the rotation of the fifth wheel / pinion (B). The small seconds wheel 4 3 6 rotates once per minute, so the small seconds hand 4 3 8 of the small seconds wheel 43 6 represents the "second" of the current time. Furthermore, the 5 center wheel / pinion 4 2 4 is rotated by the rotation of the fifth wheel / pinion (B) 420 between the middle wheel / pinion 421 and the center third pinion 422. The center J pinion 424 rotates one revolution per hour, so the center hollow pinion 424b attached to the center wheel / pinion 424 indicates the "minute" of the current time. The rotation of the hour wheel 22 8 through the minute wheel 226 rotates based on the rotation of the core wheel / pinion. The hour wheel 22 8 rotates the old circle, so the hour hand 234 attached to the hour wheel 22 8 indicates “hour”. It is transmitted by operating the center-cut button 208 spring. "Figure 9 to the first stage is pushed to the first turn, the time 420 is rotated by the middle small seconds 420, and the fourth turn is attached to the heart. Use the center pin 232 to center the middle E 12 Xiaoer current time -60- Λ Γ (57) (57) 200405146 Next, the time measurement operation will be explained. Refer to Figure 13 and stop resetting the time measurement In the phase, all the chronograph hands 4 5 9, the minute chronograph hands 45 5 and the 1/5 second seconds chronograph hands 4 7 5 are arranged at the "zero position (starting position)". That is, during the reset phase, All chronograph hands 45 9. The chronograph hands 4 5 5 and 1/5 second chronograph hands 4 75 are arranged at the position indicating “zero”. Refer to Figures 9 to 13 for the chronograph measurement mode by pressing the start / stop button 2 0 6 and start timing measurement. In the chronograph measurement mode, the chronograph hour / minute rotor 466 is rotated, and the chronograph hour / minute fifth wheel / pinion gear 45 0 is rotated based on the rotation of the chronograph hour / minute / second rotor 4 6 6. In addition, the scoring intermediate wheel (C) 4 51 and the chronograph intermediate wheel (A) 4 5 2 are rotated based on the rotation of the chronograph / second fifth wheel / pinion 25 0. The scoring wheel 454 is rotated based on the rotation of the scoring intermediate wheel (D) 45 3 based on the rotation of the scoring intermediate wheel (C) 4 5 1. In the chronograph measurement mode, the scoring pin 4 5 5 attached to the scoring wheel 454 indicates the "minute" of the elapsed time. In addition, the chronograph wheel 4 5 8 is rotated based on the rotation of the chronograph intermediate wheel (A) 452 via the rotation of the chronograph intermediate wheel (B) 4 5 7. In the chronograph measurement mode, the chronograph hand 4 5 9 attached to the chronograph wheel 45 8 indicates the "hour" of the elapsed time. Furthermore, in the chronograph measurement mode, the 1/5 second rotor 446 is rotated, and the 1/5 CG intermediate wheel (A) 470 is rotated based on the 1/5 second rotation of the rotor 446. The 1/5 C G wheel 4 7 6 is rotated based on the rotation of the 1/5 C G intermediate wheel (B) 4 7 2. In the chronograph measurement mode, the 1/5 second chronograph 47 5 series attached to the 1/5 CG wheel 476

24S -61 - (58) (58)200405146 操作以，，1 / 5秒單位”來表示過去時間的”秒”。 再者，於記時量測模式中，當起始/停止按鈕206被 按下時，記時的測量可被停止。於停止量測記時的階段 中，時記時針459係停止於指示過去時間的”時”的階段， 分記時針455停止於指示過去時間的”分”的階段，而， 1/5秒記時針4 75係停止於以”1/5秒單位”指示過去時間 的”秒”的階段。 於量測記時停止的階段中，當重設按鈕208被按下 時，所有的時記時針4 5 9、分記時針4 5 5及1 /5秒記時針 4 7 5回到指示”零”的位置（參考圖8 )。 (3 )其它實施例 接著，將解說本發明的其它實施例。 以下將主要地解說本發明的其它實施例與本發明的第 一實施例不同的點。因此，有關除了下述內容之外的部 份、有關本發明的第一實施例的上述說明及有關本發明的 第二實施例的上述說明將應用至其上。 (3 . 1 )側用記時錶的錶心的架構 於側用記時錶的上述錶心100中，雖然架構錶心1〇〇 的部件係較佳地配置來構成相對於主板參考垂直軸線3 02 之圖1中所示的結構，架構錶心的部件可配置來構成與相 對於主板參考垂直軸線3 02之圖1所示的結構成鏡像相稱 的結構。 亦即，參考圖14，於錶心1〇〇中，時間線圈塊242 -62- (59) (59)200405146 的線圈塊中心242c係配置在第三區3 3 0。時間轉子（A) 246的旋轉中心及時間第五輪/小齒輪（A ) 220的旋轉中 心係配置在第三區3 3 0。側用第三輪/小齒輪222的旋轉中 心係配置在第四區3 4 0。分輪226的旋轉中心係配置在第 二區 320。 記時分/秒線圈塊262的線圈塊中心262c係配置在第 三區3 3 0。分輪226的旋轉中心、記時分/秒第五輪/小齒 輪2 5 0的旋轉中心、計秒器中間輪（A ) 2 5 1的旋轉中 心、計分器中間輪（A ) 252的旋轉中心、計秒器中間輪 (B ) 253的旋轉中心及計分器中間輪（B ) 25 7的旋轉中 心係配置在第三區3 3 0。記時分/秒線圈塊2 6 2的線圈塊中 心2 6 2 c係配置在第三區3 3 0中的時間線圈塊2 4 2的線圈 塊中心242c的外側上。記時分/秒轉子266的旋轉中心係 配置在第三區3 3 0中的時間轉子（A) 246的旋轉中心的 外側上。 計秒輪2 5 4的旋轉中心係配置在主板參考水平軸線 3 04上方的位置且於主板中心3 00及主板102的外形部 3 0 6之間，主板1 0 2配置在錶心1 0 0的” 6點鐘方向”。 再者，計分輪2 5 8的旋轉中心係配置在主板參考垂直 軸線3 02上方的位置且於主板中心3 00及主板102的外形 部3 09之間，主板102配置於錶心100的”9點鐘方向”。 1/10秒線圈塊282的線圈塊中心2S2c係配置在第四 區3 4 0。1 /1 0秒轉子2 8 6的旋轉中心、1 /1 0秒第五輪/小 齒輪2 7 0的旋轉中心、1 /1 0計秒器中間輪（A ) 2 7 1的旋 -63- (60) (60)200405146 轉中心及1/10計秒器中間輪（B ) 272的旋轉中心係配置 在第四區340。 1 /1 0計秒輪2 7 4的旋轉中心係配置在主板參考水平軸 線3 04上方的位置且於主板中心3 00及主板102的外形部 3 1 2之間，主板1 02配置在錶心1 00的” 1 2點鐘方向”。 所有的計秒輪2 5 4的旋轉中心及主板中心3 0 0的距 離、計分輪2 5 8的旋轉中心及主板中心3 0 0的距離與1 /1 0 計秒輪274的旋轉中心及主板中心3 00的距離係架構成一 等値。 相較下，參考圖15，可能構成一架構於錶心100D 中，以使時間轉子（A ) 246的旋轉中心及時間第五輪/小 齒輪（A ) 2 2 0的旋轉中心係配置在第四區3 4 0，側用第 三輪/小齒輪2 2 2的旋轉中心係配置在第三區3 3 0，分輪 2 2 6的旋轉中心係配置在第一區3 1 0，記時分/秒轉子2 6 6 的旋轉中心、記時分/秒第五輪/小齒輪2 5 0的旋轉中心、 計秒器中間輪（A ) 2 5 1的旋轉中心、計秒器中間輪（B ) 2 5 3的旋轉中心及計分器中間輪（B ) 2 5 7的旋轉中心係配 置在第四區 3 4 0，以及，1 /1 〇秒轉子 2 8 6的旋轉中心、 1/10秒第五輪/小齒輪2 7 0的旋轉中心、1/1〇計秒器中間 輪（A ) 2 7 1的旋轉中心及1 /1 〇計秒器中間輪（b ) 2 7 2的 旋轉中心係配置在第三區3 3 0。 再者’於錶心100D中，計秒輪2 5 4的旋轉中心係配 置在主板參考水平軸線3 0 4上方的位置且於主板中心3 0 0 及主板l〇2d的外形部312之間，主板i〇2d配置在錶心 -64- (61) (61)200405146 100的”12點鐘方向”，計分輪25 8的旋轉中心係配置在主 板參考垂直軸線3 02上方的位置且於主板中心3 0 0及主板 102d的3 09之間，主板l〇2d配置在錶心100D的”9點鐘 方向”，以及，1 /1 0計秒輪274的旋轉中心係配置在主板 參考水平軸線3 04上方的位置且於主板中心3 00及主板 102D的外形部3 06之間。主板102D係配置在錶心100 的”6點鐘方向”。 (3.2 )中心用記時錶的錶心的架構 於中心用記時錶的上述錶心4 0 0中，雖然架構錶心 4 0 0的部件係較佳地配置來構成相對於主板參考垂直軸線 3 02之圖9中所示的結構，架構錶心的部件可配置來構成 與相對於主板參考垂直軸線3 02之圖9所示的結構成鏡像 相稱的結構。 亦即，參考圖9及1 6，於錶心4 0 0中，1 / 5秒線圈塊 442的線圈塊中心442c係配置在第三區3 3 0。1/5秒轉子 446的旋轉中心、1/5CG中間輪（A ) 470的旋轉中心及 1/5CG中間輪（B) 472的旋轉中心係配置在第三區330。 分輪226的旋轉中心係配置在第二區320。 記時時/分線圈塊4 62的線圈塊中心4 6 2 c係配置在第 三區3 3 0。記時時/分轉子4 6 6的旋轉中心、記時時/分第 五輪/小齒輪4 5 0的旋轉中心、計分器中間輪（c ) 4 5 1的 旋轉中心、計分器中間輪（D ) 45 3的旋轉冲心、記時器 中間輪（A ) 4 5 2的旋轉中心及記時器中間輪（b ) 4 5 7的 方疋轉中心係配置在弟二區3 3 0。時時/分線圈塊4 6 2的線 •65- (62) (62)200405146 圈塊中心462c係配置在第三區3 3 0中的1/5秒線圈塊442 的線圈塊中心442c的外側上。記時時/分轉子466的旋轉 中心係配置在第三區3 3 0中的1 /5秒轉子446的旋轉中心 的外側上。 計分輪454的旋轉中心係配置在主板參考水平軸線 3 0 4上方的位置且於主板中心3 0 0及主板1 〇 2的外形部 3 〇 6之間，主板1 〇 2配置在錶心4 0 0的” 6點鐘方向”。 再者，記時器輪4 5 8的旋轉中心係配置在主板參考垂 直軸線3 0 2上方的位置且於主板中心3 0 0及主板1 〇 2的外 形部3 0 9之間，主板1 〇 2配置於錶心4 0 0的” 9點鐘方 向，，。 中心用時間線圈塊4 8 2的線圈塊中心4 8 2 c係配置在 第四區。時間轉子（B ) 4 8 6的旋轉中心、時間第五輪/小 齒輪（B ) 4 2 0的旋轉中心、中間小秒輪（A ) 4 3 2的旋轉 中心、中間小秒輪（B ) 4 3 4的旋轉中心、中心用第四輪/ 小齒輪421的旋轉中心及中心用第三輪小齒輪422的旋轉 中心係配置在第四區3 4 0。 小秒輪4 3 6的旋轉中心係配置在主板參考水平軸線 3 0 4上方的位置且於主板中心3 0 0及主板1 〇 2的外形部 3 1 2之間，主板1 〇2配置在錶心400的”12點鐘方向”。 所有的計分輪4 5 4的旋轉中心及主板中心3 0 0的距 離、記時器輪4 5 8的旋轉中心及主板中心3 00的距離與小 秒輪4 3 6的旋轉中心及主板中心3 00的距離係架構成一等 値。 -66- (63) (63)200405146 相較下，參考圖17，於錶心400D中，可能構成一架 構’以使1 / 5秒轉子4 4 6的旋轉中心、1 / 5 C G中間輪 (A ) 4 7 0的旋轉中心及】/5 c G中間輪（B ) 4 7 2的旋轉中 心係配置在第二區3 2 0，分輪2 2 6的旋轉中心係配置在第 一區3 1 0，記時時/分轉子4 6 6的旋轉中心、記時時/分第 五輪/小齒輪45 0的旋轉中心、計分器中間輪（c) 451的 旋轉中心、計分器中間輪（D ) 4 5 3的旋轉中心、記時器 中間輪（A ) 45 2的旋轉中心及記時器中間輪（b ) 45 7的 旋轉中心係配置在第二區3 2 0，時間轉子（B ) 4 8 6的旋轉 中心、時間第五輪/小齒輪（B ) 4 2 0的旋轉中心、中間小 秒輪（A ) 4 3 2的旋轉中心、中間小秒輪（b ) 4 3 4的旋轉 中心、中心用第四輪/小齒輪42 1的旋轉中心及中心用第 三輪小齒輪4 2 2的旋轉中心係配置在第三區3 3 0。 於錶心400D中，計分輪454的旋轉中心係配置在主 板參考水平軸線3 04上方的位置且於主板中心3 0 0及主板 102D的外形部 312之間，主板102D配置在錶心400 的” 1 2點鐘方向”，記時器輪45 8的旋轉中心係配置在主 板參考垂直軸線3 02上方的位置且於主板中心3 00及主板 1 〇 2 D的3 0 9之間，主板1 0 2 D配置在錶心4 0 0 D的” 9點鐘 方向”，以及，小秒輪43 6的旋轉中心係配置在主板參考 水平軸線3 04上方的位置且於主板中心3 00及主板102D 的外形部3 06之間。主板102D係配置在錶心400D的”6 點鐘方向’’。 -67^ (64) (64)200405146 (4 )輪系定位桿的架構 (4.1 )第一型的輪系定位桿 接著，依據本發明之指針式電子錶的第二實施例中將 詳細的解說第一型的輪系定位桿。 參考圖9及1 8，如上述，指針式電子錶的錶心4 0 0 的”表面側”配置有中心用時間輪系部、切換裝置及類似 物。中心用時間輪系部包括：中心用時間馬達及中心用輪 系。中心用時間輪系部係架構來藉由中心用時間馬達的旋 轉而旋轉，以時針23 0表示目前時間的”時”，以分針232 表示目前時間的”分”，及，以小秒輪4 3 4表示目前時間 的”秒”。 時間轉子（B ) 4 8 6係架構來旋轉例如，每秒 1 8 〇 度。時間第五輪/小齒輪（B ) 420係架構來基於時間轉子 (B ) 4 8 6的旋轉而旋轉。中心用第四輪/小齒輪4 2 1及中 間小秒輪（A ) 4 3 2係架構來基於時間第五輪/小齒輪 (B ) 4 2 0的旋轉而旋轉。中心用中心輪/小齒輪4 2 4係架 構來經由中心用第三輪小齒輪422的旋轉基於中心用第四 輪/小齒輪421的旋轉而旋轉。中心用中心輪/小齒輪42 4 係架構來旋轉每小時一圈。分針232係附接至中心用中心 輪/小齒輪424的中心用空心軸小齒輪424b。時輪228係 架構來經由分輪2 2 6的旋轉基於中心用中心輪/小齒輪4 2 4 的旋轉而旋轉。時輪228係.架構來旋轉每1 2小時一圈。 中間小秒輪（A ) 432係架構來基於時間第五輪/小齒輪 (B ) 4 2 0的旋轉而旋轉。小秒輪4 3 6係架構來經由中間 -68- (65) (65)200405146 小秒輪（B ) 4 3 4的旋轉基於中間小秒輪（A ) 4 3 2的旋轉 而旋轉。小秒針4 3 8係附接至小秒輪4 3 6。小秒針4 3 8架 構秒指示構件。 小秒輪4 3 6的旋轉中心係配置在主板參考水平軸線 3 0 4上方的位置且於主板中心3 0 0及主板4 0 2的外形部 3 12之間，主板402配置在錶心400的”12點鐘方向”。小 秒輪4 3 6的旋轉中心及0 3 0間的距離係約主板4 0 2的最大 外形部的半徑的1/2。 參考圖1 8及2 1，重定位桿1 4 0 5包括：用以實施重設 操作的重定位傳導彈簧140d、用以固持輪系定位桿440 的輪系重定位桿固持部1 4 2及用以操作輪系定位桿4 4 0的 操作彈簧143。定位桿134設有插入重定位桿140’的操 作孔1 4 Oh的操作銷1 3 4p。當指針定位桿1 1 〇係藉由旋轉 定位桿1 3 4而自零階段拉出至第一階段時，軛1 3 6因此架 構來旋轉。再者，當指針定位桿1 1 〇係藉由旋轉定位桿 1 3 4而自零階段拉出至第一階段時，重定位桿1 4 0 ’因此 架構來旋轉。於將指針定位桿1 1 0拉出至第一階段的階段 中，指針式電子錶能夠由將重定位桿1 4 0 ’的重定位傳導 彈簧140d傳導至電路塊的重定位圖案而重設。 再者，當將指針定位桿1 1 0自零階段拉出至第一階段 時，輪系定位桿440係架構來藉由旋轉定位桿134及重定 位桿1 4 0:而線性地移動。輪系定位桿4 4 0係架構來設定 中間小秒輪（B ) 43 4的旋轉於將指針定位桿1 1 0拉出至 第一階段的階段。輪系定位桿440包括：導窗部44 Of及 -69- (66) (66)200405146 440g、操作窗部440h及用以定位中間小秒輪（B ) 434的 旋轉的輪系定位部440k。輪系定位桿440的導窗部440f 係藉由主板102的導銷170p而引導的。輪系定位桿440 的導窗部44 0g係藉由主板1〇2的導銷172p而引導的。因 此，輪系定位桿440係整合至主板1 02以致使相對於主板 1 〇 2而線性地移動。依據圖1 8所示的架構，輪系定位桿 440係配置不重疊附接有指針的部件，亦即，時輪228、 中心用中心輪/小齒輪424、小秒輪436及1/5 CG輪476。 依據此架構，輪系定位桿440係配置不重疊附接有指針的 部件，因此，電子錶的厚度可被減小。 當指針定位桿被拉出至第一階段時，重定位桿1 40’ 被旋轉，且由旋轉操作彈簧143，輪系定位桿440可沿著 由導銷170p及172P引導的主板102的表面而線性地移 動。當輪系定位桿4 4 〇係線性地移動時，輪系定位桿4 4 0 的定位部440k被帶至與中間小秒輪（B ) 43 4的輪部434d 接觸，藉此，中間小秒輪（B ) 434的旋轉可被設定。依 據此架構，因爲輪系定位桿44 0係線性地移動，輪系定位 桿4 4 0的定位部4 4 0 k係藉由操作自垂直輪部4 3 4 d的方向 而帶至與中間小秒輪（B ) 43 4的輪部43 4d接觸。因此， 當中間小秒輪（B ) 434被設定時，非常少有由輪系定位 桿440旋轉中間小秒輪（b ) 43 4的掛慮。重定位桿14〇， 的旋轉中心係配置在第二區3 2 (\。輪系定位桿4 4 0及重定 位桿140’相互接觸的部份及導銷17〇p係配置在第一區 3 1〇。輪系定位桿440的定位部440k與中間小秒輪（b ) >70- (67) (67)200405146 434的輪部43 4d接觸的部份及導銷172p係配置在第四區 3 40 〇 (4.2)第二型的輪系定位桿 接著，依據本發明之指針式電子錶的第二實施例中將 詳細的解說第二型的輪系定位桿。 以下將主要地解說依據本發明的第二實施例之第二型 的輪系定位桿與依據本發明第二實施例的第一型的輪系定 位桿不同的點。因此，有關依據本發明第二實施例的第一 型的輪系定位桿的上述解說將應用至除了下述內容之外的 部份。 參考圖22，如上述，指針式電子錶的錶心5〇〇的，，表 面側”配置有中心用時間輪系部、切換裝置及類似物。小 秒針4 3 8係附接至小秒輪4 3 6。小秒輪4 3 6的旋轉中心係 配置在主板參考水平軸線3 (M上方的位置且於主板中心 3〇〇及主板502的312之間，主板5 02配置在錶心500 的” 1 2點鐘方向”。小秒輪4 3 6的旋轉中心及主板中心3 0 0 間的距離係約主板5 0 2的最大外形部的半徑的1 / 2。 重定位桿5 3 0包括：用以實施重設操作的重定位傳導 彈簧53 0d、用以固持輪系定位桿54〇的輪系重定位桿固 持部5 3 2及用以操作輪系定位桿5 4 0的操作彈簧5 3 3。當 指針定位桿1 1 〇係藉由旋轉定位桿1 3 4拉出至第一階段 時，重定位桿5 3 0亦被旋轉。於將指針定位桿丨〗〇拉出至 第一階段的階段，指針式電子錶可藉由傳導重定位桿5 3 0 的重定位傳導彈簧5 3 0 d至電路塊的重定位圖案而重設。 -71 - (68) (68)200405146 再者，當將指針定位桿1 1 0係拉出至第一階段時，輪 系定位桿5 4 0係架構來藉由旋轉定位桿1 3 4及重定位桿 5 3 0而線性地移動。輪系定位桿5 4 0係架構來致使設定中 間小秒輪（B ) 434的旋轉於將指針定位桿1 1 0拉出至第 一階段的階段。輪系定位桿540包括：導窗部54 Of及 540g、操作窗部5 4 0h及用以定位中間小秒輪（B ) 434的 旋轉的輪系定位部5 40k。輪系定位桿5 4 0的導窗部5 40f 係藉由主板5 02的導銷510p而引導的。輪系定位桿540 的導窗部540g係藉由主板502的導銷512p而引導的。因 此，輪系定位桿5 4 0係整合至主板5 〇 2以致使相對於主板 5 02而線性地移動。依據圖22所示的架構，輪系定位桿 5 4 0係配置使得其一部份重疊小秒輪4 3 6。依據此架構， 輪系定位桿係配置來重疊小秒輪4 3 6，因此，電子錶的尺 寸可被減小。 當指針定位桿被拉出至第一階段時，重定位桿5 3 〇被 方疋轉’且由旋轉操作彈寶5 3 3，輪系定位桿5 4 0可沿著由 導銷510p及512p引導的主板502的表面而線性地移動。 當輪系定位桿5 4 0係線性地移動時，輪系定位桿5 4 〇的定 位部5 4 0 k被帶至與中間小秒輪（b ) 4 3 4的輪部4 3 4 d接 觸’藉此’中間小秒輪（B ) 4 3 4的旋轉可被設定。重定 位桿5 3 0的旋轉中心係配置在第二區3 2 〇。相互接觸的輪 系定位桿540及重定位桿53〇的部:份及導銷5i〇p係配置 在第一區3 1 0。輪系定位桿5 4 0的定位部5 4 Ok與中間小 秒輪（B ) 4 3 4的輪部4 3 4 d接觸的部份及導銷5〗2 p係配 •72- (69) (69)200405146 置在第四區3 40。 (4.3 )第三型的輪系定位桿 接著，本發明之指針式電子錶的第二實施例中將詳細 的解說第三型的輪系定位桿。以下將主要地解說依據本發 明的第二實施例之第三型的輪系定位桿與依據本發明第二 實施例的第一型的輪系定位桿不同的點。因此，有關依據 本發明第二實施例的第一型的輪系定位桿的上述解說將應 用至除了下述內容之外的部份。 參考圖23，如上述，指針式電子錶的錶心600的”表 面側”配置有中心用時間輪系部、切換裝置及類似物。小 秒針4 3 8係附接至小秒輪4 3 6。小秒輪4 3 6的旋轉中心係 配置在主板參考水平軸線3 04上方的位置且於主板中心 3 00及主板6 02的312之間，主板602配置在錶心600 的” 1 2點鐘方向”。小秒輪4 3 6的旋轉中心及主板中心3 0 0 間的距離係約主板602的最大外形部的半徑的1 /2。 重定位桿63 0包括：用以實施重設操作的重定位傳導 彈簧63 0 d、用以固持輪系定位桿640的輪系重定位桿固 持部632及用以操作輪系定位桿640的操作彈簧63 3。當 指針定位桿1 1 〇係藉由旋轉定位桿1 3 4拉出至第一階段 時，重定位桿63 0亦被旋轉。於將指針定位桿1 1 0拉出至 第一階段的階段，指針式電子錶可藉由傳導重定位桿63 0 的重定位傳導彈賛63 0d至電路塊的重定位圖案而重設。 再者，當將指針定位桿1 1 0係拉出至第一階段時，輪 系定位桿640係架構來藉由旋轉定位桿134及重定位桿 -73- (70) (70)200405146 6 3 〇而線性地移動。輪系定位桿6 4 0係架構來致使設定小 秒輪4 3 6的旋轉於將指針定位桿丨〗〇拉出至第一階段的階 段。輪系定位桿640包括：導窗部640f及640g、操作窗 部640h及用以定位小秒輪4 3 6的旋轉的輪系定位部 6 40k。輪系定位桿MO的導窗部640f係藉由主板602的 導銷610p而引導的。輪系定位桿640的導窗部640g係藉 由主板602的導銷612p而引導的。因此，輪系定位桿 640係整合至主板602以致使相對於主板602而線性地移 動。依據圖2 3所示的架構，輪系定位桿6 4 0係配置使得 其一部份重疊小秒輪4 3 6。依據此架構，輪系定位桿係配 置來重疊小秒輪4 3 6，因此，電子錶的尺寸可被減小。 當指針定位桿被拉出至第一階段時，重定位桿63 0被 旋轉’且由旋轉操作彈簧63 3，輪系定位桿640可沿著由 導銷61 Op及61 2p引導的主板602的表面而線性地移動。 當輪系定位桿640係線性地移動時，輪系定位桿640的定 位部64 0k被帶至與小秒輪43 6的輪部43 6d接觸，藉此， 小秒輪436的旋轉可被設定。 重定位桿63 0的旋轉中心係配置在第二區3 20。相互 接觸的輪系定位桿 640及重定位桿63 0的部份及導銷 61 Op係配置在第一區310。輪系定位桿640的定位部 640k與小秒輪43 6的輪部436d接觸的部份及導銷612p 係配置在第四區340。 (4.4 )第四型的輪系定位桿 接著，本發明之指針式電子錶的第二實施例中將詳細 -74 - (71) (71)200405146 的解說第四型的輪系定位桿。以下將主要地解說依據本發 明的第一貫施例之第四型的輪系定位桿與依據本發明第二 貫施例的第一型的輪系定位桿不同的點。因此，有關依據 本發明第二實施例的第一型的輪系定位桿的上述解說將應 用至除了下述內容之外的部份。 參考圖2 4，如上述，指針式電子錶的錶心7 〇 〇的，，表 面側”配置有中心用時間輪系部、切換裝置及類似物。小 秒針4 3 8係附接至小秒輪4 3 6。小秒輪4 3 6的旋轉中心係 配置在主板參考水平軸線3 0 4上方的位置且於主板中心 3〇〇及主板702的外形部312之間，主板7〇2配置在錶心 7 0 0的” 1 2點鐘方向”。小秒輪4 3 6的旋轉中心及主板中心 3 0 0間的距離係約主板7 0 2的最大外形部的半徑的1 / 2。 重定位桿7 3 0包括：用以實施重設操作的重定位傳導 彈簧7 3 0 d、用以固持輪系定位桿74 〇的輪系重定位桿固 持部7 3 2及用以操作輪系定位桿7 4 〇的操作彈簧7 3 3。當 指針定位桿1 1 0係拉出至第一階段時，重定位桿7 3 0亦由 旋轉定位桿1 3 4而旋轉。於將指針定位桿〗1 〇拉出至第一 階段的階段’指針式電子錶可藉由傳導重定位桿7 3 0的重 定位傳導彈簧7 3 0d至電路塊的重定位圖案而重設。 再者’輪系定位桿740係架構來藉由旋轉定位桿134 及重定位桿7 3 0而線性地移動。輪系定位桿740係架構來 致使設定小秒輪43匕的旋轉於將指針定位桿1 1 〇拉出至第 —階段的階段。輪系定位桿740包括：導窗部74 Of及 7 4 0 g、操作窗部7 4 〇 h及用以定位小秒輪4 3 6的旋轉的輪 2S0 -75- (72) (72)200405146 系定位部74 0k。輪系定位桿740的導窗部74 〇f係藉由主 板7 02的導銷71 Op而引導的。輪系定位桿74〇的導窗部 74〇g係藉由主板702的導銷71 2p而引導的。因此，輪系 定位桿740係整合至主板702以致使相對於主板7〇2而線 性地移動。依據圖24所示的架構，輪系定位桿74 〇係配 置不重疊附接有指針的部件，亦即，時輪2 2 8、中心用中 心輪/小齒輪4 2 4、小秒輪4 3 6及1 / 5 C G輪4 7 6。依據此架 構，輪系定位桿係配置來不重疊附接有指針的部件，因 此，電子錶的厚度可被減小。 當指針定位桿被拉出至第一階段時，重定位桿7 3 0被 旋轉，且由旋轉操作彈簧7 3 3，輪系定位桿7 4 0可沿著由 導銷7 1 〇p及7 1 2p引導的主板702的表面而線性地移動。 當輪系定位桿7 4 0係線性地移動時，輪系定位桿7 4 〇的定 位部7 4 0 k被帶至與小秒輪4 3 6的輪部4 3 6 d接觸，藉此， 小秒輪4 3 6的旋轉可被設定。 重定位桿7 3 0的旋轉中心係配置在第二區3 2 0。相互 接觸的輪系定位桿7 4 0及重定位桿7 3 0的部份及導銷 7 1 〇 P係配置在第一區3 1 0。輪系定位桿7 4 0的定位部 740k與小秒輪43 6的輪部43 6d接觸的部份及導銷7i2p 係配置在第四區340。 第一至第四型的重定位桿及輪系定位桿的上述架構可 應用至具有小秒針的指針式記時錶，亦可應用至具有未設 有記時機械的小秒針之指針式電子錶。 (4 · 5 )輪系定位桿的其它實施例 -76- (73) 200405146 雖然依據本發明的指針式電子錶的上述實施 第一至第四型的重定位桿及輪系定位桿的架構， 秒輪43 6的旋轉中心係配置在主板參考水平軸線 的位置且於主板中心3 00及配置在錶心的”12 1 的主板的外形部312之間的例子，當小秒輪436 心係配置在主板參考水平軸線3 0 4上方的位置且 心3 00及配置在錶心的”6點鐘方向”的主板的外 之間時，架構此錶心的部件可配置來架構相對於 垂直軸線3 02與圖22至24所示的結構成鏡像 構。 亦即’當小秒輪4 3 6的旋轉中心係配置在主 平軸線3 0 4上方的位置且於主板中心3 〇 〇及配 的”6點鐘方向”的主板的外形部3〇6之間，於關 第四型的重定位桿及輪系定位桿的說明中，”第一 可讀成”第二區320”，，，第二區32〇，，可讀成 3 3 0”，”第三區3 3 0 ”可讀成，，第四區34〇”及，，第四] 讀成”第三區3 3 0”。 依據本發明’於設有具有旋轉中心在除了錶 之外的位置的小秒針之指針式電子錶中、具有能 定位用以旋轉小秒針的輪系的機械之小且薄的指 錶可被實現。 再者’依據本發明，於能夠配置記時秒針在 心且亦能夠配置記時秒針在錶心的中心之外的位 式電子錶中’以配置小秒針在除了錶心的中心之 例，有關 已說明小 3 04上方 占鐘方向” 的旋轉中 於主板中 形部306 主板參考 相稱的結 板參考水 置在錶心 於第一至 -區 3 1 0，， ”第三區 1 3 40，，可 心的中心 夠堅固地 針式電子 錶心的中 置之指針 外的位置 -77- 262 (74) (74)200405146 的結構，具有能夠堅固地定位用以旋轉小秒針的輪系的機 械之小且薄的指針式電子錶可被實現。 【圖式簡單說明】 於附圖中解說本發明的較佳形式，其中： 圖1係顯示依據本發明的指針式電子錶的實施例自表 面側觀察側用記時錶的錶心的外形之平面圖，（於圖1 中，部份部件的解說被省略且橋接構件係藉由虛線表 示）； 圖2係顯示依據本發明的指針式電子錶的實施例之側 用記時錶的馬達及錶心的部份輪系之部份截面圖； 圖3係顯示依據本發明的指針式電子錶的實施例之側 用記時錶的電池及錶心的部份輪系之部份截面圖； 圖4係顯示依據本發明的指針式電子錶的實施例自表 面側觀察主板的外形之平面圖，（於圖4中，部份主板的 形狀的解說被省略）； 圖5係顯示依據本發明的記時錶的實施例自表面側觀 察輪系橋接（A )及輪系橋接（B )的外形之平面圖， (於圖5中，部份的輪系橋接（A )及輪系橋接（b )的 形狀的解說被省略）； 圖6係顯示依據本發明的指針式電子錶的實施例自後 側觀察後輪系橋接（主板的側）的外形之平面调，（於圖 6中，部份的後輪系橋接的形狀的解說被省略）； 圖7係依據本發明的指針式電子錶的實施例之側用記 -78- (75) (75)200405146 時錶的馬達及錶心的輪系橋接的區塊圖； 圖8係顯示依據本發明的指針式電子錶的實施例之側 用記時錶的完整外形之平面圖； 圖9係顯示依據本發明的指針式電子錶的實施例自表 面側觀察中心用記時'錶的錶心的外形之平面圖（於圖9 中，部份的部件被省略）； 圖1 〇係顯示依據本發明的指針式電子錶的實施例之 中心用記時錶的馬達及錶心的部份輪系之部份截面圖； 圖1 1係顯示依據本發明的指針式電子錶的實施例之 中心用記時錶的電池及錶心的部份輪系之部份截面圖； 圖1 2係依據本發明的指針式電子錶的實施例之中心 用§2時錶的馬達及錶心的輪系的區塊圖； 圖1 3係顯示依據本發明的指針式電子錶的實施例之 中心用記時錶的完整外形之平面圖； 圖Ϊ 4係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的馬達及錶心的輪系的外形配置之平面圖（於 圖1 4中，部份部件被省略）； 圖1 5係顯示依據本發明的指針式電子錶的另一實施 例之側用記時錶的馬達及錶心的輪系的外形配置之平面圖 (於圖1 5中，部份的部件被省略）； 圖1 6係顯示依據本發明的指針式電子錶的實施例之 中心用記時錶的馬達及錶心的輪系的外形配置之平面圖 (於圖1 6中，部份部件被省略）； 圖1 7係顯示依據本發明的指針式電子錶的另一實施 -79- (76) (76)200405146 例之中心用記時錶的馬達及錶心的輪系的外形配置之平面 圖（於圖1 7中，部份部件被省略）；· 圖1 8係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第一型輪系定位桿及時間指示輪系 的外形配置之平面圖（於圖1 8中，部份部件被省略）； 圖1 9係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第一型輪系定位桿、指針定位桿及 重定位桿的外形結構之部份截面圖； 圖2 0係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第一型輪系定位桿、重定位桿及中 間小秒輪（B )的外形結構之部份截面圖； 圖2 1係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之定位桿、分輪、重定位桿及1/5 CG 中間輪（B )的外形結構之部份截面圖； 圖 2 2係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第二型輪系定位桿及時間指示輪系 的外形配置之平面圖（於圖22中，部份部件被省略）； 圖2 3係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第三型輪系定位桿及時間指示輪系 的外形配置之平面圖（於圖2 3中，部份部件被省略）； 及 圖.2 4係顯示依據本發明的指針式電子錶的實施例之 側用記時錶的錶心中之第四型系重定位桿及時間指示輪系 的外形配置之平面圖（於圖2 4中，部份部件被省略）。 -80- (77)200405146 主要元件對照表 1 06e 分輪上支承部 1 02e 分輪下支承部 100 錶心 1 00D 錶心 102 主板 102a 時間轉子（A )下支承部 102b 時間第五輪/小齒輪（A )下支承部 1 02d 側用第三輪/小齒輪下支承部 1 02f 記時分/秒轉子下支承部 l〇2g 記時分/秒第五輪/小齒輪下支承部 1 02h 計秒器中間輪（A )下支承部 l〇2j 計秒器中間輪（B )下支承部 102k 計秒輪下支承部 10 2m 計分器中間輪（A )下支承部 1 02n 計分器中間輪（B )下支承部 1 02p 計分輪下支承部 1 02r 1 /1 0秒轉子下支承部 102s 1 /1 〇秒第五輪/小齒輪下支承部 1 02t 1 /1 〇計秒器中間輪（A )下支承部 1 0 2 u 1 /1 〇計秒器中間輪（B )下支承部 1 02v 1/10計秒輪下支承都 102a 時間轉子（B )下支承部 1 02dc 中心用第三輪/小齒輪下支承部 -81 - (78)200405146 1 02t 中間小秒輪（A )下支承部 1 02υ 中間小秒輪（B )下支承部 1 02v 小秒輪下支承部 1 02f 記時時/分轉子下支承部 l〇2g 記時時/分第五輪/小齒輪下支承部 1 02h 計分器中間輪（C )下支承部 l〇2j 計分器中間輪（D )下支承部 102k 計分輪下支承部 10 2m 記時器中間輪（A )下支承部 1 02n 記時器中間輪（B )下支承部 1 02p 記時器輪下支承部 1 02fc 1 / 5 C G中間輪（A )上支承部 1 02gc 1/5CG中間輪（B )下支承部 1 02D 主板 1 03 中心管 104 錶盤 1 06 輪系橋接（A ) 106a 時間轉子（A )上支承部 1 06b 時間第五輪/小齒輪（A )上支承部 106c 側用第二輪/小齒輪上軸部 1 06d 側用第三輪/小齒輪上支承部 1 06r .1/10秒轉子上支承部 10 6s 1 /1 〇秒第五輪/小齒輪上支承部 106a 時間轉子（B )上支承部 -82- (79)200405146 1 0 6 c c 中 心 用 第四輪 /小齒 輪上支承部 1 06dc 中 心 用 第三輪 /小齒 輪上支承部 1 06fc 1 / 5CG 中間輪 (A) 上支承部 1 0 6 g c 1 / 5CG 中間輪 (B ) 上支承部 107 輪 系 橋 接（B ) 1 07f 記 時 分 /秒轉子 ‘上支 承部 l〇7g 記 時 分 /秒第五 .輪/小齒輪上支承 部 1 07f 記 時 時 /分轉子 上支 承部 l〇7g 記 時 時 /分第五 .輪/小齒輪上支承 部 1 08 後 輪 系 橋接 1 08h 計 秒 器 中間輪 (A) 上支承部 l〇8j 計 秒 器 中間輪 (B ) 上支承部 108k 計 秒 輪 上支承 部 1 0 8 m 計 分 器 中間輪 (A) 上支承部 1 08n 計 分 器 中間輪 (B ) 上支承部 1 08p 計 分 輪 上支承 部 1 08t 1 / 10 計 秒器中 間輪 (A )上支承 部 1 08u 1 / 10 計 秒器中 間輪 (B )上支承 部 1 08 v 1 / 10 計 秒輪上 支承i 部 1 08CH 中 心 孔 1 08t 中 間 小 秒輪（ A)上支承部 1 08u 中 間 小 秒輪（ B )上 .支承部 1 08 v 小 秒 輪 上支承 部 1 0 8h 計 分 器 中間輪 (C ) 上支承部 >83- (80)200405146 108j 計分器中間輪（D ) 上支承部 108k 計分輪上支承部 108m 記時器中間輪（A ) 上支承部 1 08n 記時器中間輪（B ) 上支承部 1 08p 記時器輪上支承部 110 指針定位桿 114 水晶單元 116 積體電路 120 電池 122 開關彈簧 128 電池負端 13 0 定位輪 1 3 Op 旋轉中心軸 132 離合器輪 1 34 定位桿 1 34c 旋轉中心 1 34p 操作銷 136 軛 136c 旋轉中心 140 重定位桿 1 40d 重定位傳導彈簧 1 40f 輪系定位部 140c 旋轉中心 1 4(T 重定位桿 -84 - 269 200405146 140c (81) 旋轉中心 1 40h 操作孔 142 輪系重定位桿固持部 143 操作彈簧 1 70p 、1 72p 導銷 200 完整組合 202 外殻 204 柄頭 206 起始/停止按鈕 208 重設按鈕 220 時間第五輪/小齒輪（A ) 220a 上軸部 220b 下軸部 2 2 0 c 小齒輪部 220d 輪部 22 1 側用第二輪/小齒輪 22 1a 上軸部 22 1b 算盤珠部 22 1c 小齒輪部 222 側用第三輪/小齒輪 222c 小齒輪部 222d 輪部 224 側用中心輪/小齒輪 224a 側用中心輪 -85- (82) 側用空心軸小齒輪 分輪 上軸部 下軸部 小齒輪部 輪部 時輪 時輪輪部 時針 側用第二輪/小齒輪固持彈簧 分針 秒針 時間線圈塊 中心 側用時間定子 時間轉子（A ) 上軸部 下軸部 小齒輪部 轉子磁鐵 記時分/秒第五輪到小齒輪 計秒器中間輪（A ) 計分器中間輪（A ) 計秒器中間輪（B ) -86- (83)200405146 254 計秒輪 255 秒記時針 25 7 計分器中間輪（B ) 25 8 計分輪 259 分記時針 262 記時分/秒線圈塊 262c 線圈塊中心 264 記時分/秒定子 266 記時分/秒轉子 270 1/10秒第五輪/小齒輪 27 0a 上軸部 2 7 0b 下軸部 2 7 0c 上小齒輪部 27 0d 輪部 270f 下小齒輪部 27 1 W1 〇計秒器中間輪（A ) 27 1a 上軸部 27 1b 下軸部 27 1 d 輪部 272 1 /1 0計秒器中間輪（B ) 272a 上軸部 27 2b 下軸部 272d 輪部 274 1 /1 0計秒輪 -87- (84)200405146 2 7 4a 上 軸 部 2 7 4b 下 軸 部 274d 輪 部 27 5 1/10 秒 記 時 針 282 1/10 秒 線 圈 塊 282c 線 圈 塊 中 心 284 1/ 10 秒 定 子 286 1/ 10 秒 轉 子 286a 上 軸 部 286b 下 軸 部 286c 小 齒 輪 部 2 8 6d 轉 子 磁 鐵 300 主 板 中 心 302 主 板 參 考 垂 直軸 線 303 外 形 部 304 主 板 參 考 水 平軸 線 306 外 形 部 309 外 形 部 3 10 第 一 1¾ 3 12 外 形 部 320 第 二 區 330 第 二 340 第 四 400 錶 心 -88- (85)200405146 400D 錶心 402 主板 420 時間第五輪/小齒輪 420a 上軸部 420b 下軸部 420c 上小齒輪部 420d 輪部 420f 下小齒輪部 42 1 中心用第四輪/小齒輪 42 1 a 上軸部 42 1 b 下軸部 42 1 c 小齒輪部 42 1 d 輪部 422 中心用第三輪小齒輪 422a 上軸部 422b 下軸部 422c 小齒輪部 422d 輪部 424 中心用中心輪/小齒輪 424a 中心用中心輪 424b 中心用空心軸小齒輪 432 中間小秒輪 432a 上軸部 43 2b 下軸部 -89- 274 (86)200405146 43 2d 輪部 434 小秒針 434 中間小秒輪（ B ) 43 4a 上軸部 43 4b 下軸部 43 4d 輪部 436 小秒輪 4 3 6a 上軸部 43 6b 下軸部 43 6d 輪部 43 8 小秒針 440 輪系定位桿 440f、 440g導窗部 440h 操作窗部 440k 輪系定位部 442 1 / 5秒線圈塊 442c 線圈塊中心 444 1/5秒定子 446 1 / 5秒轉子 450 記時時/分第五輪/小齒輪 45 1 計分器中間輪 (C) 452 記時器中間輪 (A) 453 計分器中間輪 (D ) 454 計分輪 -90- (87)200405146 455 記時器針 457 記時器中間輪（B ) 45 8 記時器輪 459 時記時針 462 記時時/分線圈塊 462c 線圈塊中心 464 記時時/分定子 466 記時時/分轉子 470 1/5CG中間輪（A ) 472 1/5CG中間輪（B ) 475 1/5秒記時針 476 1/5CG 輪 476a 上軸部 476b 算盤珠部 476c 中間軸部 476d 輪部 482 中心用時間線圈塊 4 82c 線圈塊中心 484 中心用時間定子 486 時間轉子（B ) 500 完整組合 500 錶心 502 主板 5 1 Op、 512p導銷 -91 (88)30405146 530 重 定 位桿 5 3 0d 重 定 位傳 導 彈簧 532 輪 系 重定 位 桿固 持 部 r ο ο 3 J J 操 作 彈簧 540 輪 系 定位 桿 540f > 5 40g 導 窗 部 5 40h 操 作 窗部 5 40k 輪 系 定位 部 600 錶 心 602 主 板 6 1 0 p、 6 1 2 p 導 銷 63 0 重 定 位桿 63 Od 重 定 位傳 導 彈簧 632 輪 系 重定 位 桿固 持 部 63 3 操 作 彈簧 640 輪 系 疋位 桿 640f、 640g 導 窗 部 640h 操 作 窗部 640k 輪 系 定位 部 7 00 錶 心 702 主 板 7 1 Op、 7 1 2p 導 銷 73 0 重 定 位桿 73 Od 重 定 位傳 導 彈簧 -92 (89) 00405146 732 輪系重定位桿固持部 733 操作彈簧 ' 740 輪系定位桿 7 4 0.f、74 Og 導窗部 740h 操作窗部 740k 輪系定位部 -93-24S -61-(58) (58) 200405146 The "second" of the elapsed time is expressed in 1/5 second units. Furthermore, in the chronograph measurement mode, when the start / stop button 206 is pressed, At the next time, the chronograph measurement can be stopped. In the phase of stopping the chronograph, the chronograph hour hand 459 stops at the "hour" phase indicating the elapsed time, and the minute chronograph hand 455 stops at the "minute" indicating the elapsed time. In addition, the 1/5 second chronograph hand 4 75 stops at the "second" phase indicating the elapsed time in "1/5 second units". During the phase where the measurement is stopped, the reset button 208 When pressed, all the chronograph hands 4 5 9, the minute chronograph hands 4 5 5 and 1/5 second chronograph hands 4 7 5 return to the position indicating "zero" (refer to Figure 8). (3) Other embodiments Next, other embodiments of the present invention will be explained. In the following, the differences between the other embodiments of the present invention and the first embodiment of the present invention will be mainly explained. Therefore, the parts other than the following are related to the present invention. The above description of the first embodiment and the above description about the second embodiment of the present invention will be applied Thereon. (3.  1) The structure of the core of the side chronograph is in the above-mentioned core 100 of the side chronograph, although the components of the structure of the core 100 are preferably configured to constitute the relative vertical axis 3 02 In the structure shown in FIG. 1, the components of the structure epicenter can be configured to constitute a structure commensurate with the structure shown in FIG. 1 with respect to the reference vertical axis 302 of the motherboard. That is, referring to FIG. 14, in the epicenter 100, the coil block center 242c of the time coil block 242 -62- (59) (59) 200405146 is disposed in the third zone 3 3 0. The rotation center of the time rotor (A) 246 and the rotation center of the time fifth wheel / pinion (A) 220 are arranged in the third zone 3 3 0. The center of rotation of the side third wheel / pinion 222 is arranged in the fourth zone 3 4 0. The rotation center of the minute wheel 226 is arranged in the second area 320. The coil block center 262c of the hour / minute / second coil block 262 is arranged in the third zone 3 3 0. Rotation center of minute wheel 226, chronograph minute / second fifth wheel / pinion 2 50 0 rotation center, chronograph intermediate wheel (A) 2 5 1 rotation center, scoring intermediate wheel (A) 252 The rotation center, the rotation center of the chronograph intermediate wheel (B) 253 and the rotation center of the chronograph intermediate wheel (B) 25 7 are arranged in the third zone 3 3 0. The coil block center 2 6 2 c of the hour / minute / second coil block 2 6 2 is arranged outside the coil block center 242c of the time coil block 2 4 2 in the third zone 3 30. The rotation center of the hour / minute / second rotor 266 is arranged on the outside of the rotation center of the time rotor (A) 246 in the third zone 3 3 0. The rotation center of the chronograph wheel 2 5 4 is arranged above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the outline part 3 0 6 of the main board 102. The main board 1 0 2 is arranged at the center 10 0 0 "6 o'clock direction". Furthermore, the center of rotation of the scoring wheel 2 5 8 is arranged above the main board reference vertical axis 3 02 and between the main board center 3 00 and the main board 102's outer shape 3 09. The main board 102 is arranged at the center 100. " At 9 o'clock. " The center of the coil block 2S2c of the coil block 282 of 1/10 second is arranged in the fourth zone 3 4 0. The center of rotation of the rotor 2 8 6 1/1 10 seconds, the fifth wheel / pinion 2 7 0 Rotation center, rotation center of 1/10 stopwatch middle wheel (A) 2 7 1 -63- (60) (60) 200405146 rotation center and rotation center of 1/10 stopwatch middle wheel (B) 272 In the fourth zone 340. The center of rotation of the 1/1/10 second wheel 2 7 4 is located above the reference horizontal axis 3 04 of the motherboard and between the motherboard center 3 00 and the external part 3 1 2 of the motherboard 102, and the motherboard 10 02 is arranged at the center 1 00's "12 o'clock direction". The distance between the rotation center of the chronograph wheel 2 5 4 and the center of the main board 3 0 0, the distance between the rotation center of the scoring wheel 2 and the center of the main board 3 0 0 and the rotation center of the chronograph wheel 274 and A distance of 3 00 from the center of the main board constitutes a first class. In contrast, referring to FIG. 15, a structure may be formed in the core 100D so that the rotation center of the time rotor (A) 246 and the rotation center of the fifth wheel / pinion (A) 2 2 0 are arranged at the first The rotation center of the third zone / pinion 2 2 2 in the fourth zone is 3 3 0, and the rotation center of the second wheel 2 2 6 is located in the first zone 3 1 0. Rotation center of minute / second rotor 2 6 6, chronograph minute / second fifth wheel / pinion 2 50 0 rotation center, chronograph intermediate wheel (A) 2 5 1 rotation center, chronograph intermediate wheel ( B) The rotation center of 2 5 3 and the scoring intermediate wheel (B) The rotation center of 2 5 7 is arranged in the fourth zone 3 4 0, and the rotation center of the 1 2/10 second rotor 2 8 6, 1 / 10 seconds rotation center of the fifth wheel / pinion 2 70, 1/10 rotation center of the chronograph (A) 2 71 rotation center and 1/1/10 seconds of the counter wheel (b) 2 7 2 The center of rotation is located in the third zone 3 3 0. Furthermore, in the center 100D, the rotation center of the chronograph wheel 2 54 is arranged above the reference horizontal axis 300 of the main board and between the main board center 300 and the outer section 312 of the main board 102d. The motherboard 〇2d is arranged in the "12 o'clock direction" of the epicenter-64- (61) (61) 200405146 100, and the rotation center of the scoring wheel 25 8 is arranged above the reference vertical axis 302 of the motherboard and on the motherboard. Between the center 300 and the main board 102d and 3 09, the main board 102d is arranged in the "9 o'clock direction" of the epicenter 100D, and the rotation center of the 1/10 countdown wheel 274 is arranged on the reference horizontal axis of the main board The position above 3 04 is between the center of the main board 3 00 and the outer shape portion 3 06 of the main board 102D. The main board 102D is arranged in the “6 o'clock direction” of the crown 100. (3. 2) The structure of the center of the center chronograph is in the above table core 4 0 0 of the center chronograph, although the components that structure the center of the center 4 0 0 are preferably configured to form a reference vertical axis 3 with respect to the motherboard 3 In the structure shown in FIG. 9 of 02, the components of the structure epicenter can be configured to constitute a structure commensurate with the structure shown in FIG. 9 with respect to the reference vertical axis of the motherboard. That is, referring to FIGS. 9 and 16, in the epicenter 400, the coil block center 442c of the 1/5 second coil block 442 is disposed in the third zone 3 3 0. The rotation center of the rotor 446 in 1/5 second, The center of rotation of the 1 / 5CG intermediate wheel (A) 470 and the center of rotation of the 1 / 5CG intermediate wheel (B) 472 are disposed in the third zone 330. The rotation center of the minute wheel 226 is disposed in the second zone 320. The coil block center 4 6 2 c of the hour / minute coil block 4 62 is arranged in the third zone 3 3 0. Center of rotation of the chronograph / minute rotor 4 6 6; Center of rotation of the chronograph / minute fifth wheel / pinion 4 50; Center of rotation of the scoring intermediate wheel (c) 4 5 1; Center of scoring The rotation center of the wheel (D) 45 3, the rotation center of the chronograph intermediate wheel (A) 4 5 2 and the square rotation center of the chronograph intermediate wheel (b) 4 5 7 are arranged in the second district 3 3 0. Hour / minute coil block 4 6 2 line • 65- (62) (62) 200 405 146 coil block center 462c is located outside the coil block center 442c of the coil block 442 in the 1/5 second of the third zone 3 3 0 on. The center of rotation of the chronograph hour / minute rotor 466 is arranged on the outside of the center of rotation of the rotor 446 in the 1/5 second in the third zone 3 3 0. The center of rotation of the scoring wheel 454 is located above the reference horizontal axis 3 0 4 of the main board and between the center 3 0 of the main board and the outer part 3 0 6 of the main board 1 0 2. The main board 1 0 2 is disposed at the center 4 0 0 in the "6 o'clock direction". In addition, the rotation center of the chronograph wheel 4 5 8 is arranged above the reference vertical axis 3 2 of the main board and between the main board center 3 0 0 and the outer portion 3 0 9 of the main board 1 0 2, and the main board 1 〇 2 is arranged at the center of the center 4 0 0 in the direction of 9 o'clock. The time coil block 4 8 2 of the center is arranged in the fourth zone. The rotation of the time rotor (B) 4 8 6 Center, rotation center of the fifth wheel / pinion (B) 4 2 0, rotation center of the middle small second wheel (A) 4 3 2, rotation center of the middle small second wheel (B) 4 3 4 The center of rotation of the four-wheel / pinion 421 and the center of rotation of the third wheel pinion 422 are arranged in the fourth zone 3 4 0. The center of rotation of the small second wheel 4 3 6 is arranged on the reference horizontal axis of the motherboard 3 0 4 The upper position is between the main board center 300 and the main board 1 0 2 outline section 3 12. The main board 1 102 is arranged in the “12 o'clock direction” of the center 400. All the scoring wheels 4 5 4 The distance between the center of rotation and the center of the main board 300, the distance between the center of rotation of the chronograph wheel 4 300 and the center of the main board 300, and the center of rotation of the small second wheel 4 3 6 and The distance from the center of the plate to the distance of 3 00 constitutes a first class. -66- (63) (63) 200405146 In contrast, referring to Fig. 17, in the epicenter 400D, it is possible to form a framework 'to make 1/5 seconds of the rotor 4 4 The center of rotation of 6, the center of rotation of 1/5 CG intermediate wheel (A) 4 7 0 and the center of rotation of / 5 c G intermediate wheel (B) 4 7 2 are located in the second zone 3 2 0, and the sub-wheel 2 The rotation center of 2 6 is arranged in the first zone 3 1 0, the rotation center of the chronograph rotor 4 6 6, the rotation center of the chronograph / minute fifth wheel / pinion 45 0, and the scoring intermediate wheel. (C) 451 rotation center, scoring intermediate wheel (D) 4 5 3 rotation center, chronograph intermediate wheel (A) 45 2 rotation center and chronograph intermediate wheel (b) 45 7 rotation center It is arranged in the second zone 3 2 0, the rotation center of the time rotor (B) 4 8 6 and the rotation center of the time fifth wheel / pinion (B) 4 2 0, the middle small second wheel (A) 4 3 2 The center of rotation, the center of rotation of the middle small seconds wheel (b) 4 3 4, the center of rotation of the center fourth wheel / pinion 42 1 and the center of rotation of the center third wheel pinion 4 2 2 are arranged in the third zone. 3 3 0. At In the center 400D, the rotation center of the scoring wheel 454 is arranged above the main board reference horizontal axis 304 and between the main board center 300 and the main board 102D's outline 312. The main board 102D is arranged at the center 400 of the "1" 2 o'clock direction ", the rotation center of the chronograph wheel 45 8 is arranged above the main board reference vertical axis 3 02 and between the main board center 3 00 and the main board 1 〇 2 D 3 0 9 and the main board 1 0 2 D is arranged in the "9 o'clock direction" of the center 4 0 0 D, and the rotation center of the small second wheel 43 6 is arranged above the reference horizontal axis 3 04 of the main board and at the center of the main board 3 00 and the shape of the main board 102D. Department 3 between 06. The main board 102D is arranged in the "6 o'clock direction" 'of the table core 400D. -67 ^ (64) (64) 200405146 (4) The structure of the wheel train positioning lever (4. 1) Gear train positioning lever of the first type Next, the gear train positioning lever of the first type will be explained in detail in the second embodiment of the pointer electronic watch according to the present invention. Referring to Figs. 9 and 18, as described above, the "front side" of the center 400 of the analog electronic watch is provided with a center time wheel train, a switching device, and the like. The center time gear train includes a center time motor and a center gear train. The center uses the time wheel system structure to rotate by the rotation of the center time motor. The hour hand 23 0 represents the "hour" of the current time, the minute hand 232 represents the "minute" of the current time, and the small second wheel 4 3 4 represents the "second" of the current time. Time Rotor (B) 4 8 6 series architecture to rotate, for example, 180 degrees per second. The time fifth wheel / pinion (B) 420 system is configured to rotate based on the rotation of the time rotor (B) 4 8 6. The center uses the fourth wheel / pinion 4 2 1 and the middle small seconds wheel (A) 4 3 2 system to rotate based on the rotation of the fifth wheel / pinion (B) 4 2 0. The center sun gear / pinion 4 2 4 frame is configured to rotate via the rotation of the center third wheel pinion 422 based on the rotation of the center fourth wheel / pinion 421. The center uses a sun gear / pinion 42 4 system to make one rotation per hour. The minute hand 232 is attached to the center hollow pinion 424b for the center sun gear / pinion 424. The hour wheel 228 is configured to rotate via the rotation of the minute wheel 2 2 6 based on the rotation of the center sun wheel / pinion 4 2 4. Time Wheel 228 Series. The structure comes to rotate once every 12 hours. The middle small seconds wheel (A) 432 system is structured to rotate based on the rotation of the fifth wheel / pinion (B) 4 2 0. The small seconds wheel 4 3 6 series architecture rotates through the middle -68- (65) (65) 200405146 The small seconds wheel (B) 4 3 4 rotates based on the rotation of the middle small seconds wheel (A) 4 3 2. The small seconds hand 4 3 8 is attached to the small seconds wheel 4 3 6. Small seconds hand 4 3 8 frame seconds indicator. The rotation center of the small seconds wheel 4 3 6 is arranged above the reference horizontal axis 3 0 4 of the main board and between the main board center 3 0 0 and the outer part 3 12 of the main board 4 2. The main board 402 is arranged at the center of the 400 "At 12 o'clock." The distance between the rotation center of the small seconds wheel 4 3 6 and 0 3 0 is about 1/2 of the radius of the largest outer shape of the main plate 4 2. Referring to FIGS. 18 and 21, the repositioning lever 1450 includes a relocation conductive spring 140d for performing a reset operation, and a gear train repositioning lever holding part 1 4 2 for retaining the gear train positioning lever 440 and An operating spring 143 for operating the gear train positioning lever 4 4 0. The positioning lever 134 is provided with an operating pin 1 3 4p of an operating hole 1 4 Oh inserted into the repositioning lever 140 '. When the pointer positioning lever 1 10 is pulled out from the zero stage to the first stage by rotating the positioning lever 1 3 4, the yoke 1 3 6 is thus rotated by the structure. Furthermore, when the pointer positioning lever 1 10 is pulled out from the zero stage to the first stage by rotating the positioning lever 1 3 4, the repositioning lever 14 0 ′ is rotated by the structure. In the stage of pulling the pointer positioning lever 110 to the first stage, the analog electronic watch can be reset by conducting the repositioning conductive spring 140d of the repositioning lever 140 ′ to the repositioning pattern of the circuit block. Furthermore, when the pointer positioning lever 110 is pulled out from the zero stage to the first stage, the gear train positioning lever 440 is configured to move linearly by rotating the positioning lever 134 and the reset lever 1 40 :. The gear train positioning lever 4 4 0 is used to set the middle small seconds wheel (B) 43 4. The rotation of the hand positioning lever 1 1 0 to the first stage. The gear train positioning lever 440 includes: a guide window portion 44 Of and (66) (66) 200405146 440g, an operation window portion 440h, and a rotating gear train positioning portion 440k for positioning the middle small seconds wheel (B) 434. The guide window portion 440f of the gear train positioning lever 440 is guided by the guide pin 170p of the main board 102. The guide window portion 440g of the wheel train positioning lever 440 is guided by a guide pin 172p of the main board 102. Therefore, the gear train positioning lever 440 is integrated to the main board 102 so as to move linearly with respect to the main board 102. According to the architecture shown in FIG. 18, the gear train positioning rod 440 is configured without overlapping the components with hands attached, that is, the hour wheel 228, the center sun wheel / pinion 424, the small second wheel 436, and 1/5 CG Round 476. According to this structure, the gear train positioning lever 440 is configured without overlapping the components with the hands attached, and therefore, the thickness of the electronic watch can be reduced. When the pointer positioning lever is pulled out to the first stage, the repositioning lever 1 40 'is rotated and the rotation operation spring 143, the wheel train positioning lever 440 can be along the surface of the main board 102 guided by the guide pins 170p and 172P. Move linearly. When the gear train positioning lever 4 4 0 linearly moves, the positioning portion 440k of the gear train positioning lever 4 4 0 is brought into contact with the wheel portion 434d of the middle small second wheel (B) 43 4, whereby the middle small second The rotation of wheel (B) 434 can be set. According to this structure, because the gear train positioning rod 44 0 moves linearly, the positioning portion 4 4 0 k of the gear train positioning rod 4 4 0 is brought to a position smaller than the middle by operating from the direction of the vertical wheel portion 4 3 4 d. The wheel part 43 4d of the second wheel (B) 43 4 is in contact. Therefore, when the middle small seconds wheel (B) 434 is set, there is very little concern for rotating the middle small seconds wheel (b) 43 4 by the wheel train positioning lever 440. The center of rotation of the repositioning lever 14 ° is arranged in the second zone 3 2 (\. The parts where the wheel train positioning lever 4 4 0 and the relocation lever 140 ′ are in contact with each other and the guide pin 17oop are arranged in the first zone. 3 1〇. The positioning part 440k of the wheel train positioning lever 440 and the middle small seconds wheel (b) > 70- (67) (67) 200405146 434 are in contact with the wheel part 43 4d and the guide pin 172p is arranged at the first District 4 3 40 〇 (4. 2) Gear train positioning lever of the second type Next, the gear train positioning lever of the second type will be explained in detail in the second embodiment of the pointer electronic watch according to the present invention. The points of the second type wheel train positioning lever according to the second embodiment of the present invention and the first type wheel train positioning lever according to the second embodiment of the present invention will be mainly explained below. Therefore, the above explanation regarding the first type of gear train positioning lever according to the second embodiment of the present invention will be applied to portions other than the following. Referring to FIG. 22, as described above, the center of the analog electronic timepiece 500 is provided with a center time wheel train, a switching device, and the like on the surface side. The small seconds hand 4 3 8 series is attached to the small seconds wheel. 4 3 6. The rotation center of the small seconds wheel 4 3 6 is arranged on the main board reference horizontal axis 3 (M position and between the main board center 300 and 312 of the main board 502, and the main board 5 02 is arranged on the center 500 "12 o'clock direction". The distance between the center of rotation of the small seconds wheel 4 3 6 and the center of the main board 3 0 0 is about 1/2 of the radius of the largest shape of the main board 5 0 2. The reposition lever 5 3 0 includes : Reposition conductive spring 53 0d for performing reset operation, wheel train repositioning lever holding part 5 3 2 for holding gear train positioning lever 54 0, and operation spring 5 for operating wheel train positioning lever 5 4 0 3 3. When the pointer positioning lever 1 1 0 is pulled out to the first stage by rotating the positioning lever 1 3 4, the repositioning lever 5 3 0 is also rotated. Then, pull the pointer positioning lever 丨 〖〇 to the first Phase by stage, the analog electronic watch can be repositioned to the circuit block by repositioning the conductive spring 5 3 0 d to the circuit block. And reset. -71-(68) (68) 200405146 Furthermore, when the pointer positioning lever 1 1 0 series is pulled out to the first stage, the wheel positioning lever 5 4 0 series structure is used to rotate the positioning lever 1 3 4 and the repositioning lever 5 3 0 and move linearly. The gear train positioning mechanism 5 4 0 system causes the setting of the rotation of the middle small seconds wheel (B) 434 to pull the pointer positioning lever 1 1 0 to the first stage The gear train positioning lever 540 includes a guide window portion 54 Of and 540g, an operating window portion 5 40h, and a gear train positioning portion 5 40k for positioning the rotation of the middle small seconds wheel (B) 434. The gear train positioning lever The guide window portion 5 40f of 5 4 0 is guided by the guide pin 510p of the main board 502. The guide window portion 540g of the wheel train positioning lever 540 is guided by the guide pin 512p of the main board 502. Therefore, the wheel train The positioning bar 5 40 is integrated into the main board 5 0 2 so as to move linearly relative to the main board 5 02. According to the architecture shown in FIG. 22, the gear train positioning bar 5 4 0 is configured such that a part thereof overlaps the small second wheel. 4 3 6. According to this architecture, the gear train positioning lever system is configured to overlap the small seconds wheel 4 3 6, so the size of the electronic watch can be reduced. When the pointer lever is pulled At the first stage, the repositioning lever 5 3 0 was turned by Fang 'and was operated by rotating the Bomb 5 3 3. The gear train positioning lever 5 4 0 could be along the surface of the main board 502 guided by the guide pins 510p and 512p. Moving linearly. When the gear train positioning lever 5 4 0 moves linearly, the positioning part 5 4 0 k of the gear train positioning lever 5 4 0 is brought to the wheel part 4 with the middle small seconds wheel (b) 4 3 4 3 4 d Touch 'Take' the middle small seconds wheel (B). The rotation of 3 4 can be set. The rotation center of the repositioning lever 5 3 0 is arranged in the second zone 3 2 0. The parts of the wheel train positioning lever 540 and the reposition lever 53o which are in contact with each other: the parts and the guide pins 5iop are arranged in the first zone 3 1 0. Positioning part 5 4 Ok of the gear train positioning lever 5 4 0 and the part 4 3 4 d in contact with the wheel part 4 3 4 d of the middle small second wheel (B) 4 3 4 and the guide pin 5〗 2 p series • 72- (69) (69) 200,405,146 is located in the fourth zone 3 40. (4. 3) Third type wheel train positioning lever Next, the third type wheel train positioning lever will be explained in detail in the second embodiment of the pointer electronic watch of the present invention. The points of the third type wheel train positioning lever according to the second embodiment of the present invention and the first type wheel train positioning lever according to the second embodiment of the present invention will be mainly explained below. Therefore, the above explanation regarding the first type of wheel train positioning lever according to the second embodiment of the present invention will be applied to portions other than the following. Referring to Fig. 23, as described above, the "surface side" of the center 600 of the analog electronic timepiece is provided with a center time train, a switching device, and the like. The small seconds hand 4 3 8 is attached to the small seconds wheel 4 3 6. The rotation center of the small seconds wheel 4 3 6 is arranged above the reference horizontal axis 3 04 of the main board and between the main board center 3 00 and the main board 312 of the main board 6 02. The main board 602 is arranged at the “core 2” of the center 600. ". The distance between the rotation center of the small second wheel 4 3 6 and the center of the main board 300 is about 1/2 of the radius of the largest outer shape of the main board 602. The reposition lever 63 0 includes a reposition conductive spring 63 0 d for performing a reset operation, a wheel train reposition lever holding portion 632 for holding the wheel train positioning lever 640, and an operation for operating the wheel train positioning lever 640. Spring 63 3. When the pointer positioning lever 110 is pulled out to the first stage by rotating the positioning lever 134, the repositioning lever 630 is also rotated. At the stage where the pointer positioning rod 110 is pulled out to the first stage, the analog electronic watch can be reset by conducting the repositioning of the positioning rod 63 0 and transmitting the missile Zan 63 0d to the repositioning pattern of the circuit block. Furthermore, when the pointer positioning lever 1 1 0 series is pulled out to the first stage, the gear train positioning lever 640 series structure rotates the positioning lever 134 and the repositioning lever -73- (70) (70) 200405146 6 3 〇 and move linearly. The gear train positioning mechanism 6 4 0 is used to cause the setting of the small seconds wheel 4 36 to rotate the pointer positioning lever 丨 〖0 to the first stage. The wheel train positioning lever 640 includes a guide window portion 640f and 640g, an operation window portion 640h, and a wheel train positioning portion 6 40k for positioning the rotation of the small seconds wheel 4 3 6. The guide window portion 640f of the gear train positioning lever MO is guided by a guide pin 610p of the main plate 602. The guide window portion 640g of the gear train positioning lever 640 is guided by a guide pin 612p of the main plate 602. Therefore, the gear train positioning lever 640 is integrated to the main board 602 so as to move linearly with respect to the main board 602. According to the structure shown in Fig. 23, the gear train positioning rod 604 is arranged so that a part of it overlaps the small seconds wheel 4 36. According to this structure, the wheel train positioning lever system is configured to overlap the small seconds wheel 4 3 6, and therefore, the size of the electronic watch can be reduced. When the pointer positioning lever is pulled out to the first stage, the repositioning lever 63 0 is rotated and the spring 63 3 is rotated, and the gear train positioning lever 640 can be moved along the main board 602 guided by the guide pins 61 Op and 61 2p. The surface moves linearly. When the gear train positioning lever 640 moves linearly, the positioning part 64 0k of the gear train positioning lever 640 is brought into contact with the wheel part 43 6d of the small seconds wheel 43 6, whereby the rotation of the small seconds wheel 436 can be set . The rotation center of the repositioning lever 63 0 is arranged in the second zone 3 20. The parts of the gear train positioning lever 640 and the repositioning lever 630 and the guide pins 61 Op which are in contact with each other are arranged in the first area 310. A portion where the positioning portion 640k of the gear train positioning lever 640 contacts the wheel portion 436d of the small seconds wheel 436 and the guide pin 612p are arranged in the fourth zone 340. (4. 4) Fourth type gear train positioning lever Next, in the second embodiment of the pointer electronic watch of the present invention, the fourth type gear train positioning lever will be explained in detail in -74-(71) (71) 200405146. The points of the fourth type wheel train positioning lever according to the first embodiment of the present invention and the first type wheel train positioning lever according to the second embodiment of the present invention will be mainly explained below. Therefore, the above explanation regarding the first type of wheel train positioning lever according to the second embodiment of the present invention will be applied to portions other than the following. Referring to FIG. 24, as described above, the center of the analog electronic watch 700, on the surface side, is provided with a center time wheel train, switching device and the like. The small seconds hand 4 3 8 series is attached to the small seconds Wheel 4 3 6. The rotation center of the small seconds wheel 4 3 6 is arranged above the reference horizontal axis 3 0 4 of the main board and between the main board center 300 and the outer portion 312 of the main board 702. The main board 7 2 is arranged at "12 o'clock direction" of the center 700. The distance between the rotation center of the small second wheel 4 3 6 and the center of the main board 300 is about 1/2 of the radius of the largest shape of the main board 7 0 2. The positioning lever 7 3 0 includes a reset positioning conductive spring 7 3 0 d for performing a reset operation, a wheel train repositioning lever holding part 7 3 2 for holding the wheel train positioning lever 74, and a operation for positioning the wheel train. The operating spring 7 3 3 of the lever 7 4 〇. When the pointer positioning lever 1 10 is pulled out to the first stage, the repositioning lever 7 3 0 is also rotated by rotating the positioning lever 1 3 4. 10 〇Pull out to the first stage 'analog electronic watch can reposition the conductive spring 7 3 0d to the circuit block through the conductive repositioning rod 7 3 0 Reposition the pattern and reset. Furthermore, the 'wheel train positioning lever 740 series mechanism moves linearly by rotating the positioning lever 134 and the reposition lever 7 3 0. The wheel train positioning lever 740 system causes the setting of the small second wheel 43. The rotation of the dagger is at the stage of pulling the pointer positioning lever 110 to the first stage. The gear train positioning lever 740 includes: a guide window portion 74 Of and 7 40 g, an operation window portion 7 4 〇h, and a small positioning rod. Second wheel 4 3 6 Rotating wheel 2S0 -75- (72) (72) 200405146 System positioning part 74 0k. The guide window part 74 of the wheel system positioning lever 740 is made by the guide pin 71 Op of the main board 7 02. Guided. The guide window 74g of the gear train positioning lever 74 is guided by the guide pin 71 2p of the main board 702. Therefore, the gear train positioning lever 740 is integrated into the main board 702 so as to be 702 relative to the main board. It moves linearly. According to the architecture shown in FIG. 24, the gear train positioning lever 74 is configured without overlapping the components with the pointer attached, that is, the hour wheel 2 2 8, the center sun wheel / pinion 4 2 4, Small seconds wheel 4 3 6 and 1/5 CG wheel 4 7 6. According to this architecture, the wheel train positioning rod system is configured to not overlap the parts with the pointer attached, so the electronic watch's The thickness can be reduced. When the pointer positioning lever is pulled out to the first stage, the repositioning lever 7 3 0 is rotated, and the rotation operation spring 7 3 3, and the gear train positioning lever 7 4 0 can be guided by the guide pin. The surfaces of the main board 702 guided by 7 1 〇p and 7 1 2p move linearly. When the gear train positioning lever 7 4 0 moves linearly, the positioning part 7 4 0 k of the gear train positioning lever 7 4 0 is brought to By contacting the wheel portion 4 3 6 d of the small seconds wheel 4 3 6, the rotation of the small seconds wheel 4 3 6 can be set. The rotation center of the repositioning lever 7 3 0 is arranged in the second zone 3 2 0. The parts of the wheel train positioning lever 7 40 and the reposition lever 7 300 that are in contact with each other and the guide pin 7 10 are arranged in the first zone 3 10. The positioning portion 740k of the gear train positioning lever 7 4 0 in contact with the wheel portion 43 6d of the small seconds wheel 43 6 and the guide pin 7i2p are arranged in the fourth zone 340. The above-mentioned structures of the first to fourth types of reposition levers and gear train positioning levers can be applied to an analog chronograph with a small second hand, or to an analog electronic watch with a small second hand without a chronograph . (4 · 5) Other embodiments of the wheel train positioning lever-76- (73) 200405146 Although the above-mentioned implementation of the pointer electronic watch according to the present invention implements the structures of the first to fourth type relocation levers and the wheel train positioning lever, The rotation center of the second wheel 43 6 is located at the position of the reference horizontal axis of the main board and is between the main board center 3 00 and the outer part 312 of the main board “12 1” arranged at the center of the main board. When the main board is positioned above the reference horizontal axis 3 0 4 and between the center 3 00 and the outer side of the main board arranged in the "6 o'clock direction" of the table core, the components of the table core can be configured to frame relative to the vertical axis 3 02 is in mirror image with the structure shown in Figures 22 to 24. That is, 'the rotation center of the small second wheel 4 3 6 is arranged above the main flat axis 3 0 4 and is located at the center of the main board 3 00 and equipped with it' "6 o'clock direction" between the outer shape of the main board 306, in the description of the fourth type of repositioning lever and gear train positioning lever, "the first can be read as" the second zone 320 ", The second area is 32 °, which can be read as 3 3 0 ", the third area 3 3 0" can be read as, and the fourth area is 34 0 "and ,, fourth] is read as "third zone 3 3 0". According to the present invention, in a pointer electronic watch provided with a small second hand having a rotation center at a position other than the watch, a small and thin finger watch having a mechanism capable of positioning a gear train for rotating the small second hand can be realized . Furthermore, according to the present invention, in the case of an electronic watch capable of arranging the chronograph second hand at the heart and also arranging the chronograph second hand at the center of the center of the watch ', for the example of arranging the small second hand at the center of the center of the watch, related Note the rotation of the clock above the direction of the small 3 04 ”is in the middle part of the main board 306 The main board reference commensurate knot plate reference water is placed in the center of the first to-zone 3 1 0," "the third zone 1 3 40 ,, The center of the center is solid enough to be positioned outside the center of the needle-type electronic watch center -77- 262 (74) (74) 200405146. It has a mechanism capable of firmly positioning the wheel train for rotating the small second hand. Small and thin analog electronic watches can be implemented. [Brief Description of the Drawings] The preferred form of the present invention is illustrated in the accompanying drawings, in which: FIG. 1 shows an embodiment of an analog electronic watch according to the present invention, the shape of the center of the chronograph watch viewed from the surface side A plan view, (in FIG. 1, the explanation of some components is omitted and the bridge members are shown by dashed lines); FIG. 2 is a side view showing a motor and a watch of a chronograph according to an embodiment of the analog electronic watch according to the present invention Fig. 3 is a partial cross-sectional view showing a battery of a chronograph for a side watch and a part of a train wheel of a watch core according to an embodiment of an analog electronic watch according to the present invention; 4 is a plan view showing an embodiment of the analog electronic watch according to the present invention when the shape of the main board is viewed from the surface side (in FIG. 4, the explanation of the shape of part of the main board is omitted); FIG. 5 is a diagram showing a record according to the present invention. An example of a timepiece is a plan view of the appearance of the wheel train bridge (A) and the wheel train bridge (B) viewed from the surface side. (In FIG. 5, part of the wheel train bridge (A) and the wheel train bridge (b) The explanation of the shape is omitted); Figure 6 shows The embodiment of the analog electronic watch according to the embodiment of the figure shows the shape of the rear wheel bridge (the side of the main board) from the rear side. (In FIG. 6, the illustration of the shape of the rear wheel bridge is omitted.) It is a block diagram of the embodiment of the analog electronic watch according to the present invention. -78- (75) (75) 200405146 The block diagram of the motor of the timepiece and the wheel train bridge of the movement; FIG. 8 shows a block diagram according to the present invention. Plan view of the complete outline of a chronograph for a side of an embodiment of an analog electronic timepiece; FIG. 9 shows the outline of the center of the chronograph for an embodiment of an analog electronic timepiece according to the present invention from a surface side observation center Plan view (in FIG. 9, some parts are omitted); FIG. 10 is a view showing a motor of a chronograph for a center of an embodiment of an analog electronic watch according to the present invention and a part of a wheel train of a watch core Sectional view; FIG. 11 is a partial cross-sectional view showing a part of a wheel and a battery of a chronograph for a central timepiece according to an embodiment of the analog electronic watch according to the present invention; FIG. 12 is a pointer according to the present invention The center of the embodiment of the electronic timepiece uses the motor and the core of the timepiece according to § 2 Block diagram of the gear train; Figure 1 3 is a plan view showing the complete outline of a central chronograph according to an embodiment of the pointer electronic watch according to the present invention; Figure Ϊ 4 is a diagram showing the implementation of a pointer electronic watch according to the present invention The side view of the example is a plan view of the outline configuration of the motor of the chronograph and the wheel train of the watch core (some parts are omitted in Fig. 14); Fig. 15 shows another analog electronic watch according to the present invention. A plan view of the outline configuration of the motor of the chronograph and the wheel core of the embodiment side (in FIG. 15, some parts are omitted); FIG. 16 is a diagram showing an analog electronic watch according to the present invention. A plan view of the outline configuration of the motor of the chronograph and the wheel of the center of the embodiment (in FIG. 16, some parts are omitted); FIG. 17 is a view showing another example of the analog electronic watch according to the present invention. First implementation -79- (76) (76) 200405146 The plan view of the outline configuration of the motor of the chronograph for the center and the gear train of the core (in Fig. 17, some parts are omitted); · Fig. 1 8 The side display of an embodiment of an analog electronic timepiece according to the present invention The plan view of the outline configuration of the first type wheel train positioning rod and the time indicating wheel train in the heart (some parts are omitted in FIG. 18); FIG. 19 shows an embodiment of the analog electronic watch according to the present invention. Partial cross-sectional view of the outline structure of the first type wheel train positioning lever, pointer positioning lever and repositioning lever in the center of the side chronograph; FIG. 20 shows an embodiment of an analog electronic watch according to the present invention. Partial cross-sectional view of the outline structure of the first type wheel train positioning lever, reposition lever and middle small seconds wheel (B) in the center of the side chronograph; Figure 21 shows an analog electronic watch according to the present invention The side of the embodiment uses a positioning lever, a sub-wheel, a re-positioning lever and a 1/5 CG intermediate wheel (B) in the center of the chronograph; a partial cross-sectional view of the outline structure; The embodiment of the analog electronic watch is a plan view of the configuration of the second type wheel train positioning rod and the time indicating wheel train in the center of the chronograph (in FIG. 22, some parts are omitted); An embodiment of an analog electronic watch according to the present invention is shown The third type of train wheels and the lever positioning a time indication wheel train configuration plan shape of the heart of a chronograph Table (in FIG. 23, part of the components are omitted); and FIG. 2 4 is a plan view showing the configuration of the fourth type of reposition lever and time indicating gear train in the center of a side chronograph according to an embodiment of the analog electronic watch according to the present invention (in FIG. Parts are omitted). -80- (77) 200405146 Comparison table of main components 1 06e Upper support part of the wheel 1 02e Lower support part of the wheel 100 Table core 1 00D Core 102 Main plate 102a Time rotor (A) Lower support section 102b Time fifth wheel / small Gear (A) lower support 1 02d side third wheel / pinion lower support 1 02f hour / minute rotor lower support 102g hour / minute fifth wheel / pinion lower support 1 02h Chronograph intermediate wheel (A) lower support part 102j Chronograph intermediate wheel (B) lower support part 102k Chronograph wheel lower support part 10 2m Scoring instrument intermediate wheel (A) bottom support part 1 02n Scoring device Lower support of intermediate wheel (B) 1 02p Lower support of scoring wheel 1 02r 1/10 seconds Rotor lower support 102s 1/1 0 seconds Fifth wheel / pinion lower support 1 02t 1/1 0 seconds Bottom support of the middle wheel (A) 1 0 2 u 1/1 Bottom support of the chronograph middle wheel (B) 102v 1 / 10v Bottom support of the chronograph wheel 102a Bottom support of the time rotor (B) 1 02dc Center third wheel / pinion lower support -81-(78) 200405146 1 02t Middle small second wheel (A) lower support 1 02υ Middle small second wheel (B) lower support 1 02v Small second wheel lower support 1 02f Hour / minute rotor lower support 102g Hour / minute fifth wheel / pinion lower support 1 02h Scorer intermediate wheel (C) lower support l 〇2j Lower support of scoring wheel (D) 102k Lower support of scoring wheel 10 2m Lower support of chronograph wheel (A) 1 02n Lower support of chronograph wheel (B) 1 02p Bottom support part 1 02fc 1/5 CG intermediate wheel (A) Upper support part 1 02gc 1 / 5CG Intermediate wheel (B) Lower support part 1 02D Main board 1 03 Central tube 104 Dial 1 06 Gear train bridge (A) 106a Time rotor (A) upper support 1 06b Time fifth wheel / pinion (A) upper support 106c Side second wheel / pinion upper shaft 1 06d Side third wheel / pinion upper support 1 06r . 1/10 second upper support part of rotor 10 6s 1/10 second 5th wheel / pinion upper support part 106a time rotor (B) upper support part -82- (79) 200405146 1 0 6 cc center fourth wheel / Pinion upper support 1 06dc Third wheel for center / Pinion upper support 1 06fc 1 / 5CG Intermediate wheel (A) Upper support 1 0 6 gc 1 / 5CG Intermediate wheel (B) Upper support 107 Gear train bridge (B) 1 07f hours, minutes / seconds, rotor's upper support 107 g, hours, minutes / second fifth. Wheel / pinion upper support 1 07f Hour / minute Rotor upper support 107g Hour / minute 5th. Wheel / pinion upper support part 1 08 Rear wheel bridge 1 08h Chronograph intermediate wheel (A) Upper support part 108j Chronograph intermediate wheel (B) Upper support part 108k Chronograph wheel upper support part 1 0 8 m Scoreboard intermediate wheel (A) Upper support 1 08n Scoreboard intermediate wheel (B) Upper support 1 08p Scoreboard upper support 1 08t 1/10 Stopwatch intermediate wheel (A) Upper support 1 08u 1/10 chronograph intermediate wheel (B) upper support 1 08 v 1/10 chronograph wheel support i section 1 08CH center hole 1 08t middle small seconds wheel (A) upper support 1 08u middle small seconds wheel (B) On. Support 1 08 v Small second wheel upper support 1 0 8h Scorer intermediate wheel (C) Upper support > 83- (80) 200405146 108j Scorer intermediate wheel (D) Upper support 108k Scoring wheel Support 108m Chronograph intermediate wheel (A) Upper support part 1 08n Chronograph intermediate wheel (B) Upper support part 1 08p Chronograph wheel upper support part 110 Pointer positioning rod 114 Crystal unit 116 Integrated circuit 120 Battery 122 Switch spring 128 Negative battery end 13 Locating wheel 1 3 Op Rotating center shaft 132 Clutch wheel 1 34 Positioning rod 1 34c Rotating center 1 34p Operating pin 136 Yoke 136c Rotating center 140 Relocating rod 1 40d Repositioning conductive spring 1 40f Gear train Positioning part 140c Rotation center 1 4 (T Reposition lever-84-269 200405146 140c (81) Rotation center 1 40h Operation hole 142 Wheel train relocation lever holding part 143 Operating spring 1 70p, 1 72p Guide pin 200 Complete combination 202 outer Case 204 crown 206 start / stop button 208 reset button 220 time fifth wheel / pinion (A) 220a upper shaft portion 220b lower shaft portion 2 2 0 c pinion 220d Wheel part 22 1 Second wheel / pinion gear on the side 22 1a Upper shaft part 22 1b Abacus bead part 22 1c Pinion part 222 Third wheel / pinion gear on the side 222c Pinion part 222d Wheel part 224 Side wheel on the side / Pinion gear 224a Center wheel for side -85- (82) Hollow shaft pinion for side wheel pinion upper shaft part Lower shaft part pinion part wheel part hour wheel hour wheel part hour hand side second pinion / pinion holding spring minute hand Second hand time coil block center time time stator time rotor (A) upper shaft part lower shaft part pinion part rotor magnet chronograph minutes / second fifth wheel to small gear chronograph intermediate wheel (A) scoring intermediate wheel (A ) Counter intermediate wheel (B) -86- (83) 200405146 254 Counter wheel 255 seconds chronograph 25 7 Counter intermediate wheel (B) 25 8 scoring wheel 259 minutes chronograph 262 Hour / minute coil Block 262c Coil block center 264 hours and minutes / seconds stator 266 hours and minutes / seconds rotor 270 1/10 seconds fifth wheel / pinion 27 0a upper shaft portion 2 7 0b lower shaft portion 2 7 0c upper pinion portion 27 0d Wheel part 270f Lower pinion part 27 1 W1 〇 Chronograph intermediate wheel (A) 27 1a Shaft section 27 1b Lower shaft section 27 1 d Wheel section 272 1/1 0 Chronograph intermediate wheel (B) 272a Upper shaft section 27 2b Lower shaft section 272d Wheel section 274 1/0 0 Second wheel-87- (84 200405146 2 7 4a Upper shaft part 2 7 4b Lower shaft part 274d Wheel part 27 5 1/10 second chronograph 282 1/10 second coil block 282c coil block center 284 1/10 second stator 286 1/10 second rotor 286a on Shaft portion 286b Lower shaft portion 286c Pinion portion 2 8 6d Rotor magnet 300 Main plate center 302 Main plate reference vertical axis 303 Outer portion 304 Main plate reference horizontal axis 306 Outer portion 309 Outer portion 3 10 First 1¾ 3 12 Outer portion 320 Second zone 330 Second 340 Fourth 400 Center-88- (85) 200405146 400D Center 402 Main board 420 Time fifth wheel / pinion 420a Upper shaft portion 420b Lower shaft portion 420c Upper pinion portion 420d Wheel portion 420f Lower pinion portion 42 1 Fourth wheel / pinion for center 42 1 a Upper shaft part 42 1 b Lower shaft part 42 1 c Pinion part 42 1 d Wheel part 422 Third wheel pinion for center 422a Upper shaft portion 422b Lower shaft portion 422c Pinion portion 422d Wheel portion 424 Center wheel / pinion 424a Center wheel 424b Center hollow pinion 432 Center small seconds wheel 432a Shaft section 43 2b Lower shaft section -89- 274 (86) 200405146 43 2d Wheel section 434 Small second hand 434 Middle small seconds wheel (B) 43 4a Upper shaft section 43 4b Lower shaft section 43 4d Wheel section 436 Small seconds wheel 4 3 6a Upper shaft part 43 6b Lower shaft part 43 6d Wheel part 43 8 Small second hand 440 Gear train positioning lever 440f, 440g Guide window part 440h Operation window part 440k Gear train positioning part 442 1/5 second coil block 442c Coil block center 444 1 / 5 seconds stator 446 1/5 seconds rotor 450 chronograph hour / minute fifth wheel / pinion 45 1 scoring intermediate wheel (C) 452 chronograph intermediate wheel (A) 453 scoring intermediate wheel (D) 454 scoring wheel -90- (87) 200405146 455 chronograph hand 457 chronograph intermediate wheel (B) 45 8 chronograph wheel 459 chronograph 462 chronograph / minute coil block 462c coil block center 464 chronograph Hour / minute stator 466 Hour / minute rotor 470 1 / 5CG intermediate wheel ( A) 472 1 / 5CG intermediate wheel (B) 475 1/5 second chronograph 476 1 / 5CG wheel 476a upper shaft 476b abacus bead 476c middle shaft 476d wheel 482 center time coil block 4 82c coil block center 484 Center time stator 486 Time rotor (B) 500 Complete combination 500 Table core 502 Main board 5 1 Op, 512p guide pin -91 (88) 30405146 530 Relocation lever 5 3 0d Relocation conductive spring 532 Gear train relocation lever holding part r ο ο 3 JJ Operating spring 540 Gear train positioning lever 540f > 5 40g Guide window part 5 40h Operating window part 5 40k Wheel train positioning part 600 Epicenter 602 Main plate 6 1 0 p, 6 1 2 p Guide pin 63 0 Heavy Positioning lever 63 Od Repositioning conductive spring 632 Gear train repositioning lever holder 63 3 Operating spring 640 Gear train lever 640f, 640g Window guide 640h Operation window 640k Gear train positioning part 7 00 Core 702 Main board 7 1 Op , 7 1 2p guide pin 73 0 reposition lever 73 Od reposition -92 spring guide (89) 00405146732 train wheels relocation lever operating spring holder fixing portion 733 'train jumper 740 740. f, 74 Og Guide window 740h Operation window 740k Wheel alignment -93-

Claims (1)

200405146 Π) 拾、申請專利範圍 1 · 一種指針式電子錶，包含： 〜主板，架構錶心的基板； 〜橋接構件，用以支撐:架構該錶心的部件； 〜時間資訊指示輪，以該主板的主板中心作爲旋轉中 心而旋轉，用以指示時間資訊； 〜小秒輪，以除了該錶心的中心之外的位置作爲旋轉 中心而旋轉； 一指針定位桿，用以更正該時間資訊指示； 一切換裝置，用以切換該指針定位桿的位置； 一錶盤，用以指示該時間資訊； 一重定位桿，當指針定位桿自零階段拉出至第一階段 時’該重定位桿架構來藉由操作該切換裝置而致使旋轉； 及 〜輪系定位桿，當指針定位桿自零階段拉出至第一階 段時’該輪系定位桿架構來基於該重定位桿的旋轉而線性 地移動，其中該輪系定位桿係架構來致使定位該小秒輪或 用來旋轉該小秒輪的其它輪的旋轉。 2 ·如申請專利範圍第1項之指針式電子錶，其中輪 系定位桿係配置不重疊附接至指針的部件，亦即，時間資 訊指不輪及小秒輪。 3 ·如申請專利範圍第1項之指針式電子錶，其中輪 系定位桿係配置來重疊該小秒輪。 其中該 4 .如申請專利範圍第1項之指針式電子錶，200405146 Π) Pick up and apply for patent scope 1 · A pointer electronic watch, including: ~ motherboard, base plate that constructs the core; ~ bridging members to support: components that structure the core; ~ time information indicator wheel The main board center of the main board rotates as a rotation center to indicate time information; ~ Small second wheel rotates at a position other than the center of the table core as a rotation center; a pointer positioning lever for correcting the time information indication A switching device to switch the position of the pointer positioning lever; a dial to indicate the time information; a repositioning lever when the pointer positioning lever is pulled out from the zero stage to the first stage; Rotating by operating the switching device; and ~ gear train positioning lever, when the pointer gear lever is pulled out from the zero stage to the first stage, 'the gear train positioning lever structure moves linearly based on the rotation of the repositioning lever Wherein, the gear train positioning rod structure causes rotation of the small second wheel or other wheels used to rotate the small second wheel. 2 · As for the analog electronic watch in item 1 of the scope of patent application, in which the gear train positioning rod system is configured without overlapping the parts attached to the hands, that is, the time information means the non-wheel and small seconds wheel. 3. The analog electronic watch according to item 1 of the patent application range, wherein the gear train positioning rod system is arranged to overlap the small seconds wheel. Wherein 4. If the pointer electronic watch of item 1 of the scope of patent application, * 94 - (2) 200405146 重定位桿包括：用以實施重設操作的重定位 以固持該輪系定位桿的輪系重定位桿固持部 該輪系定位桿的操作彈簧。 5 ·如申請專利範圍第1項之指針式電 過該主板中心且平行該指針定位桿的中心軸 垂直軸線及通過該主板中心且垂直該主板參 主板參考水平軸線係界定在該主板； 其中該主板設有第一區，其配置在主板 的一側上且在主板參考水平軸線接近該指 上，該主板設有第二區，其配置在主板參考 一側上且在主板參考水平軸線接近該指針定 該主板設有第三區，其配置在存在有該第二 垂直軸線的該另一側上且在該主板參考水平 針定位桿的側上，及該主板設有第四區，其 該第一區的主板參考垂直軸線的該另一側上 考水平軸線遠離該指針定位桿的側上； 其中該小秒輪的旋轉中心係配置在該主 線上方、該第一區及該第四區間的邊界上方 中心與該主板的外形部間之位置； 其中重定位桿的旋轉中心係配置在該第 其中被帶入相互接觸的該輪系定位桿及 部份係配置在該第一區；及 其中該輪系定位桿的定位部份被帶入與 接觸的部份係配置在該第四區。 傳導彈寶、用 、及用以操作 子錶，其中通 線之主板參考 考垂直軸線之 參考垂直軸線 針定位桿的側 垂直軸線的另 位桿的側上， 區的主板參考 軸線遠離該指 配置在存在有 且在該主板參 板參考水平軸 、且於該主板 二區； 該重定位桿的 將被定位的輪 -95- 280 (3) (3)200405146 6.如申請專利範圍第1項之指針式電子錶，其中該 輪系定位桿包括雨個導窗部，該主板包括兩個用以引導該 輪系定位桿的導銷，該輪系定位桿的導窗部係分別地架構 來藉由該主板的導銷而予以引導，該輪系定位桿係整合至 該主板以致使相對於該主板的線性移動，及，導銷的一者 係配置在該第一區而其另一者係配置在該第四區。 7 . —種指針式記時錶，包含： 一主板，架構錶心的基板； 一橋接構件，用以支撐架構該錶心的部件； 一時間資訊指示輪，以該主板的主板中心作爲旋轉中 心而旋轉，用以指示時間資訊； 一指針定位桿，用以更正該時間資訊指示； —切換裝置，用以切換該指針定位桿的位置； 一錶盤，用以指示該時間資訊； 其中該主板包括藉由使用該錶心來建構”中心用記時 錶”的轉子及輪系的支承部份，及藉由使用該錶心來建構，， 側用記時錶”的轉子及輪系的支承部份； 其中該橋接構件包括：藉由使用該錶心來建構該，，中 心用記時錶”的該轉子及該輪系的支承部份，及藉由使用 該錶心來建構該”側用記時錶”的該轉子及該輪系的支承部 份； 其中使用來建構該”中心用記時錶”的轉子及輪系係整 合來致使相對於該主板的支承部及該橋接構件的支承部而 旋轉； -96- (4) (4)200405146 其中該時間資訊係藉由以該主板中心作爲旋轉中心而 旋轉的時間指示構件，及以該主板中心與該主板的外形部 間的位置作爲旋轉中心而旋轉的另一時間指示構件而予以 表示； 其中一記時的量測結果係藉由以作爲旋轉中心而旋轉 的記時指示構件，及以該主板中心與該主板的外形部間的 位置作爲旋轉中心而旋轉的另一記時指示構件而予以表 示； 重定位桿能夠藉由操作該切換裝置而旋轉，當指針定 位桿自零階段拉出至第一階段時；及 當該指針定位桿自零階段拉出至第一階段時，一輪系 定位桿基於該重定位桿的旋轉而線性地移動； 其中該輪系定位桿係架構來致使定位一輪的旋轉於用 來旋轉另一時間指示構件的輪系。 8 ·如申請專利範圍第7項之指針式電子錶，其中通 過該主板中心的主板參考垂直軸線且平行該指針定位桿的 中心軸線’及通過該主板中心且垂直該主板參考垂直軸線 的主板參考水平軸線係界定在該主板； 其中該主板設有第一區，其配置在主板參考垂直軸線 的一側上且在主板參考水平軸線接近該指針定位桿的側 上，該主板設有第二區，其配置在主板參考垂直軸線的另 一側上且在主板參考水平軸線接近該指針定位桿的側上， 該主板設有第三區，其配置在存在有該第二區的主板參考 垂直軸線的該另一側上且在該主板參考水平軸線遠離該指 -97- (5) (5)200405146 針定位桿的側上，及該主板設有第四區，其配置在存在有 該第一區的主板參考垂直軸線的該另一側上且在該主板參 考水平軸線遠離該指針定位桿的側上； 其中該另一時間指示搆件的旋轉中心係配置在該主板 參考水平軸線上方、該第一區及該第四區間的邊界上方、 且於該主板中心與該主板與外形部間之位置； 其中重定位桿的旋轉中心係配置在該第二區； 其中被帶入相互接觸的該輪系定位桿及該重定位桿的 部份係配置在該第一區；及 其中該輪系定位桿的定位部份被帶入與將被定位的輪 接觸的部份係配置在該第四區。 9 ·如申請專利範圍第7項之指針式電子錶，其中該輪 系定位桿包括兩個導窗部，該主板包括兩個用以引導該輪 系定位桿的導銷，該輪系定位桿的導窗部係分別地架構來 藉由該主板的導銷而予以引導，該輪系定位桿係整合至該 主板以致使相對於該主板的線性移動，及，導銷的一者係 配置在該第一區而其另一者係配置在該第四區。 -98-* 94-(2) 200405146 The reposition lever includes a relocation to perform a reset operation to hold the gear train relocation lever holding portion of the gear train relocation lever. The operating spring of the gear train relocation lever. 5 · If the pointer type of the patent application scope item 1 passes through the center of the motherboard and is parallel to the vertical axis of the central axis of the pointer positioning rod and passes through the center of the motherboard and perpendicular to the motherboard reference horizontal axis, the motherboard is defined on the motherboard; where the The motherboard is provided with a first area, which is arranged on one side of the motherboard and is close to the finger on the motherboard reference horizontal axis, and the motherboard is provided with a second area, which is arranged on the motherboard's reference side and close to the motherboard's reference horizontal axis. The main board is provided with a third zone, which is arranged on the other side where the second vertical axis is present and on the side of the main board with reference to the horizontal pin positioning lever, and the main board is provided with a fourth zone, which The main board of the first zone is on the side of the other side of the vertical axis, the horizontal axis is far from the side of the pointer positioning rod; wherein the rotation center of the small second wheel is arranged above the main line, the first zone, and the fourth The position between the center above the boundary of the section and the outer shape of the main board; wherein the rotation center of the repositioning lever is arranged in the first position of the wheel train positioning lever and part of the system The first region; and wherein the positioning portion of the positioning bar gear train is disposed in the fourth region and brought into line contact portion. Pass the missile treasure, use, and use to operate the sub-table, where the main board of the pass line refers to the reference vertical axis, the reference vertical axis, the side of the vertical positioning pin, the side of the vertical axis, and the side of the other axis of the vertical axis. Where there is the reference horizontal axis of the main board and the second zone of the main board; the wheel to be positioned of the relocation lever -95- 280 (3) (3) 200405146 6. As the first item in the scope of patent application A pointer-type electronic watch, wherein the wheel train positioning rod includes a window guide portion, the main board includes two guide pins for guiding the wheel train positioning rod, and the window guide portions of the wheel train positioning rod are separately structured to Guided by a guide pin of the main board, the wheel train positioning rod system is integrated to the main board to cause linear movement relative to the main board, and one of the guide pins is disposed in the first zone and the other It is located in the fourth area. 7. A pointer-type chronograph, including: a main board, a base plate that constructs the core; a bridging member to support the components that form the core; a time information indicator wheel, using the main board center of the main board as the rotation center While rotating to indicate the time information; a pointer positioning lever to correct the time information indication;-a switching device to switch the position of the pointer positioning lever; a dial to indicate the time information; wherein the motherboard includes By using the watch core to construct the supporting part of the rotor and gear train of the "central chronograph" and by using the watch core to construct the rotor and gear train supporting side " The bridge member includes: using the table core to construct the center, the center using a chronograph, the rotor and the wheel support portion, and the use of the table core to construct the "side, The rotor of the chronograph and the supporting part of the gear train; the rotor and gear train integration used to construct the "central chronograph" is used to cause the support of the main board and the bridge member relative to -96- (4) (4) 200405146 where the time information is a time indicating member that rotates by using the center of the motherboard as the center of rotation, and the position between the center of the motherboard and the outline of the motherboard Another time indicating member that rotates as the center of rotation is shown; the measurement result of one of the times is by the time indicating member that rotates as the center of rotation, and between the center of the main board and the outer shape of the main board The position of the position is indicated as another timing indicator member rotated by the rotation center; the repositioning lever can be rotated by operating the switching device when the pointer positioning lever is pulled out from the zero stage to the first stage; and when the pointer When the positioning lever is pulled out from the zero stage to the first stage, a wheel train positioning lever moves linearly based on the rotation of the repositioning lever; wherein the wheel train positioning lever mechanism causes the rotation of the positioning wheel to be used to rotate another time Indicates the gear train of the component. 8 · The analog electronic watch according to item 7 of the scope of patent application, wherein the main board passing through the center of the main board refers to a vertical axis and parallel to the center axis of the pointer positioning rod; and the main board reference passing through the center of the main board and perpendicular to the main board refers to a vertical axis The horizontal axis is defined on the main board; wherein the main board is provided with a first zone, which is arranged on one side of the main board with reference to the vertical axis and on the side of the main board reference horizontal axis that is close to the pointer positioning rod, the main board is provided with a second zone , Which is arranged on the other side of the main board reference vertical axis and on the side of the main board reference horizontal axis which is close to the pointer positioning rod, the main board is provided with a third zone which is arranged on the main board reference vertical axis where the second zone exists On the other side of the motherboard and on the side of the motherboard reference horizontal axis far from the finger -97- (5) (5) 200405146 pin positioning lever, and the motherboard is provided with a fourth zone, which is configured in the presence of the first The main board of the zone is on the other side of the reference vertical axis and on the side of the main board reference horizontal axis away from the pointer positioning rod; wherein the other time indicating member's center of rotation is It is arranged above the reference horizontal axis of the main board, above the boundaries of the first zone and the fourth section, and at a position between the center of the main board and the main board and the outer part; wherein the rotation center of the relocation lever is arranged at the first Zone 2; the part of the wheel train positioning lever and the reposition lever brought into contact with each other are arranged in the first zone; and the positioning part of the wheel train positioning lever is brought in and will be positioned The parts in contact with the wheels are arranged in this fourth zone. 9 · The analog electronic watch according to item 7 of the patent application, wherein the wheel train positioning lever includes two guide windows, the main board includes two guide pins for guiding the wheel train positioning lever, and the wheel train positioning lever The guide windows are separately structured to be guided by the guide pins of the main board, the wheel train positioning rod system is integrated to the main board so as to cause linear movement relative to the main board, and one of the guide pins is arranged at The first zone and the other are located in the fourth zone. -98-
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