WO2023284220A1 - 一种定时启动的动偶结构 - Google Patents

一种定时启动的动偶结构 Download PDF

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Publication number
WO2023284220A1
WO2023284220A1 PCT/CN2021/132309 CN2021132309W WO2023284220A1 WO 2023284220 A1 WO2023284220 A1 WO 2023284220A1 CN 2021132309 W CN2021132309 W CN 2021132309W WO 2023284220 A1 WO2023284220 A1 WO 2023284220A1
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Prior art keywords
guide post
cam
lever
cam lever
nail
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PCT/CN2021/132309
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English (en)
French (fr)
Inventor
林晓林
王晨
曹维峰
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布加迪(广州)贸易有限公司
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Publication of WO2023284220A1 publication Critical patent/WO2023284220A1/zh

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    • 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
    • G04B25/00—Indicating the time by other means or by combined means
    • G04B25/06—Indicating the time by other means or by combined means by moving figures, e.g. cuckoo clocks, trumpet clocks
    • G—PHYSICS
    • G04—HOROLOGY
    • G04C—ELECTROMECHANICAL CLOCKS OR WATCHES
    • G04C23/00—Clocks with attached or built-in means operating any device at preselected times or after preselected time-intervals
    • G04C23/02—Constructional details
    • G04C23/06—Driving or regulating means

Definitions

  • the invention relates to a timing start structure; in particular, it relates to a timing start motion structure of a watch.
  • the track wheel is milled with an elliptical track, which is placed on the hour wheel and pressed together with the hour wheel.
  • the protruding nails on the movable tooth parts are placed in the track.
  • the hour wheel rotates clockwise
  • the track on the track wheel directly acts on the protruding nails on the tooth parts, so that the tooth parts move up and down with the rotation of the wheel. Since it takes 12 hours for the hour wheel to rotate a circle, according to the shape of the track, the tooth parts start from scratch. Then the process from having to nothing takes 6 hours.
  • the teeth are generally exposed slowly from ten o'clock in the morning.
  • the technical problem to be solved by the present invention is to provide a doll structure that can set the start time and more realistically exhibit complex doll movements.
  • the technical solution adopted in the present invention is a timing-activated movable couple structure, including a cam part, a cam rod part, a return spring and a quick-moving part; the fast-moving part passes through the cam rod part and is fixed by a guide post screw On the cam lever part, the snap-action part can rotate freely on the cam lever part, and the snap-action part can move with the rotation of the cam lever part.
  • the fast-moving part includes a guide post, a guide post screw, a guide post piece, a guide post nail, a guide post drill and a pilot drill; Under the fixed splint; the guide post, guide post piece, and guide post nail are pressed together and kept relatively still, the guide post drill is set on the guide post, the guide drill is set on the guide post nail, the guide post drill and the guide The drills can rotate freely in the splint track; the top of the guide post is provided with a screw hole, which is used to install the moving parts.
  • the quick-moving part includes a guide post, a guide post screw and a guide post drill; the guide post passes through the cam rod part and is fixed on the cam rod part through the guide post screw, and is placed under the fixing splint; the guide post drill is set on the On the guide post, ensure the stability and smoothness of the guide post movement.
  • the cam component includes a cam and an hour changer wheel, and the cam and the hour changer wheel are pressed together through the cam center hole and remain relatively stationary;
  • the cam lever component includes a cam lever, a rod nail and a lever bushing; the rod The nail and the shaft sleeve of the driving rod are all pressed on the cam rod, and the nail and the shaft sleeve of the driving rod remain relatively stationary with the cam rod; the nail is always in contact with the return spring.
  • a first working end and a second working end are formed on the inner periphery of the cam rod, and the first working end is in contact with the outer peripheral surface of the cam; the second working end moves the guide column up or down.
  • the cam component, the cam lever component and the return spring are arranged between the two splints, the cam component and the cam lever component can freely rotate between the two splints with the fixed axis as the center of circle, and the return spring can be compressed by the rod nail and release.
  • the beneficial effect of the present invention is that when external energy is introduced into the movable couple structure, when the cam rod part rotates clockwise or counterclockwise, the inner peripheral working end of the cam rod drives the guide column to move up or down, so that the movable couple can clearly see the action, improving User experience, increase the playability of the watch. At the same time, it also provides more possibilities for realizing the artistry and appreciation of ornaments, and meets people's individual needs.
  • the utility model has the advantages of simple structure, reliable operation and good manufacturability.
  • Fig. 1 is the picture of existing clown watch doll
  • Fig. 2 is a three-dimensional schematic diagram of a moving couple structure of the present invention
  • Fig. 3 is an axonometric view of the movable couple structure of the present invention.
  • Fig. 4 is a three-dimensional schematic diagram of the combination of the movable couple structure and peripheral components of the present invention.
  • Fig. 5 is a schematic plan view of the present invention during normal operation
  • Fig. 6 is a schematic plan view of the critical state of the movable couple structure of the present invention before the fast action is started;
  • Fig. 7 is a schematic plan view of the kinematic structure of the present invention before the slow action begins after the fast action is completed;
  • Fig. 8 is a schematic plan view of the quick-moving part of the movable couple structure of the present invention that only includes a guide post;
  • Fig. 9 is an exploded schematic diagram of the three-dimensional structure of the moving figure of the present invention.
  • cam parts 20: cam lever parts, 30: return spring, 40: snap-action parts.
  • a timing-activated movable couple structure of the present invention includes a cam part 10, a cam lever part 20, a return spring 30 and a quick-acting part 40; the quick-acting part 40 passes through the cam
  • the rod part 10 is fixed on the cam rod part 20 by the guide post screw 42 , the snap part 40 can rotate freely on the cam rod part 20 , and the snap part 40 can move with the rotation of the cam rod part 20 .
  • Described cam component 10, cam lever component 20 and return spring 30 are arranged between two splints, and described cam component 10 and cam lever component 20 can freely rotate with fixed shaft as the center of circle between two splints, return spring 30 is capable of being compressed and released by a rod nail.
  • the snap-action part 40 includes a guide post 41, a guide post screw 42, a guide post sheet 43, a guide post nail 44, a guide post drill 45 and a guide drill 46; 42 is fixed on the cam rod part 20 and placed under the fixing splint; the guide post 41, the guide post piece 43 and the guide post nail 44 are pressed together and kept relatively stationary, and the guide post drill 45 is set on the guide post 41 and placed between the fixed splint and the guide post to ensure the stability and smoothness of the movement of the guide post 40; the guide drill 46 is set on the guide post nail 44, and both the guide post drill 45 and the guide drill 46 can be placed on the track of the splint.
  • the top of the guide post 41 is equipped with a moving couple. In particular, there are gaps between the guide post drill 45 and the guide drill 46 and the sidewall of the splint track to ensure smooth and smooth movement; Work together with the splint track to determine the movement track of the guide post.
  • the snap-action part 40 includes two structures. One, as shown in FIG.
  • the guide post screw 42 is fixed on the cam lever part 20 and placed under the fixed splint; the guide post drill 45 is set on the guide post 41 to ensure the stability and smoothness of the guide post 41 movement; the guide post 41 A doll is installed on the top.
  • the cam part 10 includes a cam 11 and an hour-changing wheel, and the cam 11 and the hour-changing wheel are pressed together through the cam center hole and remain relatively stationary;
  • the cam lever part 20 includes a cam lever 21 , rod nail 22 and driving lever bushing 23; said rod nail 22 and driving lever bushing 23 are all pressed on the cam lever 21, and the rod nail 22 and driving lever bushing 23 remain relatively stationary with the cam lever 21; said rod The nail 22 is always in contact with the return spring 30 .
  • the inner periphery of the cam lever 21 is formed with a first working end 21a and a second working end 21c, and the first working end 21a is in contact with the outer peripheral surface of the cam 11; the second working end 21c moves the guide post 41 to move up or move down.
  • the cam member 10 is driven by external energy to drive the cam member 10 to rotate clockwise.
  • the arc 11a of the cam pushes up the protrusion 21a of the cam lever 21, so that the cam lever 21 rotates clockwise, and the cam lever
  • the rod nail 22 on the 21 is close to the outside 30a of the return spring 30, and the return spring 30 is compressed to store energy.
  • the second working end 21c of the inner circumference of the cam lever 21 rotates clockwise to move the fast-moving part 40, and the fast-moving part 40 moves upwards slowly.
  • the cam member 10 continues to rotate clockwise until the arc tip 11 b of the outer circumference of the cam contacts the first working end 21 a of the inner circumference of the cam rod 21 , and the cam rod member 20 rotates clockwise to the limit position.
  • the compression of the return spring 30 stops, and the stored elastic potential energy is the largest; and the snap-action part 40 moves upward to the maximum displacement position of the upper end under the push of the second working end 21c on the inner circumference of the cam rod 21 .
  • the mechanism will complete the above-mentioned action process in a cycle, and this process can perfectly present the action process of the teeth (mouth) lifting slowly, then falling rapidly, and occlusal.
  • the energy introduced by the cam part 10 comes from the span wheel, and the rotation speed is equivalent to that of the split wheel. It takes 1 hour for the slow lifting of the teeth of the puppet, but the action of the teeth falling and occlusal can be completed in an instant.
  • the energy of cam part 10 also can be obtained from hour wheel, three wheels, box wheel place, and the time spent of puppet action can draw according to (the transmission ratio of input wheel to minute wheel is multiplied by 60 minute hands).
  • This structure can not only be used for the actions of the doll to occlude teeth, but also can be used for actions such as throwing and swinging of the doll. At the same time, this structure is not only suitable for watches, but also for clocks, ornaments and toys mainly driven by gears.

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Toys (AREA)

Abstract

一种定时启动的动偶结构，包括，凸轮部件（10）、凸轮杆部件（20）、回位簧（30）和快动部件（40）；快动部件（10）穿过凸轮杆部件（20）通过导柱螺钉（42）固定在凸轮杆部件（20）上，快动部件（40）在凸轮杆部件（20）上能够自由转动，快动部件（40）能够随凸轮杆部件（20）的转动而移动。外界能量传入时动偶结构工作，清晰可见动偶动作，提高用户感受，增加手表的可玩性。结构简单、运行可靠、工艺性好。

Description

一种定时启动的动偶结构 技术领域
本发明涉及一种定时启动结构；特别是涉及一种手表定时启动的动偶结构。
背景技术
随着市场需求日益增长，手表的定义不再仅仅是记录和显示时间的工具，更多的时候手表已经成为消费者价值追求和个性体现的一种标签。功能依旧，但表现方式却层出不穷，动偶类就是其中非常重要的一个组成部分。以模仿动物动作的主题最为常见，且多以问表形式出现，配合响闹报时，音锤敲击音簧的节奏动物们做出相应的设计动作，虽步调一致，但动作僵硬，整体结构复杂，制造和装配工艺都相当复杂。而近两年动物动偶的研发趋势则是向结构简单、可靠，动作栩栩如生的发展。“小丑”的成功就是其中最为成功的一个典型。“小丑”表由俄罗斯独立制表人切金制作，初上市风头无二，订单不断，其后“小丑”的不同版本相继面世，除迎合时事的搭配元素外，也适时增加比以往更多的可动元素，比如德古拉版，其在六点位随时间伸出和收缩的尖牙。
如图1所示，轨道轮片上铣有椭圆形轨道，置于时轮上，并与时轮压合为一体，可动牙齿部件上突出的位钉置于轨道内，当时轮顺时针转动时，轨道轮片上的轨道直接作用于牙齿部件上的突起位钉，使牙齿部件随时轮的转动而上下移动，由于时轮转动一圈需要12个小时，根据轨道外形，牙齿部件从无到有，再从有到无的过程则需要6个小时。现有玩偶手表根据表现主题，一般是从十点开始，牙齿缓慢露出，凌晨一点时牙齿露出最大，其后牙齿开始向回缓慢收缩，到凌晨四点时，牙齿全部隐没。虽然题材动作方式搭配契合，但是动作的一些细节却很难做到惟妙惟肖，比如牙齿伸出动作的表现，3个小时内牙齿需要从无到露出最大，如果不在一段时间内持续关注的话，将很难发现牙齿的移动。
发明内容
本发明所要解决的技术问题是，提供一种可以设定启动时间的且更加逼真的展现复杂动偶动作的动偶结构。
本发明所采用的技术方案是，一种定时启动的动偶结构，包括，凸轮部件、凸轮杆部件、回位簧和快动部件；所述快动部件穿过凸轮杆部件通过导柱螺钉固定在凸轮杆部件上，快动部件在凸轮杆部件上能够自由转动，快动部件能够随凸轮杆部件的转动而移动。
所述快动部件包括导柱、导柱螺钉、导柱片、导柱钉、导柱钻和导向钻；所述导柱穿过凸轮杆部件通过导柱螺钉固定在凸轮杆部件上，置于固定夹板下；所述导柱、导柱片、导柱钉压合为一体并保持相对静止，所述导柱钻套装于导柱上，导向钻套装于导柱钉上，导柱钻和导向钻均能够在夹板轨道内自由转动；所述导柱的顶端设有螺钉孔，用于安装有动偶部件。
所述快动部件包括导柱、导柱螺钉和导柱钻；所述导柱穿过凸轮杆部件通过导柱螺钉固定在凸轮杆部件上，置于固定夹板下；所述导柱钻套装于导柱上，保证导柱移动的平稳性及顺滑性。
所述凸轮部件包括凸轮和换时轮，凸轮和换时轮通过凸轮中心孔压合在一起，并保持相对静止；所述凸轮杆部件包括凸轮杆、杆钉和拨杆轴套；所述杆钉、拨杆轴套均压在凸轮杆上，杆钉和拨杆轴套与凸轮杆保持相对静止；所述杆钉始终与回位簧接触。
所述凸轮杆内周形成有第一工作端和第二工作端，所述第一工作端与凸轮外周面接触；所述第二工作端拨动导柱上移或下移。
所述凸轮部件、凸轮杆部件和回位簧设置在两块夹板之间，所述凸轮部件和凸轮杆部件能够在两块夹板间以固定轴为圆心自由旋转，回位簧能够被杆钉压缩和释放。
本发明的有益效果是，外界能量传入时动偶结构工作，凸轮杆部件顺时针或 逆时针转动时凸轮杆的内周工作端带动导柱上移或下移，清晰可见动偶动作，提高用户感受，增加手表的可玩性。同时也为实现饰品艺术性和观赏性提供了更多的可能性，满足人们的个性化需求。该结构简单、运行可靠、工艺性好。
附图说明
图1是现有小丑手表动偶图片；
图2是本发明动偶结构立体示意图；
图3是本发明动偶结构轴侧图；
图4是本发明动偶结构与外围部件结合的立体示意图；
图5是本发明正常运转时的平面示意图；
图6是本发明动偶结构处于快速动作启动前的临界状态平面示意图；
图7是本发明动偶结构处于快速动作完成后缓慢动作开始前的平面示意图；
图8是本发明动偶结构快动部件为只包括导柱的平面示意图；
图9是本发明动偶立体结构分解示意图。
图中：10.凸轮部件，20：凸轮杆部件，30：回位簧，40：快动部件。
具体实施方式
下面结合附图和具体实施方式对本发明作进一步详细说明：
如图2至图9所示，本发明一种定时启动的动偶结构，包括，凸轮部件10、凸轮杆部件20、回位簧30和快动部件40；所述快动部件40穿过凸轮杆部件10通过导柱螺钉42固定在凸轮杆部件20上，快动部件40在凸轮杆部件20上能够自由转动，快动部件40能够随凸轮杆部件20的转动而移动。所述凸轮部件10、凸轮杆部件20和回位簧30设置在两块夹板之间，所述凸轮部件10和凸轮杆部件20能够在两块夹板间以固定轴为圆心自由旋转，回位簧30能够被杆钉压缩和释放。
所述快动部件40包括导柱41、导柱螺钉42、导柱片43、导柱钉44、导柱 钻45和导向钻46；所述导柱41穿过凸轮杆部件20通过导柱螺钉42固定在凸轮杆部件20上，置于固定夹板下；所述导柱41、导柱片43、导柱钉44压合为一体并保持相对静止，所述导柱钻45套装于导柱41上，并置于固定夹板与导柱之间，保证导柱40移动的平稳性及顺滑性；导向钻46套装于导柱钉44上，导柱钻45和导向钻46均能够在夹板轨道内自由转动，所述导柱41的顶端安装有动偶。特别说明，导柱钻45和导向钻46与夹板轨道侧壁均有间隙，以保证移动平稳顺畅；导柱41在凸轮杆部件20上可以随凸轮杆部件的转动而移动，并由导向钻46与夹板轨道共同作用，以确定导柱的运动轨迹。
快动部件40包括两种结构，其一，如图2所示，所述快动部件40包括导柱41、导柱螺钉42和导柱钻45；所述导柱41穿过凸轮杆部件20通过导柱螺钉42固定在凸轮杆部件20上，置于固定夹板下；所述导柱钻45套装于导柱41上，保证导柱41移动的平稳性及顺滑性；所述导柱41的顶端安装有动偶。
其二，如图8所示，凸轮部件10包括凸轮11和换时轮，凸轮11和换时轮通过凸轮中心孔压合在一起，并保持相对静止；所述凸轮杆部件20包括凸轮杆21、杆钉22和拨杆轴套23；所述杆钉22、拨杆轴套23均压在凸轮杆21上，杆钉22和拨杆轴套23与凸轮杆21保持相对静止；所述杆钉22始终与回位簧30接触。
所述凸轮杆21内周形成有第一工作端21a和第二工作端21c，所述第一工作端21a与凸轮11外周面接触；所述第二工作端21c拨动导柱41上移或下移。
实施例：
如图5所示，凸轮部件10由外界能量传入带动凸轮部件10顺时针转动，与此同时凸轮的圆弧11a顶起凸轮杆21的凸起21a，使凸轮杆21顺时针旋转，凸轮杆21上的杆钉22紧贴回位簧30外侧30a，回位簧30被压缩，储存能量。同时，凸轮杆21内周第二工作端21c随顺时针转动拨动快动部件40，快动部件40缓慢向上运动，牙齿属外观零件，由螺钉固定于导柱41顶端，参见图9。
如图6所示，凸轮部件10继续顺时针转动至凸轮外周圆弧尖端11b与凸轮杆21内周第一工作端21a接触时，凸轮杆部件20顺时针转动至极限位置。此时，回位簧30压缩停止，储存的弹性势能最大；而快动部件40在凸轮杆21内周第二工作端21c的推动下向上运动至上端最大位移处。
如图7所示，当凸轮11继续顺时针旋转，使凸轮11的尖端11b划过凸轮杆21内周第一工作端21a处时，回位簧30所储存的最大弹性势能释放，使回位簧30外侧30a拨动凸轮杆部件20的杆钉22，在此作用下，凸轮杆部件20做逆时针转动，并由凸轮杆21的内周第二工作端21c带动快动部件40迅速下移至极限位置。
随着动力源源不断由凸轮部件10传入，此机构将循环完成上述动作过程，而此过程能完美呈现出牙齿(嘴)缓慢上提，然后快速下落，咬合的动作过程。由凸轮部件10传入的能量来源于跨轮，转速与分轮相当，动偶牙齿的缓慢上提耗时1个小时，但牙齿下落咬合的动作可以在瞬间完成。同时凸轮部件10的能量也可以从时轮、三轮、条盒轮处得到，动偶动作所耗的时间可以根据(输入轮到分轮的传动比乘以60分针)得出。通过调整装针位置可以调整咬合动作的提升、迅速下落的启始时间，从而实现动作的定时启动，达到更加逼真的动偶效果。此结构不仅能用于动偶咬合牙齿的动作，还能用于动偶投掷，摆动等动作。同时，此结构不仅适用于手表，还可用于以齿轮传动为主的钟表、摆件、玩具中。
值得指出的是，本发明的保护范围并不局限于上述具体实例方式，根据本发明的基本技术构思，也可用基本相同的结构，可以实现本发明的目的，只要本领域普通技术人员无需经过创造性劳动，即可联想到的实施方式，均属于本发明的保护范围。

Claims (6)

  1. 一种定时启动的动偶结构，其特征在于，包括，凸轮部件(10)、凸轮杆部件(20)、回位簧(30)和快动部件(40)；所述快动部件(40)穿过凸轮杆部件(20)通过导柱螺钉(42)固定在凸轮杆部件(20)上，快动部件(40)在凸轮杆部件(20)上能够自由转动，快动部件(40)能够随凸轮杆部件(20)的转动而移动。
  2. 根据权利要求1所述的定时启动的动偶结构，其特征在于，所述快动部件(40)包括导柱(41)、导柱螺钉(42)、导柱片(43)、导柱钉(44)、导柱钻(45)和导向钻(46)；所述导柱(41)穿过凸轮杆部件(20)通过导柱螺钉(42)固定在凸轮杆部件(20)上，置于固定夹板下；所述导柱(41)、导柱片(43)、导柱钉(44)压合为一体并保持相对静止，所述导柱钻(45)套装于导柱(41)上，导向钻(46)套装于导柱钉(44)上，导柱钻(45)和导向钻(46)均能够在夹板轨道内自由转动；所述导柱(41)的顶端设有螺钉孔，用于安装有动偶部件。
  3. 根据权利要求1所述的定时启动的动偶结构，其特征在于，所述快动部件(40)包括导柱(41)、导柱螺钉(42)和导柱钻(45)；所述导柱(41)穿过凸轮杆部件(20)通过导柱螺钉(42)固定在凸轮杆部件(20)上，置于固定夹板下；所述导柱钻(45)套装于导柱(41)上，保证导柱(41)移动的平稳性及顺滑性。
  4. 根据权利要求1所述的定时启动的动偶结构，其特征在于，所述凸轮部件(10)包括凸轮(11)和换时轮，凸轮(11)和换时轮通过凸轮中心孔压合在一起，并保持相对静止；所述凸轮杆部件(20)包括凸轮杆(21)、杆钉(22)和拨杆轴套(23)；所述杆钉(22)、拨杆轴套(23)均压在凸轮杆(21)上，杆钉(22)和拨杆轴套(23)与凸轮杆(21)保持相对静止；所述杆钉(22)始终 与回位簧(30)接触。
  5. 根据权利要求4所述的定时启动的动偶结构，其特征在于，所述凸轮杆(21)内周形成有第一工作端(21a)和第二工作端(21c)，所述第一工作端(21a)与凸轮(11)外周面接触；所述第二工作端(21c)拨动导柱(40)上移或下移。
  6. 根据权利要求1所述的定时启动的动偶结构，其特征在于，所述凸轮部件(10)、凸轮杆部件(20)和回位簧(30)设置在两块夹板之间，所述凸轮部件(10)和凸轮杆部件(20)能够在两块夹板间以固定轴为圆心自由旋转，回位簧(30)能够被杆钉压缩和释放。
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