WO2016095779A1 - 一种手表中动态影像显示机构 - Google Patents

一种手表中动态影像显示机构 Download PDF

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Publication number
WO2016095779A1
WO2016095779A1 PCT/CN2015/097294 CN2015097294W WO2016095779A1 WO 2016095779 A1 WO2016095779 A1 WO 2016095779A1 CN 2015097294 W CN2015097294 W CN 2015097294W WO 2016095779 A1 WO2016095779 A1 WO 2016095779A1
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Prior art keywords
pattern
disk
hollow
motion
hollowed
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PCT/CN2015/097294
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English (en)
French (fr)
Inventor
马征
王晨
李家琦
宋新宇
王世超
李昂
张世龙
刘英璘
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Tianjin University
Tianjin Seagull Watch Group Co Ltd
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Tianjin University
Tianjin Seagull Watch Group Co Ltd
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Application filed by Tianjin University, Tianjin Seagull Watch Group Co Ltd filed Critical Tianjin University
Priority to CH00779/17A priority Critical patent/CH712135B1/de
Publication of WO2016095779A1 publication Critical patent/WO2016095779A1/zh
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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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
    • G04B45/00—Time pieces of which the indicating means or cases provoke special effects, e.g. aesthetic effects
    • G04B45/0038—Figures or parts thereof moved by the clockwork
    • G04B45/0046—Figures or parts thereof moved by the clockwork with oscillating motion, in pocket- or wrist watches
    • 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
    • G04B45/00—Time pieces of which the indicating means or cases provoke special effects, e.g. aesthetic effects
    • G04B45/0038—Figures or parts thereof moved by the clockwork
    • 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
    • G04B19/00—Indicating the time by visual means
    • G04B19/06—Dials
    • G04B19/10—Ornamental shape of the graduations or the surface of the dial; Attachment of the graduations to the dial

Definitions

  • the invention relates to a display mechanism of a watch; in particular to a dynamic image display mechanism in a watch.
  • the existing dynamic display function of the watch is mostly the expression form of the action figure.
  • This technique can express the dynamic effect by simulating the movement changes of objects such as animals and plants in the form of animation expression.
  • objects such as animals and plants
  • performance actions lack of continuity of dynamic changes.
  • the actions performed are stiff and unnatural.
  • the technical problem to be solved by the present invention is to provide a watch dynamic display mechanism which is simple in structure and capable of dynamically and continuously displaying changes in an object.
  • a dynamic image display mechanism in a watch comprising: a hollow disk and a pattern disk installed in parallel; a hollow family is arranged in the hollow disk; the hollow family is arranged according to an array of motion tracks of the pattern disk, Each unit of the skeleton is composed of an adjacent hollow portion and a non-hollow portion; the pattern disk is relatively moved under the hollow disk; in the initial state, the relative positional relationship between the hollow disk and the pattern disk should satisfy the pattern of the pattern change region of the pattern disk.
  • the hollowed out parts coincide.
  • the span of the hollow portion is determined by the amplitude of the motion of the pattern disk, and the span of the non-hollow portion is determined by the frequency of movement of the pattern disk and the number of steps of motion on the pattern disk.
  • non-hollow portion span 1: step number -1.
  • the pattern of the changed area on the pattern disk can be visualized by the hollow family on the hollow disk, and the relative motion of the pattern disk and the hollow disk is a curved motion or a linear motion.
  • the variation of the pattern on each of the pattern discs is the same as the span of the hollow on the hollow disk.
  • the hollow disk and the pattern plate are relatively moved; when the hollow disk is stationary, the pattern disk moves; when the hollow disk moves, the pattern plate is stationary, and the former can exhibit regular motion of the object extending a certain trajectory, and the latter can be expressed
  • the object performs regular movements at relatively fixed positions.
  • the invention has the beneficial effects that the dynamic continuous image is displayed in the watch through the movement of the movable component in the movement by using the principle of visual delay, the structure is simple, the operation is reliable, the craftability is good, and the continuous animation on the watch can be realized. Performance, increase the watch's enjoyment.
  • Figure 1 is a plan view showing the hollow disk of the present invention
  • Figure 2 is a plan view showing the pattern plate of the present invention.
  • 3a to 3c are schematic views of a cycle state of Embodiment 1;
  • Figure 4 is an axial schematic view of the watch dynamic display mechanism
  • Figure 5 is a schematic view showing the hollow line of the embodiment 2 in a straight line arrangement
  • Fig. 6 is a schematic view showing the stencil of the embodiment 3 as a retaining ring.
  • Dial 1a Hollow window 2: Second dial 3: Second wheel part.
  • the dynamic image display mechanism of the wristwatch of the present invention comprises: a hollow disk 1 and a pattern disk 2 installed in parallel; a hollow family 1a is arranged in a specific area of the hollow disk 1 , in the present invention
  • the "specific” refers to the relative position of the hollow family set on the hollow disk 1 according to the content of the pattern action on the pattern disk 2.
  • the hollowed out group of the open disk 1 can be an entire curve or a partial curve according to design requirements, or can be designed into various shapes according to the theme of the pattern.
  • the skeletons are arranged according to the array of motion tracks of the pattern disk.
  • Each span of the hollow family consists of a hollow portion and a non-hollow portion.
  • the span of the hollow portion is determined by the amplitude of the motion of the pattern disk, and the span of the non-hollow portion is determined by The motion amplitude of the pattern disk and the number of steps of motion on the pattern disk are determined together, and the ratio of the span of the hollow portion to the span of the non-hollow portion is 1:n-1 (n is the number of action steps), and the hollowed out window 1 is hollowed out each time. It can only display the pattern of single step movement in the changing area on the pattern plate 2.
  • the relative movement of the pattern plate 2 and the hollow disk 1 is Curve motion or linear motion, when the hollow disk 1 is stationary, the pattern plate 2 moves; when the hollow disk 1 moves, the pattern plate is stationary, and the former can exhibit a certain object extension Regular motion of the trajectory, the latter may exhibit regular motion of the object at a relatively fixed position; the pattern disk 2 is moved by the moving parts of the watch; the pattern of the changing area on the pattern disk 2 is The span of each step pattern is the same as the span of the hollow on the open disk 1.
  • the hollow plate 1 can be a dial, a cover ring, a retaining ring, a watch back cover or a side of a relatively thick case can be designed as a hollow structure;
  • the pattern plate 2 can be a second disk or a transmission with the same frequency and amplitude of the same second hand. Gears, that is, as long as the operating frequency and the range of motion are more suitable for visual delay phenomena.
  • the dial of the watch is now a hollow disk, and the second disk is a pattern disk.
  • the pattern is illustrated by two fishes that can swim freely:
  • the power of the second plate is derived from the second axis.
  • the second wheel rotates for 60s a week.
  • the vibration period is calculated according to the frequency of the movement used to determine the angle that the second axis passes every time.
  • the number of seconds, 1/3 is the vibration period (T).
  • ⁇ 43200 / f, that is, the span of the hollow portion of the dial is 2 degrees.
  • the hollow portion spans 2 degrees, and the non-hollow portion spans also 2 degrees, thereby forming a hollow array.
  • the angle unit is distributed on the running track of the second disk pattern, and satisfies the relationship between the single-step pattern of the second disk and the hollow portion of the starting position, that is, the hollow portion of the dial coincides with the solid line of the change region of the second disk; the fishtail on the second disk It is a dynamic part, and the fishtail completes the fishtail contour according to the hollow span, that is, the left and right swing states are distributed and superimposed on the image.
  • Figure 3a to Figure 3c show the walking route of the fish completed by rotating the second disk in one second; taking the first fish as an example, in the first state, the portion of the second disk that swings to the right on the second disk is covered by the dial. The part that oscillates to the left is revealed by hollowing out; in the second state, the portion of the fishtail that swings to the left on the second disk is covered by the dial, while the portion that swings to the right is revealed by the hollow; in the third state, the second disk The part of the fishtail that swings to the right is covered by the dial, and the part that swings to the left is revealed by the hollow.
  • the three states are completed in 1 second, and the continuous motion is cyclic, so that the image observed by the human eye is two. The fish swayed around the scene with the fish tail chasing each other.
  • the span of the non-hollowed part of the angle unit on the dial corresponds to the number of steps of the second disc change area.
  • the movement of the frequency of 21600 is still taken as an example. If the object on the second disc changes, the dial is 3 movements.
  • the span of the non-hollowed portion in the upper angle unit is 4 degrees.
  • Embodiment 2 As shown in FIG. 5, on the basis of Embodiment 1, only the trajectory on the dial is changed to a straight line, and the pattern disc is no longer curved at the center of the second axis, but along the curve. The trajectory of the dial is made to move in a straight line, and the step pattern of the action on the pattern disc can be modified according to the straight line trajectory. So what people can see is an image of a fish swimming in a straight line.
  • Embodiment 3 As shown in FIG. 6, the retaining ring is now a hollow disk, and the pattern ring is a pattern disk.
  • the pattern is illustrated by the horse walking on the side of the case as an example:
  • the pattern ring is columnar, and the side is the pattern of horse walking movement.
  • the retaining ring as the hollow disk is movable, and the pattern ring as the pattern disk is stationary. This allows people to see the picture of the horse walking from the side of the watch.
  • the invention utilizes the principle of visual delay to display a dynamic image in the watch through the movement of the movable component in the movement.
  • the structure is simple, reliable in operation and good in craftsmanship, and can realize continuous animation performance on the watch and increase watch viewing. Sex.
  • the scope of protection of the present invention is not limited to the specific example manner described above.
  • the object of the present invention can be achieved by substantially the same structure, for example, the pattern on the second disk can be Designed to be dynamic, aesthetically pleasing patterns such as dances, running, animals, etc., as long as one of ordinary skill in the art does not require creative labor, the embodiments that are conceivable are within the scope of the present invention.

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Processing Or Creating Images (AREA)
  • Electromechanical Clocks (AREA)

Abstract

一种手表中动态影像显示机构，包括平行叠加安装的镂空盘(1)和图案盘(2)；在镂空盘(1)中设置镂空族(1a)；镂空族(1a)按照图案盘(2)的运动轨迹阵列排布，镂空族(1a)中每一单元由相临的镂空部分和非镂空部分组成；图案盘(2)在镂空盘(1)下相对运动；起始状态时镂空盘(1)和图案盘(2)的相对位置关系应满足图案盘(2)变化区域图案与镂空部分相重合，利用视觉延迟的原理通过机芯中可动部件的运动在手表中表现出一种动态连续影像，该结构简单、运行可靠、工艺性好，可以实现手表上的连续动画表现，增加手表的观赏性。

Description

一种手表中动态影像显示机构 技术领域
本发明涉及一种手表的显示机构；特别是涉及一种手表中动态影像显示机构。
背景技术
机械手表的主要功能是读取时间，但随着机械手表的发展，除了计时以外又赋予了机械手表许多附加功能(如日历显示、能量显示和计时功能等等)，目前手表的发展越来越趋向新、奇的发展方向，在手表上设置可以活动的功能环节，随着手表的工作运转，画面跟随活动，丰富了机械手表的功能，大大提高了手表的艺术性和玩赏性，同时还可以满足人们求新、求美的个性化需求。
现有的手表动态显示功能，多为活动人偶的表现形式。该技术在动画表现形式上可以通过模拟动植物等对象的动作变化来表现动态效果，但是由于空间和结构的限制，其无法完全模拟动植物的柔韧性，只能通过对关节、躯干的位置变化表现动作，缺乏动态变化的连续性。同时由于动作幅度和频率的限制也使所表现的动作僵硬、不自然。
发明内容
本发明所要解决的技术问题是，提供一种结构简单，能够动态连续显示物体变化的手表动态显示机构。
本发明所采用的技术方案是：一种手表中动态影像显示机构，包括，平行叠加安装的镂空盘和图案盘；在镂空盘中设置镂空族；镂空族按照图案盘的运动轨迹阵列排布，镂空族中每一单元由相临的镂空部分和非镂空部分组成；所述图案盘在镂空盘下相对运动；起始状态时镂空盘和图案盘的相对位置关系应满足图案盘变化区域图案与镂空部分相重合。
所述镂空部分的跨度由图案盘的运动幅度决定，非镂空部分的跨度则由图案盘的运动频率和图案盘上运动的步数决定。
所述镂空部分跨度：非镂空部分跨度＝1：步数-1。
所述图案盘上变化区域的图案能够透过镂空盘上的镂空族显现出来即可，图案盘与镂空盘的相对运动为曲线运动或直线运动。
所述图案盘上的变化区域每步图案的跨度与镂空盘上的镂空的跨度相同。
所述镂空盘与图案盘是相对运动；镂空盘静止时，图案盘运动；镂空盘运动时，图案盘则静止不动，前者可表现出物体延一定轨迹的规律性运动，后者可表现出物体在相对固定的位置上做规律性动作。
本发明的有益效果是：利用视觉延迟的原理通过机芯中可动部件的运动在手表中表现出一种动态连续影像，该结构简单、运行可靠、工艺性好，可以实现手表上的连续动画表现，增加手表的观赏性。
附图说明
图1是本发明镂空盘的平面示意图；
图2是本发明图案盘的平面示意图；
图3a至图3c是实施例1的循环状态示意图；
图4手表动态显示机构的轴向示意图；
图5是实施例2镂空轨迹为直线排布的示意图；
图6是实施例3镂空盘为挡圈的示意图。
图中：
1：表盘 1a：镂空窗口 2：秒盘 3：秒轮部件。
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1、图2和图4所示，本发明手表中动态影像显示机构，包括，平行叠加安装的镂空盘1和图案盘2；在镂空盘1的特定区域设置镂空族1a，本发明中的“特定”是指根据图案盘2上图案动作内容所设定的镂空族在镂空盘1上的相对位置。所述镂空盘1的镂空族根据设计需要可以为整个曲线或部分曲线，也可以根据图案主题设计成相应的各种外形。镂空族按照图案盘的运动轨迹阵列排布，镂空族中的跨度每一单元由镂空部分和非镂空部分组成，其中，镂空部分的跨度由图案盘的运动幅度决定，非镂空部分的跨度则由图案盘的运动幅度和图案盘上运动的步数共同决定，镂空部分的跨度与非镂空部分的跨度的比为1：n-1(n为动作步数)，镂空盘1的镂空窗口每次只能展现图案盘2上变化区域单步动作的图案，同时，若要动作细腻、逼真程度提高，只需相对的增大动作步数n即可；图案盘2与镂空盘1的相对运动为曲线运动或直线运动，镂空盘1静止时，图案盘2运动；镂空盘1运动时，图案盘则静止不动，前者可表现出物体延一定 轨迹的规律性运动，后者可表现出物体在相对固定的位置上做规律性动作；所述图案盘2在手表中运动部件的带动下运动；所述图案盘2上的变化区域的图案中每步图案的跨度与镂空盘1上的镂空的跨度相同。
镂空盘1可以为表盘、盖片、挡圈、手表后盖或机芯比较厚的表壳侧面均可以设计为镂空结构；图案盘2可以为秒盘或为同秒针动作频率和幅度相近的传动齿轮，即只要动作频率和动作幅度比较适合视觉延迟现象产生就好。
实施例1，现以手表的表盘为镂空盘，秒盘为图案盘，该图案为两条能够自由游动的鱼为例进行说明：
秒盘的动力来源于秒轴，秒轮旋转一周60s，根据所采用机芯的频率计算出振动周期，从而确定秒轴每转动一次所经过的角度，以频率f＝21600的机芯为例，其秒针每跳动一次的跨度(所经过的角度)α则为(1/(21600/3600))·2·(360/60)＝2度；360为秒盘旋转一周的角度，60是旋转一周的秒数，1/3是振动周期(T)。则有，α＝43200/f,即表盘中镂空部分的跨度为2度。
秒盘上游动的鱼摆尾的动作可视为左右两步完成，即n＝2，根据表盘镂空部分的跨度与非镂空部分的跨度的比为1：n-1，则有在一个镂空族的角度单元中，镂空部分跨度2度，非镂空部分跨度也为2度，从而形成镂空阵列。该角度单元在秒盘图案的运行轨迹上分布，满足起始位置秒盘单步图案与镂空部分对应的关系，即表盘的镂空部分与秒盘变化区域的实线相重合；秒盘上鱼尾是动态部分，鱼尾按照镂空跨度完成鱼尾轮廓，即，左右摆动状态相间分布再叠加影像。
图3a至图3c是一秒钟秒盘旋转6度所完成的鱼的行走路线；以第一条鱼为例，第一状态时秒盘上鱼尾向右摆动的部分被表盘遮住，而向左摆动的部分则通过镂空展现出来；第二状态时秒盘上鱼尾的向左摆动的部分被表盘遮住，而向右摆动的部分则通过镂空展现出来；第三状态时秒盘上鱼尾向右摆动的部分被表盘遮住，而向左摆动的部分则通过镂空展现出来，此三个状态在1秒内完成，而且为循环连续运动，从而使人眼观察到的影像为两条鱼左右摆动着鱼尾相互追逐的场景。
值得说明的是，表盘上角度单元中非镂空部分的跨度与秒盘变化区域的动作步数相对应，依然以频率21600的机芯为例，秒盘上的物体变化如果是3个动作，表盘上角度单元中的非镂空部分的跨度为4度。
实施例2：如图5所示，在实施例1的基础上，只需将表盘上镂空的轨迹改为直线排布，图案盘不再以秒轴中心为圆心做曲线运动，而是沿着表盘镂空的轨迹做直线运动，图案盘上动作的分步图案按照直线轨迹进行修改即可。这样人们可以观赏到的就是一条鱼在直线游动的影像。
实施例3：如图6所示，现以挡圈为镂空盘，图案环为图案盘，该图案为马匹在表壳侧面行走为例加以说明：
图案环为柱状，侧面为马匹行走动作的图案，其中马匹的动作被分为3步完成，所以n＝3，则有挡圈侧壁上每个镂空族中镂空部分跨度和非镂空部分跨度比为1:2。此外，与实施例1中不同的是，作为镂空盘的挡圈是运动的，而作为图案盘的图案环是静止不动的。从而使人们能够从手表的侧面观赏到马匹行走的画面。
本发明利用视觉延迟的原理通过机芯中可动部件的运动在手表中表现出一种动态影像，该结构简单、运行可靠、工艺性好，可以实现手表上的连续动画表现，增加手表的观赏性。
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，如，可将秒盘上的图案设计为舞蹈，跑步，动物等动态的具有美感的图案，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. 一种手表中动态影像显示机构，其特征在于，包括，平行叠加安装的镂空盘(1)和图案盘(2)；在镂空盘(1)中设置镂空族；镂空族按照图案盘的运动轨迹阵列排布，镂空族中每一单元由相临的镂空部分和非镂空部分组成；所述图案盘(2)在镂空盘(1)下相对运动；起始状态时镂空盘(1)和图案盘(2)的相对位置关系应满足图案盘变化区域图案与镂空部分相重合。
  2. 根据权利要求1所述的手表中动态影像显示机构，其特征在于，所述镂空部分的跨度由图案盘的运动幅度决定，非镂空部分的跨度则由图案盘的运动频率和图案盘上运动的步数决定。
  3. 根据权利要求2所述的手表中动态影像显示机构，其特征在于，所述镂空部分跨度：非镂空部分跨度＝1：步数-1。
  4. 根据权利要求1所述的手表中动态影像显示机构，其特征在于，所述图案盘(2)上变化区域的图案能够透过镂空盘(1)上的镂空族显现出来即可，图案盘(2)与镂空盘(1)的相对运动为曲线运动或直线运动。
  5. 根据权利要求1所述的手表中动态影像显示机构，其特征在于，所述图案盘(2)上的变化区域每步图案的跨度与镂空盘(1)上的镂空的跨度相同。
  6. 根据权利要求1所述的手表中动态影像显示机构，其特征在于，所述镂空盘(1)与图案盘(2)是相对运动；镂空盘(1)静止时，图案盘(2)运动；镂空盘(1)运动时，图案盘则静止不动，前者可表现出物体延一定轨迹的规律性运动，后者可表现出物体在相对固定的位置上做规律性动作。
PCT/CN2015/097294 2014-12-17 2015-12-14 一种手表中动态影像显示机构 Ceased WO2016095779A1 (zh)

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