• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention discloses a wrist watch comprising a dynamic image display mechanism in the wrist watch, the display mechanism comprising a perforated disk and a pattern dial installed in parallel superimposed on each other; wherein openings are formed in the disk with openings; wherein a breakthrough and a region without a breakthrough, which are adjacent to one another, define a unit with a breakthrough; wherein the pattern dial has a pattern with a dynamic image area in which a movement of the pattern is represented in n steps; wherein the pattern dial and the perforated disc arranged above it perform a relative step-wise movement to one another; and wherein the relative position between the perforated disk and the pattern dial is adjusted so that the dynamic image area of the pattern dial and the perforated units are superimposed on each other. The present invention has the following advantages: By means of the invention, a dynamic continuous image is displayed in the wristwatch by the movement of the movable components in the movement, with a simple structure, reliable operation and good technology, whereby continuous animation of the wristwatch is realized can to improve the performance of the wristwatch.
    公开号:CH712135B1
    申请号:CH00779/17
    申请日:2015-12-14
    公开日:2020-12-30
    发明作者:Ma Zheng；Wang Chen；Li Jiaqi；Song Xinyu；Wang Shichao；Li Ang；Zhang Shilong；Liu Yinglin
    申请人:Tianjin Seagull Watch Co Ltd；
    IPC主号:
    专利说明:

    TECHNICAL AREA
    The present invention relates to a wristwatch with a display mechanism, particularly with a dynamic image display mechanism in the wristwatch.
    STATE OF THE ART
    It is the main function of mechanical watches to read the time. But with the development of the mechanical watch, the mechanical wrist watch has been given more additional functions besides reading the time (such as calendar display, energy display and time function, etc.). At present, the development of the wrist watch has a new and particular trend in that movable components are arranged on the wrist watch and the images move with the course in the operation of the wrist watch, thereby making the functions of the mechanical wrist watch more diverse, so that the craftsmanship and the playability the wristwatch will be greatly improved; at the same time, people's individual needs for novelty and beauty can be met.
    The dynamic display function of the currently existing wristwatches is usually carried out by moving figures. In terms of animation performance, the technique can act dynamically by simulating the change in the activities of animals, plants and other objects, but due to the spatial and structural limitation, the mobility of animals and plants cannot be fully simulated, with the activity only being controlled by the Change in the positions of joints and trunk can be represented, which is why the continuity of dynamic change is lacking. Due to the limitation of the scope and frequency of the activities, the activities presented are rigid and unnatural.
    CONTENT OF THE PRESENT INVENTION
    It is a technical problem to be solved by the present invention to provide a wrist watch with a dynamic display mechanism of the wrist watch with a simple structure, which can display the changes of an object dynamically and continuously.
    The present invention employs the following technical solution: a wrist watch having a dynamic image display mechanism in the wrist watch comprising a perforated disk and a pattern dial which are superposed in parallel with each other; wherein a breakthrough and a region without a breakthrough, which are adjacent to one another, define a unit with a breakthrough; wherein the pattern dial has a pattern with a dynamic image area in which a movement of the pattern is represented in n steps; wherein the pattern dial and the perforated disc arranged above it perform a relative step-wise movement to one another; and wherein the relative position between the perforated disc (1) and the pattern dial (2) is set so that the dynamic image area of the pattern dial and perforated units are superimposed on each other.
    The extent of a breakthrough corresponds to a step size of the relative stepwise movement of the sample dial to the disk with breakthroughs, while the extent of the area without a breakthrough is defined by the step size of the sample dial and the number of steps n of the dynamic movement shown on the sample dial, where the ratio ( Expansion of the breakthrough): (Expansion of the area without a breakthrough) = 1: (Number of steps - 1) is.
    The patterns of the dynamic image area on the pattern dial can be represented by the perforated areas on the perforated disk, the relative incremental movement between the pattern dial and the perforated disk being a curved movement or a linear movement.
    The extent of each step of the pattern of the dynamic image area on the pattern dial is the same size as the extent of the openings on the disk with openings.
    When the pattern dial is moving and the perforated disk is stationary, it can be represented that an object is performing regular movement along a trajectory; and, if the pattern dial remains stationary and the perforated disk moves, an object can be represented as moving regularly at a relatively fixed position.
    The present invention has the following advantages: By means of the optical delay, a dynamic continuous image is displayed in the wristwatch by the movement of the movable components in the clockwork, with a simple structure, reliable operation and good technology, whereby continuous animation can be realized on the wristwatch to improve the performance of the wristwatch.
    BRIEF DESCRIPTION OF THE DRAWING
    Figure 1 shows a schematic representation of the disc with openings according to the present invention. FIG. 2 shows a schematic representation of the sample dial according to the present invention. FIGS. 3a to 3c show a schematic representation of a state of a sequence of the first embodiment. FIG. 4 shows a schematic representation of the dynamic display mechanism of the wristwatch in an axial section. FIG. 5 shows a schematic representation of the second embodiment, the areas with openings being arranged linearly. FIG. 6 shows a schematic representation of the third embodiment, the disk with openings being a retaining ring.
    List of reference symbols:
    1 dial 1a area with openings 2 second dial 3 second wheel component
    DETAILED DESCRIPTION
    In connection with the figures and detailed embodiments, the present invention is explained in more detail below.
    As shown in Figures 1, 2 and 4, a dynamic image display mechanism of a wrist watch according to the present invention comprises a perforated disk 1 and a pattern dial 2 installed in parallel superimposed on each other; wherein in a certain area of the disk with openings 1 areas with openings 1 a are arranged; In the present invention, the word “determined” is a relative position of the area with openings in the disk with openings 1, which is set based on the dynamic movement of the pattern on the pattern dial 2. According to the needs of the design, the areas with openings in the disk with openings 1 can be fully curved or partially curved, and they can also be designed in corresponding various shapes according to the theme of the patterns. The areas with perforations are arranged depending on the movement path of the pattern dial, each unit being formed by an area with a breakout and an area without a breakout, and the extent of the area with a breakout being decided by the pitch of the pattern dial, while the extent of the area is decided without breakthrough is determined jointly by the step size of the sample dial and the number of steps of the dynamic movement on the sample dial, and where the step size of the area with a breakthrough and the extent of the area without a breakthrough have a ratio of 1: n-1 (n is the number of movement steps) and wherein the openings of the disk with openings 1 each time only show the area of the display of a single step of the dynamic range on the sample dial 2, while at the same time only the number of steps n is relatively increased accordingly, so that the activity and the degree of simulation are increased earth; the relative movement of the perforated disk 1 and the pattern dial is a curved movement or a linear movement, wherein when the pattern dial 2 moves and when the perforated disk 1 is static, an object moves regularly along a certain path; and wherein, if the sample dial remains static, and if the perforated disc 1 moves, it can be represented that an object is performing a regular movement at a relatively fixed position; under driving of the movement components in the wristwatch, the pattern dial 2 moves; the extension of each step of the pattern in the dynamic range on the pattern dial 2 is the same as the extension of the opening on the disk with openings 1.
    The disc with openings 1 can be a dial, a cover plate, a stop ring, a back cover of the wristwatch or a relatively thick side surface of the watch case of the clockwork, which can each be designed as a perforated structure; the sample dial 2 may be a seconds dial or a gear wheel whose activity frequency and amplitude are similar to those of the second hand as long as the activity frequency and activity amplitude are suitable for displaying an optical delay phenomenon.
    First embodiment: The dial of the wristwatch is a disc with breakthroughs and the second dial is a pattern dial, the pattern being two fish that can swim freely: The driving force of the second dial comes from the second shaft, one revolution of the second wheel takes 60 s , and the frequency of the movement used is used to calculate the period of oscillation, whereby the angle traversed with each rotation of the seconds shaft is determined. A clockwork with a frequency of f = 21600 serves as an example, the expansion α with each jump of the second hand (passage angle) is (1 / (21600/3600)) - 2- (360/60) = 2 degrees; 360 stands for the angle for one revolution of the second hand, 60 stands for the seconds for one revolution and 1/3 stands for the period of oscillation (T). This results in a = 43200 / f, namely the extension of the opening in the dial is 2 degrees.
    The activity of swinging the tail of the swimming fish on the second dial can be viewed as being completed in a left and right step, namely n = 2, and since the extension of the aperture of the dial and the extension of the area without Breakthrough have a ratio of 1: n-1, the extent of the breakthrough in the unit angle of an area with a breakthrough is 2 degrees, while the extent of the area without a breakthrough is also 2 degrees, thereby forming a pattern with a breakthrough. The distribution of the movement path of the angular unit on the patterns of the second dial is such that the pattern of the individual step of the second dial at the starting position and the area with openings partially correspond to one another, namely the area with openings of the dial and the solid line of the dynamic area overlap of the seconds face each other; the fishtail on the seconds hand is the dynamic range, and the fishtail completes the contour of the fishtail based on the extension of the openings; if the left and right movement states are distributed at a distance, then the images are superimposed on one another.
    FIGS. 3a to 3c show a sequence of the movement of the fish completed by a rotation of the second hand in one second; the first fish is taken as an example, wherein in a first state the portion of the fishtail pivoting to the right on the second dial is covered by the dial and the portion pivoting to the left is displayed through the openings; in a second state, the portion of the fishtail pivoting to the left on the second dial is covered by the dial, and the portion pivoting to the right is displayed through the perforations; in a third state, the portion of the fishtail pivoting to the right on the seconds dial is covered by the dial, and the portion pivoting to the left is displayed through the perforations; the three states are completed within 1 second, which is dynamic continuous movement, so that the eyes observe a scene in which two fish are chasing each other with tails swinging left and right.
    It should be noted that the extent of the area without a breakthrough in the angular unit on the dial corresponds to the number of activity steps of the dynamic range of the second dial, using a clockwork with the frequency of 21600 as an example, and when the change of the objects on the seconds face 3 is active, the extent of the area without a breakthrough in angular units on the dial is 4 degrees.
    Second embodiment: As shown in Figure 5, the movement of the dial is changed on the basis of the first embodiment to the linear arrangement, the sample dial no longer performs a curved movement around the center of the second wave serving as a circle, but performs a linear movement Movement along the breakthrough area of the dial and the stepped patterns of activity on the sample dial are changed based on the linear movement. A scene can be observed in which a fish swims linearly.
    Third embodiment: As shown in Figure 6, a retaining ring is used as a dial with openings and a pattern ring is used as a pattern dial, a pattern serving as an example in which a horse runs on the side surface of the watch case.
    The pattern ring is columnar, on the side surface is a pattern of the running activity of the horse, the activity of the horse is divided into 3 steps, which is why n = 3, since namely the extent of the breakthrough and the extent of the area without a breakthrough in each unit with openings on the side surface of the stop ring have a ratio of 1: 2. In addition, it differs from the first embodiment in that the stop ring used as a dial with openings is movable and the sample ring used as a sample dial is stationary. This enables the scene of a running horse to be observed from the side face of the clock.
    Using the optical delay, in the present invention, a dynamic continuous image is displayed in the wristwatch by the movement of the movable components in the movement, with a simple structure, reliable operation and good technique, whereby continuous animation on the Wristwatch can be realized to improve the performance of the wristwatch.
    权利要求:
    Claims (5)
    [1]
    A wrist watch comprising a dynamic image display mechanism in the wrist watch, characterized in that the display mechanism comprises a perforated disk (1) and a pattern dial (2) installed in parallel superimposed on each other; wherein openings are formed in the disk with openings (1); wherein a breakthrough and a region without a breakthrough, which are adjacent to one another, define a unit with a breakthrough; wherein the pattern dial (2) has a pattern with a dynamic image area in which a movement of the pattern is represented with n steps; wherein the pattern dial (2) and the disc with openings (1) arranged above it perform a relative step-by-step movement to one another; and wherein the relative position between the perforated disk (1) and the pattern dial (2) is set so that the dynamic image area of the pattern dial and the perforated units are superimposed on each other.
    [2]
    2. Wristwatch according to claim 1, characterized in that the extension of a breakthrough corresponds to a step size of the relative incremental movement of the sample dial to the disk with breakthroughs, while the extent of the area without a breakthrough corresponds to the step size of the sample dial and the number of steps n of the dynamic movement shown on Sample dial is defined, the ratio (extension of the opening): (extension of the area without opening) = 1: (number of steps - 1).
    [3]
    3. Wristwatch according to claim 1, characterized in that the relative incremental movement between the pattern dial (2) and the disc with openings (1) is a curved movement or a linear movement.
    [4]
    4. Wristwatch according to claim 1, characterized in that the extent of each step of the pattern of the dynamic range on the pattern dial (2) is the same as the extent of an opening on the disc with openings (1).
    [5]
    5. Wristwatch according to claim 1, characterized in that when the pattern dial (2) moves and the disc with perforations (1) is stationary, it can be represented that an object is performing a regular movement along a movement path; and when the sample dial remains stationary and the perforated disc (1) is moving, it can be represented that an object is moving regularly at a relatively fixed position.
    类似技术:
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    同族专利:
    公开号 | 公开日
    CN105759590B|2019-02-05|
    CN105759590A|2016-07-13|
    WO2016095779A1|2016-06-23|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    GB1528219A|1975-10-13|1978-10-11|Seiko Instr & Electronics|Electronic timepieces|
    IL129455A|1999-04-15|2003-07-06|Mvt Multi Vision Technologies|Timepieces|
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    CN2667535Y|2003-11-21|2004-12-29|胡明燕|Cartoon quartz clock|
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    JP5141308B2|2008-03-11|2013-02-13|セイコーエプソン株式会社|Age display device and clock|
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    CN202120042U|2011-05-17|2012-01-18|广州利宝钟表有限公司|Dynamic clock|
    CN202080542U|2011-05-20|2011-12-21|孙健|Gift packing box with movable picture|
    CN102649374A|2012-05-25|2012-08-29|陈建云|Method for presenting dynamic pictures and seal adopting method|
    CN204331293U|2014-12-17|2015-05-13|天津海鸥表业集团有限公司|Dynamic image indication mechanism in wrist-watch|
    法律状态:
    2017-11-15| PCAR| Change of the address of the representative|Free format text: NEW ADDRESS: C/O MAIL BOXES ETC. FELDBERGSTRASSE 67, 4057 BASEL (CH) |
    2019-08-15| PCAR| Change of the address of the representative|Free format text: NEW ADDRESS: HERISAUERSTRASSE 81, 9200 GOSSAU SG (CH) |
    优先权:
    申请号 | 申请日 | 专利标题
    CN201410788022.9A|CN105759590B|2014-12-17|2014-12-17|Dynamic image indication mechanism in a kind of wrist-watch|
    PCT/CN2015/097294|WO2016095779A1|2014-12-17|2015-12-14|Mechanism for displaying dynamic image in wrist watch|
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