WO2017075762A1 - 透明容器与立体拼图组的组合结构及拼图方法 - Google Patents

透明容器与立体拼图组的组合结构及拼图方法 Download PDF

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Publication number
WO2017075762A1
WO2017075762A1 PCT/CN2015/093682 CN2015093682W WO2017075762A1 WO 2017075762 A1 WO2017075762 A1 WO 2017075762A1 CN 2015093682 W CN2015093682 W CN 2015093682W WO 2017075762 A1 WO2017075762 A1 WO 2017075762A1
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Prior art keywords
transparent container
puzzle
positioning block
wall
pattern
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PCT/CN2015/093682
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English (en)
French (fr)
Inventor
庄子平
庄世鸿
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庄子平
庄世鸿
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Application filed by 庄子平, 庄世鸿 filed Critical 庄子平
Priority to PCT/CN2015/093682 priority Critical patent/WO2017075762A1/zh
Publication of WO2017075762A1 publication Critical patent/WO2017075762A1/zh

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    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/06—Patience; Other games for self-amusement
    • A63F9/12—Three-dimensional jig-saw puzzles

Definitions

  • the invention relates to a combined structure and a puzzle method of a transparent container and a three-dimensional puzzle set, in particular to a three-dimensional puzzle set and a puzzle method attached to the inner wall of the transparent container.
  • the plane puzzle develops into a three-dimensional puzzle.
  • the shape of the three-dimensional puzzle is a big selling point.
  • the method of splicing has not changed, so the challenge and entertainment are still insufficient.
  • the gap between some three-dimensional jigsaw puzzle pieces is too large, which may make the jigsaw picture easy to loose; and the corners of the jigsaw are easily deformed by the application of external force, so the frame or bracket needs to be purchased separately after the jigsaw is completed, otherwise it is difficult to maintain. This is an urgent problem to be solved in the field.
  • the present invention provides a better improvement solution to solve the above technical problems.
  • the object of the present invention is to provide a combination structure and a puzzle method for a transparent container and a three-dimensional puzzle set, which are more interesting and challenging, and also have an aesthetic and protective effect.
  • the combined structure of the transparent container and the three-dimensional puzzle set proposed by the present invention comprises:
  • a transparent container with a transparent container is a transparent container with a transparent container
  • the neck is located above the bottle body, the inner diameter of the neck is smaller than the inner diameter of the bottle body, and the neck has an opening;
  • the bottom is located below the bottle body, and the bottom is a flat bottom;
  • the plurality of puzzle pieces being spliced to each other and forming a pattern surface, the pattern surface being attached to an inner wall of the transparent container.
  • the transparent container further comprises a positioning block, the positioning block is disposed on an inner wall of the bottom, and the mosaic picture surrounds the positioning block.
  • a plurality of the puzzle pieces include:
  • a plurality of pattern mosaic pictures a plurality of the pattern mosaic pieces are spliced to each other and form the pattern surface, and an edge of the pattern surface abuts against a periphery of the pedestal;
  • the transparent container further includes at least one clamping piece, the at least one clamping piece has an engaging end and a clamping end, the engaging end is engaged with the at least one card slot, and the clamping The end and the inner wall of the transparent container hold the pattern piece together.
  • the transparent container further comprises a positioning block, the positioning block is disposed on an inner wall of the bottom, and the base surrounds the positioning block.
  • the present invention also provides a puzzle method for a combined structure of a transparent container and a three-dimensional puzzle set, which is a puzzle method applied to a combined structure of the transparent container and the three-dimensional puzzle set, the transparent container and the three-dimensional puzzle set.
  • the jigsaw method of the combined structure is: putting the puzzle piece into the transparent container, and extending into the transparent container with a rod having a bent end, and pushing the piece of the picture stitching with the bent end On the inner wall of the transparent container.
  • the transparent container further comprises a positioning block disposed on an inner wall of the bottom of the transparent container, and the rod is pushed by the rod
  • the picture is illustrated such that the piece of picture surrounds the positioning block.
  • the transparent container further comprises at least one clip Holding the piece, the at least one clamping piece has an engaging end and a clamping end; the base piece is pushed together by the rod to form a base, and the base is attached to the An inner wall of the bottom of the transparent container, the base having at least one card slot; the pattern tiles are pushed together by the rod to form a pattern surface, and the edge of the pattern surface and the periphery of the base Abutting against the at least one card slot of the at least one clamping piece by the rod, and clamping the clamping end with the inner wall of the transparent container Pattern puzzle picture.
  • the transparent container further comprises a positioning block disposed on an inner wall of the bottom of the transparent container, and the rod is pushed by the rod While the pedestal pieces are spliced to each other and form the pedestal, the pedestal surrounds the positioning block.
  • the present invention is more interesting and challenging in the puzzle process by attaching the pattern surface formed by the puzzle image to the inner wall of the transparent container, in addition to the aesthetic and protective effects.
  • 1 is a perspective view showing the finished product of the first embodiment of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • FIG. 2 is a perspective view of the transparent container of the first embodiment of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • Fig. 3 is a perspective view showing the semi-finished product of the first embodiment of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • Fig. 4 is an exploded perspective view showing the semi-finished product of the pattern surface of the first embodiment of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • Figure 5 is a partial cross-sectional view showing a first embodiment of a combined structure of a transparent container and a three-dimensional puzzle set of the present invention.
  • Fig. 6 is a perspective view showing the semi-finished product of the second embodiment of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • Fig. 7 is a schematic view showing the operation of the puzzle method of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • FIG. 8 is a flow chart showing the operation of the puzzle method of the combined structure of the transparent container and the three-dimensional puzzle set of the present invention.
  • FIG. 1 illustrate a first embodiment of the combined structure of the transparent container and the three-dimensional puzzle set proposed by the present invention (hereinafter referred to as a puzzle set).
  • the puzzle set includes a transparent container 100 and a plurality of puzzle pieces 200, wherein the transparent container 100 is transparent.
  • the puzzle pieces 200 are spliced to each other to form a pattern surface 201, and the pattern surface 201 is attached to the inner wall of the transparent container 100.
  • the pattern surface 201 may cover the entire inner wall of the transparent container 100, or may cover only a part of the inner wall of the transparent container 100.
  • the transparent container 100 includes a bottle body 110, a neck portion 120 and a bottom portion 130.
  • the neck 120 is located above the bottle body 110, and the top end of the neck 120 has an opening, and the inner diameter of the neck 120 is smaller than the inner diameter of the bottle body 110.
  • the inner diameter of the neck 120 is just enough for the puzzle piece 200 to pass and is smaller than the user's fist width, so that the user cannot extend the entire palm into the transparent container 100 to stitch the mosaic picture 200.
  • the depth of the bottle body 110 plus the neck portion 120 is also greater than the length of the user's finger, so the user cannot splicing the puzzle piece 200 by extending the finger into the transparent container 100.
  • the bottle body 110 may have a circular cross section, or may be elliptical or polygonal.
  • Bottom 130 Located below the bottle body 110, and the bottom portion 130 is a flat bottom, in addition to allowing the transparent container 100 to stand on a plane (such as a table top) without additional support, it is also possible to avoid the picture 200 being scrolled at the beginning of the puzzle. It is difficult to stitch.
  • the transparent container 100 also includes a positioning block 140.
  • the positioning block 140 is disposed on an inner wall of the bottom portion 130. In the present embodiment, the positioning block 140 is disposed at the center of the bottom portion 130, but may also be disposed at the periphery of the bottom portion 130.
  • the puzzle picture 200 surrounds the snap positioning block 140. Therefore, the positioning block 140 can help the user to locate the puzzle picture 200 during the splicing process, and can prevent relative movement between the pattern surface 201 and the transparent container 100 after the splicing is completed.
  • the puzzle picture 200 includes a plurality of pedestal puzzle pictures 220 and a plurality of pattern puzzle pictures 210.
  • the pedestal puzzle pieces 220 are spliced to each other and form a pedestal 202 that is attached to the inner wall of the bottom portion 130.
  • the base 202 can surround the snap positioning block 140. More specifically, the base 202 has a positioning hole 2021, and the positioning hole 2021 is sleeved with the positioning positioning block 140 to prevent the base 202 from moving relative to the transparent container 100 (as shown in the figure). 3)).
  • the base 202 also has at least one card slot 221 .
  • the number of the card slots 221 is not limited to be equal to the number of the base tile pictures 220, and the card slot 221 is disposed on the single base tile picture 220 (as shown in FIG. 4), and the portions of the card slot 221 may be separately disposed.
  • the pedestal piece picture 220 (not shown) is spliced to form the card slot 221 when the pedestal piece picture 220 is spliced to form the pedestal 202.
  • the transparent container of the present invention further comprises at least one clamping piece 300 for holding the pattern piece 210 to prevent the pattern piece 210 from moving relative to the transparent container 100.
  • the number of the clamping pieces 300 is equal to the number of the card slots 221, and the clamping piece 300 has an engaging end 301 and a clamping end 302.
  • the clamping end 302 presses the pattern tile 210 and clamps the pattern surface 201 together with the transparent container 100 (as shown in FIG. 5). Therefore, the pattern surface 201 does not move relative to the susceptor 202 and the transparent container 100.
  • the pattern pieces 210 are spliced to each other and form a pattern surface 201, and the pattern portions on each pattern sheet 210 are connected to form an overall pattern on the pattern surface 201.
  • the edge of the patterned surface 201 abuts the peripheral edge 2022 of the pedestal 202, and the patterned surface 201 conforms to all or part of the bottle body 110 and the neck 120.
  • FIG. 6 illustrate a second embodiment of the combined structure of the transparent container and the three-dimensional puzzle set proposed by the present invention.
  • a partial pattern puzzle picture 210A is shown in FIG.
  • the technical features of the second embodiment of the present invention are similar to those of the first embodiment, except that the transparent container 100A does not have a positioning block, and the mosaic image 200A is spliced to cover the entire bottom, specifically, the pedestal puzzle image 220A is formed.
  • the base 202A covers the entire bottom. Since the puzzle set of the embodiment does not have a positioning block, the reference point is missing when the mosaic picture 200A is stitched, and there is no place for helping the mosaic picture 200A to be positioned, thus adding more challenges.
  • FIG. 7 illustrate the puzzle piece of the combined structure of the transparent container and the three-dimensional puzzle set proposed by the present invention.
  • the method and the puzzle method of the combined structure of the transparent container and the three-dimensional puzzle set can be used to splicing the combined structure of the transparent container and the three-dimensional puzzle set, so that the technical solutions can refer to each other.
  • the inner diameter of the neck portion 120 of the transparent container 100 is smaller than the inner diameter of the bottle body 110 of the transparent container 100, most of the time, the user cannot project the mosaic sheet 200 by simply extending the finger into the transparent container 100. Therefore, it is necessary to push the puzzle picture 200 to the correct position and splicing the other puzzle pieces 200 by the assistance of one shot 400.
  • one end of the rod 400 is a bent end 401 to cope with various transparent containers 100 of different shapes, and the sheet 200 is pushed to any position within the transparent container 100.
  • the jigsaw method of the combined structure of the transparent container and the three-dimensional puzzle set includes the following steps: placing the puzzle picture 200 into the transparent container 100, and extending into the transparent container 100 with the rod 400 having the bent end 401, and bending The end 401 pushes the puzzle piece 200 to be joined to the inner wall of the transparent container 100.
  • the transparent container 100 includes the positioning block 140
  • the positioning block 140 is disposed on the inner wall of the bottom portion 130. Therefore, the present puzzle method uses the lever 400 to push the puzzle picture 200 so that the puzzle picture 200 surrounds the engagement positioning block 140.
  • the transparent container of the present invention further includes at least one clamping piece 300, and the clamping piece 300 has an engaging end 301 and a clamping end 302;
  • the mosaic picture 200 includes a plurality of base mosaic pictures 220 and a plurality of The pattern is pictured 210. Therefore, the puzzle method of the combined structure of the transparent container and the three-dimensional puzzle set can be further subdivided into the following steps:
  • Step S1 Using a rod splicing pedestal to compose a picture to form a pedestal.
  • a plurality of pedestal pieces 220 are placed in the transparent container 100, and then the pedestal pieces 220 are spliced to each other by the rod 400 to form the pedestal 202.
  • the positioning block 140 is disposed on the inner wall of the bottom portion 130, so that the base 202 is spliced into the base 202 by the rod 400, and the base 202 is wrapped around the engaging positioning block 140.
  • the pedestal tile 220 is pushed against the locating block 140 by the lever 400, and then the other pedestal tile 220 is spliced with the pedestal tile 220 that abuts the positioning block 140.
  • Step S2 splicing and holding the piece on the base and the pattern piece by using a rod.
  • the engaging end 301 is pushed by the rod 400 to engage with the card slot 221, and the clamping end 302 and the inner wall of the transparent container 100 are clamped together with the pattern sheet 210.
  • the pattern puzzle picture 210 is placed in the transparent container 100, and a plurality of pattern puzzle pictures 210 can be simultaneously inserted, and then the pattern tile 210 is first spliced by the bar 400; and at least one clamping piece 300 is placed in the transparent container.
  • the transparent container 100 of the semi-finished product at this time is as shown in FIG.
  • Step S3 The picture is stitched with a rod stitching pattern to form a pattern surface.
  • the pattern is first patterned 210 Putting into the transparent container 100; then pushing the pattern piece 210 to be spliced to each other by the rod 400 and forming the pattern surface 201, and the edge of the pattern surface 201 is abutted against the circumference 2022 of the base 202; finally, the above action is continuously repeated until the pattern surface is formed. 201.
  • the pattern piece 210 to be spliced has been adjacent to the opening of the neck 120 of the transparent container 100, it is not necessary to use the rod 400 to perform splicing by hand.
  • the present invention is different from the traditional puzzle that the user can directly splicing by hand, by attaching the pattern surface formed by the puzzle image to the inner wall of the transparent container, in addition to having both aesthetic and protective effects. It needs to be spliced by the aid of tools, so it is more interesting and challenging.

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Abstract

一种透明容器(100)与立体拼图组的组合结构，其包含一透明容器(100)及多个拼图片(200)。透明容器(100)具有一瓶身(110)、一颈部(120)及一底部(130)。颈部(120)位于瓶身(110)上方，颈部(120)的内径小于所述瓶身(110)的内径，且颈部(120)具有一开口。底部(130)位于瓶身(110)下方且底部(130)为平坦底部。多个拼图片(200)互相拼接并形成一图案面(201)，图案面(201)贴合于透明容器(100)的内壁。一种透明容器(100)与立体拼图组的组合结构的拼图方法，包含将拼图片(200)放入透明容器(100)，并以一具有一弯折端(401)的杆(400)伸进透明容器(100)中，并以弯折端(401)推动拼图片(200)拼接结合于透明容器(100)的内壁上。

Description

透明容器与立体拼图组的组合结构及拼图方法 技术领域
本发明是关于一种透明容器与立体拼图组的组合结构及拼图方法，特别是指贴合于透明容器内壁的立体拼图组及拼图方法。
背景技术
平面拼图发展到立体拼图，除了使拼图上的图案更有特色外，立体拼图的造型更是一大卖点。然而，除了图案及造型的变化之外，拼接的方法并未改变，因此挑战性及娱乐性仍嫌不足。此外，有些立体拼图拼图片的间隙太大，可能使拼图片容易松脱；而且拼图的折角处容易因施加外力而变形，因此拼图完成后还需要另外购买画框或支架，否则不易维护。此为本领域亟待解决的问题。
有鉴于此，本发明提供一种更佳的改善方案，以解决上述技术问题。
发明内容
本发明的目的在于提供一种透明容器与立体拼图组的组合结构及拼图方法，其更具趣味性、挑战性，还兼具美感及保护效果。
为达上述目的，本发明所提出的透明容器与立体拼图组的组合结构包含：
一透明容器，透明容器具有：
一瓶身；
一颈部，所述颈部位于所述瓶身的上方，所述颈部的内径小于所述瓶身的内径，且所述颈部具有一开口；及
一底部，所述底部位于所述瓶身的下方，且所述底部为平坦底部；
多个拼图片，所述多个拼图片互相拼接并形成一图案面，所述图案面贴合于所述透明容器的内壁。
如上所述的透明容器与立体拼图组的组合结构，其中，所述透明容器更包含一定位块，所述定位块设置于所述底部的内壁，所述拼图片环绕卡合所述定位块。
如上所述的透明容器与立体拼图组的组合结构，其中：
多个所述拼图片中包含：
多个基座拼图片，多个所述基座拼图片互相拼接并形成一基座，所述基座贴合于所述底部的内壁且具有至少一卡槽；及
多个图案拼图片，多个所述图案拼图片互相拼接并形成所述图案面，所述图案面的边缘与所述基座的周缘相抵靠；
所述透明容器更包含至少一夹持片，所述至少一夹持片具有一卡合端及一夹持端，所述卡合端卡合于所述至少一卡槽，且所述夹持端与所述透明容器的内壁共同夹持所述图案拼图片。
如上所述的透明容器与立体拼图组的组合结构，其中，所述透明容器更包含一定位块，所述定位块设置于所述底部的内壁，所述基座环绕卡合所述定位块。
为达上述目的，本发明还提出一种透明容器与立体拼图组的组合结构的拼图方法，为应用于前述透明容器与立体拼图组的组合结构的拼图方法，所述透明容器与立体拼图组的组合结构的拼图方法为：将所述拼图片放入所述透明容器，并以一具有一弯折端的杆伸进所述透明容器中，并以所述弯折端推动所述拼图片拼接结合于所述透明容器的内壁上。
如上所述的透明容器与立体拼图组的组合结构的拼图方法，其中，所述透明容器更包含一定位块，所述定位块设置于所述透明容器的底部的内壁，通过所述杆推动所述拼图片以使所述拼图片环绕卡合所述定位块。
如上所述的透明容器与立体拼图组的组合结构的拼图方法，其中，多个所述拼图片中包含多个基座拼图片及多个图案拼图片，且所述透明容器更包含至少一夹持片，所述至少一夹持片具有一卡合端及一夹持端；通过所述杆推动所述基座拼图片互相拼接并形成一基座，并使所述基座贴合于所述透明容器的底部的内壁，所述基座具有至少一卡槽；通过所述杆推动所述图案拼图片互相拼接并形成图案面，并使所述图案面的边缘与所述基座的周缘相抵靠；通过所述杆推动所述至少一夹持片的所述卡合端卡合于所述至少一卡槽，并使所述夹持端与所述透明容器的内壁共同夹持所述图案拼图片。
如上所述的透明容器与立体拼图组的组合结构的拼图方法，其中，所述透明容器更包含一定位块，所述定位块设置于所述透明容器的底部的内壁，通过所述杆推动所述基座拼图片互相拼接并形成所述基座的同时，使所述基座环绕卡合所述定位块。
因此，本发明通过将拼图片所形成的图案面贴合于透明容器的内壁，除了兼具美感及保护效果外，于拼图过程中更添趣味性及挑战性。
附图说明
以下附图仅旨在于对本发明做示意性说明和解释，并不限定本发明的范围。其中：
图1为本发明的透明容器与立体拼图组的组合结构的第一实施例的完成品的立体示意图。
图2为本发明的透明容器与立体拼图组的组合结构的第一实施例的透明容器的立体示意图。
图3为本发明的透明容器与立体拼图组的组合结构的第一实施例的半完成品的立体示意图。
图4为本发明的透明容器与立体拼图组的组合结构的第一实施例的图案面的半完成品的立体分解图。
图5为本发明的透明容器与立体拼图组的组合结构的第一实施例的部分剖面图。
图6为本发明的透明容器与立体拼图组的组合结构的第二实施例的半完成品的立体示意图。
图7为本发明的透明容器与立体拼图组的组合结构的拼图方法的操作示意图。
图8为本发明的透明容器与立体拼图组的组合结构的拼图方法的操作流程图。
具体实施方式
以下配合附图及本发明的较佳实施例，进一步阐述本发明为达成预定发明目的所采取的技术手段。
首先请参考图1以说明本发明所提出的透明容器与立体拼图组的组合结构(以下简称拼图组)的第一实施例。拼图组包含一透明容器100及多个拼图片200，其中透明容器100为透明状。拼图片200互相拼接并形成图案面201，且图案面201贴合于透明容器100的内壁。此外，图案面201可覆盖整个透明容器100的内壁，也可仅覆盖透明容器100内壁的一部分。
接着请参考图2。透明容器100包含一瓶身110、一颈部120及一底部130。颈部120位于瓶身110上方，颈部120的顶端具有一开口，且颈部120的内径小于瓶身110的内径。具体而言，颈部120的内径恰可供拼图片200通过而小于使用者的拳头宽度，因此使用者无法将整个手掌伸入透明容器100内拼接拼图片200。此外，瓶身110加上颈部120的深度也大于使用者手指的长度，因此使用者无法通过将手指伸入透明容器100内拼接拼图片200。瓶身110的截面可为圆形，也可为椭圆形或多边形。底部130 位于瓶身110下方，且底部130为平坦底部，除可使透明容器100不须额外支撑即可立于平面(例如桌面)上之外，还可避免在刚开始进行拼图时拼图片200一直滚动而难以拼接。
透明容器100还包含一定位块140。定位块140设置于底部130的内壁。于本实施例中，定位块140设置于底部130的中央，但也可设置于底部130的周缘。拼图片200环绕卡合定位块140，因此定位块140除了在拼接过程中可帮助使用者定位拼图片200，在拼接完成后还可防止图案面201与透明容器100间产生相对运动。
接着请参考图3至图5，以具体说明拼图片200的细节。拼图片200包含多个基座拼图片220、多个图案拼图片210。基座拼图片220互相拼接并形成一基座202，基座202贴合于底部130的内壁。基座202可环绕卡合定位块140，更具体来说，基座202具有定位孔2021，定位孔2021套设卡合定位块140，以防止基座202与透明容器100产生相对运动(如图3所示)。基座202还具有至少一卡槽221。卡槽221的数量不限于与基座拼图片220的数量相等，且卡槽221设置于单一基座拼图片220(如图4所示)，也可将卡槽221的各部分分别设置于多个基座拼图片220(图未绘示)，当基座拼图片220拼接形成基座202的同时也拼接形成卡槽221。
本发明的透明容器更包含至少一夹持片300，夹持片300用以夹持图案拼图片210，以防止图案拼图片210与透明容器100产生相对运动。具体而言，夹持片300的数量等于卡槽221的数量，且夹持片300具有一卡合端301及一夹持端302。当卡合端301卡合于卡槽221，夹持端302即紧压图案拼图片210并与透明容器100共同夹持图案面201(如图5所示)。因此，图案面201不会与基座202及透明容器100相对运动。
图案拼图片210互相拼接并形成图案面201，各图案拼图片210上的图案部分即相连接成图案面201上整体图案。图案面201的边缘与基座202的周缘2022相抵靠，且图案面201贴合于整个或部分的瓶身110及颈部120。
接着请参考图6以说明本发明所提出的透明容器与立体拼图组的组合结构的第二实施例。为便于理解，于图6中仅显示部分图案拼图片210A。本发明的第二实施例的技术特征与第一实施例相似，差异仅在于透明容器100A不具有定位块，且拼图片200A拼接后覆盖整个底部，具体而言基座拼图片220A所拼成的基座202A覆盖整个底部。由于本实施例的拼图组不具有定位块，在拼接拼图片200A时便缺少了参考点，也没有帮助拼图片200A定位的地方，因此增加了更多挑战性。
接着请参考图7以说明本发明所提出的透明容器与立体拼图组的组合结构的拼图方 法，且本透明容器与立体拼图组的组合结构的拼图方法可用于拼接前述透明容器与立体拼图组的组合结构，因此其技术方案可互相参照。由于透明容器100的颈部120的内径小于透明容器100的瓶身110的内径，大多数的时候使用者无法仅通过手指伸入透明容器100内拼接拼图片200。因此必须通过一杆400的辅助，将拼图片200推送至正确位置并拼接其他拼图片200。此外，杆400的一端为弯折端401，以应付各种不同造形的透明容器100，将拼图片200推送至透明容器100内的任一位置。
接着请参考图8。本透明容器与立体拼图组的组合结构的拼图方法包含以下步骤：将拼图片200放入透明容器100，并以具有弯折端401的杆400伸进所述透明容器100中，并以弯折端401推动拼图片200拼接结合于透明容器100的内壁上。然而，也可依情况需要以相对于弯折端401的另一端进行推动。于透明容器100包含定位块140的形态中，定位块140设置于底部130的内壁。因此，本拼图方法是利用杆400推动拼图片200以使拼图片200环绕卡合定位块140。
具体来说，本发明的透明容器更包含至少一夹持片300，且夹持片300具有一卡合端301及一夹持端302；拼图片200包含多个基座拼图片220及多个图案拼图片210。因此，本透明容器与立体拼图组的组合结构的拼图方法可进一步细分成以下步骤：
步骤S1：利用杆拼接基座拼图片以形成基座。此步骤中，首先，将多个基座拼图片220放入透明容器100，接着利用杆400推动基座拼图片220互相拼接并形成基座202。于具有定位块140的形态中，定位块140设置于底部130的内壁，因此利用杆400推动基座拼图片220拼接成基座202的同时，使基座202环绕卡合定位块140。具体而言，为先利用杆400推动基座拼图片220抵靠于定位块140，然后将另一基座拼图片220与抵靠于定位块140的基座拼图片220拼接。
步骤S2：利用杆拼接夹持片于基座及图案拼图片上。于此步骤中，利用杆400推动卡合端301卡合于卡槽221，并使夹持端302与透明容器100的内壁共同夹持图案拼图片210。具体而言，首先将图案拼图片210放入透明容器100，可同时放入多个图案拼图片210，接着先利用杆400拼接图案拼图片210；再将至少一夹持片300放入透明容器100，且推动至所欲夹持的图案拼图片210上；然后利用杆400将夹持片300的卡合端301卡合于基座202的卡槽221，并使夹持片300的夹持端302与透明容器100的内壁共同夹持图案拼图片210。若于具有多个夹持片300的形态中，持续重复上述动作直到所有的夹持片300皆用于夹持。此时半完成品的透明容器100即如图3所示。
步骤S3：利用杆拼接图案拼图片以形成图案面。于此步骤中，先将图案拼图片210 放入透明容器100；接着利用杆400推动图案拼图片210互相拼接并形成图案面201，并使图案面201的边缘与基座202的周缘2022相抵靠；最后，持续重复上述动作直到形成图案面201。当然，若欲拼接的图案拼图片210已邻近透明容器100颈部120的开口，不利用杆400而徒手进行拼接也无不可。
总结而言，本发明通过将拼图片所形成的图案面贴合于透明容器的内壁，除了兼具美感及保护效果外，于本发明不同于使用者可直接用手进行拼接的传统拼图，而是须要通过工具的辅助才能拼接，因此更添趣味性及挑战性。
以上所述仅是本发明的较佳实施例而已，并非对本发明做任何形式上的限制，虽然本发明已以较佳实施例揭露如上，然而并非用以限定本发明，任何熟悉本领域的普通技术人员，在不脱离本发明技术方案的范围内，当可利用上述揭示的技术内容作出些许更动或修饰为等同变化的等效实施例，但凡是未脱离本发明技术方案的内容，依据本发明的技术实质对以上实施例所作的任何简单修改、等同变化与修饰，均仍属于本发明技术方案的范围内。

Claims (8)

  1. 一种透明容器与立体拼图组的组合结构，其特征在于，所述透明容器与立体拼图组的组合结构包含：
    一透明容器，所述透明容器包含：
    一瓶身；
    一颈部，所述颈部位于所述瓶身的上方，所述颈部的内径小于所述瓶身的内径，且所述颈部具有一开口；及
    一底部，所述底部位于所述瓶身的下方，且所述底部为平坦底部；
    多个拼图片，多个所述拼图片互相拼接并形成一图案面，所述图案面贴合于所述透明容器的内壁。
  2. 根据权利要求1所述的透明容器与立体拼图组的组合结构，其特征在于，所述透明容器更包含一定位块，所述定位块设置于所述底部的内壁，所述拼图片环绕卡合所述定位块。
  3. 根据权利要求1所述的透明容器与立体拼图组的组合结构，其特征在于：
    多个所述拼图片中包含：
    多个基座拼图片，多个所述基座拼图片互相拼接并形成一基座，所述基座贴合于所述底部的内壁且具有至少一卡槽；及
    多个图案拼图片，多个所述图案拼图片互相拼接并形成所述图案面，所述图案面的边缘与所述基座的周缘相抵靠；
    所述透明容器更包含至少一夹持片，所述至少一夹持片具有一卡合端及一夹持端，所述卡合端卡合于所述至少一卡槽，且所述夹持端与所述透明容器的内壁共同夹持所述图案拼图片。
  4. 根据权利要求3所述的透明容器与立体拼图组的组合结构，其特征在于，所述透明容器更包含一定位块，所述定位块设置于所述底部的内壁，所述基座环绕卡合所述定位块。
  5. 一种如权利要求1所述的透明容器与立体拼图组的组合结构的拼图方法，所述透明容器与立体拼图组的组合结构的拼图方法为：将拼图片放入透明容器，并以一具有一弯折端的杆伸进所述透明容器中，并以所述杆推动所述拼图片拼接结合于所述透明容器的内壁上。
  6. 根据权利要求5所述的透明容器与立体拼图组的组合结构的拼图方法，其特征在于，所述透明容器更包含一定位块，所述定位块设置于所述透明容器的底部的内壁，通过所述杆推动所述拼图片以使所述拼图片环绕卡合所述定位块。
  7. 根据权利要求5所述的透明容器与立体拼图组的组合结构的拼图方法，其特征在于，多个所述拼图片中包含多个基座拼图片及多个图案拼图片，且所述透明容器更包含至少一夹持片，所述至少一夹持片具有一卡合端及一夹持端；通过所述杆推动所述基座拼图片互相拼接并形成一基座，并使所述基座贴合于所述透明容器的底部的内壁，所述基座具有至少一卡槽；通过所述杆推动所述图案拼图片互相拼接并形成图案面，并使所述图案面的边缘与所述基座的周缘相抵靠；通过所述杆推动所述至少一夹持片的所述卡合端卡合于所述至少一卡槽，并使所述夹持端与所述透明容器的内壁共同夹持所述图案拼图片。
  8. 根据权利要求7所述的透明容器与立体拼图组的组合结构的拼图方法，其特征在于，所述透明容器更包含一定位块，所述定位块设置于所述透明容器的底部的内壁，通过所述杆推动所述基座拼图片互相拼接并形成所述基座的同时，使所述基座环绕卡合所述定位块。
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