WO2013023444A1 - 便于拼接的组合件 - Google Patents
便于拼接的组合件 Download PDFInfo
- Publication number
- WO2013023444A1 WO2013023444A1 PCT/CN2012/070040 CN2012070040W WO2013023444A1 WO 2013023444 A1 WO2013023444 A1 WO 2013023444A1 CN 2012070040 W CN2012070040 W CN 2012070040W WO 2013023444 A1 WO2013023444 A1 WO 2013023444A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- splicing
- protrusions
- assembly
- rod
- shape
- Prior art date
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/04—Building blocks, strips, or similar building parts
- A63H33/10—Building blocks, strips, or similar building parts to be assembled by means of additional non-adhesive elements
- A63H33/102—Building blocks, strips, or similar building parts to be assembled by means of additional non-adhesive elements using elastic deformation
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/008—Playhouses, play-tents, big enough for playing inside
Definitions
- the present invention relates to a toy, and more particularly to a toy assembly that can be spliced to form a variety of shapes. Background technique
- the existing combination toy is basically a building block, a puzzle board or a functional block, wherein the function block is more attractive because it can be spliced and fixed.
- the structural features of the functional block are: usually a regular geometric shape, one surface of the front or back of the splicing block has a hollow cylindrical insertion hole, and the other surface has a corresponding cylindrical protrusion, using a hollow cylindrical shape and a cylinder The shaped protrusions cooperate to splicing to form a variety of articles or shapes.
- a toy construction kit having a toy building component with a connecting device for releasably interconnecting toy building components, the toy building kit further comprising External and internal toy construction parts in the longitudinal direction.
- the inner toy building components can be received in the outer toy building component and the inner toy building components can be slid in their parallel longitudinal directions in the outer toy building component.
- External toy building parts can be in their longitudinal direction
- the interconnects are formed to form a composite outer toy building component, and the inner toy building components are interconnected in their longitudinal direction to form a composite inner toy building component.
- the function block is a solid structure for the purpose of building a toy, and only the protrusions or cylindrical insertions are provided on the front and back surfaces. If you want to build a larger product, you will have a larger volume and occupy a lot of space.
- the function block also has a large weight, which is not convenient to use and carry.
- An assembly for facilitating splicing characterized in that the assembly comprises at least a splicing member, the splicing member is a frame-shaped structure, that is, having a frame-shaped peripheral wall having a plurality of protrusions and recesses on the frame-shaped peripheral wall, the protrusions And the recess is located at least on three or more adjacent outer surfaces of the splicing member, or on the entire outer surface of the splicing member, to facilitate splicing of the splicing member at multiple angles.
- the splicing member is a frame-shaped structure, that is, having a frame-shaped peripheral wall having a plurality of protrusions and recesses on the frame-shaped peripheral wall, the protrusions And the recess is located at least on three or more adjacent outer surfaces of the splicing member, or on the entire outer surface of the splicing member, to facilitate splicing of the splicing member at multiple angles.
- the protrusion or the recess has a cross-sectional shape of a circle, a square, a triangle, an ellipse, a polygon above a pentagon or other regular geometric shapes, as long as the combination of the rod and the splicing member can be realized, any shape It is ok, usually a symmetrical geometry.
- the rod member can be made of organic or inorganic materials such as plastic, resin, plastic, rubber, etc. during the manufacturing process, and can be used as long as the material is convenient for one injection molding, which is convenient for low-cost production.
- the shape of the rod can be various, and generally the cross section of the rod is a combination of a circle, a triangle, a square, a polygon, a star, a cross, an ellipse, or a combination thereof, or it is similar Geometry.
- the splicing member has a circular shape, a triangular shape, a square shape, an elliptical shape, a pentagon shape and a polygonal shape, a wheel shape, a star shape, a spherical shape, a pyramid shape and the like; and further, the splicing member and the outer surface thereof Protrusions and recesses are provided on each side to connect the rod or other accessory member from various orientations or angles.
- the splicing member is a hollow structure to reduce the total amount of the splicing members, and is convenient for maintaining the stability of the spliced structure.
- the splicing member has a recess or protrusion therebetween, and the frame-shaped peripheral wall and the recess or the protrusion are connected by the connecting arm.
- the rod-shaped member has upper and lower ends, one end has a protruding convex portion, and one end has a concave hole, and the concave hole has a diameter coincident with the protrusion to fit the protrusion, and the convex portion is in the concave portion Matching to be able to be embedded in the recess for the purpose of the combination; or
- the upper and lower ends of the rod are designed as convex portions or concave holes.
- the protrusions are all made into a hollow structure to minimize the total amount of the rod and the splicing piece, and the structure is kept stable after splicing.
- the illustrated assembly may also include other accessories such as a windmill, balloon holder, and the like.
- the invention adopts the form of a rod-shaped piece and a splicing piece to construct a new toy combination and splicing manner, which is convenient for people to splicing and constructing a large-sized article or structure to satisfy people's entertainment demand and sense of accomplishment.
- the implementation of the invention is simple in structure, easy to manufacture, low in production cost, and convenient for carrying and storing.
- FIG. 1 is a schematic structural view of a rod member according to an embodiment of the present invention.
- Fig. 2 is a structural schematic view showing another angle of the mode shown in Fig. 1.
- Figure 3 is a side view of the mode shown in Figure 1.
- FIG. 9 is a schematic structural view of a specific embodiment of the present invention.
- FIG. 10 is a schematic structural view of another embodiment of the present invention. detailed description
- the rod member 1 further has a plurality of perforations 15 through which the objects such as ribbons, cords and the like can be tied to facilitate the fixing of the rod member 1 to other articles or to tie the decorations.
- the rod member can be of various structures.
- the rod member 1 can be in the shape of a cylinder, a prism, a rectangular parallelepiped or the like, and can also be adjusted according to actual needs, and the protrusion on the rod member can be adjusted. It is not limited to a hollow cylindrical shape, and may be other shapes such as a prism shape.
- the center of the splicing large protrusion 21 has a concave hole for splicing with the splicing small protrusions of the other splicing pieces, or splicing with the rod member 1.
- the outer side of the splicing large protrusion 21 and the splicing small protrusion 22 has a connecting protruding wall 23, and the connecting protruding wall 23 respectively connects the splicing large protrusion 21 and the splicing small protrusion 22, and strengthens the splicing large protrusion 21,
- the supporting action of the small protrusions 22 is spliced.
- a splicing large protrusion 21 and a splicing small protrusion 22 are provided, and the outer side of the splicing large protrusion 21 and the splicing small protrusion 22 has a connecting protruding wall 23, and the connecting protruding wall 23 respectively splicing the large protrusion 21
- the splicing small protrusions 22 are connected to each other to strengthen the supporting action of the splicing large protrusions 21 and the splicing small protrusions 22.
- the middle of the splicing member 2 is also provided with a central protrusion 26 which is connected to the side edge 24 by a plurality of connecting arms 25, so that the splicing member 2 forms a shape of a field.
- a fourth implementation of the present invention is shown. As shown in the figure, the splicing member 2 is entirely triangular.
- one surface is provided with a splicing large protrusion 21, and the other surface is provided with a splicing small protrusion 22, and the outer side of the splicing large protrusion 21 and the splicing small protrusion 22 has a connecting protruding wall 23, and the connecting protruding wall 23
- the splicing large protrusions 21 and the splicing small protrusions 22 are respectively connected to each other, and the supporting action of the splicing large protrusions 21 and the splicing small protrusions 22 is strengthened.
- the outer sides of the four sides 24 of the splicing member 2 have a plurality of staggered splicing large protrusions 21 and splicing small protrusions 22.
- the splicing large protrusions 21 and the splicing small protrusions 22 are also arranged in a staggered arrangement of the mounting sides, and generally one side is provided with a large splicing.
- the protrusions 21 are provided with splicing small protrusions 22 on the adjacent sides; and the splicing large protrusions 21 or the splicing small protrusions 22 are provided at the three corners of the triangle.
- a fifth implementation of the present invention is shown, and the splicing member 2 is circular as a whole.
- the two main sides of the splicing member 2 are provided with splicing large protrusions 21 and splicing small protrusions 22, wherein the splicing large protrusions 21 and the splicing small protrusions 22 are spaced apart, and one splicing large protrusion 21 is adjacent to the two splicing small protrusions 22 , a stitching small protrusion 22 and two spells The large protrusions 21 are adjacent to each other.
- the connecting projecting wall 23 connects the splicing large protrusions 21 and the splicing small protrusions 22 distributed around the circumference of the circle, and has the function of strengthening the support.
- a plurality of splicing large projections 21 and splicing small projections 22 are spaced apart, and the splicing large projections 21 and the splicing small projections 22 are alternately arranged.
- a central projection 26 is also provided in the middle of the splicing member 2, and the central projection 26 is joined to the side edge 24 by a cross-shaped connecting arm 25.
- the splicing large protrusions and the splicing small protrusions may be simultaneously disposed on one surface of the splicing member 2, or may be respectively disposed on different surfaces, and the splicing large protrusions have concave holes to be spliced with the splicing small protrusions of other splicing pieces, or Stitching with the rod 1.
- Fig. 9 is a schematic view showing the structure of the first use mode when the invention is used in combination.
- the rod member 1 and the splicing member 2 both have a plurality of large protrusions and small protrusions, and by using these large protrusions and small protrusions, other decorations or parts can be spliced to form a colorful structure.
- FIG. 10 is a splicing combination method according to another embodiment of the present invention, in which a rod member 1 and a splicing member 2 are spliced and combined into a square frame, and in the upper portion of the square frame, the splicing member 2 is further A heart-shaped ornament 3 is inserted, and a circular ornament 4 can also be inserted into the rod member 1.
- the decorations can be made according to the needs of the user, such as square decorations, square decorations can be identified Different nameplates or product logos.
- the toy has a combined effect, and after being gathered, the rod member 1 and the splicing member 2 occupy a small space and can be placed in a small space for people to place and carry.
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- Toys (AREA)
Abstract
一种便于拼接的组合件,该组合件至少包括杆状件(1)和拼接件(2),所述杆状件(1)上至少设置有一个突起(13)和凹部(11),所述的突起(13)和凹部(11)位于杆状件(1)的侧壁上;所述拼接件(2)具有复数个突起(22)和凹部(21),且所述拼接件(2)上的突起(22)和凹部(21)与杆状件(1)上的凹部(11)和突起(13)大小对应。采用杆状件(1)和拼接件(2)配合的形式,构造了一种新的玩具组合及拼接方式,便于人们拼接组建体积大的物品或构造,满足人们的娱乐需求和成就感。
Description
便于拼接的组合件 技术领域
本发明涉及玩具, 准确地说是一种玩具组合件, 该组合件能够随 意拼接, 形成各种各样的形状。 背景技术
作为儿童或成人玩具, 人们通常所使用的是具有固定形状的玩 具, 随着组合玩具的产生, 人们对组合使用玩具的乐趣就超过固定形 状的玩具, 组合玩具很快就风靡世界。
现有的组合玩具, 基本是积木、拼图板或者是功能块组成, 其中 功能块以其能够拼接固定更具有吸引力。功能块的结构特点是: 通常 为规则的几何形状,拼接块的正面或背面中一个表面具有空心的圆柱 形插接孔, 另一个表面则具有对应的圆柱形突起, 利用空心的圆柱形 与圆柱形突起配合来进行拼接, 以形成各种各样的物品或形状。
如专利申请 200680004402.2更进一步描述了一种玩具建造套件, 该玩具建造套件具有带连接装置的玩具建造部件,该连接装置用于将 玩具建造部件可释放地相互连接,所述玩具建造套件还包括具有纵向 方向的外部和内部玩具建造部件。内部玩具建造部件可接收在外部玩 具建造部件中,并且内部玩具建造部件可在外部玩具建造部件中沿它 们平行的纵向方向滑动。外部玩具建造部件可在它们的纵向方向上相
互连接, 以形成复合的外部玩具建造部件, 并且内部玩具建造部件可 在它们的纵向方向上相互连接, 以形成复合的内部玩具建造部件。
然而无论是上述专利所描述的结构也好,还是具有功能块搭建的 玩具也好, 出于搭建玩具的需要, 功能块为实心结构, 只在正反两个 表面设置搭建的突起或圆柱形插接孔, 如果要搭建较大体积的产品, 必然会有较大的体积, 占据很多空间, 功能块也具有教大的重量, 使 用和携带并不方便。
特别是功能块在制作中, 如果要制作成体积大的功能块, 制作成 本高, 拼接也不方便。 发明内容
基于此, 本发明的首要目的是提供一种便于拼接的组合件, 该组 合件能够进行多角度自由拼接, 便于形成多种拼接形状, 且重量轻、 占据空间小, 便于携带及使用。
本发明的再一个目的是提供一种便于拼接的组合件,该组合件将 杆状件和拼接件进行组合, 能够拼接出足够体积的物品或结构, 使玩 具更具有观赏性和可操作性。
本发明的又一个目的在于提供一种便于拼接的组合件,该组合件 便于组合, 能够搭建出框架形的物品和形状, 具有更多的娱乐性, 且 体积小, 便于携带。
本发明的又一个目的是提供便于拼接的组合件,该组合件结构简 单、 制作方便、 成本低廉。
为达到上述目的, 本发明是这样实现的。
一种便于拼接的组合件, 其特征在于该组合件至少包括有拼接 件, 所述拼接件为框架形结构, 即具有框架形周壁, 其框架形周壁上 具有复数个突起和凹部,所述突起和凹部至少位于拼接件的三个或三 个以上的相邻外表面上, 或者位于拼接件的整个外表面上, 便于拼接 件进行多个角度的拼接。
更进一步, 所述组合件至少包括杆状件和拼接件, 所示杆状件上 至少设置有一个突起和凹部, 所述的突起和凹部位于杆状件的侧壁 上; 所述拼接件具有复数个突起和凹部, 且所示拼接件上的突起和凹 部与杆状件上的凹部和突起大小对应,所谓的大小对应就是突起能嵌 入到凹部中, 凹部能够嵌合突起, 通常凹杆状件的凹部和拼接件的凹 部、 杆状件的突起和拼接件的突起大小是一致的, 以能互相嵌设, 使 杆状件和拼接件能够组合在一起。
杆状件和拼接件作为拼接的主要部件, 二者互相搭配、有机结合 形成能够任意拼接的结构, 如组合成塔形物、 四面体; 而且框架形的 拼接件和杆状件作为组合件的主体, 使拼接后的结构可以体积较大, 使人们得到直观的效果和成就感, 拼接后的结构拆卸后, 体积很小, 便于人们携带及放置。
所述杆状件和拼接件,均具有复数个,以能够进行随意组合拼接。 所述杆状件上的突起或凹部, 其周围设置有卡壁, 所述卡壁与突 起或凹部间具有间隙, 卡壁将与拼接件的嵌合限定在一定范围内, 避 免多个部件之间的干扰, 同时对嵌合具有一定的稳固作用。
所述杆状件, 为强化其结构, 在侧壁上具有强化部分, 即侧壁向 外突出形成突壁, 突壁构成强化部分, 所述突起或凹部位于突壁上。
所述突起或凹部, 其横截面的形状为圆形、 方形、 三角形、 椭圆 形、五边形以上的多边形或者其它规则的几何形状, 只要能够实现杆 状件和拼接件的组合, 任何形状都是可以的, 通常情况下为对称的几 何形状。
所述的杆状件在制作过程中, 可以为塑胶、 树脂、 塑料、 橡胶等 有机或无机材料制作, 只要材料便于一次注塑成型, 都可以采用, 这 样便于低成本制作。且杆状件的外形可多种多样, 通常杆状件的横截 面为圆形、 三角形、 方形、 多边形、 星形、 十字形、 椭圆形任意一种 或几种的结合, 或其是它类似的几何形状。
所述拼接件, 其主体为圆形、 三角形、 方形、 椭圆形、 五边形以 上多边形、 轮形、 星形、 球形、 金字塔形等多种形状; 更进一步, 所 述拼接件, 其外表面的各个面上都设置有突起和凹部, 以从各个方位 或多个角度与杆状件或者其它附属部件进行连接。
所述拼接件, 其为中空结构, 以减轻拼接件的总量, 便于维持拼 接后结构的稳定性。
所述拼接件, 其中间具有一凹部或突起, 其框架形周壁与凹部或 突起通过连接臂连接起来。
所述杆状件, 其上下两端, 一端具有突出的凸部, 一端具有内凹 的孔, 所述内凹的孔其直径与突起一致, 以嵌合突起, 所述凸部, 其 于凹部相匹配, 以能够嵌入到凹部中, 从而达到组合的目的; 或者是
将杆状件的上下两端都设计为凸部或者内凹孔。
所述突起, 均制作为空心结构, 以尽量减轻杆状件和拼接件的总 量, 便于拼接后结构维持稳定。
所示组合件, 还可以包括其它的配件, 譬如风车、 气球托等。 本发明采用杆状件和拼接件配合的形式,构造了一种新的玩具的 组合及拼接方式, 便于人们拼接组建体积大的物品或构造, 满足人们 的娱乐需求和成就感。
且本发明的实现结构简单, 易于制作, 制作成本低廉, 也便于携 带及存放。 附图说明
图 1为本发明实施杆状件的结构示意图。
图 2为图 1所示方式另一个角度的结构示意图。
图 3为图 1所示方式的侧视图。
图 4为本发明实施拼接件方式一的结构示意图。
图 5为本发明实施拼接件方式二的结构示意图。
图 6为本发明实施拼接件方式三的结构示意图。
图 7为本发明实施拼接件方式四的结构示意图。
图 8为本发明实施拼接件方式五的结构示意图。
图 9为本发明一种具体实施方式的结构示意图。
图 10为本发明另一种具体实施方式的结构示意图。
具体实施方式
下面, 结合附图所示, 对本发明的具体实施做详细说明。
在具体实现方式中, 为了明确描述本发明的特征, 先从杆状件和 拼接件两个部分分开描述结构特点,再将二者结合在一起描述本发明 的整体及应用情况。
图 1所示, 本发明的实现包括杆状件和拼接件两个部分, 图 1为 杆状件的实施方式, 从图中可以看出, 杆状件 1为一长条状结构, 其 前后两个侧面具有大突起 11和小突起 13。 结合图 2和图 3所示, 杆 状件 1的前部设置有多个小突起 13, 小突起 13为圆柱形, 均匀排列 于杆状件 1上, 且小突起之间具有卡壁 12, 卡壁 12的作用是将小突 起 13间隔开, 避免在与拼接件 2组合时, 各个部件之间的干扰, 同 时还具有强化杆状件 1的强度的作用。
大突起 11则设置于杆状件 1的后部, 大突起 11也具有多个, 均 匀排列于杆状件 1上, 且大突起 11也是空心的圆柱形, 以便于进行 组合拼接。
在大突起 11的一侧还具有用于连接大突起的连接壁 16, 连接壁 16高度低于大突起, 同时将大突起 11连接在一起, 既能加强大突起 11的支撑力, 又可以强化杆状件 1的强度。
杆状件 1上还具有多个穿孔 15, 通过该穿孔 15可以套系丝带、 线绳等物件, 便于将杆状件 1固定于其它物品上, 或者绑系装饰物。
杆状件 1的两端还具有前凸 14和凹孔 17, 前凸 14突出于杆状 件 1, 且前凸 14的大小恰好能够嵌入到杆状件 1的大突起 11或小突
起 13中, 或者是拼接件 2的拼接大突起 21、 拼接小突起 22中, 以 能够自由拼接组合; 同样, 凹孔 17的大小也与大突起 11、小突起 13、 拼接大突起 21或拼接小突起 22—致。
杆状件可以是多种多样的结构, 譬如在其它的实施方式中, 杆状 件 1可以是圆柱形、 棱形、 长方体等形状, 也可以根据实际的需要进 行调整, 杆状件上的突起并不限定于空心的圆柱形, 也可以是其它的 形状, 如棱形。
同理, 拼接件的结构形式也是多种多样的, 图 4所示为第一种实 现方式, 在该实现方式中, 拼接件 2的整体为六边形, 其上具有多个 拼接大突起 21和拼接小突起 22。
在拼接件 2的两个主要侧面上, 前面上设置拼接大突起 21, 背 面设置拼接小突起 22 (也可以在两个侧面都设置拼接大突起或者是 拼接小突起) ; 拼接件 2六边形的六个侧边 24的外侧, 交错设置拼 接大突起 21和拼接小突起 22, 所谓的交错, 就是将拼接大突起 21 和拼接小突起 22分开设置于不同的边上, 两个相邻的边可以同时设 置拼接大突起或拼接小突起, 但是从整个六边形来说, 拼接大突起 21、 拼接小突起 22是交错分布的。
通常情况下, 拼接大突起 21中部具有一凹孔, 用以与其它拼接 件的拼接小突起进行拼接, 或者与杆状件 1进行拼接。
而且所述两个主要侧面上, 都设置有连接突壁 23, 连接突壁 23 分别将拼接大突起 21、拼接小突起 22连接起来,强化拼接大突起 21、 拼接小突起 22的支撑作用。
在六边形的中间还设置有中部突起 26, 中部突起 26通过复数个 连接臂 25连接于侧边 24上, 以对中部突起 26进行支撑, 同时也可 以强化整个拼接件 2的结构。
图 5则是本发明第二种实施方式的结构示意图。 图中, 拼接件 2 整体为梯形, 与图 4所示方式一样拼接件 2的两个主要侧面上, 前面 上设置拼接大突起 21, 背面设置拼接小突起 22。
拼接件 2的四个侧边的外侧, 交错设置拼接大突起 21和拼接小 突起 22, 拼接大突起 21和拼接小突起 22也是安装边的分布交错设 置, 一般情况下一个边设置拼接大突起 21, 相邻的边则设置拼接小 突起 22。
而且在两个主要侧面上,拼接大突起 21和拼接小突起 22的外侧 具有连接突壁 23, 连接突壁 23分别将拼接大突起 21、 拼接小突起 22连接起来, 强化了拼接大突起 21、 拼接小突起 22的支撑作用。
图 6所示, 为本发明实现拼接件 2的第三种实施方式, 图中所示 结构与图 4所示基本相同,区别之处在于图 6所示的拼接件 2整体为 四方形。
在拼接件 2的两个主要侧面上, 设置有拼接大突起 21和拼接小 突起 22, 拼接大突起 21和拼接小突起 22的外侧具有连接突壁 23, 连接突壁 23分别将拼接大突起 21、 拼接小突起 22连接起来, 强化 了拼接大突起 21、 拼接小突起 22的支撑作用。
拼接件 2的四个边 24的外侧具有多个交错设置拼接大突起 21和 拼接小突起 22, 拼接大突起 21和拼接小突起 22也是安装边的分布
交错设置, 一般情况下一个边设置拼接大突起 21, 相邻的边则设置 拼接小突起 22。
拼接件 2的中间还设置有中部突起 26, 中部突起 26通过复数个 连接臂 25连接于侧边 24上, 使拼接件 2形成一个田字的形状。
图 7所示, 为本发明实施的第四种实现方式, 图中所示, 拼接件 2整体为三角形。
拼接件 2的两个主要侧面上, 一个面设置有拼接大突起 21, 另 外一个面设置有拼接小突起 22, 拼接大突起 21和拼接小突起 22的 外侧具有连接突壁 23, 连接突壁 23分别将拼接大突起 21、拼接小突 起 22连接起来, 强化了拼接大突起 21、 拼接小突起 22的支撑作用。
拼接件 2的四个边 24的外侧具有多个交错设置拼接大突起 21和 拼接小突起 22, 拼接大突起 21和拼接小突起 22也是安装边的分布 交错设置, 一般情况下一个边设置拼接大突起 21, 相邻的边则设置 拼接小突起 22; 而且三角形的三个角上设置有拼接大突起 21或拼接 小突起 22。
拼接件 2的中间还设置有中部突起 26, 中部突起 26通过复数个 连接臂 25连接于侧边 24上。
图 8所示, 为本发明实施的第五种实现方式, 图中所示, 拼接件 2整体为圆形。
拼接件 2的两个主要侧面上, 都设置有拼接大突起 21和拼接小 突起 22, 其中拼接大突起 21和拼接小突起 22间隔设置, 一个拼接 大突起 21与两个拼接小突起 22相邻, 一个拼接小突起 22和两个拼
接大突起 21相邻。
同时, 在圆形的外缘, 具有连接突壁 23, 连接突壁 23将分布在 圆形***的拼接大突起 21、 拼接小突起 22连接起来, 具有强化支撑 的作用。
圆形拼接件 2的边 24外侧上,间隔设置多个拼接大突起 21和拼 接小突起 22, 拼接大突起 21和拼接小突起 22交错排列。
拼接件 2的中间还设置有中部突起 26, 中部突起 26通过呈十字 形的连接臂 25连接于侧边 24上。
总之,拼接大突起和拼接小突起可以同时设置于拼接件 2的一个 表面, 也可以分别设置于不同的表面, 拼接大突起具有凹孔, 以与其 它的拼接件的拼接小突起进行拼接, 或者与杆状件 1进行拼接。
图 9为本发明组合使用时的使用方式一的结构示意图。
图中所示,杆状件 1和拼接件 2可以根据需要的组合形式进行拼 接, 譬如图 9中所示, 利用多个杆状件 1和拼接件 2搭建一个房屋形 状。
其中, 杆状件 1和拼接件 2都具有多个大突起和小突起, 利用这 些大突起和小突起, 还可以拼接其它的装饰物或者部件, 组合成多姿 多彩的结构形式。
图 10所示, 为本发明另一个具体实施的拼接组合方式, 在该方 式中, 杆状件 1和拼接件 2拼接组合成一个四方形框, 在该四方形框 的上部, 拼接件 2又插接有心形装饰品 3, 同样, 在杆状件 1上也可 以插接有圆形装饰品 4。
这说明, 杆状件 1和拼接件 2不仅可以自己之间自由组合, 还可 以拼接很多其它的物件或装饰品, 装饰品可以根据用户的需要制作, 如方形装饰品, 方形装饰品上可以标识不同的铭牌或产品 logo。
利用这种组合形式的玩具, 能够充分发挥人们的想像力和创造 力, 搭建自己想要的形状, 同时, 所组合的玩具又具有足够的体积, 使人们具有满足感和自豪感, 比功能块的玩具更具有组合效果, 且收 拢后, 杆状件 1和拼接件 2占用空间小, 能够放置于很小的空间内, 便于人们放置和携带。
总之, 以上所述, 仅为本发明的较佳实施例, 并非用来限定本发 明实施例的范围。 即凡依本发明申请专利范围所作的均等变化及修 饰, 皆在本发明的专利范围内。
Claims
1、 一种便于拼接的组合件, 其特征在于该组合件至少包括有拼 接件, 所述拼接件为框架形结构, 即具有框架形周壁, 其框架形周壁 上具有复数个突起和凹部,所述突起和凹部至少位于拼接件的三个或 三个以上的相邻外表面上, 或者位于拼接件的整个外表面上。
2、 如权利要求 1所述的便于拼接的组合件, 其特征在于一种便 于拼接的组合件, 其特征在于该组合件至少包括杆状件和拼接件, 所 示杆状件上至少设置有一个突起和凹部,所述的突起和凹部位于杆状 件的侧壁上; 所示拼接件具有复数个突起和凹部, 且所示拼接件上的 突起和凹部与杆状件上的凹部和突起大小对应。
3、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述杆 状件和拼接件, 均具有复数个。
4、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述杆 状件上的突起或凹部, 其周围设置有卡壁, 所述卡壁与突起或凹部间 具有间隙。
5、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述突 起或凹部, 其横截面的形状为圆形、 方形、 三角形、 椭圆形、 五边形 以上的多边形。
6、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述杆 状件的横截面为圆形、 三角形、 方形、 多边形、 星形、 十字形、 椭圆 形任意一种或几种的结合。
7、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述拼 接件, 其主体为圆形、 三角形、 方形、 椭圆形、 五边形以上多边形、 O 2013/023444 权 利 要 求 书 PCT/CN2012/070040 轮形、 星形、 球形、 金字塔形的任意一种状; 且, 所述拼接件, 其外 表面的各个面上都设置有突起和凹部。
8、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述拼 接件, 其为中空结构, 以减轻拼接件的总量, 便于维持拼接后结构的 稳定性。
9、 如权利要求 1所述的便于拼接的组合件, 其特征在于所述拼 接件, 其中间具有一凹部或突起, 其框架形周壁与凹部或突起通过连 接臂连接起来。
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CN2484095Y (zh) * | 2001-06-01 | 2002-04-03 | 李淑清 | 益智组合玩具 |
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TW515330U (en) * | 2001-05-21 | 2002-12-21 | De-Li Huang | Geometric plate-type building blocks |
US20040214506A1 (en) * | 2003-04-24 | 2004-10-28 | Te-Li Huang | Geometric plate having flexible connecting frame |
CN102114353B (zh) * | 2010-12-31 | 2014-02-12 | 东莞和佳塑胶制品有限公司 | 具接电构造的杆架组 |
CN202212009U (zh) * | 2011-08-15 | 2012-05-09 | 深圳概念贸易有限公司 | 便于拼接的组合件 |
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CN2178554Y (zh) * | 1993-04-15 | 1994-10-05 | 郭凯 | 组合魔棍 |
CN2248582Y (zh) * | 1995-05-24 | 1997-03-05 | 邓乃钦 | 板块积木 |
CN2484095Y (zh) * | 2001-06-01 | 2002-04-03 | 李淑清 | 益智组合玩具 |
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WO2015033127A1 (en) * | 2013-09-04 | 2015-03-12 | Pl-Ug (Uk) Limited | Den building kit |
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