WO2015172717A1 - 一种积木式的拼装玩具轨道 - Google Patents

一种积木式的拼装玩具轨道 Download PDF

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Publication number
WO2015172717A1
WO2015172717A1 PCT/CN2015/078843 CN2015078843W WO2015172717A1 WO 2015172717 A1 WO2015172717 A1 WO 2015172717A1 CN 2015078843 W CN2015078843 W CN 2015078843W WO 2015172717 A1 WO2015172717 A1 WO 2015172717A1
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Prior art keywords
block
rail
track
female
male
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PCT/CN2015/078843
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English (en)
French (fr)
Inventor
蔡东青
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广东奥飞动漫文化股份有限公司
广东奥迪动漫玩具有限公司
广州奥飞文化传播有限公司
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Application filed by 广东奥飞动漫文化股份有限公司, 广东奥迪动漫玩具有限公司, 广州奥飞文化传播有限公司 filed Critical 广东奥飞动漫文化股份有限公司
Publication of WO2015172717A1 publication Critical patent/WO2015172717A1/zh

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    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H18/00—Highways or trackways for toys; Propulsion by special interaction between vehicle and track
    • A63H18/02—Construction or arrangement of the trackway

Definitions

  • the invention relates to a toy track, in particular to a building block type toy track.
  • Toy tracks have been popular for many years.
  • the first track is a whole track body.
  • This kind of toy track can't be changed. Players can only play in the way set by the manufacturer.
  • This kind of toy track is easy for players to play. It is tired, and it is not conducive to improving the player's ability to start and stimulate intellectual growth.
  • Some existing toy tracks are composed of multiple track segments, and the front and rear ends of each track segment are provided with a connection structure that can be spliced with another track segment. Through these connecting structures, the track segments are assembled into a path through which the toy car can travel, but the assembled toy track can only be assembled into a plane track body, and the body track cannot be assembled, so the interest is not strong.
  • the existing toy track includes a track surface for the toy car to walk and a rib for preventing the toy car from coming off the track surface.
  • the design greatly increases the use material of the toy track, so that the cost of the toy is high, and the track surface is The width is also limited by the track itself and cannot be used for toy cars of different sizes.
  • a modular toy track comprising a plurality of sections of rails and connecting members, wherein each of the rails is two independent rails on the left and right sides.
  • the connecting piece is a building block connecting block, and the building block connecting block is provided with a plurality of abutting portions, and the strip rails are correspondingly provided with a connecting portion that is mated with the butting portion, and the connecting portion and the building block on the rail track.
  • the docking portions at different positions on the connecting block are coupled to form a track body with a track width or a height adjustable track surface in the middle of the track surface.
  • the connecting member and the rail of the present invention can be connected in various manners, and the abutting portion on the connecting block of the building block is a male connecting portion or a female connecting portion, and the connecting portion on the connecting rail is opposite to the connecting block of the building block.
  • the female joint or the male joint, through the parent joint or the joint of the rail The male or female joints at different positions of the wooden connecting block are butted to form a rail body having a track width or a height adjustable track surface in the middle of the track surface; or: a splicing member is further included, and the splicing member is provided with a male a joint portion or a female joint portion, wherein the abutting portion of the block connecting block and the connecting portion of the strip rail are respectively provided with a female joint portion or a male joint portion opposite to the splice plate, and a joint portion of the block connecting block or After the male joint is aligned with the female joint or the male joint of the rail, the male rail or the female joint of the splice is butted with the joint to realize the joint of the rail and the connecting member.
  • the above rails are strips having an "L" shape in section, one side of the “L” shaped rail is a narrow track surface for the toy vehicle wheel to travel, and the other side is The rim of the toy car is prevented from coming off the track, and the male or female joint on the above rail is disposed on the outer side of both sides of the "L" shaped rail.
  • the building block connecting block of the present invention may have various shapes, such as the above-mentioned building block connecting block being a "one" shaped plate, an "L” shaped plate or an “H” shaped plate, and all the abutting portions on the building block connecting block are arranged in a straight line or The matrix is arranged, so that the problem that the block connecting block and the rail are not connected can be prevented from being connected by the male joint.
  • the connecting member of the present invention may also be composed of a plurality of building block connecting blocks, wherein the abutting portion on the building block connecting block comprises a male joint portion and a female joint portion, and the block connecting block passes through the male joint portion and the female joint portion.
  • the docking of the parts forms various required connecting members, and the connecting rails are connected to the rails by different connecting members to form a track body with a hollow shape in the middle of the track surface; or a connecting plate may be included, the connecting
  • the piece is composed of a plurality of building block connecting blocks, and the connecting plate is correspondingly provided with a female connecting portion or a male connecting portion opposite to the male connecting portion or the female connecting portion on the connecting block of the building block, and is connected to the adjacent two connecting blocks through the connecting plate.
  • the docking position realizes the connection of the two building blocks to form various required connecting members, and the connecting members are connected to the rails through different connecting members to form track bodies with hollow shapes in the middle of various shapes.
  • the present invention further includes a support rod, and the two ends of the support rod and/or the rod body are correspondingly provided with a mating connection with the abutting portion of the block connecting block.
  • the body rail body is combined by the support rod, the block connecting block and the guide rail.
  • the guide rail is designed as two independent rails on the left and right sides, the material of the rail surface of the guide rail is reduced, thereby reducing the manufacturing cost, and the rail rail is also designed to be convenient for storage, and the connecting member is designed as a block connecting block, and
  • the building block connecting block is provided with a plurality of abutting portions, and the strip rails are correspondingly provided with the connecting portions that are mated with the mating portions, so that the connecting portions on the rails are connected with the mating portions at different positions on the building block connecting blocks to form a joint portion
  • the orbital body with the track width or height adjustable in the middle of the track surface, the left and right wheels of the toy car are located on the left and right rails, so that the toy car can walk along the track, and the width and height can be adjusted, so the toy track can be effectively improved.
  • the scope of application is applicable to the walking of toy cars of various sizes, and the building block assembling method is not only interesting, but also the difficulty and skill of assembling and assembling is higher than that of the existing guide rails, so it is more capable.
  • Exercise the player's hands-on ability and mind; and because multiple blocks can be connected through their own docking parts or through the connecting plate
  • the connecting blocks are connected in one piece, so the connecting pieces can be assembled according to the player's idea, and then the upper rails are connected to the assembled connecting pieces, so that the rail bodies of various shapes, such as the double-track or multi-track toy rails, can be assembled.
  • Many people are racing and playing, and also equipped with support rods.
  • the three-dimensional toy track can be assembled by the connection of the support rods on the butt joints of the frame members. Therefore, the toy track has a high degree of freedom of assembly and can fully utilize the player's Imagine assembling the track, which is not only fun, but also stimulates intellectual growth.
  • Figure 1 is a perspective view showing the structure of a first toy track of the present invention.
  • Figure 2 is a schematic exploded view of the first toy track of the present invention.
  • Figure 3 is a perspective view showing the structure of a second toy track of the present invention.
  • FIG. 4 is a schematic exploded view of a second toy track of the present invention.
  • Fig. 5 is a view showing a state in which two building block connecting blocks of the present invention are in contact with the first connecting plate.
  • Figure 6 is a schematic view showing the state in which the two block connecting blocks of the present invention are in contact with the second connecting plate.
  • Fig. 7 is a view showing a state in which the support rod of the present invention is in contact with two block connecting blocks.
  • a modular toy track of the invention comprises a plurality of sections of rails and connecting members, wherein each of the rails is a left and right two independent rails 1
  • the connecting piece is a building block connecting block 2
  • the building block connecting block 2 is provided with a plurality of abutting portions
  • the strip rail 1 is correspondingly provided with a connecting portion that is mated with the mating portion
  • the connecting portion on the strip rail 1 is
  • the butt joints at different positions on the block connecting block 2 are connected to form a track body with a track width or an adjustable height in the middle of the track surface.
  • the left and right wheels of the toy car are located on the left and right rails 1 to realize the toy car along the track.
  • the abutting portion on the block connecting block 2 of this embodiment is a female connecting portion 62
  • the abutting portion on the bar rail 1 is a male connecting portion 61 opposite to the building block connecting block 2, through the strip
  • the male joint portion 61 of the rail 1 abuts the female joint portion 62 at different positions of the brick connecting block 2 to form a rail body having a track width or a height adjustable track surface in the middle of the track; as shown in FIGS.
  • this embodiment Further comprising a splicing member 3, the splicing member 3 is provided with a male connecting portion 61, and the abutting portion of the building block connecting block 2 and the connecting portion of the rail 1 are respectively provided with a female connecting portion 62 opposite to the splicing plate 3, A mating portion 62 of the block connecting block 2 is aligned with the mating portion 62 of the rail 1 and then abutted by the male portion 61 of the splice member 3 to realize the connection of the rail 1 and the connecting member.
  • the rail 1 of this embodiment is a rail having an L-shaped cross section, and one side of the L-shaped rail 1 is a narrow raceway surface 11 for the toy vehicle wheel to travel, and On one side of the rib 12 for preventing the toy car from coming off the track, the male joint 61 on the rail 1 is disposed on the outer side of both sides of the "L" shaped rail 1;
  • the building block 2 of this embodiment is "one" Board Block, "L"-shaped plate or "H”-shaped plate, all the abutting portions on the block connecting block 2 are arranged in a straight line or in a matrix, so that the block connecting block 2 and the rail 1 are not connected when being connected The part 61 is stuck and cannot be connected.
  • the male joint portion 61 of the present invention is a circular boss, and the female joint portion 62 is a circular recessed hole.
  • the "one" shaped building block connecting block 2 of this embodiment is provided with two rows of six circular recessed holes in each row, and each side of the "L" shaped building block connecting block 2 is provided with three circular recessed holes, "
  • the H"-shaped block connecting block 2 is provided with two rows of six circular recesses on each of its two vertical sides; and the circular studs or circular recesses on the rail 1 are disposed on the two rails 1 The three sides of the outer side and the middle side.
  • the splicing member 3 of the embodiment is a cylinder having a "medium" shape in cross section, and the smaller diameter ends of the splicing member 3 are the male joint portion 61, that is, the circular convex column, in order to facilitate the insertion and removal of the splicing member.
  • This embodiment cuts some of the inside of the circular stud along the length of the circular stud so that the circular stud is elastically deformed.
  • the connector of the invention may also be comprised of a plurality of building block connecting blocks 2.
  • the abutting portion on the building block connecting block 2 of the embodiment includes a male connecting portion 61 and a female connecting portion 62, wherein one side is provided with a male connecting portion 61, and the other side is provided with a female connecting portion 62, and the building block connecting block 2
  • a plurality of required connecting members are formed by the abutting of the male joint portion 61 and the female joint portion 62, and then connected to the rail rail 1 through different connecting members to form a track body with a hollow shape in the middle of each shape.
  • the embodiment further includes a connecting plate 4, which is provided with a male portion 61 opposite to the female connecting portion 62 on the building block connecting block 2, and is spliced by the connecting plate 4
  • the two building block connecting blocks 2 are connected to each other to form various required connecting members, and then connected to the rails 1 through different connecting members to form a central surface of various shapes of the track surface.
  • Track body is provided with a male portion 61 opposite to the female connecting portion 62 on the building block connecting block 2, and is spliced by the connecting plate 4
  • the two building block connecting blocks 2 are connected to each other to form various required connecting members, and then connected to the rails 1 through different connecting members to form a central surface of various shapes of the track surface.
  • Track body is provided with a male portion 61 opposite to the female connecting portion 62 on the building block connecting block 2, and is spliced by the connecting plate 4
  • the invention further includes a support rod 5, and the two ends of the support rod 5 and/or the rod body are correspondingly provided with a plug portion that is mated with the mating portion of the block connecting block 2, through the support rod 5,
  • the building block connecting block 2 and the guide rail are combined to form a body track body.
  • the two ends of the support rod 5 of the embodiment and the insertion portion of the rod body are the male joint portions 61.
  • the abutting portions on the block connecting block 2 are the female joint portions 62 opposite to the support rods 5, and pass through the male joint portion 61 and the female portion. Connection 62 is combined with the connection to form a body track body.

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Abstract

一种积木式拼装玩具轨道，包括若干导轨和连接件，其中每个导轨由左右两个独立的条轨（1）构成，连接件为积木连接块（2）。积木连接块（2）上设有多个对接部，条轨（1）上对应设有与对接部配合连接的相接部，通过条轨（1）上的相接部与积木连接块（2）上不同位置的对接部配合连接成轨道宽度或高度可调的轨道面中部露空的轨道体。玩具车的左右车轮刚好位于左右条轨（1）上，从而实现玩具车沿着轨道行走。通过调整轨道的宽度和高度，可以适于不同大小的玩具车行走。

Description

一种积木式的拼装玩具轨道 技术领域
本发明涉及一种玩具轨道，具体是一种积木式的拼装玩具轨道。
背景技术
玩具轨道已流行了很多年，最先的轨道为一整体的轨道体，这种玩具轨道不能做任何改变，玩家只能按生产厂家设定的方式进行玩耍，这样的玩具轨道很容易使玩家对其产生厌倦，也不利于提高玩家的动手能力和激发智力成长；现有一些玩具轨道由多个轨道段组成，每个轨道段的前后端均设有可与另一轨道段拼接的连接结构，通过这些连接结构将轨道段组装成一个可供玩具车沿其行走的路径，但这种拼装玩具轨道只能拼成平面轨道体，无法组装成立体轨道，故趣味性同样不强。而且现有的玩具轨道都是包括供玩具车行走的轨道面和防止玩具车脱离轨道面的挡边，如此设计大大增加了玩具轨道的使用材料，使得该玩具的成本较高，而且轨道面的宽度也受到轨道本身的限制，无法适用于不同尺寸大小的玩具车行走。
发明内容
针对上述现有技术所存在的问题，本发明的目的是提供一种趣味性强、适用性强且组装自由高的积木式的拼装玩具轨道。
为达到上述目的，本发明所采用的技术方案是：一种积木式的拼装玩具轨道，包括有若干段导轨和连接件，其特点是所述每条导轨均为左右两条独立的条轨，所述连接件为积木连接块，所述积木连接块上设有多处对接部，所述条轨上对应设有与对接部配合连接的相接部，通过条轨上的相接部与积木连接块上不同位置的对接部配合连接而形成轨道宽度或高度可调的轨道面中部露空的轨道体。
本发明的连接件与条轨的连接方式可以多种多样，可以是:上述积木连接块上的对接部为公接部或母接部，上述条轨上的相接部为与积木连接块相反的母接部或公接部，通过条轨的母接部或公接部与积 木连接块不同位置的公接部或母接部对接而形成轨道宽度或高度可调的轨道面中部露空的轨道体；也可以是：还包括有一拼接件，所述拼接件上设有公接部或母接部，上述积木连接块的对接部和上述条轨的相接部均对应设有与拼接板相反的母接部或公接部，将积木连接块的某一母接部或公接部与条轨的母接部或公接部对齐后通过拼接件的公接部或母接部与其对接而实现条轨与连接件连接成一体。
为了既能节省材料又能满足轨道设计要求，上述条轨为截面呈“L”形的条轨，所述“L”形条轨的一边为供玩具车车轮行走的窄轨道面，另一边为防止玩具车脱离轨道的挡边，上述条轨上的公接部或母接部设置于“L”形条轨的两边的外侧面上。
本发明的积木连接块可以有多种形状，如上述积木连接块为“一”形板块、“L”形板块或“H”形板块，所述积木连接块上的所有对接部呈直线排列或矩阵排列，故可保证积木连接块与条轨连接时不会发生被公接部卡住无法连接的问题。
除此之外，本发明的连接件还可以是由若干积木连接块组成，所述积木连接块上的对接部包括公接部和母接部，积木连接块之间通过公接部和母接部的对接而形成各种所需的连接件，通过不同的连接件与上述条轨相连接而形成各种形状的轨道面中部露空的轨道体；也可以是还包括有连接板，上述连接件由若干积木连接块组成，所述连接板上对应设有与积木连接块上的公接部或母接部相反的母接部或公接部，通过连接板拼接于相邻两积木连接块的对接位置而实现两积木连接块连接形成各种所需的连接件，通过不同的连接件与上述条轨相连接而形成各种形状的轨道面中部露空的轨道体。
为了保证拼装成立体玩具轨道体时结构更为牢固，本发明还包括有支撑杆，所述支撑杆的两端和/或杆身上对应设有与上述积木连接块的对接部配合连接的插接部，通过支撑杆、积木连接块和导轨三者配合而组合成立体轨道体。
本发明由于将导轨设计成左右两条独立的条轨，故减少了导轨的轨道面的材料，进而降低制造成本，同时设计成条轨也便于存放，将连接件设计成积木连接块，并在积木连接块上设有多处对接部，条轨上对应设有与对接部配合连接的相接部，因此通过条轨上的相接部与积木连接块上不同位置的对接部配合连接而形成轨道宽度或高度可调的轨道面中部露空的轨道体，玩具车的左右车轮刚好位于左右两条轨上而实现玩具车可沿轨道行走，还可调整宽度和高度，故有效提高该玩具轨道的适用范围，适用于各种不同大小的玩具车行走，而且采用积木式拼装方法，不仅趣味性强，而且拼装的难度和技巧比现有的导轨前后对接的难度和技巧要高，所以更能锻炼玩家的动手能力和心智；又由于可将多块积木连接块通过自身的对接部相连接或者通过连接板将多块积木连接块连接成一体，所以连接件可根据玩家的想法拼装，再在拼装成的连接件上连接上条轨，从而可拼装成各种形状的轨道体，如双轨或多轨的玩具轨道，满足多人竞速玩耍，另外还配设有支撑杆，通过支撑杆于框形件对接部的连接而可拼装车立体的玩具轨道，因此，该玩具轨道的拼装自由度高，可充分发挥玩家的想象来拼装轨道，不仅趣味性强，而且可激发智力成长。
下面结合附图和实施例对本发明作进一步说明。
附图说明
图1是本发明第一种玩具轨道的立体结构示意图。
图2是本发明第一种玩具轨道的分解结构示意图。
图3是本发明第二种玩具轨道的立体结构示意图。
图4是本发明第二种玩具轨道的分解结构示意图。
图5是本发明两块积木连接块与第一种连接板相接状态的状态示意图。
图6是本发明两块积木连接块与第二种连接板相接状态的状态示意图。
图7是本发明的支撑杆与两块积木连接块相接状态的状态示意图。
具体实施方式
如图1至图7所示，该发明所述的一种积木式的拼装玩具轨道，包括有若干段导轨和连接件，其特点是所述每条导轨均为左右两条独立的条轨1，而连接件为积木连接块2，该积木连接块2上设有多处对接部，条轨1上对应设有与对接部配合连接的相接部，通过条轨1上的相接部与积木连接块2上不同位置的对接部配合连接而形成轨道宽度或高度可调的轨道面中部露空的轨道体，玩具车的左右车轮刚好位于左右两条轨1上而实现玩具车可沿轨道行走，还可调整宽度和高度，故有效提高该玩具轨道的适用范围，适用于各种不同大小的玩具车行走，而且采用积木式拼装方法，不仅趣味性强，而且拼装的难度和技巧比现有的导轨前后对接的难度和技巧要高，所以更能锻炼玩家的动手能力和心智。
如图1和图2所示，该实施例的积木连接块2上的对接部为母接部62，条轨1上的相接部为与积木连接块2相反的公接部61，通过条轨1的公接部61与积木连接块2不同位置的母接部62对接而形成轨道宽度或高度可调的轨道面中部露空的轨道体；如图3和图4所示，该实施例还包括有一拼接件3，该拼接件3上设有公接部61，积木连接块2的对接部和条轨1的相接部均对应设有与拼接板3相反的母接部62，将积木连接块2的某一母接部62与条轨1的母接部62对齐后通过拼接件3的公接部61与其对接而实现条轨1与连接件连接成一体。
如图1至图4所示，该实施例的条轨1为截面呈“L”形的条轨，该“L”形条轨1的一边为供玩具车车轮行走的窄轨道面11，另一边为防止玩具车脱离轨道的挡边12，条轨1上的公接部61设置于“L”形条轨1的两边的外侧面上；该实施例的积木连接块2为“一”形板 块、“L”形板块或“H”形板块，该积木连接块2上的所有对接部呈直线排列或矩阵排列，故可保证积木连接块2与条轨1连接时不会发生被公接部61卡住无法连接的问题。该发明的公接部61为圆形凸柱，母接部62为圆形凹孔，当然除了设计成圆形的，也可以设计成椭圆形、方形、8字形等形状。该实施例的“一”形积木连接块2上设有两排每排六个的圆形凹孔，“L”形积木连接块2的每条边上各设有三个圆形凹孔，“H”形积木连接块2在其两竖边上各设有两排每排六个的圆形凹孔；而条轨1上的圆形凸柱或圆形凹孔设置在条轨1的两端外侧和中部外侧这三个地方。该实施例的拼接件3为一横截面呈“中”形的圆柱体，该拼接件3的直径较小的两端为公接部61，即圆形凸柱，为了使拼接件插拔容易，该实施例沿圆形凸柱长度方向向圆形凸柱里面切削掉一些，从而使该圆形凸柱具有弹性形变。
如图5和图6所示，该发明的连接件还可以是由若干积木连接块2组成。其中如图5所示，该实施例的积木连接块2上的对接部包括公接部61和母接部62，其中一面设置公接部61，另一面设置母接部62，积木连接块2之间通过公接部61和母接部62的对接而形成各种所需的连接件，再通过不同的连接件与条轨1相连接而形成各种形状的轨道面中部露空的轨道体；又如图6所示，该实施例还包括有连接板4，该连接板4上对应设有与积木连接块2上的母接部62相反的公接部61，通过连接板4拼接于相邻两积木连接块2的对接位置而实现两积木连接块2连接形成各种所需的连接件，再通过不同的连接件与条轨1相连接而形成各种形状的轨道面中部露空的轨道体。
如图7所示，该发明还包括有支撑杆5，该支撑杆5的两端和/或杆身上对应设有与积木连接块2的对接部配合连接的插接部，通过支撑杆5、积木连接块2和导轨三者配合而组合成立体轨道体。该实施例的支撑杆5的两端和杆身上的插接部为公接部61，积木连接块2上的对接部为与支撑杆5相反的母接部62，通过公接部61和母接部 62配合连接而组合成立体轨道体。
尽管本发明是参照具体实施例来描述，但这种描述并不意味着对本发明构成限制。参照本发明的描述，所公开的实施例的其他变化，对于本领域技术人员都是可以预料的，这种的变化应属于所属权利要求所限定的范围内。

Claims (10)

  1. 一种积木式的拼装玩具轨道，包括有若干段导轨和连接件，其特征在于所述每条导轨均为左右两条独立的条轨(1)，所述连接件为积木连接块(2)，所述积木连接块(2)上设有多处对接部，所述条轨(1)上对应设有与对接部配合连接的相接部，通过条轨(1)上的相接部与积木连接块(2)上不同位置的对接部配合连接而形成轨道宽度或高度可调的轨道面中部露空的轨道体。
  2. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于上述积木连接块(2)上的对接部为公接部(61)或母接部(62)，上述条轨(1)上的相接部为与积木连接块(2)相反的母接部(62)或公接部(61)，通过条轨(1)的母接部(62)或公接部(61)与积木连接块(2)不同位置的公接部(61)或母接部(62)对接而形成轨道宽度或高度可调的轨道面中部露空的轨道体。
  3. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于还包括有一拼接件(3)，所述拼接件(3)上设有公接部(61)或母接部(62)，上述积木连接块(2)的对接部和上述条轨(1)的相接部均对应设有与拼接板(3)相反的母接部(62)或公接部(61)，将积木连接块(2)的某一母接部(62)或公接部(61)与条轨(1)的母接部(62)或公接部(61)对齐后通过拼接件(3)的公接部(61)或母接部(62)与其对接而实现条轨(1)与连接件连接成一体。
  4. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于上述条轨(1)为截面呈“L”形的条轨，所述“L”形条轨(1)的一边为供玩具车车轮行走的窄轨道面(11)，另一边为防止玩具车脱离轨道的挡边(12)，上述条轨(1)上的公接部(61)或母接部(62)设置于“L”形条轨(1)的两边的外侧面上。
  5. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于上述积木连接块(2)为“一”形板块、“L”形板块或“H”形板块，所述积木连接块(2)上的所有对接部呈直线排列或矩阵排列。
  6. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于上述连接件由若干积木连接块(2)组成，所述积木连接块(2)上的对接部包括公接部(61)和母接部(62)，积木连接块(2)之间通过公接部(61)和母接部(62)的对接而形成各种所需的连接件，通过不同的连接件与上述条轨(1)相连接而形成各种形状的轨道面中部露空的轨道体。
  7. 根据权利要求2所述的积木式的拼装玩具轨道，其特征在于还包括有连接板(4)，上述连接件由若干积木连接块(2)组成，所述连接板(4)上对应设有与积木连接块(2)上的公接部(61)或母接部(62)相反的母接部(62)或公接部(61)，通过连接板(4)拼接于相邻两积木连接块(2)的对接位置而实现两积木连接块(2)连接形成各种所需的连接件，通过不同的连接件与上述条轨(1)相连接而形成各种形状的轨道面中部露空的轨道体。
  8. 根据权利要求2-7的任一权利要求所述的积木式的拼装玩具轨道，其特征在于上述公接部(61)为圆形凸柱，上述母接部(62)为圆形凹孔。
  9. 根据权利要求1所述的积木式的拼装玩具轨道，其特征在于还包括有支撑杆(5)，所述支撑杆(5)的两端和/或杆身上对应设有与上述积木连接块(2)的对接部配合连接的插接部，通过支撑杆(4)、积木连接块(2)和导轨三者配合而组合成立体轨道体。
  10. 根据权利要求9所述的积木式的拼装玩具轨道，其特征在于上述支撑杆(5)的两端和/或杆身上的插接部为公接部(61)或母接部(62)，上述积木连接块(2)上的对接部为与支撑杆(5)相反的母接部(62)或公接部(61)，通过公接部(61)和母接部(62)配合连接而组合成立体轨道体。
PCT/CN2015/078843 2014-05-14 2015-05-13 一种积木式的拼装玩具轨道 WO2015172717A1 (zh)

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