WO2020116667A1

WO2020116667A1 - Multi-piece top card blocks capable of assembling and disassembling top components, and assembly-type toy top using same

Info

Publication number: WO2020116667A1
Application number: PCT/KR2018/015159
Authority: WO
Inventors: 박병순
Original assignee: (주)자루이
Priority date: 2018-12-03
Filing date: 2018-12-03
Publication date: 2020-06-11

Abstract

The present invention relates to multi-piece top card blocks which enable assembling and dissembling of top-constituting components, and an assembly-type toy top using same, wherein in creating a realistic looking character on a children's toy top, a plurality of top card blocks are stacked so as to further enhance the realistic look, and the top thus actualized can be used as an upgraded top, and can be made more fun and interesting for children, who are the main target, by further imparting a realistic looking character or image thereto. The first, second, and third top card blocks comprise: a first top card block, which has a top ring supporting the entire top snapped in the top surface thereof in a snap-in structure (snap button); a second top card block, which is stacked on top of the first top card block and has a top ring snapped therein; and a third top card block, which is stacked on top of the second top card block and has a top ring snapped therein, wherein the first, second, and third top card blocks are sequentially stacked on top of each other, thereby forming a toy top in the shape of a designed character, and wherein a rotary pin, serving as a central axis, is selected and pressed into lower centers of the first, second, and third top card blocks stacked in multiple layers, and then is pushed up to a rotary pin fixing part of a top cap that is connected to a rotary shaft rotating the top, so that the top-constituting components, as they are separated from the first, second, and third top card blocks, cause the rotary pin to rotate in the direction opposite the direction in which the toy top is rotated by a launcher, wherein through a rotate-and-snap structure provided by a rotary pin coupling part and the rotary pin fixing part, the rotary pin coupling part and the rotary pin fixing part are coupled to each other, thereby causing the top-constituting components to be assembled. The rotary pin is coupled or affixed to the third top ring of the third top card block by a rotate-and-snap structure or a threaded coupling method or the like, thus forming an assembled toy top of a design (character) desired by a user. An outer circumferential portion of the rotary pin body or rotary pin coupling part is formed in a male screw thread structure, and the center of each top-constituting component coupled to the first, second, and third top card blocks is formed in a female screw thread matching the male screw thread of the rotary pin, so that as the rotary pin passing through the first, second, and third top rings is coupled to the top cap through the male and female screw threads as in a bolt-and-nut coupling method, the top-constituting components coupled to the first, second, and third top card blocks are combined to form the top. In addition, the present invention provides a plurality of multi-piece top card blocks having the top-constituting components coupled thereto.

Description

Multi-stage top card block capable of assembling and separating top components and prefabricated top toys using the same

The present invention is a number of top card blocks (TOP CARD BLOCK) combined with a top ring such as a rotating shaft of the top and a top ring and a top cap, an accessory, etc. constituting the body of the top and a prefabricated top toy made using such a top card block In detail, in detail, the top, middle, bottom, and central shafts constituting the body of the top are composed of a plurality of top card blocks, which are combined to make it easy to carry or store, and to be easily combined and fastened. A plurality of top card blocks are sequentially stacked and arranged in multiple stages so that the top is constructed, and the rotating pin that is the central axis is assembled from the bottom center of the stacked top card block from the bottom up and assembled and fastened to give the three-dimensional design of the top realized. In order to assemble the top toy more easily and simply, and replace it with a top construction having another function, or to store it separately without using the top, in the center of top cards that are sequentially stacked top card blocks with separated tops. By placing the combined top and rotating the central axis of the rotating pin clockwise or counterclockwise to separate the combined top, it is very simple and easy to assemble each separated component with a separate top card block at a time. It relates to a multi-stage top card block that can be assembled and separated and a prefabricated top toy using the same.

In general, the top is a child's toy that sharply cuts and turns one end of a round wooden chip, and is made of wood, and recently, various types of tops have been produced by injection. Typical toy tops consist of a single top that includes a central axis, a top cap, a top ring and a top member constituting a number of top bodies, and the top top connects the top shaft and the rotating shaft connection of the top cap. The top is fired through and generally rotates clockwise. In the case of small tops, they just grab the rotating shaft and turn them by hand. In the case of toy tops such as top blades, they pull the strings attached to the launcher (launcher) to rotate the tops.

In recent years, rather than making a top, you purchase a manufactured one, so users do not feel a sense of accomplishment about the fun and performance of making a top.

In the course of playing the game, the top of the toy, it was difficult to play the top function of various functions as the toy top participated in the top of the battle with only one top. In order to win the opponent's top in the game and to improve or modify the functionality of the top, the previous tops are mainly designed to be upgraded or assembled in an easy way to separate and reassemble. However, even if each body (top ring) constituting the top becomes sturdy, the previous toy tops rotate with one rotating pin, so that the replacement of the rotating pin, the central axis, can have a high rotational force suitable for upgrading the top ring. Could not. In addition, although a prefabricated toy top has been invented, its disadvantage is that if there are multiple top constructions, it is difficult to find a suitable construction therefor and also to combine or separate them at once.

In addition, there are various types of slopes, irregularities, obstacles, hard hardness of the floor, or mud, etc. on a simple flat plate. .

In addition, from the past to the present, tops are a good way to play for children, especially in recent years, tops with fancy arts such as game characters, cartoon characters, and robots have been popular.To provide new characters in line with rapidly changing trends, Due to the high cost of the mold due to the characteristics of the resin material from the manufacturer's point of view, it is difficult to manufacture a number of new products.

The present invention is to solve the problems as described above, the object of the present invention is to implement a three-dimensional character of the top of the play for children, the top plate is attached to a plurality of flat plates, namely several types of top card blocks The objective is to be able to express the tops of the components of various designs (characters) through the concept of stacking the top card blocks in a certain position in order of success, and stacking various types of top card blocks. The rotating pin member with rotating projections with different shapes and functions at the bottom of the top card block of the metal is made of metal, plastic, resin, etc., and can be replaced with various types such as pointed, conical, oval, circular, etc. Choose a suitable rotating pin to maintain the rotational force of the top according to the various topography of the top game board disclosed in Sinan (Registration No. 20-0486189: Extended Top Game Board) and participate in the game with a prefabricated top toy optimized for the topography of the top game place. It aims to make it possible, and further installs a top card block member with separated top components on top of the top game and uses it as a defensive castle or obstacle, and utilizes it as a defense member against the attack of the other top, and also tops. It is easy to assemble and disassemble, and it is more convenient to assemble and disassemble, and it is possible to assemble and disassemble the top body that can satisfy the interests of the main target children by marking the same name (code number) on the side or the top. And providing a prefabricated top toy using the card block and the same.

In particular, along the snap structure (tick) of the snap portion formed around the center of the top card block, each component of the top is attached to a top card block such as 1, 2, 3, etc. The top card block is stacked sequentially, and the rotating pins having a flat shape coinciding with the centers of the first, second, and third top rings are pushed up and rotated to thereby rotate the top pins of the rotating pins and the tops having structures such as rotating snaps. A method of fastening and fixing with a component such as a top ring of a cap or an upper end, or a method of mutually fastening with male and female threads, such as a method of fastening bolts and nuts while penetrating through the center of each top component by a fastening portion of a screw structure of a rotating pin. To provide a prefabricated top toy in which the tops are assembled by combining the tops, the tops of which are attached to the first, second, and third tops card blocks, and a multi-stage tops card block in which each tops assembly is assembled.

Furthermore, it is possible to form a combination of a top through another type of top member and a rotating pin other than the top cap, as well as a user to select a different assembly method according to the needs, so that it can attack a relative top in various ways. It offers prefabricated top toys and a combination of top card blocks with various shapes and designs to provide simple structure, easy installation and a wide range of joining methods.

In addition, the shape of a typical top is a three-dimensional shape in which a conical body and a rotating shaft of a shape passing through the rotation center of the body are combined, occupying a large volume in the packaging when there are a number of tops, and the difficulty in storage or carrying. There was a problem such as having.

In order to achieve the above object, the top card block for easy and free assembly and separation according to the present invention is a first top card block and a first top card block to which a first top ring located at the bottom of the top is fastened. The second top card block, which is stacked on the top and fastens the second top ring, which is the middle of the top, and the third top, which is the top end of the top, which is stacked and arranged on the top of the second top card block and is engaged with the rotating pin fastening part of the rotating pin. It includes a third top card block to which a ring or top cap is fastened, and the first, second and third top card blocks are sequentially stacked to form a top toy of a character shape designed, and the central axis is a rotating pin. Optionally, insert into the lower center of the multi-stage stacked 1, 2, 3 top card block, push up to the fixing part of the top cap connected to the rotating shaft that rotates the top, and from the 1, 2, 3 top card block By rotating the rotating pin in the direction opposite to the direction in which the assembled tops are rotated by the launch device, the separated top components (1, 2, 3 top rings and top caps) are rotated by the rotating pins and the rotating pins of the top cap. It is characterized in that it comprises snapping (snapping) by the rotational snap structure provided on the fixing part, the components of the top are assembled by the rotation pin fastening part of the rotating pin fastening part and the top cap.

The outer peripheral portion of the rotating pin body or the upper rotating pin fastening portion is formed of a male thread structure, and the central portion of each of the components fastened to the first, second, and three top card blocks is formed of a female screw that matches the male thread of the rotating pin, and rotates. The pins penetrate through the 1st, 2nd and 3rd top rings and are fastened with male and female threads as in the method of fastening the top cap and bolts and nuts, and each component of the tops fastened to the 1st, 2nd and 3rd top card blocks is combined. And providing a plurality of multi-stage type top card blocks to which top components are assembled and top components are assembled.

In addition, guide insertion grooves for guiding the position so that the lower guide insertion grooves of the other top card blocks arranged on the upper and left sides of the top, first, second, and third top card blocks can be easily seated. A guide protrusion having the same size and shape is protrudingly provided, and the lower part of the first, second, and third top rings is seated and fastened to the center of the first, second and third top card blocks, and the rotation pin is fastened. It includes a snap structure (tick) that can be separated from the first, second, and third top card blocks.

Furthermore, all the first, second, and third top legs stacked in the multi-stage type have the same center, and the shape of the center of each top ring has a shape corresponding to the flat outer shape of the rotating pin, and the first, second, and third On the lower surface of the top ring, a snap structure is formed so as to coincide with the top card block snap portion around the upper center of the first, second, and third top card blocks, and the top portion of the top ring fastened to the top top card block is A rotating shaft is provided to rotate, and a spin structure is provided at a lower portion of the top ring, and a rotating pin fixing portion is fastened and fixed at a lower portion of the top ring or top cap. It is formed of a locking or female thread structure, and the top cap includes those that are arranged on the top together with the third top ring of the third top card block or formed in a structure combined with the third top ring.

The prefabricated top toy includes a top top third top ring and a middle top second top hook and a bottom top first top ring and top cap and a rotating pin which is a central axis, and the top rings and top cap are rotated as a central axis. Prefabricated top toys with various assembly methods and pins stack various numbers of top, bottom, top, top, top, top, top, top, bottom, top, top, bottom, top, top, bottom, top, top, bottom, top, top, bottom, top, top, bottom, top, bottom, top, bottom, top, bottom, top, bottom, top, top, bottom, top, bottom, top, bottom, top, bottom, top, bottom, top, bottom, top, top, bottom, top, bottom, top, bottom, top, top, bottom, top, bottom, top, bottom, top, bottom, top, bottom, top, bottom, top & bottom angles. It is characterized in that a prefabricated top toy with can be achieved.

Rotating pins of prefabricated top toys increase the rotational inertia, make the engagement between the rotating pins and the first, second, and third top rings, and make the assembly more convenient. In order to achieve, a snap protrusion locking structure or a male thread structure in which the top is locked in the rotational direction of the prefabricated top toy is provided on the top of the rotating pin fastener for engagement with the top cap or the top ring of the top, and is threaded throughout the rotating pin body This includes what is provided.

In order to further enhance the diversity of the game, a ring of metal material is added by adding a ring of a metal material between the third top ring of the upper part and the second top ring of the middle part or between the second top ring of the middle part and the first top ring of the middle part. In order to assemble in the form of a saw blade for attack or attack, and to make the present invention convenient assembly and reliable connection structure, and also to make the assembled top toy have a beautiful appearance, the top rings constituting the prefabricated top toy are central axes. It can be reliably connected together by the insertion connecting structure provided on the rotating pin or the rotating snap structure, and the same series-specific identification is placed on the top surface of the top card block and the inner surface of the top ring, and the stacking order of the top card block and the top ring and It is possible to recognize a top card block that can be combined, and it can also be used by freely modifying and assembling a shape that can fasten other top members, such as defense or attack accessories, to the exterior of the top rings.

Accordingly, according to the performance of the relative top, the present invention includes first, second, and third top rings having different functions and types of rotating pins and other added top rings according to the situation where the user has different top game locations. Assemble various modified types of prefabricated top toys easily and simply, and realize various methods of defense and attack in the top game. Therefore, the user can realize attacks and defenses in various ways by selecting a method of assembling the tops by constructing them with tops capable of exerting optimal functions according to situations such as different game battle locations and the functions of the opponents tops, This can satisfy the users' fun and the game's desire to play.

The multi-stage top card block capable of assembling and separating the top structure according to the present invention and the prefabricated top toy using the same are used in realizing the three-dimensional character of various characters of the top for children's play, and multiple functions are arranged by stacking multiple multi-stage top card blocks. While utilizing the concept of the top and the three-dimensionality of the top, the concept of stacking multiple top card blocks increases the satisfaction of the top product by expressing the character's components in more detail, and at the same time, the product reliability is high, and the bottom of the first top card block. In order to assemble and fasten a number of top card blocks, it can be reliably connected together by means of an insertion connecting structure or a threaded protrusion and a rotating snap structure provided on a rotating pin having a central shape and a rotating pin having various shapes and sizes. It is possible to freely deform and assemble and use a shape that can fasten other top members, such as defense or attack accessories, to the exterior of the top rings, thereby satisfying the needs of various consumers. It is installed on the top game board, and is used as a defense member that leads to an obstacle or trap that defends the opponent's top attack, and also easily separates and combines the top construction, and displays the same name (code number) as the top construction on the side or top. By making it more convenient to assemble and separate, it is possible to realize various three-dimensional characters by changing the composition of the top in a multi-stage top card block that can be assembled and separated to meet the interests of the main target children and a prefabricated top toy using the same. Through this, it is possible to meet the interests of children, which are more realistic and main, and reduce the investment cost for new products by designing and manufacturing only one member by adding a member to the existing basic design, rather than mold-making the entire top.

The present invention will be further described below with reference to the accompanying drawings.

1 is an exploded perspective view of a top card block and a perspective view of a prefabricated top according to an embodiment of the present invention.

Figure 2 is a perspective view showing a top card block according to an embodiment of the present invention.

3 is a perspective view showing a top card block with a top ring separated according to an embodiment of the present invention.

4 is a plan view showing the first, second, and third top rings according to an embodiment of the present invention, a front view, a combined view of the rear view.

5 is a perspective view of a rotating pin card block and a rotating pin card block in which the rotating pin and the rotating pin, which are the central axes of the top, are separated according to an embodiment of the present invention.

6 is a plan view including a perspective view of a rotating pin according to an embodiment of the present invention, a front view, a combined view of the rear view.

7 is an assembly diagram of a multi-stage top card block in which first, second, and third top card blocks are stacked according to an embodiment of the present invention and then fastened with rotating pins.

8 is a partially enlarged view of a cross-sectional view and a dotted rectangular area of C-C of FIG. 7 according to an embodiment of the present invention.

FIG. 9 is a front view of the assembled top toy and a cross-sectional view of the sectional view taken along line A-A in FIG. 1 after stacking the first, second, and three top card blocks according to an embodiment of the present invention.

Figure 10 is a partial cross-sectional view of the B-B of the top card block is separated from the top ring of Figure 3 according to an embodiment of the present invention.

11 is a plan view, a left side view, and a rear view showing a combination of the first, second, and third top card blocks in which the top rings are separated according to an embodiment of the present invention.

12 is a left side view of the top card block according to another embodiment of the present invention, a plan view, a combined view of the rear view.

13 is an exploded perspective view and a perspective view of a prefabricated top of the top card block according to another embodiment of the present invention.

14 is a first, second, and third top card block stacked according to another embodiment of the present invention, the assembly of the top card block with a rotating pin and a partial cross-sectional view of the EE and an enlarged part of the dotted rectangular area The degree of bonding.

15 is a front view of a prefabricated top toy according to another embodiment of the present invention and a combined view of the sectional view of D-D of FIG. 13.

16 is a plan view of the first, second, and third top rings according to another embodiment of the present invention, and a top view, a front view, and a back view of the combination.

17 is a cross-sectional view of another assembly type top toy assembled by a rotating pin having a snap fastening part according to another embodiment of the present invention.

18 is a plan view, a side view, a rear view, and a cross-sectional view showing another embodiment of a third top ring according to another embodiment of the present invention.

19 is a schematic perspective view illustrating an example of a conventional extended top game board.

The invention is described with reference to the drawings in particular embodiments, but the description is not meant to limit the invention. With respect to the description of the present invention, other modified tops of the disclosed embodiments can be envisaged by those skilled in the art.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention can be applied to various changes, and may have various forms, and thus, embodiments will be described in detail in the text. However, this is not intended to limit the present invention to a specific disclosure form, and it should be understood that all modifications, equivalents, and substitutes included in the spirit and scope of the present invention are included.

The same reference numbers in each drawing, especially the number of tens and ones, or the same number of tens, ones and alphabets refer to members having the same or similar functions, and unless otherwise specified, The member indicated by the reference numeral can be understood as a member conforming to these standards.

In addition, in each drawing, the components are exaggeratedly large (or thick) or smallly (or thinly) or simplified to express the size or thickness in consideration of convenience, etc., thereby limiting the protection scope of the present invention. It should not be.

The terms used herein are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise.

The ~1~, ~2~, etc. described in this specification will only be referred to to distinguish between different components, and the configuration may be 5 or more according to expansion.

First, prior to describing the present invention, referring to FIG. 1, specifying the approximate direction, the upper, middle, and lower ends of the illustrated direction (direction from top to bottom) are divided and described as a reference. The same applies to claims unless otherwise specified.

1 to 5, the multi-stage top card block (10, 20, 30) capable of assembling and separating the top assembly according to the present invention and the prefabricated top toy (100) using the top top supporting the entire top The first top card block 10 in which the ring 15 is coupled in a snap structure (tick) on the upper surface, is stacked on top of the first top card block 10 and the top ring 25 is coupled in a snap structure The second top card block 20 and the second top card block 20 are stacked on top and the top ring 35 is a snap structure, including a third top card block 30, first, second, Multi-stage 1, 2, and 3 top card blocks (10, 20, 30) and a rotating pin (50) as a central axis are constructed by sequentially stacking 3 top card blocks to form a top toy of a character shape designed. Optionally, it is inserted into the lower center of the multi-stage stacked first, second, and three top card blocks, and pushed up to the rotating pin fixing portion 48 of the top cap 45 connected to a rotating shaft for rotating the top, the first By rotating the rotating pin in the direction opposite to the direction in which the components of the top separated from the 2,3 top card block and the prefabricated top toy are rotated by the launcher, the rotating pin fastener 55 and the rotating pin fixing part of the top cap It is characterized in that it comprises snapping (snapping) by the rotational snap structure provided in the (48), the rotating pin fastening portion and the rotating pin fixing portion 48 of the top cap is fastened to assemble the components of the top. The prefabricated top toy of the design (character) desired by the user is fastened and fixed by the third top ring 35 (or top cap 45 of FIG. 13) of the third top card block with a rotating snap structure or a screw fastening method, etc. It is composed of a rotating pin 50 to be formed. The outer peripheral portion of the rotating pin body 54 or the rotating pin fastening portion 55 is formed in a male screw thread 55a structure, and the central portion of each component fastened to the first, second, and three top card blocks is a male screw thread of the rotating pin It is formed of a female screw that matches with, and the rotating pin penetrates the first, second, and third top rings (15, 25, 35) to be fastened with male and female threads, as in the method of fastening the top cap, bolts, and nuts. Providing a plurality of multi-stage top card blocks (10, 20, 30) in which prefabricated top toys (100) in which the tops are assembled by combining the top and bottom components fastened to the 2, 3 top card blocks and the top components are fastened. Includes.

As shown in Figures 2 to 3, the upper and lower sides of the first, second, and three top card blocks 10, 20, and 30 are bottoms of another top card blocks arranged on top of the top card blocks that are stacked. The

guide insertion grooves

10b, 20b, and 30b are

guide protrusions

10a, 20a, 30a having the same size and shape as the guide insertion grooves for guiding the position so that they can be easily seated. The first, The lower part of the first, second, and third top rings (15,25,35) are seated and fastened to the center of the 2,3 top card block (5), and the first, 2, and 3 top card blocks are driven by the force that the rotating pins engage. It includes a snap structure (tick) that can be detached from.

Furthermore, the center of the top rings 9 of the first, second, and third top rings 15, 25, 35 stacked in the multi-stage type coincide with the center, and the shape of each top ring core 9 is a flat outer shape of the rotating pin It has a shape corresponding to, and the lower surface of the first, second, and third top rings is provided with a top card block snap portion 11 around the center of the top top card block 5 of the first, second and third top card blocks. The top and rear snap grooves (16, 26, 36) and the top ring wings (17, 27, 37) are formed to be coincidentally coupled, and the third top is fastened to the third top card block 30, although not shown in the drawings. The upper part of the ring 35 is provided with a rotating shaft for rotating the top, and a lower part of the third top ring 35 is provided with a rotating pin fixing part 48 in which a rotating pin is fastened and fixed in a snap structure. At the bottom of the third top ring 35 or the top cap 45 of FIG. 16, a rotating pin fixing portion 48 to which a rotating pin fastening portion 55 is fastened and fixed corresponds to a rotating snap lock or a male thread 55a. It is formed of a female thread structure, and the top cap includes those that are arranged on the top together with the third top ring of the third top card block or formed in a structure combined with the third top ring.

As shown in Figures 1 and 8 to 10, in this embodiment of the present invention the assembly and detachable connection between the top card block (10,20,30) and the top ring (15,25,35) Place the first top ring on the first top card block, and press it to push the first top card block and the first portion of the snap portion 13, the top ring groove 16, and the snap portion groove 12 and the top ring blade (17) is realized by interconnecting in such a way that these two are joined together by pressing the top ring until they are interconnected.

The rotating pin 50 is fastened to the lower surface of the multi-stage

top card block

10, 20, 30, and the

top ring

15, 25, 35 is rotated by a force that rotates the rotating pin 50 in the snap funding direction. Separated from the top card block (10, 20, 30), combined with a prefabricated top toy (100, 200, 300), the prefabricated top toy (100, 200, 300) stacked top rings (15, 25, 35) separated multi-stage top card Put the upper surface of the block (10, 20, 30) and pull the fastened rotating pin (50) in the downward direction while rotating in the snap release direction so that the top ring (15, 25, 35) is from the prefabricated top toy (100). Separated, the separated top ring (15,25,35) includes that characterized in that it is assembled to the top card block (10,20,30) again.

The prefabricated top toys (100, 200, 300) are assembled with the upper third top ring (35) and the middle end second top ring (25) and the lower first top ring (15) and top cap (45) and the central axis of the rotating pin ( 50), wherein the top rings and top caps are first and second according to the shape and size of the rotating pin (50a, 50b, 50c, 50d), and the rotating pin which is the central axis and the assembled top toy having various assembly methods. It is characterized in that prefabricated top toys having various characters and designs can be achieved by stacking a number of top, bottom, top, top, and bottom top rings in a multi-stage manner.

Rotating pins of prefabricated top toys increase the rotational inertia, make the engagement between the rotating pins and the first, second, and third top rings, and make the assembly more convenient. In order to achieve, a snap protrusion locking structure or a male thread 55a structure in which the top is locked in the rotational direction of the prefabricated top toy is provided on the top of the rotating pin fastener 55 for engaging the top cap or top ring of the top, It includes a screw thread is provided on the entire rotation pin body (54).

In order to further enhance the diversity of the game, a ring of metal material is added by adding a ring of a metal material between the third top ring of the upper part and the second top ring of the middle part or between the second top ring of the middle part and the first top ring of the middle part. It can be assembled in the form of a saw blade for attack or attack, and the present invention has a convenient assembly and a reliable connection structure, and the assembled top toys have a beautiful appearance. It can be reliably connected together by the male thread (55a) and the rotating snap projection (55b) of the provided hook-up structure guide 53 and the rotating pin fastening portion 55, and also protects the appearance of the top rings or Any shape that can fasten other top members, such as accessories for attack, can be freely deformed and assembled.

Accordingly, the present invention includes the top, and other top and bottom members that are not shown in the drawings and the first, second and third top rings having different functions and types of rotating pins depending on the situation where the top game competition location is different. It is easy and simple to assemble various types of prefabricated top toys that are modified according to the performance of the opponent top, and to realize various methods of defense and attack in the top game. Therefore, the user selects a method of assembling the top by comprising top pins (50a, 50b, 50c, 50d) and top rings that can exhibit optimal functions according to situations such as different game competition locations and the function of the opponent's top. By doing so, it is possible to realize attack and defense in various ways, which can satisfy the users' fun and the desire to play top games.

The first, second and third top card blocks 10, 20 and 30 are made of materials such as plastic, rubber and resin, and metal.

In addition, the rotating pin card block 60 and the

rotating pin

50, 50a, 50b, 50c, and 50d may also be made of the same material, and in some cases, introduced in the same way as double bonding of dissimilar materials It is also possible.

In addition, as a method of manufacturing the top card block, it is manufactured by injection molding the top ring (15,25,35), which is a component of the top card block, and the top card block in which the top ring is separated using plastic injection molding.

In the case of a top ring made of a different material, it has a production method in various technical ways depending on the design.

3, 4 and 9 and 11, the top card block and the top ring (15,25,35) separated from the top ring are injected, and two according to shapes such as the shape or size of the top ring. The snap portion groove 12 and the

snap portion projections

13, 23 and 33 formed in the snap portion 11 of the above top card block have a top ring wing (17, 27, 37) and a top and bottom snap groove of the top ring. A structure in which the top ring can be detached and combined in response to (16,26,36), for example, a rotation snap structure in which the top ring rotates or a snap protrusion locking structure such as an interference fit or a snap structure in the form of a tick A snap portion groove 12 and a snap portion protrusion 13 are formed around the snap portion 11 of the top card block in which the top ring is separated from the coupling structure of the back, such that the snap portion groove 12 and the snap portion protrusion ( 13) Seated by various coupling methods such as having a top ring wing (17) of the top ring (15) and a top and bottom snap groove (16) that are mutually coincident with each other, and the first, second, and third top rings are rotating pins. It can be completed in the form of lamination by using a method such as snap fastening that is coupled by a force that is mutually fastened by.

Further, as shown in FIGS. 4 and 16, preferably, in order to obtain a connection between the first top ring, the second top ring and the third top ring, which is sufficient not to be too difficult to separate the assembly or fastening, the top A circular projection 39b is provided on the lower surface of the third top ring of the other hand, while a corresponding circular groove 29a is provided on the upper surface of the second top ring of the middle, the lower surface of the second top ring of the middle Is provided with a circular projection 29b, while a corresponding circular groove 19a is provided on the upper surface of the lower first top ring, the

circular grooves

19a, 29a, 39a and the

circular projections

19b, 29b ,39b) is a socket lock is formed and fastened when the first top ring at the bottom rotates or snaps on the second top ring of the middle and the second top ring of the middle on the third top ring of the middle, and It is preferable that the upper circular groove of the three-ring loop forms a socket lock when rotated or snap-coupled to the lower circular projection of the second ring. The center 9 of the top, middle, and bottom top rings is formed corresponding to the top ring guide 53 and the rotating pin body 55 of the rotating pin 50 which is the central axis to be inserted, and the snap position is engaged with the rotating pin It is provided in the rotating pin fixing portion 48 of the top ring 35 or the top cap 45 for engagement with the portion 55, and the top cap 45 and the top ring 35 as shown in FIG. The reliable snap connection of) can be realized by inserting the rotating snap member 46 of the top cap 45 into the rotating snap fixing portion 38 and then rotating the rotating snap member 46.

In addition, in FIG. 1, the top card block is shown as a first, second, and three top card block, which is only one embodiment, and the top or character to be implemented in addition to the first, 2, and 3 top card blocks. Depending on the complexity of the shape, the number of stacked top card blocks such as the fourth, fifth, and sixth top card blocks may increase or decrease. In addition, although the indication is omitted in FIGS. 9 and 15, a connection to a top launching device (top shooter) that rotates the top at the top of the top ring 35 or top cap 45 that is fastened to the top of the assembled top is shown. It is preferable that the shaft is provided so that the assembled top can be rotated.

The first top card block 10 is combined with the rotating pin 50 to coincide with the rotating pin support 52 to stack the second and third top card blocks 20 and 30 to form a top or character. It is the basis for realizing three-dimensionalization.

Also, as shown in FIG. 18, it is preferable that the second and third top card blocks 20 and 30 have a unique shape, that is, a thicker or different size, shape, and design for stereoscopic characterization.

1, the first top ring 15 is smaller in size than the second top ring 25 stacked thereon, and the second top ring 25 is stacked thereon. It includes a smaller size than the top ring (35). This is to make it easy to increase the rotational speed of the top. As an external force does not act on a moving object, the rotating object has a rotational inertia to continuously rotate around the axis. Also, the rotational inertia increases as the mass is distributed at a greater distance from the central axis even with the same mass. So, in the case of the tops that are hit, only the cylinders are made to be easy to hit, and most of the tops are conical. Therefore, the top can continue to rotate without falling until the rotational speed is sufficiently reduced by the friction force.

However, although it is omitted in the drawings, in order to construct other fun and top characters, in contrast to the above, the top card block provided with a larger size top ring is first stacked, and the snap portion protrusion and the snap portion groove of the top card block snap portion 11 are stacked. It includes the top and bottom of the top ring and the top surface of the top ring and the top of the top ring, so that it can be easily combined by fitting.

In the drawing, the top card block is shown as a rectangle, but the shape is not limited to a rectangle.

2 and 3, the

guide protrusions

10a, 20a, 30a and the top card protruding long and wide within 2 mm to 5 mm at the left and right end portions of the top surface of the top card block, which is one of the features of the present invention. A guide insertion groove (10b, 20b, 30b) having a groove having a depth and width within 2 mm to 5 mm corresponding to the shape of the guide protrusion corresponding to the shape of the guide protrusion is provided at the left and right end portions of the block to easily stack the top card block. It includes what you can do. The guide protrusion 10a of the first top card block is inserted into and fixed to the guide insertion groove 20b at the bottom of the second top card block, and the guide protrusion 20a at the top of the second top card block is the It is inserted into and fixed to the guide insertion groove 30b at the bottom of the third top card block, and the guide protrusion 30a of the third top card block is a fourth top card block stacked on top of the third top card block. It is preferable to be fixed by being inserted into the lower guide insertion groove (40b).

Also, as shown in FIG. 12, it is preferable that the guide protrusion 30a and the guide insertion groove 30b include four or more circular protrusions and ones formed of grooves corresponding to the circular protrusions.

And the top card block snap portion 11 is formed with one circular snap portion groove 72 and another circular snap portion projection 73, the snap portion groove 72 and the snap portion projection 73 Includes the ability to construct a top card block in a stacked form by using methods such as seating with a snap coupling method of the same type as another top ring having a top ring wing and a top and nose snap groove that are mutually coupled with each other. do.

Also, as shown in FIGS. 2, 3, and 12, one of the features of the present invention includes the

identification units

19 and 39 of the top card block. When multiple top card blocks are stacked, the location of the stacked blocks can be known by the

identification units

19 and 39, so that multiple top rings before or after assembly are matched without detailed information about the characters of the top card blocks. Since it can be assembled to the top card block, it has the effect of assembling and separating the desired top more easily. In addition, it is possible to create a combinable top card block for each series to deliver information that is combined with various second, 3, 4, 5, and 6 top card blocks to users.

The identification portion of the top card block can be applied to the first, second, and third top card blocks (10, 20, 30) and the rotating pin card block (60), and the top card block (10) formed in the first top card block (10) The identification unit for each series is a series identification unit corresponding to the second top card block 20, and the series identification unit for the top card block formed in the second top card block 20 is provided to the third top card block 30. It is desirable to have a series-specific identification of the corresponding shape.

In addition, the identification portion of the top card block is preferably marked together on one side of the top card block and one side of the top ring together with the top.

As shown in FIG. 8, the first top ring 15 has a shape of an upper portion corresponding to a lower portion of the second top ring 25 stacked on the top, and a second top ring stacked on the top ( It is more preferable that the size is smaller than 25). In addition, the upper portion of the second top ring 25 has a shape corresponding to the bottom of the third top ring 35, and at the same time, it is more preferably smaller in size than the third top ring 35 arranged on the top. . Due to these characteristics, the first top ring 15 is stacked on the second top ring 25, and the second top loop is stacked on the third top ring, and then the second top ring 25 and the third top ring. The coupling portion is concealed by the ring 35 so that it is not revealed in appearance, so that a three-dimensional shape with a neat appearance can be realized.

And the top card block gap (120,230) between the first top card block and the second top card block, and between the second top card block and the third top card block, is a top card block by a small force when assembled with a rotating pin. And forming a space where the top ring can be separated.

More specifically, as illustrated in FIGS. 9 and 10, the snap portion groove 12 and the snap portion groove 12 and the snap portion groove 12 are assembled with the snap portion upper surface 11a, the snap portion lower surface 11b, and the top ring wing 17 being fitted. The groove 16 provides a space for the top ring and the top card block to be assembled and separated with a smaller force than the snap portion projection 13 that is combined with the snap structure, thereby providing the small elasticity of the top card block snap portion 11 The two to five snap portion cavities 14 and the top portion 11a and the bottom portion 11b of the snap portion are sufficiently provided with

top rings

10, 20, and 30 to make the

snap portion projections

13, 23, 33) by forming an inclination angle so that the thickness of the center of the top card block 5 is thinner than the outer side of the top card block so that a space of a thickness that is detachable is formed, the first top card block 10 and the second The top

card block gaps

120 and 230 are provided between the top card block 20 and between the second top card block 20 and the third top card block 30.

Although the above characteristics have been described by specifying the first, second, and third top card blocks 10, 20, and 30, the fourth, fifth, etc. including the identification portion of the top card block. The same applies to the snap portion of the top card block (when the fourth, fifth, ... top card blocks are stacked).

On the other hand, as shown in Figures 1 to 10, the lower surface of the first top card block 10, that is, a rotating pin having a plane coinciding with the lower surface of the first top ring 15, the rotating pin 50 is coupled It is desirable to be.

In view of meeting various children's preferences and inducing interest, the present invention provides a top having a three-dimensional character shape as described above, and at the same time can utilize an easy fastening method using a top card block to separate or upgrade the top. It was made so that.

The rotating pin 50 is attached to the rotating pin support 52 stacked under the first top card block 10 and the rotating pin protrusion 51 located at the bottom of the rotating pin support 52 to rotate on the floor. A top ring guide (53) that penetrates through the center (9) of the first, second and third top rings of the first, second and third top card blocks (10, 20, 30) and secures the first, second and third top rings With the outer circumference of the rotating pin fixing portion 48 and the rotating pin fastening portion 55 formed with a female screw or a rotating snap structure inside the lower surface of the third top ring 35 or the top cap 45 of FIGS. 13 to 16. It consists of a male thread (55a) or a rotating pin fastening portion 55 formed with a rotating snap locking structure.

As shown in Figure 6, the outer circumferential surface of the rotating pin fastening portion 55 is formed with a thread (55a) to coincide with the inner thread of the third top ring rotating pin fixing portion 48, shown in Figure 17 As described above, the rotational pin fastening portion 55 according to another embodiment is formed with a rotational snap projection 55b of a rotational snap fund structure coinciding with the inside of the rotational pin fixing portion 48 on the lower surface of the top cap 45. It includes what is.

The screw thread (55a) or the rotating snap projection (55b) is a shape that is locked in a counterclockwise direction, and generally the top is rotated in the clockwise direction, such that the third top ring (35) or top cap (45) and the rotating pin (50) ) Are rotated in opposite directions (the same principle that the locked state maintains the locked state as they rotate to each other) so that the prefabricated top toy 100 can be rotated more easily without loosening the coupling structure.

In addition, as shown in Figure 5, the rotating pin (50a, 50b, 50c) is provided with a rotating pin card block 60 that can be easily detached a plurality of rotating pins having different length and body thickness of the rotating pin As shown in the case of the various top rings and the top game board shown in FIG. 19, the rotating pin protrusions 51 can be exchanged for advantageous rotating pins according to the topography of the pointed, circular, elliptical, etc. Includes.

In addition, the rotation ring top guide 53, the first, second and third top ring center portion 9, and the rotating pin fixing portion 48 and the rotating pin fastening portion 55 are all central portions of the top card block. Is provided so as to coincide in the form of a seating groove, and the top ring guides 53 of the rotating pins are accommodated to accommodate the first, second, and third top rings arranged at the top, so that they can be attached at a more accurate position in a fitting-coupled form. have.

When provided in the form of a snap portion at the center of the top card block, it is possible to easily assemble and disassemble without using a coupling member, thereby providing a wider variety of character prefabricated top toys.

As shown in FIG. 18, it is more preferable to form a design on each upper surface and side surface of the third top ring so that it can be reconstructed with a clean appearance or a top of a design desired by the user.

With reference to the accompanying drawings, specific shapes and directions have been mainly described in the description of the multi-stage top card block capable of assembling and separating the top assembly and the prefabricated top toys using the same, but the present invention provides various modifications and modifications by those skilled in the art. Modifications are possible, and such modifications and variations should be construed as being included in the scope of the present invention.

Claims

A rotating pin (50) coupled to a central axis at the bottom of the first top card block (10) to implement a prefabricated top toy, and a top ring (15) coupled with the rotating pin (50) to support the entire top The first top card block 10 coupled in a snap structure on the surface, the second top card block 20 stacked on the first top card block 10 and the top ring 25 coupled in a snap structure , A third top card block 30 is stacked on the second top card block 20 and the third top ring 35 or top cap 45 is coupled in a snap structure, and the top card block (10,20,30) is the top and bottom of the top ring (15,25,35) so that the assembly and separation of the top ring (15,25,35) and the snap groove (16,26,36) and top ring wing (17,27,37) and a snap card protrusion (13,23,33) and a snap card groove (12) with snap grooves (12) and a snap groove (12) The guide projections 10a, 20a, 30a, guide insertion grooves 10b, 20b, 30b and the top card block are provided so that the 1,2,3 top card blocks 10, 20, 30 can be stacked sequentially in multiple steps. When stacked, the order of the blocks to be stacked and the identification portion 19 indicating the fastening position of the top ring are provided, and the top rings 15, 25, and 35 are the snap portion protrusions 13 and 23 of the top card block. ,33) and the snap portion groove (12) to correspond to the assembly and separation is possible, and the snap grooves (16,26,36) and the top ring wings (17,27,37) is provided, the third top The upper portion of the ring 35 is provided with a rotating shaft for rotating the top, the lower portion is formed with a rotating pin fixing portion 48 to which the rotating pin fastening portion 55 is fastened and fixed, and the top cap of the third top card block The first top ring 15 and the second top ring 25, which are arranged on the top together with the third top ring or formed in a structure combined with the third top ring, so as not to be too difficult to separate assembly or fastening And in order to obtain a connection between the third top ring 35, a circular shape on the lower surface of the top third top ring A projection 39b is provided, while a corresponding circular groove 29a is provided on the upper surface of the middle ring's second top ring, and a circular protrusion 29b is provided on the lower surface of the middle second ring. On the other hand, corresponding circular grooves 19a are provided on the upper surface of the lower first top ring, and the circular grooves 19a, 29a, 39a and the circular protrusions 19b, 29b, 39b are the lower first top rings. When the second top ring of the middle and the second top ring of the middle is rotated or snap-bonded on the third top ring of the top, the socket lock is formed and fastened, and the top ring guide of the rotating pin 50, which is the assembled central axis The central portion 9 of the top, middle, and bottom top rings is formed in correspondence with the 53 and the rotating pin body 55, and the rotating pin fastening portion 55 and the top top ring 35 or top cap ( 45) includes a snap structure provided for engagement in the rotating pin fixing portion 48, and the rotating pin 50 supports the rotating pin protrusion 51 and the first top ring 15 that rotate from touching the floor. The rotating pin support 52 and the first, second and third top rings through the central portion 9 to fix the first, second and third top rings 53 and third top rings 35 or On the inside of the bottom surface of the top cap 45, a male screw thread 55a or a rotating snap locking structure 55b is formed on the upper end of the rotating pin fixing portion 48 and the rotating pin fastening portion 55 formed with a female screw or a rotating snap structure. A multi-stage top that includes a rotating pin fastening part 55 is provided to sequentially stack the first, second, and third top card blocks 10, 20, and 30 to form a top toy or a designed character. The rotating pin 50 is coupled to the lower surface of the card blocks 10, 20, and 30 to assemble a top toy, and the rotating pin 50 is a third top ring 35 that is connected to a rotating shaft that rotates the top. Or push up to the rotating pin fixing part 48 of the top cap 45, the components of the top separated from the first, second, and third top card blocks are opposite to the direction in which the prefabricated top toys 100, 200, 300 rotate by the launcher. By rotating the rotating pin in the direction, the rotating pin fastener (5 5) is snapped by the rotational snap structure provided on the rotating pin fixing portion 48 of the top cap, and the rotating pin fastening portion and the rotating pin fixing portion 48 of the top cap are fastened to assemble the components of the top. A multi-stage top card block capable of assembling and separating a top assembly characterized in that it comprises a third top ring 35 and a middle top second top ring 25 which are assembled using the multi-stage top card block, and Prefabricated top toys (100,200,300), characterized in that the assembled top toy is achieved, including the lower end first top ring (15), top cap (45) and a rotating pin (50) as a central axis, all of which A multi-stage top card block capable of assembling and separating a top structure, and a prefabricated top toy using the same.
According to claim 1,

Place the top ring (15,25,35) on the top card block (10,20,30) and press it with a small force to snap the top card block (10,20,30) and top ring (15,25,35) The projections (13, 23, 33) and the top ring grooves (16, 26, 36), the snap groove 12, and the top ring wings (17, 27, 37), the top ring (15, 25, 35) and the top card Blocks (10, 20, 30) are assembled to one another, and the rotating pin (50) is fastened to the lower surface of the multi-stage top card block (10, 20, 30), and the rotating pin (50) is rotated in the snap funding direction. The top ring (15,25,35) is separated from the top card block (10,20,30) by a force to be combined into a prefabricated top toy (100,200,300), and the prefabricated top toy (100,200,300) is a multi-stage top card Put the upper surface of the blocks (10, 20, 30) and pull the fastened rotating pin (50) in the downward direction to rotate in the snap release direction so that the top rings (15, 25, 35) are from the prefabricated top toys (100, 200, 300). Separated, the separated top ring (15,25,35) is a multi-stage top card block capable of assembling and separating the top assembly characterized in that it is assembled to the top card block (10,20,30) again. Prefabricated top toy using this.
According to claim 1,

In order to increase the rotational speed of the top, the first top ring 15 is smaller in size than the second top ring 25 stacked thereon, and the second top ring 25 is stacked thereon. A multi-stage top card block capable of assembling and separating a top assembly characterized in that it is smaller in size than the top ring 35, and a prefabricated top toy using the top.
According to claim 1,

The top card block snap portion 11 is formed with one circular snap portion groove 72 and one circular snap portion projection 73, so that the snap portion groove 72 and the snap portion projection 73 are mutually identical. A top card block having a top ring blade and a top and bottom lip snap to be combined to stack the top ring (15, 25, 35) using a method such as seating on the top card block (70) in a snap coupling method A multi-stage top card block capable of assembling and separating a top structure, and a prefabricated top toy using the same.
According to claim 1,

In order to give a space where the top rings (15,25,35) and top card blocks (10,20,30) can be assembled and separated with a smaller force, a small elasticity of the top card block snap portion (11) is created. Note that two or five snap portion cavities 14, the top portion 11a of the snap portion and the bottom portion 11b of the snap portion are sufficiently provided with a top ring 10, 20, 30 to protrude the snap portion 13, 23, 33 ) To form an inclination angle so that the thickness of the top card block center portion 5 is thinner than the outside of the top card block so as to create a separation space having a thickness that can deviate from the first top card block 10 and the second top. Multi-stage capable of assembling and separating the top assembly characterized in that the top card block gaps 120 and 230 are provided between the card block 20 and between the second top card block 20 and the third top card block 30. Top card block and prefabricated top toy using the same.
According to claim 1,

The rotating pins 50a, 50b, and 50c have three to five rotating pin tap fixing parts to easily detach and detach multiple rotating pins having different lengths of rotating pins and the thickness of the rotating pin body 54. 61) and a rotating pin card block (60) having a rotating pin fastening part (62) to provide a rotating pin protrusion (51) according to the shape of another spinning ring having various thickness and size and the top of the game fighting terrain. A multi-stage top card block capable of assembling and separating a top assembly characterized in that a rotating pin card block 60 is provided so that it can be exchanged for use with a rotating pin capable of maintaining rotational force according to the shape of a pointed, circular, elliptical, etc. And prefabricated top toys using the same.