KR200421915Y1 - The magnetic toy with parts for top-play - Google Patents

Abstract

The present invention relates to a magnetic toy that allows a spinning toy assembly to be rotated by a rotary ball dedicated to a coil gear rotary top instead of a hand, thereby enabling a real top play.

The spinning toy 100 of the present invention is a spinning toy 100, a plurality of metal balls 11, 13, 16, a plurality of magnetic sticks 12, 14, a plurality of Consists of the panel 17, 20, the connecting bar 18 for connecting the upper and lower metal spheres (11, 16), etc., in order to stably maintain the shape of the combined top assembly (1) Coupling groove (G) for coupling the lower metal sphere (16) (11) with the connecting bar (18), and at the same time the top rotating sphere (100) can be inserted and attached to the upper end of the outer peripheral surface of the upper metal sphere (16) by magnetic force. There is a feature of the present invention in the structure formed.

The magnetic toy which can play the spinning top of the present invention has the advantage of avoiding the monotony of the play that the conventional magnetic toy play, which was static, can actually play the spinning top.

Top, spinning top, magnets, permanent magnets, magnetic toys, magnetic sticks

Description

Magnetic toy with top play {The magnetic toy with parts for top-play}

1 is a first embodiment of the present invention is a top assembly that combines the magnetic toy capable of playing the top of the present invention,

  (A) is a perspective view,

  (B) is a top view.

Figure 2 is a bottom perspective view of the first embodiment of the present invention incorporating the inventive toy top toy.

Figure 3 is a partially separated perspective view of the first embodiment top assembly incorporating a magnetic toy capable of playing the present invention.

Figure 4 shows a second embodiment of the spinning top assembly incorporating a magnetic toy capable of playing the present invention top,

  (A) is a perspective view,

  (B) is a top view.

Figure 5 is a perspective view of the coupling of the upper and lower metal sphere and the connecting bar constituting the top assembly.

6 shows an embodiment of the spinning top,

  (A) is a partial cutaway perspective view showing the state of the shooter end inserted into the winder,

  (B) is a partial incision perspective view showing the shooter fully inserted into the winder.

7 shows a method of rotating the first embodiment top assembly,

  (A) is a perspective view of the spinning top assembly and spinning top rotation device,

  (B) is a perspective view in which the top assembly and the spinning top are separated.

             ((Explanation of symbols for main part of drawing))

1. Top assembly 11. Bottom metal ball 12. Bottom side magnetic stick

13. Suspended metal ball 14. Horizontal magnetic stick 15. Upper side magnetic stick

16. Top metal hole 17. Side triangular panel 18. Connection bar

20. Horizontal surface polygon panel 100. Top turner 110. Winder

111. Housing 112. Swivel 112A. Jam

113. Permanent magnet 114. Gear body 114A. Gear Gear

114B. Ratchet Gear 120.Shooter 121.Handle

122. Driving piece

G. Coupling groove R. Ring S. Spring

The present invention allows the metal balls, the magnetic sticks and the panels to be assembled in the shape of a spinning top, but the spinning top assembly assembled by these is not merely a hand-held rotation method, but a gear-rotating rotary ball dedicated to spinning tops. By having a structure that can be rotated, the present invention relates to a magnetic toy capable of spinning top, which enables not only general magnetic toy play but also actual top play.

Most children's toys are made out of complete shapes such as dolls and robots, and then sold out. They are made up of finished toys that can be played only for a specific game, and a number of blocks that can be assembled together such as legos. It can be divided into prefabricated toys that can be assembled in shape, so that children can enjoy it for a long time without boredom, as well as prefabricated toys that can help cultivate creativity and imagination by assembling various shapes. It may be desirable.

Representative of the prefabricated toys such as the above may be Lego, Lego, due to its characteristics, a certain shape of a part that fits the shape is necessarily required to make a specific shape, each part is a rectangular parallelepiped or a cube As a basic three-dimensional shape, if you have different types of LEGO for each theme, the volume of the parts is not only difficult to store, but also it takes much time to find a specific part among many LEGO parts collected during assembly. There is a problem that excessive time is required to assemble a specific shape of a sculpture.

It solves the shortcomings of Lego as above, and there is no restriction on the shape of the basic basic sculpture related to a specific theme. One of the magnets that can learn the principle of operation of the magnetic toys have been developed.

In general, a conventional magnetic toy is composed of magnet sticks and metal spheres, each of which is surrounded by a synthetic resin envelope and has permanent magnets coupled to each of the two end faces of the metal rods so that different poles face outwards. By connecting a plurality of magnetic sticks in succession, it is a toy to make a desired model or structure.

In other words, it is strictly three-dimensional volume, but by using a magnetic stick that acts as a line and a metal sphere that acts as a point, it is possible to create a variety of two-dimensional sculpture models by children, It is the magnetic toy that can improve the understanding and creativity of geometric sculptures.

However, in the case of a magnetic toy composed only of a plurality of magnet sticks and metal balls, only a simple geometric shape based on a polygon such as a triangular or a quadrilateral can be assembled, and a structure having more than one shape is difficult or impossible to assemble. It has a disadvantage.

Therefore, as described above, in order to solve the disadvantages of the conventional magnetic toy composed of only the magnetic stick serving as a line and the metal sphere serving as a point, new magnetic toys that have been improved from the conventional magnetic toy have been developed. Utility model 394479 discloses a three-dimensional magnetic play toy, domestic registered utility model 394449 discloses a panel type magnetic play toy, and domestic design registration 363279 discloses a play toy block and the like.

The registered utility model 394479 relates to a magnetic toy polyhedron with a plurality of permanent magnets, and the registered utility model 394449 relates to a magnetic toy panel with a plurality of permanent magnets, and a design registration 363279 is a straight line. It relates to a curved magnetic stick rather than to the above, and the polyhedron and the panel and the curved magnetic stick as described above can produce sculptures of various shapes as magnetic toys.

However, the sculptures assembled with all such conventional magnetic toys are still static, i.e. fixed toys, there is a monotony that cannot be moved in the assembled state.

Therefore, in order to solve this monotony, a rotating toy for a magnetic toy that can be coupled to the assembled magnetic toy sculptures is disclosed in Korean Utility Model Model No. 404969, which is composed of a wheel and a wheel shaft, and the magnets to which they are coupled Although toy sculptures can be operated, they also cannot avoid the monotony of play like a simple non-motorized toy.

And, even without the above-mentioned rotating member, it is possible to assemble a sculpture that can be rotated by hand using a metal sphere, but it is not only cumbersome because it needs to be rotated by hand even if it is assembled. In the case of this short, strong rotation by hand, the assembled form may be deformed or damaged by the force of the hand, and it is not suitable for use as a toy that can play a full top because it is very difficult to grasp the rotation center of the sculpture.

The present invention has been devised to solve the monotony of the play function of the conventional magnetic toy, which has only a function of simply assembling a sculpture, or only a simple motion function of rolling by combining a wheel member or the like. In addition, the purpose of the present invention is to provide a magnetic toy that can be played almost the same as the actual top, which can be used as an educational object for a rotary motion in addition to the functions of the conventional magnetic toys.

The above object of the present invention is achieved by a gear rotating spinning top rotating sphere coupled to a permanent magnet, and the upper metal sphere to be given a rotational force in a state attached to the lower end of the spinning top rotating by magnetic force.

The spinning toy magnet toy of the present invention is a spinning gear assembly for spinning top that is used for spinning the spinning top assembly, which is assembled in the shape of a spinning top using a plurality of magnetic sticks, metal balls and panels, respectively. By allowing them to rotate, they made it possible to play a real top, despite being a magnetic toy.

That is, a metal ball is positioned at the upper end of the top assembly assembled using the magnet toy, and the coupling groove is provided at the upper end of the outer circumferential surface of the upper metal ball, and at the same time, the permanent magnet is mounted on the spinning wheel having a locking piece inserted into the coupling groove. By combining with the technical features of the present invention, the upper metal sphere is to be given the rotational force of the top rotating sphere in the state attached to the top rotating sphere by the magnetic force of the research magnet.

As described above, the magnetic toy capable of playing the spinning top of the present invention is characterized by the structure of the top metal ball and the spinning top, which allow the top metal ball located at the upper end of the top assembly to be rotated by the spinning top. The magnetic toys are as follows.

The spinning toy of the present invention includes a bottom metal ball which is a rotation center of the spinning top assembly in contact with the floor;

A plurality of lower side magnet sticks radially coupled to be inclined upwardly toward the outside so that the space between each other gradually increases as the bottom surface is attached to the outer circumferential surface of the lower metal sphere;

A plurality of suspended metal balls respectively coupled to an upper surface of each lower side magnet stick;

A plurality of horizontal plane magnetic sticks connecting two adjacent suspended metal spheres in a horizontal direction;

A plurality of upper side magnetic sticks coupled to the outer circumferential surface of each of the interrupted metal spheres in a state in which a lower end surface is attached to each other so that the distance between each other is gradually narrowed, that is, inclined upwardly in a radial direction toward the inside;

All upper surfaces of the upper side magnetic sticks are coupled to each other, and an upper metal sphere having a coupling groove formed at an upper end of an outer circumferential surface thereof;

A plurality of side triangular panels coupled to each side space formed in a triangular shape by the metal spheres, the side magnetic sticks and the horizontal surface magnetic sticks;

It consists of a straight connection bar, a spinning top, and the like for connecting the upper and lower metal spheres.

At this time, the upper, middle and lower metal spheres are metal spheres having the same shape and size, and the upper and lower side magnet sticks and the horizontal plane magnetic sticks also have the same shape and size, but the names using different names as described above are used. It is to accurately describe the structure of the top assembly while avoiding confusion on the name according to the.

Looking at the assembly structure of the magnetic toy of the present invention configured as described above, the lower side magnetic sticks radially coupled to be inclined upward to the outer circumferential surface of the lower metal sphere placed on the floor, the adjacent magnetic sticks to form a "V" type structure do.

Then, the middle metal spheres are respectively coupled to each top surface of the two side magnet sticks forming the "V" structure, and the two middle metal spheres are connected to the horizontal plane magnetic stick, the bottom metal sphere, the two bottom side magnetic sticks, and the two The geometrical shape of each lateral space formed by the interrupting metal spheres and the one-sided horizontal magnet stick is in the form of a triangular, precisely inverted triangular shape with each metal sphere as a vertex.

For example, five side magnet sticks are radially upwardly coupled to one bottom metal ball, five suspended metal balls are all attached to the top surface of each lower side magnet stick, and two adjacent suspended metal balls are attached. When the five horizontal plane magnetic sticks are coupled to each other, one bone is formed therebetween, and five lower triangular lower side spaces defined by the lower metal spheres are also inclined upwardly.

And when considering the suspended metal sphere as a vertex, on the horizontal plane, the geometry of the horizontal space formed between the five horizontal magnet sticks, respectively, becomes a pentagon, the lower side magnetic sticks and the lower metal sphere In addition, the suspended metal spheres and the horizontal magnetic sticks form a polygon formed on the horizontal plane, that is, an inverted polyhedron pyramid having a pentagon as a top surface, that is, an inverted pentagon pyramid.

In addition, the upper side magnetic sticks and the upper metal sphere are face-symmetric with the shape formed by the lower side magnetic sticks and the lower metal sphere, and the polyhedron having a bottom face of the polygon formed by the middle metal spheres and the horizontal magnetic sticks. The horns, or five-horned pyramid form.

Accordingly, the shape of the top assembly using the magnetic toy of the present invention is a shape in which the polyhedrons and inverted polyhedrons which are symmetrical to each other are formed on the upper and lower sides of the polygons formed by the suspended metal balls and the horizontal magnetic sticks. The side triangular panel is combined structure in each side space.

In this case, it is also desirable to increase the rigidity of the assembly by coupling the horizontal plane polygonal panel to the horizontal plane space formed in the polygonal shape by the suspended metal spheres and the horizontal plane magnetic sticks.

In addition, the metal spheres and the magnetic sticks are in close contact with the vertices and the side surfaces of each panel, thereby maintaining the shape stability of the assembly.

As described above, in the case of the assembly in which the metal spheres, the magnetic sticks, and the side triangular panels are combined, the top play can be performed, but in this case, the top assembly is rotated by hand while holding the top assembly by hand. Not only is it difficult to grasp the center of rotation of the top assembly, but when it is turned with a strong force, the assembly cannot be rotated with a strong force because the top assembly may be deformed or a metal or a magnetic stick may be separated from the top assembly. .

In other words, when the top assembly is directly rotated by hand, not only the rotational force is small but also the rotation time is short, so that the top play cannot be properly performed.

Therefore, it is preferable to use a spinning top rotating tool, which is a tool that actually rotates the spinning top, rather than rotating the spinning top assembly by hand, and the components that make the spinning top can be used include the upper and lower metal balls and the two. It is a permanent magnet coupled to the connecting bar and spinning top to connect the.

The spinning top is a widely used in the market, the top is attached to the magnetic force and the gear body is built in a winder and a belt-shaped shooter for rotating the gear body inside the winder,

The winder includes a housing in which shooter through holes are formed at both sides thereof; A gear body in which a general gear is stacked on the upper surface of the ratchet gear and rotatably coupled to the bottom of the housing; A stopper coupled to one side of the housing to prevent reverse rotation of the ratchet gear and which is elastically movable by a spring; A rotating barrel coupled to the bottom of the gear body and protruding directly below the bottom of the housing and having a locking piece at the center of the lower surface; It consists of a permanent magnet interposed between the gear body and the rotating cylinder, the gear body and the permanent magnet and the rotating cylinder is an integrated structure that rotates together.

And the shooter, with a handle; It extends in a straight line from one side of the handle, and consists of a flexible drive piece of a square section with a plurality of teeth protruding along one side of the handle bar. The driving piece of the shooter passes through the other shooter at one shooter through hole of the winder. When fully inserted into the ball, the stopper inside the housing is pulled out of the ratchet gear by the driving piece so that the ratchet gear can be rotated in both directions, and the teeth of the gear piece provided in the form of a stack on the teeth of the driving piece and the ratchet gear The teeth are engaged with each other.

Accordingly, when the driving piece is pulled out from the outside using the handle of the driving piece, the gear and the ratchet gear and the rotating cylinder engaged with the teeth of the driving piece rotate and are coupled to the lower end of the rotating cylinder by the magnetic force of the permanent magnet. The top assembly can be rotated.

In order to rotate the spinning top assembly magnetically coupled to the lower end of the rotating cylinder of the spinning top as described above, a coupling groove is formed in the upper end of the outer peripheral surface of the upper metal sphere, the engaging piece is inserted into the coupling groove, the lower end of the rotating cylinder The upper metal sphere rotates together with the rotating barrel, and the magnetic force of the permanent magnet is overcome by the rotating inertia force, so that the upper metal sphere, that is, the top assembly is separated from the rotating cylinder and continues to rotate on the floor itself.

At this time, the upper metal sphere and the lower metal sphere, which is the center of rotation of the spinning top assembly in contact with the bottom, are coupled to each other by a connecting bar, which is to increase the shape stability of the spinning top assembly and is coupled to the rotating cylinder. When only the top metal sphere is rotated, since the top metal portion can be separated from the top assembly, the bottom metal sphere and the top metal sphere are tightly coupled with the connecting bar.

The details of the purpose and technical constitution according to the present invention, including the effect thereof, will be clearly understood by the following description with reference to the drawings showing preferred embodiments of the present invention.

1 is a perspective view and a plan view of a first embodiment top assembly incorporating a magnetic toy capable of playing the present invention in FIG. 1, a bottom perspective view of the first embodiment top assembly in FIG. 2, and a part of the first embodiment top assembly in FIG. 3. 4 is a perspective view and a plan view of a second embodiment of the spinning top assembly in which the toy of the present invention is designed in FIG. 4, and the top and bottom metal balls of the top and bottom metal balls in FIG. 6 is a partial cutaway perspective view of an embodiment of the spinning top in FIG. 6, and a perspective view showing a method of rotating the top assembly in FIG. 7.

As shown. The magnetic toy capable of spinning top of the present invention is for assembling the top assembly 1, and a lower metal ball 11 serving as a rotation center;

A plurality of lower side magnet sticks 12 attached to an outer circumferential surface of the lower metal sphere 11 and coupled upwardly inclined such that a gap therebetween gradually widens as the upper metal surface 11 goes upward;

A plurality of suspended metal balls (13) coupled to the top surface of each of the lower side magnet sticks (12);

A plurality of horizontal surface magnetic sticks 14 connecting two adjacent suspended metal balls 13 in a horizontal direction;

A plurality of upper side magnetic sticks 15 are attached to an outer circumferential surface of each of the suspended metal balls 13 and are inclined upwardly inclined in an upward radial direction toward the inside so as to gradually narrow each other as they go upward. and;

All upper surfaces of the upper side magnet sticks 15 are joined together along an outer circumferential surface, and an upper metal sphere 16 having a coupling groove G formed at an upper end of the outer circumferential surface;

A plurality of side triangles coupled to each side space formed in a triangular shape by the metal spheres 11, 13, 16, the side magnet sticks 12, 15, and the horizontal plane magnetic sticks 14. Panels 17;

A straight connection bar 18 connecting the upper and lower metal balls 16 and 11;

It consists of a gear rotary top rotary ball 100, etc. for rotating the top assembly 1 assembled with all the above components.

At this time, magnet sticks 12, 14, 15 on each side of the side triangular panels 17 to reinforce the bonding force between the side triangular panels 17 and the magnetic sticks 12, 14, 15. It is preferable to protrude at least one circular or semi-circular ring (R) that can surround the outer peripheral surface of the field.

In addition, it is preferable in terms of the shape stability of the assembly to couple the horizontal polygon panel 20 to the polygonal horizontal plane space formed by the suspended metal spheres 13 and the horizontal magnet sticks 14. As in the case of the triangular panel 17, it is preferable to provide the ring R on each side surface of the polygonal panel 20 in the horizontal plane.

Rotation of the top assembly 1 using the magnetic toy of the present invention configured as described above is made in the following manner.

First, after coupling the shooter 120 of the spinning top 100 to the winder 110, the rotating cylinder 112 protruding to the bottom surface of the winder 110 housing 111 of the spinning top 100. By contacting the upper metal sphere 16 of the top assembly 1 to the lower surface, the upper metal sphere 16 is lowered by the magnetic force of the permanent magnet 113 interposed on the upper end of the rotating tube 112. Attach to the face.

At this time, the engaging piece 112A of the lower end surface center part of the rotating cylinder 112 will be in the state inserted into the outer peripheral surface upper end coupling groove G of the upper metal sphere 16. As shown in FIG.

In the above state, when the shooter 120 is pulled out of the winder 110 by pulling the handle 121 of the shooter 120, the teeth of the drive piece 122 of the shooter 120 are engaged. , The gear body 114 in which the gear gear 114A and the ratchet gear 114B are coupled up and down, the permanent magnet 113 and the rotary cylinder 112 sequentially downwardly coupled thereto, and the lower end of the rotary cylinder 112. The top assembly 1 attached to the upper metal sphere 16 through the rotating together.

When the top assembly 1 rotates through the above method, the top assembly 1 is rotated from the bottom of the rotating cylinder 112 by the self-weight and rotational inertia force of the top assembly 1, thereby rotating the top assembly ( The rotation speed of 1) changes according to the speed with which the shooter 120 is pulled out from the winder 110, and the faster the pulling speed of the shooter 120 is, the faster the rotation speed of the top assembly 1 is.

Reference numerals "115" and "S" not included in the above description are "stoppers" and "springs" coupled thereto to prevent reverse rotation of the ratchet gear 11B.

As described above, the magnetic toy that can play the top of the present invention can not only play the general magnetic toy, but also can play the top with a real top, so that it can escape the monotony of the magnetic play, and can be assembled Since the spinning top assembly can be effectively rotated by the spinning top, there is an advantage that the magnetic play can be more effectively enjoyed.

Claims (6)

In the magnetic toy comprising a magnetic stick, a metal ball and a panel, etc., A lower metal sphere 11 serving as a rotation center; Lower side magnetic sticks 12 coupled to an outer circumferential surface of the lower metal sphere 11 inclined upwardly toward the outside; Suspending metal spheres (13) are respectively coupled to the top surface of each of the lower side magnet sticks (12); Horizontal magnet sticks 14 connecting two adjacent suspended metal balls 13 in a horizontal direction; Upper side magnetic sticks 15 coupled to an outer circumferential surface of each of the suspended metal balls 13 inclined upwardly inwardly; An upper metal sphere 16 coupled to an outer circumferential surface of all upper surfaces of the upper side magnet sticks 15 and having a coupling groove G formed on an upper circumferential surface thereof; Side triangular panels (17) coupled to each side space formed by said metal spheres (11) (13) (16) and magnet sticks (12) (14) (15); The top and bottom metal ball (16), characterized in that it comprises a straight connection bar (18) for connecting the magnet toy, characterized in that it comprises a. According to claim 1, At each side of the triangular panel 17, at least one ring (R) having any one of a circular or semi-circular shape surrounding the outer peripheral surface of the magnetic stick 12, 14, 15 protrudes Magnetic toy that can be played top, characterized in that provided. The spinning top magnet according to claim 1, wherein a horizontal polygon panel 20 is additionally coupled to a horizontal space formed by the suspended metal spheres 13 and the horizontal magnetic sticks 14. toy. According to claim 3, wherein each side of the horizontal polygonal panel 20, at least one ring (R) having any one of a circular or semi-circular shape surrounding the outer peripheral surface of the horizontal magnet stick 14 is projected is provided with Magnetic toys that can play top. The magnetic toy according to claim 1, wherein said top play is possible. A housing 111 having shooter through holes formed at both sides thereof; A gear tooth (114) formed on the upper surface of the ratchet gear (114B) by lamination and rotatably coupled to the bottom of the housing (111); A stopper 115 coupled to one side of the housing 111 to prevent reverse rotation of the ratchet gear 114B and elastically movable by a spring S; The rotary cylinder is coupled to the bottom surface of the gear body 114 and protrudes directly under the bottom of the housing 11, and the engaging piece 112A inserted into the coupling groove G of the outer circumferential surface of the upper metal sphere 16 is provided at the center of the lower surface. 112; Winder 110 and interposed between the gear body 114 and the rotating cylinder 112 and comprises a permanent magnet 113 which is attached to the upper metal sphere (16): A handle 121; Gear rotary top rotary ball 100 consisting of a shooter 120 extending in a straight line from one side of the handle 121, consisting of a flexible drive piece 122 of a rectangular cross-section with a plurality of teeth protruding along the longitudinal direction on one side. ) Is a magnetic toy capable of playing top. delete

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