WO2011139013A1

WO2011139013A1 - Polygonal toy panel fitted with magnets

Info

Publication number: WO2011139013A1
Application number: PCT/KR2010/009226
Authority: WO
Inventors: 고영호
Original assignee: 주식회사 나비북스
Priority date: 2010-05-07
Filing date: 2010-12-22
Publication date: 2011-11-10
Also published as: KR100993250B1

Abstract

The present invention relates to a polygonal toy panel fitted magnets. The polygonal toy panel fitted magnets comprises: a main panel, which comprises polygonal upper and lower panels made of a transparent synthetic resin and coupled together by means of an adhesive, and which has a coupling hole passing through the center of the upper and lower panels; a magnet recess which is disposed in an edge of the upper and lower panels, and in which magnets spaced a constant distance apart from one another are fitted and fixed; a rail disposed within the upper and lower panels, wherein noctilucent beads of various colors are movably inserted in the rail; a sheet of paper disposed within the upper and lower panels; and a coupling panel made of a transparent synthetic resin and removably installed in an installation recess disposed inside the coupling hole. The coupling panel includes upper and lower panels coupled together by means of an adhesive, and a magnet recess disposed in an edge of the upper and lower panels of the coupling panel, wherein magnets are fitted and fixed within the magnet recess. A sheet of paper having a picture is disposed within the upper and lower panels of the coupling panel.

Description

[Revision 17.01.2011 by Rule 26] 규칙 Magnet-mounted polygonal toy panel

The present invention relates to a magnet-mounted polygonal toy panel, and more particularly, the main body panel and the coupling panel that can be attached to and detached from the coupling hole formed in the center portion of the polygonal body panel are coupled to each other by a magnet It's about a magnetically mounted polygonal toy panel where kids can make creative prefabricated toys.

Recently, as toys for promoting the creative ability of the infant, a lot of prefabricated toys have been developed using a magnetic block, which is basically, as shown in Figs. 9 and 10, the block body 10 on each side of the magnet ( 11), and the coupling between the components can be facilitated by mutual bonding of the mounted magnets 11.

However, such a conventional magnet block has a configuration in which only one surface of the coupling surface (generally two surfaces of the N pole and the S pole) of the magnet 11 is exposed to the outside of the main body 10. Therefore, only one magnet 11 can be coupled to one magnet 11 and the coupling between the block bodies 10 dependent on the magnetic force of the magnet 11 is also shown in FIG. 10. It has been pointed out as a problem in that it is limited to the combination of one side to one side of (10), which limits the development of children's creativity.

11 is a main body 100 formed with a magnet mounting groove, as described in the registration number 10-0856094 registered in advance to solve the above problems; And a plurality of joining surfaces, the plurality of joining surfaces having a polygonal cross-section of a magnet 200 alternately formed with an N pole and an S pole; and the magnet 200 having a polygonal cross section among a plurality of joining surfaces. By presenting a magnet block, characterized in that mounted on the magnet mounting groove, so that at least two or more surfaces are exposed, it is possible to further promote the creativity development of the infant by allowing a plurality of magnets to be coupled to one magnet.

The applicant has developed a magnet-mounted polygonal toy panel so that children can make creative prefabricated toys by combining them with magnets by using a coupling panel that can be mounted and detached in a coupling hole formed at the center of the polygonal body panel. .

An object of the present invention is a magnet-mounted type so that the body panel and the coupling panels which can be mounted and detached in the coupling hole formed in the center portion of the polygonal body panel are coupled to each other by a magnet to make the children creative creative toys Polygon toy panel.

Another object of the present invention is to provide a magnet-mounted polygonal toy panel that can be connected to any direction in three dimensions 360 degrees to create a creative three-dimensional figure, not just stacked as a block using a polygonal body panel and the coupling panels. .

The magnet-mounted polygonal toy panel of the present invention for achieving the above object is a main body panel formed with a through hole in the center of the upper and lower panels of the polygon made of a transparent synthetic resin bonded to the adhesive, and the upper and lower panels Magnet grooves are installed so that the magnets are inserted and fixed at regular intervals inside the periphery of the rail, and rails formed to move the luminous bulbs having a plurality of colors inserted into the upper and lower panels, and the upper and lower panels A coupling panel made of paper and a transparent synthetic resin mounted on and detached from a mounting groove formed inside the coupling hole, and the coupling panel is installed such that a magnet is fitted into and fixed to the inner side of the upper and lower panels joined by an adhesive. The magnet groove, the upper and lower panels of the coupling panel is characterized in that the drawing paper is installed.

The main body panel is hexagonal to form a square coupling hole in the center, the coupling hole is mounted and detached square coupling panel, the square coupling panel magnets are fitted inside the circumference of the upper and lower panels are bonded with an adhesive The magnet groove is installed to be fixed, and the drawing paper is installed in the upper and lower panels of the coupling panel, and form an X-shape integrally with the center portion of the rectangular coupling panel, and the cog wheels at the center and both ends of the X-shape. Characterized in that the shaft hole is formed that the fitting shaft can be fitted.

The main body panel has a pentagonal shape to form a triangular coupling hole in the center, the coupling hole is equipped with a triangular coupling panel is detachable, the triangular coupling panel is coupled to the inside of the circumference of the upper and lower panels are bonded with an adhesive The magnet groove is installed to be fixed, and the drawing paper is installed in the upper and lower panels of the coupling panel, the Y-shaped integrally formed in the central portion of the triangular coupling panel, and the fitting shaft of the gear wheel in the central portion of the Y-shaped It is characterized in that the shaft hole that can be fitted is formed.

The shaft hole formed in the center of the coupling panel is coupled to the fitting shaft formed at the lower end of the gear wheel, the gear wheel is a coupling groove that can be coupled to the handle lever in the upper center, and the connecting body in the central portion spaced from the coupling groove It is characterized in that the coupling ribs are formed that can be bonded.

As described above, the present invention is effective to combine the main body panel and the coupling panels of the polygon with each other by a magnet so that children can make a creative prefabricated toys.

In addition, by using a polygonal body panel and a combination panel not only stacked as a block, but also has the effect of creating a three-dimensional figure of creativity by connecting in any direction of three-dimensional 360 degrees.

In addition, the infant uses a magnet-mounted polygonal toy panel to improve micromuscular control through object magnet play, develops fine motor skills, develops the brain through precise movements of the hand, and develops vivid colors and distinct shapes. It is effective to develop various senses of infants through clear sound at the time of development, and to develop classification and classification ability of objects.

In addition, children plan what they will make using a magnetically mounted polygonal toy panel, and in the process of making their own, they develop original thinking, problem solving, independence and accomplishment, and use the composition to create simple, sometimes concrete, As shape is developed, modeling ability is developed, symmetry, composition, face, and sex are recognized, and three-dimensional composition power is enhanced, and infinite imagination and creativity are developed through the operation activity of the magnetic attachment toy panel.

1 is an exploded perspective view of a magnet-mounted polygonal toy panel of one embodiment according to the present invention;

Figure 2 is an assembled perspective view of a magnet-mounted polygonal toy panel of one embodiment according to the present invention.

3 is a front view of a magnet-mounted polygonal toy panel of one embodiment according to the present invention.

Figure 4 is an exploded perspective view of a magnet-mounted polygonal toy panel of another embodiment according to the present invention.

Figure 5 is an assembled perspective view of a magnet-mounted polygonal toy panel of another embodiment according to the present invention.

6 is a partial cross-sectional view of the magnet-mounted polygonal toy panel of the present invention.

Figure 7 is a state diagram made a plan view using a magnet-mounted polygonal toy panel of the present invention.

Figure 8 is a state diagram made a three-dimensional figure using a magnet-mounted polygonal toy panel of the present invention.

9 is a block diagram of a conventional magnetic block.

10 is a state diagram of the combination of the conventional magnetic block.

11 is a block diagram of another conventional magnetic block.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the present invention may be embodied in many different forms and should not be limited to the described embodiments.

1 is an exploded perspective view of a magnet-mounted polygonal toy panel of an embodiment according to the present invention, FIG. 2 is an assembled perspective view of a magnet-mounted polygonal toy panel of an embodiment according to the present invention, and FIG. Front view of a magnet-mounted polygonal toy panel of an embodiment.

And, Figure 4 is an exploded perspective view of a magnet-mounted polygonal toy panel of another embodiment according to the invention, Figure 5 is an assembled perspective view of a magnet-mounted polygonal toy panel of another embodiment according to the invention, Figure 6 is a magnet of the present invention Partially coupled cross-sectional view of the mounting polygonal toy panel, Figure 7 is a state diagram made a plan view using a magnet-mounted polygonal toy panel of the present invention, Figure 8 is a three-dimensional figure using a magnet-mounted polygonal toy panel of the present invention State diagram.

The present invention is a magnet-mounted polygonal toy that can be combined with each other by a magnet and the main body panel and the mounting panel that can be mounted and detached in the coupling hole formed in the center portion of the polygonal body panel children can make creative prefabricated toys It is about the panel.

As shown in FIGS. 1 to 8, the magnet-mounted polygonal toy panel of the present invention has a polygonal upper and lower panels made of transparent synthetic resin, and the

lower panel

101 and 102 are formed in the center of the coupling hole 105 penetrated by the adhesive. In the panel 100, the magnet groove 103 is installed so that the magnet 110 is fitted and fixed at regular intervals inside the upper and

lower panels

101 and 102, and the upper and

lower panels

101 and 102. A rail 104 formed to insert and move a plurality of luminous light bulbs 120 having a plurality of colors, a drawing paper 130 installed inside the upper and

lower panels

101 and 102, and an inner side of the coupling hole 105. Coupling panel 200 is mounted and detached to the mounting groove 106 formed, and the coupling panel 200 is installed so that the magnet 210 is fitted into the inner periphery of the upper and

lower panels

201 and 202 to be bonded with an adhesive Magnet grooves 203 and upper and

lower panels

201 and 202 of the coupling panel 200. The figure is the paper (230) is installed.

The main body panel 100 is formed in a hexagonal hexagonal square coupling hole 105 in the center, the coupling hole 105 is mounted and detached rectangular coupling panel 200 made of a transparent synthetic resin, the square coupling panel ( 200 is a magnet groove 03 is installed so that the magnet 110 is fitted into the upper periphery of the upper and lower panels (101, 102) are bonded with an adhesive, and the upper and lower panels (201, 202) of the coupling panel 200 Figure paper 230 is installed therein, integrally formed in the center of the rectangular coupling panel 200, the X-shape, the center of the X-shaped and the fitting axis of the wheel 300 can be fitted to both ends The shaft hole 204 is formed.

The main body panel 100 is a pentagonal form a triangular coupling hole 105 in the center, the coupling hole is mounted and detached triangular coupling panel 200 made of a transparent synthetic resin, the triangular coupling panel 200 is The magnet groove 103 is installed so that the magnet 110 is inserted and fixed inside the circumference of the upper and

lower panels

101 and 102 coupled by an adhesive, and inside the upper and

lower panels

201 and 202 of the triangular coupling panel 200. Drawing paper 230 is installed, the shaft hole 204 to form a Y-shape integrally to the central portion of the triangular coupling panel 200, the fitting shaft of the gear wheel 300 can be fitted to the central portion of the Y-shaped Is formed.

The shaft hole 204 formed in the center of the coupling panel 200 is coupled to the fitting shaft 301 formed at the lower end of the gear wheel 300, the gear wheel 300 is coupled to the handle lever 305 in the upper center The coupling groove 302 may be formed, and the coupling rib 303 may be formed at the central portion spaced apart from the coupling groove 302 to which the connection member 304 may be coupled.

The main body panel 100 is hexagonal is provided with six magnets at regular intervals inside the circumference, the main body panel 100 is pentagonal is installed five magnets at regular intervals in the inner circumference, the coupling Four magnets are installed at regular intervals in the circumferential inner side of the rectangular coupling panel formed with X characters in the center of the panel 200, and in the triangular coupling panel having Y characters in the center of the coupling panel 200 with constant intervals in the inner circumference thereof. Three magnets are installed.

The coupling panel 200 has a shaft hole 204 formed at the center and both ends of the X-shaped formed in the center.

The coupling panel 200 is a shaft hole 204 is formed in the center of the Y-shaped formed in the center.

The coupling panel 200 is coupled to the lower fitting shaft is formed with the cog wheel 300 in the shaft hole 204 formed in the center, the handle lever 305 is coupled to the upper center of the cog wheel 301 The groove 302 and the central portion spaced from the coupling groove 302 is formed with a coupling rib 303 to which the connector 304 is coupled.

The rail 104 formed inside the main body panel 100 as described above includes luminous beads 120 having a plurality of colors, so that the luminous dictation 120 can be moved along the rail 104 and shaken. You can make a sound by (120).

If you shake at night luminous luminous by the luminous (120) will emit a luminous light.

The drawing paper (130,230) installed inside the main body panel (100) is to install the drawing paper drawn by children like.

The present invention as described above can be mounted and detached to the mounting panel 200, the magnet 210 is mounted in the coupling hole 105 formed in the center of the polygonal body panel 100, the magnet 110 is mounted, The main body panel 100 and the combined panel 200 of the separated polygons can be connected to the three-dimensional 360 degree

direction using magnets

110 and 210 to create a creative three-dimensional figure.

By using the

magnets

110 and 210 of the main body panel 100 and the coupling panel 200 as described above, three-dimensional 360 degree connection is made to create a three-dimensional figure of creativity and the main body panel 100 and the coupling panel 200. Coupling the gear wheel 300 by fitting the handle lever 305 to the coupling groove 302 formed in the upper center of the gear wheel 300, the coupling shaft formed with the gear wheel 300 to the formed shaft hole 204, respectively It is possible to make a toy that is rotated while the gear wheel 300 is connected.

By connecting the connector 304 to the coupling rib 303 of the cog wheel 300 is assembled so that the cog wheel 300 is positioned on both sides to create a creative toy to play.

The present invention by using a polygonal body panel 100 and the coupling panel 200 by using a magnet coupled to each other children can create a creative prefabricated toys, using a polygonal body panel 100 and the coupling panel 200 By not only stacking like a block, you can create creative three-dimensional figures by connecting in three directions in 360 degrees.

In addition, the infant uses a magnet-mounted polygonal toy panel to improve micromuscular control through object magnet play, develops fine motor skills, develops the brain through precise movements of the hand, and develops vivid colors and distinct shapes. It is to develop a variety of senses of children through the clear sound at the time of development, to develop the ability to classify and classify things.

In addition, children can plan what they will make using a magnet-mounted polygonal toy panel, and develop their own thinking, problem-solving, independence and accomplishment in the process of making their own, and use the composition to create simple, sometimes concrete, As the shape is formed, the formative ability is developed, symmetry, composition, face, and sex are recognized, and the three-dimensional compositional power is enhanced, and infinite imagination and creativity are developed through the operation activities of the magnetic panel of the magnetic attachment machine.

The preferred embodiment of the present invention has been described above. The present invention may use various changes, modifications, and equivalents. It is clear that the present invention can be applied in the same manner by appropriately modifying the above embodiments. Accordingly, the above description does not limit the scope of the invention as defined by the limitations of the following claims.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but it will be apparent to those skilled in the art that various modifications are possible without departing from the scope of the present invention.

Claims

Polygonal upper and lower panels made of transparent synthetic resin (101,102) formed in the center of the coupling hole 105 penetrated in the center to be bonded with an adhesive, and a constant inside the upper and lower panels (101,102) The magnet 104 is installed so that the magnet 110 is inserted and fixed at intervals, and the rail 104 formed so that the luminous beads 120 having a plurality of colors are inserted into the upper and lower panels 101 and 102 to be moved. ), A coupling panel 200 made of transparent synthetic resin mounted on and detached from the drawing paper 130 installed in the upper and lower panels 101 and 102 and the mounting groove 106 formed inside the coupling hole 105. And, the coupling panel 200 is a magnet groove 203 is installed so that the magnet 210 is fitted into the upper portion of the upper, lower panels (201, 202) to be bonded with an adhesive, and the upper of the coupling panel 200 , Magnet mounting, characterized in that the painting paper 230 is installed in the lower panel (201, 202) Polygon toys panel.
The method of claim 1,

The main body panel 100 is formed in a hexagonal quadrangular coupling hole 105 in the center, the coupling hole 105 is fitted with a rectangular coupling panel 200 and detachable, the rectangular coupling panel 200 is adhesive Magnet groove 03 is installed so that the magnet 110 is inserted and fixed inside the circumference of the upper and lower panels 101 and 102 coupled to the upper and lower panels 201 and 202 of the coupling panel 200. A shaft hole 230 is installed and integrally formed with an X-shape at the center of the rectangular coupling panel 200, and the fitting shaft 301 of the cog wheel 300 can be fitted at the center and both ends of the X-shape. Magnetic mounting polygonal toy panel, characterized in that (204) is formed.
The method of claim 1,

The main body panel 100 is a pentagonal form a triangular coupling hole 105 in the center, and the triangular coupling panel 200 is mounted and detached in the coupling hole, the triangular coupling panel 200 is bonded with an adhesive Magnet groove 103 is installed so that the magnet 110 is fitted into the circumference of the upper and lower panels 101 and 102, and the drawing paper 230 inside the upper and lower panels 201 and 202 of the triangular coupling panel 200. ) Is installed, and the shaft hole 204 to form a Y-shape integrally to the central portion of the triangular coupling panel 200, the fitting shaft 301 of the cog wheel 300 is fitted to the central portion of the Y-shaped Magnetically mounted polygonal toy panel, characterized in that formed.
The method of claim 2 or 3,

The shaft hole 204 formed in the center of the coupling panel 200 is coupled to the fitting shaft 301 formed at the lower end of the gear wheel 300, the gear wheel 300 is coupled to the handle lever 305 in the upper center Magnetically mounted polygonal toy panel, characterized in that the coupling groove 302, and the coupling groove 302 is formed in the central portion spaced apart from the coupling ribs (303) that can be coupled to the connector (304).