KR100546070B1 - Panel-type magnetic toys - Google Patents

Abstract

The present invention relates to a panel-type magnet play toy in which a permanent magnet is inserted into the inner space so as to be movable.

The panel magnet play toy of the present invention has a polygonal upper and lower plate body 110 and 120 provided with a plurality of ribs 111 and 121 on one surface thereof, and ribs 111 of the upper and lower plate bodies 110 and 120. A plurality of compartments 140 are provided at each corner by the separation partition 130 formed by the corresponding coupling between the 121 and permanent magnets 150 that are inserted into the compartment 140 to be movable. The panel body 100 is composed of a technical feature.

The panel-type magnetic play toy of the present invention is a model of various shapes by allowing a more rigid coupling between the panel body attached to each side by a magnetic force to the coupling member and also freely adjusting the rotation angle between the panel body around the coupling member There is an advantage that the improvement of creativity by the assembly can be doubled.

Panel body, upper and lower plate, rib, vertical wall, separating partition, compartment, permanent magnet, coupling member mounting groove, corner, through hole, trim, coupling member, pattern plate

Description

Panel-type magnetic toys {Panel-type magnetic toys}

1 is a perspective view showing a coupling state of a conventional magnetic play toy.

2 is a view showing a conventional magnetic play toy,

(A) is a sectional view of the magnetic stick of the magnetic play toy,

(B) is a sectional view showing the assembly structure of the magnetic play toy.

Figure 3 is a perspective view of a conventional plate magnet play toy.

Figure 4 is a perspective view of the magnetic play toy according to the present invention.

5 is a partially cutaway perspective view of the magnetic play toy according to the present invention;

6 is a cross-sectional view of the magnetic play toy according to the present invention.

Figure 7 is a side cross-sectional view of the magnetic play toy according to the present invention.

8 is a perspective view of a coupling member of the present invention panel-type magnetic play toys.

9 is a side view of the coupling member of the present invention a panel-type magnetic play toy.

10 is an assembled perspective view of the panel-type magnetic play toy of the present invention.

Figure 11 is a perspective view of the coupled state of the present invention panel-type magnetic play toys.

Figure 12 is a side cross-sectional view of the coupled state of the present invention panel-type magnetic play toys

Figure 13 is a perspective view of the pattern plate is attached to the front of the panel according to the present invention.

Figure 14 is a perspective view showing an embodiment of each type of panel body according to the present invention.

15 to 18 is a perspective view of the assembled state using the magnetic play toys according to the present invention,

15 is an assembled perspective view of a cube shape;

16 is an assembled perspective view of a spherical shape,

17 is an assembled perspective view of the letter board shape;

18 is an assembled perspective view of the operation mechanism shape.

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

          100. Panel body 110, 120. Upper and lower plate

111,121. Rib 112, 122 . Vertical wall

          125. Horizontal contact surface 130. Separation bulkhead

          140. Compartment 150. Permanent Magnet

          160. Coupling member mounting groove 170. Corner

          180. Through hole 190. Trimming part

          200. Coupling member 300. Glyph plate

The present invention relates to a panel-type magnetic play toys in which a permanent magnet is inserted into the inner space so as to be movable. A structure in which a pair of panel bodies are rotatably coupled by a coupling member mounted in a member mounting groove, and the present invention relates to a panel-type magnetic play toy that allows various types of three-dimensional structures to be assembled by successive coupling of panels. .

In general, a conventional magnetic play toy is composed of a circular rod-shaped magnetic stick and a metal ball wrapped by synthetic resin in a state in which permanent magnets are coupled to both ends, and metal balls are formed at both ends of the stick by the magnetic force of the stick including permanent magnets. It is attached so that a plurality of magnet sticks are continuously connected to the metal sphere by magnetic force so that a desired model or structure can be formed.

A typical embodiment of such a conventional magnetic play toy is briefly described with reference to FIGS. 1 to 2 as follows.

 1 is a perspective view showing a coupling state of a conventional magnetic play toy, Figure 2 is a view showing a conventional magnetic play toy, (a) is a sectional view of the magnetic stick of the magnetic play toy, (b) the assembly of the magnetic play toy It is a cross-sectional view showing the structure.

As shown in the drawing, a conventional magnetic play toy is provided with a magnetic force emitted by a circular rod-shaped magnet stick 4 and a metal ball 5 through disk-shaped magnets 2 and 2 'mounted at both ends of the stick 4. By successive combinations, structures or models of the desired shape are created.

The disc magnets 2 and 2 'are coupled to both ends of the metal pin 1 and wrapped with the outer shell 3 of the hard synthetic resin material to form a stick 4 that retains magnetic force, and the metal balls 5 ) Can be attached to both ends of the stick, so that the other sticks 4 'and 4 "are continuously connected to the metal sphere 5, so that a linear structure using a plurality of sticks 4 can be manufactured.

The stick 4 is a disk-shaped permanent magnet (2) (2 ') is coupled to both ends of the metal pin (1) to show the effect of the bar magnet having a strong magnetic force of the stick (4) itself, One side is configured to represent the polarity of the N pole, the other side of the S pole.

The stick 4 and the metal sphere 5 are connected to each other by sticking the metal sphere 5 magnetically between the sticks 4 and 4 '. S poles are adjacent to the strong attraction force, the metal sphere 5 is attached between the two sticks (4) (4 ') by the attraction force only to maintain a strong connection of the sticks (4) (4') It also serves as a connector for other sticks.

At this time, as shown in (b) of FIG. 2, the connection structure is a triangle structure in which the metal sphere 5 is attached between the N and S poles of the stick 4, which is the most stable structure with less deformation. By default, large structures are modeled.

In addition, the magnetic play toy using the permanent magnet is larger than the diameter of the stick 4, the diameter of the metal ball 5, the stick 4 around the metal ball 5, the angle of approximately 45 ° ~ 180 ° It can be attached to a large number of not only vertical and horizontal as well as to express a free angle radially, but also a plurality of metal spheres 5 are attached to one stick (4) to rotate the structure by the point contact of the metal spheres 5 This can also be made.

However, since the linear magnet using the magnetic stick 4 can only be represented by such a conventional magnetic toy, the shape of the model can be properly represented when the model is manufactured using the plurality of sticks 4 and the metal balls 5. There is a limit to this problem, and when manufacturing a sophisticated structure, it is pointed out that a problem that requires a large number of sticks (4) and metal spheres (5) because a large number of triangular structures must be made to stably support the structure. have.

The conventional magnetic play toy as described above is composed of a metal sphere serving as a one-dimensional point and a magnetic stick serving as a two-dimensional line, so that its volume is minimized when stored and is lost because each part is attached by a permanent magnet. There is less concern, but there is a disadvantage that the shape that can be assembled is limited because it consists of only points and straight lines, there is a disadvantage that can not constitute a plane.

In order to solve such disadvantages, a patent (Application No.:10-2005-14644) entitled "Magnetic Puzzle" has been filed by the present applicant on February 22, 2004. Based on the following.

Figure 3 is a perspective view of a conventional plate-shaped magnetic play toys, a plate-like panel having a relatively large horizontal and vertical dimensions compared to the height, as shown, a plate-like panel having at least one magnet flow space (R) along the inner edge portion It consists of a plurality of puzzle pieces 30 composed of a main body 31 and magnets 32 and 33 movably inserted into the respective magnet flow spaces R in the panel body 31.

However, the conventional magnetic puzzle of the structure is a puzzle piece because the space of the magnet 32, 33 can be flowed only at each side and corner of the panel body 31, so that the transfer path of the magnet is limited. Face-to-face coupling between the 30 or the linear coupling using the side of the puzzle piece 30 has a disadvantage that can not be made smoothly.

In addition, the PCT international publication (WO 2004/062760, the name of the invention: JOINING APPARATUS WITH ROTATABLE MAGNET THEREIN AND BUILT-UP TYPE TOY WITH THE SAME) is another form of the conventional magnetic play toys. A plurality of polyhedral parts in which a magnet is embedded in the joining surface are provided, and assembly is performed due to the magnetic force between the magnets of the parts and the magnets formed on the joining surface of the other parts.

The above-mentioned conventional magnetic play toys can be bonded by magnetic force only when the position of the magnet provided on the joint surface of each part and its polarity are matched so that mutual attraction can be exerted. There is a problem that can only be weakened.

In addition, the magnet play toy also discloses a structure in which the magnet is rotated inside the magnet embedding part so that the polarity of the magnet exposed to the surface is changed, but only the polarity is changed without changing the position of the magnet to be rotated. Not only can the problem be solved, but there is a disadvantage in that workability is deteriorated in manufacturing each part in which the magnet composed of the rotating body is mounted on the joint surface.

Therefore, the present invention was devised to solve the above-mentioned disadvantages and problems in the conventional magnetic play toys, and is permanently inside a hollow compartment in which a plurality of ribs are correspondingly coupled in a panel body in which upper and lower plates of a polygon are coupled. It is an object of the present invention to provide a panel-type magnetic play toy, in which a permanent magnet is movable by a magnetic force inside a compartment to allow continuous coupling between adjacent panels by inserting a magnet.

In addition, another object of the present invention is a panel type that allows the engaging angle of the panel to be adjusted step by step by mounting the engaging member formed with the radially engaging grooves on both sides in the engaging member mounting groove provided in the central portion of each side of the panel body. Magnetic play toys are provided.

The object of the present invention is a plurality of compartments provided at each corner portion by a partition partition formed by a corresponding coupling between the ribs of the upper and lower plates of the polygon with a plurality of ribs on one surface, It is achieved by a panel-type magnetic play toy structure composed of permanent magnets which are movably inserted into the compartment.

The upper and lower plate bodies are formed in a polygonal plate shape including triangles, quadrangles, and the like, and a plurality of ribs protruding from one corner and an arbitrary point in the inside thereof are formed.

In addition, when the upper and lower plate body is coupled to form a panel body, the ribs are correspondingly coupled so that a plurality of compartments are provided therein including corners of each polygonal panel body.

At this time, the compartment is partitioned into partitions formed by the corresponding coupling between the ribs of the upper and lower plates, and the permanent magnet is embedded in the compartment of each corner of the panel body so as to be movable.

On the other hand, the panel body is coupled between the adjacent panel body by contacting each side and the corner of the panel body by the magnetic force of the permanent magnet that is fluidly embedded in the compartment of each corner portion.

At this time, at least one coupling member mounting groove is recessed on each side of the panel body, and the coupling member formed on both sides of the disc-shaped insertion hole provided with a plurality of locking grooves is rotatably inserted and mounted on the coupling member mounting groove. do.

The coupling member has a disk-shaped insertion hole provided with a plurality of engaging grooves radially on both sides thereof is symmetrically formed at both ends of the coupling member, and the disk-shaped insertion holes at both ends are inserted into the coupling member mounting grooves of the panel bodies, thereby allowing the coupling member to be centered. Adjacent panel bodies are rotatably coupled in stages.

The coupling member is fixed to the rotational position as the binding protrusions protruding from both sides of the coupling member mounting groove are sequentially mounted on the locking grooves on both sides of the disc-shaped insertion port, so that the rotation angle of the panel body can be adjusted.

Matters relating to the effect of the present invention, including the technical configuration for the above object of the panel-type magnetic play toy, will be clearly understood by the following detailed description with reference to the drawings in which preferred embodiments of the present invention are shown.

First, Figure 4 is a perspective view of the magnetic play toy according to the present invention, Figure 5 is a partially cutaway perspective view of the magnetic play toy according to the present invention, Figure 6 is a cross-sectional view of the magnetic play toy according to the present invention, Figure 7 Side cross-sectional view of the magnetic play toy according to the invention.

As shown, the panel-type magnetic play toy of the present invention is a plurality of ribs 111, 121 , the upper and lower plate body 110, 120 formed with a protrusion is correspondingly coupled to the plurality of separation partitions of the inner space Consists of a panel body 100 of polygonal partitioned by 130 and at least one coupling member mounting groove 160 is formed on each side of the panel body 100, divided by the separation partition 130 Compartment 140 is a structure in which the permanent magnet 150 is inserted into the flowable.

The upper and lower plate bodies 110 and 120 are symmetrical with each other and are provided with vertical wall portions 112 and 122 that are vertically bent at each side including the edge portion 170 and the vertical wall portion (inside each corner). Ribs 111 and 121 are formed to protrude as much as the heights of 112 and 122, and through-holes 180 are provided on the central portion of each of the plate bodies 110 and 120.

In addition, a plurality of recesses 121a may be disposed on both side portions of the ribs in contact with the vertical wall portions 112 and 122 and the ribs 111 and 121 so that the upper and lower plates 110 and 120 may be correspondingly coupled. And convex portions 121b are recessed or protruded, respectively.

The upper and lower plate bodies 110 and 120 are panel bodies 100 having a hollow inner space by close contact between the vertical walls 112 and 122 and the opposing surfaces on which the ribs 111 and 121 protrude. The inner space of the panel body 100 is formed of a hollow compartment 140 partitioned by a separation partition 130 formed by a corresponding coupling between the ribs 111 and 121.

Accordingly, the panel body 100 forms horizontal contact surfaces 125 by coupling the vertical wall portions 112 and 122 of the upper and lower plate bodies 110 and 120 to each side thereof, and the inside thereof is the horizontal contact surface 125. ) It is composed of a low enclosure which forms a hollow as high as a height.

The hollow part of the panel body 100 is divided by a plurality of partitions 140 separated by separating partitions 111 and 121 inside each corner part 170, and compartments partitioned on each corner part 170 side. 140, the permanent magnet 150, such as spherical or cylindrical or elliptical is inserted to be movable by the magnetic force or own weight.

In this case, the separation partition 130 is formed by the corresponding coupling of the ribs 111, 121 protruding on the opposing surfaces of the upper, lower plate body 110, 120, compartment partitioned by the separation partition 130 The 140 is preferably composed of a curved surface inside the corner portion 170 so that the permanent magnet 150 can flow freely.

In addition, each compartment 140 partitioned by the separating partition 130 inside the panel body 100 has a corner wall 170 and vertical wall portions 112 and 122 extending to both sides thereof. By being formed lower than the vertical wall portions 112 and 122 constituting the horizontal contact surface 125 of the side surface, a trimmed portion 190 in which portions of both sides of the edge portion 170 are opened is formed.

The reason why the trim part 190 is provided on the side surface of the compartment 140 is that the magnetic force of the permanent magnet 150 inserted into the compartment 140 so as to flow freely radiates more freely to the outside of the panel body 100. To make it possible.

On the other hand, on the side of the panel body 100 is formed at least one or more coupling member mounting groove 160 in the toward the center portion from the horizontal contact surface 125 and the binding projection (on both sides of the coupling member mounting groove 160) ( 161 and a pair of stop projections 162 are each formed to protrude.

The coupling member mounting groove 160 is equipped with a separate coupling member having a disc-shaped insertion hole symmetrically formed at both ends thereof, so that the adjacent panel body 100 is planar due to the magnetic force of the magnets 150 flowing inside each compartment 140. As well as the coupling has a technical feature that a pair of panel body 100 is rotatably coupled around the coupling member.

In addition, the through hole 180 provided in the center portion of the panel body 100 is a cylindrical stick or magnetic stick (not shown) is vertically coupled to the continuous of the other panel 100 coupled to the end of the magnetic stick It will play a role in making the association happen.

Looking at the specific configuration of the coupling member mounted on the panel body and the coupling structure of the panel body based on Figures 8 to 12 shown below.

8 is a perspective view of a coupling member of the panel-type magnetic play toy of the present invention, FIG. 9 is a side view of the coupling member of the panel-type magnetic play toy of the present invention, FIG. 10 is an assembled perspective view of the panel-type magnetic play toy of the present invention, and FIG. Fig. 12 is a perspective view of the coupled state of the panel-type magnetic play toy of the present invention.

As shown in the drawing, the coupling member 200 of the panel-type magnetic play toy of the present invention is provided with a disc-shaped insertion hole 210 provided with a plurality of engaging grooves 211 radially in front and rear surfaces at both ends of the connection piece 220. It is a symmetrical structure.

The coupling member 200 has a binding groove 212 is formed in the center of the front, rear surface of the disc-shaped insertion hole 210, the radial locking groove 211 around the binding groove 212 has a semi-circular cross-section predetermined It is formed recessed to depth.

In addition, the coupling member 200 is made of a synthetic resin material is formed between the disc-shaped insertion hole 210, the weight loss groove 230 to a predetermined depth portion of the disc-shaped insertion hole 210 of the peripheral portion of both sides of the connecting piece 220 By forming a pair of parallel plane, the edge portion of the disc-shaped insertion hole 210 of both ends of the connecting piece 220 is given a predetermined elastic restoring force according to the properties of the material.

The coupling member 200 having such a structure has a disc-shaped insertion hole 210 formed on the coupling member mounting groove 160 formed on the horizontal contact surface 125 of the panel body 100 as shown in FIGS. 10 to 12 shown below. Coupled to the panel member 100 around the coupling member 200 is hinged rotatably coupled.

Looking at the specific coupling structure of the panel body 100 and the coupling member 200, the coupling member 200 is inserted into both sides of the disk-shaped insertion port 210 of both ends is in close contact with both side wall of the coupling member mounting groove 160. At this time, the binding protrusions 161 provided on both side wall portions of the coupling member mounting groove 160 are seated on the binding grooves 212 at the central portions of both sides of the disc-shaped insertion hole 210, thereby providing one end of the coupling member 200. In the panel body 100 is rotatable is coupled.

In addition, the stop protrusion 162 protruding from the upper and lower portions of the binding protrusion 161 at the same time as the binding protrusion 161 is coupled, is selectively fixed on the plurality of radial locking grooves 211 and the locking groove 212. ) By the sequential coupling of the stop projection 211 is a step rotation of the pair of the panel body 100 coupled to both ends of the coupling member 200 around the center is achieved.

At this time, the rotation range between the panel body 100 coupled to both ends of the coupling member 200 is preferably maintained in the range of 90 ° ~ 180 °.

On the other hand, the coupling member 200 when the disc-shaped insertion hole 210 of both ends is inserted into the binding member mounting groove 160, when inserted due to its elasticity given to the edge of the disc-shaped insertion hole 210 When the panel body 100 is rotated more closely coupled to the panel body 100 through the plurality of locking grooves 211, the stopping protrusion 162 sequentially adjusts the rotation angle of the panel body 100 by moving between the stiffening grooves 211. Let this be done.

Next, Figure 13 is a perspective view of the pattern plate is attached to the front of the panel according to the present invention, a plurality of grooves (195) is formed at any point of the front surface of each compartment forming portion of the panel body 100, as shown The pattern plate 300 cut in the same shape as the front surface of the main body 100 is mounted.

The pattern plate 300 is formed with a plurality of protrusions 310 protruding at equal intervals in the grooves 195 and the corresponding position of the rear corner portion of the pattern plate and the front of the letter or puzzle pattern 320 of the alphabet, alphabet, etc. Etc. are printed.

At this time, the glyph plate 300 is provided with a pressing piece 330 in the position corresponding to the center portion of the edge between each protrusion 310, that is, the coupling member mounting groove 160 of the panel body 100, the pressing piece The end portion 330 is press-fitted to the front of the coupling member mounting groove 160.

Next, Figure 14 is a perspective view showing an embodiment of the panel body according to the form according to the present invention, the panel-type magnetic play toys of this embodiment is composed of a panel body 100 of various shapes such as square, pentagon, rhombus, each shape The panel body 100 of the combination may be combined to be assembled three-dimensional structure of various shapes.

15 to 18 are perspective views of an assembled state using a magnetic play toy according to the present invention, FIG. 15 is an assembled perspective view of a cube shape, FIG. 16 is an assembled perspective view of a spherical shape, and FIG. 17 is an assembled perspective view of a letter board shape. 18 is an assembled perspective view of the operation mechanism shape.

As shown, the assembly structure of various shapes using the panel-type magnetic play toys of the present invention is not only a triangular panel body described in the present invention but also a panel body of each embodiment that can be transformed into various shapes such as squares, pentagons, etc. As an exemplary embodiment of assembling a representative structure that can be manufactured in combination, the disc-shaped insertion hole 210 is provided at both ends in the coupling member mounting groove 160 formed on each horizontal contact surface 125 of the polygonal panel body 100. By coupling the coupling member 200 alternately continuously, structures of various shapes may be manufactured.

15 is an assembly structure having a rectangular parallelepiped shape using the panel body of the present invention, wherein a plurality of coupling members 200 are provided on the coupling member mounting grooves 160 provided on the horizontal contact surfaces 125 of the square panel body 100. Is rotatably coupled to the panel body 100 adjacent to the coupling member 200 is fixed at a right angle, the pattern plate 300 is printed on the front surface of each panel body 100 is seated By combining, the structure of the cuboid is assembled.

In addition, the spherical assembly structure of FIG. 16 is similar to the rectangular parallelepiped structure of FIG. 15 of the panel body 100 which is continuously coupled to the coupling member 200 and the panel body 100 and rotated at both ends of the coupling member 200. A sphere-shaped structure is manufactured by adjusting the angle, and a pattern plate 300 printed with a pattern of a world map is attached to an outer circumferential surface of each panel body 100 constituting the spherical structure, thereby being used as an educational globe. will be.

And, Figure 17 is an assembly structure of a letter board using a board board, a plurality of panel body 100 is mounted on the board board a plurality of panel body 100 is coupled to the pattern plate 300 printed a variety of educational patterns on the front surface It can be used as an educational dial capable of character education using each panel body 100 inserted in and coupled to a plurality of vertically or horizontally on the board.

Finally, Figure 18 is a perspective view of the assembly of the operation structure using a polygonal panel body, as shown, using a plurality of polygonal panel body 100 and a separate magnetic play toys (linear stick, rotating body structure) such as a crane In practice, a driveable assembly structure may be fabricated.

As described above, the panel-type magnetic play toy of the present invention is a polygonal panel body and the coupling member coupled to the panel body is continuously coupled so that a more robust coupling between the panel body attached to each side by the magnetic force In addition, there is an advantage that the creativity can be increased by assembling various types of models by freely adjusting the rotation angle of the panel body around the coupling member.

Claims (11)

Upper and lower plate bodies 110 and 120 having a plurality of ribs 111 and 121 on one surface thereof; The upper and lower plate bodies 110 and 120 are correspondingly coupled to form a hollow inner space, and a plurality of compartments in which the inner space is partitioned through the separation partition 130 formed by the contact of the ribs 111 and 121 ( 140 is composed of a permanent magnet 150 is fluidly inserted into the inside, the upper and lower plates 110, 120 is provided with at least one coupling member mounting groove 160 formed in each side coupled to each other Panel body 100 and: A disc-shaped insertion hole 210 inserted into the coupling member mounting groove 160 and provided with a binding groove 212 at the front and rear center portions thereof; Panel-type magnetic play toys, characterized in that it comprises a coupling member 200 consisting of a connecting piece 220 to interconnect the insertion port 210. The upper and lower plate bodies 110 and 120 are symmetrical with each other, and vertical wall portions 112 and 122 are vertically bent at each side thereof, and a through hole 180 is provided at a central portion thereof. Panel-type magnetic play toys, characterized in that. According to claim 1, The panel body 100 has a horizontal contact surface 125 is formed by the corresponding coupling of the vertical wall portion 112, 122 on each side, the vertical wall portion 112, 122 The panel-type magnetic play toy, characterized in that the portion extending from each corner portion 170 is formed lower than the vertical wall portion 112, 122 constituting the horizontal contact surface (125). According to claim 1, wherein the compartment 140 is a magnet-shaped toy, characterized in that the trim portion 190 is provided on both sides thereof, including each corner portion (170). The method of claim 1, wherein the coupling member mounting groove 160 is embedded on the horizontal contact surface 125 toward the center through hole 180, and the binding protrusion 161 and the coupling member mounting groove 160 on both sides of the coupling member mounting groove 160; Panel-type magnetic play toys, characterized in that the pair of stop projections (162) are formed to protrude. According to claim 1, The disc-shaped insertion hole 210 is a panel-type magnetic play toy, characterized in that a plurality of engaging grooves 211 formed in the radially recessed front and rear surfaces. According to claim 6, The disc-shaped insertion hole 210 is provided with a weight loss groove 230 on the periphery of the panel-type magnetic play toys, characterized in that the elastic restoring force is given to the edge portion by forming a parallel plane portion of the periphery . According to claim 1, wherein the rotation range between the panel body 100 coupled to both ends of the coupling member 200, the panel-type magnetic play toy, characterized in that maintained in the range of 90 ° ~ 180 °. According to claim 1, wherein the panel body (100) is a panel-type magnetic play toy, characterized in that the groove (195) is formed at any point on both sides of each compartment (140) forming part. According to claim 1, The panel body (100) is a panel-type magnetic play toy, characterized in that the pattern plate 300 is printed on the educational pattern or puzzle pattern (320) on both sides. According to claim 10, The pattern plate 300 is formed with a plurality of protrusions 310 protruding at equal intervals in the rear corner portion, each of the pressing piece 330 is provided in the center of the edge between each of the protrusions 310 Panel type magnetic play toy characterized by the above-mentioned.

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