JP2006055231A - Building block toy with built-in magnet and block body for the toy - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a building block toy which enables the users to enjoy not only the external shapes of the individual block bodies and their external shapes combined but also the combination of the block bodies by being partially mixed with their motion. <P>SOLUTION: The building block toy with built-in batteries is made up of a plurality of block bodies. Each of the block bodies has an attraction means using a magnet inside its flat part and some of the block bodies have a contact part on both sides of the attraction means. One of the block bodies having the respective contact parts has a built-in battery while other block bodies having the respective contact parts get a light emitting means, a drive means or a built-in sound generation means. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a building toy that plays with a combination of blocks such as a rectangular parallelepiped shape, a cubic shape, and a cylindrical shape.

Conventionally, a toy for children called a building block, which is a toy for playing by arranging and stacking blocks such as a rectangular parallelepiped, a cube, a columnar shape or a thick disk shape, has been used.
And, each of the stacked timbers, which are a plurality of block bodies constituting such a building toy, is often molded not only with wooden but also with synthetic resin as a material. A block building toy with built- in magnets has also been proposed that makes it possible to assemble a complex shape while making the block bodies strongly adhere to each other when the body and the block body are overlapped, and to prevent the assembly from being accidentally collapsed. (For example, Patent Document 1).
JP2003-111983

Built-in magnet building blocks toy is built magnet to each block bodies described above, the polarity of the magnet, may bug that can not be joined to a particular surface of another block body to a specific surface results in a given block body When combining a plurality of block bodies, there may be included block bodies that cannot be combined with a specific surface even if the outer shape is the same, and the joints between the block bodies may be limited and may not be interesting. .
The present invention eliminates such drawbacks, and not only the external shape of the block body and the external shape of the combination thereof, but also a built-in magnet building block that can enjoy various combinations by combining movement with a part of the block body. It provides toys.

The present invention is composed of a plurality of block bodies, and each block body has two magnets (81) having opposite polarities arranged on the inner side of the plane portion (29) of the two magnets (81). It is a building toy with a built -in magnet with a built-in suction means (80) that is stored so that its position can be changed.
Thus, when the block bodies are brought close to each other by being housed inside the flat portion (29) so that the positions of the two magnets (81) are switched, the magnets (81) incorporated in different block bodies. Can always be sucked together, and repulsion between the flat portions of the block body can be eliminated.

Further, the present invention is composed of a plurality of block bodies, and each block body is provided with suction means (80) using a magnet inside the flat portion (29), and some of the block bodies are suction means. (80) The contact portion is provided on the surface of the flat surface portion (29) at both side positions, and the battery (130) is incorporated in one of the block bodies having the contact portion, and the block body having the other contact portion is provided. Is a building toy with built -in magnet that incorporates light emitting means (117), driving means (101) or sounding means (111).

  In this way, one of the block bodies incorporates a battery (130) inside, and the other block body incorporates light emitting means (117), driving means (101) or sounding means (111). Since the body is provided with a contact portion together with the suction means (80), the suction body (80) strongly brings the block bodies into close contact with each other, and the contact portion allows power from the battery (130) to be emitted from the light emitting means (117) and the drive means (101). ) Or sounding means (111).

As the attracting means (80), two magnets (81) having opposite polarities are arranged and housed inside the flat portion (29) so that the positions of the two magnets (81) are switched. preferable.
Thus, when the block bodies are brought close to each other by being housed inside the flat portion (29) so that the positions of the two magnets (81) are switched, the magnets (81) incorporated in different block bodies. Can always be sucked together.

Further, the present invention provides a block body having a hemispherical shape or a deformed sphere shape and having a flat surface portion (29) below, and is provided with a suction means (80) using a magnet inside the flat surface portion, A block body for building blocks with built-in magnets, in which two contact portions are provided on the surface and the driving means (101) is incorporated therein, and a movable body (39) that is rotated or rotated by the driving means (101) is provided outside the block body. It is what.
Thus, in the block body having the flat surface portion (29) below, the suction means (80) using the magnet is provided inside the flat surface portion, and the drive means (101) is incorporated inside by providing a contact portion. For example, it is possible to move the driving means (101), that is, the movable body (39) by strongly adhering to the other block body by the suction means (80) and supplying electric power from the other block body by the contact portion.

The present invention provides a block body having a hemispherical shape or a deformed sphere shape and having a flat surface portion (29) below, and provided with a suction means (80) using a magnet inside the flat surface portion (29), and There are also cases where a block body for building blocks with built-in magnets is provided in which two contact portions are provided on the surface of the flat surface portion (29) and the sound generating means (111) or the light emitting means (117) is provided inside.
Thus, in the block body having the flat portion (29) below, the suction means (80) using the magnet is provided inside the flat portion, and the sound generating means (111) or light emission is provided inside by providing the contact portion. If the means (117) is incorporated, the suction means (80) is brought into close contact with the other block body, and power is supplied from the other block body by the contact portion to cause the sound generation means (111) to sound or the light emission means (117). Can be lit or blinking.

Further, in the present invention, in a block body having a rectangular parallelepiped shape, a columnar shape, a polygonal column shape, or a deformed quadrangular prism shape and having both ends as plane portions (29), an adsorption using a magnet inside the plane portion (29) Means (80) may be provided, and two contact parts may be provided on the surface of the flat surface part (29) to form a block body for a built-in magnet toy block having internal sounding means (111) or light emitting means (117). .
Also in this invention, the suction means (80) is brought into close contact with another block body, and power is supplied from the other block body by the contact portion to sound the sound generation means (111) or the light emission means (117) is turned on or blinking. Can be made.

Furthermore, the present invention is a cube-shaped block body, and has a suction means (80) using a magnet inside a plane part (29) of two or four faces among six planes, and In the case of having two contact parts on the surface of the flat part (29) provided with the suction means (80), the drive means (101) or the light emitting means (117) inside, and the drive means (101) incorporated Has a movable body (39) in the flat surface portion (29) having no suction means (80) and the contact portion, and when the light emitting means (117) is built in, the flat surface portion not having the suction means (80) and the contact portion. Having a window part (122) in (29) may be a block body for a building toy with a built- in magnet.

As described above, when the suction means (80) and the contact portion are provided on the two or four plane portions (29) of the six planes, the internal driving is performed by receiving power from one set of contact portions. The means (101) or the light emitting means (117) can be driven or lit, and power can be supplied to the other block bodies through the contact portions of the other flat surface portion (29).
The attracting means (80) arranges two magnets (81) having opposite polarities, and arranges the magnets in a built- in magnet stored inside the flat portion (29) so that the positions of the two magnets (81) are switched. It is preferable to use a toy block.

According to the present invention, a plane which is a joint surface of each block body can always be strongly adhered by a magnet.
Also, by combining a block body containing a battery, a light emitting means, a sounding means, or a block body containing a driving means, it can be enjoyed in combination to form various combinations while enjoying movement and sound. is.
The block body having the suction means, the contact portion, the light emitting means, the sound generation means, or the drive means internally drives the light emission, the sound generation, or the drive portion when power is supplied from the contact portion, and the enjoyment with changes. Can be given to those who play.

The building toy with built-in magnet according to the present invention includes a hemispherical block, a cylindrical block, a cubic block, a deformed quadrangular prism block, a thick fan block, a deformed spherical block, etc. The hemispherical block body 13 and the deformed spherical block body 17 have one plane portion 29, and the cylindrical block body 11 and the deformed rectangular column block body 14 have two plane portions at both ends. 29. Inside the flat portions 29, magnets capable of moving the positions of the N pole and the S pole are provided as the suction means 80, and two contact points are provided on both sides of the suction means 80 as a set. In the cubic block body 12, at least one suction means 80 is provided on the flat portion 29 of each block body so that the suction means 80 and the contact portion are provided on the flat portion 29 of at least two of the six surfaces. Is built-in The block bodies can be brought into close contact with each other by the flat part 29.

Further, one of the plurality of blocks constituting the magnet- built building toy has a built-in battery 130, and both electrodes of the battery 130 are connected to the contacts of the contact portion provided on the flat portion 29, and some blocks In the body, the sound generation means 111 by the voice IC 113 and the speaker 95 is built in and connected to the contact of the contact part, and in other block bodies, a light emitting body such as LED is built in and connected to the contact part, Alternatively, the motor 103 and the reduction gear mechanism 105 are built in, the motor 103 is connected to the contact portion, and the decorative movable body 39 is attached to the end of the rotating shaft 107 that is rotated by the reduction gear mechanism 105.

The building toy with built-in magnet according to the present invention includes a hemispherical block body 13 having a plurality of cylindrical block bodies 11 and a movable body 39 as shown in FIGS. 1 and 2, or a hemispherical block body 13 depicting an animal face. In addition, when combined with the cart unit 31 and as shown in FIG. 3, a cylindrical block body 11, a cubic block body 12, a hemispherical block body 13, a deformed square columnar block body 14, a thick sector block body 15 In the case of a combination of the thick disk-shaped block body 16, the deformed spherical block body 17, and the carriage unit 31, a cubic block body 12 having a cylindrical block body 11 and a movable body 39 as shown in FIG. When combining the cubic block body 12 without the body 39, the hemispherical block body 13 depicting the face of the animal, and the carriage unit 31, the cylindrical block body 11, the hemispherical block as shown in FIGS. Body 13, thick fan block 15, cube When the block body 12 and the deformed spherical block body 17 are combined, as shown in FIGS. 7 to 9, a cylindrical block body 11, a cubic block body 12, a thick fan block body 15, a thick right triangle block body 18, For example, when combining an arc prism block 19 with a circular arc at the end, or a bifurcated block 25 that can change the angle between the base 23 and the movable part 24, etc. .

The hemispherical block body 13 and the deformed spherical block body 17 have a spherical shape having a flat surface portion 29 forming a circular plane below, and the thick sector block body 15 has two flat surface portions 29 forming a square flat surface. The cylindrical block body 11, the thick disk-shaped block body 16, and the deformed square columnar block body 14 have both ends as plane portions 29, and the cubic block body 12 has six sides as square plane portions. 29.
In addition, a polygonal column shape block body such as a square column shape block shape or a hexagonal column shape not shown in the drawings may be combined.

  The flat portion 29 of each block body is provided with suction means 80 inside, and this suction means 80 is composed of two flat magnets 81 and one magnet mounting plate 82. The magnet mounting plate 82 and the two flat plate magnets 81 are accommodated in a cylindrical portion 85 provided on the inner surface of the flat portion 29, and the cover plate 83 is fixed so as to cover the cylindrical portion 85. And a flat magnet 81 are housed in a cylindrical part 85 so as to be rotatable.

For example, in the case of the cubic block body 12, as shown in FIG. 10, a square first side wall portion 51 and a second side wall portion 52 are erected vertically from two opposing sides of the square connection portion 53. A cube is formed by a U-shaped first member 50 and a second member 55 having a first side wall portion 56 and a second side wall portion 57 on both sides of the connecting portion 58 in the same manner as the first member 50. The cylindrical portion 85 is provided inside the connecting portions 53 and 58 and the side wall portions 56 and 57 forming the flat portion 29, and the flat plate magnet 81 and the magnet mounting plate 82 are incorporated inside the cylindrical portion 85, and the cylindrical portion is formed by the cover plate 83. The cover 85 is closed and a screw 89 that penetrates the cover plate 83 is screwed into the fixed cylinder 87 to fix the cover plate 83 to the inside of the flat portion 29.
The cover plate 83 may be fixed so as to be directly bonded or welded to the end portion of the cylindrical portion 85 without using the screw 89.

The flat plate magnet 81 uses two identical magnets having a diameter of about one half of the inner diameter of the cylindrical portion 85, and the N pole of one magnet is used as the magnet mounting plate 82 and the other magnet. The S pole is incorporated into the inside of the cylindrical portion 85 with the magnet mounting plate 82 facing the magnet mounting plate 82. The magnet mounting plate 82 uses a magnetic thin plate such as ferrite, and has a diameter substantially equal to the inner diameter of the cylindrical portion 85. It is what you want.
Thus, the magnet mounting plate 82 substantially equal to the inner diameter of the cylindrical portion 85 is inserted into the cylindrical portion 85, and the two flat magnets 81 are arranged on the magnet mounting plate 82. The adsorption means 80 by the magnet mounting plate 82 is housed inside the cylindrical portion 85 so that it can rotate and move so as to change the position of the two flat magnets 81 inside the cylindrical portion 85.

The inner surface of the cover plate 83 is preferably subjected to Teflon processing or the like to reduce the friction coefficient.
Further, in the cubic block body 12, the suction means 80 is provided on at least two inner surfaces of the six plane portions 29, and the suction means 80 is provided inside the four faces as shown in FIG. In addition, the suction means 80 may be provided inside the entire six surfaces.

  In the thick sector block 15, as shown in FIG. 11, the suction means 80 are provided inside the two substantially square plane portions 29, respectively, which have a curved surface portion 66 and a sector side wall portion 67. Then, two substantially square rectangular flat plates 61 serving as the flat portion 29 are bonded to the cover body 65 having a space inside so as to be orthogonal to each other, and attached to the cylindrical portion 85 provided inside the rectangular flat plate 61. As described above, the adsorption means 80 by the two plate magnets 81 and the one magnet mounting plate 82 is rotatably housed and covered with the cover plate 83.

Further, in the cylindrical block body 11, as shown in FIG. 12, suction means 80 are provided inside the flat portions 29 at both ends, and a circular flat surface that forms the flat portion 29 is formed in a cylindrical tube body 73. The face plate 71 is bonded, and the flat plate magnet 81 and the magnet mounting plate 82 are accommodated in a cylindrical portion 85 formed inside the circular flat plate 71.
The hemispherical block body 13, the deformed spherical block body 17, the thick right-angled triangular block body 18, the top spherical columnar block body 21, the flat part 29 such as the bifurcated block body 25, and both ends of the deformed square columnar block body 14 Each flat surface portion 29 is also provided with an adsorbing means 80. In the cylindrical block body 11, as shown in FIG. 13, a circular flat plate 71 is attached to a bottomed cylindrical portion 72, and each flat surface portion 29 is attached. In some cases, the suction means 80 may be provided on the surface.

  Thus, each block body has one or a plurality of attracting means 80 inside the flat surface portion 29 of the block body, and the attracting means 80 has two flat magnets 81 inside the cylindrical portion 85 of different polarities. Is placed facing the outside of the block body, and it is housed in such a manner that it can be rotated and moved so as to change the position of the two magnets inside the cylindrical portion 85 while being aligned with each other by the magnet mounting plate 82. When the two block bodies are brought close to each other with the flat portions 29 provided with the means 80 on the inner side, when the polarities of the flat magnets 81 incorporated in the close block bodies repel each other, they are attached to the magnet mounting plate 82. The two flat magnets 81 move so as to change their position in the cylindrical part 85, and can always be brought into close contact by rotating to the suction position and attracting the block bodies to each other.

For this reason, when various block bodies are joined at the flat surface portion 29, the flat surface portions 29 of the block body can be strongly bonded to each other by the magnet's attractive force.
And, in the cubic block body 12 of this magnet built-in building toy, the flat surface portion 29 where the adsorbing means 80 is not provided is provided with a window portion and a movable portion 39 as described later, or a pattern is drawn and another block body. It is clear that it will not be joined.

In addition, the battery 130 is housed inside the cylindrical block body 11 or the deformed square columnar block body 17.
When the battery 130 is housed in the cylindrical block body 11, as shown in FIG. 14, a first body member 75 and a second body member 77 forming a cylindrical body portion are used. A battery housing portion 76 and a switch 135 are provided, and a battery cover 79 that closes the battery housing portion 76 is provided, and a first body member 75 and a semi-cylindrical second body member 77 are formed by attaching the battery cover 79 to each other. Is used to fix the circular flat plate 71 to both ends of the body by sandwiching a circular flat plate 71 having suction means 80 at both ends.

The circular flat plate 71 is provided with contact portions on both sides of the suction means 80.
This contact portion projects the contact body 91 slightly from the surface of the circular flat plate 71. The contact body 91 is inserted by inserting an elastic body 93 so that the head is fitted into the concave portion 97 of the flat plate. The leg portion of the contact body 91 penetrates the flat plate 71, and the connection piece 95 is attached to the tip of the leg portion on the back surface of the flat plate 71.
The connecting piece 95 is connected to the positive or negative pole of the battery 130 via the switch 135 via the lead wire 99, and one of the contact pieces 95 provided on both sides of the suction means 80 is connected to the connecting piece 95. The other connecting piece 95 is connected to the negative pole.

Also, in other block bodies, when the driving means 101 such as the motor 103 is incorporated, when the light emitting means 117 such as the LED is incorporated, the sound generation means 111 such as the audio IC 113 and the speaker 95 may be incorporated.
For example, when the drive means 101 is incorporated into the cubic block body 12, the suction means 80 is provided inside the connection portion 53 of the U-shaped first member 50 and the connection portion 58 of the second member 55 as shown in FIG. The flat plate magnet 81 and the magnet mounting plate 82 to be formed are accommodated in the cylindrical portion 85 to provide the cover plate 83, and elastically to the concave portion 97 formed on the surface of the connection portion 53 so as to form contact portions on both sides of the suction means 80. The body 93 and the contact body 91 are inserted, the reduction gear mechanism and the motor are incorporated therein, and the driving means 101 in which the rotating shaft 107 protrudes is attached to the connection portion 53 of the first member 50.

The two poles of the motor built in the driving means 101 are connected to the two connection pieces 95, which are the connection portions 53 of the first member 50, by lead wires 99, and 2 attached to the connection portion 53 of the first member 50. Each connecting piece 95 is connected to each of the two connecting pieces 95 constituting the contact portion provided in the connecting portion 53 of the second member 55 by another lead wire 99.
A through hole 54 is provided in the first side wall 51 of the first member 50, and a suction plate 109 using a magnet is provided at the tip of the rotation shaft 107 of the driving means 101. A movable decorative body is provided by attaching a movable body 39 having a suction part 38 on the back as a decorative body.

The rotating shaft 107 is not only used to reduce the rotation of the motor by the reduction gear mechanism and rotate in one direction, but also incorporates a cam and a link together with the gear in the reduction gear mechanism and rotates to rotate back and forth. There is also.
Further, when the driving means 101 and the like are incorporated into the cubic block 12, as shown in FIG. 16, an upper box member 62 and a lower box member 63 are obtained by using an upper box member 62 and a lower box member 63 obtained by dividing the cube vertically. The suction means 80 is attached to the inner side of the flat portion 29 in 63, and the square flat plate 61 having the suction means 80 and the contact portion such as the contact body 91 is fixed to the back surfaces of the upper box member 62 and the lower box member 63. is there.

  Further, in the case of incorporating the light emitting means 117, as shown in FIG. 17, the cover block 121 having a cubic shape with an appropriate window portion 122 and having a gap inside is covered on the rectangular flat plate 61. A light-emitting body such as an LED is provided inside, and a support body 123 for fixing a translucent color plate 124 is inserted inside the cover block 121.

  The light emitter is connected to connecting pieces 95 constituting contact portions provided on both sides of the suction means 80 of the rectangular flat plate 61 by lead wires 99. The cover block 121 shown in FIG. Although the rectangular flat plate 61 is attached to the lower side as a shape having a side wall and a ceiling portion provided with appropriate window portions 122, not only the cover block 121 having such a ceiling portion but also the cover block 121 When a rectangular flat plate 61 having suction means 80 and contact portions on the top and bottom is fixed as a cylindrical shape having square side walls in four directions, or on the top and bottom of a cylindrical cover block 121, suction means 80 and contact points are provided. In some cases, a circular flat plate 71 is attached.

As described above, when the rectangular flat plate 61 or the circular flat plate 71 is attached to the upper and lower sides of the cover block 121, the connecting piece 95 and the upper rectangular flat plate 61 or the contact portion of the lower rectangular flat plate 61 or the circular flat plate 71 are connected. The connection piece 95 at the contact part of the circular flat plate 71 is connected by the lead wire 99.
Further, as shown in FIG. 18, when a decorative plate 129 having a decorative portion in accordance with the shape of the window portion 122 of the cover block 121 is used, or a control portion that controls the blinking of the light emitter by providing a plurality of light emitters. In some cases, the light emitting means 117 having a built-in light is used.

Then, when incorporating the sound generation means 111, as shown in FIG. 19, the sound IC 113 is attached to the upper surface of the cover plate 83 of the suction means 80, and the spherical front cover 125 and the rear cover 126 have a hemispherical shape, The speaker 95 and the circular flat plate 71 are sandwiched between the front cover 125 and the rear cover 126, and the connection piece 95 of the contact portion is connected to the audio IC 113 with the lead wire 99.
Further, as shown in FIG. 20, a driving means 101 that houses a motor 103 and a reduction gear mechanism 105 and projects a rotating shaft 107 instead of an audio IC 113 is attached to a cover plate 83, and has a suction plate 109 at the tip. A movable body 39 having a suction portion 38 may be attached to the tip of the shaft 107.

As shown in FIG. 21, the carriage unit 31 is formed by an upper base part 32 and a lower base part 33, and two suction means 80 are provided on the lower surface of the upper base part 32. The lower part 33 is provided with a motor 103 and a reduction gear mechanism 105 as driving means 101, and wheels 35 are provided at both ends of the rotating shaft 107 as driving wheels, and wheels 35 are separately provided at both ends. The support shaft 37 is sandwiched between the upper base part 32 and the lower base part 33 to form a free wheel.
Further, the cart unit 31 shown in FIG. 21 has two adsorbing means 80 provided on the inner side of the upper table unit 32, but the cart unit 31 can be made longer to mount three block bodies. As the part 31, three suction means 80 are provided inside, and contact points are provided on the upper surface of the carriage 31 so that contact parts are provided on both sides of the three suction means 80 or two of the three suction means 80. The body 91 is protruded, and the connection piece 95 of each contact portion and the motor 103 may be connected by the lead wire 99.

When the upper surface area of the carriage unit 31 is increased so that four blocks can be placed, and when the driving unit 101 and the wheel 35 are omitted, the suction unit 80 and the contact unit are provided as the platform. There is also.
As described above, the magnet- built building toy according to the present embodiment has the hemispherical block body 13 and the deformed spherical block body 17 each having the single flat surface portion 29, the suction means 80 being built in, and an appropriate contact portion and sound generation. The means 111, the driving means 101, or the light emitting means 117 is incorporated, and the other block body has at least two flat portions 29, and has suction means 80 inside the flat portions 29, and further, both sides of the suction means 80. In order to incorporate the light emitting means 117 or the driving means 101 or the sound generation means 111 by providing a contact portion on the surface, if combined with a block body containing at least one battery 130, the flat portions 29 of the block bodies having the contact portion are brought into close contact with each other Then, the block bodies are firmly adhered to each other by the suction means 80, and when the switch 135 of the block body incorporating the battery 130 is turned on, the movable portion 39 is rotated in the block body incorporating the drive means 101, and the sound generation means 111 Can be sounded from the block body incorporating the light emitting means 117, and the light emitting means 117 can be turned on or blinked in the block body incorporating the light emitting means 117.

The present invention is a magnet built-in block that can be played by performing various assembling with the block bodies securely adhered to each other, and can be played happily by operating sounding means, driving means, or light emitting means incorporated in the block bodies. It provides toys.

The figure which shows an example of the external appearance of the building toy with a built-in magnet which combined the block body which concerns on this invention. The figure which shows the state which decomposed | disassembled the magnet built-in building toy shown in FIG. Shows a combination example of another block of the built-in magnet building blocks toy according to the present invention. Shows another example of the appearance of the built-in magnet building blocks toy which combines the block body according to the present invention. Shows yet possible combinations of other blocks of the built-in magnet building blocks toy according to the present invention. The figure which shows the example of the combination state of the block body shown in FIG. Furthermore diagram showing a combination example of other blocks of the built-in magnet building blocks toy according to the present invention. The figure which shows an example of the combination state of the block body shown in FIG. The figure which shows another example of the combination state of the block body shown in FIG. The figure which shows an example of the cube-shaped block body which concerns on this invention. The figure which shows an example of the thick fan-shaped block body which concerns on this invention. The figure which shows an example of the cylindrical block body which concerns on this invention. The figure which shows another example of the cylindrical block body which concerns on this invention. The figure which shows an example of the cylindrical block body which incorporates the battery which concerns on this invention. The figure which shows an example of the cube-shaped block body which incorporates the drive means which concerns on this invention. The figure which shows another example of the cube-shaped block body which incorporates the drive means which concerns on this invention. The figure which shows an example of the cube-shaped block body which incorporates the light emission means which concerns on this invention. The figure which shows another example of the cube-shaped block body which incorporates the light emission means concerning this invention. The figure which shows an example of the hemispherical block body which incorporates the light emission means concerning this invention. The figure which shows an example of the hemispherical block body which incorporates the drive means which concerns on this invention. It illustrates an example of a carriage portion of the built-in magnet building blocks toy according to the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Cylindrical block body 12 Cubic block body 13 Hemispherical block body 14 Deformation square columnar block body 15 Thick fan-shaped block body 16 Thick disk-shaped block body 17 Deformation spherical block body 18 Thick wall right-angled triangular block body 19 Arc Prismatic block body 21 top spherical cylindrical block body 23 base section 24 movable section 25 bifurcated block body 29 plane section 31 carriage section 32 upper platform section 33 lower platform section 35 wheel 37 support shaft 38 suction section 39 movable body 50 first member 51 1st side wall part 52 2nd side wall part 53 Connection part 54 Through-hole 55 2nd member 56 1st side wall part 57 2nd side wall part 58 Connection part 61 Square flat plate 62 Upper box member 63 Lower box member 65 Cover body 66 Curved surface Part 67 Fan-shaped side wall part 71 Circular flat plate 72 Bottomed cylindrical part 73 Cylindrical trunk part 75 First trunk member 76 Battery storage part 77 Second member 79 Battery cover 80 Adsorption means 81 Flat magnet 82 Magnet mounting plate 83 Cover plate 85 Cylindrical part 87 Fixed cylinder 89 Screw 90 Contact part 91 Contact body 93 Elastic body 95 Connection piece 97 Recess 99 Lead wire 101 Driving means 103 Motor 105 Reduction gear mechanism 107 Rotating shaft 109 Suction plate 111 Sound generation means 113 Audio IC
117 Light emitting means 121 Cover block 122 Window part 123 Support body 124 Color plate 125 Front cover 126 Rear cover 129 Plate with decoration 130 Battery 135 Switch

Claims (8)

  Adsorbing means composed of a plurality of block bodies, each block body having two magnets with opposite polarities arranged inside the plane portion and housed inside the plane portion so that the positions of the two magnets are interchanged A magnet built-in building toy comprising:   Consists of a plurality of block bodies, each block body has a suction means using a magnet inside the plane portion, some block bodies have contact portions on the surface of the plane portion on both sides of the suction means, One of the block bodies having a contact portion incorporates a battery therein, and the other block body having a contact portion incorporates a light emitting means, a driving means or a sounding means.   3. The magnet built-in building toy according to claim 2, wherein the attracting means includes two magnets having opposite polarities and is accommodated inside the flat portion so that the positions of the two magnets are interchanged. .   A block body having a hemispherical shape or a deformed sphere shape and having a planar portion below, having a suction means using a magnet inside the planar portion, and having two contact portions on the surface of the planar portion A block body for a built-in magnet building toy having a drive means inside and a movable body that is rotated or rotated by the drive means outside the block pair.   A block body having a hemispherical shape or a deformed sphere shape and having a planar portion below, having a suction means using a magnet inside the planar portion, and having two contact portions on the surface of the planar portion A block body for a magnet-built-in building toy comprising a sound generating means or a light emitting means inside.   A block body having a rectangular parallelepiped shape, a cylindrical shape, a polygonal prism shape, or a deformed quadrangular prism shape and having both ends as flat portions, and having suction means using magnets inside both the flat portions, and both flat portions A block body for a built-in magnet building toy, comprising two contact portions on the surface of the magnet and having sound generating means or light emitting means inside.   It is a cube-shaped block body, and has suction means using magnets on the inner side of two or four of the six planes, and 2 on the surface of the plane part where the suction means is provided. It has two contact parts and has driving means or light-emitting means inside, and if it has built-in driving means, it has a movable body in the flat part that does not have suction means and contact parts, and it has suction if it has built-in light-emitting means. A block body for a magnet-built-in building toy having a window portion in a flat portion having no means and no contact portion.   8. The attracting means includes two magnets having opposite polarities, and is accommodated inside the flat portion so that the positions of the two magnets are interchanged. Block body for built-in magnet toy blocks described in 1.

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