CN209019913U - Building toy building blocks - Google Patents
Building toy building blocks Download PDFInfo
- Publication number
- CN209019913U CN209019913U CN201820609150.6U CN201820609150U CN209019913U CN 209019913 U CN209019913 U CN 209019913U CN 201820609150 U CN201820609150 U CN 201820609150U CN 209019913 U CN209019913 U CN 209019913U
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- Prior art keywords
- magnet
- building blocks
- building
- internal part
- external component
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/04—Building blocks, strips, or similar building parts
- A63H33/046—Building blocks, strips, or similar building parts comprising magnetic interaction means, e.g. holding together by magnetic attraction
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Abstract
The utility model describes a kind of building toy building blocks comprising: external component, wherein all sides of the external component are all engagement surfaces, the engagement surface is engaged with the engagement surface of other building toy building blocks；The soft inside component of dimple with the cylindrical magnet for radial magnetizing, the magnet rotate freely in magnet fixing dimple along central axis.After the internal part of magnet carrier is placed into the external component, when assembling building toy building blocks, the shell of the external component is closed for good and all with lid to avoid disassembly.
Description
Technical field
The utility model relates to building toy building blocks, in particular, the embodiments of the present invention are related to by plastics system
At the building toy building blocks for being internally provided with permanent magnet.
Background technique
The building set group being made of simple DE building blocks and discrete piece allows child to be immersed among game.The assembly of building blocks can open
Send out spatial thought, decision-making ability and to causal comprehension.It also encourages creative play, therefore is recommendation seven
One of the preferred toy that a month or more child can use (http://www.naeyc.org).The work provided due to them
It is dynamic that there is opening, therefore being can be for toy that subsequent many years play.
Except classical wooden building blocks and Le Gao get Bao (Lego) except series, also take on the market there are many magnetic force
Toy is built (for example, Magna-GeomagTM、Build&Imagine TM、Etc. pushing away
Set group out).They provide the mode of another connection block part, can also experience magnetic pull in game.
According to their general shape and connection type, magnetic force can be built to toy and do following division:
Most of set group being made of sphere and nunchakus body is (for example, BetterBuildersTM、
GeomagTMThe set group that US6566992C1, EP1080476 are provided), wherein magnetic part (end of nunchakus body) is connected in metal
Between part (sphere), to allow to build reticular structure.
Including it is of various shapes it is flat, substantially in the set group of the discrete piece of plane, these discrete piece are attached at edge or turning
It is close that there is activity or quiet solid magnet.Discrete piece can be complete (for example, Magna-Build&
ImagineTMWO2015123119 provide set group), or central part have aperture (for example,
US7154363、GeosmartTMThe set group of offer).They are in such a way that edge is to edge or by turning
Angle is connected to each other, and produces three-dimensional structure to allow to be taken with two-dimensional surface.
Three-dimensional building blocks with various shapes, these building blocks otherwise by such as timber can not extrusion pressing type material be made,
It is made of extrudable plastic material, and in the inner by permanent magnet fixing.
The playing method of latter class building blocks and classical building puzzle are the most similar, therefore are suitble to young child.?
In the document WO2011/037290 (on March 31st, 2011) of KIMYoungDon, a kind of solid/wooden toy building blocks tool is described
There is the structure for installing magnet.This is wooden (can not extrusion pressing type), and building blocks have the receipts for magnet being limited in the building blocks
Receive chamber, magnet is installed on wherein and is covered with nut cap.Nut cap has the fixing protruding portion formed on the outer surface, in containing cavities
Prominent receiving unit is formed in wall surface.In described scheme, the place for being covered with the hiding magnet of nut cap can be seen.
Therefore there is safety problem because nut cap may be ruptured or be opened, and magnet may drop out, this be for child it is dangerous,
Magnet may be put into mouth and swallow by they.
Can not in another example of extrusion pressing type building blocks, quiet solid magnet be mounted in solid wooden building blocks (WO2010111189) so that the quantity that the face of north and south poles is presented is equal.If two faces form N-
S pairs, then these faces can engage.At other situations (N-N to and S-S to), building blocks repel each other.It is this to construct the biography that allows to be at play
Magnetic pull and magnetic thrust are understood when building blocks (cube, 3D diamond shape, the rectangle building blocks etc.) for shape of uniting.However, ought be on each face
Need two rows or more magnet hold dimple when, can not extrusion pressing type building blocks the above method in terms of the flexibility that magnet is placed by
Limitation is arrived.
There are many three-dimensional building blocks made of extrudable type (plastics) material at present on the market, in these three-dimensional building blocks,
All sides are connected to each other, and these three-dimensional building blocks are substantially hollow.Recently, GeomagTMIdentical cube is issued
The set group of body, wherein these faces can be engaged with each other (Magicube alwaysTM, patent pending).It, which provides one kind, really evil spirit
The three-dimensional cube of power allows freely vertically and horizontally to connect block part.Therewith it is similar also from
GeomatrixTMMagnetic connection building puzzle (patent pending).
Magnet in three-dimensional building blocks or it is spherical, axial charging and can overturns or be radial magnetizing and being capable of edge
Central axis rotation.Extrudable plastic building blocks have complicated internal structure or need individual nut cap (lid) will be every
A magnet is individually encapsulated in building blocks.It makes the assembling of building blocks more time-consuming, and in internal complicated situation, also
Building to the small building blocks of different (irregular) shapes may be limited, in such small building blocks, the magnet to be adapted to is too big, nothing
Method accommodates together with the internal structure for also needing sufficient space.
Toy is directed to, in particular for the safety requirements of 6 months to 3 years old children, building toy building blocks to follow
Build and must have as few as possible lid for magnet storehouse (or without the portion that can be fitted into security risk detector
Part) because these lids may surprisingly be removed by child, or deliberately removed in the thing under child wants to look at lid.
In this way, magnet may be dropped out from its warehouse, magnet may be put into mouth and surprisingly swallow by child.It is also expected to having for each
The blanket structure in inside of the building blocks of kind of shape, the structure is easily designed, can easily be fitted to inside building blocks and can
Flexibly using any number of required dimple in the arbitrary region of building blocks.
Summary of the invention
The utility model relates to building toy building blocks, wherein all faces of building blocks can be connect with the face of other building blocks or with
Only a kind of or some limited number of construction is definitely adapted to relative to each other.It is used for although many patents authorized all describe
The method that fabrication and installation have the building blocks of magnet, but they are frequently subjected to the complexity limitation of internal structure, it is difficult to and production has spirit
The building blocks of magnet arrangement living, and they assemble may be quite laborious.
In order to avoid the shortcomings that known extrudable type toy building and providing better solution, the utility model description
A kind of straightforward procedure making building blocks, wherein all faces and/or edge are connected to each other or have them can or can not
The specific direction being combined.It is made of (one) simple internal part, which follows the general shape of external component simultaneously
In situ by all magnets fixing simultaneously.Internal part is by soft, light-weight, flexible plastic material, foam of polymers, rubber
Resin or copolymer (polyethylene, eva foam, the material of metal-containing powders or resin, etc.) are made, and want attached for the later period
There is magnet to hold dimple in each face (edge or region) connect.The positioning that magnet holds dimple (and the magnet in later period) is unlimited
In the central area or edge in face, the number of magnets at each face or edge can be different because of required construction.Soft internal part
It is light-weight, production it is simple and low in cost, made for example, by injection molding or compression forming.Magnet holds dimple due to interior
The material of portion's component selects and provides slight buffer function: they will not generate so big noise, especially when use is turned over
It is even more so when transition magnet.When magnet separation, they will be still located in same dimple, can not escape hollow space.
If the magnetic interference magnet movement to be carried out of magnet nearby, can will individually (iron or steel) piston be placed into it is (some
Or all) magnet fixing dimple in change magnetic fluxes.Internal part material may include iron powder to increase its intensity, change magnetic
Field flux simultaneously helps magnet to stop in situ before being transferred to external component.
The magnet being placed in magnet fixing dimple is radial magnetizing (or alternative magnetic pole with other quantity)
The cylinder or disc shaped magnet or spherical magnet that will be rotated along center axis thereof.When from the first building blocks a face (or
Edge or region) magnet close to the second magnet of the second building blocks when, building blocks are engageable.Since both of which is along axis freedom
Rotation, therefore they can adjust upper surface, so that the opposite pole pair of the N section of magnet and S portion and the second magnet
It is quasi-.When magnet is by radial magnetizing, they have high-intensity magnetic field in side.When the softness that these magnets are put into internal part is recessed
In seat when (if component has the size that is consistent relative to magnet strength), magnet can hold in dimple in magnet and will hold each other
In situ.This allows for directly shifting internal part together with all magnets in outer member inner, without being each
Magnet holds dimple and uses individual nut cap.
External component is required shape (cube shaped, triangle, diamond shape, segmental arc shape etc.).It is by will for good and all connect
(preferably, two) separation unit composition together.External component is used as all magnets held for internal part and uses
Shared nut cap/lid.The production of external component is not restricted because needing to be adapted to special internal structure.One external component can
For being adapted to there is a kind of magnet fixing recess configuration or a variety of different magnets to hold an internal part of recess configuration, or
It can be used for being adapted to (multiple) internal part with different magnets fixing dimple arrangement.
Compared to previous labyrinth, simpler component can allow for using plastic material flexible inside building blocks
Design and production/assembling.It does not need to fold or be adapted to complicated internal structure.It is same outer in terms of magnet holds dimple arrangement
Portion's component can be used together from different internal parts.Alternatively, same inside and outside component can arrive same inside portion with setting
The different arrangements of magnet in only some dimples of part are used together.It is solid previous production side compared to components interior
Method, our method does not need as each magnet using individual nut cap or lid, and external component can be by permanently and safely
Sealing is to be retained on inside for all magnets.Inside is made of soft and light-weight material, and this material will be properly positioned magnetic
Body simultaneously provides buffer function in the case where building blocks are badly damaged.It also provides structural support for external component.
Detailed description of the invention
The embodiments of the present invention are described in detail with reference to the accompanying drawings, in which:
Fig. 1 shows the cube or rectangle object of an embodiment according to the present utility model；
Fig. 2 shows the internal parts of building toy building blocks according to the present utility model, further it is shown that for permanent magnet and
The dimple of magnet；
Fig. 3 shows the side view of building toy building blocks；
Fig. 4 shows the viewgraph of cross-section of the line A-A in Fig. 3, to show the cloth of internal part and magnet in shell
It sets；Magnetic field line shows how magnet will hold each other in situ in internal part；
Fig. 5 shows the sectional view of the line B-B in Fig. 3, to show side magnet in building toy building blocks internal part
Arrangement；
Fig. 6 A shows the alternate embodiment of building toy building blocks according to the present utility model, to show its height ratio
The structure of small times of its length of rectangle building blocks；
Fig. 6 B shows the similar internal part with through-hole, the internal part be arranged to being closely adjacent to each other it is multiple rows of and
Multiple row is described to form the en plaque building blocks (more small than its width or length times of building blocks height) with different in width and length
Width and length are greater than the length of single internal part；
Fig. 7 shows top view in the case where no lid of building with rectangular toy building in Fig. 6, to show building
The arrangement of multiple same sized internal components in toy building shell；
Fig. 8 shows viewgraph of cross-section of the rectangle toy building in the case where there is lid in Fig. 6, to show internal part
And the wherein arrangement of magnet；
Fig. 9 to Figure 11 shows different form (pyramid, three for adding round moulding according to the utility model or cube
Angular, arc or animal shape, toy shape, alphabetical shape or other shape, such as snowman) building toy building blocks；
Figure 12 shows the alternate embodiment of the building blocks including two identical external components, will have magnet
After internal part is placed in an external component, the external component will be for good and all bonded or welded together each other, in this way,
More elastic building blocks can be obtained, this building blocks are more difficult to be opened or break；
Figure 13 A shows the alternate embodiment of internal part according to the present utility model, wherein in such as building blocks
Each side, which is formed with multiple magnet fixing dimples, can be used all or only necessary amount dimple when making toy building
Magnet is placed in finished product building blocks；
Figure 13 B is shown with magnet dimple and with the alternative en plaque internal part of pedestal, these internal parts
It can place with being closely adjacent to each other in the embodiment as shown in Fig. 6 B to make en plaque building toy building blocks；
Figure 13 C shows the alternate embodiment of the arrangement of internal part described in Figure 13 B, and wherein internal part can
It is arranged to such as cube with being closely adjacent to each other；
Figure 14 shows the partial view of the building toy building blocks with internal part, which has multiple magnets
Hold dimple and magnet；
Although it is identical but final (connections) with difference that Figure 15 A to Figure 15 E shows manufactured outwardly and inwardly component
The toy building of fit characteristics；Two building blocks A and B are shown in Figure 15 A, building blocks A and B are shown in Figure 15 B to be begun
Arrangement (magnet of radial magnetizing or the spherical magnet dark circles in the figure that is connected and can rotate relative to each other eventually
Point marks)；Figure 15 C shows the magnet arrangement that building blocks can only connect relative to each other in one position；Figure 15 D is shown
The arrangement that building blocks can connect relative to each other on two positions；Figure 15 E show can in four manners in any side
Formula combination is so that the turning alignment arrangement that still building blocks can not rotate relative to each other as in Figure 15 B；
Figure 16 shows the top view and side view of the building toy building blocks with circular shape, and wherein dotted line shows use
In the arrangement of the dimple of one or more magnets；
Figure 17 shows the alternative building toy building blocks with cross shape, this sectional view show internal part and
Magnet in magnet fixing dimple；
Figure 18 shows the sectional view of the alternative building toy building blocks with through-hole, be shown internal part and
Magnet in the magnet fixing dimple being formed in internal part.
Specific embodiment
The building toy building blocks 1 of an embodiment according to the present utility model are shown in FIG. 1.Building toy building blocks
1 shape is the cube with rounded edges, which includes external component, the shell being made of two components
2 and lid 3, after the assembling of building toy building blocks, external component, shell and lid will be connected for good and all.In some cases, outside
Shell and lid can be symmetrically, as in Figure 12.Internal part 4 is placed into external component.Internal part 4 follows outside
The general shape of component, and internal part is made of soft material (polyethylene, eva foam etc.).Building blocks can contain one
A internal part (Fig. 1) or multiple identical (Fig. 6) or different internal part.Internal part 4 is in each face (edge or area
Domain) on all have after will be attached magnet hold dimple 5.Soft internal part 4 is light-weight, production is simple and at low cost
Honest and clean, magnet dimple 5 provides slight buffer function, and (they will not generate so big noise, when compared with flip type magnet, especially
It is such).The positioning of the magnet dimple 5 in each face and quantity are unrestricted and can be different because of required effect.For example, ginseng
See that Figure 13, plurality of magnet fixing dimple are formed into internal part.In the case where magnet 6 should divide, they will still position
In same dimple and the hollow space of object can not be escaped, that is, soft internal part 4 simultaneously consolidates all magnets
It holds in situ.
The fixing element use that step 7 is formed for the lid in one side (top) of internally positioned component, thus
So that the size of the top component 8 of internal part is less than the size of the remaining part 9 (or lower part) of internal part.Top component 8
Height and step 7 width correspond to lid 3 fixing component 10 size.Fixing component 10 is formed for example to protrude
Portion, the protruding portion have buckle element, and buckle element will enter in the respective chamber being formed in the top of shell.If card
Button element enters cavity, and lid will be snapped into fixed position, and shell will be can not remove lid and building toy product
The mode that wood becomes a component is closed.For young children, the very difficult opening in the case where not breaking buckle element
The lid.If external component is without using internal fixing means (for example, using bonding, ultrasonic bonding etc.)
It closes, or other structures supporting element is not present in external component, then it includes step that internal part, which does not need, or other are corresponding
Structural modification.In an alternative embodiment, there are two identical component (Figure 12), outer members etc. for external component tool
It is divided into two similar components (without lid, as described below).It, will be outside second after internal part is placed into external component
Portion's component is attached and welds or be adhered to the first component.This makes it possible to obtain more elastic building blocks, wherein can not be light
The point or line of two similar external component ruptures will be made by easily seeing, so that building blocks are safer.This is for exploring the world
And it attempts to open each toy to check that young children inside have be even more important.
The permanent magnet 6 being placed in magnet dimple 5 is radial magnetizing (or alternative magnetic pole with other quantity)
The cylindrical magnet or sphere that will be rotated along center axis thereof.In some arrangements, magnet with axial charging and can not also need
Rotation.When the magnet 6 in the face (or edge or region) from the first building toy building blocks is close to the second building toy building blocks
The second magnet 6 when, building toy building blocks 1 are engageable.Since two magnets 6 are all rotated freely along axis, they can be adjusted
Whole upper surface, so that the N section and S portion of magnet are aligned with the opposite pole of the second magnet.If magnet is by radial direction
It magnetizes, then they have high-intensity magnetic field in side.When in the soft magnet dimple 5 that these magnets 6 are put into internal part 4 (such as
Fruit component has the size that is consistent relative to magnet strength) when, magnet will can be held each other (Fig. 4) in situ.This is allowed for directly
It connects and shifts internal part 4 together with all magnets 6 in outer member inner, carry out fixed magnet without additional component.
In different implementation scenarios, external component is required shape (cube shaped, triangle, diamond shape, segmental arc shape
Deng referring to Fig. 6 to Figure 11).As described above, external component by two components 2,3 to be joined together permanently so (shell and
Lid) composition.External component is used as the shared nut cap/lid used for all magnets 6 that internal part 4 is held.External portion
The production of part is not limited by needing to be adapted to special internal structure.In the alternate embodiment shown in Figure 12, external component
It is made of two identical components 21 and 31, that is, two components all have there are three wall surface, and in production building toy building blocks
When, adhering components or weld together.Due to the simple design and will be substantially filled with inside toy building entire
The soft inside component in space does not need to use special rib or reinforcing element in the first or second component of shell.
The internal part of building toy building blocks can substantially be in the shape for the external component to be fitted snugly therein.In Fig. 6 to Fig. 8
Shown in alternate embodiment, internal part 41 can be standardized shape and size, so that multiple inside portions
Part can fit in an external component, such as same internal part can be used in substantially in the building blocks of plane (referring to figure
In 6B) and in three-dimensional building blocks (referring to Figure 13 B, 13C).In the case where three-dimensional building blocks, all edges of internal part are with 45
It spends angle to be formed or cut, so that internal part can be folded to form interior empty three-dimensional internal component.In this way
The production of building toy building blocks can be made to standardize.En plaque or strip building toy building blocks (its height are shown in fig. 6
The building with rectangular toy building of more small than its length times of degree), wherein four internal parts (having identical size) are placed to
In external component.This makes it possible to assemble different en plaque building toy building blocks, for example, tool there are four internal part (2x2),
Nine internal parts (3x3) either two internal parts (1x2) or four internal parts (1x4) as in Figure 7.Its group
It closes unrestricted and can be different because of made building toy building blocks set group.All internal parts used in en plaque building blocks
All have for magnet dimple, the dimple be generally in this embodiment across the hole (referring to Fig. 8) of internal part,
But it is also possible to the dimple with solid base in some cases.
In building toy building blocks alternate embodiment with arcuate shape, internal part can be formed with must
The single block part of the magnet dimple of quantity is wanted, or same, internal part can include necessity with arcuate building toy building
The internal part of quantity is standardized in a manner of forming arcuate shape.
In an alternative embodiment, building toy building blocks have circular shape (referring to Figure 16), and thickness is less than circle
The diameter of shape.Illustrate with dashed lines the arrangement of the dimple for one or more magnets.In another alternate embodiment
In, building toy building blocks have cross shape, and the sectional view of Figure 17 shows internal part and is located in magnet fixing dimple
Magnet.In another alternate embodiment, building toy building blocks can have through-hole as shown in figure 18.Internal part with
And the magnet in the magnet fixing dimple being formed in internal part is placed in external component or shell.It is all these
Alternate embodiment is shown, when using it is according to the present utility model with magnet fixing dimple soft inside component and
When using 3D printing possibility now, toy building can be made into any type of shape.Internal support component
It is unrestricted, because the external component or shell of soft internal part filling building toy building blocks, and it is being placed into outside
After in component, external component can by allow building toy building blocks safety it is non-it is open in a manner of close.
Internal part 4 can have many magnets fixing dimples 5, wherein it is all or only some magnets fixing dimples in every kind of spy
Determine in situation filled with magnet to realize the required adaptation between separate part, as shown in Figure 15 A to Figure 15 E.
Wherein internal part includes that the alternate embodiment of multiple dimples for magnet permits shown in Figure 13 and Figure 14
Perhaps the building blocks that can be connected to each other in different ways are made using identical outwardly and inwardly component.In alternate embodiment
In, there is the internal part of multiple dimples for magnet can be made into en plaque (thickness is less than side length), and can incite somebody to action
Multiple component layouts are in the external component or shell of building toy building blocks (referring to Figure 13 B).In addition to en plaque internal part,
It can also be formed three-dimensional internal component (referring to Figure 13 C), which can then be inserted into three-dimensional building toy product
In wood.
By filling same internal part with the various combination of the magnet with different magnetizing directions, production has difference
The building blocks of characteristic.This just provides many chances and possibility to make the building blocks comprising the logic task towards child.Scheming
In 15A to Figure 15 E, the example of such building blocks is shown.
Show the arrangement of magnet in Figure 15 B, among only one disc of the dimple filled with radial magnetizing or
Spherical magnet.This arrangement allows the building blocks that will be connected pivotably movable with respect each other so that turning can be aligned or not aligned with.
In the arrangement of the another kind shown in Figure 15 C, two intermediate side pockets are filled with the magnet of axial charging as follows: one recessed
It is placed with such as pole N side magnet upward in seat and is placed with the magnet of the pole S upward in the second dimple.In this arrangement
In, building blocks can only with the pole N, (side 1-4 be connected with a kind of construction of 2-3) with the alignment of the pole S.In other directions, building blocks will not be by
Strong magnetic force fixing.Alternatively, two building blocks can be connected to the first building blocks side by side as follows: the pole N of a magnet is connected to
The pole S of second magnet of the pole S and another building blocks of one building blocks is connected to the pole the N magnet of the first building blocks.Shown in Figure 15 D
In another kind arrangement, (or spherical) magnet of two intermediate side pockets filled with radial magnetizing, and two building blocks can be at two
It is connected to each other on position: side 2-3 and 4-1 alignment or side 2-1 and 4-3 alignment.In other two direction, building blocks will not
Strongly it is retained in together.In the arrangement shown in Figure 15 E, (or spherical) magnetic of all turning dimples filled with radial magnetizing
Body, and building blocks can in four manners in any mode connect so that turning alignment but building blocks can not as figure
Such rotation smooth relative to each other in 15B.This allows for assembled building blocks so that upper building blocks are relative to lower building blocks offset 1/2
Length.
In the diagram shown in Figure 15 C to Figure 15 E, the side of one building blocks A of the instruction of number 2,4,6,8, and number 1,
3, the side of 5,7 the second building blocks B of instruction.In this way, the arrangement of building blocks relative to each other just becomes apparent from.For example, in Figure 15 E, two
A building blocks can connect as follows: the side 2 of a building blocks and the side 1 of another building blocks are overlapped in one plane, together
Sample, side 4-3,6-5 and 8-7 are overlapped in one plane.
It will be apparent to those skilled in the art that using it is according to the present utility model will have be used for permanent magnet
Magnet fixing dimple soft inside component be placed into the building toy building blocks concept in shell, it is multiple to be placed into internal part
The various combination of magnet in dimple can create possibility for different logic tasks and introduction.
The example of logic task:
Figure 15 C
Building blocks only can be assembled in one direction.When building blocks have irregular shape and should be adapted in one direction with
When some shape is collectively formed, this is a useful characteristic.It is printed upon on the wall surface that should be aligned alternatively, (rule) building blocks have
Pattern, letter, number, text etc., puzzle, sentence, text, function etc., this characteristic just allow to make facilitate to
Young child instructs the building blocks of logic pair.For example, building blocks A has 4 general symbols being printed upon on four connected wall surfaces: circle
Circle, rectangle, triangle, waveform.Building blocks B, which has, is printed upon 4 everyday objects patterns on four connected wall surfaces: the sun, rectangle cake
Dry, dragon spruce, wave.Building blocks can be connected to each other via other two wall surface for without pattern and being correspondingly equipped with magnet.In this way,
A pair can only be connected: the circle-sun, rectangle-rectangle biscuit, triangle-dragon spruce, waveform-wave.Other combinations will repel each other
Or do not stay in together, to help to instruct logic pair.Each genus (near synonym, antonym, mathematical function etc.) is ok
Same mode teaching.
Alternate example:
What are example: summer in spring-- winter in autumn-: when you doing?
Building blocks A: season: the tree to bloom-greenery-result tree/colour tree-does not have leafed tree
Building blocks B: it movable pattern: catches butterfly-and swims-going to gather mushrooms-and skate
Example: religion number
Building blocks A: number 1-2-3-4
B: one piece of-two pieces of biscuit-three pieces of biscuit-four pieces of biscuit of biscuit of building blocks
Example: religion shape
Building blocks A: number 3-4-5-6
Building blocks B: triangle, quadrangle, pentagon, hexagon
Building blocks A: circle-waveform-triangle-square
Building blocks B: ball-wave-dragon spruce, window
Building blocks B: apple-bean or pea-pears-fruit case
Etc.
Figure 15 D
Compared to Figure 15 C, this arrangement allows two positions rather than is all directed at building blocks on four positions.Equally,
It can be used in connection with pattern, symbol, mathematical function, the irregular shape of logic equity or (rule) shape.It also permits
Perhaps toy building is made so that only specifically to adaptation together so as to carry out combined task.For example, utilizing rectangle
Building blocks can design following combinatorics game.Building blocks A will have 4 symbols on each side of four connected sides
(abcd, defa, abce and defb), and building blocks B will have on each side of four connected sides 2 symbols (ab,
de,bc,ef).Building blocks can be connected to each other via the other two wall surface for being correspondingly equipped with magnet.In this way, building blocks can be
It is attached in both direction, in said two directions, two symbols from building blocks B will match the symbol from building blocks A
(abcd-ab, defa-de, abce-bc, defb-ef or abcd-bc, defa-ef, abce-ab, defb-de).But it is coming from
By on the direction for matching the symbol from building blocks A, building blocks are not attached the only one symbol of building blocks B.It can design only in certain positions
It sets and is related to the combinatorics game of all sides of building blocks.
Alternate example:
Example: which is to match?
Building blocks A: smiling face-sadness face-sun and sandy beach-mop and cleaning
Building blocks B: child's Making Sandcastles-ice cream on floor-child dabbles-in disorder room in swimming
Example: what is there in box?
Building blocks A: the green gift box-band bowknot of round circle of the blue gift box-rectangle red gift box-with bowknot
Rectangle yellow gift box
Building blocks B: ball-automobile-circle sea cowry-train
Building toy building blocks are the valuable tools of teacher in school and kindergarten.According to the toy product of the utility model production
How wood is instructs the child with specific demand to provide more chances.By using same internal part and same outside portion
Part, but filled in different ways with magnet, different characteristics is provided for building blocks.By combining the symbol of printing, Ke Yigen
New game is designed according to each case.
Component List:
1-building toy building blocks
2-shells
3-lids
4-internal parts
5-magnets hold dimple
6-permanent magnets
7-steps
The top component of 8-internal parts
The remaining part of 9-internal parts
10-fixing components
41-alternate embodiments, internal part
The first component of 21-building blocks is identical as the second component of building blocks
The second component of 31-building blocks is identical as the first component of building blocks
Claims (8)
1. a kind of building toy building blocks (1) comprising external component with shell (2) and lid (3) and have for installing
The internal part (4) of at least one dimple (5) of magnet (6), wherein all sides of the shell and the lid all connect
Surface is closed, the engagement surface is engaged with the engagement surface of other building toy building blocks, which is characterized in that the internal part
(4) it is made of soft polymer, copolymer foam material or resin and there is the dimple for magnet installation, the inside
Component (4) is placed in the external component shell and is for good and all covered with the lid, and the magnet (6) be
It can be along the cylindrical magnet for the radial magnetizing that central axis rotates freely in the dimple.
2. building toy building blocks according to claim 1, which is characterized in that have the outside portion of any required shape
Part includes the internal part for being fabricated at least one block part and having multiple dimples for magnet, the required shape
Including cube shaped, bar shaped, triangle, pyramid and arc.
3. building toy building blocks according to claim 1, which is characterized in that the external component is less than length in height
Flat pattern, the external component include the inner space for having multiple internal parts of Similar size to fill external component,
And each internal part have through-hole form one or more dimples for magnet, the flat pattern include bar shaped,
Arc and circle.
4. building toy building blocks according to claim 1, which is characterized in that the lid (3) has fixing component, and
The shell has protrusion with the fixing component for hooking the lid to for good and all connect the lid on top
It is connected to the shell.
5. building toy building blocks according to claim 1, which is characterized in that put by the internal part for having magnet
After setting in the external component, the lid of the external component is for good and all bonded or welded to the external component
The shell.
6. building toy building blocks according to claim 1, which is characterized in that multiple dimples for magnet are formed into institute
State in internal part, be placed in the dimple cylinder axially or radially to magnetize or disc shaped magnet or spherical magnet or
The magnet of any shape.
7. building toy building blocks according to claim 6, which is characterized in that the magnet be only placed into some dimples with
Obtain desired connection performance.
8. building toy building blocks according to claim 1, which is characterized in that the toy building by with same shape and
Two or more identical external components of size are formed.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| EP18165569.7A EP3549649A1 (en) | 2018-04-03 | 2018-04-03 | Building toy block with a magnet |
| EPEP18165569.7 | 2018-04-03 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209019913U true CN209019913U (en) | 2019-06-25 |
Family
ID=61899090
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820609150.6U Expired - Fee Related CN209019913U (en) | 2018-04-03 | 2018-04-26 | Building toy building blocks |
Country Status (2)
| Country | Link |
|---|---|
| EP (1) | EP3549649A1 (en) |
| CN (1) | CN209019913U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021216987A1 (en) | 2020-04-23 | 2021-10-28 | Idea Vault Holdings Inc | Magnetically interconnectable block structures and methods for making the same |
| US11904254B2 (en) | 2021-08-31 | 2024-02-20 | Aaron August Hart | System and method for a magnetic block assembly |
Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE69509743T2 (en) * | 1995-01-25 | 1999-09-16 | Stuff Co | Construction toys |
| ITMI981109A1 (en) | 1998-05-20 | 1999-11-20 | Claudio Vicentelli | MODULES FOR THE REALIZATION OF MAGNETIC ANCHORING ASSEMBLIES AND RELATED ASSEMBLIES |
| US7154363B2 (en) | 2004-12-23 | 2006-12-26 | Larry Dean Hunts | Magnetic connector apparatus |
| US8850683B2 (en) | 2009-03-26 | 2014-10-07 | Tegu | Magnetic blocks and method of making magnetic blocks |
| KR100954429B1 (en) | 2009-09-28 | 2010-04-27 | 김영돈 | Magnet setting structure of a toy block |
| WO2011136682A1 (en) * | 2010-04-30 | 2011-11-03 | Ostrovskiy Alexander Grigorievich | Modular magnetic play device |
| HK1161511A2 (en) * | 2011-06-03 | 2012-07-27 | Hop Lee Cheong Ind Company Ltd | Magnetic toy block |
| US20150231521A1 (en) | 2014-02-14 | 2015-08-20 | Build & Imagine, Llc | Magnetic Construction Toy |
| CN104383696A (en) * | 2014-11-20 | 2015-03-04 | 魏正鹏 | Polyhedron magnetic splicing building block |
-
2018
- 2018-04-03 EP EP18165569.7A patent/EP3549649A1/en not_active Withdrawn
- 2018-04-26 CN CN201820609150.6U patent/CN209019913U/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| EP3549649A1 (en) | 2019-10-09 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190625 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |