CN205965029U - A surface texture that is used for between module of module toy of built -in magnet of joint - Google Patents
A surface texture that is used for between module of module toy of built -in magnet of joint Download PDFInfo
- Publication number
- CN205965029U CN205965029U CN201620744758.0U CN201620744758U CN205965029U CN 205965029 U CN205965029 U CN 205965029U CN 201620744758 U CN201620744758 U CN 201620744758U CN 205965029 U CN205965029 U CN 205965029U
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- China
- Prior art keywords
- module
- locking
- cam
- groove
- magnet
- Prior art date
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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
Abstract
The utility model provides a surface texture that is used for between the module of module toy and this module toy of the built -in magnet of joint, surface of the module through the module toy at built -in magnet forms structure protruding and the recess form, thereby joint about producing between the mould, perpendicular joint, during horizontal engagement, structure protruding and the recess form formed at the surface of each mould makes between each module joint steadily when meshing naturally each other, even especially relate to one kind at upper and lower joint, perpendicular joint, external force is not in the direction of carrying out the joint but reacts on the transverse direction during horizontal engagement, also can prevent to be shifted onto the surface texture of the phenomenon of one side completely.
Description
Technical field
This utility model is related to the surface texture between a kind of module of the block toy for engaging built-in Magnet, more in detail
For thin, it is related to raised and recess formation structure is formed on the Modular surface of the block toy of built-in Magnet, carries out module
Between joint up and down, vertical engagement, level engage when, make to be formed at the projection on the surface of each module and the structure of recess formation
Naturally it is engaged with each other, can achieve the block toy for engaging built-in Magnet stably engaging between each module simultaneously and be somebody's turn to do
Surface texture between the module of block toy, even if external force is not more particularly, to when joint up and down, vertical engagement, level engage
It is in the direction being engaged but to work it is also possible to entirely prevent being pulled to the surface knot of the phenomenon of side in transverse direction
Structure.
Background technology
The toy that three-dimensional shape desired by mainly being made with the assembling of plastic little module to be sought pleasure is referred to as module
Toy, in block toy, multiple modules are constituted in the form of being set with.
With regard to block toy, commercially available have there is the integrated structure that the projection that will be formed in each module and groove are engaged with each other
Assembled block toy, but there is following inconvenience, need the position of the projection of each module and groove in assembling
Mate one by one and exert a force and be fitted together to, if once assembling, decomposing each module also relatively to make other three-dimensional shapes
Difficult.
On the other hand, if also commercially available have inside modules install Magnet and will be close to each other for each module, then can pass through
Magnetic force has by profit carrying out the block toy of the built-in Magnet of the simple joint between module, the block toy of built-in Magnet
So that module is engaged with each other with Magnet and after assembling, decompose also easy advantage, but also have most of module
Edge part is by circular processed, thus the joint between each module is not firm, after being assembled into three-dimensional shape, even if only applying
Plus some impact, its shape also can avalanche shortcoming.
Inventor of the present utility model solves the above problems, and have studied " using of registration utility model the 475198th
Surface texture between the module of the block toy of the built-in Magnet of joint ".
With the edge part of module by the situation of circular processed compared with, the joint between the module of above-mentioned utility model is non-
Chang Jiangu, has the effect significantly increasing along vertical direction maximum compression load, but if joint, vertical engagement, level up and down
During joint, external force is not to play a role in the direction being engaged but in horizontal direction, then produce and be easily pulled to showing of side
As.
Inventor proceeds the result studied to the surface texture that can make stably to engage between module, even if developing
External force still will not be pulled to side in laterally the playing a role of direction not being by engaging completely in the direction being engaged,
It is capable of the surface texture stably engaging between module.
Patent documentation 1：Registration utility model the 475198th is " between the module for the block toy engaging built-in Magnet
Surface texture " (2014.11.5. registration)
Utility model content
The purpose of this utility model is to provide a kind of block toy for engaging built-in Magnet and this block toy
Surface texture between module, forms raised and recess formation knot by the Modular surface of the block toy in built-in Magnet
Structure, thus when producing between mould that joint, vertical engagement, level engage up and down, be formed at the projection on the surface of each mould and recessed
The structure of flute profile state makes stably to engage between each module while naturally engagement each other, even if especially providing one kind upper and lower
When joint, vertical engagement, level engage, external force is not to work in the direction being engaged but in the transverse direction, can be complete yet
Prevent from being pulled to the surface texture of the phenomenon of side.
The surface texture between module according to the block toy for engaging built-in Magnet of the present utility model, described mould
In the module 100 of block toy, it is fabricated to a module in conjunction with upper frame 10 and lower frame 20, core is in hollow
The center of inside on 4 sides of foursquare panel form, upper frame 10 and lower frame 20 is formed guarantees have for Magnet
The Magnet mounting groove of the inner space of rotation driving, 1 cylindrical Magnet or 2 cylindrical Magnet and upper frame 10,
The long side direction of the edge part of lower frame 20 is built-in in the way of being arranged into string, for engaging the block toy of built-in Magnet
Module between surface texture be characterised by, the lower surface 21 of the upper surface of described upper frame 10 11 and lower frame 20
Edge part separate predetermined distance along abreast direction alternately possesses horizontal projection 30 and insertion groove 31 with edge part, and shape
Become as follows：If other modules are placed on the upper surface 11 of the upper frame 10 of described 1 module, it is located at downside
The horizontal projection 30 of the upper surface 11 of the upper frame 10 of module is inserted in the lower frame 20 of other modules placed thereon
The insertion groove 31 of lower surface 21 in, be inserted with placed thereon in the insertion groove 31 of the upper frame 10 of the module positioned at downside
The lower surface 21 of the lower frame 20 of other modules horizontal projection 30, wherein, prolong from the edge part of described upper frame 10
Stretch and to 45° angle degree upper angled formed below face 40, extend downwardly from described upper angled face 40 and form upper vertical face
50, form lower beveled 60 above the edge part extension of described lower frame 20 is to 45° angle degree, from described lower tilt
Face 60 upwardly extends and forms lower vertical face 70, in described upper angled face 40, to roll oblique position slightly to the left from central authorities
It is set to benchmark and separates predetermined distance, form locking cam 41 in left side with 3 levels of upper, middle and lower, on right side with 3 level ratios of upper, middle and lower
This locking cam 41 forms locking groove 42 somewhat lowly and longer, in described lower beveled 60, with from central authorities slightly towards right side
Separate predetermined distance on the basis of the position tilting, form locking groove 62 in left side with 3 levels of upper, middle and lower, on right side with upper, middle and lower 3
Individual level forms locking cam 61 somewhat highlyer and shorter than locking groove 62, in described upper vertical face 50, with from central authorities slightly towards
Separate predetermined distance on the basis of the position of left side, form locking cam 51 in left side, on right side than locking cam 51 somewhat
Form locking groove 52 low and longlyer, in lower vertical face 70, separate on the basis of from the position that central authorities tilt slightly towards right side
Predetermined distance, left side formed locking groove 72, right side somewhat higher and shorter than locking groove 72 form locking cam 71, in institute
State the locking groove 42 on right side in upper angled face 40 and the mid portion of the locking groove 52 on right side in upper vertical face 50, locking groove
42nd, vertically form top higher than the height of locking cam 41,51,61,71 in 52 and project cam 80, incline on top
The locking cam 41 in the left side on inclined-plane 40 and the mid portion of the locking cam 51 in left side in upper vertical face 50, locking cam
41st, upper insertion slots 90 are vertically formed on 51, in locking groove 62 and the lower vertical face in the left side of lower beveled 60
The mid portion of the locking groove 72 in 70 left side is vertically high than locking cam 41,51,61,71 in locking groove 62,72
Degree forms bottom higher and projects cam 81, on the locking cam 61 on the right side of lower beveled 60 and the right side in lower vertical face 70
The mid portion of the locking cam 71 of side, locking cam 61,71 vertically forms bottom insertion groove 91.
In addition, being characterised by, the module 100 in conjunction with described upper frame 10 and lower frame 20 is formed as vertical and horizontal
It is respectively 60～70mm, thickness is 6～9mm.
In addition, being characterised by, the depth of described horizontal projection 30 and insertion groove 31 is identically formed as 0.8～1.0mm.
In addition, being characterised by, it is formed at each groove of the locking groove 42,62 of described upper angled face 40, lower beveled 60
Depth and the height of each cam of described locking cam 41,61 be respectively formed as 0.25～0.35mm.
In addition, being characterised by, it is formed at the depth of the locking groove 52,72 in described upper vertical face 50, lower vertical face 70
It is respectively formed as 0.4～0.6mm with the height of described locking cam 51,71.
In addition, being characterised by, the described height of prominent cam 80,81 and the depth of insertion groove 90,91 be formed as 0.8～
1.0mm.
Utility model effect
This utility model has the effect that：Formed raised and recessed by the Modular surface of the block toy in built-in Magnet
The structure of flute profile state, thus produce between mould up and down joint, vertical engagement, level engage when, be formed at the surface of each mould
Projection and recess formation structure each other naturally engage while make stably to engage between each module.
Even if in addition, it is not to enter that this utility model especially has the external force when joint up and down, vertical engagement, level engage
Row engage direction but work in the transverse direction, also will not be pulled to the significant effect of side.
Brief description
Fig. 1 is the axonometric chart of the Magnet module forming surface texture of the present utility model.
Fig. 2 is the axonometric chart engaging up and down of Magnet module of the present utility model.
Fig. 3 is the axonometric chart of the vertical engagement of Magnet module of the present utility model.
Fig. 4 is the axonometric chart of the level joint of Magnet module of the present utility model.
In figure：100- module of the present utility model, 10- upper frame, 11- upper surface, 20- lower frame, 21- following table
Face, 30- horizontal projection, 31- insertion groove, 40- upper angled face, the locking cam of 41-, 42- locking groove, 50- upper vertical face,
The locking cam of 51-, 52- locking groove, 60- lower beveled, the locking cam of 61-, 62- locking groove, 70- lower vertical face, 71- card
Determine cam, 72- locking groove, 80- top projects cam, 81- bottom projects cam, 90- upper insertion slots, 91- bottom insertion groove.
Specific embodiment
Hereinafter, refer to the attached drawing is described in detail to embodiment of the present utility model.
Fig. 1 is the axonometric chart of the Magnet module forming surface texture of the present utility model, and Fig. 2 is Magnet of the present utility model
The axonometric chart engaging up and down of module.
In the module 100 of the block toy of built-in Magnet of the present utility model, by with reference to upper frame 10 and lower box
Being fabricated to a module, core is in hollow foursquare panel form, upper frame 10 and lower frame 20 to frame 20
The center of inside on 4 sides formed and guarantee Magnet mounting groove (not shown) of the inner space having the rotation driving for Magnet, 1
Individual cylindrical Magnet or 2 cylindrical Magnet and upper frame 10, the long side direction of the edge part of lower frame 20 are with simultaneously
Form a line (not shown) mode built-in.
When being built-in with 2 cylindrical Magnet in described Magnet mounting groove, and it is built-in with 1 cylindrical Magnet phase
The quantity of pole increases ratio, thus more strongly attracting each other when 2 modules engage.
In conjunction with described upper frame 10 and lower frame 20 module 100 be preferably formed into longitudinally, laterally be respectively 60～
70mm, thickness are the panel form in hollow for the core of 6～9mm, this is because, if longitudinally, laterally not reaching respectively
60mm, thickness do not reach 6mm, then the module as block toy excessively diminishes, if longitudinally, laterally respectively more than 70mm, thickness
More than 9mm, then the module as block toy excessively becomes big.In the present embodiment, in conjunction with described upper frame 10 and lower frame
20 module 100 is to be respectively the panel form that 65mm, the thickness core as 7mm is in hollow on longitudinally, laterally 4
The width on individual side is respectively formed as 11mm.
The edge part of the lower surface 21 of the upper surface 11 of described upper frame 10 and lower frame 20 separates predetermined distance edge
That abreast direction alternately possesses horizontal projection 30 and insertion groove 31 with edge part, and be formed as：If in described 1 mould
One other module is placed on the upper surface 11 of the upper frame 10 of block, is then located at the upper table of the upper frame 10 of module of downside
The horizontal projection 30 in face 11 is inserted in the insertion groove 31 of the lower surface 21 of the lower frame 20 of other modules placed thereon,
It is inserted with the lower frame 20 of other modules placed thereon in the insertion groove 31 of the upper frame 10 of the module positioned at downside
Lower surface 21 horizontal projection 30.
The depth of described horizontal projection 30 and insertion groove 31 is preferably identically formed as 0.8～1.0mm, this is because, if
The depth of described horizontal projection 30 and insertion groove 31 does not reach 0.8mm, then the engagement force between horizontal projection 30 and insertion groove 31
Weaken, if the depth of described horizontal projection 30 and insertion groove 31 is more than 1.0mm, horizontal projection 30 is protruded higher, thus
Can make troubles using during module.In the present embodiment, the height of described horizontal projection 30 and the depth of insertion groove 31 are formed as
0.9mm.
The surface texture of module as above is used in the joint up and down between module of the present utility model, even if up and down
During joint, external force is not to work in the direction being engaged but in the horizontal, also will not being drawn to shift side onto and firmly
Engage.
Fig. 3 is the axonometric chart of the vertical engagement of Magnet module of the present utility model, and Fig. 4 is Magnet module of the present utility model
Level engage axonometric chart.
Extend and the upper angled face 40 formed below to 45° angle degree from the edge part of described upper frame 10, from described
Upper angled face 40 extends downwardly and forms upper vertical face 50, from the edge part extension of described lower frame 20 to 45° angle
The top of degree forms lower beveled 60, upwardly extends from described lower beveled 60 and forms lower vertical face 70.
In described upper angled face 40, on the basis of rolling oblique position slightly to the left from central authorities, separate predetermined distance,
Form locking cam 41 in left side with 3 levels of upper, middle and lower, somewhat lower and longer than locking cam 41 with 3 levels of upper, middle and lower on right side
Ground forms locking groove 42, in described lower beveled 60, separates rule on the basis of from the position that central authorities tilt slightly towards right side
Fixed interval, forms locking groove 62 in left side with 3 levels of upper, middle and lower, somewhat higher than this locking groove 62 with 3 levels of upper, middle and lower on right side
And shorter form locking cam 61.
In described upper vertical face 50, on the basis of rolling oblique position slightly to the left from central authorities, separate predetermined distance,
Form locking cam 51 in left side, right side somewhat lower and longer than locking cam 51 form locking groove 52, in lower vertical
In face 70, on the basis of from the position that central authorities tilt slightly towards right side, separate predetermined distance, form locking groove 72 in left side, on the right side
Side forms locking cam 71 somewhat highlyer and shorter than locking groove 72.
In the locking groove 52 on the right side in the locking groove 42 on the right side in described upper angled face 40 and upper vertical face 50
Between part, in locking groove 42,52 vertically than the height of locking cam 41,51,61,71 formed higher top project convex
Wheel 80, the locking cam 41 in the left side in upper angled face 40 and the pars intermedia of the locking cam 51 in the left side in upper vertical face 50
Point, locking cam 41,51 vertically forms upper insertion slots 90, the locking groove 62 in the left side of lower beveled 60 with
The mid portion of the locking groove 72 in the left side in lower vertical face 70, in locking groove 62,72 vertically than locking cam 41,
51st, 61,71 height forms bottom higher and projects cam 81, in locking cam 61 and the bottom on the right side of lower beveled 60
The mid portion of the locking cam 71 on the right side of vertical 70, locking cam 61,71 vertically forms bottom insertion groove
91.
In described upper angled face 40 and lower beveled 60, form institute somewhat lower and longlyer than locking cam 41,6
State locking groove 42,62, and somewhat higher and shorter than locking groove 42,62 the reason form described locking cam 41,61 be, in order to
Locking cam 41,61 is easily inserted in locking groove 42,62.
Form described locking groove 42,62 preferably somewhat lowly and longer than locking cam 41,61, and described locking groove
42nd, the height of each cam of 62 depth of each groove and described locking cam 41,61 is respectively formed as 0.25～0.35mm, and this is
Because, if the height of each cam of the depth of each groove of described locking groove 42,62 and described locking cam 41,61 does not reach respectively
0.25mm, then engage Dipeptiven between the locking cam 41 in such as upper angled face 40 and the locking groove 62 of lower beveled 60
Small and weak, but also form described prominent cam 80,81 and insertion groove 90,91, therefore need not be with each groove of described locking groove 42,62
Depth and described locking cam 41,61 each cam the height mode more than 0.35mm respectively, make upper angled face 40
Engagement force between locking cam 41 and the locking groove 62 of lower beveled 60 is higher.In the present embodiment, described locking cam 41,
61 height is formed as 0.35mm, and the depth of described locking groove 42,62 is formed as 0.3mm.
In described upper vertical face 50 and lower vertical face 70, formed somewhat lowlyer and longer than locking cam 51,71
Described locking groove 52,72, and somewhat higher and shorter than locking groove 52,72 be to be the reason form described locking cam 51,71
Locking cam 51,71 is easily inserted in locking groove 52,72.
Form described locking groove 52,72 preferably somewhat lowly and longer than locking cam 51,71, and described locking groove
52nd, the height of 72 depth and described locking cam 51,71 is respectively formed as 0.4～0.6mm, this is because, if described locking
The height of the depth of groove 52,72 and described locking cam 51,71 does not reach 0.4mm, then locking groove 52,72 and locking cam 51,
Engagement Dipeptiven between 71 is small and weak, but also forms described prominent cam 80,81 and insertion groove 90,91, therefore need not be with described
The height of each cam of the depth of each groove of locking groove 52,72 and described locking cam 51,71 mode more than 0.6mm respectively,
Make the engagement force between locking cam 51,71 and locking groove 52,72 higher.In the present embodiment, the height of described locking cam 51,71
Degree is formed as 0.55mm, and the depth of described locking groove 52,72 is formed as 0.5mm.
Described prominent cam 80,81 is formed at the mid portion of locking groove 42,52,62,72, and insertion groove 90,91 is formed
In the mid portion of locking cam 41,51,61,71, this is because, even if insertion groove 90,91 forms tip and does not also protrude past
Surface, the insertion groove 90,91 being therefore inserted with prominent cam 80,81 is formed at the card that height is higher than locking groove 42,52,62,72
Determine on cam 41,51,61,71, if prominent cam 80,81 forms tip, surface can be projected into, if prominent cam 80,81 is with relatively
The prominent mode of the earth forms it is likely that the use to block toy is made troubles, therefore prominent cam 80,81 is formed at
Highly it is less than in the locking groove 42,52,62,72 of locking cam 41,51,61,71, even if thus being formed as higher than locking cam
41st, 51,61,71, also will not be significantly prominent to surface.
The depth of the height of preferably described prominent cam 80,81 and insertion groove 90,91 is formed as 0.8～1.0mm, this be because
For, if the height of described prominent cam 80,81 does not reach 0.8mm, such as top project cam 80 and bottom insertion groove 91 it
Between engagement Dipeptiven small and weak, and if described prominent cam 80,81 height more than 1.0mm, due to described prominent cam 80,
81 larger project, and the use to block toy is made troubles.In the present embodiment, described prominent cam 80,81 and insertion groove 90,
91 depth is formed as 0.9mm.
The surface texture of module as above is used for the vertical engagement and level joint between module, of the present utility model
During 2 module vertical engagement, the locking cam 41 in the upper angled face 40 of the module being for example disposed vertically, locking groove 42 respectively with
The locking groove 62 of the lower beveled 60 of the module of horizontal positioned, locking cam 61 are engaged with each other, the module being disposed vertically upper
Portion projects in the bottom insertion groove 91 of module that cam 80 is inserted in horizontal positioned, the upper insertion slots 90 of the module being disposed vertically
In be inserted with horizontal positioned module bottom project cam 81, even if external force is not in the side being engaged in vertical engagement
To but work in the horizontal, also completely will not to side push and firmly engage.
When 2 module level of the present utility model engage, the locking cam 71 in the lower vertical face 70 of such as 1 module,
Locking groove 72 is engaged with each other with the locking groove 52 of the upper end in the upper vertical face 50 of another module, locking cam 51 respectively, 1 mould
The prominent cam 80 in the top on the right side in upper vertical face 50 of block is inserted into the left side in upper vertical face 50 of another module
Upper insertion slots 90, the bottom in the left side in lower vertical face 70 of 1 module projects cam 81 and is inserted under another module
In the bottom insertion groove 91 on the right side of portion's vertical 70, though when level engages external force be not in the direction being engaged but
Work in the horizontal, also will not push to side and firmly engage.
Structure as above is identically formed respectively in the module of the present utility model with foursquare panel form
100 4 sides and edge part.
Based on module of the present utility model although prominent cam 80,81 highlights a bit, but it is highly below 1.0mm,
The use of block toy will not be made troubles, the joint up and down between module, vertical engagement, level joint are firm, especially simultaneously
Its external force is not to work completely will not be pulled to side yet in the direction being engaged but in the horizontal.
After so that the module level based on the surface texture of prior art for the formation is engaged, catch 2 modules with 2 fingers and
Direction somewhat promotes on the contrary to each other, can be pushed to other side directions easily, makes formation be based on table of the present utility model
After the module level of face structure engages, catch 2 modules using two handss and rightabout pushes to each other with strength, also not
Can be promoted.
In this utility model, the shape of module is set to square, but the shape of module has been not limited to this, can make
With the variously-shaped module such as rectangle, triangle, hexagon, octagon.
As described above, being illustrated to embodiment of the present utility model, but this utility model is not limited to carry out
The structure of the embodiment illustrating and illustrating and effect, in the thought without departing from appended utility model right claim and category
In the case of, this utility model can be carried out multiple change and revise, this had altered, revised and equivalent, especially as
The change of the size of the module of panel form, the length of structure of raised and recess formation, highly, interval etc. changes
Should be regarded as belonging in scope of the present utility model.
Claims (6)
1. the surface texture between a kind of module of the block toy for engaging built-in Magnet, the module of described block toy
(100) in, it is fabricated to a module in conjunction with upper frame (10) and lower frame (20), core is in hollow square
Panel form, the center of inside on 4 sides of upper frame (10) and lower frame (20) forms the rotation guaranteeing to have for Magnet
Turn the Magnet mounting groove of the inner space driving, 1 cylindrical Magnet or 2 cylindrical Magnet and upper frame (10),
The long side direction of the edge part of lower frame (20) is abreast built-in,
It is characterised by for the surface texture between the module of the block toy engaging built-in Magnet,
The edge part of the lower surface (21) of the upper surface (11) of described upper frame (10) and lower frame (20) separates between regulation
Every along abreast direction alternately possesses horizontal projection (30) and insertion groove (31) with edge part, and it is formed as：If
The upper surface (11) of the upper frame (10) of described 1 module is upper to place other modules, then the module positioned at downside is upper
The horizontal projection (30) of the upper surface (11) of portion's framework (10) is inserted in the lower frame (20) of other modules placed thereon
The insertion groove (31) of lower surface (21) in, be inserted with the insertion groove (31) of the upper frame (10) of the module of downside and put
The horizontal projection (30) of the lower surface (21) of the lower frame (20) of other modules placed on it,
From the edge part extension of described upper frame (10) to 45° angle degree upper angled formed below face (40), from described
Portion's inclined plane (40) extends downwardly and forms upper vertical face (50),
Form lower beveled (60) above the edge part extension of described lower frame (20) is to 45° angle degree, from described
Portion's inclined plane (60) upwardly extends and forms lower vertical face (70),
In described upper angled face (40), separate predetermined distance on the basis of rolling oblique position slightly to the left from central authorities, on a left side
Side forms locking cam (41) with 3 levels of upper, middle and lower, somewhat lower and longer than locking cam (41) with 3 levels of upper, middle and lower on right side
Ground forms locking groove (42),
In described lower beveled (60), separate predetermined distance on the basis of from the position that central authorities tilt slightly towards right side, on a left side
Side forms locking groove (62) with 3 levels of upper, middle and lower, right side with 3 levels of upper, middle and lower than locking groove (62) somewhat high and shorter landform
Become locking cam (61),
In described upper vertical face (50), separate predetermined distance on the basis of rolling oblique position slightly to the left from central authorities, on a left side
Side forms locking cam (51), right side somewhat lower and longer than locking cam (51) form locking groove (52), lower vertical
In face (70), on the basis of from the position that central authorities tilt slightly towards right side, separate predetermined distance, form locking groove (72) in left side,
Right side somewhat higher and shorter than locking groove (72) form locking cam (71),
The locking groove (52) on the right side in the locking groove (42) on the right side of described upper angled face (40) and upper vertical face (50)
Mid portion, locking groove vertically formed than the height of locking cam (41,51,61,71) in (42,52) higher
Portion projects cam (80), in the card in the left side in locking cam (41) and the upper vertical face (50) in the left side of upper angled face (40)
Determine the mid portion of cam (51), locking cam (41,51) vertically forms upper insertion slots (90), in lower tilt
The mid portion of the locking groove (72) in the locking groove (62) in the left side in face (60) and the left side in lower vertical face (70), locking groove
Vertically form bottom higher than the height of locking cam (41,51,61,71) in (62,72) and project cam (81),
The centre of the locking cam (71) on the locking cam (61) on the right side of lower beveled (60) and the right side in lower vertical face (70)
Part, locking cam (61,71) vertically forms bottom insertion groove (91).
2. the surface texture between the module of the block toy for engaging built-in Magnet according to claim 1, it is special
Levy and be,
In conjunction with described upper frame (10) and lower frame (20) module (100) be formed as vertical and horizontal be respectively 60～
70mm, thickness are 6～9mm.
3. the surface texture between the module of the block toy for engaging built-in Magnet according to claim 1, it is special
Levy and be,
The depth of described horizontal projection (30) and insertion groove (31) is identically formed as 0.8～1.0mm.
4. the surface texture between the module of the block toy for engaging built-in Magnet according to claim 1, it is special
Levy and be,
It is formed at described upper angled face (40), the depth of each groove of locking groove (42,62) of lower beveled (60) and described
The height of each cam of locking cam (41,61) is respectively formed as 0.25～0.35mm.
5. the surface texture between the module of the block toy for engaging built-in Magnet according to claim 1, it is special
Levy and be,
It is formed at described upper vertical face (50), the depth of locking groove (52,72) of lower vertical face (70) and described locking convex
The height of wheel (51,71) is respectively formed as 0.4～0.6mm.
6. the surface texture between the module of the block toy for engaging built-in Magnet according to claim 1, it is special
Levy and be,
The depth of the height of described prominent cam (80,81) and insertion groove (90,91) is formed as 0.8～1.0mm.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR2020150008560U KR200482829Y1 (en) | 2015-12-28 | 2015-12-28 | Surface structure for the connection between blocks equipped with magnet of block toys |
| KR20-2015-0008560 | 2015-12-28 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205965029U true CN205965029U (en) | 2017-02-22 |
Family
ID=58025861
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620744758.0U Expired - Fee Related CN205965029U (en) | 2015-12-28 | 2016-07-14 | A surface texture that is used for between module of module toy of built -in magnet of joint |
Country Status (6)
| Country | Link |
|---|---|
| US (1) | US20170182429A1 (en) |
| JP (1) | JP2017119088A (en) |
| KR (1) | KR200482829Y1 (en) |
| CN (1) | CN205965029U (en) |
| DE (1) | DE202016107352U1 (en) |
| WO (1) | WO2017115900A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN108064318B (en) * | 2017-11-15 | 2020-09-04 | 佛山市爱迪尔卫浴有限公司 | Handle assembly and shower door |
| CN109078341A (en) * | 2018-09-25 | 2018-12-25 | 塞伦斯玩具（上海）有限公司 | A kind of magnetic plate |
| IT201900001229A1 (en) * | 2019-01-28 | 2020-07-28 | Plastwood Italia S R L | Magnetic assembly |
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| US20220233969A1 (en) * | 2021-01-22 | 2022-07-28 | Retrospective Goods, LLC | Magnetic construction tile set |
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| USD981496S1 (en) * | 2022-07-19 | 2023-03-21 | Wuyi Lizewei Industry And Trade Co., Ltd. | Magnetic tiles set |
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| JP5485456B1 (en) * | 2013-08-13 | 2014-05-07 | 光昭 塩路 | Assembly toy |
| KR200475198Y1 (en) * | 2014-03-21 | 2014-11-12 | 최소영 | Surface structure for the connection between blocks equipped with magnet of block toys |
| US20160074766A1 (en) * | 2014-09-11 | 2016-03-17 | Click-Block Corporation | Surface structure for combining block of block toy having magnet inside |
| JP2016131874A (en) * | 2015-01-20 | 2016-07-25 | 株式会社インザブロックＩｎ ｔｈｅ ｂｌｏｃｋ Ｃｏ．，Ｌｔｄ． | Knockdown block toy |
-
2015
- 2015-12-28 KR KR2020150008560U patent/KR200482829Y1/en active IP Right Grant
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2016
- 2016-01-05 WO PCT/KR2016/000024 patent/WO2017115900A1/en active Application Filing
- 2016-07-14 CN CN201620744758.0U patent/CN205965029U/en not_active Expired - Fee Related
- 2016-12-06 US US15/371,007 patent/US20170182429A1/en not_active Abandoned
- 2016-12-07 JP JP2016238021A patent/JP2017119088A/en active Pending
- 2016-12-23 DE DE202016107352.9U patent/DE202016107352U1/en active Active
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|---|---|
| JP2017119088A (en) | 2017-07-06 |
| WO2017115900A1 (en) | 2017-07-06 |
| US20170182429A1 (en) | 2017-06-29 |
| DE202016107352U1 (en) | 2017-04-19 |
| KR200482829Y1 (en) | 2017-03-22 |
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