CN204275510U - For connecting the shells combination of building blocks - Google Patents
For connecting the shells combination of building blocks Download PDFInfo
- Publication number
- CN204275510U CN204275510U CN201420682851.4U CN201420682851U CN204275510U CN 204275510 U CN204275510 U CN 204275510U CN 201420682851 U CN201420682851 U CN 201420682851U CN 204275510 U CN204275510 U CN 204275510U
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- CN
- China
- Prior art keywords
- inner housing
- building blocks
- jack
- skeleton
- shells
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
A kind of shells combination for connecting building blocks, is suitable for being arranged on a skeleton.Shells combination for connecting building blocks comprises an inner housing component.Inner housing component is arranged on skeleton removedly, and comprises docking removedly mutually and first inner housing of coated skeleton and second inner housing.First inner housing has the first jack units that is formed at outer peripheral face, and at least two draw-in grooves being formed at outer peripheral face.Second inner housing has the grab that at least two can snap into draw-in groove with departing from respectively.Second inner casing physical efficiency to be easily installed on skeleton and to be fastened in the first inner housing, and not easily departs from because of external force, and the first jack units of the first inner housing can install other building blocks, meets the needs of multi-direction connection.And grab can make the second inner housing firmly be fastened in the first inner housing, not easily departs from because of external force, and because of the combination of inner housing component firm, inner housing component can not be pulled away skeleton when removing and installing when the building blocks of the first jack units.
Description
Technical field
The utility model relates to a kind of toy building, particularly relates to a kind of being suitable for being arranged on building blocks skeleton and shells combination for connecting building blocks.
Background technology
Existing building blocks cut into difform bulk by wood and make.The building blocks different by kenel are stacking from the bottom to top in order, can form multiple combination change.Just, between this kind of building blocks without any bindiny mechanism, gravity only can be leaned on stacking with the relative position maintained to each other.
Building blocks many employings plastic cement now makes, plastic cement not only comparatively wood be gently, bindiny mechanism's unit can also be formed on each building blocks.By this bindiny mechanism's unit, described building blocks can firmly connect, so can be assembled into large-scale model.But the assembling of these type of building blocks is still adopt mode sequentially stacking from the bottom to top, not yet the framework of the existing building blocks of escape.
The building blocks of a new generation, form multidirectional bindiny mechanism unit, therefore at random can assemble building blocks by all directions on each building blocks.This type building blocks contain a body, multiple locating hole being formed in this body, and an inserted block being formed in this body.This inserted block and described locating hole are described bindiny mechanism's unit, and shape between the two mates with each other, and therefore two mutual inlay cards of building blocks can be engaged.User can adopt these type of building blocks first to produce model skeleton, then continues to install building blocks, to form specific shape on this skeleton again; but; because bindiny mechanism's unit of these type of building blocks is only rely on frictional force to be interconnected, it is comparatively not enough in conjunction with strength, often comes off because of external force collision; moreover; because all linking with identical bindiny mechanism's unit between each building blocks, identical in conjunction with strength, when certain specific building blocks will be dismantled; usually other building blocks can be pulled away simultaneously, use comparatively inconvenience.
Summary of the invention
The purpose of this utility model be to provide a kind of can meet multi-direction connection needs, combine firm, and the shells combination for connecting building blocks that can not be able to depart from when dismantling other building blocks.
Shells combination for connecting building blocks of the present utility model, is suitable for being arranged on a skeleton, and this shells combination being used for connecting building blocks comprises an inner housing component.
This inner housing component is arranged on this skeleton removedly, and comprises docking removedly mutually and first inner housing of this skeleton coated and second inner housing.This first inner housing has the first jack units that is formed at outer peripheral face, and at least two are formed at outer peripheral face and lay respectively at the depressed area of two opposition sides of this skeleton.Described depressed area defines a draw-in groove respectively.Each draw-in groove has a shoulder.This second inner housing has the grab that at least two can snap into described draw-in groove with departing from respectively.Described grab can stretch into described draw-in groove respectively, and each grab have one can abut against and block in the stopping surface of this shoulder.
Shells combination for connecting building blocks of the present utility model, this first jack units has at least one first jack, this first inner housing also has at least one and is formed at the first holding section in this first jack, this shells combination being used for connecting building blocks also comprises an outer casing member, this outer casing member comprises the first shell body that is arranged on this first inner housing removedly, this first shell body has at least one and is formed at inner peripheral surface and involutory in the first inserted link of this first jack, this first inserted link has at least one and is formed at outer peripheral face and second holding section of locating of matching with this first holding section.
Shells combination for connecting building blocks of the present utility model, this first shell body also has the first fin that at least one is formed at inner peripheral surface, and this first fin can abut against the outer peripheral face in this first inner housing and limit the position of this first shell body this first inner housing relative.
Shells combination for connecting building blocks of the present utility model, this second inner housing also has the second jack units that is formed at outer peripheral face, this second jack units has at least one second jack, this outer casing member also comprises the second housing body that is arranged on this second inner housing removedly, and this second housing body has at least one and is formed at inner peripheral surface and involutory in the second inserted link of this second jack.
Shells combination for connecting building blocks of the present utility model, this second inserted link has the 3rd holding section that at least one is formed at outer peripheral face, this second inner housing also has at least one and is formed at the 4th holding section in this second jack, can match with the 3rd holding section and locate in the 4th holding section.
Shells combination for connecting building blocks of the present utility model, this second housing body also has the second fin that at least one is formed at inner peripheral surface, and this second fin can abut against the outer peripheral face in this second inner housing and limit the position of this second housing body this second inner housing relative.
Shells combination for connecting building blocks of the present utility model, one of them draw-in groove of this first inner housing also has one and pries open portion away from this second inner housing, and this second inner housing of vicinity the insertion section collected gradually towards this portion of prying open, this shoulder separates this and pries open portion and this insertion section, and this portion of prying open is applicable to insert for a sled part and pry open this grab.
Shells combination for connecting building blocks of the present utility model, this first inner housing also has at least two and is formed at outer surface and the highlight of corresponding described depressed area, and described highlight is for prying open the position in portion described in showing.
Shells combination for connecting building blocks of the present utility model, this first inner housing also has one and is formed at inner peripheral surface and plugs the location division to this skeleton.
The beneficial effects of the utility model are: the first jack units of this first inner housing can install other building blocks, the needs of multi-direction connection can be met, and described grab can make this second inner housing firmly be fastened in this first inner housing, not easily depart from because of external force, and because of the combination of this inner housing component firm, this inner housing component can not be pulled away this skeleton when removing and installing when the building blocks of this first jack units.
Accompanying drawing explanation
Of the present utility model other feature and effect, clearly present in reference to graphic embodiment, wherein:
Fig. 1 is a part of exploded view, illustrates that the utility model is for connecting the embodiment of the shells combination of building blocks;
Fig. 2 is a three-dimensional exploded view, illustrates that an inner housing component of this embodiment is arranged on a skeleton;
Fig. 3 is a stereogram, and a sled part of the inner housing component being suitable for prying open this embodiment is described;
Fig. 4 is a schematic diagram, and what illustrate that this sled part stretches into first inner housing of this embodiment pries open portion;
Fig. 5 is a schematic diagram, illustrates that this sled part is by the draw-in groove of a grab sled of this embodiment second inner housing from this first inner housing.
Detailed description of the invention
Consult Fig. 1, Fig. 2 and Fig. 4, the utility model is suitable for being arranged on the skeleton 9 that has a locating hole 91 for the embodiment of the shells combination connecting building blocks.This shells combination being used for connecting building blocks comprises an inner housing component 2, and an outer casing member 3.
This inner housing component 2 is arranged on this skeleton 9 removedly, and comprises docking removedly mutually and first inner housing 21 of this skeleton 9 coated and second inner housing 22.
This first inner housing 21 have one be formed at inner peripheral surface and 23, one, the location division plugged to this locating hole 91 be formed at outer peripheral face the first jack units 24, at least one is formed at the first holding section 25 in this first jack units 24, and four 26, four, depressed area draw-in grooves 27 defined by described depressed area 26 being respectively formed at outer peripheral face respectively, and four are formed at outer surface and the highlight 28 of corresponding described depressed area 26 respectively.It is corresponding with the quantity of the first jack 241 and be two that this first jack units 24 has the quantity of two the first jack 241, first holding sections 25 separately, and described first jack 241 can be installed for other building blocks.In the present embodiment, each first holding section 25 is four projections, and described first holding section 25 is respectively around the central axis of described first jack 241.
Described depressed area 26 is one group with every two, lays respectively at two opposition sides of this skeleton 9.It is worth mentioning that, every side of this skeleton 9 needs at least one depressed area 26, and therefore, described depressed area 26 also can be two.
Each draw-in groove 27 has one away from 271, one, the portion that pries open this second inner housing 22 of vicinity of this second inner housing 22 and pries open towards this insertion section 272 that portion 271 collects gradually, and a shoulder 273 separating this and pry open portion 271 and this insertion section 272.
Described highlight 28 respectively around described draw-in groove 27, and for prying open the position in portion 271 described in showing.Described highlight 28 can be matsurface.
This second inner housing 22 has the grab 221 that four can snap into described draw-in groove 27 with departing from respectively, and second jack units 222 being formed at outer peripheral face.The external form of described grab 221 matches with described insertion section 272, and can stretch into described draw-in groove 27 by the guiding of described insertion section 272 respectively.Each grab 221 have one can abut against and block in the stopping surface 223 of this shoulder 273, an and guiding incline 224 away from this shoulder 273.This second jack units 222 has two the second jacks 220 separately, and described second jack 220 can be installed for other building blocks.
Described grab 221 is respectively by the guiding of described insertion section 272, this second inner housing 22 easily can be installed on this skeleton 9 and be fastened in this first inner housing 21, and not easily depart from because of external force, and, because this inner housing component 2 is by described draw-in groove 27 and described grab 221 buckle mutually, in conjunction with very firm, if when being pulled out by the building blocks be arranged on described first jack 241 or the second jack 220, this inner housing component 2 can not be pulled away this skeleton 9 simultaneously.
This outer casing member 3 comprises first shell body 31 and a second housing body 32.This first shell body 31 is arranged on this first inner housing 21 removedly, and has two and be formed at inner peripheral surface and the first inserted link 311 separately, and first fin 312 being formed at inner peripheral surface, and this first fin 312 also can be two.The quantity of the first inserted link 311 is corresponding with the quantity of the first jack 241, and both quantity can be adjusted to one or three simultaneously.
Described first inserted link 311 is involutory in described first jack 241 respectively, and each first inserted link 311 has the second holding section 313 that is formed at outer peripheral face.Match with described first holding section 25 respectively and locate in described second holding section 313.In the present embodiment, each second holding section 313 is an annular groove.
This first fin 312 can abut against the outer peripheral face in this first inner housing 21 and limit the position of this first shell body 31 this first inner housing 21 relative.
This second housing body 32 is arranged on this second inner housing 22 removedly, and has two and be formed at inner peripheral surface and the second inserted link 321 separately, and two the second fins 322 being formed at inner peripheral surface separately.Certainly, the quantity also adjustable of the second fin 322, as one or three.The quantity of the second inserted link 321 is corresponding with the second jack 220, and both quantity can be adjusted to one or three simultaneously.
Described second inserted link 321 is involutory in described second jack 220 of this second inner housing 22 respectively, and each second inserted link 321 has the 3rd holding section 323 that is formed at outer peripheral face.
This second inner housing 22 can also have two the 4th holding sections 225 be formed at respectively in described second jack 220, can match with described 3rd holding section 323 respectively and locate in described 4th holding section 225.In the present embodiment, each the 3rd holding section 323 is an annular groove, and each the 4th holding section 225 is four projections, and each the 4th holding section 225 is respectively around the central axis of described second jack 220.
Described second fin 322 can abut against the outer peripheral face in this second inner housing 22 and limit the position of this second housing body 32 this second inner housing 22 relative.
So, this outer casing member 3 is by described first holding section 313, holding section 25, second, the 3rd holding section 323, and the 4th cooperation of holding section 225, can firmly be mounted in this inner housing component 2, and, adhesion between this outer casing member 3 and this inner housing component 2 is less, therefore this inner housing component 2 can not be pulled away on this skeleton 9 when this outer casing member 3 of dismounting.
Consult Fig. 3, Fig. 4 and Fig. 5, this inner housing component 2 can adopt one to prize part 4 and pry open, and this inner housing component 2 is dismantled on this skeleton 9.This sled part 4 is a kind of accessories, comprises a lever 41 and a pry head 42 extended obliquely from this lever 41.This pry head 42 in acute angle, and has the guiding face 421 and an ejection face 422 that define this acute angle.
This pry head 42 can be pried open portion 271 and enters from this, pried open in portion 271 towards this second inner housing 22 slippage at this by this guiding face 421, wherein, the thickness of this pry head 42 increases gradually towards this lever 41, therefore when this pry head 42 go deep into gradually this pry open portion 271 time, can outwards strut this grab 221 gradually, then again by pulling this lever 41, make this ejection face 422 push against this grab 221, force the stopping surface 223 of this grab 221 to leave this shoulder 273.
It is worth mentioning that, if the described draw-in groove 27 being positioned at this skeleton 9 the same side all have described in pry open portion 271 and just can reach the effect pried open.
Although this inner housing component 2 combines very firm, user can use this sled part 4 and this inner housing component 2 be dismantled on this skeleton 9, also very convenient in dismounting.
Via above explanation, can again advantage of the present utility model be summarized as follows:
One, described first jack 241 and described second jack 220 can install other building blocks, meet the needs of multi-direction connection, and described grab 221 can make this second inner housing 22 firmly be fastened in this first inner housing 21, not easily depart from because of external force, and because of the combination of this inner housing component 2 firm, this inner housing component 2 can not be pulled away this skeleton 9 when removing and installing the building blocks at described first jack 241 or described second jack 220.
Two, described grab 221 is respectively by the guiding of described insertion section 272, this second inner housing 22 easily can be installed on this skeleton 9 and be fastened in this first inner housing 21.
Three, this outer casing member 3 can firmly be mounted in this inner housing component 2, and adhesion between itself and this inner housing component 2 is less, therefore can not this inner housing component 2 be pulled away on this skeleton 9 when dismantling simultaneously.
Four, this first fin 312 and described second fin 322 can limit the position of this outer casing member 3 relative to this inner housing component 2, can avoid rocking.
Although the combination of five these inner housing component 2 is firm, user can easily pass through this sled part 4 and dismantle this inner housing component 2 on this skeleton 9, also very convenient in dismounting.
As described above, be only embodiment of the present utility model, when can not limit the scope of the utility model enforcement with this, namely all simple equivalences done according to the utility model claims and description change and modify, and all still belong to scope of the present utility model.
Claims (9)
1. one kind is combined for the shells connecting building blocks, is suitable for being arranged on a skeleton, it is characterized in that: this shells combination being used for connecting building blocks comprises:
An inner housing component, be arranged on this skeleton removedly, and comprise docking removedly mutually and first inner housing of this skeleton coated and second inner housing, this first inner housing has the first jack units that is formed at outer peripheral face, and at least two are formed at outer peripheral face and lay respectively at the depressed area of two opposition sides of this skeleton, described depressed area defines a draw-in groove respectively, each draw-in groove has a shoulder, this second inner housing has the grab that at least two can snap into described draw-in groove with departing from respectively, described grab can stretch into described draw-in groove respectively, and each grab have one can abut against and block in the stopping surface of this shoulder.
2. the shells combination for connecting building blocks according to claim 1, it is characterized in that: this first jack units has at least one first jack, this first inner housing also has at least one and is formed at the first holding section in this first jack, this shells combination being used for connecting building blocks also comprises an outer casing member, this outer casing member comprises the first shell body that is arranged on this first inner housing removedly, this first shell body has at least one and is formed at inner peripheral surface and involutory in the first inserted link of this first jack, this first inserted link has at least one and is formed at outer peripheral face and second holding section of locating of matching with this first holding section.
3. the shells combination for connecting building blocks according to claim 2, it is characterized in that: this first shell body also has the first fin that at least one is formed at inner peripheral surface, this first fin can abut against the outer peripheral face in this first inner housing and limit the position of this first shell body this first inner housing relative.
4. the shells combination for connecting building blocks according to claim 2, it is characterized in that: this second inner housing also has the second jack units that is formed at outer peripheral face, this second jack units has at least one second jack, this outer casing member also comprises the second housing body that is arranged on this second inner housing removedly, and this second housing body has at least one and is formed at inner peripheral surface and involutory in the second inserted link of this second jack.
5. the shells combination for connecting building blocks according to claim 4, it is characterized in that: this second inserted link has the 3rd holding section that at least one is formed at outer peripheral face, this second inner housing also has at least one and is formed at the 4th holding section in this second jack, can match with the 3rd holding section and locate in the 4th holding section.
6. the shells combination for connecting building blocks according to claim 4, it is characterized in that: this second housing body also has the second fin that at least one is formed at inner peripheral surface, this second fin can abut against the outer peripheral face in this second inner housing and limit the position of this second housing body this second inner housing relative.
7. the shells combination for connecting building blocks according to claim 1, it is characterized in that: one of them draw-in groove of this first inner housing also has one and pries open portion away from this second inner housing, and this second inner housing of vicinity the insertion section collected gradually towards this portion of prying open, this shoulder separates this and pries open portion and this insertion section, and this portion of prying open is applicable to insert for a sled part and pry open this grab.
8. the shells combination for connecting building blocks according to claim 7, it is characterized in that: this first inner housing also has at least two and is formed at outer surface and the highlight of corresponding described depressed area, described highlight is for prying open the position in portion described in showing.
9. the shells combination for connecting building blocks according to claim 1, is characterized in that: this first inner housing also has one and is formed at inner peripheral surface and plugs the location division to this skeleton.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420682851.4U CN204275510U (en) | 2014-11-13 | 2014-11-13 | For connecting the shells combination of building blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420682851.4U CN204275510U (en) | 2014-11-13 | 2014-11-13 | For connecting the shells combination of building blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204275510U true CN204275510U (en) | 2015-04-22 |
Family
ID=52858711
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420682851.4U Withdrawn - After Issue CN204275510U (en) | 2014-11-13 | 2014-11-13 | For connecting the shells combination of building blocks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204275510U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105582680A (en) * | 2014-11-13 | 2016-05-18 | 智高实业股份有限公司 | Shell assembly for connecting building blocks |
-
2014
- 2014-11-13 CN CN201420682851.4U patent/CN204275510U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105582680A (en) * | 2014-11-13 | 2016-05-18 | 智高实业股份有限公司 | Shell assembly for connecting building blocks |
| CN105582680B (en) * | 2014-11-13 | 2017-12-05 | 智高实业股份有限公司 | Shells for connecting building blocks combines |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150422 Effective date of abandoning: 20171205 |