CN202569578U - Blowing building block unit - Google Patents
Blowing building block unit Download PDFInfo
- Publication number
- CN202569578U CN202569578U CN 201220150363 CN201220150363U CN202569578U CN 202569578 U CN202569578 U CN 202569578U CN 201220150363 CN201220150363 CN 201220150363 CN 201220150363 U CN201220150363 U CN 201220150363U CN 202569578 U CN202569578 U CN 202569578U
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- building blocks
- air
- building block
- air blast
- block unit
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Abstract
A blowing building block unit comprises a blowing building block, a motor building block and at least one air gathering accessory. The blowing building block is provided with an air inlet and at least one air outlet; the motor building block is used for driving the blowing building block to generate airflow flowing into and flowing out of the blowing building block; each air gathering accessory is communicated with one of the air inlet and the air outlets and is provided with a chamber communicated with the outside, and each chamber is opposite to the air inlet to form a medium for guiding the airflow to flow into the blowing building block or is opposite to the corresponding air outlet to form a medium for guiding the airflow to flow out of the blowing building block. The blowing building block unit can be combined with a plurality of building blocks to form a building block assembly according to different themes, and a building block toy (such as a vacuum cleaner) with an air suction effect or a building block toy (such as a hovercraft) with an air exhaust effect can be created by variability of the joint effect of the air gathering accessories, the air inlet and the air outlets, accordingly, the blowing building block can guide children to know effects of the airflow, the children can play high creativity, and the purpose of teaching through lively activities is achieved.
Description
Technical field
The utility model relates to a kind of building blocks, particularly relate to a kind of can create have air draught, the air blast building block unit of the block toy of air draft effect.
Background technology
Consult Fig. 1; The Hovercraft toy 1 that discloses in early days No. 200944276 case with TaiWan, China is an example; Consist predominantly of a base station 11, be arranged on a fan 12 on this base station 11, drive this fan 12 a motor 13, supply a battery 16 of these fan 12 required electric powers, and be installed in 11 1 peripheries of this base station and define a skirt 18 of an airspace 17 with this base station 11.This fan 12 has relatively, and an air of this airspace 17 imports 121.
When this motor 13 drove these fan 12 rotations, air-flow can rearward be flowed by these fan 12 the place aheads, and was filled in this skirt 18 by this air importing 121, and this skirt 18 is expanded because inflate.Whereby, make integral body and float in one plane, reach the effect of recreation because of the air-flow effect.
What be worth explanation is, the air-flow of occurring in nature can be because flow direction be different, different active forces such as inhales or blow and produce, yet; Though aforementioned early stage openly case is a kind of toy, can only limit to a kind of moulding, and show a kind of air-flow effect (air blowing); Not only the variation of moulding is limited, and can't be directed against aforementioned different air-flow effect, the purpose that reaches instruction and show; Therefore, the intention that can bring into play, and the effect of teaching through lively activities still has the space that significantly promotes.
Summary of the invention
The purpose of the utility model is to provide a kind of intention of can bringing into play to create different toys, and effectively promotes the air blast building block unit of the effect of teaching through lively activities.
The utility model the air blast building block unit be assembled in a building blocks zoarium; This building blocks zoarium is by several building blocks; And combining several bolt spares of adjacent building blocks to combine, aforementioned building blocks can be any and combinations of rectangular building blocks, bar frame building blocks, and have several perforation that plug together with bolt spare respectively; This air blast building block unit comprises air blast building blocks, motor building blocks, and at least one remittance wind accessory.These air blast building blocks have a housing, be hubbed on a impeller in this housing, along an axis be formed on housing an air intake vent, be formed at least one air outlet of housing around this axis, and several hitching posts that are formed on outer surface of this housing and plug together with aforementioned building blocks perforation.These motor building blocks combine with this housing along this axis, and have outputting power and drive a rotating shaft of this impeller.This converge wind accessory and this air intake vent, this air outlet one of them is communicated with, and have and be communicated with an extraneous chamber, this chamber is this air intake vent and form the media that air-guiding gets into relatively, and the media of this air outlet formation air-guiding discharge relatively.
The air blast building block unit of the utility model, this remittance wind accessory is a soft air cushion, and has an opening that is formed on a bottom and is obedient to a plane, and an air inlet that is formed on a upper strata and is communicated with this air outlet.
The air blast building block unit of the utility model, aforementioned several bolt spares are replaced to the perforation that interts into these building blocks by an inner face on this remittance wind accessory upper strata, and this remittance wind accessory is fixed on the aforementioned building blocks.
The air blast building block unit of the utility model; Also include bed hedgehopping building blocks, these bed hedgehopping building blocks have a plate posting at an inner face of this remittance wind accessory, be formed on this plate one side and pass the Kong Zhu on this remittance wind accessory upper strata, and are formed on several protuberances of this plate opposite side; This air outlet of this Kong Zhuyu is pegged graft and is interconnected; Said protuberance this Kong Zhuyu at interval should converge the wind accessory, and perhaps this plane of this Kong Zhuyu at interval forms air feed and flows the air gap that circulates.
The air blast building block unit of the utility model; The pipe fitting of this remittance wind accessory for having an X-rayed; And have a tube wall defining this chamber, be formed on this tube wall one end and be communicated with one first port of this air blast building blocks air intake vent, and be formed on this tube wall other end and be communicated with one second extraneous port.
The air blast building block unit of the utility model; Also include at least one conduit building blocks; And this remittance wind accessory also has a jack that is formed on this tube wall and is communicated with this chamber; These conduit building blocks have a ring wall of pegging graft with this remittance wind accessory jack and being communicated with this chamber, and around this ring wall and be obedient to a fin of an outer surface of this remittance wind accessory.
The air blast building block unit of the utility model; Also include at least one ring Shu Jimu around this remittance wind accessory, and at least one end cap, this ring Shu Jimu has a ring body around this remittance wind accessory; And several hitching posts that are formed on outer surface of this ring body and plug together with aforementioned building blocks perforation; Second port of this remittance aeolian accumulation wood of this end cap sealing, and have this chamber of connection and an extraneous inlet scoop, reach a upper shield of this inlet scoop of sealing.
The air blast building block unit of the utility model, these air blast building blocks also have around one of this air intake vent ring edge, and it is involutory with this ring edge that this converges first port of aeolian accumulation wood, and the ring edge is airtight contacts with this should ring Shu Jimu should to converge wooden first port of aeolian accumulation with this ring body ring bundle.
The air blast building block unit of the utility model also includes a capping, and the air outlet of these air blast building blocks has two, and is arranged on this housing dorsad, this capping and one of them air outlet fit, and seal aforementioned air outlet.
The air blast building block unit of the utility model also includes at least one and takes over building blocks, the air outlet socket of these adapter building blocks and these air blast building blocks and being interconnected.
The air blast building block unit of the utility model; These air blast building blocks also have and are formed on this housing and around two lockholes of this axis; Aforementioned lockhole has a macropore portion and an aperture portion respectively, and these motor building blocks combine with these air blast building blocks, and has two locks that are formed on a side and aforementioned relatively lockhole; The maximum outside diameter of aforementioned lock is less than the aperture greater than this aperture portion, the aperture of this macropore portion, and fixes in this aperture portion after placing this housing by this macropore portion.
The beneficial effect of the utility model is: the variability that can utilize aforementioned remittance wind accessory and this air intake vent, air outlet effect; Create have air draught effect (like dust catcher), the block toy of air draft effect (like aircushion vehicle); Not only can instruct children to understand the air-flow effect; And can bring into play the intention of height, reach the purpose of teaching through lively activities.
Description of drawings
Fig. 1 is a stereogram, explains that TaiWan, China discloses No. 200944276 case in early days;
Fig. 2 is a three-dimensional exploded view, and a preferred embodiment of an air blast building block unit of the utility model is described;
Fig. 3 is a sketch map, and the situation that engages of air blast building blocks and motor building blocks two locks is described in this preferred embodiment;
Fig. 4 is the stereogram that this preferred embodiment and building blocks zoarium are combined into an aircushion vehicle;
Fig. 5 is the cutaway view along Fig. 4 straight line V-V direction;
Fig. 6 is a stereogram, explain this preferred embodiment with air-flow blow the top spheroid fly in the air;
Fig. 7 is the stereogram that this preferred embodiment and another building blocks zoarium are combined into a dust catcher;
Fig. 8 is a stereogram, explains that this preferred embodiment discharges foreign object with air-flow.
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is elaborated.
Consult Fig. 2, Fig. 3, and Fig. 4, a preferred embodiment of the air blast building block unit of the utility model is assembled in building blocks fit 2.This building blocks fit 2 at least one battery building blocks group 20, several rectangular building blocks 21, several frame building blocks 22 by supply electric power, and combine adjacent rectangular building blocks 21 or adjacent strip frame building blocks 22 or adjacent rectangular building blocks 21 and several bolt spares 23 of bar frame building blocks 22 to combine.Aforementioned rectangular building blocks 21, bar frame building blocks 22 have several perforation 211,221 that plug together with bolt spare 23 respectively.This air blast building block unit comprise air blast building blocks 3, motor building blocks 4, two converge wind accessory 5,6 and an accessory building blocks group 7.
These air blast building blocks 3 have a housing 31, be hubbed on a impeller 32 in this housing 31, along an axis X be formed on an air intake vent 33 of housing 31 1 sides, around a ring edge 34 of this air intake vent 33, around this axis X and oppositely be formed on two air outlets 35 of 31 1 side faces of housing, several hitching posts 36 that are formed on 31 1 outer surfaces of this housing and can plug together with aforementioned perforation 211,221, and be formed on these housing 31 another sides and around two lockholes 37 of this axis X.Aforementioned lockhole 37 has a macropore portion 371 and an aperture portion 372 respectively.
These motor building blocks 4 are that can unload along this axis X to be combined with housings 31 these air blast building blocks 3; And have outputting power and drive this impeller 32 a rotating shaft 41, connect this battery building blocks group 20 and obtain an electric wire 42 of required electric power, and be formed on two locks 43 of a side and aforementioned relatively lockhole 37.The maximum outside diameter of aforementioned lock 43 is less than the aperture greater than this aperture portion 372, the aperture of this macropore portion 371, and placed into this housing 31 backs by this macropore portion 371 and to fix in this aperture portion 372.
Consult Fig. 2, Fig. 5; This remittance wind accessory 5 is a soft air cushion in this preferred embodiment; And have an opening 52 that is formed on a bottom 51 and is obedient to a planar I, an air inlet 54 that is formed on a upper strata 53 and is communicated with, and be formed on this upper strata 53 and be communicated with an extraneous chamber 55 through this opening 52 with 51 of this bottoms with these air blast building blocks 3 any air outlets 35.What deserves to be mentioned is that this planar I can be desktop, ground, the water surface etc.
Consult Fig. 2, Fig. 7; This remittance wind accessory 6 is at the pipe fitting of this preferred embodiment for having an X-rayed; And have the tube wall 61, one first port 62 that is formed on these tube wall 61 1 ends that define a chamber 60, be formed on these tube wall 61 other ends and be communicated with one second extraneous port 63, and be formed on this tube wall 61 and be communicated with a jack 64 of this chamber 60.The ring edge 34 of this first port 62 and these air blast building blocks 3 is involutory and be communicated with this air blast building blocks 3 inlet airs 33.
Consult Fig. 2, and Fig. 5, Fig. 8, this accessory building blocks group 7 has bed hedgehopping building blocks 71, conduit building blocks 72, two ring Shu Jimu 73, end cap 74, a capping 75, and one is taken over building blocks 76.
These bed hedgehopping building blocks 71 have a plate 711 posting at these 53 1 inner faces in remittance wind accessory 5 upper stratas, be formed on these plate 711 1 sides and pass the hole post 712 on these remittance wind accessory 5 upper stratas 53, and are formed on several protuberances 713 of these plate 711 opposite sides.This hole post 712 is pegged graft and is interconnected with the air outlet 35 of these air blast building blocks 3.Aforementioned protuberance 713 is used for this hole post 712 and this remittance wind accessory 5 at interval, or interval this hole post 712 and this planar I, but forms the air gap of air feed stream circulation.When 54 pairs of this air inlets should opening 52 be provided with, protuberance 713 was used for spacer holes post 712 and planar I, and when this air inlet 54 is when should bottom 51 being provided with, this protuberance 713 is used for the bottom 51 of this hole post 712 and this remittance wind accessory 5 at interval.
These conduit building blocks 72 have the ring wall 721 of pegging graft with the jack of this remittance wind accessory 6 64 and being communicated with this chamber 60, around this ring wall 721 and be obedient to a fin 722 of 61 1 outer surfaces of these remittances wind accessory 6 tube walls, an and and extension 723 of these ring wall 721 sockets.
Aforementioned ring Shu Jimu 73 has a ring body 731 around this remittance wind accessory 6, and several hitching posts 732 that are formed on 731 1 outer surfaces of this ring body and plug together with aforementioned rectangular building blocks 21 perforation 211 or 22 perforation 221 of bar frame building blocks.
These capping 75 these air blast building blocks 3 any air outlets 35 of sealing.
This adapter building blocks 76 are with these air blast building blocks 3 any air outlet 35 sockets and be interconnected.
Consult Fig. 2; Reach Fig. 4, Fig. 5; With the assembling aircushion vehicle is example; Only need to replace to the perforation 211 that interts into these rectangular building blocks 21 by an inner face on these remittance wind accessory 5 upper stratas 53, just can the upper strata 53 of this remittance wind accessory 5 be interposed in 21 on this bolt spare 23 and this rectangular building blocks, this remittance wind accessory 5 is fixed on the aforementioned building blocks fit 2 with aforementioned several bolt spares 23.Then; The plate 711 of bed hedgehopping building blocks 71 is supported to arrive in the inner face on remittance wind accessory 5 upper stratas 53; Make this hole post 712 pass this remittance wind accessory 5, plug together through the hitching post 36 of these air blast building blocks 3 and the perforation 221 of bar frame building blocks 22 again, these air blast building blocks 3 and this building blocks fit 2 are combined into one by this ventilating opening 54; And dock with the hole post 712 of these bed hedgehopping building blocks 71 with one of them air outlet 35; Make the aforementioned relatively air outlet 35 of this chamber 55 and form the news media that air-guiding is discharged, last, with these capping 75 another air outlets 35 of sealing.
During required electric power, the impeller 32 that this rotating shaft 41 just can drive these air blast building blocks 3 rotates, and produces by 33 entering of this air intake vent when these motor building blocks 4 rotating shafts 41 of this battery building blocks group 20 supplies are rotated; Reach the air-flow of discharging by this air outlet 35; Whereby, air-flow can be filled in the chamber 55 of this remittance wind accessory 5 via the air outlet 35 of these air blast building blocks 3 and the air inlet 54 of this remittance wind accessory 5, and is discharged by the gap of this opening 52 through between this bottom 51 and this planar I; Form the buoyancy that this remittance wind accessory 5 of ejection makes progress; Make these building blocks fit 2 just like aircushion vehicle, at this moment, if install another motor building blocks 4 ' and a fan 40 ' again additional; Just can produce the air-flow of propelling, these building blocks fit 2 are advanced in this planar I is showy.
Consult Fig. 2, Fig. 6, these building blocks fit 2 also can produce different variabilities by the variation of accessory; For example: take over building blocks 76 with this and replace aforementioned capping 75; And dock with this air outlet 35, whereby, can take over building blocks 76 focused airflow with this; Make the air-flow that converges form air pressure upwards, blow the spheroid II in top and fly in the air.
Consulting Fig. 2, Fig. 7, is example with the assembling dust catcher, only needs to dock with the ring edge 34 of these air blast building blocks 3 with this first port 62 that converges wind accessory 6; And, just can make this remittance wind accessory 6 and these air blast building blocks 3 fixed, then with this solid this first port 62 of ring body 731 rings and this ring edge 34 that encircles Shu Jimu 73; Ring wall 721 with these conduit building blocks 72 is pegged graft with the jack 64 that this converges wind accessory 6; And then be obedient to this tube wall 61 outer surfaces with this fin 722, and be communicated with this chamber 60, again this ring wall 721 and this extension 723 of socket; Reach second port 63 with this remittance aeolian accumulation wood 6 of this end cap 74 sealings; At last, take over building blocks 76 with this and dock with one of them air outlet 35, and with these capping 75 another air outlets 35 of sealing.
During required electric power, the impeller 32 that this rotating shaft 41 just can drive these air blast building blocks 3 rotates, and produces by 33 entering of this air intake vent when these motor building blocks 4 rotating shafts 41 of this battery building blocks group 20 supplies are rotated; Reach the air-flow of discharging by this air outlet 35; Whereby, air-flow can be by the external world in these conduit building blocks 72 be filled in the chamber 60 of this remittance wind accessory 6, and converge first port 62 of wind accessory 6 through air intake vent 33, this air outlet 35 of this air blast building blocks 3 by this; Taking over building blocks 76 by this at last discharges extraneous; Make these building blocks fit 2 produce the air-flow that attracts, and can attract foreign object III to get in this chamber 60 as dust catcher.
Consult Fig. 2, Fig. 8, these building blocks fit 2 also can produce different variabilities by the variation of accessory; For example: seal two air outlets 35 of these air blast building blocks 3 respectively with two cappings 75, whereby, the direct of travel of air-flow can become by the external world in these conduit building blocks 72 are filled in the chamber 60 of this remittance wind accessory 6; At last; Discharge the external world by this jack 64 that converges wind accessory 6 through these conduit building blocks 72, whereby, be contained in the foreign object III in this chamber 60; Just can wave, and be somebody's turn to do outside the remittance wind accessory 6 by these conduit building blocks 72 discharges with airflow direction.
Can know that according to the above the air blast building block unit of the utility model has advantage and effect:
The utility model can utilize the variability of aforementioned building blocks fit 2, and these air blast building blocks 3 of arranging in pairs or groups, these motor building blocks 4, aforementioned remittance wind accessory 5,6, and these accessory building blocks group 7 assemblies such as grade create the toy that can produce air draught effect and air draft effect.Whereby, the angle that not only can inspire through education, the instruction children understand the effect of air-flow, and airflow direction changes after changing, and the utility model can freely create, and have polytropy according to individual's intention, and then reach the purpose of teaching through lively activities.
Claims (11)
1. air blast building block unit; Be assembled in a building blocks zoarium; This building blocks zoarium is by several building blocks, and combines several bolt spares of adjacent building blocks to combine, and aforementioned building blocks can be any and combinations of rectangular building blocks, bar frame building blocks; And have several perforation that plug together with bolt spare respectively, it is characterized in that this air blast building block unit comprises:
Air blast building blocks; Have a housing, be hubbed on a impeller in this housing, along an axis be formed on housing an air intake vent, be formed at least one air outlet of housing around this axis, and several hitching posts that are formed on outer surface of this housing and plug together with aforementioned building blocks perforation;
Motor building blocks combine with this housing along this axis, and have outputting power and drive a rotating shaft of this impeller; And
At least one converges wind accessory, and one of them is communicated with this air intake vent, this air outlet, and has a chamber that is communicated with the external world.
2. air blast building block unit according to claim 1; It is characterized in that: this remittance wind accessory is a soft air cushion; And have an opening that is formed on a bottom and is obedient to a plane, an and air inlet that is formed on a upper strata and is communicated with this air outlet.
3. air blast building block unit according to claim 2 is characterized in that: aforementioned several bolt spares are replaced to the perforation that interts into these building blocks by an inner face on this remittance wind accessory upper strata, and this remittance wind accessory is fixed on the aforementioned building blocks.
4. air blast building block unit according to claim 2; It is characterized in that: this air blast building block unit also includes bed hedgehopping building blocks; These bed hedgehopping building blocks have a plate posting at an inner face of this remittance wind accessory, be formed on this plate one side and pass the Kong Zhu on this remittance wind accessory upper strata; And be formed on several protuberances of this plate opposite side, and this air outlet of this Kong Zhuyu is pegged graft and is interconnected, and said protuberance this Kong Zhuyu at interval should converge the wind accessory; Perhaps interval this wall of this Kong Zhuyu forms the air gap that air feed stream circulates.
5. air blast building block unit according to claim 1; It is characterized in that: the pipe fitting of this remittance wind accessory for having an X-rayed; And have a tube wall defining this chamber, be formed on this tube wall one end and be communicated with one first port of this air blast building blocks air intake vent, and be formed on this tube wall other end and be communicated with one second extraneous port.
6. air blast building block unit according to claim 5; It is characterized in that: this air blast building block unit also includes at least one conduit building blocks; And this remittance wind accessory also has a jack that is formed on this tube wall and is communicated with this chamber; These conduit building blocks have a ring wall of pegging graft with this remittance wind accessory jack and being communicated with this chamber, and around this ring wall and be obedient to a fin of an outer surface of this remittance wind accessory.
7. air blast building block unit according to claim 5 is characterized in that, this air blast building block unit also includes at least one the ring Shu Jimu around this remittance wind accessory; And at least one end cap; This ring Shu Jimu has a ring body around this remittance wind accessory, and several hitching posts that are formed on outer surface of this ring body and plug together with aforementioned building blocks perforation, second port of this remittance aeolian accumulation wood of this end cap sealing; And have an inlet scoop that is communicated with this chamber and the external world, an and upper shield of this inlet scoop of sealing.
8. air blast building block unit according to claim 7; It is characterized in that; These air blast building blocks also have around one of this air intake vent ring edge, and it is involutory with this ring edge that this converges first port of aeolian accumulation wood, and the ring edge is airtight contacts with this should ring Shu Jimu should to converge wooden first port of aeolian accumulation with this ring body ring bundle.
9. air blast building block unit according to claim 1 is characterized in that, this air blast building block unit also includes a capping; And the air outlet of these air blast building blocks has two; And be arranged on this housing dorsad, this capping and one of them air outlet fit, and seal aforementioned air outlet.
10. air blast building block unit according to claim 1 is characterized in that, this air blast building block unit also includes at least one and takes over building blocks, the air outlet socket of these adapter building blocks and these air blast building blocks and being interconnected.
11. air blast building block unit according to claim 1; It is characterized in that; These air blast building blocks also have and are formed on this housing and around two lockholes of this axis; Aforementioned lockhole has a macropore portion and an aperture portion respectively, and these motor building blocks combine with these air blast building blocks, and has two locks that are formed on a side and aforementioned relatively lockhole; The maximum outside diameter of aforementioned lock is less than the aperture greater than this aperture portion, the aperture of this macropore portion, and fixes in this aperture portion after placing this housing by this macropore portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220150363 CN202569578U (en) | 2012-04-11 | 2012-04-11 | Blowing building block unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220150363 CN202569578U (en) | 2012-04-11 | 2012-04-11 | Blowing building block unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202569578U true CN202569578U (en) | 2012-12-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220150363 Expired - Fee Related CN202569578U (en) | 2012-04-11 | 2012-04-11 | Blowing building block unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202569578U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103357185A (en) * | 2012-04-11 | 2013-10-23 | 智高实业股份有限公司 | Air blast building block unit |
-
2012
- 2012-04-11 CN CN 201220150363 patent/CN202569578U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103357185A (en) * | 2012-04-11 | 2013-10-23 | 智高实业股份有限公司 | Air blast building block unit |
| CN103357185B (en) * | 2012-04-11 | 2016-05-18 | 智高实业股份有限公司 | Air blast building block unit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121205 Termination date: 20170411 |