CN206397123U - Build aluminum alloy mould plate crossbeam, floor and corner upright combining structure - Google Patents
Build aluminum alloy mould plate crossbeam, floor and corner upright combining structure Download PDFInfo
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- CN206397123U CN206397123U CN201720015918.2U CN201720015918U CN206397123U CN 206397123 U CN206397123 U CN 206397123U CN 201720015918 U CN201720015918 U CN 201720015918U CN 206397123 U CN206397123 U CN 206397123U
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Abstract
The utility model is related to a kind of building aluminum alloy mould plate crossbeam, floor and corner upright combining structure, wherein aluminum alloy pattern plate is equipped with the side plate connected for fastener, and each aluminum alloy pattern plate constitutes the combining structure of crossbeam, floor and corner upright after connecting combination and placing concrete through fastener.On the left of crossbeam and right side set respectively and connect aluminum alloy pattern plate six, the A of aluminum alloy pattern plate one, the A of corner formwork aluminum alloy pattern plate five, aluminum alloy pattern plate three and aluminum alloy pattern plate two, placing concrete and constitute crossbeam with both sides aluminum alloy pattern plate above the B of aluminum alloy pattern plate one.Placing concrete and floor is constituted above several aluminum alloy pattern plates, floor is combined into one with crossbeam.Corner upright is arranged on crossbeam side, the placing concrete in the interval of longitudinal inner face and outside aluminum alloy pattern plate.The utility model application aluminum alloy building template makees placing concrete construction, have the advantages that low high, the average use cost of the concrete surface quality after pouring, low-carbon emission reduction, formaldehydeless emission, simplify support system in terms of.
Description
Technical field
The utility model belongs to building structure field, is related to building aluminum alloy mould plate, more particularly to a kind of building aluminium alloy
Crossbeam, floor and the corner upright combining structure of template.
Background technology
The formwork construction technologies such as floor, platform in traditional architecture engineering generally use full framing, therefore material of taking a lot of work.
And steel building, due to heavier-weight, material cost is high, also add foundation cost so that whole project investment is higher.
In view of this, art personnel are directed to researching and developing a kind of crossbeam, floor and corner for building aluminum alloy mould plate
Column combination structure, to reduce the support bar quantity needed for site operation, the operating space in relative increase building site.
The content of the invention
Task of the present utility model is to provide a kind of crossbeam, floor for building aluminum alloy mould plate and knot is combined with corner upright
Structure, makes it have higher anti-bending strength, torsional property, anti-collision performance and flatness, thus needed for reduction site operation
Support bar quantity, the operating space in relative increase building site, solves the problems of above-mentioned prior art.
Technical solution of the present utility model is as follows：
One kind building aluminum alloy mould plate crossbeam, floor and corner upright combining structure, it includes the A of aluminum alloy pattern plate one, aluminum alloy pattern plate
One B, aluminum alloy pattern plate two, aluminum alloy pattern plate three, the A of aluminum alloy pattern plate five and aluminum alloy pattern plate six, the aluminum alloy pattern plate are equipped with the side connected for fastener
Plate, each aluminum alloy pattern plate constitutes the combining structure of crossbeam, floor and corner upright after connecting combination and placing concrete through fastener；
The left-hand end and right-hand end at the B two ends of aluminum alloy pattern plate one connect aluminum alloy pattern plate six, two aluminum dipping forms by fastener respectively
Plate six is all square template, and fastener is connected on a wherein side plate for square template；
Another side plate of aluminum alloy pattern plate six on the left of crossbeam connects the A one end of aluminum alloy pattern plate one by fastener, and the A of aluminum alloy pattern plate one is another
One end connects A one end of aluminum alloy pattern plate five as corner formwork by fastener, and the A other ends of aluminum alloy pattern plate five connect aluminium by fastener
The one end of template three, the other end of aluminum alloy pattern plate three connects aluminum alloy pattern plate two by fastener, and several aluminum alloy pattern plates are linked in sequence with this；
Another side plate of aluminum alloy pattern plate six on the right side of crossbeam connects the A one end of aluminum alloy pattern plate one by fastener, and the A of aluminum alloy pattern plate one is another
One end connects A one end of aluminum alloy pattern plate five as corner formwork by fastener, and the A other ends of aluminum alloy pattern plate five connect aluminium by fastener
The one end of template three, the other end of aluminum alloy pattern plate three connects aluminum alloy pattern plate two by fastener, and several aluminum alloy pattern plates are linked in sequence with this；
Protrusion scope placing concrete above the B of aluminum alloy pattern plate one simultaneously constitutes crossbeam with both sides aluminum alloy pattern plate；
The top scope that the A of aluminum alloy pattern plate five is connected with several aluminum alloy pattern plates of aluminum alloy pattern plate three and aluminum alloy pattern plate two pours coagulation
Soil simultaneously constitutes floor, and floor is combined into one with crossbeam；
On the right side of the crossbeam and extend and connect the ends of several aluminum alloy pattern plates and pass through fastener connection corner formwork aluminum alloy pattern plate five
A, the A of aluminum alloy pattern plate five another side plate connect longitudinally lower one end of aluminum alloy pattern plate two by fastener, and longitudinally lower aluminum alloy pattern plate two is another
End connects longitudinally lower one end of aluminum alloy pattern plate three by fastener, and the longitudinally lower other end of aluminum alloy pattern plate three connects longitudinal direction by fastener
The aluminum alloy pattern plate two of bottom second, the longitudinally lower inner face aluminum dipping form that several bottom aluminum alloy pattern plates are constituted corner upright is linked in sequence with this
Plate；
The longitudinally upper inner face aluminum alloy pattern plate of the corner upright is arranged on above floor, is by several aluminum alloy pattern plates two and aluminum dipping form
Plate threeway is crossed fastener and is formed by connecting；
The longitudinally lower inner face aluminum alloy pattern plate of the corner upright and the outside of longitudinally upper inner face aluminum alloy pattern plate are arranged at intervals vertical
Aluminum alloy pattern plate is crossed fastener by several aluminum alloy pattern plates two and aluminum alloy pattern plate threeway and is formed by connecting outside aluminum alloy pattern plate to the outside, the longitudinal direction；
Placing concrete in longitudinal inner face aluminum alloy pattern plate of the corner upright and the interval of longitudinal direction outside aluminum alloy pattern plate, while with
Floor and crossbeam combination, constitute the combining structure of the crossbeam, floor and corner upright of aluminum alloy mould plate.
The aluminum alloy pattern plate two is respectively equipped with convex portion and the notch for being easy to both buckles with the end that aluminum alloy pattern plate three is connected.
The A of aluminum alloy pattern plate five is the adjacent two edges for being located at template at a quadrangle template for being provided with opening, its opening
End, is respectively equipped with the fastener for connecting other aluminum alloy pattern plates on two sides.
Crossbeam, floor and the corner upright combining structure of building aluminum alloy mould plate of the present utility model have higher bending resistance
Performance, torsional property, anti-collision performance and flatness, so support bar quantity required during aluminum alloy pattern plate field combinations is relatively
It is few so that the operating space in building site is relative to increase, and reduces the man-hour of installation and removal formwork bracing system, contributes to contracting
Casual labourer's phase.
Aluminum alloy building template combining structure of the present utility model is mainly used in the coagulation poured on building or bridge
Native crossbeam, floor and corner upright, to coordinate the different concrete structures requirement of various buildings or bridge, each Alminum Project
Template is both designed to arbitrarily to be mutually combined, and in may continue to after the demoulding recycle.
Aluminum alloy building template combining structure as placing concrete crossbeam, floor and corner upright structure, is to use
Various sizes of straight template collocation corner formwork, is calculated each by the shape size requirement of crossbeam, floor and corner upright
The quantity needed for template is planted, and makees hole device to hole connection using pin or bolt between every piece of template and locks, makes placing concrete
Required crossbeam, floor and corner upright geomery is still ensured that afterwards.
The utility model is poured relative to wooden splint template, steel form and aluminum veneer template with aluminum alloy building template
Concrete construction have advantages below：
1st, the concrete surface quality after pouring is high.
Due to aluminum alloy building template surface unusual light, smooth, adding template each building block, machine adds in factory
Work is formed, therefore can ensure the smooth and close of its stitching portion, and pin or bolt hole device to hole can be used to connect between every piece of template
Locking is connect, makes to reach seamless connection between template, is not in thus, because seam is excessive and makes concrete spillage, to cause to mix
Solidifying soil surface voids and pits.Therefore the concrete surface after pouring is very smooth, smooth and perception is good, and clear water coagulation can be reached
The surface effect of soil.
2nd, average use cost is low.
（1）Aluminum alloy building template is easier to processing combination than wooden template, steel form and aluminum veneer template.
（2）Anodized has been made on aluminum alloy building template surface, template surface is produced hard protective layer, carries
Highly corrosion resistant, enhancing wearability and hardness, protect metal surface, greatly reduce maintenance cost in the future, improving can
The number of times of reuse up to 400 times or more, and what the exactly wooden template of this characteristic and steel form were lacked.
（3）Concrete surface unusual light after being poured using aluminum alloy building template, smooth, structural plane can reach clearly
The effect of water coagulation soil, therefore material and labour cost that 50% or more metope is plastered again can be subtracted.
（4）Aluminum alloy building template is firm and light weight, it is possible to decrease transport, lifting and the cost installed.
（5）Aluminum alloy building template is made up of aluminium alloy entirely, therefore may be recovered after template is scrapped, melting again, returns
Value is received up to more than the 60% of the prices of raw materials.
（6）Aluminum alloy building template with unique sanction face due to designing, therefore high capacity, non-explosive mould, can subtract significantly
Few unnecessary expense changed again and again produced by template.
（7）The production and mounting technique energy-conserving and environment-protective of aluminum alloy building template, the processing of all templates are complete in factory
Into, and by it is assembled in advance it is errorless after be sent to building site again and use, therefore scene is not required to carry out again secondary cut, cutting or bore again
Hole, will not produce corresponding waste material, will not also produce the noise of cutting, after construction form removal, scene is without any rubbish, construction environment
It is safe, clean, clean and tidy.
（8）Aluminum alloy building template specification is more, and standard, highly versatile, and the template of different size can be used according to project
It is assembled；Used template only need to change 15%~25% or so non-standard template when new building is re-used in the future
.
3rd, low-carbon emission reduction.
The raw material of aluminum alloy building template are renewable aluminum alloy materials, meet country to the energy-conservation of construction project,
Environmental protection, low-carbon, emission reduction regulation.
4th, formaldehydeless emission.
Aluminum alloy building template will not contain any formaldehyde as wooden template, therefore any first is not present in work progress
Aldehyde emission, so as to ensure that the health and safety of operating personnel.
5th, support system is simplified.
The formwork construction technologies such as floor, platform in traditional architecture construction method generally use full framing, material of taking a lot of work.
And aluminum alloy building template of the present utility model is applied, itself has higher anti-bending strength, torsional property, anti-collision performance
And flatness, so support bar quantity required during aluminum alloy pattern plate field combinations is relatively fewer, make the operating space in building site is relative to increase
Greatly, adding reduces the man-hour of installation and removal formwork bracing system, helps to shorten the duration.
Brief description of the drawings
Fig. 1 is a kind of showing for crossbeam, floor and corner upright combining structure for building aluminum alloy mould plate of the present utility model
It is intended to.
Fig. 2 is the structural representation for the A of aluminum alloy pattern plate one that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Fig. 3 is the structural representation for the B of aluminum alloy pattern plate one that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Fig. 4 is the structural representation for the aluminum alloy pattern plate two that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Fig. 5 is the structural representation for the aluminum alloy pattern plate three that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Fig. 6 is the structural representation for the A of aluminum alloy pattern plate five that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Fig. 7 is the structural representation for the aluminum alloy pattern plate six that crossbeam shown in Fig. 1, floor and corner upright combining structure are used.
Reference：
1a is the A of aluminum alloy pattern plate one, and 1b is the B of aluminum alloy pattern plate one, and 2 be aluminum alloy pattern plate two, and 3 be aluminum alloy pattern plate three, and 5a is the A of aluminum alloy pattern plate five, and 6 are
Aluminum alloy pattern plate six, 11 be floor, and 12 be crossbeam, and 16 be corner upright.
Embodiment
The utility model is described in detail with reference to the accompanying drawings and examples.
Referring to Fig. 1 to Fig. 7, the utility model provides a kind of crossbeam, floor and corner upright group for building aluminum alloy mould plate
Structure is closed, it is mainly by the A of aluminum alloy pattern plate one（1a）, the B of aluminum alloy pattern plate one（1b）, aluminum alloy pattern plate 22, aluminum alloy pattern plate 33, the A of aluminum alloy pattern plate five（5a）
And aluminum alloy pattern plate 66 is constituted.Aluminum alloy pattern plate is equipped with the side plate connected for fastener, and each aluminum alloy pattern plate connects through fastener and combines and pour
Fill the combining structure that crossbeam 12, floor 11 and corner upright 16 are constituted after concrete.
The B of aluminum alloy pattern plate one（1b）The left-hand end and right-hand end at two ends connect aluminum alloy pattern plate 66, two aluminum dipping forms by fastener respectively
Plate 66 is all square template, and fastener is connected on a wherein side plate for square template.
Another side plate of aluminum alloy pattern plate 66 positioned at the left side of crossbeam 12 passes through fastener connection aluminum alloy pattern plate one A（1a）One end, aluminum dipping form
The A of plate one（1a）The other end connects the A of aluminum alloy pattern plate five as corner formwork by fastener（5a）One end, the A of aluminum alloy pattern plate five（5a）Separately
One end connects the one end of aluminum alloy pattern plate 33 by fastener, and the other end of aluminum alloy pattern plate 33 is connected aluminum alloy pattern plate 22 by fastener, pressed with this
Be linked in sequence several aluminum alloy pattern plates.
Another side plate of aluminum alloy pattern plate 66 positioned at the right side of crossbeam 12 passes through fastener connection aluminum alloy pattern plate one A（1a）One end, aluminum dipping form
The A of plate one（1a）The other end connects the A of aluminum alloy pattern plate five as corner formwork by fastener（5a）One end, the A of aluminum alloy pattern plate five（5a）Separately
One end connects the one end of aluminum alloy pattern plate 33 by fastener, and the other end of aluminum alloy pattern plate 33 is connected aluminum alloy pattern plate 22 by fastener, pressed with this
Be linked in sequence several aluminum alloy pattern plates.
As shown in fig. 1, the B of aluminum alloy pattern plate one（1b）The protrusion scope placing concrete of top is simultaneously constituted horizontal with both sides aluminum alloy pattern plate
Beam（12）.
The A of aluminum alloy pattern plate five（5a）The top scope being connected with several aluminum alloy pattern plates of aluminum alloy pattern plate 33 and aluminum alloy pattern plate 22 pours mixed
Solidifying soil simultaneously constitutes floor 11, and floor 11 is combined into one with crossbeam 12.
In the end positioned at the right side of crossbeam 12 and the extensible several aluminum alloy pattern plates of connection, corner mould is used as by fastener connection
The A of aluminum alloy pattern plate five of plate（5a）, the A of aluminum alloy pattern plate five（5a）Another side plate longitudinally lower one end of aluminum alloy pattern plate 22 is connected by fastener,
The longitudinally lower other end of aluminum alloy pattern plate 22 connects longitudinally lower one end of aluminum alloy pattern plate 33, longitudinally lower aluminum alloy pattern plate 33 by fastener
The other end connects longitudinally lower second aluminum alloy pattern plate 22 by fastener, and several bottom aluminum alloy pattern plates, which are linked in sequence, with this is constituted
The longitudinally lower inner face aluminum alloy pattern plate of corner upright 16.
The longitudinally upper inner face aluminum alloy pattern plate of corner upright 16 is arranged on the top of floor 11, is by several aluminum alloy pattern plates 22 and aluminium
Template 33 is formed by connecting by fastener.
The longitudinally lower inner face aluminum alloy pattern plate of corner upright 16 and the outside of longitudinally upper inner face aluminum alloy pattern plate are arranged at intervals longitudinal direction
Aluminum alloy pattern plate is formed by connecting by several aluminum alloy pattern plates 22 and aluminum alloy pattern plate 33 by fastener outside outside aluminum alloy pattern plate, the longitudinal direction.
As shown in fig. 1, pour mixed in the interval of longitudinal inner face aluminum alloy pattern plate of corner upright 16 and longitudinal direction outside aluminum alloy pattern plate
Solidifying soil, while being combined with floor 11 and crossbeam 12, constitutes crossbeam 12, the combination of floor 11 and corner upright 16 of aluminum alloy mould plate
Structure.
As shown in Figure 4 and Figure 5, buckle part is respectively equipped with the end that aluminum alloy pattern plate 33 is connected in aluminum alloy pattern plate 22, should
Buckle part is easy for the convex portion and notch of both aluminum alloy pattern plate 22 and aluminum alloy pattern plate 33 buckles.
As shown in fig. 6, the A of aluminum alloy pattern plate five（5a）It is the phase for being located at template at a quadrangle template for being provided with opening, its opening
The end on adjacent two sides, is respectively equipped with the fastener for connecting other aluminum alloy pattern plates on two sides.And the A of aluminum alloy pattern plate five（5a）Master
Body construction is then angle-shaped piece always, is corner formwork, and two side plates of square by fastener and cross form and are indulged respectively
It is connected to template.
In summary, building aluminum alloy mould plate crossbeam of the present utility model, floor and corner upright combining structure are used as pouring
Fill concrete beam, floor and corner upright, arranged in pairs or groups corner formwork using various sizes of straight template, by crossbeam, floor with
The shape size of corner upright is required and calculates the quantity needed for various templates, and pin or spiral shell are used between every piece of template
Bolt makees hole device to hole connection locking, makes to still ensure that required crossbeam, floor and corner upright geomery after placing concrete.
The utility model application aluminum alloy building template makees placing concrete construction, with the concrete surface matter after pouring
Advantage in terms of amount height, low average use cost, low-carbon emission reduction, formaldehydeless emission, simplified support system.
Certainly, those skilled in the art in the art are it should be appreciated that above-described embodiment is intended merely to illustrate this reality
With new, and it is not used as limiting of the present utility model, as long as in spirit of the present utility model, to above-mentioned reality
Applying change, modification of example etc. will all fall in the range of the utility model claim.
Claims (3)
1. one kind building aluminum alloy mould plate crossbeam, floor and corner upright combining structure, it is characterised in that：It includes aluminum alloy pattern plate one
A（1a）, the B of aluminum alloy pattern plate one（1b）, aluminum alloy pattern plate two（2）, aluminum alloy pattern plate three（3）, the A of aluminum alloy pattern plate five（5a）And aluminum alloy pattern plate six（6）, the aluminium
Template is equipped with the side plate connected for fastener, and each aluminum alloy pattern plate constitutes crossbeam after fastener connection combination and placing concrete
（12）, floor（11）With corner upright（16）Combining structure；
The B of aluminum alloy pattern plate one（1b）The left-hand end and right-hand end at two ends connect aluminum alloy pattern plate six by fastener respectively（6）, two aluminium
Template six（6）All it is square template, fastener is connected on a wherein side plate for square template；
Positioned at crossbeam（12）The aluminum alloy pattern plate six in left side（6）Another side plate connects the A of aluminum alloy pattern plate one by fastener（1a）One end, aluminum dipping form
The A of plate one（1a）The other end connects the A of aluminum alloy pattern plate five as corner formwork by fastener（5a）One end, the A of aluminum alloy pattern plate five（5a）Separately
One end connects aluminum alloy pattern plate three by fastener（3）One end, aluminum alloy pattern plate three（3）The other end connects aluminum alloy pattern plate two by fastener（2）,
Several aluminum alloy pattern plates are linked in sequence with this；
Positioned at crossbeam（12）The aluminum alloy pattern plate six on right side（6）Another side plate connects the A of aluminum alloy pattern plate one by fastener（1a）One end, aluminum dipping form
The A of plate one（1a）The other end connects the A of aluminum alloy pattern plate five as corner formwork by fastener（5a）One end, the A of aluminum alloy pattern plate five（5a）Separately
One end connects aluminum alloy pattern plate three by fastener（3）One end, aluminum alloy pattern plate three（3）The other end connects aluminum alloy pattern plate two by fastener（2）,
Several aluminum alloy pattern plates are linked in sequence with this；
The B of aluminum alloy pattern plate one（1b）The protrusion scope placing concrete of top simultaneously constitutes crossbeam with both sides aluminum alloy pattern plate（12）；
The A of aluminum alloy pattern plate five（5a）With aluminum alloy pattern plate three（3）And aluminum alloy pattern plate two（2）The top scope that is connected of several aluminum alloy pattern plates pour
Fill concrete and constitute floor（11）, floor（11）With crossbeam（12）It is combined into one；
Positioned at crossbeam（12）The end that right side and extending connects several aluminum alloy pattern plates passes through fastener and connects the A of corner formwork aluminum alloy pattern plate five
（5a）, the A of aluminum alloy pattern plate five（5a）Another side plate longitudinally lower aluminum alloy pattern plate two is connected by fastener（2）One end, longitudinally lower aluminium
Template two（2）The other end connects longitudinally lower aluminum alloy pattern plate three by fastener（3）One end, longitudinally lower aluminum alloy pattern plate three（3）It is another
End connects longitudinally lower second aluminum alloy pattern plate two by fastener（2）, with this be linked in sequence several bottom aluminum alloy pattern plates constituted turn
Corner post（16）Longitudinally lower inner face aluminum alloy pattern plate；
The corner upright（16）Longitudinally upper inner face aluminum alloy pattern plate be arranged on floor（11）Top, is by several aluminum alloy pattern plates two
（2）With aluminum alloy pattern plate three（3）It is formed by connecting by fastener；
The corner upright（16）Longitudinally lower inner face aluminum alloy pattern plate and longitudinally upper inner face aluminum alloy pattern plate outside be arranged at intervals it is vertical
Aluminum alloy pattern plate to the outside, the longitudinal direction outside aluminum alloy pattern plate is by several aluminum alloy pattern plates two（2）With aluminum alloy pattern plate three（3）By fastener connection
Into；
The corner upright（16）Longitudinal inner face aluminum alloy pattern plate and longitudinal direction outside aluminum alloy pattern plate interval in placing concrete, while with
Floor（11）And crossbeam（12）Combination, constitutes the crossbeam of aluminum alloy mould plate（12）, floor（11）With corner upright（16）Combination
Structure.
2. building aluminum alloy mould plate crossbeam according to claim 1, floor and corner upright combining structure, its feature exist
In：The aluminum alloy pattern plate two（2）With aluminum alloy pattern plate three（3）The end being connected is respectively equipped with the convex portion for being easy to both buckles and notch.
3. building aluminum alloy mould plate crossbeam according to claim 1, floor and corner upright combining structure, its feature exist
In：The A of aluminum alloy pattern plate five（5a）It is the end for the adjacent two edges for being located at template at a quadrangle template for being provided with opening, its opening
End, is respectively equipped with the fastener for connecting other aluminum alloy pattern plates on two sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720015918.2U CN206397123U (en) | 2017-01-06 | 2017-01-06 | Build aluminum alloy mould plate crossbeam, floor and corner upright combining structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720015918.2U CN206397123U (en) | 2017-01-06 | 2017-01-06 | Build aluminum alloy mould plate crossbeam, floor and corner upright combining structure |
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| Publication Number | Publication Date |
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| CN206397123U true CN206397123U (en) | 2017-08-11 |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106677520A (en) * | 2017-01-06 | 2017-05-17 | 广东铝遊家科技有限公司 | Beam, floor and corner uptight column composite structure of building aluminium alloy templates |
-
2017
- 2017-01-06 CN CN201720015918.2U patent/CN206397123U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106677520A (en) * | 2017-01-06 | 2017-05-17 | 广东铝遊家科技有限公司 | Beam, floor and corner uptight column composite structure of building aluminium alloy templates |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information | ||
| CB03 | Change of inventor or designer information |
Inventor after: Kuang Hailin Inventor before: Kuang Haifeng |
|
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20180614 Address after: 526238 Zhaoqing high tech Zone, Guangdong, A, north of the aluminum products workshop in Asia Aluminum industrial city. Patentee after: Zhaoqing South Asia Environmental Protection Aluminum Mold Co., Ltd. Address before: 528000 33C, 33 of the 6 buildings of Baoli Shuicheng, 20 Guicheng Road, Nanhai District, Foshan, Guangdong. Patentee before: GUANGDONG ALUHOUSE TECHNOLOGY CO., LTD. |