CN208363288U - Prefabricated buildings installation node - Google Patents
Prefabricated buildings installation node Download PDFInfo
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- CN208363288U CN208363288U CN201820769432.2U CN201820769432U CN208363288U CN 208363288 U CN208363288 U CN 208363288U CN 201820769432 U CN201820769432 U CN 201820769432U CN 208363288 U CN208363288 U CN 208363288U
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Abstract
The utility model discloses a kind of prefabricated buildings installation node, including terminal pad, left risers, right risers and beam body, the left risers, right risers are set to terminal pad upper surface, the left risers, right risers are installed with beam body connect respectively, the left plate of the left risers and beam body is arranged face-to-face, the left risers, several installation through-holes are had in right risers, a nut is installed on this several installation through-hole, it is had on the left plate and right side plate of the beam body and left risers, the corresponding connection through-hole of the installation through-hole of right risers, one left bolt passes through the connection through-hole of left plate and is spirally connected with the nut being set in left risers, one right bolt passes through the connection through-hole of right side plate and is spirally connected with the nut being set in right risers.The utility model realizes ground pile and the quick of beam body disconnects, and to realize aspectant be locked between the left and right side plate of beam body and the left and right vertical plate of terminal pad, situations such as torsional deformation of junction will not occur, structural stability is good and is easy to dismount.
Description
Technical field
The utility model relates to assembled architecture technical field more particularly to prefabricated buildings installation nodes.
Background technique
Precast reinforced concrete structure is one of the important directions of China's building structure development, it is conducive to China's building
Industrialized development, raising production efficiency is energy saving, develops Green environmental-protection building, and is conducive to improve and guarantee building work
Cheng Zhiliang.Moreover, fabricated construction can continuously complete multiple or whole processes of engineering in order, thus what reduction was marched into the arena
Engineering machinery type and quantity eliminate resting the time for procedure connection, realize interchange operation, reduce construction personnel, thus
Work efficiency is improved, supplies consumption is reduced, reduces environmental pollution, is provided safeguard for green construction.
Although prefabricated integral frame structure there are many benefits, exist at connecting node in the actual construction process
Many technical problems, for prefabricated integral frame structure, where beam-to-column joint is again construction key, beam-to-column joint at present
Reinforcing bar connection mostly use mechanical sleeves connection, be welded to connect or wet type connection etc. forms；And these connecting nodes there is
Construction is complicated, easy torsional deformation, the problems such as working procedure is more.
Utility model content
The purpose of the utility model is to provide a kind of prefabricated buildings installation node, prefabricated buildings installation nodes
It realizes ground pile and the quick of beam body disconnects, and to realize between the left and right side plate of beam body and the left and right vertical plate of terminal pad
Aspectant situations such as being locked, the torsional deformation of junction will not occur, structural stability is good and be easy to dismount.
In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of prefabricated buildings installation node, packet
Including terminal pad, left risers, right risers and beam body, the left risers, right risers are set to terminal pad upper surface, the left risers,
Right risers are installed with beam body connect respectively；
The beam body further comprises top plate and left plate, right side plate positioned at top plate two sides, the left side in the terminal pad
In vertical plate, right risers built-in beam body, the left plate of the left risers and beam body is arranged face-to-face, the right side of the right risers and beam body
Lateral plates are provided opposite to；
Several installation through-holes are had in the left risers, right risers, and a nut is installed on this several installation through-hole,
Have connection through-hole corresponding with the installation through-hole of left risers, right risers on the left plate and right side plate of the beam body, one
Left bolt passes through the connection through-hole of left plate and is spirally connected with the nut being set in left risers, and a right bolt passes through the company of right side plate
Connection Kong Bingyu is set to the nut in right risers and is spirally connected.
Further improved scheme is as follows in above-mentioned technical proposal:
1. in above scheme, the left risers are arranged in parallel with right risers.
2. in above scheme, the left plate and right side plate are arranged in parallel.
3. in above scheme, by being welded and fixed between the left risers, right risers and terminal pad.
4. in above scheme, the left risers further comprise left turnover panel and left extension board, the right risers are further wrapped
Include right turnover panel and right extension board, between the left turnover panel and left extension board, right turnover panel and right extension board by being welded and fixed or
It is bolted to connection between the left turnover panel and left extension board, right turnover panel and right extension board.
5. in above scheme, the beam body is integrally formed by steel plate and is obtained.
6. in above scheme, it is 8 that the installation through-hole of the left risers and the installation through-hole number of right risers are identical,
2 rows of this 8 installation through-holes point are uniformly arranged.
7. in above scheme, it is 4 that the connection through-hole of the left plate is identical with the connection number of through-holes of right side plate,
This 42 rows of connection through-hole point are uniformly arranged.
8. in above scheme, the nut on nut and right risers installation through-hole on the left risers installation through-hole is distinguished
It is set to the opposite side of left risers, right risers.
9. in above scheme, passing through welding between the installation through-hole of the nut and left risers, the installation through-hole of right risers
Or riveting is fixed.
Due to the application of the above technical scheme, the utility model has the advantage that compared with prior art
The utility model prefabricated buildings installation node, passes through the left and right vertical plate of terminal pad and the beam body of horizontal direction
Connection, terminal pad can be connect with the ground pile of vertical direction, realize ground pile and the quick of beam body disconnects；Secondly, its left risers,
Have several installation through-holes in right risers, a nut be installed on this several installation through-hole, the left plate of the beam body and
Connection through-hole corresponding with the installation through-hole of left risers, right risers is had on right side plate, a left bolt passes through left plate
Connection through-hole simultaneously be spirally connected with the nut being set in left risers, a right bolt pass through right side plate connection through-hole and be set to the right side
Nut on vertical plate is spirally connected, the setting of left and right vertical plate top nut, so that the left and right vertical plate of the left and right side plate of beam body and terminal pad
Between realize aspectant situations such as being locked, the torsional deformation of junction will not occur, structural stability is good and is easy to
Dismounting.
Detailed description of the invention
Attached drawing 1 is that the utility model prefabricated buildings install node structure decomposition diagram；
Attached drawing 2 is that the utility model prefabricated buildings install node partial structurtes decomposition diagram.
In the figures above: 1, terminal pad；2, left risers；201, left turnover panel；202, left extension board；3, right risers；301, right
Turnover panel；302, right extension board；4, beam body；5, top plate；6, left plate；7, right side plate；8, installation through-hole；9, nut；12, connection is logical
Hole.
Specific embodiment
Embodiment 1: a kind of prefabricated buildings installation node, including terminal pad 1, left risers 2, right risers 3 and beam body 4,
The left risers 2, right risers 3 are set to 1 upper surface of terminal pad, and the left risers 2, right risers 3 are installed with beam body 4 respectively to be connected
It connects；
The beam body 4 further comprises top plate 5 and left plate 6, right side plate 7 positioned at 5 two sides of top plate, the terminal pad 1
On left risers 2, right risers 3 be embedded in beam body 4, the left risers 2 and the left plate 6 of beam body 4 are arranged face-to-face, described right vertical
Plate 3 and the right side plate 7 of beam body 4 are arranged face-to-face；
Several installation through-holes 8 are had in the left risers 2, right risers 3, are equipped with one on this several installation through-hole 8
Nut 9 has on the left plate 6 and right side plate 7 of the beam body 4 corresponding with left risers 2, the installation through-hole 8 of right risers 3
Through-hole 12 is connected, a left bolt passes through the connection through-hole 12 of left plate 6 and is spirally connected with the nut 9 being set in left risers 2, and one is right
Bolt passes through the connection through-hole 12 of right side plate 7 and is spirally connected with the nut 9 being set in right risers 3.
Above-mentioned left plate 6 and right side plate 7 are arranged in parallel；Pass through welding between above-mentioned left risers 2, right risers 3 and terminal pad 1
It is fixed；Above-mentioned beam body 4 is integrally formed by steel plate and is obtained.The installation of above-mentioned nut 9 and the installation through-hole 8, right risers 3 of left risers 2
It is fixed between through-hole 8 by riveting；
Above-mentioned left risers 2 are arranged in parallel with right risers 3；Above-mentioned left risers 2 further comprise left turnover panel 201 and left extension board
202, above-mentioned right risers 3 further comprise right turnover panel 301 and right extension board 302, above-mentioned left turnover panel 201 and left extension board 202, right
By being welded and fixed between turnover panel 301 and right extension board 302.
Embodiment 2: a kind of prefabricated buildings installation node, including terminal pad 1, left risers 2, right risers 3 and beam body 4,
The left risers 2, right risers 3 are set to 1 upper surface of terminal pad, and the left risers 2, right risers 3 are installed with beam body 4 respectively to be connected
It connects；
The beam body 4 further comprises top plate 5 and left plate 6, right side plate 7 positioned at 5 two sides of top plate, the terminal pad 1
On left risers 2, right risers 3 be embedded in beam body 4, the left risers 2 and the left plate 6 of beam body 4 are arranged face-to-face, described right vertical
Plate 3 and the right side plate 7 of beam body 4 are arranged face-to-face；
Several installation through-holes 8 are had in the left risers 2, right risers 3, are equipped with one on this several installation through-hole 8
Nut 9 has on the left plate 6 and right side plate 7 of the beam body 4 corresponding with left risers 2, the installation through-hole 8 of right risers 3
Through-hole 12 is connected, a left bolt passes through the connection through-hole 12 of left plate 6 and is spirally connected with the nut 9 being set in left risers 2, and one is right
Bolt passes through the connection through-hole 12 of right side plate 7 and is spirally connected with the nut 9 being set in right risers 3.
The installation through-hole 8 of above-mentioned left risers 2 is identical with 8 number of installation through-hole of right risers 3, is 8, this 8 installations
Through-hole 8 divides 2 rows to be uniformly arranged；The connection through-hole 12 of above-mentioned left plate 6 is identical with 12 number of connection through-hole of right side plate 7, is 4
A, this 4 connection through-holes 12 divide 2 rows to be uniformly arranged；
The nut 9 on nut 9 and 3 installation through-hole 8 of right risers on above-mentioned 2 installation through-hole 8 of left risers is respectively arranged at a left side
The opposite side of vertical plate 2, right risers 3；Above-mentioned nut 9 and the installation through-hole 8 of left risers 2, right risers 3 installation through-hole 8 between
By being welded and fixed.
When using above-mentioned prefabricated buildings installation node, pass through the left and right vertical plate of terminal pad and the beam body of horizontal direction
Connection, terminal pad can be connect with the ground pile of vertical direction, realize ground pile and the quick of beam body disconnects；Secondly, left and right vertical plate
The setting of top nut, so that it is solid to realize aspectant locking between the left and right side plate of beam body and the left and right vertical plate of terminal pad
Situations such as determining, the torsional deformation of junction will not occur, structural stability is good and is easy to dismount.
The above embodiments are only for explaining the technical ideas and features of the present invention, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement accordingly, do not limit the protection scope of the present invention.
All equivalent change or modifications according to made by the spirit of the present invention essence, should all cover the protection scope of the utility model it
It is interior.
Claims (10)
1. a kind of prefabricated buildings installation node, it is characterised in that: including terminal pad (1), left risers (2), right risers (3) and
Beam body (4), the left risers (2), right risers (3) are set to terminal pad (1) upper surface, the left risers (2), right risers (3)
It installs and connects with beam body (4) respectively；
The beam body (4) further comprises top plate (5) and left plate (6), the right side plate (7) for being located at top plate (5) two sides, the company
Connect the left risers (2) on disk (1), right risers (3) are embedded in beam body (4), the left plate (6) of the left risers (2) and beam body (4)
Setting face-to-face, right side plate (7) setting face-to-face of the right risers (3) and beam body (4)；
Several installation through-holes (8) are had on the left risers (2), right risers (3), are installed on this several installation through-hole (8)
Have a nut (9), is had on the left plate (6) and right side plate (7) of the beam body (4) and left risers (2), right risers (3)
The corresponding connection through-hole (12) of installation through-hole (8), a left bolt pass through left plate (6) connection through-hole (12) and be set to
Nut (9) in left risers (2) is spirally connected, a right bolt pass through right side plate (7) connection through-hole (12) and be set to right risers
(3) nut (9) on is spirally connected.
2. prefabricated buildings according to claim 1 installation node, it is characterised in that: the left risers (2) and the right side are vertical
Plate (3) is arranged in parallel.
3. prefabricated buildings according to claim 1 installation node, it is characterised in that: the left plate (6) and right side
Plate (7) is arranged in parallel.
4. prefabricated buildings according to claim 1 installation node, it is characterised in that: the left risers (2), right risers
(3) by being welded and fixed between terminal pad (1).
5. prefabricated buildings according to claim 1 installation node, it is characterised in that: the left risers (2) are further
Including left turnover panel (201) and left extension board (202), the right risers (3) further comprise right turnover panel (301) and right extension board
(302), solid by welding between the left turnover panel (201) and left extension board (202), right turnover panel (301) and right extension board (302)
It is solid by bolt between fixed or the left turnover panel (201) and left extension board (202), right turnover panel (301) and right extension board (302)
Fixed connection.
6. prefabricated buildings according to claim 1 installation node, it is characterised in that: the beam body (4) is by steel plate one
Body formed acquisition.
7. prefabricated buildings according to claim 1 installation node, it is characterised in that: the installation of the left risers (2)
Through-hole (8) is identical with installation through-hole (8) number of right risers (3), is 8, and 2 rows of this 8 installation through-holes (8) point are uniformly set
It sets.
8. prefabricated buildings according to claim 1 installation node, it is characterised in that: the connection of the left plate (6)
Through-hole (12) is identical with connection through-hole (12) number of right side plate (7), is 4, this 42 rows of connection through-hole (12) point are uniform
Setting.
9. prefabricated buildings according to claim 1 installation node, it is characterised in that: left risers (2) installation is logical
The nut (9) on nut (9) and right risers (3) installation through-hole (8) on hole (8) is respectively arranged at left risers (2), right risers
(3) opposite side.
10. prefabricated buildings according to claim 1 installation node, it is characterised in that: the nut (9) and left risers
(2) it is fixed between the installation through-hole (8) of installation through-hole (8), right risers (3) by welding or riveting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820769432.2U CN208363288U (en) | 2018-05-23 | 2018-05-23 | Prefabricated buildings installation node |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820769432.2U CN208363288U (en) | 2018-05-23 | 2018-05-23 | Prefabricated buildings installation node |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208363288U true CN208363288U (en) | 2019-01-11 |
Family
ID=64935850
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820769432.2U Active CN208363288U (en) | 2018-05-23 | 2018-05-23 | Prefabricated buildings installation node |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208363288U (en) |
-
2018
- 2018-05-23 CN CN201820769432.2U patent/CN208363288U/en active Active
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