CN207453094U - Steel house Fabricated Beam-Slab assembling mechanism - Google Patents
Steel house Fabricated Beam-Slab assembling mechanism Download PDFInfo
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- CN207453094U CN207453094U CN201721386134.7U CN201721386134U CN207453094U CN 207453094 U CN207453094 U CN 207453094U CN 201721386134 U CN201721386134 U CN 201721386134U CN 207453094 U CN207453094 U CN 207453094U
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- interior nodes
- steel
- steel pipe
- keel
- filling slot
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Abstract
The utility model discloses a kind of steel house Fabricated Beam-Slab assembling mechanism, including girder steel, interior nodes, exterior node, wallboard and the keel being arranged above wallboard, the interior nodes are fixedly connected with girder steel, wallboard is fixedly connected by the keel installation between interior nodes and exterior node with girder steel, this lug boss for be embedded between interior nodes and exterior node and respectively with interior nodes, exterior node is fixedly connected, this inclined-plane for reinforcing steel pipe is fixedly connected with the inclined-plane of interior nodes inside upper part, the reinforcing steel pipe upper surface is uniformly provided with several mounting holes, it arches upward to form the first filling slot on the lower surface mediad for reinforcing steel pipe, the upper face center of the keel lug boss is recessed to form the second filling slot downwards, rubber cushion is filled in first filling slot and the second filling slot.The utility model can be strengthened reinforcing the connection between steel pipe and keel, and with good cushioning effect, be adapted to main structure body deformation, meet architectural design and shockproof requirements by the setting of rubber cushion.
Description
Technical field
The utility model is related to a kind of steel building node, more particularly to a kind of steel house Fabricated Beam-Slab assembling
Mechanism belongs to building field.
Background technology
In recent years, in " green building action " and the driving of " building industrialization, housing industrialization " policy and economic development
Under, assembled architecture has become studies in China and the hot spot explored.Prefabricated buildings are because its assembly and disassembly is convenient, is convenient for
The characteristics such as mobile and transport, are more and more utilized in multiple fields.
At present, China is wideling popularize assembling type steel structure building, and it is promoted to develop to industrialization direction, wherein enclosing
The exploitation of skirting and the connection mode of steel construction agent structure is to promote the most important thing of assembling type steel structure architectural development.
The content of the invention
The utility model aim is to provide a kind of steel house Fabricated Beam-Slab assembling mechanism, steel house assembling
Formula beam slab assembling mechanism can be strengthened reinforcing the connection between steel pipe and keel, and have good buffering by the setting of rubber cushion
Effect adapts to main structure body deformation, meets architectural design and shockproof requirements.
In order to achieve the above objectives, the technical solution adopted in the utility model is：A kind of steel house Fabricated Beam-Slab group
Mounting mechanism, including girder steel, interior nodes, exterior node, wallboard and the keel being arranged above wallboard, the interior nodes are fixed with girder steel
Wallboard is fixedly connected by connection, the keel installation between interior nodes and exterior node with girder steel；
The interior nodes and exterior node are symmetrically formed by connecting by 2 sections for the steel pipe of right-angled trapezium, the steel pipe
Four faces are respectively short bottom surface, long bottom surface, vertical plane and inclined-plane, and the long bottom surface of the steel pipe is joint face, the vertical plane shape of 2 steel pipes
Into interior nodes or the lateral surface of exterior node, the inclined-plane of 2 steel pipes is spliced into the medial surface of interior nodes or exterior node, 2 steel pipes
Short bottom surface is respectively the upper bottom surface of interior nodes or exterior node；
The keel are inverted U, and the upper surface of this keel arches up to form a lug boss, this lug boss is used to be embedded in interior nodes
It is fixedly connected between exterior node and respectively with interior nodes, exterior node；
A section is fixed on the inclined-plane of the interior nodes inside upper part and reinforces steel pipe for isosceles trapezoid, this reinforces steel pipe
One inclined-plane is fixedly connected with the inclined-plane of interior nodes inside upper part, and the reinforcing steel pipe upper surface is uniformly provided with several mounting holes；
It arches upward to form the first filling slot on the lower surface mediad for reinforcing steel pipe, the upper surface of the keel lug boss
Mediad lower recess forms the second filling slot, and rubber cushion is filled in first filling slot and the second filling slot.
Further improved scheme is as follows in above-mentioned technical proposal：
1. in said program, the cross sectional shape of first filling slot and the second filling slot is isosceles trapezoid.
2. in said program, first filling slot and the second filling slot are oppositely arranged, a hexagon chamber slot is formed.
3. in said program, the reinforcing steel pipe is with interior nodes by being welded and fixed.
4. in said program, the shape of the lug boss is isosceles trapezoid.
5. in said program, 2 steel pipes are fixedly connected by welding.
Since above-mentioned technical proposal is used, the utility model has following advantages and effect compared with prior art：
1. the utility model steel house Fabricated Beam-Slab assembling mechanism, girder steel, interior nodes, exterior node, wallboard and
The keel being arranged above wallboard, the interior nodes are fixedly connected with girder steel, the keel installation in interior nodes and exterior node it
Between wallboard is fixedly connected with girder steel, wallboard and the girder steel bindiny mechanism with keel are prefabrication product, work flow
Pipelining for factory, scene is effectively prevented the generation of various mass defects, is realized using prefabricated components single without secondary operation
Being reliably connected between metasystem, the process for simplifying site operation, shortens the duration, has saved a large amount of costs of labor.
2. the utility model steel house Fabricated Beam-Slab assembling mechanism, keel are inverted U, the upper table of this keel
Face arches up to form a lug boss, this lug boss for be embedded between interior nodes and exterior node and respectively with interior nodes, acromere solid point
Fixed connection, interior exterior node are set with keel collocation, can be fastened and connected integral, convenient for assembling type partition wall in-site installation and dismounting,
The processing and welding of node and keel are completed in factory, and field operation amount is reduced, and is greatly improved construction efficiency, and is easy to work
Industry metaplasia is produced；Secondly, a section is fixed on the inclined-plane of interior nodes inside upper part and reinforces steel pipe for isosceles trapezoid, this reinforces steel
One inclined-plane of pipe is fixedly connected with the inclined-plane of interior nodes inside upper part, and the reinforcing steel pipe upper surface is uniformly provided with several installations
Hole reinforces the setting of steel pipe and the setting of its upper surface mounting hole, and more preferable more stable connection is provided for interior nodes and girder steel
Mode, and facilitate exterior node directly fixed with interior nodes, so as to improve the stability connected between node.
3. the utility model steel house Fabricated Beam-Slab assembling mechanism is reinforced on the lower surface mediad of steel pipe
It arching upward to form the first filling slot, the upper face center of the keel lug boss is recessed to form the second filling slot downwards, and described first
It can strengthen reinforcing the connection between steel pipe and keel, and have filled with rubber cushion, the setting of rubber cushion in filling slot and the second filling slot
There is good cushioning effect, adapt to main structure body deformation, meet architectural design and shockproof requirements.
Description of the drawings
Attached drawing 1 is the utility model steel house Fabricated Beam-Slab assembling mechanism structure diagram；
Attached drawing 2 is the panel structure schematic diagram of the utility model steel house Fabricated Beam-Slab assembling mechanism；
Attached drawing 3 is the partial structural diagram of the utility model steel house Fabricated Beam-Slab assembling mechanism；
Attached drawing 4 is the partial section of the utility model steel house Fabricated Beam-Slab assembling mechanism.
In the figures above：1st, girder steel；2nd, interior nodes；3rd, exterior node；4th, wallboard；5th, keel；6th, steel pipe；61st, short bottom surface；
62nd, long bottom surface；63rd, vertical plane；64th, inclined-plane；7th, lug boss；12nd, steel pipe is reinforced；13rd, mounting hole；18th, the first filling slot；19th,
Two filling slots；20th, rubber cushion.
Specific embodiment
The utility model is further described with reference to embodiment：
Embodiment 1：A kind of steel house Fabricated Beam-Slab assembling mechanism, including girder steel 1, interior nodes 2, exterior node 3, wall
Plate 4 and the keel 5 for being arranged at 4 top of wallboard, the interior nodes 2 are fixedly connected with girder steel 1, and the keel 5 are installed on interior nodes 2
Wallboard 4 is fixedly connected with girder steel 1 between exterior node 3；
The interior nodes 2 and exterior node 3 are symmetrically formed by connecting by 2 sections for the steel pipe 6 of right-angled trapezium, the steel pipe
6 four faces are respectively short bottom surface 61, long bottom surface 62, vertical plane 63 and inclined-plane 64, and the long bottom surface 62 of the steel pipe 6 is joint face, and 2
The vertical plane 63 of a steel pipe 6 forms the lateral surface of interior nodes 2 or exterior node 3, and the inclined-plane 64 of 2 steel pipes 6 is spliced into interior nodes 2 or outer
The medial surface of node 3, the short bottom surface 61 of 2 steel pipes 6 are respectively the upper bottom surface of interior nodes 2 or exterior node 3；
The keel 5 are inverted U, and the upper surface of this keel 5 arches up to form a lug boss 7, this lug boss 7 is in insertion
It is fixedly connected between node 2 and exterior node 3 and respectively with interior nodes 2, exterior node 3；
A section is fixed on the inclined-plane 64 of 2 inside upper part of interior nodes and reinforces steel pipe 12 for isosceles trapezoid, this reinforcing
One inclined-plane of steel pipe 12 is fixedly connected with the inclined-plane 64 of 2 inside upper part of interior nodes, and 12 upper surface of the reinforcing steel pipe is uniformly opened
There are several mounting holes 13；
It arches upward to form the first filling slot 18 on the lower surface mediad for reinforcing steel pipe 12,5 lug boss 7 of keel
Upper face center is recessed to form the second filling slot 19 downwards, and rubber cushion is filled in 18 and second filling slot 19 of the first filling slot
20。
The cross sectional shape of above-mentioned first filling slot, 18 and second filling slot 19 is isosceles trapezoid；Above-mentioned first filling slot, 18 He
Second filling slot 19 is oppositely arranged, and forms a hexagon chamber slot.
Embodiment 2：A kind of steel house Fabricated Beam-Slab assembling mechanism, including girder steel 1, interior nodes 2, exterior node 3, wall
Plate 4 and the keel 5 for being arranged at 4 top of wallboard, the interior nodes 2 are fixedly connected with girder steel 1, and the keel 5 are installed on interior nodes 2
Wallboard 4 is fixedly connected with girder steel 1 between exterior node 3；
The interior nodes 2 and exterior node 3 are symmetrically formed by connecting by 2 sections for the steel pipe 6 of right-angled trapezium, the steel pipe
6 four faces are respectively short bottom surface 61, long bottom surface 62, vertical plane 63 and inclined-plane 64, and the long bottom surface 62 of the steel pipe 6 is joint face, and 2
The vertical plane 63 of a steel pipe 6 forms the lateral surface of interior nodes 2 or exterior node 3, and the inclined-plane 64 of 2 steel pipes 6 is spliced into interior nodes 2 or outer
The medial surface of node 3, the short bottom surface 61 of 2 steel pipes 6 are respectively the upper bottom surface of interior nodes 2 or exterior node 3；
The keel 5 are inverted U, and the upper surface of this keel 5 arches up to form a lug boss 7, this lug boss 7 is in insertion
It is fixedly connected between node 2 and exterior node 3 and respectively with interior nodes 2, exterior node 3；
A section is fixed on the inclined-plane 64 of 2 inside upper part of interior nodes and reinforces steel pipe 12 for isosceles trapezoid, this reinforcing
One inclined-plane of steel pipe 12 is fixedly connected with the inclined-plane 64 of 2 inside upper part of interior nodes, and 12 upper surface of the reinforcing steel pipe is uniformly opened
There are several mounting holes 13；
It arches upward to form the first filling slot 18 on the lower surface mediad for reinforcing steel pipe 12,5 lug boss 7 of keel
Upper face center is recessed to form the second filling slot 19 downwards, and rubber cushion is filled in 18 and second filling slot 19 of the first filling slot
20。
Above-mentioned reinforcing steel pipe 12 is with interior nodes 2 by being welded and fixed；The shape of above-mentioned lug boss 7 is isosceles trapezoid；On
2 steel pipes 6 are stated to be fixedly connected by welding.
During using above-mentioned steel house Fabricated Beam-Slab assembling mechanism, wallboard and girder steel bindiny mechanism with keel are equal
For prefabrication product, work flow is pipelining for factory, and scene effectively prevents various mass defects without secondary operation
Occur, using being reliably connected between prefabricated components realization cellular system, the process for simplifying site operation shortens the duration,
A large amount of costs of labor are saved；Secondly, interior exterior node and keel collocation is set, and can be fastened and connected integral, convenient for assembled every
The processing and welding of wall in-site installation and dismounting, node and keel are completed in factory, and field operation amount is reduced, and is greatly improved
Construction efficiency, and it is easy to industrialized production；Again, the setting of steel pipe and the setting of its upper surface mounting hole are reinforced, is interior nodes
More preferable more stable connection mode is provided with girder steel, and facilitates exterior node directly fixed with interior nodes, so as to improve section
The stability connected between point；Again, the setting of rubber cushion can be strengthened reinforcing the connection between steel pipe and keel, and with good
Cushioning effect adapts to main structure body deformation, meets architectural design and shockproof requirements.
Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement according to this, can not the scope of protection of the utility model be limited with this.
All equivalent change or modifications made according to the utility model Spirit Essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (6)
1. a kind of steel house Fabricated Beam-Slab assembling mechanism, it is characterised in that：Including girder steel（1）, interior nodes（2）, acromere
Point（3）, wallboard（4）Be arranged at wallboard（4）The keel of top（5）, the interior nodes（2）With girder steel（1）It is fixedly connected, it is described
Keel（5）It is installed on interior nodes（2）With exterior node（3）Between by wallboard（4）With girder steel（1）It is fixedly connected；
The interior nodes（2）And exterior node（3）By the steel pipe that 2 sections are right-angled trapezium（6）Symmetrically it is formed by connecting, the steel
Pipe（6）Four faces be respectively short bottom surface（61）, long bottom surface（62）, vertical plane（63）And inclined-plane（64）, the steel pipe（6）Long bottom
Face（62）For joint face, 2 steel pipes（6）Vertical plane（63）Form interior nodes（2）Or exterior node（3）Lateral surface, 2 steel pipes
（6）Inclined-plane（64）It is spliced into interior nodes（2）Or exterior node（3）Medial surface, 2 steel pipes（6）Short bottom surface（61）Respectively
Interior nodes（2）Or exterior node（3）Upper bottom surface；
The keel（5）For inverted U, this keel（5）Upper surface arch up to form a lug boss（7）, this lug boss（7）For embedding
Enter interior nodes（2）With exterior node（3）Between and respectively with interior nodes（2）, exterior node（3）It is fixedly connected；
The interior nodes（2）The inclined-plane of inside upper part（64）On be fixed with a section for isosceles trapezoid reinforce steel pipe（12）, this adds
Gu steel pipe（12）An inclined-plane and interior nodes（2）The inclined-plane of inside upper part（64）It is fixedly connected, the reinforcing steel pipe（12）On
Surface is uniformly provided with several mounting holes（13）；
The reinforcing steel pipe（12）Lower surface mediad on arch upward to form the first filling slot（18）, the keel（5）Lug boss
（7）Upper face center be recessed to form the second filling slot downwards（19）, first filling slot（18）With the second filling slot（19）
It is interior to be filled with rubber cushion（20）.
2. steel house Fabricated Beam-Slab assembling mechanism according to claim 1, it is characterised in that：First filling slot
（18）With the second filling slot（19）Cross sectional shape be isosceles trapezoid.
3. steel house Fabricated Beam-Slab assembling mechanism according to claim 1, it is characterised in that：First filling slot
（18）With the second filling slot（19）It is oppositely arranged, forms a hexagon chamber slot.
4. steel house Fabricated Beam-Slab assembling mechanism according to claim 1, it is characterised in that：The reinforcing steel pipe
（12）With interior nodes（2）By being welded and fixed.
5. steel house Fabricated Beam-Slab assembling mechanism according to claim 1, it is characterised in that：The lug boss（7）
Shape be isosceles trapezoid.
6. steel house Fabricated Beam-Slab assembling mechanism according to claim 1, it is characterised in that：2 steel pipes（6）
It is fixedly connected by welding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721386134.7U CN207453094U (en) | 2017-10-25 | 2017-10-25 | Steel house Fabricated Beam-Slab assembling mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721386134.7U CN207453094U (en) | 2017-10-25 | 2017-10-25 | Steel house Fabricated Beam-Slab assembling mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207453094U true CN207453094U (en) | 2018-06-05 |
Family
ID=62281824
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721386134.7U Active CN207453094U (en) | 2017-10-25 | 2017-10-25 | Steel house Fabricated Beam-Slab assembling mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207453094U (en) |
-
2017
- 2017-10-25 CN CN201721386134.7U patent/CN207453094U/en active Active
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