CN207244962U - A kind of superimposed sheet for making piece splicing by steel plate - Google Patents
A kind of superimposed sheet for making piece splicing by steel plate Download PDFInfo
- Publication number
- CN207244962U CN207244962U CN201721254206.2U CN201721254206U CN207244962U CN 207244962 U CN207244962 U CN 207244962U CN 201721254206 U CN201721254206 U CN 201721254206U CN 207244962 U CN207244962 U CN 207244962U
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- steel plate
- prefabricated board
- reinforcing bar
- lattice muscle
- hole
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Abstract
The utility model provides a kind of superimposed sheet for making piece splicing by steel plate, including prefabricated board, steel plate, embedded part, angle steel, protruding block, hole, seam reinforcing bar and lattice muscle；Steel plate is arranged on the edge joint position between two pieces of prefabricated boards；The both sides of steel plate are welded to connect by angle steel and embedded part respectively；Protruding block is reserved in the upper surface of prefabricated board, and hole is left in protruding block side；In-situ layer is whole to be poured above prefabricated board and steel plate, and seam reinforcing bar is located at prefabricated board upper surface, and the both ends of seam reinforcing bar are each passed through hole and lattice muscle on two pieces of protruding blocks, and seam reinforcing bar is welded with lattice muscle.The utility model is by setting steel plate, reduce supporting module process, construction speed is accelerated, quantities is reduced, passes through pre-buried embedded part, it is welded to connect easy to steel plate by angle steel, again by lattice muscle, prefabricated board and in-situ layer are preferably connected to, lattice muscle and seam reinforcing bar are welded, seam reinforcing bar is better protected from because of tension and is deviate from from hole, improves the shear behavior of piece.
Description
Technical field
The utility model belongs to Building technology research field, and in particular to a kind of superimposed sheet for making piece splicing by steel plate.
Background technology
Superimposed sheet is the cast-in-place monoblock type top plate of the top system being composed of prefabricated board and Bars In Poured Concrete Slab.Laminated floor slab globality
Good, rigidity is big, can save template, and the upper and lower surface of plate is smooth, is fitted up easy to finish coat, suitable for requiring overall stiffness
Higher skyscraper and large bay building.
Existing superimposed sheet usually sets piece, usually requires supporting module below edge joint position, piece is carried out by template
Place's concrete such as pours at the construction, and supporting module, to spend more it is many manually, and edge joint position shearing resistance, impervious cannot be effectively ensured
Deng requirement, not only increase the duration, and increase quantities.
Utility model content
The purpose of this utility model is a kind of superimposed sheet for making piece splicing by steel plate, and such superimposed sheet is by setting steel
Plate, reduces supporting module process, accelerates construction speed, reduce quantities, by pre-buried embedded part, easy to steel plate by angle
Steel is welded to connect, then by lattice muscle, is preferably connected to prefabricated board and in-situ layer, lattice muscle and seam reinforcing bar are welded
Connect, be better protected from seam reinforcing bar because of tension and deviate from from hole, improve the shear behavior of piece.
The technical scheme in the invention for solving the technical problem is：A kind of superimposed sheet for making piece splicing by steel plate, bag
Include prefabricated board, in-situ layer, steel plate, embedded part, angle steel, protruding block, hole, seam reinforcing bar and lattice muscle；
The prefabricated board has two pieces, and steel plate is arranged on the edge joint position between two pieces of prefabricated boards；
The embedded part is embedded in the lower end of two pieces of prefabricated board joint faces respectively, and the both sides of steel plate pass through angle steel and embedded part respectively
It is welded to connect；
The protruding block is reserved in the upper surface of prefabricated board, and hole and lattice muscle are left in protruding block side, and lattice muscle
Two bevel edges are located at the both sides of hole respectively；The in-situ layer is whole to be poured above prefabricated board and steel plate, and seam reinforcing bar is located at prefabricated
Plate upper surface, the both ends of seam reinforcing bar are each passed through hole and lattice muscle on two pieces of protruding blocks, and anchor, the seam reinforcing bar
Welded with lattice muscle.
In such scheme, the steel plate is one piece of square plate, and thickness is 6mm~8mm, length and the span phase of prefabricated board
Together, width is identical with the spacing of piece.
In such scheme, the embedded part is ME types embedded part or MF type embedded parts, and embedded part thickness is 6mm~8mm, length with it is prefabricated
The span of plate is identical, width 8cm.
In such scheme, the angle steel is equal leg angle, angle steel two right angle hem width 5cm, thick 6mm~8mm, length with it is prefabricated
The span of plate is identical.
In such scheme, the seam reinforcing bar uses HRB400 grades, and diameter takes 8mm~12mm.
In such scheme, the lattice muscle uses HRB400 grades, and diameter takes 8mm~12mm；The lattice muscle is reserved in pre-
The folder of the upper surface of making sheet and the equilateral triangle for being constructed without base, two bevel edges of the lattice muscle and the upper surface of prefabricated board
Angle is that the angle of two bevel edges of 60 ° and lattice muscle is 60 °, and lattice muscle and seam reinforcement welding, mainly preferably fixation connects
Reinforcing bar is stitched, the plane that two bevel edge of lattice muscle is formed is parallel and is close to the one side of protruding block, and hole is cut in outside two bevel edge of lattice muscle,
Convenient welding.
Compared with prior art, the beneficial effects of the utility model are：Superimposed sheet described in the utility model is by setting steel
Plate, reduces supporting module process, accelerates construction speed, reduce quantities, by pre-buried embedded part, easy to steel plate by angle
Steel is welded to connect, then by lattice muscle, is preferably connected to prefabricated board and in-situ layer, lattice muscle and seam reinforcing bar are welded
Connect, be better protected from seam reinforcing bar because of tension and deviate from from hole, improve the shear behavior of piece.
Brief description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is the utility model prefabricated board connection diagram；
Fig. 3 is the utility model prefabricated board schematic diagram；
Fig. 4 is the utility model prefabricated board, the connection diagram of steel plate；
Fig. 5 is the utility model prefabricated board, the connection side view of steel plate；
Fig. 6 is the utility model embedded part schematic diagram.
In figure, wherein 1- prefabricated boards；2- in-situ layers；3- steel plates；4- embedded parts；5- angle steel；6- protruding blocks；7- holes；8- connects
Stitch reinforcing bar；9- lattice muscle.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and detailed description, but the utility model
Protection domain is not limited to this.
Fig. 1 show it is described in the utility model by steel plate make piece splicing superimposed sheet a kind of embodiment, it is described by
Steel plate makees the superimposed sheet of piece splicing, including prefabricated board 1, in-situ layer 2, steel plate 3, embedded part 4, angle steel 5, protruding block 6, hole 7, connects
Stitch reinforcing bar 8 and lattice muscle 9.
The prefabricated board 1 has two pieces, is arranged on the bottom of superimposed sheet, and piece is left in centre, and steel plate 3 is arranged on two pieces in advance
Edge joint position between making sheet 1；
The embedded part 4 is embedded in the lower end of two pieces of 1 joint faces of prefabricated board respectively, the both sides of steel plate 3 respectively by angle steel 5 with
Embedded part 4 is welded to connect；
The protruding block 6 is reserved in the upper surface of prefabricated board 1, and hole 7 and lattice muscle 9, and lattice are left in 6 side of protruding block
Two bevel edges of muscle 9 are located at the both sides of hole 7 respectively；The in-situ layer 2 is whole to be poured above prefabricated board 1 and steel plate 3, seam reinforcing bar
8 are located at 1 upper surface of prefabricated board, and the both ends of seam reinforcing bar 8 are each passed through hole 7 and lattice muscle 9 on two pieces of protruding blocks 6, and anchor
Gu the seam reinforcing bar 8 is welded with lattice muscle 9.
The steel plate 3 is one piece of square plate, and thickness is 6mm~8mm, and length is identical with the span of prefabricated board 1, width with
The spacing of piece is identical.
The embedded part 4 is ME types embedded part or MF type embedded parts, and embedded part thickness is 6mm~8mm, length and the span of prefabricated board 1
Identical, width 8cm, steel plate 3 is welded to connect by angle steel 5 and embedded part 4.
The angle steel 5 is equal leg angle, angle steel 5 liang of right angle hem width 5cm, thick 6mm~8mm, length and the span of prefabricated board 1
It is identical.
The seam reinforcing bar 8 uses HRB400 grades, and diameter takes 8mm~12mm, and seam reinforcing bar 8 is arranged on the upper of prefabricated board 1
Surface, through two pieces of protruding blocks 6 on the hole 7 and lattice muscle 9 reserved, and anchoring processing is done, finally by 8 dative of seam reinforcing bar
Structure muscle 9 welds together.
The lattice muscle 9 uses HRB400 grades, and diameter takes 8mm~12mm；The lattice muscle 9 is reserved in the upper of prefabricated board 1
Surface and the equilateral triangle for being constructed without base, two bevel edges and the angle of the upper surface of prefabricated board 1 of the lattice muscle 9 are
The angle of 60 ° and two bevel edges of lattice muscle 9 is 60 °, and lattice muscle 9 is welded with seam reinforcing bar 8, mainly more preferable fixed seam steel
Muscle 8, the plane that 9 liang of bevel edges of lattice muscle are formed is parallel and is close to the one side of protruding block 6, and hole is cut in outside 9 liang of bevel edges of lattice muscle
7。
The utility model there is provided a kind of superimposed sheet for making piece splicing by steel plate, and such superimposed sheet passes through pre-buried embedded part
4, it is welded to connect easy to steel plate 3 by angle steel 5, by setting steel plate 3, reduces supporting module process, accelerate construction speed,
Reduce quantities, then by lattice muscle 9, prefabricated board 1 and in-situ layer 2 are preferably connected to, to lattice muscle 9 and seam reinforcing bar 8
Welded, be better protected from seam reinforcing bar 8 and deviate from because of tension and from hole 7, improve the shear behavior of piece.
The a series of detailed description of those listed above is only for the specific of the possible embodiments of the utility model
Illustrate, they simultaneously be not used to limitation the scope of protection of the utility model, it is all without departing from the utility model skill spirit made etc.
Effect embodiment or change should be included within the scope of protection of this utility model.
Claims (6)
1. a kind of superimposed sheet for making piece splicing by steel plate, it is characterised in that including prefabricated board (1), in-situ layer (2), steel plate
(3), embedded part (4), angle steel (5), protruding block (6), hole (7), seam reinforcing bar (8) and lattice muscle (9)；
The prefabricated board (1) has two pieces, and the steel plate (3) is arranged on the edge joint position between two pieces of prefabricated boards (1)；
The embedded part (4) is embedded in the lower end of two pieces of prefabricated board (1) joint faces respectively, and the both sides of steel plate (3) pass through angle steel respectively
(5) it is welded to connect with embedded part (4)；
The protruding block (6) is reserved in the upper surface of prefabricated board (1), and hole (7) and lattice muscle (9) are left in protruding block (6) side,
And two bevel edges of lattice muscle (9) are located at the both sides of hole (7) respectively；The in-situ layer (2) is whole to pour in prefabricated board (1) and steel plate
(3) above, seam reinforcing bar (8) is located at prefabricated board (1) upper surface, and the both ends of seam reinforcing bar (8) are each passed through two pieces of protruding blocks
(6) hole (7) and lattice muscle (9) on, and anchor, the seam reinforcing bar (8) is welded with lattice muscle (9).
A kind of 2. superimposed sheet for making piece splicing by steel plate according to claim 1, it is characterised in that the steel plate (3)
It is one piece of square plate, thickness is 6mm~8mm, and length is identical with the span of prefabricated board (1), and width is identical with the spacing of piece.
A kind of 3. superimposed sheet for making piece splicing by steel plate according to claim 1, it is characterised in that the embedded part (4)
It is ME types embedded part or MF type embedded parts, embedded part thickness is 6mm~8mm, and length is identical with the span of prefabricated board (1), width 8cm.
A kind of 4. superimposed sheet for making piece splicing by steel plate according to claim 1, it is characterised in that the angle steel (5)
It is equal leg angle, angle steel (5) two right angle hem width 5cm, thick 6mm~8mm, length is identical with the span of prefabricated board (1).
A kind of 5. superimposed sheet for making piece splicing by steel plate according to claim 1, it is characterised in that the seam reinforcing bar
(8) HRB400 grades are used, diameter takes 8mm~12mm.
A kind of 6. superimposed sheet for making piece splicing by steel plate according to claim 1, it is characterised in that the lattice muscle
(9) HRB400 grades are used, diameter takes 8mm~12mm, and the lattice muscle (9) is reserved in the upper surface of prefabricated board (1), the lattice
The angle of two bevel edges of muscle (9) and the upper surface of prefabricated board (1) is that the angle of 60 ° and two bevel edges of lattice muscle (9) is 60 °,
The plane that (9) two bevel edge of lattice muscle is formed is parallel and is close to the one side of protruding block (6), and (9) two bevel edge of lattice muscle is circumscribed
In hole (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721254206.2U CN207244962U (en) | 2017-09-27 | 2017-09-27 | A kind of superimposed sheet for making piece splicing by steel plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721254206.2U CN207244962U (en) | 2017-09-27 | 2017-09-27 | A kind of superimposed sheet for making piece splicing by steel plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207244962U true CN207244962U (en) | 2018-04-17 |
Family
ID=61887282
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721254206.2U Active CN207244962U (en) | 2017-09-27 | 2017-09-27 | A kind of superimposed sheet for making piece splicing by steel plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207244962U (en) |
-
2017
- 2017-09-27 CN CN201721254206.2U patent/CN207244962U/en active Active
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