A kind of assembled energy-saving builds bridging arrangement
Technical field
The present invention relates to building subassembly, more particularly to a kind of assembled energy-saving building bridging arrangement.
Background technology
Generally use bracket between the pillars of a house and house beam is connected, and transfers the load from house beam, which builds as top
Weak part in building structure in addition, bracket needs larger space, influences architectural appearance.It is tackled herein in design
Construction gives enough attention, particularly with assembled architecture.
The content of the invention
The present invention seeks to:There is provided a kind of stabilized structure, appearance is simplified, the assembled energy-saving building overlap joint knot of energy-saving heat preserving
Structure.
The technical scheme is that:
A kind of assembled energy-saving builds bridging arrangement, and including the pillars of a house, house beam and floor, the pillars of a house side, which is equipped with, integrally prolongs
The bracket of stretching, the bracket upper surface are equipped with the first groove, and the end of the house beam is installed on above bracket, house beam end
Lower surface is equipped with the first protrusion being adapted to the first groove, and first groove, the first protrusion are mutually hung down with house beam length direction
Directly;The house beam upper surface is equipped with second groove identical with house beam length direction, and the floor is installed on above house beam, floor
To be equipped with second be adapted to the second groove raised for lower surface.
Preferably, the lower surface of the bracket obliquely, side surface it is vertical, intersecting lens between the two and the following table of house beam
Face is concordant.
Preferably, it is lined with elastic insert in the seam between the pillars of a house and its bracket, house beam, floor.
Preferably, the elastic insert is insulation elastic bed course.
Preferably, the pillars of a house outer surface is equipped with adiabator layer.
Preferably, the corner that the pillars of a house connects with floor is equipped with L-type backing plate, the bottom plate of the L-type backing plate and floor,
House beam and bracket pass sequentially through the first bolt and fix;The side plate of L-type backing plate is fixed with the pillars of a house by the second bolt.
Preferably, the floor is also fixed with house beam by several 3rd bolts, the 3rd bolt from the upper surface of floor according to
Below secondary second raised, house beam the second groove through floor.
Preferably, the floor is also fixed with house beam by several 4th bolts, the 4th bolt cross the side of house beam with
And the second protrusion of floor.
It is an advantage of the invention that:
1. assembled energy-saving provided by the present invention builds bridging arrangement, bracket is integrally formed with the pillars of a house, by groove, convex
It plays the fixed way of cooperation+bolt to be overlapped with house beam, there is good structural soundness and vertical bearing capacity;
2. the present invention bracket lower surface obliquely, side surface it is vertical, intersecting lens between the two and the following table of house beam
Face is concordant, the shortcomings that reducing bracket outside, influence appearance;
3. it is lined with elastic insert, good damping effect in the seam between the pillars of a house of the present invention and its bracket, house beam, floor;
The elastic insert is insulation elastic bed course, and the heat bridge of building has been blocked to act on, and has energy-saving heat preserving effect.
Description of the drawings
The invention will be further described with reference to the accompanying drawings and embodiments:
Fig. 1 is the schematic diagram of the assembled energy-saving building bridging arrangement in embodiment 1;
Fig. 2 is the schematic diagram of the house beam and floor overlap joint in embodiment 1;
Fig. 3 is the schematic diagram of the assembled energy-saving building bridging arrangement in embodiment 2;
Fig. 4 is the schematic diagram of the house beam and floor overlap joint in embodiment 2.
Specific embodiment
Embodiment 1
As illustrated in fig. 1 and 2, disclosed a kind of assembled energy-saving building bridging arrangement, including the pillars of a house 1, house beam 2
With floor 3,1 side of the pillars of a house is equipped with the bracket 11 integrally extended, and 11 upper surface of bracket is equipped with the first groove 12, institute
The end for stating house beam 2 is installed on 11 top of bracket, and the lower surface of 2 end of house beam is equipped with the first protrusion being adapted to the first groove 12
21, first groove 12, the first protrusion 21 are perpendicular with 2 length direction of house beam.
2 upper surface of house beam is equipped with second groove 22 identical with 2 length direction of house beam.The floor 3 is installed on room
2 top of beam, the lower surface of floor 3 are equipped with the second protrusion 31 being adapted to the second groove 22.The floor 3 also passes through with house beam 2
Several 3rd bolts 73 are fixed, and the 3rd bolt 73 sequentially passes through the second protrusion 31 of floor 3, house beam 2 from the upper surface of floor 3
Second groove, 22 lower section.
The lower surface of the bracket 11 obliquely, side surface it is vertical, the lower surface of intersecting lens and house beam 2 between the two is put down
Together, the shortcomings that bracket is outside, influence appearance is reduced.
Elastic insert 4 is lined in seam between the pillars of a house 1 and its bracket 11, house beam 2, floor 3.Outside the pillars of a house 1
Side surface is equipped with adiabator layer 5.The corner that the pillars of a house 1 connects with floor 3 is equipped with L-type backing plate 6, the L-type backing plate
Bottom plate passes sequentially through the first bolt 71 with floor 3, house beam 2 and bracket 11 and fixes;The side plate of L-type backing plate 6 and the pillars of a house 1, thermal insulating material
The bed of material 5 is fixed by the second bolt 72.
Embodiment 2
As shown in Figures 3 and 4, disclosed a kind of assembled energy-saving building bridging arrangement, including the pillars of a house 1, house beam 2
With floor 3,1 side of the pillars of a house is equipped with the bracket 11 integrally extended, and 11 upper surface of bracket is equipped with the first groove 12, institute
The end for stating house beam 2 is installed on 11 top of bracket, and the lower surface of 2 end of house beam is equipped with the first protrusion being adapted to the first groove 12
21, first groove 12, the first protrusion 21 are perpendicular with 2 length direction of house beam.
2 upper surface of house beam is equipped with second groove 22 identical with 2 length direction of house beam, and the floor 3 is installed on room
2 top of beam, the lower surface of floor 3 are equipped with the second protrusion 31 being adapted to the second groove 22.The floor 3 also passes through with house beam 2
Several 4th bolts 74 are fixed, and the 4th bolt 74 crosses 3 second protrusion 31 of side and floor of house beam 2.
The lower surface of the bracket 11 obliquely, side surface it is vertical, the lower surface of intersecting lens and house beam 2 between the two is put down
Together.
Elastic insert 4, the elastic insert are lined in seam between the pillars of a house 1 and its bracket 11, house beam 2, floor 3
4 be insulation elastic bed course.The corner that the pillars of a house 1 connects with floor 3 be equipped with L-type backing plate 6, the bottom plate of the L-type backing plate with
Floor 3, house beam 2 and bracket 11 pass sequentially through the first bolt 71 and fix;The side plate of L-type backing plate passes through the second bolt 72 with the pillars of a house 1
It is fixed.
The above embodiments merely illustrate the technical concept and features of the present invention, and its object is to allow person skilled in the art
Present disclosure can be understood and implemented according to this, it is not intended to limit the scope of the present invention.It is all to lead according to the present invention
The modification that the Spirit Essence of technical solution is wanted to be done, should be covered by the protection scope of the present invention.