Steel house ground unit
Technical field
The present invention relates to assembled architecture technical field more particularly to steel house ground units.
Background technology
Conventional house basis is usually to be poured with brick or cement concrete, and brick house foundation is cumbersome, and is tied
Structure is not firm;It is poured using cement concrete, needs first to make ground pouring slot with plank or steel form, be then placed in
Iron cage pours again, and plank or steel form are removed the vallum that can just lay bricks again after concrete setting, long in time limit and waste timber,
Steel etc., and cement concrete pour the objective condition such as basic climate, geography, geology, construction material influence it is bigger, no
Good environment can make house foundation sink, deform, and then influence bearing capacity and the safe handling in house.
Since its is easy for construction, popularity rate is greatly improved assembled ground, foundation structure as most fundamental construction it
One, structural strength influences whether the bearing capacity of entire assembled-type house.Therefore, it there is an urgent need for a kind of bearing capacity height, is not easy to draw
Rise torsion, local buckling and distortional buckling the foundation structure for assembled-type house.
Invention content
The object of the present invention is to provide a kind of steel house ground units, which can
So that realized between two side plates of Y crossbeams and two connection sheets of connector it is aspectant be locked, the connection of Y crossbeams
Stability is good and is easy to dismount.
In order to achieve the above objectives, the technical solution adopted by the present invention is:A kind of steel house ground unit, including 2
A X crossbeams, 2 Y crossbeams, 2 connectors, terminal pad and pile, 2 X crossbeams are installed with terminal pad connect respectively, described
2 Y crossbeams are connected by 2 connectors and terminal pad, the installation of X crossbeams respectively, and the pile is installed on company by a mounting disc
Disk lower surface is connect, the terminal pad upper surface is symmetrically arranged with the first riser and the second riser, first riser both ends difference
It is connected with 2 X crossbeams installations, second riser both ends are connected with 2 X crossbeams installations respectively;
The X crossbeams, Y crossbeams further comprise top plate and the first side plate, the second side plate positioned at top plate both sides, the connection
The first riser, second riser one end on disk are embedded in an X crossbeam, this first riser, the insertion of the second riser other end are another
In a X crossbeams, the first lateral plates of first riser and X crossbeams are provided opposite to, the second side of second riser and X crossbeams
Plate face is provided opposite to;
Several installation through-holes are had on first riser, the second riser, a nut is installed on this several installation through-hole,
Company corresponding with the installation through-hole of the first riser, the second riser is had on the first side plate and the second side plate of the X crossbeams
Hole is connected, one first bolt passes through the connection through-hole of the first side plate of X crossbeams and is spirally connected with the nut being set on the first riser, and one
Second bolt passes through the connection through-hole of the second side plate of X crossbeams and is spirally connected with the nut being set on the second riser;
Be provided with bolt hole corresponding with the installation through-hole of the first riser, the second riser on the substrate of the connector, a bolt according to
The connection through-hole of the first side plate of the secondary bolt hole passed through on a connector substrate and X crossbeams, and be set on the first riser
Nut be spirally connected, a bolt pass through another connector substrate on the second side plate of bolt hole and X crossbeams connection through-hole, and with
The nut being set on the second riser is spirally connected;
The substrate both sides of the connector are respectively arranged with the first connection sheet and the second connection sheet, this first connection sheet, second connect
Contact pin is respectively embedded into Y crossbeams, and first connection sheet and the first lateral plates of Y crossbeams are provided opposite to, this second connection sheet and Y
Second lateral plates of crossbeam are provided opposite to;
Several external through-holes are had in first connection sheet, the second connection sheet, and lock is installed on this several external through-hole
Tight nut has the outer connection with the first connection sheet, the second connection sheet on the first side plate and the second side plate of the Y crossbeams
The corresponding lockhole in hole;
One bolt passes through the lockhole of the first side plate of Y crossbeams and is spirally connected with the locking nut being set in the first connection sheet, a bolt
Across the second side plate lockhole and be spirally connected with the locking nut being set in the second connection sheet.
Further improved scheme is as follows in above-mentioned technical proposal:
1. in said program, the pile is by being fixedly welded on mounting disc lower surface.
2. in said program, the pile is metal spiral pile.
3. in said program, by being welded and fixed between first riser, the second riser and terminal pad.
4. in said program, the number of the installation through-hole is 8, and point 2 rows are uniformly arranged, and are connected on each X crossbeams
The number for connecting hole is 4, and point 2 rows are uniformly arranged.
5. in said program, by welding or riveting fixation between the nut and installation through-hole.
6. in said program, the locking nut is by welding or being fixed by caulking on external through-hole.
7. in said program, the number of the locking nut is 4~16.
8. in said program, the number of the lockhole is 2~8.
9. in said program, the connector is U-shaped connector.
Due to the application of the above technical scheme, the present invention has following advantages compared with prior art:
1, steel house of the present invention ground unit realizes the company between each component in assembled architecture ground unit
It connects, and stable connection between each component, clever structure is easy to dismount;Secondly, in the first connection sheet, the second connection sheet respectively
Several external through-holes are provided with, locking nut, the first side plate and the second side plate of the Y crossbeams are installed on this several external through-hole
On have a lockhole corresponding with the first connection sheet, the external through-hole of the second connection sheet, a bolt passes through the first side plate of Y crossbeams
Lockhole and be spirally connected with the locking nut being set in the first connection sheet, a bolt pass through the second side plate lockhole and be set to
Locking nut in second connection sheet is spirally connected, the setting of connection sheet top nut so that two side plates of Y crossbeams and the two of connector
Aspectant situations such as being locked, the torsional deformation of junction will not occur is realized between a connection sheet so that Y crossbeams
Connective stability is good and is easy to dismount.
2, steel house of the present invention ground unit, one first bolt pass through the connection through-hole of the first side plate of X crossbeams simultaneously
Be spirally connected with the nut being set on the first riser, one second bolt pass through the second side plate of X crossbeams connection through-hole and be set to
Nut on second riser is spirally connected, the setting of terminal pad riser top nut so that the riser of two side plates and terminal pad of X crossbeams
Between realize it is aspectant be locked, connection relation is stablized, and the feelings such as torsional deformation, bolt looseness that junction occurs are avoided
Condition, structural stability is good and is easy to dismount;Secondly, the bolt hole on a connector substrate of screw bolt passes one and X crossbeams
The connection through-hole of first side plate, and be spirally connected with the nut being set on the first riser, a bolt passes through another connector substrate
On the second side plate of bolt hole and X crossbeams connection through-hole, and be spirally connected with the nut being set on the second riser so that connector
Being locked for three faces is realized between substrate and the side plate and riser of X crossbeams, structural stability is good, avoids because of junction load-bearing
It is excessive and be distorted and bending, ensure stability and the safety of system.
Description of the drawings
Attached drawing 1 is steel house ground cellular construction decomposition diagram of the present invention;
Attached drawing 2 is steel house ground unit partial structurtes decomposition diagram of the present invention;
Attached drawing 3 is connecting-piece structure schematic diagram in steel house ground unit of the present invention.
In the figures above:1, X crossbeams;2, Y crossbeams;3, connector;4, terminal pad;5, pile;6, mounting disc;7, first is vertical
Plate;8, the second riser;9, top plate;10, the first side plate;11, the second side plate;12, installation through-hole;13, nut;14, through-hole is connected;
15, substrate;16, bolt hole;17, the first connection sheet;18, the second connection sheet;19, external through-hole;20, locking nut;21, it locks
Hole.
Specific implementation mode
Embodiment 1:A kind of steel house ground unit, including 21,2, X crossbeams, 2,2, Y crossbeams connectors 3,
Terminal pad 4 and pile 5,2 X crossbeams 1 are installed with terminal pad 4 connect respectively, and 2 Y crossbeams 2 pass through 2 companies respectively
Fitting 3 is connected with terminal pad 4, the installation of X crossbeams 1, and the pile 5 is installed on 4 lower surface of terminal pad by a mounting disc 6, described
4 upper surface of terminal pad is symmetrically arranged with the first riser 7 and the second riser 8,7 both ends of the first riser respectively with 2 X crossbeams 1
Installation connection, 8 both ends of the second riser are connected with 2 installations of X crossbeams 1 respectively;
The X crossbeams 1, Y crossbeams 2 further comprise top plate 9 and the first side plate 10, the second side plate 11 positioned at 9 both sides of top plate,
The first riser 7,8 one end of the second riser in the terminal pad 4 are embedded in an X crossbeam 1, this first riser 7, the second riser 8
The other end is embedded in another X crossbeam 1, the first setting face-to-face of side plate 10 of first riser 7 and X crossbeams 1, and described second
Second setting face-to-face of side plate 11 of riser 8 and X crossbeams 1;
Several installation through-holes 12 are had on first riser 7, the second riser 8, are equipped on this several installation through-hole 12
One nut 13 has on the first side plate 10 and the second side plate 11 of the X crossbeams 1 and the first riser 7, the second riser 8
12 corresponding connection through-hole 14 of installation through-hole, one first bolt pass through 1 first side plate 10 of X crossbeams connection through-hole 14 and with setting
Be spirally connected in the nut 13 on the first riser 7, one second bolt pass through 1 second side plate 11 of X crossbeams connection through-hole 14 and with setting
It is spirally connected in the nut 13 on the second riser 8;
Bolt hole 16 corresponding with the installation through-hole 12 of the first riser 7, the second riser 8 is provided on the substrate 15 of the connector 3,
The connection through-hole 14 of 1 first side plate 10 of bolt hole 16 and X crossbeams on one connector of screw bolt passes one, 3 substrate 15, and
It is spirally connected with the nut 13 being set on the first riser 7, a bolt passes through the bolt hole 16 and X on another 3 substrate 15 of connector
The connection through-hole 14 of 1 second side plate 11 of crossbeam, and be spirally connected with the nut 13 being set on the second riser 8;
15 both sides of substrate of the connector 3 are respectively arranged with the first connection sheet 17 and the second connection sheet 18, this first connection sheet
17, the second connection sheet 18 is respectively embedded into Y crossbeams 2, and first connection sheet 17 and the first side plate 10 of Y crossbeams 2 are set face-to-face
It sets, second setting face-to-face of side plate 11 of this second connection sheet 18 and Y crossbeams 2;
Several external through-holes 19 are had in first connection sheet 17, the second connection sheet 18, on this several external through-hole 19
Locking nut 20 is installed, had on the first side plate 10 and the second side plate 11 of the Y crossbeams 2 with the first connection sheet 17,
The 19 corresponding lockhole 21 of external through-hole of second connection sheet 18;
One bolt pass through the lockhole 21 of 2 first side plate 10 of Y crossbeams and with 20 spiral shell of locking nut that is set in the first connection sheet 17
It connects, a bolt passes through the lockhole 21 of the second side plate 11 and is spirally connected with the locking nut 20 being set in the second connection sheet 18.
Above-mentioned pile 5 is by being fixedly welded on 6 lower surface of mounting disc;Above-mentioned pile 5 is metal spiral pile;Above-mentioned first
By being welded and fixed between riser 7, the second riser 8 and terminal pad 4;The number of above-mentioned installation through-hole 12 is 8, and point 2 rows are uniform
It is arranged, the number of connection through-hole 14 is 4 on above-mentioned each X crossbeams 1, and point 2 rows are uniformly arranged.
Embodiment 2:A kind of steel house ground unit, including 21,2, X crossbeams, 2,2, Y crossbeams connectors 3,
Terminal pad 4 and pile 5,2 X crossbeams 1 are installed with terminal pad 4 connect respectively, and 2 Y crossbeams 2 pass through 2 companies respectively
Fitting 3 is connected with terminal pad 4, the installation of X crossbeams 1, and the pile 5 is installed on 4 lower surface of terminal pad by a mounting disc 6, described
4 upper surface of terminal pad is symmetrically arranged with the first riser 7 and the second riser 8,7 both ends of the first riser respectively with 2 X crossbeams 1
Installation connection, 8 both ends of the second riser are connected with 2 installations of X crossbeams 1 respectively;
The X crossbeams 1, Y crossbeams 2 further comprise top plate 9 and the first side plate 10, the second side plate 11 positioned at 9 both sides of top plate,
The first riser 7,8 one end of the second riser in the terminal pad 4 are embedded in an X crossbeam 1, this first riser 7, the second riser 8
The other end is embedded in another X crossbeam 1, the first setting face-to-face of side plate 10 of first riser 7 and X crossbeams 1, and described second
Second setting face-to-face of side plate 11 of riser 8 and X crossbeams 1;
Several installation through-holes 12 are had on first riser 7, the second riser 8, are equipped on this several installation through-hole 12
One nut 13 has on the first side plate 10 and the second side plate 11 of the X crossbeams 1 and the first riser 7, the second riser 8
12 corresponding connection through-hole 14 of installation through-hole, one first bolt pass through 1 first side plate 10 of X crossbeams connection through-hole 14 and with setting
Be spirally connected in the nut 13 on the first riser 7, one second bolt pass through 1 second side plate 11 of X crossbeams connection through-hole 14 and with setting
It is spirally connected in the nut 13 on the second riser 8;
Bolt hole 16 corresponding with the installation through-hole 12 of the first riser 7, the second riser 8 is provided on the substrate 15 of the connector 3,
The connection through-hole 14 of 1 first side plate 10 of bolt hole 16 and X crossbeams on one connector of screw bolt passes one, 3 substrate 15, and
It is spirally connected with the nut 13 being set on the first riser 7, a bolt passes through the bolt hole 16 and X on another 3 substrate 15 of connector
The connection through-hole 14 of 1 second side plate 11 of crossbeam, and be spirally connected with the nut 13 being set on the second riser 8;
15 both sides of substrate of the connector 3 are respectively arranged with the first connection sheet 17 and the second connection sheet 18, this first connection sheet
17, the second connection sheet 18 is respectively embedded into Y crossbeams 2, and first connection sheet 17 and the first side plate 10 of Y crossbeams 2 are set face-to-face
It sets, second setting face-to-face of side plate 11 of this second connection sheet 18 and Y crossbeams 2;
Several external through-holes 19 are had in first connection sheet 17, the second connection sheet 18, on this several external through-hole 19
Locking nut 20 is installed, had on the first side plate 10 and the second side plate 11 of the Y crossbeams 2 with the first connection sheet 17,
The 19 corresponding lockhole 21 of external through-hole of second connection sheet 18;
One bolt pass through the lockhole 21 of 2 first side plate 10 of Y crossbeams and with 20 spiral shell of locking nut that is set in the first connection sheet 17
It connects, a bolt passes through the lockhole 21 of the second side plate 11 and is spirally connected with the locking nut 20 being set in the second connection sheet 18.
It is fixed between above-mentioned nut 13 and installation through-hole 12 by riveting;Above-mentioned locking nut 20 is by welding or riveting
It is fixed on external through-hole 19;The number of above-mentioned locking nut 20 is 8;The number of above-mentioned lockhole 21 is 4;Above-mentioned connector
3 be U-shaped connector.
When using above-mentioned steel house ground unit, realize in assembled architecture ground unit between each component
Connection, and stable connection between each component, clever structure are easy to dismount;Secondly, the setting of connection sheet top nut so that Y is horizontal
Realized between two side plates of beam and two connection sheets of connector it is aspectant be locked, the torsion of junction will not occur
Situations such as song deformation so that the connective stability of Y crossbeams is good and is easy to dismount;Again, the setting of terminal pad riser top nut, makes
X crossbeams two side plates and the riser of terminal pad between realize it is aspectant be locked, connection relation stablize, avoid sending out
Situations such as giving birth to torsional deformation, the bolt looseness of junction, structural stability is good and is easy to dismount;Again, connector substrate and X are horizontal
Being locked for three faces is realized between the side plate and riser of beam, structural stability is good, avoids sending out because junction load-bearing is excessive
Raw distortion and bending, ensure stability and the safety of system.
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
Scholar cans understand the content of the present invention and implement it accordingly, and it is not intended to limit the scope of the present invention.It is all according to the present invention
Equivalent change or modification made by Spirit Essence, should be covered by the protection scope of the present invention.