CN206625355U - Aluminium alloy structure house - Google Patents
Aluminium alloy structure house Download PDFInfo
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- CN206625355U CN206625355U CN201720297458.7U CN201720297458U CN206625355U CN 206625355 U CN206625355 U CN 206625355U CN 201720297458 U CN201720297458 U CN 201720297458U CN 206625355 U CN206625355 U CN 206625355U
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- connection
- splicing
- press strip
- pedestal
- binder
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Abstract
It the utility model is related to a kind of aluminium alloy structure house, there is provided aluminum wallboard, aluminium roofing sheet, aluminium floor and the mounting connection structure of corner binder, aluminum wallboard, aluminium roofing sheet, aluminium floor and the connecting portion of corner binder are equipped with convex-concave catching groove shape, aluminum wallboard, aluminium roofing sheet, aluminium floor are connected with the installation of corner binder mutually inlays, along with the fixation of screw or screw, connection more secure is allowed to.The overall structure of each component connection has higher anti-bending strength, torsional property, anti-collision performance and overall stability, reduces to cross member, column, the use of collar tie beam or not uses, increases house utilization space.The aluminium of the design eaves that floats strengthens the water proofing property of house wall surface, also increases the aesthetic property in house.The utility model in the case of without using encapsulant, have water resistance and it is easy for installation the characteristics of.
Description
Technical field
The utility model belongs to building structure field, is related to aluminium alloy structure house, more particularly to a kind of aluminium alloy structure
The overall system structure in house.
Background technology
The space without vertical structure with large span is always desirable in architectural design, this can is according to demand
Flexible partition is carried out, makes indoor arrangement in variation.Traditional residential due to the property of material therefor, limit space arrangement from
By.If the standard width of a room in an old-style house is excessive, it is excessive to will result in beam cross-section, not only influences indoor beauty, and increases construction weight, increase soil
Build investment.
Existing steel building, its heavier-weight, material cost is high, also add foundation cost so that whole project
Investment is higher.
When the built-in fixed insulation of conventional home, ornament materials, be directly connected with fixture with wallboard, roof boarding, make wallboard,
Roofing dash-board injury simultaneously forms crossover, reduces wallboard, roof boarding heat-proof quality.
Assembled architecture is the building that country widelys popularize development, to adapt to national development requirement, art personnel
It is directed to researching and developing a kind of integrally-built house of aluminium alloy, is adapted to the requirement of aluminium alloy house prefabricated construction, its component can be
Plant produced, transport scene to and carry out overall package.
The content of the invention
Task of the present utility model is to provide a kind of aluminium alloy structure house, it solve existing steel building weight compared with
Weight, material cost are high, beam cross-section is excessive, and it is built-in when using fixture easy damaged wallboard roof boarding, reduce wallboard roofing
The problems such as plate heat-proof quality.
Technical solution of the present utility model is as follows：
A kind of aluminium alloy structure house, it includes several single aluminum alloy wallboards, several single aluminium alloy floors, Shuo Gedan
Individual aluminum alloy roof plate, the first corner binder, the second corner binder, method of three turning angles binder, the 4th corner binder,
Float eaves, the second aluminium alloy of one aluminium alloy floats eaves and fixed screw；
The splicing pedestal upper lateral part of described single aluminum alloy wallboard one end is provided with clamping groove, the single aluminum alloy wallboard other end
Splicing stop projection be provided with above press strip, single wallboard splicing pedestal stops the mutually chimeric company of press strip with another single wallboard splicing
Connect, splicing stops press strip and is pressed on splicing pedestal and connected by fixed screw, while projection is fastened and connected with clamping groove；
The splicing pedestal side lower part of described single aluminium alloy floor one end is provided with upward clamping groove, and single aluminium alloy floor is another
The splicing of one end stops is provided with downward clamping groove below press strip, and single floor splicing pedestal stops press strip phase with another single floor splicing
Mutually be fitting to connection, splicing stops press strip and is pressed on splicing pedestal and is connected by fixed screw, while upwards clamping groove with downwards
The mutual clasp connection of clamping groove；
The splicing pedestal upper lateral part of described single aluminum alloy roof plate one end is provided with retaining part, and splicing pedestal side lower part is provided with
Clamping groove, the bodies top for splicing only press strip of the single aluminum alloy roof plate other end are provided with projection, splice the top of only press strip
Provided with clasp, single roof boarding splicing pedestal stops press strip with another single roof boarding splicing and is mutually fitting to connection, and splicing stops press strip
It is pressed on splicing pedestal and is connected by fixed screw, now raised to be fastened and connected with clamping groove, at the same time, clasp is with stopping
The mutual clasp connection of support；
The first corner binder shape at an acute angle, the horizontally-spliced pedestal upper lateral part of the first corner binder right-hand member are set
There is clamping groove, the longitudinal spliced pedestal side lower part of the first corner binder lower end is provided with projection, and the first corner binder left end is set
There is link slot；The horizontally-spliced pedestal of first corner binder stops press strip with the splicing of single roof boarding and is mutually fitting to connection, room
Panel splicing stops press strip and is pressed on horizontally-spliced pedestal and is connected by fixed screw, while clamping groove and roof boarding clasp phase
Mutual clasp connection；The longitudinal spliced pedestal of first corner binder stops press strip with the splicing of single wallboard and is mutually fitting to connection, wall
Plate splicing stops press strip and is pressed on longitudinal spliced pedestal and is connected by fixed screw, while raised fastened with wallboard projection connects
Connect；
The second corner binder shape at an acute angle, the splicing of the second corner binder left end stop the bodies top of press strip
Provided with projection, the top that splicing stops press strip is provided with clasp, and the splicing pedestal side lower part of the second corner binder lower end is provided with clamping
Groove, the second corner binder right-hand member are provided with link slot；The second corner binder splicing stops press strip and spliced with single roof boarding
Pedestal is mutually fitting to connection, and splicing stops press strip and is pressed on roof boarding splicing pedestal and connected by fixed screw, now raised
It is fastened and connected with roof boarding clamping groove, at the same time, clasp is connected with the mutual clasp of roof boarding retaining part；
The rectangular shape of method of three turning angles binder, the right-hand member of method of three turning angles binder are provided with horizontally-spliced only press strip,
The left upper end of method of three turning angles binder is provided with longitudinal spliced only press strip and clamping groove；The horizontally-spliced only press strip and single floor
Splicing pedestal is mutually fitting to connection, and horizontally-spliced only press strip is pressed on floor splicing pedestal and connected by fixed screw；Institute
State longitudinal spliced only press strip to be mutually fitting to connection with single wallboard splicing pedestal, longitudinal spliced only press strip is pressed on wallboard splicing base
Connected on seat and by fixed screw, while clamping groove is connected with the single mutual clasp of wallboard clamping groove；
Also rectangular shape, the left end of the 4th corner binder are provided with splicing pedestal and transverse direction to the 4th corner binder
Clamping groove, the upper right side of the 4th corner binder are provided with longitudinal spliced only press strip and longitudinal clamping groove；The splicing pedestal and list
Individual floor splicing stops press strip and is mutually fitting to connection, and splicing stops press strip and is pressed on floor splicing pedestal and connected by fixed screw,
Horizontal clamping groove is connected with the downward mutual clasp of clamping groove in single floor simultaneously；The longitudinal spliced only press strip is spelled with single wallboard
Connect pedestal to be mutually fitting to connection, longitudinal spliced only press strip is pressed on wallboard splicing pedestal and connected by fixed screw, simultaneously
Longitudinal clamping groove is connected with the single mutual clasp of wallboard clamping groove；
First aluminium alloy floats eaves one end provided with connection upper arm and connection underarm, between connecting upper arm and connecting underarm
Eaves end of floaing be provided with clasp；First aluminium alloy floats eaves when being connected with the first corner binder, and float eaves clasp and first turn
The mutual clasp connection of angle binder link slot；
Second aluminium alloy floats eaves one end provided with connection upper arm and connection underarm, between connecting upper arm and connecting underarm
Eaves end of floaing be provided with clasp；Second aluminium alloy floats eaves when being connected with the second corner binder, and float eaves clasp and second turn
The mutual clasp connection of angle binder link slot.
The single aluminum alloy wallboard, which is provided with, is easy to built-in C-shaped installation notch.
The bottom of the single aluminum alloy roof plate, which is provided with, is easy to built-in C-shaped installation notch.
The inside of the single aluminum alloy wallboard is laid with the rib of relatively oblique support；The single aluminium alloy floor
Inside is laid with the rib of relatively oblique support；The inside of the single aluminum alloy roof plate is laid with the muscle of relatively oblique support
Bar.
Groove is buried provided with screw in the middle part of the method for three turning angles binder.
Groove is buried provided with screw in the middle part of the 4th corner binder.
The float bottom of eaves of first aluminium alloy is provided with C-shaped installation notch.
The float other end of eaves installation portion of first aluminium alloy is provided with and dripped edge.
The float other end of eaves installation portion of second aluminium alloy is provided with and dripped edge.
A kind of aluminium alloy structure house of the present utility model includes roofing, metope, ground attachment structure system, is provided with
Aluminum wallboard, aluminium roofing sheet, aluminium floor and the mounting connection structure of corner binder, aluminum wallboard, aluminium roofing sheet, aluminium floor are with turning
The connecting portion of angle binder is equipped with convex-concave catching groove shape, aluminum wallboard, aluminium roofing sheet, aluminium floor and the installation of corner binder
Connection is mutually inlayed, and along with the fixation of screw or screw, is allowed to connection more secure.
The overall structure that aluminum wallboard, aluminium roofing sheet, aluminium floor are connected with corner binder have higher anti-bending strength,
Torsional property, anti-collision performance and overall stability, reduce to cross member, column, the use of collar tie beam or not use, increase
Big house utilization space.The aluminium of the design eaves that floats strengthens the water proofing property of house wall surface, also increases the aesthetic property in house.Aluminium wall
Plate, roof boarding, floor and corner binder have distinctive attachment structure, and water proofing property is strong, and junction can be without using waterproof sealing
Material.
The mounting connection structure of aluminium alloy extrusions wallboard, roof boarding and corner binder in the utility model is mainly applied
On the metope, roofing, ground in aluminium alloy house, aluminium alloy extrusions wallboard, roof boarding, floor and corner binder are designed to tightly
Close slotting spelling snapping mouth, screw fixed Combination form, in the case of without using encapsulant, there is water resistance and easy for installation
The characteristics of.Roof aluminium float eaves devise C-shaped channel can place illumination or Decorative lamp belt, decoration buckle closure can be also installed.Aluminium float eaves setting
Drip and C-shaped channel and flow to metope along can prevent that rainwater from flowing into.
The advantages of aluminium alloy structure house of the present utility model, is as follows：
1st, wallboard, roof boarding, the peculiar structure design in floor.It is overall because each component has unique section, connection design
Structure has higher anti-bending strength, torsional property, anti-collision performance, therefore carries wind-force height, is unlikely to deform, overall firm.Compare
Conventional design can reduce cross member, column, the use of collar tie beam or not use.
When the built-in fixed insulation of conventional home, ornament materials, be directly connected with fixture with wallboard, roof boarding, make wallboard,
Roofing dash-board injury simultaneously forms crossover, reduces wallboard, roof boarding heat-proof quality.The C-shaped installation notch of design, effectively avoid built-in need
Damage when fixed to wallboard, roof boarding.Heat insulating mattress is added to form bridge cut-off in connection fixture and wallboard, roof boarding contact surface,
Improve the heat-proof quality of wallboard, roof boarding.
2nd, rainwater-proof performance is good.Due to aluminium alloy section surface unusual light, smooth, plus building block, machine adds in factory
Work forms, therefore can ensure the smooth and close of its stitching portion, and between every block of wallboard and wallboard, roof boarding and roof boarding, wall
Between plate and corner binder, between roof boarding and roof boarding screw or bolt connection can be used to lock, make to reach between each plate
It is seamlessly connected, is not in thus because the excessive rainwater of seam leaks into, causes aluminium alloy moist within doors.
3rd, it is easy for installation.Aluminium alloy extrusions aluminum wallboard, roof boarding and the connection of corner binder are easier to, and are avoided and are for example welded
The problem of difficulty of construction caused by connecing in succession is big, quality is difficult to ensure card.
4th, can modularized production.The needs that can be arranged according to aluminium alloy house size, door and window, are flexibly formed various forms of
Module is installed, after factory process pre-installation, module is transported into building site and carries out fabricated construction.
5th, can Integral lifting.The utility model adds aluminium alloy gantry frame and beam structure, is set on gantry frame
Screw rod hoisting mechanism has been counted, has been facilitated from handling at the top of house, special hanger need to be used by avoiding from bottom handling, meet that aluminium closes
The requirement of the stable safety of golden house Integral lifting, does not influence house integral structure stress.
6th, use cost is low.Anodic oxidation has been made on aluminium alloy extrusions aluminum wallboard, roof boarding, floor and corner binder surface
Processing, whole house facade is produced hard protective layer, improve corrosion resistance, strengthen wearability and hardness, protect metal
Surface, greatly reduce house maintenance cost in the future.
7th, aluminium alloy building structure is made up of aluminum alloy materials entirely, therefore dismounting may be recovered after scrapping afterwards, again
Melting, recovery value up to the prices of raw materials more than 80%.
8th, aluminium alloy extrusions wallboard, roof boarding, floor, the production of corner binder and mounting technique energy-conserving and environment-protective, own
The processing of wallboard, roof boarding, corner binder is completed in factory, and is sent to building site again after assembly in advance is errorless and is used,
Therefore scene is not required to carry out secondary cutting, cutting or drilled again, will not produce corresponding waste material, will not also produce the noise of cutting,
Scene is safe, clean, clean and tidy without any rubbish, construction environment.
9th, low-carbon emission reduction.The raw material of aluminium alloy extrusions building template are renewable aluminum alloy materials, and it is right to meet country
The energy-saving and environmental protection of construction project, low-carbon, emission reduction regulation.
Brief description of the drawings
Fig. 1 is a kind of aluminium alloy structure house Integral connection structure schematic diagram of the present utility model.
Fig. 2 is A partial schematic diagrams in Fig. 1.
Fig. 3 is B partial schematic diagrams in Fig. 1.
Fig. 4 is C partial schematic diagrams in Fig. 1.
Fig. 5 is D partial schematic diagrams in Fig. 1.
Fig. 6 is aluminum alloy roof plate sectional view.
Fig. 7 is aluminum alloy wallboard sectional view.
Fig. 8 is aluminium alloy floor sectional view.
Fig. 9 is the first corner binder sectional view.
Figure 10 is the second corner binder sectional view.
Figure 11 is method of three turning angles binder sectional view.
Figure 12 is the 4th corner binder sectional view.
Figure 13 is that the first aluminium floats eaves sectional view.
Figure 14 is that the second aluminium floats eaves sectional view.
Reference：
1 is aluminum alloy wallboard, and 2 be fixing screws, and 3 be aluminium alloy floor, and 4 be method of three turning angles binder, and 5 be the 4th corner
Binder, 6 be the first corner binder, and 7 be the second corner binder, and 8 be aluminum alloy roof plate, and 9 be that the first aluminium alloy floats eaves,
10 be that the second aluminium alloy floats eaves；
11 be that wallboard splices pedestal, and 12 be that wallboard splicing stops press strip, and 13 be that wallboard is raised, and 14 be wallboard clamping groove, and 15 are
Support rod, 16 be wallboard C-shaped installation notch；
21 be cross member, and 22 be handling screw rod, and 23 be suspension centre Water-proof aluminium groove, and 24 be gantry frame, and 25 be nut；
31 be floor splicing pedestal, and 32 be the upward clamping groove in floor, and 33 be that floor splicing stops press strip, and 34 be that floor is stopped downwards
Catching groove, 35 be support rod；
41 be method of three turning angles binder it is horizontally-spliced only press strip, 42 be method of three turning angles binder it is longitudinal spliced only press strip, 43
It is that method of three turning angles binder screw buries groove for method of three turning angles binder clamping groove, 44；
51 be that the 4th corner binder splices pedestal, and 52 be the longitudinal spliced only press strip of the 4th corner binder, and 53 be the 4th
Corner binder transverse direction clamping groove, 54 be the 4th corner binder longitudinal direction clamping groove, and 55 be that the 4th corner binder screw buries groove；
61 be the first horizontally-spliced pedestal of corner binder, and 62 be the first corner binder clamping groove, and 63 be the first corner
The longitudinal spliced pedestal of binder, 64 be that the first corner binder is raised, and 65 be the first corner binder link slot；
71 be that the second corner binder splices pedestal, and 72 be the second corner binder clamping groove, and 73 be that the second corner connects
Material splicing stops press strip, and 74 be that the second corner binder is raised, and 75 be the second corner binder clasp, and 76 be the second corner binder
Link slot；
81 be that roof boarding splices pedestal, and 82 be that roof boarding splicing stops press strip, and 83 be that roof boarding is raised, and 84 be roof boarding clamping
Groove, 85 be roof boarding retaining part, and 86 be roof boarding clasp, and 87 be roof boarding C-shaped installation notch, and 88 be support rod；
91 be that first eaves that floats connects upper arm, and 92 be that first eaves that floats connects underarm, and 93 be first to float eaves clasp, and 94 be first to float
Eaves C-shaped installation notch, 95 be that first eaves that floats drips edge；
101 be that second eaves that floats connects upper arm, and 102 be that second eaves that floats connects underarm, and 103 be second to float eaves clasp, and 105 be the
Two eaves that float drip edge.
Embodiment
The utility model is described in detail with reference to the accompanying drawings and examples.
Referring to Fig. 1 to Fig. 5, the utility model provides a kind of aluminium alloy structure house, and it is mainly by several aluminum alloy wallboards
1st, aluminium alloy floor 3, aluminum alloy roof plate 8, the first corner binder 4, the second corner binder 5, method of three turning angles binder 6,
Float eaves 9, the second aluminium alloy of 4th corner binder 7, the first aluminium alloy floats eaves 10 and fixed screw 2 forms.
Referring to Fig. 6 and Fig. 1 to Fig. 3 is combined, the upper lateral part of splicing pedestal 81 of single one end of aluminum alloy roof plate 8, which is set, only to be supported
Portion 85, splicing pedestal 81 side lower part set clamping groove 84；The splicing of the single other end of aluminum alloy roof plate 8 stops the body of press strip 82
Top sets projection 83, and the top that splicing stops press strip 82 sets clasp 86.Single roof boarding splicing pedestal 81 and another single room
Panel splicing stops press strip 82 and is mutually fitting to connection, that is, only press strip 82 is pressed on splicing pedestal 81 and passes through fixation by splicing
Screw 2 is connected, and now projection 83 is fastened and connected with clamping groove 84, and at the same time, clasp 86 is connected with 85 mutual clasp of retaining part.
Referring to Fig. 7 and Fig. 1 to Fig. 5 is combined, the upper lateral part of splicing pedestal 11 of single one end of aluminum alloy wallboard 1 sets clamping groove
14, the splicing of the single other end of aluminum alloy wallboard 1 stops the top of press strip 12 and sets projection 13, single wallboard splicing pedestal 11 with it is another
Single wallboard splicing stops press strip 12 and is mutually fitting to connection, that is, only press strip 12 is pressed on splicing pedestal 11 and passed through by splicing
Fixed screw 2 connects, while projection 13 is fastened and connected with clamping groove 14.
Referring to Fig. 8 and combine Fig. 1, Fig. 4 and Fig. 5, the side lower part of splicing pedestal 31 of single one end of aluminium alloy floor 3 set to
Upper clamping groove 32, the splicing of the single other end of aluminium alloy floor 3 stop the lower section of press strip 33 and set downward clamping groove 34, and single floor is spelled
Connect pedestal 31 and stop press strip 33 with another single floor splicing and be mutually fitting to connection, that is, splicing is stopped into press strip 33 and is pressed on splicing
Connected on pedestal 31 and by fixed screw 2, while clamping groove 32 is connected with downward 34 mutual clasp of clamping groove upwards.
Referring to Fig. 9 and Fig. 1 and Fig. 2 is combined, 6 shape at an acute angle of the first corner binder, the right-hand member of the first corner binder 6
The horizontally-spliced upper lateral part of pedestal 61 sets clamping groove 62, and the side lower part of longitudinal spliced pedestal 63 of the lower end of the first corner binder 6 is set
Projection 64 is put, the left end of the first corner binder 6 sets link slot 65.The horizontally-spliced pedestal 61 of first corner binder and single room
Panel splicing stops press strip 82 and is mutually fitting to connection, that is, roof boarding splicing is stopped into press strip 82 and is pressed on horizontally-spliced pedestal 61
And connected by fixed screw 2, while clamping groove 62 is connected with 86 mutual clasp of roof boarding clasp.First corner binder longitudinal direction
Splicing pedestal 63 stops press strip 12 with the splicing of single wallboard and is mutually fitting to connection, and wallboard splicing stops press strip 12 and is pressed on longitudinal spliced base
Connected on seat 63 and by fixed screw 2, while projection 64 is fastened and connected with wallboard projection 13, is consequently formed firm connected state
Gesture.
Referring to Figure 10 and combine Fig. 1 and Fig. 3,7 shape at an acute angle of the second corner binder, the left end of the second corner binder 7
Splicing stop press strip 73 bodies top set projection 74, splicing stop press strip 73 top set clasp 75.Second corner connects
Expect that the side lower part of splicing pedestal 71 of 7 lower ends sets clamping groove 72, the right-hand member of the second corner binder 7 sets link slot 76.Second turn
Angle binder splicing stops press strip 73 and is mutually fitting to connection with single roof boarding splicing pedestal 81, that is, splicing is stopped into press strip 73 and pressed
Put on roof boarding splicing pedestal 81 and connected by fixed screw 2, now projection 74 is fastened and connected with roof boarding clamping groove 84,
At the same time, clasp 75 is connected with 85 mutual clasp of roof boarding retaining part, is consequently formed firm connection situation.
Referring to Figure 11 and combine Fig. 1 and Fig. 5,4 rectangular shape of method of three turning angles binder, the right side of method of three turning angles binder 4
End sets horizontally-spliced only press strip 41, and the left upper end of method of three turning angles binder 4 sets longitudinal spliced only press strip 42 and clamping groove 43.
Horizontally-spliced only press strip 41 is mutually fitting to connection with single floor splicing pedestal 31, that is, horizontally-spliced only press strip 41 is pressed
Connected on floor splicing pedestal 31 and by fixed screw 2.Longitudinal spliced only press strip 42 splices the phase of pedestal 11 with single wallboard
Mutually it is fitting to connection, longitudinal spliced only press strip 42 is pressed on wallboard splicing pedestal 11 and connected by fixed screw 2, while clamping
Groove 43 is connected with single 14 mutual clasp of wallboard clamping groove, is consequently formed firm connection situation.
Referring to Figure 12 and Fig. 1 and Fig. 4 is combined, the 4th corner binder 5 also rectangular shape, the 4th corner binder 5
Left end sets splicing pedestal 51 and horizontal clamping groove 53, and the upper right side of the 4th corner binder 5 sets longitudinal spliced only press strip 52
With longitudinal clamping groove 54.Splicing pedestal 51 stops press strip 33 with single floor splicing and is mutually fitting to connection, that is, splicing is only pressed
Bar 33 is pressed on floor splicing pedestal 51 and connected by fixed screw 2, while horizontal clamping groove 53 stops downwards with single floor
34 mutual clasp of catching groove connects.Longitudinal spliced only press strip 52 is mutually fitting to connection with single wallboard splicing pedestal 11, longitudinal spliced
Only press strip 52 is pressed on wallboard splicing pedestal 11 and connected by fixed screw 2, while longitudinal clamping groove 54 and single wallboard
14 mutual clasp of clamping groove connects, and is consequently formed firm connection situation.
As shown in Figure 11, groove 44 is buried in the middle part of method of three turning angles binder 4 provided with screw, is easy to fixing screws 2 or bolt,
And it is allowed to hidden.As shown in Figure 12, the middle part of the 4th corner binder 5 also is provided with screw and buries groove 55, so that screw 2 or bolt
Securely fix and be allowed to hidden.
Referring to Figure 13 and combine Fig. 1 and Fig. 2, the first aluminium alloy float the one end of eaves 9 set connection upper arm 91 and connection underarm 92,
In connection upper arm 91 and connect the eaves end set clasp 93 that floats between underarm 92.First aluminium alloy float the corner of eaves 9 and first company
When splicing 6 connects, the eaves clasp 93 that floats is connected with 65 mutual clasp of the first corner binder link slot.
Referring to Figure 14 and combine Fig. 1 and Fig. 3, the second aluminium alloy float the one end of eaves 10 set connection upper arm 101 and connection underarm
102, in connection upper arm 101 and connect the eaves end set clasp 103 that floats between underarm 102.Second aluminium alloy floats eaves 10 and
When two corner binders 7 connect, the eaves clasp 103 that floats is connected with 76 mutual clasp of the second corner binder link slot.
As shown in Figure 13, Fig. 1 and Fig. 2, the float bottom of eaves 9 of the first aluminium alloy is provided with C-shaped installation notch 94, and the first aluminium closes
Gold float the installation portion of eaves 9 the other end set drip along 95.Roof aluminium float eaves design C-shaped channel, can place illumination or Decorative lamp belt,
Decoration buckle closure can be installed.
As shown in Figure 14, Fig. 1 and Fig. 3, the second aluminium alloy float the installation portion of eaves 10 the other end set drip along 105.Aluminium
The eaves that floats sets edge of dripping, and can prevent rainwater from flowing into C-shaped channel and flowing to metope.Design aluminium floats eaves, strengthens the waterproof of house wall surface
Property, also increase the aesthetic property in house.
As shown in figures 6 and 7, the bottom of single aluminum alloy roof plate 8, which is provided with, is easy to built-in C-shaped installation notch 87,
Single aluminum alloy wallboard 1 also is provided with being easy to built-in C-shaped installation notch 16, designs C-shaped installation notch, can effectively avoid built-in need
Damage when fixed to wallboard, roof boarding, adds heat insulating mattress to form bridge cut-off in connection fixture and wallboard, roof boarding contact surface,
Improve the heat-proof quality of wallboard, roof boarding.
For another example shown in Fig. 6, Fig. 7 and Fig. 8, the inside of single aluminum alloy roof plate 8 is laid with several relatively oblique supports
Rib 88, the inside of single aluminum alloy wallboard 1 is laid with the rib 15 of several relatively oblique supports, single aluminium alloy floor 3
Inside be also laid with the ribs 35 of several relatively oblique supports, these ribs can improve aluminum alloy roof plate, wallboard and floor
Anti-bending strength, torsional property, anti-collision performance and the flatness of itself, the input amount of extra support member and fastener is reduced,
Simplify Assembling roof boarding, wallboard and the process on floor.
Aluminium alloy structure house of the present utility model is in order to beneficial to handling, as shown in Figures 1 to 5, be additionally arranged aluminium alloy dragon
Door frame and beam structure, cross member 21 is provided below on floor 3（See Fig. 1, Fig. 4 and Fig. 5）, devised on gantry frame 24
Screw rod hoisting mechanism（See Fig. 3）, handling screw rod 22 is vertically disposed on gantry frame 24 through suspension centre Water-proof aluminium groove 23, handling
The head of screw rod 22 and suspension centre Water-proof aluminium groove 23 are located on roof boarding 8, and the bottom of handling screw rod 22 installation nut 25 is fastened.Such as
This is set, and facilitates from handling at the top of house, and special hanger need to be used by avoiding from bottom handling, meets aluminium alloy house entirety
The requirement of the stable safety of handling, without influenceing house integral structure stress.
In summary, aluminium alloy structure house of the present utility model is mainly using installed in metope, the room in aluminium alloy house
On face, ground, aluminium alloy extrusions wallboard, roof boarding, floor and corner binder are designed to that close slotting spelling snapping mouth, screw are fixed
Combining form, in the case of without using encapsulant, have water resistance and it is easy for installation the characteristics of.
Certainly, those skilled in the art in the art are it should be appreciated that above-described embodiment is intended merely to illustrate this reality
With new, and it is not used as to restriction of the present utility model, as long as in spirit of the present utility model, to above-mentioned reality
Applying change, modification of example etc. will all fall in the range of the utility model claims.
Claims (9)
- A kind of 1. aluminium alloy structure house, it is characterised in that：It includes several single aluminum alloy wallboards（1）, several single aluminium close Golden floor（3）, several single aluminum alloy roof plates（8）, the first corner binder（4）, the second corner binder（5）, the 3rd turn Angle binder（6）, the 4th corner binder（7）, the first aluminium alloy floats eaves（9）, the second aluminium alloy floats eaves（10）And fixed spiral shell Silk（2）；The single aluminum alloy wallboard（1）The splicing pedestal of one end（11）Upper lateral part is provided with clamping groove（14）, single aluminum alloy wall Plate（1）The splicing of the other end stops press strip（12）Top is provided with projection（13）, single wallboard splicing pedestal（11）With another single wall Plate splicing stops press strip（12）Mutually it is fitting to connection, splicing stops press strip（12）It is pressed on splicing pedestal（11）Go up and pass through fixed screw （2）Connection, at the same it is raised（13）With clamping groove（14）It is fastened and connected；The single aluminium alloy floor（3）The splicing pedestal of one end（31）Side lower part is provided with upward clamping groove（32）, single aluminium conjunction Golden floor（3）The splicing of the other end stops press strip（33）Lower section is provided with downward clamping groove（34）, single floor splicing pedestal（31）With Another single floor splicing stops press strip（33）Mutually it is fitting to connection, splicing stops press strip（33）It is pressed on splicing pedestal（31）Go up and lead to Cross fixed screw（2）Connection, while clamping groove upwards（32）With downward clamping groove（34）Mutual clasp connection；The single aluminum alloy roof plate（8）The splicing pedestal of one end（81）Upper lateral part is provided with retaining part（85）, splice pedestal （81）Side lower part is provided with clamping groove（84）, single aluminum alloy roof plate（8）The splicing of the other end stops press strip（82）Bodies top Provided with projection（83）, splice and stop press strip（82）Top be provided with clasp（86）, single roof boarding splicing pedestal（81）With another list Individual roof boarding splicing stops press strip（82）Mutually it is fitting to connection, splicing stops press strip（82）It is pressed on splicing pedestal（81）Above and by solid Determine screw（2）Connection, it is now raised（83）With clamping groove（84）It is fastened and connected, at the same time, clasp（86）With retaining part（85） Mutual clasp connection；The first corner binder（6）Shape at an acute angle, the first corner binder（6）The horizontally-spliced pedestal of right-hand member（61）Side Top is provided with clamping groove（62）, the first corner binder（6）The longitudinal spliced pedestal of lower end（63）Side lower part is provided with projection（64）, First corner binder（6）Left end is provided with link slot（65）；The horizontally-spliced pedestal of first corner binder（61）With it is single Roof boarding splicing stops press strip（82）Mutually it is fitting to connection, roof boarding splicing stops press strip（82）It is pressed on horizontally-spliced pedestal（61）On And pass through fixed screw（2）Connection, while clamping groove（62）With roof boarding clasp（86）Mutual clasp connection；First corner The longitudinal spliced pedestal of binder（63）Stop press strip with the splicing of single wallboard（12）Mutually it is fitting to connection, wallboard splicing stops press strip（12） It is pressed on longitudinal spliced pedestal（63）Go up and pass through fixed screw（2）Connection, at the same it is raised（64）It is raised with wallboard（13）Fasten Connection；The second corner binder（7）Shape at an acute angle, the second corner binder（7）The splicing of left end stops press strip（73）Sheet Projection is provided with the top of body（74）, splice and stop press strip（73）Top be provided with clasp（75）, the second corner binder（7）The spelling of lower end Connect pedestal（71）Side lower part is provided with clamping groove（72）, the second corner binder（7）Right-hand member is provided with link slot（76）；Described second turn Angle binder splicing stops press strip（73）Splice pedestal with single roof boarding（81）Mutually it is fitting to connection, splicing stops press strip（73）It is pressed Splice pedestal in roof boarding（81）Go up and pass through fixed screw（2）Connection, it is now raised（74）With roof boarding clamping groove（84）Button Close connection, at the same time, clasp（75）With roof boarding retaining part（85）Mutual clasp connection；The method of three turning angles binder（4）Rectangular shape, method of three turning angles binder（4）Right-hand member be provided with it is horizontally-spliced only press strip （41）, method of three turning angles binder（4）Left upper end be provided with it is longitudinal spliced only press strip（42）With clamping groove（43）；It is described horizontally-spliced Only press strip（41）With single floor splicing pedestal（31）Mutually it is fitting to connection, horizontally-spliced only press strip（41）It is pressed on floor splicing Pedestal（31）Go up and pass through fixed screw（2）Connection；The longitudinal spliced only press strip（42）Splice pedestal with single wallboard（11） Mutually it is fitting to connection, longitudinal spliced only press strip（42）It is pressed on wallboard splicing pedestal（11）Go up and pass through fixed screw（2）Connection, Clamping groove simultaneously（43）With single wallboard clamping groove（14）Mutual clasp connection；The 4th corner binder（5）Also rectangular shape, the 4th corner binder（5）Left end be provided with splicing pedestal（51） With horizontal clamping groove（53）, the 4th corner binder（5）Upper right side be provided with it is longitudinal spliced only press strip（52）With longitudinal clamping groove （54）；The splicing pedestal（51）Stop press strip with single floor splicing（33）Mutually it is fitting to connection, splicing stops press strip（33）It is pressed In floor splicing pedestal（51）And pass through fixed screw（2）Connection, while horizontal clamping groove（53）With the downward clamping in single floor Groove（34）Mutual clasp connection；The longitudinal spliced only press strip（52）Splice pedestal with single wallboard（11）Mutually it is fitting to connection, Longitudinal spliced only press strip（52）It is pressed on wallboard splicing pedestal（11）Go up and pass through fixed screw（2）Connection, while longitudinal clamping Groove（54）With single wallboard clamping groove（14）Mutual clasp connection；First aluminium alloy floats eaves（9）One end is provided with connection upper arm（91）With connection underarm（92）, in connection upper arm（91）With Connect underarm（92）Between eaves end of floaing be provided with clasp（93）；First aluminium alloy floats eaves（9）With the first corner binder （6）During connection, float eaves clasp（93）With the first corner binder link slot（65）Mutual clasp connection；Second aluminium alloy floats eaves（10）One end is provided with connection upper arm（101）With connection underarm（102）, in connection upper arm （101）With connection underarm（102）Between eaves end of floaing be provided with clasp（103）；Second aluminium alloy floats eaves（10）With second Corner binder（7）During connection, float eaves clasp（103）With the second corner binder link slot（76）Mutual clasp connection.
- 2. aluminium alloy structure house according to claim 1, it is characterised in that：The single aluminum alloy wallboard（1）It is provided with It is easy to built-in C-shaped installation notch（16）.
- 3. aluminium alloy structure house according to claim 1, it is characterised in that：The single aluminum alloy roof plate（8）'s Bottom, which is provided with, is easy to built-in C-shaped installation notch（87）.
- 4. aluminium alloy structure house according to claim 1, it is characterised in that：The single aluminum alloy wallboard（1）It is interior Portion is laid with the rib of relatively oblique support（15）；The single aluminium alloy floor（3）Inside be laid with relatively oblique support Rib（35）；The single aluminum alloy roof plate（8）Inside be laid with the rib of relatively oblique support（88）.
- 5. aluminium alloy structure house according to claim 1, it is characterised in that：The method of three turning angles binder（4）In Groove is buried provided with screw in portion（44）.
- 6. aluminium alloy structure house according to claim 1, it is characterised in that：The 4th corner binder（5）In Groove is buried provided with screw in portion（55）.
- 7. aluminium alloy structure house according to claim 1, it is characterised in that：First aluminium alloy floats eaves（9）Bottom Portion is provided with C-shaped installation notch（94）.
- 8. aluminium alloy structure house according to claim 1, it is characterised in that：First aluminium alloy floats eaves（9）Installation The other end in portion is provided with edge of dripping（95）.
- 9. aluminium alloy structure house according to claim 1, it is characterised in that：Second aluminium alloy floats eaves（10）Installation The other end in portion is provided with edge of dripping（105）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720297458.7U CN206625355U (en) | 2017-03-24 | 2017-03-24 | Aluminium alloy structure house |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720297458.7U CN206625355U (en) | 2017-03-24 | 2017-03-24 | Aluminium alloy structure house |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206625355U true CN206625355U (en) | 2017-11-10 |
Family
ID=60209168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720297458.7U Withdrawn - After Issue CN206625355U (en) | 2017-03-24 | 2017-03-24 | Aluminium alloy structure house |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206625355U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106801473A (en) * | 2017-03-24 | 2017-06-06 | 广东铝遊家科技有限公司 | Aluminium alloy structure house |
| CN110042995A (en) * | 2019-04-25 | 2019-07-23 | 广东铝遊家科技有限公司 | Aluminium alloy external wall decorating plate structure |
-
2017
- 2017-03-24 CN CN201720297458.7U patent/CN206625355U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106801473A (en) * | 2017-03-24 | 2017-06-06 | 广东铝遊家科技有限公司 | Aluminium alloy structure house |
| CN106801473B (en) * | 2017-03-24 | 2023-01-31 | 广东铝遊家科技有限公司 | Aluminum alloy structure house |
| CN110042995A (en) * | 2019-04-25 | 2019-07-23 | 广东铝遊家科技有限公司 | Aluminium alloy external wall decorating plate structure |
| CN110042995B (en) * | 2019-04-25 | 2024-05-03 | 广东铝遊家科技有限公司 | Aluminum alloy outer wall decorative plate structure |
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