CN209369595U - The mounting structure of aluminum alloy doors and windows - Google Patents
The mounting structure of aluminum alloy doors and windows Download PDFInfo
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- CN209369595U CN209369595U CN201821959943.7U CN201821959943U CN209369595U CN 209369595 U CN209369595 U CN 209369595U CN 201821959943 U CN201821959943 U CN 201821959943U CN 209369595 U CN209369595 U CN 209369595U
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Abstract
The utility model relates to the mounting structures of aluminum alloy doors and windows, including base layer structure and door and window, one end of the door and window is set on the base layer structure, the base layer structure includes foundation wall, faced wall, nylon is swollen bolt, steel frame, the faced wall is layed on the foundation wall, the faced wall is provided with fracture, the steel frame is set in the fracture, the first cement layer of sand is provided between the steel frame and the foundation wall, side and the first cement layer of sand of the screw rod of the swollen bolt of nylon across the steel frame, it is arranged in the foundation wall, and header arrangement is in the steel frame.The utility model window mounting structure is solid and reliable, the characteristic with strong air-tightness, strong watertightness and heat preservation.
Description
Technical field
The utility model relates to the technical fields of interior decoration, more particularly, to a kind of mounting structure of aluminum alloy doors and windows.
Background technique
Currently, door and window is one of part of interior architecture, it is made of aluminum alloy building section, is usually used in encapsulating balcony, door
Window frame is big, can inlay the glass of larger area, is that indoor light abundance is bright.
Structure in existing aluminum alloy doors and windows between frame and wall is insecure, causes in installation position there are gap,
Glass cement closing to be commonly used at closing simultaneously, is used for a long time, aging has occurred for glass cement, so aluminum alloy doors and windows are to be completed to test
One of the component of more problems in checking is received, Chang Fasheng air-tightness, watertightness index be not up to standard, is also unfavorable for heat preservation, energy conservation.
Prior art among the above has the following deficiencies: that aluminum alloy doors and windows mounting structure is unreliable, installation position and
Gap is generated at closing.
Utility model content
The purpose of the utility model is to provide a kind of mounting structures of aluminum alloy doors and windows, with sound construction, leakproofness
Strong effect.
The above-mentioned purpose of the utility model has the technical scheme that
The mounting structure of aluminum alloy doors and windows, including base layer structure and door and window, one end of the door and window are set to the base
In structure, the base layer structure includes foundation wall, faced wall, nylon is swollen bolt, steel frame, and the faced wall is layed in the foundation wall
On, the faced wall is provided with fracture, and the steel frame is set in the fracture, sets between the steel frame and the foundation wall
It is equipped with the first cement layer of sand, side and the first cement layer of sand of the screw rod of the swollen bolt of nylon across the steel frame, cloth
It is placed in the foundation wall, and header arrangement is in the steel frame；
The door and window includes vertical frame, crossbearer, and the crossbearer is arranged perpendicular to the vertical frame, and the vertical erection is placed in the base
In layer structure, the vertical frame is bolted on steel frame, and the is provided between the vertical frame and the base layer structure
Two cement layers of sand are provided with glass in the door and window.
By using above-mentioned technical proposal, steel frame is fixed on the first cement layer of sand by the swollen bolt of nylon, nylon is swollen bolt
It by a steel nail and covers the expansion tube on steel nail and is made, barb is provided on impact tube, can be anchored in foundation wall, keeps steel attached
Frame, the first cement layer of sand and foundation wall securely fix integrally, and vertical frame is fixed by bolts on steel frame, and in vertical frame and base
Both the second cement layer of sand between structure can play reinforcement and indulge the rack-mounted firmness for fitting over base layer structure, while can also close
Between gap, cement bonded sand have water imbibition, enhance the air-tightness and watertightness of door and window.
Further, the vertical frame includes window frame, and the window frame is provided at two, respectively close to indoor and outdoor arrangement,
It is provided with heat insulating strip at two between the window frame, the heat insulating strip is at least provided at two.
By using above-mentioned technical proposal, window frame offers card slot, i.e. window frame and close to the side of the second cement layer of sand
Two cement layers of sand are connected by a snap, and reinforce vertical firmness of the frame on the second cement layer of sand, and heat insulating strip is solid also by buckle
It is scheduled on window frame, heat insulating strip has strong thermal insulation, can completely cut off the ambient temperature conducted by the second cement layer of sand, and door and window is made to have one
Fixed heat insulation effect.
Further, it is arranged on the indoor window frame and is provided with the first press strip, be arranged in the outdoor window frame and set
It is equipped with the second press strip, first press strip and second press strip are far from the second cement bonded sand layer arrangement, second pressure
Item is bolted to be arranged in the outdoor window frame, and one end of the glass is set to first press strip and described the
Between two press strips.
By using above-mentioned technical proposal, the first press strip and the second press strip are fixed by snap on window frame, and the two
It is used to glassing, process are as follows: first the second press strip is fixed by bolts on window frame, then glass is installed, finally by the first pressure
Item is connected on window frame, convenient for the detachable maintaining of door and window.
Further, be provided with the first adhesive tape between first press strip and the glass, second press strip with it is described
Fire retardant, anticorrosive batten, seal bar, the second adhesive tape are provided between glass, the fire retardant, anticorrosive batten is close to the base layer structure cloth
It sets, the seal bar is set between the fire retardant, anticorrosive batten and second adhesive tape.
By using above-mentioned technical proposal, fire retardant, anticorrosive wood has fire resisting, heat-resisting, anti-corrosion characteristic, the first adhesive tape toughness
Relatively strong, when glass is when bearing high wind or other outdoor impact forces, the impact force that energy absorbed glass is subject to can make glass have three
Regulatory function is tieed up, also can be by the first adhesive tape come self-control even if glass is distorted, while the first adhesive tape and the second adhesive tape
It is made of EPDM, there is strong oxidative resistance, strong ozone resistants and strong corrosion resistance, non-aging, seal bar compactness is high,
Air circulation, and then fire retardant, anticorrosive wood, the first adhesive tape, the second adhesive tape, seal bar collective effect can be completely cut off, glass and can be filled up
The leakproofness of door and window is reinforced in gap between one press strip and the second press strip.
Further, it is provided between first press strip and the window frame and between second press strip and the window frame
Adhesive layer.
By using above-mentioned technical proposal, adhesive layer is made of glass cement, and adhesive layer is made of glass cement, for being bonded the
Two press strips and window frame, and filling chink reinforce tightness when installation glass between the second press strip and window frame.
Further, third adhesive tape is provided on indoor and outdoor both ends on the second cement layer of sand.
By using above-mentioned technical proposal, third adhesive tape is also made of EPDM, can close the exposure of the second cement layer of sand
At the both ends of air, the installation gap between base layer structure and door and window is further closed.
Further, the glass is made of bilayer, including outdoor layer, indoor layer, the interior layer and the outdoor layer
Between be provided with sealing strip, support frame, support frame as described above is set to one end of the sealing strip.
By using above-mentioned technical proposal, sealing strip tamps the gap between outdoor layer and indoor layer, outdoor floor and room
Inert gas can be filled between internal layer, for absorbing extraneous heat radiation, and interior is passed to, to can reach the effect of heat preservation
Fruit, support frame are used to support outdoor layer and indoor layer, make distance between the two not malleable.
In conclusion the advantageous effects of the utility model are as follows: 1. door and window installation structures are solid and reliable, have strong airtight
The characteristic of property and strong watertightness；2. having certain heat insulation effect at the gap of door and window and base layer structure；3. glass double structure,
Strengthen the heat preservation property of door and window.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is enlarged drawing at A in Fig. 1.
In figure, 1, base layer structure；11, foundation wall；12, faced wall；121, fracture；13, the swollen bolt of nylon；14, steel frame；15,
First cement layer of sand；2, door and window；21, frame is indulged；211, window frame；212, the first press strip；213, the second press strip；2111, heat insulating strip；
22, crossbearer；23, the second cement layer of sand；231, third adhesive tape；24, glass；241, fire retardant, anticorrosive wood；242, seal bar；243,
Two adhesive tape；244, outdoor layer；245, indoor layer；246, sealing strip；247, support frame；261, seal strip；27, the first adhesive tape.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Referring to Figures 1 and 2, a kind of mounting structure of aluminum alloy doors and windows, including 1 He of base layer structure are provided for the utility model
Door and window 2, one end of door and window 2 are set on base layer structure 1, and base layer structure 1 includes foundation wall 11, faced wall 12, nylon is swollen bolt 13, steel
Auxiliary frame 14, faced wall 12 are layed on foundation wall 11, and faced wall 12 offers not to be identified in fracture 121(figure), steel frame 14 is arranged
In in fracture 121, being provided with the first cement layer of sand 15 between steel frame 14 and foundation wall 11, it is attached that the screw rod of nylon is swollen bolt 13 passes through steel
The side of frame 14 and the first cement layer of sand 15, are arranged in foundation wall 11, and header arrangement is in steel frame 14；Door and window 2 includes vertical
Frame 21, crossbearer 22, crossbearer 22 arrange that vertical frame 21 is set on base layer structure 1 perpendicular to vertical frame 21, and vertical frame 21 is bolted
It is provided with the second cement layer of sand 23 on steel frame 14, and between vertical frame 21 and base layer structure 1, is provided with glass 24 in door and window 2.
Steel frame 14 is fixed on the first cement layer of sand 15 by the swollen bolt 13 of nylon, and nylon is swollen bolt 13 is by a steel nail and set
Expansion tube on steel nail is made, and barb is provided on impact tube, can be anchored in foundation wall 11, makes steel frame 14, the first cement
Layer of sand 15 and foundation wall 11 securely fix integrally, and vertical frame 21 is fixed by bolts on steel frame 14, and in vertical frame 21 and base
The second cement layer of sand 23 between structure 1 can play the vertical frame 21 of reinforcement and be assemblied in the firmness of base layer structure 1, while can also seal
Gap between the two is closed, cement bonded sand has water imbibition, enhances the air-tightness and watertightness of door and window 2, while the second cement layer of sand
It is provided with third adhesive tape 231 on indoor and outdoor both ends on 23, the second cement layer of sand 23 can be closed and be exposed to air
Both ends, further close the installation gap between base layer structure 1 and door and window 2.
Vertical frame 21 includes window frame 211, and window frame 211 is provided at two, respectively close to indoor and outdoor arrangement, window frame at two
Heat insulating strip 2111 at two are provided between 211, window frame 211 offers card slot, i.e. window frame close to the side of the second cement layer of sand 23
211 are connected by a snap with the second cement layer of sand 23, reinforce vertical firmness of the frame 21 on the second cement layer of sand 23, heat insulating strip
2111 are fixed on window frame 211 also by buckle, and heat insulating strip 2111 has strong thermal insulation, can completely cut off and be passed by the second cement layer of sand 23
The ambient temperature led makes door and window 2 have certain heat insulation effect.
It is arranged on indoor window frame 211 and is provided with the first press strip 212, be arranged in outdoor window frame 211 and be provided with second
Press strip 213, the first press strip 212 and the second press strip 213 arrange that the first press strip 212 and second is pressed far from the second cement layer of sand 23
Item 213 is fixed by snap on window frame 211, and the second press strip 213 is bolted to be arranged in outdoor window frame 211,
Convenient for the installation of glass 24, process are as follows: first the second press strip 213 is fixed by bolts on window frame 211, then installs glass 24, most
The first press strip 212 is connected on window frame 211 afterwards, convenient for the detachable maintaining of door and window 2, while the second press strip 213 and window frame 211 it
Between be provided with adhesive layer, adhesive layer is made of 24 glue of glass, for being bonded the second press strip 213 and window frame 211, and filling chink,
Reinforce tightness when installation glass 24 between second press strip 213 and window frame 211.
It is provided with the first adhesive tape 27 between first press strip 212 and glass 24, is provided between the second press strip 213 and glass 24
Fire retardant, anticorrosive wood 241, seal bar 242, the second adhesive tape 243,241, fire retardant, anticorrosive wood close to the arrangement of base layer structure 1, seal bar
242 are set between 241, fire retardant, anticorrosive wood and the second adhesive tape 243, and fire retardant, anticorrosive wood 241 has fire resisting, heat-resisting, anti-corrosion spy
Property, 27 toughness of the first adhesive tape is stronger, and when glass 24 is when bearing high wind or other outdoor impact forces, energy absorbed glass 24 is subject to
Impact force can make glass 24 have the function of three-dimensional regulation, also can be by the first adhesive tape 27 come self even if glass 24 is distorted
It adjusts, while the first adhesive tape 27, the second adhesive tape 243 and third adhesive tape 231 are made of EPDM, there is strong resistance to oxidation
Property, strong ozone resistants and strong corrosion resistance, non-aging, 242 compactness of seal bar is high, can completely cut off air circulation, and then fire-retardant
Anticorrosive wood 241, the first adhesive tape 27, the second adhesive tape 243,242 collective effect of seal bar, can fill up glass 24 and the first press strip 212
And second gap between press strip 213, reinforce the leakproofness of door and window 2.
One end of glass 24 is set between the first press strip 212 and the second press strip 213, and glass 24 is made of bilayer, including
Outdoor layer 244, indoor layer 245, are provided with sealing strip 246, support frame 247, support frame between indoor layer 245 and outdoor layer 244
247 are set to one end of sealing strip 246, and sealing strip 246 tamps the gap between outdoor layer 244 and indoor layer 245, outdoor layer
Inert gas can be filled between 244 and indoor layer 245, for absorbing extraneous heat radiation, and interior is passed to, to can reach
The effect of heat preservation, support frame 247 are used to support outdoor layer 244 and indoor layer 245, make distance between the two not malleable.
The implementation principle of the utility model are as follows: be first laid with the first cement layer of sand 15 in fracture 121, then adding steel frame 14 will
Fracture 121 is filled and led up, and steel frame 14 and the first cement layer of sand 15 is fixed on foundation wall 11 with a nylon swollen bolt 13, in steel frame
It is laid with the second cement layer of sand 23 on 14, and is connected by a snap and window frame 211 is fixed on the second cement layer of sand 23, and close
It is fixed with bolt on the second cement layer of sand 23 in indoor window frame 211, while heat insulating strip 2111 being installed, the second press strip 213 peace
On window frame 211, blending bolt is reinforced fixing, and pacifies after installing fire retardant, anticorrosive wood 241, seal bar 242 on the second press strip 213
Glaze 24, and gap is closed with the second adhesive tape 243, then be connected to window for the first press strip 212 after the first adhesive tape 27 is installed
On frame 211, and gap is closed with the first adhesive tape 27.
The embodiment of present embodiment is the preferred embodiment of the utility model, and non-sequential limitation is originally practical new
The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all cover practical with this
Within novel protection scope.
Claims (7)
1. the mounting structure of aluminum alloy doors and windows, including base layer structure (1) and door and window (2), one end of the door and window (2) are set to institute
It states on base layer structure (1), it is characterised in that: the base layer structure (1) includes foundation wall (11), faced wall (12), nylon is swollen bolt
(13), steel frame (14), the faced wall (12) are layed on the foundation wall (11), and the faced wall (12) is provided with fracture
(121), the steel frame (14) is set in the fracture (121), sets between the steel frame (14) and the foundation wall (11)
It is equipped with the first cement layer of sand (15), the screw rod of the swollen bolt of nylon (13) passes through the side and described first of the steel frame (14)
Cement layer of sand (15) is arranged in the foundation wall (11), and header arrangement is in the steel frame (14)；
The door and window (2) includes vertical frame (21), crossbearer (22), and the crossbearer (22) is arranged perpendicular to the vertical frame (21), described
Vertical frame (21) are set on the base layer structure (1), and the vertical frame (21) is bolted on steel frame (14), and described
It is provided with the second cement layer of sand (23) between vertical frame (21) and the base layer structure (1), is provided with glass in the door and window (2)
(24)。
2. the mounting structure of aluminum alloy doors and windows according to claim 1, it is characterised in that: the vertical frame (21) includes window frame
(211), the window frame (211) is provided at two, respectively close to indoor and outdoor arrangement, sets between the window frame (211) at two
It is equipped with heat insulating strip (2111), the heat insulating strip (2111) is at least provided at two.
3. the mounting structure of aluminum alloy doors and windows according to claim 2, it is characterised in that: be arranged in the indoor window frame
(211) it is provided with the first press strip (212) on, is arranged in the outdoor window frame (211) and is provided with the second press strip (213), it is described
First press strip (212) and second press strip (213) are far from the second cement layer of sand (23) arrangement, second press strip
(213) it is bolted to be arranged in the outdoor window frame (211), one end of the glass (24) is set to described first
Between press strip (212) and second press strip (213).
4. the mounting structure of aluminum alloy doors and windows according to claim 3, it is characterised in that: first press strip (212) with
It is provided with the first adhesive tape (27) between the glass (24), is provided between second press strip (213) and the glass (24)
Fire retardant, anticorrosive wood (241) item, seal bar (242), the second adhesive tape (243), wooden (241) item of the fire retardant, anticorrosive is close to the base
Structure (1) arrangement, the seal bar (242) be set to wooden (241) item of the fire retardant, anticorrosive and second adhesive tape (243) it
Between.
5. the mounting structure of aluminum alloy doors and windows according to claim 3, it is characterised in that: second press strip (213) with
Adhesive layer is provided between the window frame (211).
6. the mounting structure of aluminum alloy doors and windows according to claim 1, it is characterised in that: leaned on the second cement layer of sand (23)
Third adhesive tape (231) are provided on close indoor and outdoor both ends.
7. the mounting structure of aluminum alloy doors and windows according to claim 1, it is characterised in that: the glass (24) is made by bilayer
At, including outdoor layer (244), indoor layer (245), closing is provided between the interior layer (245) and the outdoor layer (244)
Item (246), support frame (247), support frame as described above (247) are set to one end of the sealing strip (246).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821959943.7U CN209369595U (en) | 2018-11-26 | 2018-11-26 | The mounting structure of aluminum alloy doors and windows |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821959943.7U CN209369595U (en) | 2018-11-26 | 2018-11-26 | The mounting structure of aluminum alloy doors and windows |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209369595U true CN209369595U (en) | 2019-09-10 |
Family
ID=67834250
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821959943.7U Active CN209369595U (en) | 2018-11-26 | 2018-11-26 | The mounting structure of aluminum alloy doors and windows |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209369595U (en) |
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2018
- 2018-11-26 CN CN201821959943.7U patent/CN209369595U/en active Active
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