CN102052045B - Frame-hiding three-glass energy-saving sound insulating window and manufacture method thereof - Google Patents
Frame-hiding three-glass energy-saving sound insulating window and manufacture method thereof Download PDFInfo
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- CN102052045B CN102052045B CN2009102092350A CN200910209235A CN102052045B CN 102052045 B CN102052045 B CN 102052045B CN 2009102092350 A CN2009102092350 A CN 2009102092350A CN 200910209235 A CN200910209235 A CN 200910209235A CN 102052045 B CN102052045 B CN 102052045B
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Abstract
The invention relates to a frame-hiding three-glass energy-saving sound insulating window and a manufacture method thereof. The sound insulating window is characterized by comprising a flat opening window sash (1) consisting of a hollow glass inner layer and a single glass outer layer, a fixed window sash (2) and a window outer frame (3), wherein a muntin (11) needs to be arranged between the flat opening window sash (1) and the fixed window sash (2) according to design style; the hollow glass (4) is fixedly connected with the flat opening window sash (1) by a seal adhesive tape (5) and a flat opening window sash press strip (6); the single glass (7) is fixedly connected with the outer side of the flat opening window sash (1) by a double-side adhesive tape (8) and silicone structure adhesive (9); the top surface of the window outer frame (3) is in flexible embedded seal connection with a wall body (10) by a polyurethane foaming agent; and the top surface of the flat opening window sash (1) is connected with a window frame by a stainless steel sliding support (12). The invention has the advantages of firm and durable structure, tensile resistance, high shearing strength, stable quality, high noise reducing and sound insulating performance, air tightness, high watertight performance, high heat preserving performance and attractive appearance.
Description
Technical field
The present invention relates to be used for the Concealed frame window structure of building masonry wall, a kind of specifically latent frame three glass energy-saving sound insulation window and manufacturing approaches thereof with insulation, energy-conservation, anti-acoustic capability.
Background technology
Common frame concealed curtain wall exists following shortcoming .1. open amount room ventilation situation little, that cause building relatively poor.2. common frame concealed curtain wall only is applicable to office, industrial construction and is not suitable for civilian construction that the present invention is primarily aimed at the residential houses and uses.3. common frame concealed curtain wall adopts hollow glass or single-glass, its insulation, energy-conservation, anti-acoustic capability is poor, manufacturing cost is high, cost an arm and a leg, poor for applicability.In the prior art; Like the patent No. is " 90 degree casement windows of latent frame hollow glass curtain wall " utility model of ZL200720309596.9; It comprises hollow glass, curtain wall vertical columns and curtain wall fixed cross beam, and hollow glass is provided with the aluminum window inside casing, and the aluminium alloys inside casing is connected with the curtain wall vertical columns through flat folding page or leaf; The corresponding position of aluminum window inside casing is provided with the aluminum window housing, and the aluminium alloys housing is fixed on curtain wall vertical columns and the curtain wall fixed cross beam.90 of absolutely empty curtain wall degree casement windows can be installed in the cladding glass window between the cladding glass of highrise building easily in this latent frame, can realize flat opening, and also can guarantee to open safety, make the indoor good ventilation that obtains.But the performance of this utility model at aspects such as insulation, energy-conservation, noise reduction cost performances still is apparent not enough and price is higher, is not suitable for the residential houses.On the other hand, also there are shortcomings such as the thick outer facade of window frame is not attractive in appearance, heat preservation energy-saving anti-acoustic capability difference in the window construction of common building body of wall.
Summary of the invention
The purpose of this invention is to provide latent frame three glass energy-saving sound insulation window and the manufacturing approaches thereof that a kind of open amount is big, the heat preservation energy-saving anti-acoustic capability is good, cost is low.
Said soundproof window by comprise hollow glass internal layer and the outer field flat-opening window-leaf of single glass, fixed fan and outside window frame form; Flat-opening window-leaf is according to being provided with middle stile between design lattice needs and the fixed fan; Said hollow glass is fixedly connected with flat-opening window-leaf through sealing joint strip, flat-opening window-leaf press strip; Said single glass is fixedly connected with the flat-opening window-leaf outside through double-sided tape, structural silicone adhesive; The said end face of frame outside window is through polyurethane foams and flexible chimeric being tightly connected of body of wall, and the end face of flat-opening window-leaf is connected with window frame through the sliding support of stainless steel.
Said hollow glass is fixedly connected with fixed fan through sealing joint strip, fixed fan press strip, and said single glass is fixedly connected with the fixed fan outside through double-sided tape, structural silicone adhesive.
Said single glass is in the same plane.
Facade is in the same plane in said
The flat-opening window-leaf of said latent frame three glass energy-saving sound insulation windows, fixed fan, outside window frame and in stile all adopt the bridge insulation thermal resistance aluminium section structure of the heat insulating strip processing of two component polyurethane adiabatic gum or glass fibre reinforced nylon.
A kind of production method of latent frame three glass energy-saving sound insulation windows:
The first step: section bar cutting stock: frame section two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw outside window up and down; Middle stile two ends are pressed design length with 90 ° of blankings of Double-edged Incising Saw; Flat-opening window-leaf two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw; Fixed fan two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw; Flat-opening window-leaf press strip, fixed fan press strip two ends are used 90 ° of blankings of single head cast-cutting saw respectively by design length; Frame, flat-opening window-leaf, fixed fan group angle are used 90 ° of blankings of automatic angle-code saw with the angle sign indicating number respectively by design length outside window.
Second step: bore and to mill multi-point lock handle hole: on flat-opening window-leaf, bore with the single head copy milling by the multiple spot handle lockhole of design Selection and to mill the handle hole; Stile's tenon mouth in milling: using facing cut by design is the tenon mouth that middle stile opens corresponding size.
The 3rd step: group angle: the angle sign indicating number of housing institute sawing is inserted up and down four outter frame profiles outside window in the frame, be made into housing with corner combining machine; The angle sign indicating number of flat-opening window-leaf institute sawing is inserted in the flat-opening window-leaf section bar (note handle sectional direction can not oppositely), be made into flat-opening window-leaf with corner combining machine; The angle sign indicating number of fixed fan institute sawing is inserted in the fixed fan section bar, be made into fixed fan with corner combining machine.
The 4th step: assembling: middle stile is packed in the moulding housing, connect with screw in corresponding position by design; Be respectively charged into corresponding adhesive tape outside window in frame, flat-opening window-leaf, middle stile, the fixed fan adhesive tape notch; Flat-opening window-leaf, the supporting single glass of fixed fan are fixed on flat-opening window-leaf, the fixed fan with two-sided tape respectively and beat structural silicone adhesive; Treat after the silicone structure adhesive curing flat-opening window-leaf to be slided support and frame, the connection of middle stile outside window through stainless steel, fixed fan is with 5 * 30 stainless steel screws and frame, the connection of middle stile outside window.
The 5th step: dress opens and closes Hardware fitting: on flat-opening window-leaf, assemble handle, drive link, lock.The 6th step: glassing: hollow glass is packed in flat-opening window-leaf, the fixed fan, with flat-opening window-leaf press strip, fixed fan press strip indentation sealing.
The invention has the beneficial effects as follows:
1. sound construction is durable, and this window adopts the bridge-cut aluminum section bar of the heat insulating strip processing of two component polyurethane adiabatic gum or glass fibre reinforced nylon, and technical maturity is stable, tension, high, the steady quality of shear strength.
2. the noise reduction sound insulation property is good; This window internal layer adopts the 5mm+9A+5mm hollow glass, and skin adopts the single glass of 5mm, and the air layer of 27mm is arranged between hollow glass and the single glass; Can effectively reduce the resonance effects of sound wave; Reduce the injury of noise pollution to human body, sound insulation property is very good, and sound insulation factor can reach about 36 decibels.
3. tightness, watertightness performance are high, and processing mode combines metal door and window and two kinds of technologies of curtain wall, and waterproof effect is good; Airtight employing three road adhesive tape sealing cooperate the multi-point lock accessory to use, and can reduce infiltration, increase substantially the surface of air permeation preventive performance and the rain penetration performance of this window.
4. good heat insulating, this window Coefficient K value is 2.4w/ (m when skin selects for use 5mm coated glass internal layer to select white hollow glass 5mm+9A+5mm for use
2.K) about; Select for use 5mm+9A+5mm hollow LOW-E glass K value coefficient more can reach 1.9w/ (m like internal layer
2.K) about.It can regulate solar radiation effectively, saves the refrigeration expense summer, saves heat cost winter.
5. good looking appearance; Interior outer profile surface is same plane, no matter the indoor and outdoor is all neatly attractive in appearance, architectural appearance is just as high-grade frame concealed curtain wall effect; Open amount is more suitable in dwelling house greatly and conveniently, has avoided common frame concealed curtain wall to open the limited limitation that is not suitable for dwelling house.
6, glass damages and changes conveniently: the internal layer hollow glass adopts the adhesive tape sealing convenient disassembly to help changing glass.
7, cost performance is high: processing mode combines metal door and window and two kinds of technologies of frame concealed curtain wall, and the price of other door and window and frame concealed curtain wall that specific energy reaches identical performance indications is low.
Description of drawings
Fig. 1 is an elevational schematic view of the present invention,
Fig. 2 is the longitudinal sectional view of Fig. 1,
Fig. 3 is the flat-opening window-leaf transverse sectional view,
Fig. 4 is the fixed fan transverse sectional view,
Fig. 5 is flat-opening window-leaf lock point, lock structural representation.
Among the figure: the 1-flat-opening window-leaf, the 2-fixed fan, 3-is frame outside window, and 4, the 4-1-hollow glass, 5, the 5-1-sealing joint strip; 6-flat-opening window-leaf press strip, 6-1-fixed fan press strip, 7, the single glass of 7-1-, 8-double-sided tape, 9-structural silicone adhesive; The 10-body of wall, stile among the 11-, the sliding support of 12-stainless steel, 13-heat insulating strip; 14-glass cement cushion block, 15-eave-board, 16-multi-point lock handle, 17-lock point, lock; 18, the left and right section of 19-soundproof window fixed fan, 20, the left and right section of 21-soundproof window flat-opening window-leaf, 23-sound insulation window mullion section, 24, the upper and lower section of 22-soundproof window.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is described further.Among Fig. 1,2, said soundproof window by comprise the outer field flat-opening window-leaf of hollow glass internal layer and single glass 1, fixed fan 2 and outside window frame 3 form; Flat-opening window-leaf 1 is according to stile 11 in being provided with between design lattice needs and the fixed fan 2; Said hollow glass 4 is fixedly connected with flat-opening window-leaf 1 through sealing joint strip 5, flat-opening window-leaf press strip 6; Said single glass 7 is fixedly connected with flat-opening window-leaf 1 outside through double-sided tape 8, structural silicone adhesive 9; Said 3 end faces of frame outside window are through polyurethane foams and body of wall 10 flexible chimeric being tightly connected, and the end face of flat-opening window-leaf 1 is connected with window frame through the sliding support of stainless steel 12.
Said hollow glass 4-1 is fixedly connected with fixed fan 2 through sealing joint strip 5-1, fixed fan press strip 6-1, and said single glass 7-1 is fixedly connected with fixed fan 2 outsides through two-sided tape 8, structural silicone adhesive 9.
Said single glass 7,7-1 are in the same plane.
Among Fig. 2,3,4,5, the flat-opening window-leaf 1 of said latent frame three glass energy-saving sound insulation windows, fixed fan 2, outside window frame 3 and in stile 11 all adopt the bridge insulation thermal resistance aluminium section structure of heat insulating strip 13 processing of two component polyurethane adiabatic gum or glass fibre reinforced nylon.
Its production method is: the first step: the section bar cutting stock: frame 3 section bars two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw outside window up and down; Middle stile 11 2 ends are pressed design length with 90 ° of blankings of Double-edged Incising Saw; Flat-opening window-leaf 1 two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw; Fixed fan 2 two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw; Flat-opening window-leaf press strip 6, fixed fan press strip 6-1 two ends are used 90 ° of blankings of single head cast-cutting saw respectively by design length; Frame 3, flat-opening window-leaf 1,2 groups of angles of fixed fan are used 90 ° of blankings of automatic angle-code saw with the angle sign indicating number respectively by design length outside window.
Second step: bore and to mill multi-point lock handle hole: on flat-opening window-leaf 1, bore with the single head copy milling by multiple spot handle 16 lockholes of design Selection and to mill the handle hole; Stile's 11 tenon mouths in milling: using facing cut by design is the tenon mouth that middle stile 11 opens corresponding size.
The 3rd step: group angle: the angle sign indicating number of 3 sawings of housing is inserted up and down four outter frame profiles outside window in the frame 3, be made into housing with corner combining machine; The angle sign indicating number of 1 sawing of flat-opening window-leaf is inserted in the flat-opening window-leaf section bar (note handle sectional direction can not oppositely), be made into flat-opening window-leaf with corner combining machine; The angle sign indicating number of 2 sawings of fixed fan is inserted in the fixed fan section bar, be made into fixed fan with corner combining machine.
The 4th step: assembling: middle stile 11 is packed in the moulding housing, connect with screw in corresponding position by design; Be respectively charged into corresponding adhesive tape outside window in frame 3, flat-opening window-leaf 1, middle stile 11, the fixed fan 2 adhesive tape notches; Flat-opening window-leaf 1, fixed fan 2 supporting single glass are fixed on flat-opening window-leaf 1, the fixed fan 2 with two-sided tape respectively and beat structural silicone adhesive; Treat after the silicone structure adhesive curing flat-opening window-leaf 1 to be supportted and frame 3,11 connections of middle stile outside window through stainless steel is sliding, fixed fan 2 usefulness 5 * 30 stainless steel screws are with frame 3, middle stile 11 connect outside window.
The 5th step: dress opens and closes Hardware fitting: on flat-opening window-leaf 1, assemble handle, drive link, lock.
The 6th step: glassing: hollow glass is packed in flat-opening window-leaf 1, the fixed fan 2, with flat-opening window-leaf press strip 6, fixed fan press strip 6-1 indentation sealing.
Among Fig. 3, multi-point lock handle 16 is installed on flat-opening window-leaf 1.
Among Fig. 5, lock point, lock 17 are installed on flat-opening window-leaf 1.
Claims (5)
1. latent frame three glass energy-saving sound insulation windows is characterized in that: said soundproof window by comprise hollow glass internal layer and the outer field flat-opening window-leaf of single glass (1), comprise hollow glass internal layer and the outer field fixed fan of single glass (2) and outside window frame (3) form; Flat-opening window-leaf (1) is according to being provided with middle stile (11) between design lattice needs and the fixed fan (2); Said hollow glass (4) is fixedly connected with flat-opening window-leaf (1) through sealing joint strip (5), flat-opening window-leaf press strip (6); Said single glass (7) is fixedly connected with flat-opening window-leaf (1) outside through double-sided tape (8), structural silicone adhesive (9); Said frame outside window (3) end face is through polyurethane foams and flexible chimeric being tightly connected of body of wall (10), and the end face of flat-opening window-leaf (1) is connected with window frame through the sliding support of stainless steel (12).
2. latent frame three glass energy-saving sound insulation windows according to claim 1; It is characterized in that: the hollow glass in the said fixed fan (4-1) is fixedly connected with fixed fan (2) through sealing joint strip (5-1), fixed fan press strip (6-1), and said single glass (7-1) is fixedly connected with fixed fan (2) outside through double-sided tape (8), structural silicone adhesive (9).
3. latent frame three glass energy-saving sound insulation windows according to claim 1 is characterized in that: the said single glass (7) on the flat-opening window-leaf (1) is in the same plane with the single glass (7-1) on the fixed fan (2).
4. latent frame three glass energy-saving sound insulation windows according to claim 1 is characterized in that: the flat-opening window-leaf (1) of said latent frame three glass energy-saving sound insulation windows, fixed fan (2), outside window frame (3) and in stile (11) all adopt the bridge insulation thermal resistance aluminium section structure of heat insulating strip (13) processing of two component polyurethane adiabatic gum or glass fibre reinforced nylon.
5. the manufacturing approach of latent frame three glass energy-saving sound insulation windows is characterized in that carrying out according to following steps:
The first step; The section bar cutting stock: design length is pressed with 45 ° of blankings of Double-edged Incising Saw in upper and lower, left and right frame (3) section bar two ends outside window; Middle stile (11) two ends are pressed design length with 90 ° of blankings of Double-edged Incising Saw; Flat-opening window-leaf (1) two end is pressed design length with 45 ° of blankings of Double-edged Incising Saw; Fixed fan (2) two ends are pressed design length with 45 ° of blankings of Double-edged Incising Saw, and flat-opening window-leaf press strip (6), fixed fan press strip (6-1) two ends are used 90 ° of blankings of single head cast-cutting saw respectively by design length, and frame (3), flat-opening window-leaf (1), fixed fan (2) group angle are used 90 ° of blankings of automatic angle-code saw with the angle sign indicating number respectively by design length outside window;
In second step, bore and mill multi-point lock handle hole: go up to bore at flat-opening window-leaf (1) with the single head copy milling by multiple spot handle (16) lockhole of design Selection and mill the handle hole, mill middle stile (11) tenon mouth: using facing cut by design is the tenon mouth that middle stile (11) opens corresponding size;
The 3rd step; The group angle: angle sign indicating number insertion that will frame (3) institute sawing outside window is four outter frame profiles outside window in the frame (3) up and down; Be made into housing with corner combining machine, in the angle sign indicating number insertion flat-opening window-leaf section bar with the sawing of flat-opening window-leaf (1) institute, be made into flat-opening window-leaf with corner combining machine; The angle sign indicating number of fixed fan (2) institute sawing is inserted in the fixed fan section bar, be made into fixed fan with corner combining machine;
The 4th step; Assembling: middle stile (11) is packed in the moulding housing; Connect with screw in corresponding position by design; Be respectively charged into corresponding adhesive tape in the frame outside window (3), flat-opening window-leaf (1), middle stile (11), fixed fan (2) the adhesive tape notch, flat-opening window-leaf (1), the supporting single glass of fixed fan (2) be fixed in flat-opening window-leaf (1), fixed fan (2) with two-sided tape respectively go up and beat structural silicone adhesive; Treat after the silicone structure adhesive curing flat-opening window-leaf (1) to be slided support and frame (3), middle stile (11) connection outside window through stainless steel, fixed fan (2) is with 5 * 30 stainless steel screws and frame (3), middle stile (11) connection outside window;
In the 5th step, dress opens and closes Hardware fitting: go up assembling handle, drive link, lock at flat-opening window-leaf (1);
The 6th step, glassing: hollow glass is packed in flat-opening window-leaf (1), the fixed fan (2), with flat-opening window-leaf press strip (6), fixed fan press strip (6-1) indentation sealing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102092350A CN102052045B (en) | 2009-10-30 | 2009-10-30 | Frame-hiding three-glass energy-saving sound insulating window and manufacture method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009102092350A CN102052045B (en) | 2009-10-30 | 2009-10-30 | Frame-hiding three-glass energy-saving sound insulating window and manufacture method thereof |
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| CN102052045A CN102052045A (en) | 2011-05-11 |
| CN102052045B true CN102052045B (en) | 2012-07-04 |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102979411A (en) * | 2012-11-30 | 2013-03-20 | 哈尔滨森鹰窗业股份有限公司 | Aluminum-foam board-wood composite four-glass inward opening heat-preservation window |
| CN105019583A (en) * | 2014-04-22 | 2015-11-04 | 杨德富 | Heat-insulating glass curtain wall |
| CN106401388A (en) * | 2016-08-06 | 2017-02-15 | 内蒙古文德茵莱节能门窗有限公司 | Manufacturing process of casement window |
| CN107605330A (en) * | 2017-11-02 | 2018-01-19 | 武汉鸿和岗科技有限公司 | A kind of middle stile for being advantageous to improve installation progress and quality for double pane |
| CN107724868A (en) * | 2017-11-02 | 2018-02-23 | 武汉鸿和岗科技有限公司 | A kind of fan upper ledge for being beneficial to improve installation progress and quality for double pane |
| CN107630630A (en) * | 2017-11-02 | 2018-01-26 | 武汉鸿和岗科技有限公司 | A kind of fixed fan upper ledge for being beneficial to improve installation progress and quality for windowpane |
| CN107605329A (en) * | 2017-11-02 | 2018-01-19 | 武汉鸿和岗科技有限公司 | A kind of upper transverse frame for being advantageous to installation progress and quality for double pane |
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