CN101333905A - Ternary heat insulation glass window with built-in louvre window - Google Patents
Ternary heat insulation glass window with built-in louvre window Download PDFInfo
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- CN101333905A CN101333905A CNA2008100253476A CN200810025347A CN101333905A CN 101333905 A CN101333905 A CN 101333905A CN A2008100253476 A CNA2008100253476 A CN A2008100253476A CN 200810025347 A CN200810025347 A CN 200810025347A CN 101333905 A CN101333905 A CN 101333905A
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Abstract
Disclosed is a three-layer heat insulation glass window with an inner louver, comprising a double-layer glass window, a first window sash in the window bore formed by the insertion of a heat insulation seal gasket along the length direction on the position that the double-layer glass window is connected, an inner louver, a lifting device used for controlling the lifting of the louver, a heat insulation box fixed on the first window sash according to the combination means, an inner side glass window designed for the inner louver and the heat insulation box, a second window sash which is formed that the inner side glass window is inserted into the window bore formed by the insertion of the insulation seal gasket along the length direction on the position that the first window sash is connected, and is fixed by a fixing seal gasket, and a main window sash; the main window sash includes an inside window sash and an outside window sash; the outside window sash is clung tightly with the lateral side of the double-layer glass window through a rubber damper; the inside window sash is connected with the inner side of double-layer glass window with the connection part thereof form a window bore along the length direction of the main window sash; a fixing seal gasket is inserted into the window bore to enable the inside window sash to be clung tightly with the double-layer glass window through the fixing seal gasket; the inside window sash is connected with the outside window sash through a heat insulation handle.
Description
Technical field
The present invention relates to a kind of heat insulation window, particularly a kind of ternary heat insulation window of the built-in shutter that is used for anti-falling stop ash or pollutes.
Background technology
Common heat insulation window is to set fixed interval on window frame with two glass plates, and filling nitrogen forms air layer between glass plate, thereby improve its heat-proof quality, and external variation played cushioning effect, or possesses interior windows more than left and right folding a pair of at the esconson that is fixed in body of wall, and constitute at the outside a pair of above outside window that left and right folding is installed of window frame, between this inside and outside window, form air layer exactly, the raising heat-proof quality.
And, the front of window or back, for prevent the perspective and shading, but shelters such as curtain, shutter are installed in addition.But in recent years, consider apparent aesthetic feeling and convenience etc., more than various shading means combine with electric device, control automatically.And, electric-powered shutter is installed in the inner space between the double window, can control automatically shutter.
As mentioned above; filling nitrogen between double window in the past, window with built-in louver finishes up with encapsulant at last again; so structure usually can be because the variation of ambient temperature make air layer between the double window phenomenon of expanding with heat and contract with cold, so glass also deforms easily.The big more air layer in interval between the double window is thick more, and the air layer distortion probability of heavy sheet glass more is big more, so the slit occurs between glass and the encapsulant, exists effect of heat insulation to reduce phenomenon.For preventing the appearance of above problem, consider from the permission distortion probability of glass, can only the space width between the double window of window with built-in louver be limited.
But if the space width between the double window is limited, the width of shutter naturally also can be restricted, and therefore, the possibility that occurs flaw during the shutter lifting is just very high.When flaw appears in window with built-in louver, for repairing shutter in the window that has sealed, dismantle the window of window with built-in louver in the past, it is studied for a second time courses one has flunked, just there is the problem of the too much repair cost of waste in this.
Yet, if shutter is placed not between filling nitrogen, the not Packed double window, though can not have restricted problem to the space width between the double window like this, each glass window of shutter both sides can't play normal cushioning effect to external temperature or pressure variation, and the formation of functions such as the due maximum characteristics of double window---heat insulation, sound insulation, waterproof just is difficult to expectation.
Still more, window frame or sash be all based on the fast aluminium that conducts heat, so the heat by its material building outside will pass to inside, at this moment only relies on the inner double window that forms air layer, is difficult to reach high efficiency effect of heat insulation.
Summary of the invention
The present invention is for addressing the above problem motion, its purpose just provides a kind of ternary heat insulation glass window of the built-in shutter that is fit to anti-falling stop ash or pollutes, make the interval between the window glass not be subjected to any restriction, guarantee stronger heat insulation, sound insulation, water resistance simultaneously, external temperature or pressure are changed also can fully play cushioning effect.
A kind of technical scheme provided by the invention is: a kind of ternary heat insulation glass window of window with built-in louver, it comprises double window, the first sash window with built-in louver that is installed in the exterior wall front and the lifting gear that is used to control the window with built-in louver lifting, heat insulation box, inner glass window, second sash, forms the main sash of skin support body.Described double window keeps sealing at interval and with encapsulant with parting bead; Described first sash is connected with double window, having the window thorax that forms along the length direction of first sash with the double window joint, inserts heat insulation sealing gasket in this window thorax on described first sash; Described heat insulation box is fixed on first sash, and window with built-in louver, heat insulation box are contained between inner glass window and the upper strata glass window; The inner glass window is installed on second sash and is arranged between the two with the fixing seal pad and fixes, and described second sash is connected with first sash and forms fenestrate thorax in the joint along the length direction of two sash, inserts heat insulation sealing gasket in the window thorax; Main sash is connected with first sash, described main sash comprises inboard sash, outside sash, outside sash utilizes rubber shock absorber to be adjacent to mutually with the outside of double window, the inboard of inboard sash and double window joins and the length direction along main sash forms the window thorax in the joint, insert the fixing seal pad in this window thorax, make inboard sash and double window utilize the fixing seal pad to be adjacent to, inboard sash is connected by heat insulation handle with outside sash.
The present invention also provides another technical scheme: a kind of ternary heat insulation glass window of window with built-in louver, it comprises double window, first sash, the window with built-in louver and the lifting gear that is used to control the window with built-in louver lifting that are installed in the exterior wall front, is fixed in heat insulation box, inner glass window, second sash, the main sash that constitutes the skin support body, the 3rd sash and four-light fan on first sash.Described double window keeps sealing at interval and with encapsulant with parting bead; Described first sash is connected with double window, having the window thorax that forms along the length direction of first sash with the double window joint, inserts heat insulation sealing gasket in this window thorax on described first sash; Window with built-in louver, heat insulation box are contained between inner glass window and the upper strata glass window; The inner glass window is installed on second sash and is arranged between the two with the fixing seal pad and fixes, and described second sash is connected with first sash and forms fenestrate thorax in the joint along the length direction of two sash, inserts heat insulation sealing gasket in the window thorax; The 3rd sash is connected with main sash, and the 3rd sash comprises inboard sash, outside sash, is connected by the medial and lateral sash of heat insulation handle with the 3rd sash; The four-light fan is connected with first sash, this four-light fan also joins with the 3rd sash and forms the window thorax in the joint along the length direction of four-light fan, insert heat insulation sealing gasket in this window thorax, utilize the fixing seal pad to be adjacent to mutually between described four-light fan and the upper strata glass window, described four-light fan comprises the medial and lateral sash, is connected by the medial and lateral sash of heat insulation handle with the four-light fan.
Further, be provided as the rubber shock absorber of alleviating impact material between above-mentioned main sash and the 3rd sash, length direction in main sash and the 3rd sash joint along main sash forms the window thorax, the fixing seal pad that inserts in this window thorax, also form draw-in groove on the main sash, main sash utilizes draw-in groove and the 3rd sash secure bond.
Described main sash comprises inboard sash, outside sash, and inboard sash is connected by heat insulation handle with outside sash.
The present invention compared with prior art, have following advantage: the present invention makes between the window glass of window with built-in louver at interval, when not being subjected to any restriction, performances such as it is heat insulation, sound insulation, waterproof are superpower, external temperature or pressure are changed and can fully play cushioning effect, moreover, can also increase apparent aesthetic feeling, and, be fit to prevent the fall ash or the pollution of shutter.In addition, the compound utilization of parts such as heat insulation sealing gasket and heat insulation handle can prevent effectively that the heat of building outside from passing to inside by sash.
Description of drawings
Fig. 1 is the front view according to the ternary heat insulation window of window with built-in louver of the invention process;
Fig. 2 is for showing the sectional drawing of A-A ' line among Fig. 1;
Fig. 3 is the enlarged drawing of I part among Fig. 2;
Fig. 4 is for showing the sectional drawing on B-B ' line top among Fig. 1;
Fig. 5 is for showing the sectional drawing on C-C ' line top among Fig. 1;
Fig. 6 is for showing the sectional drawing on D-D ' line top among Fig. 1;
Fig. 7 is the sectional side view of the open mode of window with built-in louver ternary heat insulation window implemented according to the invention;
Wherein:
10, double window; 11, parting bead; 12, encapsulant;
20, first sash; 21, window thorax; 22, heat insulation sealing gasket; 26, draw-in groove;
30, heat insulation box; 31, window with built-in louver; 32, heat insulation lid;
40, inner glass window;
50, second sash; 51, window thorax; 52, heat insulation sealing gasket; 53, fixing seal pad; 54 stuff up a crack materials;
60, main sash; 61, window thorax; 62, fixing seal pad; 63, rubber shock absorber; 64, stuff up a crack material; 65, heat insulation; 66, draw-in groove; 67, inboard sash; 68, outside sash; 69, fixed support;
70, the 3rd sash; 75, heat insulation;
80, four-light fan; 81, window thorax; 82, heat insulation sealing gasket; 3, fixing seal pad; 85, heat insulation; 86, draw-in groove;
90, hinge;
The specific embodiment
Describe the possible embodiments of the present invention of above structure with reference to the accompanying drawings in detail.
Illustrated in Fig. 1 to Fig. 7, the present invention is basically on the main sash 60 that forms the skin support body, but the heat insulation window of fixed installation folding and can not the heat insulation window of folding.At first, with reference to Fig. 2-Fig. 4 observe can not folding heat insulation window, form the main sash 60 of skin support body, by fixing seal pad 62 is inserted in the inboard sash 67 in the window thorax 62 that length direction forms and will place as the rubber shock absorber 63 of alleviating impact material in the middle of constitute with the outside sash 68 that is closely attached on double window 10, above-mentioned outside sash 68 can be the form by two sash combinations, also can be the form of single sash.
The medial and lateral sash of above-mentioned main sash 60 is connected 65 with the heat insulation of strong resin of thermal insulation or polyamide material, reduces the coefficient of overall heat transmission of metal material sash, heat waste is controlled to minimize.Be firm combination, can utilize to connect medial and lateral sash and heat insulation 65 splicing associated methods such as (assemble method commonly used adopt diagram).
The fixing seal pad 62 and the rubber shock absorber 63 that insert or be closely attached on above-mentioned main sash 60 are adjacent to double window 10 both sides respectively, and double window 10 is fixing.Outside sash 68 that is produced by rubber shock absorber 63 and the space between the double window 10, if filling stuff up a crack material 64, double window 10 will be fixed on the sash 68 of the outside, and can improve its sealing and water proofing property.
Moreover, double window 10 insert main sash 60 and fixing after, between on the space that occurs, be more fixing double window 10, can increase fixed support 69 and be incorporated into main sash 60.
And above-mentioned double window 10 is to keep at interval with parting bead 11, with encapsulant 12 sealings, is installed in the exterior wall front.Common above-mentioned double window 10 inside are formed by the minimum air layer of the coefficient of overall heat transmission that nitrogen filling gas is included, and its effect of heat insulation and soundproof effect are superpower.But, if the interval between the double window 10 has surpassed the Max. Clearance _M. of experiment and use experience, air layer between the double window 10, permission deformation rate phenomenon will appear surpassing owing to expand with heat and contract with cold, thereby cause glass deformation, perhaps the slit occurs between glass and the encapsulant 12, this can cause effect of heat insulation to reduce unavoidably, therefore wants these problems of exactissima diligentia.
And first sash, 20 secure bond are to cut off outside air, rainwater and noise etc. in the time of main sash 60, and itself and double window 10 joints are inserted in heat insulation sealing gasket 22 in the window thorax 21 of length direction formation.Between first sash 20 and the main sash 60, be preferably formed as the draw-in groove 26 that mutually combines here,, do not use other associated methods still can in conjunction with, and at the sash place that is bonded with each other, for the maximization of sealing and thermal insulation, sash utilizes draw-in groove 26 to engage each other closely, in case the slit occurs.
Above-mentioned first sash 20 has part to form the window frame of window with built-in louver 31, (use associated methods always by heat insulation lid 32 according to splicing, diagram not) associated methods secure bond such as, and the lifting gear of window with built-in louver 31 (usual means, diagram not) is built in heat insulation box 30, heat insulation box 30 adopts the plug-in type associated methods with heat insulation lid 32, also can be in first sash 20 by heat insulation box 30 direct secure bond.Here the lift control method of window with built-in louver 31 can utilize motor, perhaps utilizes other automated manner, also can utilize manual mode etc., in the light of actual conditions does selection when using.
Further, be built in the centre of forward and backward face-port glass with the lifting gear that is built in heat insulation box 30 (the not having diagram) window with built-in louver 31 that is connected, therefore, not only, can also prevent owing to shutter 31 is exposed to the phenomenon that ash fouling is brought in the outside from increasing aesthetic feeling in appearance.
And, above-mentioned inner glass window 40 is inserted in second sash 50, and fix so as to fixing seal pad 53, second sash 50 and first sash 20 join and form window thorax 51 in the joint along its length direction, insert heat insulation sealing gasket 52 in the window thorax, above-mentioned first sash 20 and second sash 50 according to associated methods such as splicings with secure bond.
At this moment, behind inner glass window 40 insertions second sash 50, be the space between the filling inner glass window 40 and second sash 50, the most handy stuff up a crack material 54 finishes up, and improves the sealing and the water proofing property of heat insulation window with this.
The double window in the past or the window of window with built-in louver, through complicated step such as nitrogen filling by produce in factory after, just do simple installation to the scene, therefore, field conditions is if some variation just is difficult to find out corresponding solution.But inner glass window 40 of the present invention can be assembled and install at the scene, so can carry out design alteration according to field conditions.
The present invention will install inner glass window 40 and double window 10 separately, therefore the interval between the window glass when built-in can not be subjected to any restriction to shutter 31, just, external temperature or pressure are changed, can reach sufficient buffering effect according to double window 10.
And, in shutter 31 uses, if flaw, can remove splicing associated methods such as (not diagrams), the combination of first sash 20 and second sash 50 will be separated, therefore only, just shutter 31 can be exposed to the outside, put into expense and the manpower that shutter 31 manages afterwards and from then on can significantly reduce by shirtsleeve operation like this.
In addition, but the structure of the heat insulation window of folding with reference to Fig. 5 and Fig. 6, above-mentioned can not the structure of the heat insulation window of folding in, but double window 10, heat insulation box 30, inner glass window 40, second sash 50 each in the heat insulation window of folding, its 26S Proteasome Structure and Function is identical.The function of first sash 20 is also identical, and just binding site is slightly different, so following just the omission specifies it.When but the structure of the heat insulation window of folding is compared with structure that can not the heat insulation window of folding, only be elaborated to the difference on the function or to the structural factor that increases.
In other words, form the main sash 60 of skin support body, comprise with fixing seal pad 62 be inserted in inboard sash 67 in the window thorax 61 that length direction forms, will place as the rubber shock absorber 63 of alleviating impact material in the middle of outside sash 68 to be adjacent to the 3rd sash 70.
Here, also be that the medial and lateral sash of above-mentioned main sash 60 is connected 65 with the heat insulation of strong resin of thermal insulation or polyamide material, reduce the coefficient of overall heat transmission of metal material sash, heat waste is controlled to minimize.For can utilizing, firm combination connects medial and lateral sash and heat insulation 65 splicing associated methods such as (not diagrams).
And, the fixing seal pad 62 that inserts or be closely attached on above-mentioned main sash 60 is adjacent to respectively mutually with the both sides of rubber shock absorber 63 with the 3rd sash 70, when the 3rd sash 70 is fixed, with increasing property ground serves as in conjunction with forming draw-in groove 66 on main sash 60 and the 3rd sash 70, the engagement means that does not use other still can in conjunction with, owing to rubber shock absorber 63 appears at space between the outside sash 68 and the 3rd sash 70, come filling with stuff up a crack material 64, make the 3rd sash 70 be fixed in outside sash 68, improve sealing and water proofing property with this.
To utilize four-light fan that draw-in groove 86 combines with first sash 20 80 to be close on the double window 10 for preventing the slit with fixing seal material 83, be to cut off outside air, rainwater and noise etc., heat insulation sealing gasket 82 is inserted in the 3rd sash 70 and four-light fans in the window thorax 81 that 80 joints form along its length.
Above-mentioned the 3rd sash 70 utilizes and heat insulationly its medial and lateral sash is connected 75, four-light fan 80 equally also utilizes the heat insulation 85 of strong resin of thermal insulation or polyamide material, its medial and lateral sash is connected, reduced the coefficient of overall heat transmission of the high metal material sash of the coefficient of overall heat transmission, and heat waste controlled to minimize, for can utilizing, firm combination connects medial and lateral sash and and heat insulation splicing associated methods such as (not diagrams).
So, illustrated in Fig. 7, above-mentioned the 3rd sash 70 utilizes hinge 90 that the 3rd sash 70 is connected with four-light fan 80 with four-light fan 80 as fruit part, double window 10, first sash 20, heat insulation box 30, inner glass window 40, second sash 50, four-light fan 80 are formed as one, utilize hinge 90 promptly can realize plug-type folding.
Above-mentioned sash preferably adopts the aluminum material that refractoriness is strong and can not exhale pernicious gases when breaking out of fire.
More than specific embodiment of the present invention is illustrated and illustrates but the present invention is not only limited to above embodiment.In the technical field of the invention, the common knowledge of a GPRS just can be carried out diversified change in technical main idea scope of the present invention.
Claims (4)
1, a kind of ternary heat insulation glass window of window with built-in louver is characterized in that it comprises:
Be installed in the double window (10) of exterior wall front, described double window (10) keeps sealing at interval and with encapsulant (12) with parting bead (11);
First sash (20), described first sash (20) is connected with double window (10), described first sash (20) is gone up having the window thorax (21) that forms along the length direction of first sash (20) with double window (10) joint, inserts heat insulation sealing gasket (22) in this window thorax (21);
Window with built-in louver (31) and be used to control the lifting gear of window with built-in louver (31) lifting;
Heat insulation box (30), described heat insulation box (30) are fixed on first sash (20);
Inner glass window (40), window with built-in louver (31), heat insulation box (30) are contained between inner glass window (40) and the upper strata glass window (10);
Second sash (50), inner glass window (40) is installed in to be arranged between the two on second sash (50) and with fixing seal pad (53) and fixes, described second sash (50) is connected with first sash (20) and forms fenestrate thorax (51) in the joint along the length direction of two sash (50), inserts heat insulation sealing gasket (52) in the window thorax (51);
Form the main sash (60) of skin support body, this main sash (60) is connected with first sash (20), described main sash (60) comprises inboard sash (67), outside sash (68), outside sash (68) utilizes rubber shock absorber (63) to be adjacent to mutually with the outside of double window (10), the inboard of inboard sash (67) and double window (10) joins and the length direction along main sash (60) forms window thorax (61) in the joint, insert fixing seal pad (62) in this window thorax (61), make inboard sash (67) and double window (10) utilize fixing seal pad (62) to be adjacent to, inboard sash (67) is connected by heat insulation handle (65) with outside sash (68).
2, a kind of ternary heat insulation glass window of window with built-in louver is characterized in that it comprises:
Be installed in the double window (10) of exterior wall front, described double window (10) keeps sealing at interval and with encapsulant (12) with parting bead (11);
First sash (20), described first sash (20) is connected with double window (10), described first sash (20) is gone up having the window thorax (21) that forms along the length direction of first sash (20) with double window (10) joint, inserts heat insulation sealing gasket (22) in this window thorax (21);
Window with built-in louver (31) and be used to control the lifting gear of window with built-in louver (31) lifting;
Heat insulation box (30), described heat insulation box (30) are fixed on first sash (20);
Inner glass window (40), window with built-in louver (31), heat insulation box (30) are contained between inner glass window (40) and the upper strata glass window (10);
Second sash (50), inner glass window (40) is installed in to be arranged between the two on second sash (50) and with fixing seal pad (53) and fixes, described second sash (50) is connected with first sash (20) and forms fenestrate thorax (51) in the joint along the length direction of two sash (50), inserts heat insulation sealing gasket (52) in the window thorax (51);
Constitute the main sash (60) of skin support body;
The 3rd sash (70), the 3rd sash (70) is connected with main sash (60), and the 3rd sash (70) comprises inboard sash, outside sash, is connected by the medial and lateral sash of heat insulation handle (75) with the 3rd sash (70);
Four-light fan (80), four-light fan (80) is connected with first sash (20), this four-light fan (80) also joins with the 3rd sash (70) and the length direction along four-light fan (80) forms window thorax (81) in the joint, insert heat insulation sealing gasket (82) in this window thorax (81), utilize fixing seal pad (83) to be adjacent to mutually between described four-light fan (80) and the upper strata glass window (10), described four-light fan (80) comprises the medial and lateral sash, is connected by the medial and lateral sash of heat insulation handle (85) with four-light fan (80).
3, the ternary heat insulation glass window of window with built-in louver according to claim 2, it is characterized in that: be provided as the rubber shock absorber (63) of alleviating impact material between main sash (60) and the 3rd sash (70), at main sash (60) and the length direction formation window thorax (61) of the 3rd sash (70) joint along main sash (60), the fixing seal pad (62) that inserts in this window thorax (61), also form draw-in groove (66) on the main sash (60), main sash (60) utilizes draw-in groove (66) and the 3rd sash (70) secure bond.
4, the ternary heat insulation glass window of window with built-in louver according to claim 2, it is characterized in that: described main sash (60) comprises inboard sash (67), outside sash (68), and inboard sash (67) is connected by heat insulation handle (65) with outside sash (68).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100253476A CN101333905A (en) | 2008-04-29 | 2008-04-29 | Ternary heat insulation glass window with built-in louvre window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100253476A CN101333905A (en) | 2008-04-29 | 2008-04-29 | Ternary heat insulation glass window with built-in louvre window |
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| Publication Number | Publication Date |
|---|---|
| CN101333905A true CN101333905A (en) | 2008-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100253476A Pending CN101333905A (en) | 2008-04-29 | 2008-04-29 | Ternary heat insulation glass window with built-in louvre window |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437684A (en) * | 2013-08-13 | 2013-12-11 | 浙江雅德居节能环保门窗有限公司 | Built-in louver broken bridge aluminum window |
-
2008
- 2008-04-29 CN CNA2008100253476A patent/CN101333905A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437684A (en) * | 2013-08-13 | 2013-12-11 | 浙江雅德居节能环保门窗有限公司 | Built-in louver broken bridge aluminum window |
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Application publication date: 20081231 |