CN106032738A - Building glass doors and windows and curtain wall glass movable hollow thermal insulation method - Google Patents
Building glass doors and windows and curtain wall glass movable hollow thermal insulation method Download PDFInfo
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- CN106032738A CN106032738A CN201510118440.1A CN201510118440A CN106032738A CN 106032738 A CN106032738 A CN 106032738A CN 201510118440 A CN201510118440 A CN 201510118440A CN 106032738 A CN106032738 A CN 106032738A
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Abstract
A building glass doors and windows and curtain wall glass movable hollow thermal insulation method. The method is characterized in that a movable glass plate (6) is used for movably pressing a hollow sealed plastic bag or plastic box(4) filled with heat preservation gas(5) inside a fixed glass plate (3) or curtain wall glass plate of the glass door and window to form a hollow thermal insulation layer of the fixed glass doors and windows or curtain wall glass.
Description
Technical field
Building energy conservation.
Background technology
At present, building glass door and window is substantially employing double glazing insulation.It is disadvantageous in that 1, relatively costly；2, cannot repair after losing efficacy；3, for being mounted with the door and window of simple glass, cannot transform in addition to whole door and window is replaced it.But no matter the scheme replaced, normally make for considering from cost, duration and building, be all difficult to accept.
It addition, cladding glass is owing to area is relatively big, glass is thicker, does not substantially use the Insulations such as double glazing, therefore its energy loss is the biggest.
Summary of the invention
For solving the problems referred to above, the invention provides the movable hollow insulation method of a kind of building glass door and window and cladding glass, it is characterized in that: with movable glass plate (6), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass.
The periphery of above-mentioned movable glass plate (6) has covered active border (7), and it can be various section bar, such as angle, groove, pipe etc..
For improving the bending strength of glass plate, active border (7) and glass plate (6) can be bonded as one.
In order to improve heat-proof quality, above-mentioned hollow sealing plastic bag or plastic box (4) can be made with low-e plastic cement diaphragm.Owing to the manufacturing process of low-e plastic cement diaphragm is simple, with low cost, so using low-e plastic cement diaphragm to substitute traditional low-e glass, for energy-conservation universal significant of building glass.
In order to improve dicoration, above-mentioned hollow sealing plastic bag or plastic box (4) can be made with colored or stamp plastic cement diaphragm, when expiring the service life of above-mentioned hollow sealing plastic bag or plastic box (4), can be by changing hollow sealing plastic bag or plastic box (4), reach to change according to season etc., change building glass door and window or cladding glass color or the purpose of pattern；This is that tradition fixes glass door and window or cladding glass cannot be accomplished.
In order to improve heat-proof quality, above-mentioned hollow sealing plastic bag or plastic box (4) can use multilamellar.
With a kind of spring bearer plate (being not drawn in figure) being movably fixed on fixed border (1), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5) by active border (7) and movable glass plate (6), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass；Volume when the insulation gas (5) in hollow sealed plasthetic bag or plastic box (4), when changing with the change of temperature, hollow sealing plastic bag or the thickness of plastic box (4) can be automatically adjusted, to avoid due to hollow sealing plastic bag or the expansion of plastic box (4) so that it is the glass plate deformation of both sides is the most broken；Also can avoid departing from from the glass pane surface of its both sides due to hollow sealing plastic bag or the shrinkage of plastic box (4).
Above-mentioned spring bearer plate (being not drawn in figure) can use spring, rubber elastomeric material to make with rigid material combination, and is movably fixed on fixed border (1).
For there being the cladding glass plate (being not drawn in figure) of frame, available combination has the movable glass plate (6) of active border (7), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.
Cladding glass plate for Rimless, first fixed border (1) can be sticked to its inner peripheral, the movable glass plate (6) of active border (7) is had again with combination, will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.
Above-mentioned insulation gas (5) can be dry air, noble gas, nitrogen, carbon dioxide etc..
When above-mentioned insulation gas (5) uses carbon dioxide, can use and dry ice is loaded sealing in plastic bag or plastic box, after dry ice gasifies expansion at normal temperatures, the method forming hollow sealing chamber, make hollow sealing plastic bag or plastic box (4).Adopt and will be incubated gas (5) in this way, be filled in hollow sealing plastic bag or plastic box (4), than traditional the most simple, convenient, and reliable and easy site operation of the direct placement method of gas.
The movable hollow insulation method of this building glass door and window and cladding glass have the beneficial effect that 1, cost relatively low；2, can repair after losing efficacy；3, for being mounted with door and window and the glass curtain wall of simple glass, hollow insulation door and window and glass curtain wall can be transform to extremely convenient as；4, easy field fabrication is installed；5, the universal of building glass insulation it is beneficial to.
Accompanying drawing explanation
Fig. 1 is the three-dimensional combination generalized section of building glass door and window activity hollow insulation assembly.
Fig. 2 is the three-dimensional combination generalized section of building glass door and window activity hollow insulation structure.
1. fixed borders (1) in figure, the rib of the fastening glass panels (3) being 2. fixed on fixed border (1), 3. fastening glass panels, 4. hollow sealing plastic bag or plastic box, 5. insulation gas, 6. movable glass plate, 7. active border.
Detailed description of the invention
With movable glass plate (6), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass.The periphery of above-mentioned movable glass plate (6) has covered active border (7), and it can be various section bar, such as angle, groove, pipe etc..For improving the bending strength of glass plate, active border (7) and glass plate (6) can be bonded as one.
In order to improve heat-proof quality, above-mentioned hollow sealing plastic bag or plastic box (4) can be made with low-e plastic cement diaphragm.Owing to the manufacturing process of low-e plastic cement diaphragm is simple, with low cost, so using low-e plastic cement diaphragm to substitute traditional low-e glass, for energy-conservation universal significant of building glass.
In order to improve dicoration, above-mentioned hollow sealing plastic bag or plastic box (4) can be made with colored or stamp plastic cement diaphragm, when expiring the service life of above-mentioned hollow sealing plastic bag or plastic box (4), can be by changing hollow sealing plastic bag or plastic box (4), reach to change according to season etc., change building glass door and window or cladding glass color or the purpose of pattern.
In order to improve heat-proof quality, above-mentioned hollow sealing plastic bag or plastic box (4) can use multilamellar.
With a kind of spring bearer plate (being not drawn in figure) being movably fixed on fixed border (1), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5) by active border (7) and movable glass plate (6), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass；Volume when the insulation gas (5) in hollow sealed plasthetic bag or plastic box (4), when changing with the change of temperature, hollow sealing plastic bag or the thickness of plastic box (4) can be automatically adjusted, to avoid due to hollow sealing plastic bag or the expansion of plastic box (4) so that it is the glass plate deformation of both sides is the most broken；Also can avoid departing from from the glass pane surface of its both sides due to hollow sealing plastic bag or the shrinkage of plastic box (4).Above-mentioned spring bearer plate (being not drawn in figure) can use spring, rubber elastomeric material to make with rigid material combination, and is movably fixed on fixed border (1).
For there being the cladding glass plate (being not drawn in figure) of frame, available combination has the movable glass plate (6) of active border (7), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.Cladding glass plate for Rimless, first fixed border (1) can be sticked to its inner peripheral, the movable glass plate (6) of active border (7) is had again with combination, will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.
When above-mentioned insulation gas (5) uses carbon dioxide, can use and dry ice is loaded sealing in plastic bag or plastic box, after dry ice gasifies expansion at normal temperatures, the method forming hollow sealing chamber, make hollow sealing plastic bag or plastic box (4).Adopt and will be incubated gas (5) in this way, be filled in hollow sealing plastic bag or plastic box (4), than traditional the most simple, convenient, and reliable and easy site operation of the direct placement method of gas.
Can be every piece of glass door and window or the cladding glass hollow sealing plastic bag or the plastic box (4) that are equipped with several corresponding sizes, in order to change at any time.
Claims (10)
1. a building glass door and window and the movable hollow insulation method of cladding glass, it is characterized in that: with movable glass plate (6), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, is characterized in that: the periphery of above-mentioned movable glass plate (6) has covered active border (7).
A kind of building glass door and window the most according to claim 2 and the movable hollow insulation method of cladding glass, is characterized in that: for improving the bending strength of glass plate, active border (7) and glass plate (6) are bonded as one.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, is characterized in that: in order to improve heat-proof quality, makes above-mentioned hollow sealing plastic bag or plastic box (4) with low-e plastic cement diaphragm.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, is characterized in that: in order to improve dicoration, makes above-mentioned hollow sealing plastic bag or plastic box (4) with colored or stamp plastic cement diaphragm.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, is characterized in that: in order to improve heat-proof quality, and above-mentioned hollow sealing plastic bag or plastic box (4) use multilamellar.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, it is characterized in that: with a kind of spring bearer plate being movably fixed on fixed border (1), will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5) by active border (7) and movable glass plate (6), activity covers in the fastening glass panels (3) of glass door and window or the inner side of cladding glass plate, forms fixing glass door and window or the hollow insulation layer of cladding glass；Volume when the insulation gas (5) in hollow sealed plasthetic bag or plastic box (4), when changing with the change of temperature, hollow sealing plastic bag or the thickness of plastic box (4) can be automatically adjusted, to avoid due to hollow sealing plastic bag or the expansion of plastic box (4) so that it is the glass plate deformation of both sides is the most broken；Also can avoid departing from from the glass pane surface of its both sides due to hollow sealing plastic bag or the shrinkage of plastic box (4).
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, it is characterized in that: for there being the cladding glass plate of frame, the movable glass plate (6) of active border (7) is had with combination, will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, it is characterized in that: for the cladding glass plate of Rimless, first fixed border (1) is sticked to its inner peripheral, the movable glass plate (6) of active border (7) is had again with combination, will be equipped with being incubated hollow sealing plastic bag or the plastic box (4) of gas (5), activity covers the inner side at cladding glass plate, forms the hollow insulation layer of cladding glass.
A kind of building glass door and window the most according to claim 1 and the movable hollow insulation method of cladding glass, it is characterized in that: when above-mentioned insulation gas (5) uses carbon dioxide, use to load in plastic bag or plastic box dry ice and seal, after dry ice gasifies expansion at normal temperatures, the method forming hollow sealing chamber, makes hollow sealing plastic bag or plastic box (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510118440.1A CN106032738A (en) | 2015-03-18 | 2015-03-18 | Building glass doors and windows and curtain wall glass movable hollow thermal insulation method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510118440.1A CN106032738A (en) | 2015-03-18 | 2015-03-18 | Building glass doors and windows and curtain wall glass movable hollow thermal insulation method |
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| Publication Number | Publication Date |
|---|---|
| CN106032738A true CN106032738A (en) | 2016-10-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510118440.1A Pending CN106032738A (en) | 2015-03-18 | 2015-03-18 | Building glass doors and windows and curtain wall glass movable hollow thermal insulation method |
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| CN (1) | CN106032738A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110042923A (en) * | 2019-05-27 | 2019-07-23 | 江苏工程职业技术学院 | A kind of manufacture craft of double-deck air membrane structure building |
| CN110719986A (en) * | 2017-04-12 | 2020-01-21 | 伊诺维斯股份有限公司 | System and method for retrofitting architectural glass systems |
-
2015
- 2015-03-18 CN CN201510118440.1A patent/CN106032738A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110719986A (en) * | 2017-04-12 | 2020-01-21 | 伊诺维斯股份有限公司 | System and method for retrofitting architectural glass systems |
| CN110719986B (en) * | 2017-04-12 | 2021-10-26 | 伊诺维斯股份有限公司 | System and method for retrofitting architectural glass systems |
| US11905753B2 (en) | 2017-04-12 | 2024-02-20 | Inovues, Inc. | System for retrofitting glazing systems of buildings |
| CN110042923A (en) * | 2019-05-27 | 2019-07-23 | 江苏工程职业技术学院 | A kind of manufacture craft of double-deck air membrane structure building |
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Application publication date: 20161019 |
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| WD01 | Invention patent application deemed withdrawn after publication |