CN101456682A - Anti-seepage warm edge vacuum glass - Google Patents
Anti-seepage warm edge vacuum glass Download PDFInfo
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- CN101456682A CN101456682A CNA2006101676337A CN200610167633A CN101456682A CN 101456682 A CN101456682 A CN 101456682A CN A2006101676337 A CNA2006101676337 A CN A2006101676337A CN 200610167633 A CN200610167633 A CN 200610167633A CN 101456682 A CN101456682 A CN 101456682A
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Abstract
The invention relates to impermeable warm-edge vacuum glass, which comprises glass, structural adhesive, hot melt adhesive, a protective layer and support pillars. An impermeable layer consisting of the protective layer and the hot melt adhesive is arranged on the periphery between an upper layer of glass and a lower layer of glass, the protective layer is arranged on one side or two sides of the hot melt adhesive, drying getter is arranged on the protective layer inside a vacuum glass cavity, the upper layer of glass and the top of the hot melt adhesive of the impermeable layer are adhered together, the lower layer of glass and the hot melt adhesive at the bottom of the impermeable layer are adhered together, a plurality of hot melt adhesive support pillars are arranged between the upper layer of glass and the lower layer of glass, and the vacuum sealed structural adhesive is filled in an external groove consisting of the impermeable layer, the upper layer of glass and the lower layer of glass, adheres the impermeable layer, the upper layer of glass and the lower layer of glass integrally, and sucks out gas in the vacuum glass cavity consisting of the impermeable layer, the upper layer of glass, the lower layer of glass and the support pillars.
Description
The present invention relates to a kind of warm-edge vacuum glass with impermeable function.
Patent 99801553.9 discloses a kind of new texture of vacuum flat glass upholder, promptly between two blocks of sheet glass, be equipped with upholder, the middle layer of this upholder is the soft metal, two ends are hard metals up and down, adopt the shortcoming of metal support to be: 1, glass is in case broken, metal support can not bond together broken glass, and is dangerous.2, the complicated cost height of manufacturing process.
Do not see the report that adopts hot melt adhesive impermeable layer and hot melt adhesive pillar stiffener to make vacuum glass as yet.
The purpose of this invention is to provide a kind of warm-edge vacuum glass, improve the thermal property and the sealing property of double glazing parting bead, save energy with high heat-proof quality and impermeable function.
A kind of anti-seepage warm edge vacuum glass that the present invention proposes comprises glass, structure glue, hot melt adhesive, protective layer, pillar stiffener, establish the impermeable layer of forming by protective layer and hot melt adhesive around between upper strata glass and lower floor's glass, protective layer is located at the one or both sides of hot melt adhesive, protective layer is aluminum-plastic composite membrane or polyester film or pvf film, or the composite multi-layer structure of forming with spacer bar, on the inboard protective layer of vacuum glass, dry getter is set, dry getter is usually by the active molecular sieve manufacturing, upper strata glass and impermeable layer hot melt adhesive top bond together, the melt viscosity of lower floor's glass and impermeable layer bottom is connected together, a plurality of hot melt adhesive pillar stiffeners are set between upper strata glass and lower floor's glass, filled vacuum sealing structure glue in the outer groove that impermeable layer and upper strata glass and lower floor's glass are formed, vacuum seal structure glue is in aggregates with impermeable layer and upper strata glass and lower floor's glassy bond, form gas in the vacuum glass chamber with vacuum oven or vacuum pump sucking-off by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener, manufacture vacuum glass.Protective layer is that aluminum-plastic composite membrane or polyester film or pvf film or protective layer are composited aluminum and plastic decking or polyester sheet or fluorinated ethylene propylene plate, protective layer one side and melt viscosity are integral, protective layer opposite side and fiber drying agent stick into one, or interior protective layer absorbs the gas of remnants in the vacuum glass chamber in bonding or siccative is added on siccative in the protection laminate.Structure glue adopts structural silicone adhesive, poly-sulphur glue, polyurethane structural glue usually.Glass adopts laminated glass or toughened glass or the high-strength fire-retardant glass of resisting wind press capacity greater than 11Kpa usually, for improving the thermal property and the intensity of glass, satisfy the special performances requirement, plated film on glass, as low-emission coated, photovoltaic films, the chemical meteorology deposition film, the Low-E film, from clean film, the fire prevention film.Plated film can be arranged on a side or the bilateral of glass, also can be arranged on inside and outside both sides, vacuum glass chamber.
Above-mentioned glass structure also can make up with triplex glass and manufacture three layers of vacuum glass,
The structure of double-vacuum glass is: impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the groove that last impermeable layer and upper strata glass and middle layer glass are formed, impermeable layer and pillar stiffener under between middle layer glass and lower floor's glass being, filled vacuum sealing structure glue in the groove that following impermeable layer and middle layer glass and lower floor's glass are formed, sucking-off the upper and lower vacuum glass intracavity gas is formed double-vacuum glass.
Vacuum glass and rare gas element combination glass structure are: impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the outer groove that last impermeable layer and upper strata glass and middle layer glass are formed, sucking-off is formed gas in the vacuum glass chamber by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener, impermeable layer under between middle layer glass and lower floor's glass being, in the outer groove that impermeable layer and middle layer glass and lower floor's glass are formed down, fill sealing structure glue, form injecting inert gas in the vacuum glass chamber by impermeable layer and middle layer glass and lower floor's glass, form vacuum glass and rare gas element combination glass.
Vacuum glass and double glazing combination glass structure are: impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the groove that last impermeable layer and upper strata glass and middle layer glass are formed, sucking-off is formed gas in the vacuum glass chamber by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener, impermeable layer under between middle layer glass and lower floor's glass being, in the groove that impermeable layer and middle layer glass and lower floor's glass are formed down, fill sealing structure glue, form vacuum glass and double glazing combination glass.
Injecting inert gas in the vacuum glass chamber of forming at upper strata glass and lower floor's glass with impermeable layer is made and is filled the noble gas double glazing.
In high-grade vacuum glass, impermeable layer side dress temperature or humidity or display unit, the temperature or the humidity on demonstration double glazing inner layer glass surface or glass outer surface.
Advantage of the present invention is: 1, impermeable layer and pillar stiffener adopt the hot melt adhesive manufacturing, have favorable damping performance and heat-proof quality and workability, especially under the situation of glass fragmentation, hot melt adhesive can be bonded together the glass fragmentation, improves the safety performance of glass.2, one or more layers polyester film or aluminum-plastic composite membrane and hot melt adhesive combination has high air tight performance, and when guaranteeing to make vacuum glass, air can't enter in the double glazing cavity.3, the spacer bar that is mixed with siccative can absorb the moisture in the double glazing inner air, prevents dewfall.4, structure glue and impermeable layer cooperatively interact, and have solved the strength problem and the impermeable problem of double glazing.5, adopt hot melt adhesive to connect, can reduce glass strain, reduce the glass fragmentation.6, impermeable layer side temperature or dampness display apparatus show the temperature or the humidity on double glazing inner layer glass surface or glass outer surface, improve the class of double glazing.
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the vacuum glass unitized construction sectional view with feature of the present invention.
Fig. 2 is the doubling vacuum glass unitized construction sectional view with feature of the present invention.
Fig. 3 is three layers of vacuum glass and the filling with inert gas double glazing unitized construction sectional view with feature of the present invention.
Embodiment 1:
A kind of vacuum glass unitized construction sectional view as shown in Figure 1, wherein: the 1st, upper strata glass, the 2nd, lower floor's glass, the 3rd, hot melt adhesive, the 4th, external protection coating, the 5th, interior protective layer, the 6th, glue, the 7th, siccative, the 8th, hot melt adhesive pillar stiffener, the 9th, vacuum chamber, the 10th, vacuum seal structure glue.During the assembling vacuum glass, with hot melt adhesive 3, external protection coating 4, interior protective layer 5, glue 6, siccative 7 is assembled into the impermeable layer adhesive tape, after 2 heating of lower floor's glass, by impermeable layer adhesive tape discharging machine the impermeable layer adhesive tape is placed on around lower floor's glass 2 uniformly, by hot melt adhesive pillar stiffener discharging machine hot melt adhesive pillar stiffener 8 is placed on lower floor's glass 2 uniformly, hot melt adhesive 3 in the impermeable layer adhesive tape and hot melt adhesive pillar stiffener and lower floor's glass 2 bond together, then upper strata glass 1 is placed on impermeable layer adhesive tape and hot melt adhesive pillar stiffener 8 tops, send into the compound internal heating of double glazing, pressurization, upper strata glass 1 and impermeable layer hot melt adhesive 3 and hot melt adhesive pillar stiffener 8 are bonded together, filled vacuum sealing structure glue 10 in the groove of upper strata glass 1 and lower floor's glass 2 and impermeable layer adhesive tape composition, vacuum seal structure glue 10 is with upper strata glass 1 and lower floor's glass 2 and in aggregates with impermeable layer adhesive tape bonding, sealing.The air-breathing pin of vacuum glass is inserted in the vacuum chamber 9, with the air sucking-off in the chamber, after the air-breathing pin of vacuum glass is extracted, the pin hole place is sealed with seal gum with vacuum pump.
The characteristics of this double glazing parting bead are; 1, the hot melt adhesive pillar stiffener prevents that glass is out of shape under barometric point.2, protective layer stops the infiltration of double glazing parting bead air.3, vacuum seal structure glue is with impermeable layer adhesive tape and upper strata glass and lower floor's glassy bond raising vacuum glass in aggregates intensity.
Embodiment 2:
A kind of doubling vacuum glass unitized construction sectional view as shown in Figure 2, wherein: wherein: the 11st, upper strata glass, the 12nd, EVA film, the 13rd, lower floor's glass, the 14th, hot melt adhesive, the 15th, external protection coating, the 16th, interior protective layer, the 17th, glue, the 18th, siccative, the 19th, hot melt adhesive pillar stiffener, the 20th, vacuum chamber, the 21st, vacuum seal structure glue.During the assembling vacuum glass, with hot melt adhesive 14, external protection coating 15, interior protective layer 16, glue 17, siccative 18 is assembled into the impermeable layer adhesive tape, after 13 heating of lower floor's glass, by impermeable layer adhesive tape discharging machine the impermeable layer adhesive tape is placed on around lower floor's glass 13 uniformly, by hot melt adhesive pillar stiffener discharging machine hot melt adhesive pillar stiffener 19 is placed on lower floor's glass 13 uniformly, hot melt adhesive 14 in the impermeable layer adhesive tape and hot melt adhesive pillar stiffener 19 bond together with lower floor's glass 13, then upper strata glass 11 is placed on impermeable layer adhesive tape and hot melt adhesive pillar stiffener 19 tops, send into the compound internal heating of double glazing, pressurization, upper strata glass 11 and impermeable layer hot melt adhesive 14 and hot melt adhesive pillar stiffener 19 are bonded together, filled vacuum sealing structure glue 21 in the groove of upper strata glass 11 and lower floor's glass 13 and impermeable layer adhesive tape composition, vacuum seal structure glue 21 is with upper strata glass 11 and lower floor's glass 12 and in aggregates with impermeable layer adhesive tape bonding, sealing.The air-breathing pin of vacuum glass is inserted in the vacuum chamber 20, with the air sucking-off in the chamber, after the air-breathing pin of vacuum glass is extracted, the pin hole place is sealed with seal gum with vacuum pump.
This double glazing parting bead characteristics are: laminated glass improves the vacuum glass non-deformability.
Embodiment 3:
A kind of three layers of vacuum glass and filling with inert gas double glazing unitized construction sectional view are as shown in Figure 3, wherein: the 22nd, upper strata glass, the 23rd, middle layer glass, the 24th, lower floor's glass, the 25th, upper strata hot melt adhesive, the 26th, the upper strata external protection coating, the 27th, protective layer in the upper strata, the 28th, glue, the 29th, upper strata siccative, the 30th, upper strata hot melt adhesive pillar stiffener, the 31st, vacuum chamber, the 32nd, upper strata vacuum seal structure glue, the 33rd, lower floor's hot melt adhesive, the 34th, lower floor's external protection coating, the 35th, protective layer in the lower floor, the 36th, glue, the 37th, lower floor's siccative, the 38th, inert gas cavity, the 39th, lower floor's vacuum seal structure glue.During the assembling vacuum glass, with upper strata hot melt adhesive 25, upper strata external protection coating 26, protective layer 27 in the upper strata, glue 28, upper strata siccative 29 is assembled into upper strata impermeable layer adhesive tape, after 23 heating of middle layer glass, by impermeable layer adhesive tape discharging machine upper strata impermeable layer adhesive tape is placed on around the middle layer glass 23 uniformly, by hot melt adhesive pillar stiffener discharging machine hot melt adhesive pillar stiffener 30 is placed on the middle layer glass 23 uniformly, hot melt adhesive 25 in the impermeable layer adhesive tape of upper strata and hot melt adhesive pillar stiffener 30 bond together with middle layer glass 23, then upper strata glass 22 is placed on impermeable layer adhesive tape and hot melt adhesive pillar stiffener 30 tops, send into the compound internal heating of double glazing, pressurization, upper strata glass 22 and impermeable layer hot melt adhesive 25 and hot melt adhesive pillar stiffener 30 are bonded together, after 24 heating of lower floor's glass, by impermeable layer adhesive tape discharging machine the impermeable layer adhesive tape is placed on around lower floor's glass 24 uniformly, hot melt adhesive 33 in the impermeable layer adhesive tape bonds together with lower floor's glass 24, vacuum glass with combination is placed on impermeable layer adhesive tape top then, send into double glazing compounding machine internal heating, pressurization, vacuum glass and impermeable layer hot melt adhesive 33 are bonded together, at upper strata glass 22, middle layer glass 23, lower floor's glass 24 and the interior filled vacuum sealing structure glue 32 and 39 of the groove of impermeable layer adhesive tape composition, vacuum seal structure glue 32 and 39 is with upper strata glass 22 and middle layer glass 23 and lower floor's glass 24 and in aggregates with impermeable layer adhesive tape bonding.The air-breathing pin of vacuum glass is inserted in the vacuum chamber 31, with vacuum pump with the air sucking-off in the chamber, after the air-breathing pin of vacuum glass is extracted, with seal gum the pin hole place is sealed, the air-breathing pin of vacuum glass is inserted in the vacuum chamber 38, with vacuum pump with the air sucking-off in the chamber after injecting inert gas, after the air-breathing pin of vacuum glass is extracted, the pin hole place is sealed with seal gum.
Claims (10)
1, a kind of anti-seepage warm edge vacuum glass comprises glass, structure glue, hot melt adhesive, protective layer, pillar stiffener, it is characterized in that: the impermeable layer of being made up of protective layer and hot melt adhesive is set around between upper strata glass and lower floor's glass, a plurality of hot melt adhesive pillar stiffeners are set between upper strata glass and lower floor's glass, protective layer is arranged on the one or both sides of hot melt adhesive, on the inboard protective layer of vacuum glass, dry getter is set, upper strata glass and impermeable layer hot melt adhesive top and hot melt adhesive pillar stiffener top bond together, the hot melt adhesive of lower floor's glass and impermeable layer bottom and hot melt adhesive pillar stiffener bottom bond together, filled vacuum sealing structure glue in the outer groove that impermeable layer and upper strata glass and lower floor's glass are formed, vacuum seal structure glue is in aggregates with impermeable layer and upper strata glass and lower floor's glassy bond, and sucking-off is formed gas in the vacuum glass chamber by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener.
2, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: protective layer is aluminum-plastic composite membrane or polyester film or pvf film.
3, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: protective layer is made up of aluminum-plastic composite membrane or polyester film or pvf film and spacer bar.
4, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: protective layer one side and melt viscosity are integral, and protective layer opposite side and fiber drying agent stick into one.
5, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: interior protective layer and siccative combine.
6, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: plated film on glass.
7, anti-seepage warm edge vacuum glass as claimed in claim 1 is characterized in that: glass is laminated glass or toughened glass or high-strength fire-retardant glass.
8, anti-seepage warm edge vacuum glass as claimed in claim 1, it is characterized in that: glass is formed by three layers, impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the groove that last impermeable layer and upper strata glass and lower floor's glass are formed, impermeable layer and pillar stiffener under between middle layer glass and lower floor's glass being, filled vacuum sealing structure glue in the groove of following impermeable layer and middle layer glass and lower floor's glass composition, sucking-off is formed the vacuum glass intracavity gas by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener.
9, anti-seepage warm edge vacuum glass as claimed in claim 1, it is characterized in that: glass is formed by three layers, impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the outer groove that last impermeable layer and upper strata glass and middle layer glass are formed, sucking-off is formed gas in the vacuum glass chamber by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener, impermeable layer under between middle layer glass and lower floor's glass being, in the outer groove that impermeable layer and middle layer glass and lower floor's glass are formed down, fill sealing structure glue, form injecting inert gas in the vacuum glass chamber by impermeable layer and middle layer glass and lower floor's glass, form vacuum glass and rare gas element combination glass.
10, anti-seepage warm edge vacuum glass as claimed in claim 1, it is characterized in that: glass is formed by three layers, impermeable layer and pillar stiffener between upper strata glass and middle layer glass being, filled vacuum sealing structure glue in the groove that last impermeable layer and upper strata glass and middle layer glass are formed, sucking-off is formed gas in the vacuum glass chamber by impermeable layer and upper strata glass and lower floor's glass and pillar stiffener, impermeable layer under between middle layer glass and lower floor's glass being, in the groove that impermeable layer and middle layer glass and lower floor's glass are formed down, fill sealing structure glue, form vacuum glass and double glazing combination glass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101676337A CN101456682A (en) | 2006-12-20 | 2006-12-20 | Anti-seepage warm edge vacuum glass |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101676337A CN101456682A (en) | 2006-12-20 | 2006-12-20 | Anti-seepage warm edge vacuum glass |
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| CN101456682A true CN101456682A (en) | 2009-06-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNA2006101676337A Pending CN101456682A (en) | 2006-12-20 | 2006-12-20 | Anti-seepage warm edge vacuum glass |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102704803A (en) * | 2012-05-22 | 2012-10-03 | 沈阳远大铝业工程有限公司 | Vacuum hollow glass |
| CN102781868A (en) * | 2010-03-02 | 2012-11-14 | 株式会社普利司通 | Heat ray-blocking multilayered glass |
| CN102777115A (en) * | 2011-05-12 | 2012-11-14 | 朱盛菁 | Vacuum fire-resistant glass |
-
2006
- 2006-12-20 CN CNA2006101676337A patent/CN101456682A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102781868A (en) * | 2010-03-02 | 2012-11-14 | 株式会社普利司通 | Heat ray-blocking multilayered glass |
| CN102781868B (en) * | 2010-03-02 | 2015-07-22 | 株式会社普利司通 | Heat ray-blocking multilayered glass |
| CN102777115A (en) * | 2011-05-12 | 2012-11-14 | 朱盛菁 | Vacuum fire-resistant glass |
| CN102704803A (en) * | 2012-05-22 | 2012-10-03 | 沈阳远大铝业工程有限公司 | Vacuum hollow glass |
| CN102704803B (en) * | 2012-05-22 | 2015-05-13 | 沈阳远大铝业工程有限公司 | Vacuum hollow glass |
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Open date: 20090617 |