CN103382747A - Point-supported fully-recessed energy-saving hollow glass curtain wall - Google Patents
Point-supported fully-recessed energy-saving hollow glass curtain wall Download PDFInfo
- Publication number
- CN103382747A CN103382747A CN 201210134725 CN201210134725A CN103382747A CN 103382747 A CN103382747 A CN 103382747A CN 201210134725 CN201210134725 CN 201210134725 CN 201210134725 A CN201210134725 A CN 201210134725A CN 103382747 A CN103382747 A CN 103382747A
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- hollow glass
- ball pivot
- curtain wall
- sheet
- packing ring
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- Load-Bearing And Curtain Walls (AREA)
- Securing Of Glass Panes Or The Like (AREA)
Abstract
A point-supported fully-recessed energy-saving hollow glass curtain wall adopts the structure that hollow glass, a ball joint piece and a spiders claw are in sequential connection, and is characterized in that the hollow glass comprises a clamping piece fixedly mounted at an opening of a hollow glass inner piece, two rows of sealant are arranged between the clamping piece and the hollow glass inner piece, and the clamping piece and the hollow glass are manufactured into a whole; during installation of the curtain wall, the clamping piece of the hollow glass and the ball joint piece are fixedly connected, and then the ball joint piece is fixedly connected with the spiders claw through a lock nut and a washer so as to be connected to a support structure of the curtain wall. As the clamping piece does not penetrate an outer piece of the hollow glass, is not exposed outside, is securely mounted and good in sealing performance, has the characteristic of fully-recessed energy saving, and can be widely applied to the point-supported fully-recessed energy-saving hollow glass curtain wall.
Description
Technical field
The present invention relates to a kind of curtain wall, relate in particular to a kind of complete hidden energy-conservation hollow glass curtain wall of putting supporting.
Background technology
The point supporting glass curtain wall is glittering and translucent with it, permeability good, the easy characteristics such as cleaning of elegant in appearance, supporting construction brevity and lucidity, surface, and is widely used in the building curtain wall engineering field.Wherein, refute being most widely used of the point supporting glass curtain wall that connects with porose again.But also there are some problems in the porose method of connecing of refuting to hollow glass in prior art: first, overlapping joint is exposed outdoor, exposes to the sun and rain easily to produce corrosion throughout the year, affect attractive in appearance, reduction application life; Second, overlapping joint exposes, and causes the indoor and outdoor of curtain wall to exist the heat bridge connection, is unfavorable for energy-conservation; The overlapping joint that bridge cutoff type is also arranged, but due to the space structures restriction, heat shield is too thin and heat transfer area is large, and effect is unsatisfactory.In addition, inside and outside of hollow glass all needs perforate, the centering debug difficulties in two holes, and not too standard seems.
Summary of the invention
The purpose of this invention is to provide a kind of some supporting hollow glass curtain wall, can overcome defects.
In order to achieve the above object, the technical solution adopted in the present invention is: the complete hidden energy-conservation hollow glass curtain wall of a kind of some supporting, hollow glass, ball pivot spare, refute that to connect pawl sequentially connected, it is characterized in that: described hollow glass includes and clamps part, this clamps the tapping that part is fixedly mounted on sheet in hollow glass, and and hollow glass in be provided with two seals glue between sheet; When curtain wall was installed, clamp part and the ball pivot spare of described hollow glass carried out affixedly, and ball pivot spare is again by locking nut, packing ring and refute that to connect pawl affixed with on the braced structures that is connected to curtain wall.
The described part that clamps forms by clamping seat, internal layer packing ring, outer packing ring and back-up ring: the described seat that clamps is a lid shape thing, and its top is end cap, and central authorities are a sleeve pipe, and a step cutting pattern transition is arranged between end cap and sleeve pipe; One end sealing of described sleeve pipe, the other end is opening-like and be shaped with one section external screw thread, be shaped with the internal thread that is complementary with ball pivot spare on the endoporus of sleeve pipe, the sleeve pipe external diameter is little more some than the opening diameter of sheet in hollow glass: the shoulder height of described step cutting pattern is slightly less than the thickness of internal layer packing ring, the diameter of step cutting pattern is more some greatly than the opening diameter of sheet in hollow glass, but can match with the internal diameter of internal layer packing ring, have ring-shaped groove on the end face of step cutting pattern; The described sleeve pipe that clamps seat pass the internal layer packing ring, again pass from the inboard sheet perforate in hollow glass, pass outer packing ring again, affixed with the internal thread of back-up ring, sheet firm grip in hollow glass is lived; Be provided with outer fluid sealant between the perforated wall of sheet in described sleeve outer wall and hollow glass, be provided with the internal layer fluid sealant between the inner surface of sheet in the ring-shaped groove of step cutting pattern end face and hollow glass; The described part that clamps becomes as a whole with hollow glass production.
Described ball pivot spare comprises ball pivot seat and ball pivot connecting rod, and it is connected by ball pivot between the two; The outer rim of described ball pivot seat is shaped with external screw thread, and the outer end of ball pivot connecting rod is shaped with one section external screw thread.
The silicone structure sealant filleting is adopted in space between hollow glass and hollow glass.
Compared with prior art, the present invention has following characteristics:
1. good energy-conserving effect.Due to the outer sheet glass that part does not pass hollow glass that clamps of overlapping joint, indoor and outdoor do not have heat bridge to be connected, and can effectively improve the effect of heat insulation of glass curtain wall system, improve fractional energy savings;
2. the sealing reliability of hollow glass is high.In the manufacturing process of hollow glass owing to clamping part, just be fixed in advance on hollow glass, become an integral body with hollow glass production, the installation place that clamps part is provided with two seals glue and seals, and be all that processing factory at hollow glass completes, the assurance assembly quality of all having ready conditions on its manufacture craft, means is so can effectively guarantee to clamp the airtight reliability of part and glass perforate junction;
3. overlapping joint does not expose, and whole glass curtain face of wall is without protrusion, and is fully smooth, and real is fully implicit solution, and outward appearance is more attractive in appearance;
4. overlapping joint can not lose efficacy because of the corrosion too early of exposing to the sun and rain.
Description of drawings
Accompanying drawing is that the present invention puts the complete hidden energy-conservation hollow glass curtain wall structural representation of supporting.
1. hollow glasss in figure; 11. clamp part; 111. clamp seat; 1111. end cap; 1112. sleeve pipe; 1113. step cutting pattern; 112. internal layer packing ring; 113. outer packing ring; 114. back-up ring; 12. sheet in hollow glass; 13. hollow glass outer plate; 2. ball pivot spare; 21. ball pivot seat; 22. ball pivot connecting rod; 3. outer fluid sealant; 4. internal layer fluid sealant; 5. locking nut; 6. refute and connect pawl.
The specific embodiment
Referring to accompanying drawing, the complete hidden energy-conservation hollow glass curtain wall of a kind of some supporting, hollow glass 1 connects pawl 6 and is connected with refuting by ball pivot spare 2.Hollow glass 1 includes and clamps part 11, and this clamps the tapping that part 11 is arranged on sheet 12 in hollow glass; When curtain wall was installed, the ball pivot seat 21 of ball pivot spare 2 was affixed with the internal thread that clamps part 11 of hollow glass 1, and the ball pivot connecting rod 22 of ball pivot spare 2 is by locking nut 5, packing ring and refute and connect that pawl 6 is affixed to get on the braced structures that is connected to curtain wall.
Clamping part 11 forms by clamping seat 111, internal layer packing ring 112, outer packing ring 113 and back-up ring 114.The top that clamps seat 111 is circular end cap 1111, central authorities are a sleeve pipe 1112, one step cutting pattern 1113 transition are arranged between sleeve pipe 1112 and end cap 1111, one end sealing of sleeve pipe 1112, the other end is opening-like and be shaped with one section external screw thread, be shaped with the internal thread that is complementary with ball pivot spare 2 on the inwall of sleeve pipe 1112, the external diameter of sleeve pipe 1112 is little more some than the opening diameter of sheet in hollow glass 12; The shoulder height of this step cutting pattern 1113 is slightly less than the thickness of internal layer packing ring 112, the diameter of step cutting pattern 1113 is more some greatly than the opening diameter of sheet in hollow glass 12, but can match with the internal diameter of internal layer packing ring 112, have ring-shaped groove on the end face of step cutting pattern 1113; Clamp seat 111 sleeve pipe 1112 pass internal layer packing ring 112, again pass from the inboard sheet perforate in hollow glass, pass outer packing ring 113 again, affixed with the internal thread of back-up ring 114,12 firm grip of sheet in hollow glass are lived; Be provided with outer fluid sealant 3 between the perforated wall of sheet 12 in the outer wall of sleeve pipe 1112 and hollow glass, be provided with internal layer fluid sealant 4 between the inner surface of sheet 12 in the ring-shaped groove of step cutting pattern 1113 end faces and hollow glass; Clamp part 11 and hollow glass 1 and be made into as a wholely, and clamp part 11 and do not pass the hollow glass outer plate fully.
The silicone structure sealant filleting is adopted in space between hollow glass and hollow glass.
Claims (3)
1. a point supports complete hidden energy-conservation hollow glass curtain wall, hollow glass, ball pivot spare, refute that to connect pawl sequentially connected, it is characterized in that: described hollow glass includes and clamps part, this clamps the tapping that part is fixedly mounted on sheet in hollow glass, and and be provided with two seals glue in hollow glass between sheet, become an integral body with hollow glass production; When curtain wall was installed, clamp part and the ball pivot spare of described hollow glass carried out affixedly, and ball pivot spare is again by locking nut, packing ring and refute that to connect pawl affixed with on the braced structures that is connected to curtain wall.
2. point according to claim 1 supports complete hidden energy-conservation hollow glass curtain wall, and it is characterized in that: the described part that clamps forms by clamping seat, internal layer packing ring, outer packing ring and back-up ring; The described seat that clamps is a lid shape thing, and its top is end cap, and central authorities are a sleeve pipe, and a step cutting pattern transition is arranged between end cap and sleeve pipe; One end sealing of described sleeve pipe, the other end is opening-like and be shaped with one section external screw thread, is shaped with the internal thread that is complementary with ball pivot spare on the endoporus of sleeve pipe, and the sleeve pipe external diameter is little more some than the opening diameter of sheet in hollow glass; The shoulder height of described step cutting pattern is slightly less than the thickness of internal layer packing ring, and the diameter of step cutting pattern is more some greatly than the opening diameter of sheet in hollow glass, but can match with the internal diameter of internal layer packing ring, has ring-shaped groove on the end face of step cutting pattern; The described sleeve pipe that clamps seat pass the internal layer packing ring, again pass from the inboard sheet perforate in hollow glass, pass outer packing ring again, affixed with the internal thread of back-up ring, sheet firm grip in hollow glass is lived; Be provided with outer fluid sealant between the perforated wall of sheet in described sleeve outer wall and hollow glass, be provided with the internal layer fluid sealant between the inner surface of sheet in the ring-shaped groove of step cutting pattern end face and hollow glass; The described part that clamps becomes as a whole with hollow glass production.
3. point according to claim 1 supports complete hidden energy-conservation hollow glass curtain wall, and it is characterized in that: described ball pivot spare comprises ball pivot seat and ball pivot connecting rod, and it is connected by ball pivot between the two; The outer rim of described ball pivot seat is shaped with external screw thread, and the outer end of ball pivot connecting rod is shaped with one section external screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210134725 CN103382747A (en) | 2012-05-03 | 2012-05-03 | Point-supported fully-recessed energy-saving hollow glass curtain wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210134725 CN103382747A (en) | 2012-05-03 | 2012-05-03 | Point-supported fully-recessed energy-saving hollow glass curtain wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103382747A true CN103382747A (en) | 2013-11-06 |
Family
ID=49490658
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210134725 Pending CN103382747A (en) | 2012-05-03 | 2012-05-03 | Point-supported fully-recessed energy-saving hollow glass curtain wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103382747A (en) |
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2012
- 2012-05-03 CN CN 201210134725 patent/CN103382747A/en active Pending
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| Date | Code | Title | Description |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20131106 |