CN103374985A - Photoelectric aluminum alloy curtain wall section bar - Google Patents
Photoelectric aluminum alloy curtain wall section bar Download PDFInfo
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- CN103374985A CN103374985A CN 201210127490 CN201210127490A CN103374985A CN 103374985 A CN103374985 A CN 103374985A CN 201210127490 CN201210127490 CN 201210127490 CN 201210127490 A CN201210127490 A CN 201210127490A CN 103374985 A CN103374985 A CN 103374985A
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- curtain wall
- aluminium alloy
- alloy curtain
- section bar
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Abstract
A photoelectric aluminum alloy curtain wall section bar is composed of an aluminum alloy curtain wall main section bar and an aluminum alloy curtain wall back buckling cover section bar. A supporting plate is arranged in the middle on the outdoor side of the aluminum alloy curtain wall main section bar, cable troughs are arranged on two sides of the supporting plate, and sealing strips embedded grooves are arranged on two sides of the cable troughs. Convex-concave connection boards are arranged at two ends of the indoor side of the aluminum alloy curtain wall main section bar, a U-shaped groove is arranged on the inner sides of the convex-concave connection boards arranged at two ends, U-shaped convex-concave connection tables matched with the convex-concave connection boards are arranged at two ends of the inner side of the aluminum alloy curtain wall back buckling cover section bar and are connected onto the convex-concave connection boards arranged at two ends of a U-shaped groove of the aluminum alloy curtain wall main section bar in a clamping mode, and the aluminum alloy curtain wall main section bar and the aluminum alloy curtain wall back buckling cover section bar are integrally connected.
Description
Technical field:
The present invention relates to solar cell photoelectric conversion aluminium alloy curtain wall profile.
Background technology:
The traditional integral aluminium alloy curtain wall profile is when making the solar cell photoelectric aluminium alloy curtain wall, because cable mounting groove and junction box are set on the aluminium alloy curtain wall profile fastening cover section bar behind U-lag and the curtain wall is not installed, conversion is made troubles with the installation and removal of aluminium alloy curtain wall to solar cell photoelectric, affects outward appearance and safety that aluminium alloy curtain wall is used in the solar cell photoelectric conversion.
Summary of the invention:
The objective of the invention is: 1, by establishing supporting plate and cable channel at middle part, aluminium alloy curtain wall principal mode material outside, solving the solar energy photoelectric conversion cell panel installs and solar energy photoelectric conversion cell panel inner cable line concealing installation question, U-lag is established in aluminium alloy curtain wall principal mode material indoor, solve the outer output cable of solar energy photoelectric conversion cell panel and junction box and hide installation question, after detachable by aluminium alloy curtain wall the combination of fastening cover section bar and aluminium alloy curtain wall principal mode material with separate, solving the outer output cable of solar photoelectric cell panel and junction box connects, dismounting and replacing problem, speed of application and the decorative effect of raising solar energy photoelectric conversion aluminium alloy curtain wall.2, the photoelectricity aluminium alloy curtain wall profile combines with heat insulation section, solve the indoor condensation trouble of photoelectricity aluminium alloy curtain wall profile, improve the energy conservation effect of photoelectricity aluminium alloy curtain wall profile, by aluminium alloy curtain wall principal mode material and the specific syndeton of heat insulation section, solve aluminium alloy curtain wall principal mode material both sides and heat insulation section in conjunction with problem, by fastening cover section bar U-shaped aluminium alloy lining section bar behind the aluminium alloy curtain wall and the specific syndeton of U-shaped heat insulation section, the detachable rear fastening cover section bar of solution U-shaped aluminium alloy curtain wall is connected in conjunction with problem and heat-insulating curtain wall principal mode material and the detachable rear fastening cover section bar of heat-insulating curtain wall with the U-shaped heat insulation section, dismounting and replacing problem.
A kind of photoelectricity aluminium alloy curtain wall profile that the present invention proposes is by heat insulation section, aluminium alloy curtain wall principal mode material, fastening cover section bar forms behind the aluminium alloy curtain wall, grab is established at aluminium alloy curtain wall principal mode material outside and both ends, indoor, the grab inboard is locating slot, two locating slots middle part is the side positioning boss, the heat insulation section that wood is moulded or macromolecular material is made is established in aluminium alloy curtain wall principal mode material both sides, draw-in groove is established at the heat insulation section two ends, the draw-in groove inboard is the boss that is located by connecting, connecting the boss inboard is the side detent, heat insulation section connects in the locating slot of boss reeve aluminium alloy curtain wall principal mode material, aluminium alloy curtain wall principal mode material side positioning boss injects in the heat insulation section side detent, aluminium alloy curtain wall principal mode material both ends grab is pressed on the draw-in groove of heat insulation section two ends, heat insulation section is fixed on aluminium alloy curtain wall principal mode material both sides, supporting plate is established at middle part, aluminium alloy curtain wall principal mode material outside, the supporting plate both sides are cable channels, the cable channel both sides are seal bosses, the convex-concave junction plate is established at both ends, aluminium alloy curtain wall principal mode material indoor, two convex-concave junction plate inboards are U-lags, fastening cover section bar is comprised of U-shaped heat insulation section and U-shaped aluminium alloy lining section bar behind the aluminium alloy curtain wall, the position boss is set in U-shaped aluminium alloy lining section bar both sides and grab is established at both ends, the concavo-convex connected unit that cooperates with the convex-concave junction plate is established in the grab inboard, draw-in groove is established at U-shaped heat insulation section two inboard setting position grooves and both ends, U-shaped aluminium alloy lining section bar inserts in the U-shaped heat insulation section groove, U-shaped aluminium alloy lining section bar positioning boss inserts in the U-shaped heat insulation section locating slot, U-shaped aluminium alloy lining section bar grab is pressed in the U-shaped heat insulation section grab groove, U-shaped heat insulation section and U-shaped aluminium alloy lining section combination are integral, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloy lining section bar is connected on the convex-concave junction plate of aluminium alloy curtain wall principal mode material U-lag both ends behind the aluminium alloy curtain wall, fastening cover section bar behind the aluminium alloy curtain wall and aluminium alloy curtain wall principal mode material are linked together, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloy lining section bar and aluminium alloy curtain wall principal mode material both ends convex-concave junction plate break away from behind the aluminium alloy curtain wall, and fastening cover section bar separates with aluminium alloy curtain wall principal mode material behind the aluminium alloy curtain wall.
For improving the decorate properties of photoelectricity aluminium alloy curtain wall profile, composite decoration film or japanning on the heat insulation section.
The another kind of photoelectricity aluminium alloy curtain wall profile that the present invention proposes is by aluminium alloy curtain wall principal mode material, fastening cover section bar forms behind the aluminium alloy curtain wall, supporting plate is established at middle part, aluminium alloy curtain wall principal mode material outside, the supporting plate both sides are cable channels, the cable channel both sides are weather strip embedding grooves, the convex-concave junction plate is established at both ends, aluminium alloy curtain wall principal mode material indoor, convex-concave junction plate inboard, both ends is U-lag, the concavo-convex connected unit that cooperates with the convex-concave junction plate is established at the inboard two ends of fastening cover section bar behind the aluminium alloy curtain wall, the concavo-convex connected unit of aluminium alloys behind the U-shaped aluminium alloy curtain wall on the fastening cover section bar is connected on the convex-concave junction plate of aluminium alloy curtain wall principal mode material U-lag both ends, fastening cover section bar behind the aluminium alloy curtain wall and aluminium alloy curtain wall principal mode material are linked together, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloys and aluminium alloy curtain wall principal mode material both ends convex-concave junction plate break away from behind the aluminium alloy curtain wall, and fastening cover section bar separates with aluminium alloy curtain wall principal mode material behind the aluminium alloy curtain wall.
For improving the decorate properties of photoelectricity aluminium alloy curtain wall profile, composite decoration film or japanning on the fastening cover section bar behind aluminium alloy curtain wall principal mode material and the aluminium alloy curtain wall.
Description of drawings:
The invention will be further described below in conjunction with drawings and Examples.
Fig. 1 has feature curtain wall of heat insulation aluminum alloy principal mode material end face assembling assumption diagram of the present invention.
Fig. 2 has feature curtain wall of heat insulation aluminum alloy principal mode material liner aluminium alloy extrusions end face structure figure of the present invention.
Fig. 3 has feature curtain wall of heat insulation aluminum alloy principal mode material heat insulation section end face structure figure of the present invention.
Fig. 4 has fastening cover section bar end face assembling assumption diagram behind the feature U-shaped curtain wall of heat insulation aluminum alloy of the present invention.
Fig. 5 has fastening cover section bar liner aluminium alloy extrusions end face structure figure behind the feature U-shaped curtain wall of heat insulation aluminum alloy of the present invention.
Fig. 6 has buckle closure heat insulation section end face structure figure behind the feature U-shaped curtain wall of heat insulation aluminum alloy of the present invention.
Fig. 7 has buckle closure heat insulation section combination assumption diagram behind feature curtain wall of heat insulation aluminum alloy principal mode material of the present invention and the U-shaped.
Fig. 8 has feature aluminium alloy curtain wall principal mode material end face structure figure of the present invention.
Fig. 9 has fastening cover section bar end face structure figure behind the feature aluminium alloy curtain wall U-shaped of the present invention.
Figure 10 has fastening cover section bar assembling assumption diagram behind feature aluminium alloy curtain wall principal mode material of the present invention and the U-shaped.
The specific embodiment:
Embodiment 1:
Curtain wall of heat insulation aluminum alloy principal mode material combination assumption diagram as shown in Figure 1, Fig. 2 is curtain wall of heat insulation aluminum alloy principal mode material liner aluminium alloy extrusions end face structure figure, Fig. 3 is curtain wall of heat insulation aluminum alloy principal mode material heat insulation section end face structure figure, wherein: the 1st, curtain wall of heat insulation aluminum alloy principal mode material, the 2nd, aluminium alloy curtain wall principal mode material, the 3rd, grab, the 4th, locating slot, the 5th, the side positioning boss, the 6th, seal boss, the 7th, supporting plate, the 8th, cable channel, the 9th, the convex-concave junction plate, the 10th, U-lag, the 11st, heat insulation section, the 12nd, heat insulation section draw-in groove, the 13rd, heat insulation section connects boss, the 14th, side detent.
During assembling, heat insulation section connects in the locating slot 4 of boss 13 reeve aluminium alloy curtain wall principal mode materials 2, aluminium alloy curtain wall principal mode material 2 side positioning boss 5 inject in the heat insulation section 11 side detents 14, aluminium alloy curtain wall principal mode material 2 both ends grabs 3 are pressed on the heat insulation section 11 two ends draw-in grooves 12, heat insulation section 11 is fixed on aluminium alloy curtain wall principal mode material 2 both sides, is assembled into curtain wall of heat insulation aluminum alloy principal mode material 1.
Fastening cover section bar end face assembling assumption diagram as shown in Figure 4 behind the U-shaped curtain wall of heat insulation aluminum alloy, Fig. 5 is fastening cover section bar liner aluminium alloy extrusions end face structure figure behind the U-shaped curtain wall of heat insulation aluminum alloy, Fig. 6 is buckle closure heat insulation section end face structure figure behind the U-shaped curtain wall of heat insulation aluminum alloy, wherein: the 15th, fastening cover section bar behind the U-shaped curtain wall of heat insulation aluminum alloy, the 16th, U-shaped aluminium alloy lining section bar, the 17th, U-shaped aluminium alloy lining section bar grab, the 18th, the concavo-convex connected unit of rear fastening cover section bar, the 19th, rear fastening cover section bar positioning boss, the 20th, the U-shaped heat insulation section, the 21st, U-shaped heat insulation section grab groove, the 22nd, U-shaped heat insulation section locating slot.
During assembling, fastening cover section bar 16 inserts in U-shaped heat insulation section 20 grooves behind the aluminium alloy curtain wall, rear fastening cover section bar positioning boss 19 inserts in the U-shaped heat insulation section locating slot 22, rear fastening cover section bar grab 17 is pressed in the U-shaped heat insulation section grab groove 21, and fastening cover section bar behind the aluminium alloy curtain wall 16 is fixed on the U-shaped heat insulation section 20.
Fig. 7 is buckle closure heat insulation section combination assumption diagram behind curtain wall of heat insulation aluminum alloy principal mode material and the U-shaped, during use, fastening cover section bar 15 is connected on the aluminium alloy curtain wall principal mode material 2 convex-concave junction plates 9 by the concavo-convex connected unit 18 of rear fastening cover section bar behind the U-shaped curtain wall of heat insulation aluminum alloy, fastening cover section bar 15 is combined into one with aluminium alloy curtain wall principal mode material 2 after making the U-shaped curtain wall of heat insulation aluminum alloy, when dismounting or maintenance, the concavo-convex connected unit of fastening cover section bar 15 rear fastening cover section bars 18 breaks away from aluminium alloy curtain wall principal mode materials 2 convex-concave junction plates 9 behind the U-shaped curtain wall of heat insulation aluminum alloy, make the U-shaped curtain wall of heat insulation aluminum alloy after fastening cover section bar 15 separate with aluminium alloy curtain wall principal mode material 2.
For improving the decorate properties of photoelectricity aluminium alloy curtain wall profile, composite decoration film or japanning on the heat insulation section.
Embodiment 2:
Aluminium alloy curtain wall principal mode material combination assumption diagram as shown in Figure 8, Fig. 9 is fastening cover section bar structure chart behind the aluminium alloy curtain wall U-shaped, Figure 10 is fastening cover section bar assembling assumption diagram behind aluminium alloy curtain wall principal mode material and the U-shaped, wherein: the 23rd, aluminium alloy curtain wall principal mode material, the 24th, supporting plate, the 25th, cable channel, the 26th, seal strip groove, the 27th, convex-concave junction plate, the 28th, U-lag, the 29th, fastening cover section bar behind the U-shaped aluminium alloy curtain wall, the 30th, rear fastening cover section bar grab.
During use, fastening cover section bar 29 is connected on the aluminium alloy curtain wall principal mode material 23 convex-concave junction plates 27 by rear fastening cover section bar grab 30 behind the U-shaped aluminium alloy curtain wall, fastening cover section bar 25 is combined into one with aluminium alloy curtain wall principal mode material 23 after making the U-shaped aluminium alloy curtain wall, when dismounting or maintenance, the rear fastening cover section bar grabs 30 of fastening cover section bar 29 break away from aluminium alloy curtain wall principal mode materials 23 convex-concave junction plates 27 behind the U-shaped aluminium alloy curtain wall, make the U-shaped aluminium alloy curtain wall after fastening cover section bar 29 separate with aluminium alloy curtain wall principal mode material 23.
For improving the decorate properties of photoelectricity aluminium alloy curtain wall profile, composite decoration film or japanning on the fastening cover section bar behind aluminium alloy curtain wall principal mode material and the aluminium alloy curtain wall.
Claims (4)
1. a photoelectricity aluminium alloy curtain wall profile is by heat insulation section, aluminium alloy curtain wall principal mode material, fastening cover section bar forms behind the aluminium alloy curtain wall, it is characterized in that: grab is established at aluminium alloy curtain wall principal mode material outside and both ends, indoor, the grab inboard is locating slot, two locating slots middle part is the side positioning boss, the heat insulation section that wood is moulded or macromolecular material is made is established in aluminium alloy curtain wall principal mode material both sides, draw-in groove is established at the heat insulation section two ends, the draw-in groove inboard is the boss that is located by connecting, connecting the boss inboard is the side detent, heat insulation section connects in the locating slot of boss reeve aluminium alloy curtain wall principal mode material, aluminium alloy curtain wall principal mode material side positioning boss injects in the heat insulation section side detent, aluminium alloy curtain wall principal mode material both ends grab is pressed on the draw-in groove of heat insulation section two ends, heat insulation section is fixed on aluminium alloy curtain wall principal mode material both sides, supporting plate is established at middle part, aluminium alloy curtain wall principal mode material outside, the supporting plate both sides are cable channels, the convex-concave junction plate is established at both ends, aluminium alloy curtain wall principal mode material indoor, two convex-concave junction plate inboards are U-lags, fastening cover section bar is comprised of U-shaped heat insulation section and U-shaped aluminium alloy lining section bar behind the aluminium alloy curtain wall, the position boss is set in U-shaped aluminium alloy lining section bar both sides and grab is established at both ends, the concavo-convex connected unit that cooperates with the convex-concave junction plate is established in the grab inboard, draw-in groove is established at U-shaped heat insulation section two inboard setting position grooves and both ends, U-shaped aluminium alloy lining section bar inserts in the U-shaped heat insulation section groove, U-shaped aluminium alloy lining section bar positioning boss inserts in the U-shaped heat insulation section locating slot, U-shaped aluminium alloy lining section bar grab is pressed in the U-shaped heat insulation section grab groove, U-shaped heat insulation section and U-shaped aluminium alloy lining section combination are integral, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloy lining section bar is connected on the convex-concave junction plate of aluminium alloy curtain wall principal mode material U-lag both ends behind the aluminium alloy curtain wall, fastening cover section bar behind the aluminium alloy curtain wall and aluminium alloy curtain wall principal mode material are linked together, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloy lining section bar and aluminium alloy curtain wall principal mode material both ends convex-concave junction plate break away from behind the aluminium alloy curtain wall, and fastening cover section bar separates with aluminium alloy curtain wall principal mode material behind the aluminium alloy curtain wall.
2. photoelectricity aluminium alloy curtain wall profile as claimed in claim 1 is characterized in that: composite decoration film or japanning on the heat insulation section.
3. a photoelectricity aluminium alloy curtain wall profile is by aluminium alloy curtain wall principal mode material, fastening cover section bar forms behind the aluminium alloy curtain wall, it is characterized in that: supporting plate is established at middle part, aluminium alloy curtain wall principal mode material outside, the supporting plate both sides are cable channels, the cable channel both sides are weather strip embedding grooves, the convex-concave junction plate is established at both ends, aluminium alloy curtain wall principal mode material indoor, convex-concave junction plate inboard, both ends is U-lag, the concavo-convex connected unit that cooperates with the convex-concave junction plate is established at the inboard two ends of fastening cover section bar behind the aluminium alloy curtain wall, the concavo-convex connected unit of aluminium alloys behind the U-shaped aluminium alloy curtain wall on the fastening cover section bar is connected on the convex-concave junction plate of aluminium alloy curtain wall principal mode material U-lag both ends, fastening cover section bar behind the aluminium alloy curtain wall and aluminium alloy curtain wall principal mode material are linked together, the concavo-convex connected unit of fastening cover section bar U-shaped aluminium alloys and aluminium alloy curtain wall principal mode material both ends convex-concave junction plate break away from behind the aluminium alloy curtain wall, and fastening cover section bar separates with aluminium alloy curtain wall principal mode material behind the aluminium alloy curtain wall.
4. photoelectricity aluminium alloy curtain wall profile as claimed in claim 3 is characterized in that: composite decoration film or japanning on the fastening cover section bar behind aluminium alloy curtain wall principal mode material and the aluminium alloy curtain wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210127490 CN103374985A (en) | 2012-04-27 | 2012-04-27 | Photoelectric aluminum alloy curtain wall section bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210127490 CN103374985A (en) | 2012-04-27 | 2012-04-27 | Photoelectric aluminum alloy curtain wall section bar |
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| CN103374985A true CN103374985A (en) | 2013-10-30 |
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| CN 201210127490 Pending CN103374985A (en) | 2012-04-27 | 2012-04-27 | Photoelectric aluminum alloy curtain wall section bar |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110810258A (en) * | 2019-12-09 | 2020-02-21 | 陶百花 | Canopy is bred with concatenation formula to mountain region livestock-raising |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110810258A (en) * | 2019-12-09 | 2020-02-21 | 陶百花 | Canopy is bred with concatenation formula to mountain region livestock-raising |
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| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20131030 |