CN203430312U - Door transverse cover for glass energy-saving door provided with aluminum alloy decorating frame - Google Patents
Door transverse cover for glass energy-saving door provided with aluminum alloy decorating frame Download PDFInfo
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- CN203430312U CN203430312U CN201320440873.5U CN201320440873U CN203430312U CN 203430312 U CN203430312 U CN 203430312U CN 201320440873 U CN201320440873 U CN 201320440873U CN 203430312 U CN203430312 U CN 203430312U
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- door
- aluminium alloys
- aluminum alloy
- horizontal
- intermediate plate
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Abstract
The utility model relates to a door transverse cover for a glass energy-saving door provided with an aluminum alloy decorating frame. The door transverse cover comprises a door transverse cover body, wherein the middle part of the inner side of the door transverse cover body is provided with a barb part; the lower part of the inner side of the door transverse cover body is provided with a door transverse cover lower transverse beam; a raised line is horizontally arranged on the upper part of the door transverse cover lower transverse beam; during assembly of a large aluminum alloy clamping sheet, the raised line is inserted into a stripped groove of the large aluminum alloy clamping sheet; the barb part is used for hooking the hook part of the large aluminum alloy clamping sheet, so that fixing of the large aluminum alloy clamping sheet is realized; during assembly of the door with a small aluminum alloy clamping sheet, the raised line is inserted into a stripped groove of the small aluminum alloy clamping sheet; the barb part is used for hooking the hook part of the small aluminum alloy clamping sheet, so that fixing of the small aluminum alloy clamping sheet is realized. In the scheme of the utility model, the door transverse cover for the glass energy-saving door provided with the aluminum alloy decorating frame can be easily matched with the large aluminum alloy clamping sheet and the small aluminum alloy clamping sheet simultaneously; the upper part of the door transverse cover is provided with transverse rough bars, so that high sealing performance is achieved.
Description
Technical field
The utility model relates to a kind of improvement of parts of aluminium alloy glass door, refers in particular to a kind of horizontal lid of door that coordinates the glass energy-saving door use with aluminium alloy decorative frame of simple and good seal performance with the large intermediate plate of aluminium alloys, aluminium alloys clip sheet.
Background technology
Aluminium alloy glass door normally connects into frame by aluminium alloy extrusions by Hardware fitting, has unlatching, closes, the door of lock function with being combined to form of glass plate.Due to the particularity of its structure, the resisting wind press capacity of aluminium alloy door is lower, often occurs that performance can not meet the requirement of architectural design.Due to energy-conservation requirement, often require to adopt hollow glass, its gravity load has increased by one times, again because the unlatching bolster of door leaf is in eccentric utmost point position (in maximum eccentricity amount); The angle of aluminum alloy frame connects placing restrictions under the effect of Long Gravity eccentric load of structure, and the phenomenon of arrisdefect appears in most aluminium alloy doors, and the lighter occurs opening exterior angle and encounters scuffing ground, ground, and severe one makes door lose the function of switching.Because the structure of aluminum alloy frame is placed restrictions on, make the weather strip of door leaf periphery occur that disconnected bar causes the air-tightness of door poor.Due to placing restrictions on of the structure of aluminum alloy frame, reasonable not with being connected of special-purpose Hardware fitting, thus make the loosening function that has lost accessory of Hardware fitting.For this reason we developed and be a kind ofly provided with aluminium alloy decorative frame, energy-conserving and environment-protective, met in architectural design needs use the situation of the door of tiny aluminum alloy frame, not arrisdefect, can be made into the glass energy-saving door with aluminium alloy decorative frame of large scale door, but also developed a kind of cooperation with the large intermediate plate of aluminium alloys, aluminium alloys clip sheet simply and a horizontal lid of the glass energy-saving door use with aluminium alloy decorative frame of good seal performance.
Utility model content
The utility model object is that a kind of horizontal lid of door that coordinates the glass energy-saving door use with aluminium alloy decorative frame of simple and good seal performance with the large intermediate plate of aluminium alloys, aluminium alloys clip sheet is provided in order to overcome the deficiencies in the prior art.
For achieving the above object, the technical solution adopted in the utility model is: a kind of horizontal lid of door of the glass energy-saving door use with aluminium alloy decorative frame, comprises a horizontal lid body; The middle part of the inner side of the horizontal lid body of described door is provided with barb portion; The bottom of the inner side of the horizontal lid body of described door is provided with a horizontal lid lower transverse beam; The upper water level land of the horizontal lid lower transverse beam of described door is provided with raised line; When with the large intermediate plate assembling of aluminium alloys, described raised line inserts in the rectangular groove of the large intermediate plate of aluminium alloys; The large intermediate plate hook portion of aluminium alloys is hooked in described barb portion, thereby realize, the large intermediate plate of aluminium alloys is fixed; When door and the timing on chip of aluminium alloys clip, described raised line inserts in the rectangular groove of aluminium alloys clip sheet; Aluminium alloys clip sheet hook portion is hooked in described barb portion, thereby realize, the little intermediate plate of aluminium alloys is fixed.
Preferably, the upper end of the horizontal lid body of described door is flatly provided with horizontal wool top mounting groove; In described horizontal wool top mounting groove, be provided with horizontal wool top.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:
The horizontal lid of door of the glass energy-saving door use with aluminium alloy decorative frame described in the utility model scheme coordinates simply with the large intermediate plate of aluminium alloys, aluminium alloys clip sheet, simultaneously, and the upper end of described horizontal lid is provided with horizontal wool top good seal performance.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, technical solutions of the utility model are described further:
The front view of the glass energy-saving door with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 1 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
Accompanying drawing 2 is the A-A sectional view of accompanying drawing 1;
Accompanying drawing 3 is the B-B sectional view of accompanying drawing 1;
Accompanying drawing 4 is the C-C sectional view of accompanying drawing 1;
Accompanying drawing 5 is the D-D sectional view of accompanying drawing 1;
Accompanying drawing 6 is the partial sectional view of the upward view of accompanying drawing 2;
The sectional view of the aluminium alloys finishing frame of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 7 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The sectional view of the large intermediate plate of aluminium alloys of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 8 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The sectional view of the little intermediate plate of aluminium alloys of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 9 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The sectional view of the horizontal lid of door that accompanying drawing 10 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The front view of the stile capping of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 11 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The left view of the stile capping of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 12 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
The top view of the stile capping of the glass energy-saving door use with aluminium alloy decorative frame of the horizontal lid application of door that accompanying drawing 13 is the glass energy-saving door use with aluminium alloy decorative frame described in the utility model;
Wherein: 1, aluminium alloy decorative frame; 2, the horizontal lid of door; 3, hollow glass component; 4, weather-resistant glue; 5, door handle; 6, the large intermediate plate of aluminium alloys; 7, the little intermediate plate of aluminium alloys; 8, the first screw; 9, lining ring; 11, aluminium alloy decorative frame body; 12, perpendicular wool top mounting groove; 13, perpendicular wool top; 14, hollow glass component mounting groove; 15, projection; 21, the horizontal lid body of door; 22, horizontal wool top mounting groove; 23, horizontal wool top; 24, barb portion; 25, the horizontal lid lower transverse beam of door; 26, raised line; 31, glass; 32, isolation cushion block; 33, fluid sealant; 61, the large intermediate plate body of aluminium alloys; 62, the first top rail; 63, groove; 64, the second top rail; 65, through hole; 66, sidepiece groove; 67, the large intermediate plate hook portion of aluminium alloys; 68, the rectangular groove of the large intermediate plate of aluminium alloys; 71, aluminium alloys clip sheet body; 72, aluminium alloys clip sheet hook portion; 73, the first screw hole; 74, the rectangular groove of aluminium alloys clip sheet; 81, spacer tube; 100, stile capping; 101, stile capping body; 102, the rectangular groove of stile capping; 103, bolt hole; 104, expansion section; 105, horizontal wool top installing hole; 110, corner supporting block; 111, the second screw; 112, bolt assembly.
The specific embodiment
Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail.
Accompanying drawing 1-13 is the glass energy-saving door with aluminium alloy decorative frame of the horizontal lid application of the door of the glass energy-saving door use with aluminium alloy decorative frame described in the utility model, comprises hollow glass component 3; Described hollow glass component 3, comprises 2 layers or compound glass 31; Between the glass 31 facing mutually, be provided with isolation cushion block 32, be used for making to form interval between adjacent glass 31; The end of described adjacent glass is provided with fluid sealant 33; The two ends, left and right of described hollow glass component 3 are provided with aluminium alloy decorative frame 1; Described aluminium alloy decorative frame 1, comprises aluminium alloy decorative frame body 11; Described aluminium alloy decorative frame body 11 is at hollow structure; The arranged outside of described aluminium alloy decorative frame body 11 becomes cambered surface; The middle part of described cambered surface is provided with perpendicular wool top mounting groove 12 vertically; Described perpendicular wool top mounting groove 12 is provided with perpendicular wool top 13; The middle part of the inner side of described aluminium alloy decorative frame body 11 is provided with hollow glass component mounting groove 14 vertically; Described hollow glass component mounting groove 14 is used for installing hollow glass component 3; Between described hollow glass component mounting groove 14 and hollow glass component 3, be provided with weather-resistant glue 4; The upper and lower end parts of the inner side of described aluminium alloy decorative frame body 11 is provided with the projection 15 of level; One side of the upper end of described hollow glass component 3, bottom is respectively arranged with the large intermediate plate 6 of aluminium alloys, and opposite side is provided with aluminium alloys clip sheet 7; The large intermediate plate 6 of described aluminium alloys, comprises the large intermediate plate body 61 of aluminium alloys; The inner side on the top of the large intermediate plate body 61 of described aluminium alloys is provided with the first top rail 62; The top of described the first top rail 62 is provided with groove 63; Described groove 63 can be used to install pivot mount (not shown); The inner side on the top of the large intermediate plate body 61 of described aluminium alloys, the below of the first top rail 62 is provided with the second top rail 64; The bottom of the large intermediate plate body 61 of described aluminium alloys be provided with through hole 65; The arranged outside of the bottom of the large intermediate plate body 61 of described aluminium alloys has sidepiece groove 66; On described sidepiece groove 66, be flatly provided with the large intermediate plate hook portion 67 of aluminium alloys; On the bottom of the large intermediate plate body 61 of described aluminium alloys, be horizontally disposed with the rectangular groove 68 of the large intermediate plate of aluminium alloys; Described aluminium alloys clip sheet 7, comprises aluminium alloys clip sheet body 71; The arranged outside on the top of described aluminium alloys clip sheet body 71 has aluminium alloys clip sheet hook portion 72; The bottom of described aluminium alloys clip sheet body 71 be provided with the first screw hole 73; On the bottom of described aluminium alloys clip sheet body 71, be horizontally disposed with the rectangular groove 74 of aluminium alloys clip sheet; The first screw 8, successively through the through hole on the first screw 73, hollow glass component 3, the large intermediate plate 6 of aluminium alloys on aluminium alloys clip sheet 7, is separately fixed at aluminium alloys clip sheet 7, the large intermediate plate 6 of aluminium alloys upper end, the bottom of hollow glass component 3; Between described the first screw 8 and hollow glass component 3, be provided with spacer tube 81; Between the glass 31 facing mutually in described hollow glass component 3, be close to spacer tube 81 and be provided with lining ring 9; The outside of the large intermediate plate 6 of described aluminium alloys, aluminium alloys clip sheet 7 is respectively arranged with a horizontal lid 2; The two ends of the horizontal lid 2 of described door are connected with the inner side that is arranged on vertically the aluminium alloy decorative frame at hollow glass component 3 both ends respectively; The projection 15 that the upper and lower end parts of the inner side of described aluminium alloy decorative frame body 11 is provided with level is used for clamping the horizontal lid 2 of door; The horizontal lid 2 of described door, comprises a horizontal lid body 21; The upper end of the horizontal lid body 21 of described door is flatly provided with horizontal wool top mounting groove 22; In described horizontal wool top mounting groove 22, be provided with horizontal wool top 23; The middle part of the inner side of the horizontal lid body 21 of described door is provided with barb portion 24; The bottom of the inner side of the horizontal lid body 21 of described door is provided with a horizontal lid lower transverse beam 25; The upper water level land of the horizontal lid lower transverse beam 25 of described door is provided with raised line 26; When the large intermediate plate 6 of the horizontal lid 2 of door and aluminium alloys assembles, described raised line 26 inserts in the rectangular groove 68 of the large intermediate plate of aluminium alloys; The large intermediate plate hook portion 67 of aluminium alloys is hooked in described barb portion 24, thereby realize, the horizontal lid 2 of door is fixed on the large intermediate plate 6 of aluminium alloys; When the horizontal lid 2 of door assembles with aluminium alloys clip sheet 7, described raised line 26 inserts in the rectangular groove 74 of aluminium alloys clip sheet; Aluminium alloys clip sheet hook portion 72 is hooked in described barb portion 24, thereby realize, the horizontal lid 2 of door is fixed on aluminium alloys clip sheet 7; Be arranged on the horizontal lid 2 of door on the large intermediate plate 6 of described aluminium alloys with the end that is arranged on the horizontal lid 2 on aluminium alloys clip sheet 7 on identical height; The two ends of described aluminium alloy decorative frame are inlaid with respectively stile capping 100; Described stile capping 100, comprises stile capping body 101; One side of described stile capping body 101 is provided with the rectangular groove 102 of stile capping, and opposite side is provided with bolt hole 103; Described bolt hole 103 is communicated with the rectangular groove 102 of stile capping; In the rectangular groove 102 of described stile capping, be provided with expansion section 104; Described expansion section can be used to mounting nuts (not marking); The bottom of described stile capping body 101 is flatly provided with 2 horizontal wool top installing holes 105; Described 2 horizontal wool top installing holes 105 can be used for respectively installing horizontal wool top (not shown); When described stile capping 100 is installed, the inner side of described aluminium alloy decorative frame 1 is provided with corner supporting block 110; Bolt assembly 112 is fixing by stile capping 100 through the bolt hole 103 in a side of corner supporting block 110, aluminium alloy decorative frame 1, stile capping 100 successively; The another side of described corner supporting block 110 is fixed on the second top rail 64 by the second screw 111; After installation, described in be arranged on stile capping body 101 bottom 2 horizontal wool tops respectively be arranged on horizontal wool top 23 on the large intermediate plate 6 of aluminium alloys, be arranged on horizontal wool top 23 on aluminium alloys clip sheet 7 on same straight line; One side of described hollow glass component 3 is provided with door handle 5; Described door handle 5 is used for push-and-pull hollow glass component 3.
The glass energy-saving door with aluminium alloy decorative frame described in the utility model scheme, surrounding by hollow glass component is installed aluminium alloy decorative frame, the large intermediate plate of aluminium alloys, the little intermediate plate of aluminium alloys, the horizontal lid of door and has been changed traditional intensity with aluminum alloy frame, amount of deflection and meet and retrain the function that glass plate is realized, thereby aluminium alloy decorative frame, the large intermediate plate of aluminium alloys, the little intermediate plate of aluminium alloys, the horizontal lid of door can design more tiny, thereby meet the situation that needs in architectural design are used the door of tiny aluminum alloy frame; Simultaneously, the utility model has adopted hollow glass component, because the resisting wind press capacity of monolithic glass is just stronger, be combined into hollow glass component, the ability of its Wind-Pressure Resistance is just stronger, therefore can solve the strength problem of the door of large scale, and because hollow glass component has adopted hollow structure, its energy-saving effect also improves greatly; The utility model is because hollow glass component is whole stressed, makes the integral rigidity of door overcome very by force the defect of door arrisdefect; Aluminium alloy decorative frame of the present utility model is provided with the horizontal wool top that vertical wool top and Men Heng be covered with and forms closed sealing, has improved greatly air-tightness.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:
The horizontal lid of door of the glass energy-saving door use with aluminium alloy decorative frame described in the utility model scheme coordinates simply with the large intermediate plate of aluminium alloys, aluminium alloys clip sheet, simultaneously, and the upper end of described horizontal lid is provided with horizontal wool top good seal performance.
Below be only concrete exemplary applications of the present utility model, protection domain of the present utility model is not constituted any limitation.All employing equivalents or equivalence are replaced and the technical scheme of formation, within all dropping on the utility model rights protection scope.
Claims (2)
1. with the horizontal lid of door of the glass energy-saving door use of aluminium alloy decorative frame, comprise a horizontal lid body; It is characterized in that: the middle part of the inner side of the horizontal lid body of described door is provided with barb portion; The bottom of the inner side of the horizontal lid body of described door is provided with a horizontal lid lower transverse beam; The upper water level land of the horizontal lid lower transverse beam of described door is provided with raised line; When with the large intermediate plate assembling of aluminium alloys, described raised line inserts in the rectangular groove of the large intermediate plate of aluminium alloys; The large intermediate plate hook portion of aluminium alloys is hooked in described barb portion, thereby realize, the large intermediate plate of aluminium alloys is fixed; When door and the timing on chip of aluminium alloys clip, described raised line inserts in the rectangular groove of aluminium alloys clip sheet; Aluminium alloys clip sheet hook portion is hooked in described barb portion, thereby realize, the little intermediate plate of aluminium alloys is fixed.
2. the horizontal lid of door of the glass energy-saving door use with aluminium alloy decorative frame according to claim 1, is characterized in that: the upper end of the horizontal lid body of described door is flatly provided with horizontal wool top mounting groove; In described horizontal wool top mounting groove, be provided with horizontal wool top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320440873.5U CN203430312U (en) | 2013-07-23 | 2013-07-23 | Door transverse cover for glass energy-saving door provided with aluminum alloy decorating frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320440873.5U CN203430312U (en) | 2013-07-23 | 2013-07-23 | Door transverse cover for glass energy-saving door provided with aluminum alloy decorating frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203430312U true CN203430312U (en) | 2014-02-12 |
Family
ID=50059359
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320440873.5U Expired - Fee Related CN203430312U (en) | 2013-07-23 | 2013-07-23 | Door transverse cover for glass energy-saving door provided with aluminum alloy decorating frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203430312U (en) |
-
2013
- 2013-07-23 CN CN201320440873.5U patent/CN203430312U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140212 Termination date: 20160723 |