CN202520159U - Novel energy-saving aluminum-plastic-aluminum composite door and window - Google Patents
Novel energy-saving aluminum-plastic-aluminum composite door and window Download PDFInfo
- Publication number
- CN202520159U CN202520159U CN2012201192397U CN201220119239U CN202520159U CN 202520159 U CN202520159 U CN 202520159U CN 2012201192397 U CN2012201192397 U CN 2012201192397U CN 201220119239 U CN201220119239 U CN 201220119239U CN 202520159 U CN202520159 U CN 202520159U
- Authority
- CN
- China
- Prior art keywords
- aluminium alloy
- alloy extrusions
- groove
- plastic
- plastic material
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Wing Frames And Configurations (AREA)
Abstract
The utility model discloses a novel energy-saving aluminum-plastic-aluminum composite door and window, which mainly comprises a border, a middle baffle plate, opening leaf/sash and opening devices. The door and window is characterized in that all profiles are energy-saving heat-preservation aluminum-plastic profiles, and each energy-saving heat-preservation aluminum-plastic profile consists of an inner surface aluminum alloy profile, an outer surface aluminum alloy profile and a middle plastic profile, which are combined in insertion and clamping ways, wherein each of the inner and outer surface aluminum alloy profiles and the middle plastic profile is provided with more than one square tubular cavity, and the square tubular cavities are orderly arranged in a direction perpendicular to the surfaces of the two aluminum alloy profiles. The door and window has the beneficial effects that the profiles consist of the aluminum alloy profiles opposite to the inner and outer surface parts of the door and window, the middle plastic profiles are connected between the inner and outer surface aluminum alloy profiles through plastic profiles in insertion and buckling ways, and parts which can be directly irradiated by sunlight are covered by the aluminum alloy profiles, so that the ageing resistance can be greatly improved, and the service life of the door and window can be effectively prolonged; and a multi-chamber plastic large cold broken bridge structural design is adopted, so that the technical problems of moisture condensation and freezing of door and windows in alpine areas are effectively solved.
Description
Technical field:
The utility model relates to building materials field, relates in particular to a kind of novel energy-conserving plastic-aluminum aluminium composite door and window frame.
Background technology:
It is specious generous for alumium alloy door and window, plurality of advantages such as durable in use, in the eighties in last century once occurring in market; Just obtain liking of vast demander; Along with the development of building material industry, after alumium alloy door and window, introduce the plastic-steel door and window new technology from western countries again; The plastic-steel section bar door and window has excellent insulating, performance such as heat insulation with it, wins people's favor equally.But, above-mentioned two kinds of section bars As time goes on, though have outstanding advantage separately; But equally also exposed shortcoming separately; Because the aluminium alloy extrusions door and window is big because of the cold and hot coefficient of conductivity of metal material, thermal and insulating performance is poor relatively, though the plastic-steel door and window thermal and insulating performance is good; But ageing resistace is poor under the direct projection of intense UV rays sunlight; Opening door-leaf is very easily distortion under big temperature difference influence, and poorly sealed, ventilative roof leaking, heat-insulation and heat-preservation and resisting wind press capacity are poor, service life short with many shortcomings such as building does not match application life.Appearance is attractive in appearance not as alumium alloy door and window simultaneously; Many shortcomings such as very easily fade; Later stage occurs a kind of Germany again and introduces little cold bridge cut-off aluminium-plastic composite section door and window technology; Produce different-effect too through the use of users in different regions for many years; Since in the middle of this product the plastic design structure be the wall scroll sheet in Heilungkiang of cold and area, Inner Mongol in winter when interior temperature+18-+25C °, outdoor-25--temperature difference of 30C ° under, indoor door and window surface is because cold and hot air is prone to produce condensed water and the icing phenomenon existence of dewfall to leading.Fact proved that extremely frigid zones such as the unsuitable Heilungkiang of this section bar, the Inner Mongol, Xinjiang use.
The utility model content:
The utility model purpose provides a kind of novel energy-conserving plastic-aluminum aluminium composite door and window frame, has both kept aluminium alloy extrusions door and window high strength, advantage attractive in appearance and long-lived, keeps the performance of the good thermal insulation of plastic-steel door and window again.
The utility model solves the technical scheme that its technical problem adopted: a kind of novel energy-conserving plastic-aluminum aluminium composite door and window frame; Mainly form by frame, middle retaining, opening door-leaf, opening device; It is characterized in that: used section bar is plastic-aluminum energy-saving heat preserving section bar; Said plastic-aluminum energy-saving heat preserving section bar interts clamping combination and constituting each other by surfaces externally and internally aluminium alloy extrusions and middle plastic material, and described inside and outside two aluminium alloy extrusions and middle plastic material are respectively equipped with an above square tube type cavity along arranging in order perpendicular to said two aluminium alloy section surface directions; Frame, constitute by outside aluminium alloy extrusions A, inboard aluminium alloy extrusions A, plastic material; The two ends of plastic material are provided with four respectively altogether and are swallow-tail form limb A, limb B, limb C, limb D, and four limbs insert dovetail groove A, groove B, groove C, the groove D of two aluminium alloy extrusions respectively; Wherein plastic material also is provided with four right angle type hooked bar A, hooked bar B, hooked bar C, hooked bar D on two planes up and down; Wherein outside aluminium alloys is provided with as the installation sealing joint strip and is the axe-shape groove, is provided with a group angle steel sheet fixing ribs at grade, and the two ends up and down of inboard aluminium alloy extrusions A are respectively equipped with right angle type hooked bar E, hooked bar F; Middle retaining is made up of outside aluminium alloy extrusions B, inboard aluminium alloy extrusions B, middle plastic material respectively; Be processed with dovetail groove E, groove F, groove G, groove H on two aluminium alloy extrusions; Wherein two same planes of aluminium alloy extrusions two dovetail grooves are provided with C font be spirally connected fixing ribs A, fixing ribs B; Aluminium alloy extrusions B big stile in the outside respectively is provided with adhesive tape mount grooves A, an adhesive tape mount grooves B who becomes axe-shape respectively, and the two ends up and down of inboard aluminium alloy extrusions B, outer surface are respectively equipped with right angle type hooked bar G, hooked bar H; The opening door-leaf section bar is respectively by outside aluminium alloy extrusions C, inboard aluminium alloy extrusions C; Middle plastic material C constitutes; The middle plastic material C left and right sides is provided with four swallow-tail form limb E, limb F, limb G, limb H respectively altogether; Insert the swallow-tail form button angle A, button angle B, button angle C, button angle D of outside aluminium alloy extrusions C, inboard aluminium alloy extrusions C respectively, wherein the outside aluminium alloy extrusions C stile other end is provided with and is axe-shape sealed groove is installed; The outer stile of inboard aluminium alloy extrusions is the T font groove respectively and is provided with a right angle type installation glazing bead hooked bar; Middle plastic material C also is provided with on the same plane two sealing mounting groove A arranged side by side, sealing mounting groove B in addition, wherein in the middle of plastic material C constitute a big groove as the installation driver with inboard aluminium alloy extrusions C is common; The intermediate seal plate is provided with two chamber structures, is provided with a U-shaped groove, and a wherein big stud is provided with a horizontal bar, below the other end also be provided with a stud.
The utility model is because section bar partly all has aluminium alloy extrusions to constitute with respect to the door and window surfaces externally and internally; Connect middle plastic material through the interspersed buckle of plastic material between two inside and outside aluminium alloy extrusions; The place that every solar ray energy directly is mapped to covers by aluminium alloy extrusions; Can improve ageing resistace greatly, effectively improve door and window application life; Owing to adopt the disconnected greatly cold junction structure design of multi-cavity chamber plastics, effectively overcome extremely frigid zones door and window dewfall, icing technical barrier; The utility model is maximized favourable factors and minimized unfavourable ones; Solution opening door-leaf and frame have been designed from recent studies on; Airtight, the watertight problem of middle retaining; This design is that the plastic material in the opening door-leaf has two the weather strip grooves are installed is that frame or middle retaining are provided with one two cavity seal buckle section bar device in addition; Be increased to four seal structures so also constitute a multicell closed structure between opening door-leaf and frame, the middle retaining by original three seals, effectively controlled between fan, frame, the middle retaining cold and hot air leading and leak drawback and anti-dust function; So the utility model is prevented fires, antitheft is durable in use, and the attractive, decorative performance is strong, is respectively Wind-Pressure Resistance through detecting department's testing result--8 grades≤4.5<5.0,4 grades of 350≤△ P of watertightness performance<500,4 grades of 4.5≤P of air-tightness
3<5.0,9 grade of 2.0 > of heat-insulating property; K>=1.5,5 grades of RW insulate against sound<45.
Description of drawings:
Fig. 1, the plastic-aluminum combined heat-insulating profile door and window structure of the utility model sketch map;
Fig. 2, be frame section bar end face structure sketch map;
Fig. 3, be middle retaining profile structure sketch map;
Fig. 4, be opening door-leaf profile structure sketch map;
Fig. 5, be intermediate seal buckle profile structure sketch map.
Among the figure: frame 1; Middle retaining 2; Opening door-leaf 3; Opening device 4; Outside aluminium alloy extrusions A5; Inboard aluminium alloy extrusions A6; Plastic material 7; Limb A8; Limb B9; Limb C10; Limb D11; Groove A12; Groove B13; Groove C14; Groove D15; Hooked bar A16; Hooked bar B17; Hooked bar C18; Hooked bar D19; Axe-shape groove 20; Group angle steel sheet fixing ribs 21; Hooked bar E22; Hooked bar F23; Outside aluminium alloy extrusions B24; Inboard aluminium alloy extrusions B25; Groove E26; Groove F27; Groove G28; Groove H29; Fixing ribs A30; Fixing ribs B31; Adhesive tape mount grooves A32; Adhesive tape mount grooves B33; Hooked bar G34; Hooked bar H35; Outside aluminium alloy extrusions C36; Inboard aluminium alloy extrusions C37; Middle plastic material C38; Limb E39; Limb F40; Limb G41; Limb H42; Button angle A43; Button angle B44; Button angle C45; Button angle D46; Axe-shape is installed sealed groove 47; T font groove 48; Glazing bead hooked bar 49; Sealing mounting groove A50; Sealing mounting groove B51; Intermediate seal plate 52; U-shaped groove 53; Horizontal bar 54; Stud 55.
The specific embodiment:
Below in conjunction with accompanying drawing and embodiment the utility model is further specified.
A kind of novel energy-conserving plastic-aluminum aluminium composite door and window frame; Mainly form by frame 1, middle retaining 2, opening door-leaf 3, opening device 4; It is characterized in that: used section bar is plastic-aluminum energy-saving heat preserving section bar; Said plastic-aluminum energy-saving heat preserving section bar interts clamping combination and constituting each other by surfaces externally and internally aluminium alloy extrusions and middle plastic material, and described inside and outside two aluminium alloy extrusions and middle plastic material are respectively equipped with an above square tube type cavity along arranging in order perpendicular to said two aluminium alloy section surface directions; Frame 1, constitute by outside aluminium alloy extrusions A5, inboard aluminium alloy extrusions A6, plastic material 7; The two ends of plastic material 7 are provided with four respectively altogether and are swallow-tail form limb A8, limb B9, limb C10, limb D11, and four limbs insert dovetail groove A12, groove B13, groove C14, the groove D15 of two aluminium alloy extrusions respectively; Wherein plastic material also is provided with four right angle type hooked bar A16, hooked bar B17, hooked bar C18, hooked bar D19 on two planes about in the of 7; Wherein outside aluminium alloys is provided with as the installation sealing joint strip and is axe-shape groove 20, is provided with a group angle steel sheet fixing ribs 21 at grade, and the two ends up and down of inboard aluminium alloy extrusions A6 are respectively equipped with right angle type hooked bar E22, hooked bar F23; Middle retaining 2 is made up of outside aluminium alloy extrusions B24, inboard aluminium alloy extrusions B25, middle plastic material 7 respectively; Be processed with dovetail groove E26, groove F27, groove G28, groove H29 on two aluminium alloy extrusions; Wherein two same planes of aluminium alloy extrusions two dovetail grooves are provided with C font be spirally connected fixing ribs A30, fixing ribs B31; Aluminium alloy extrusions B24 big stile in the outside respectively is provided with adhesive tape mount grooves A32, an adhesive tape mount grooves B33 who becomes axe-shape respectively, and the two ends up and down of inboard aluminium alloy extrusions B25, outer surface are respectively equipped with right angle type hooked bar G34, hooked bar H35; Opening door-leaf 3 section bars are respectively by outside aluminium alloy extrusions C36, inboard aluminium alloy extrusions C37; Middle plastic material C38 constitutes; The middle plastic material C38 left and right sides is provided with four swallow-tail form limb E39, limb F40, limb G41, limb H42 respectively altogether; Insert the swallow-tail form button angle A43, button angle B44, button angle C45, button angle D46 of outside aluminium alloy extrusions C36, inboard aluminium alloy extrusions C37 respectively, wherein the outside aluminium alloy extrusions C36 stile other end is provided with and is axe-shape sealed groove 47 is installed; Inboard aluminium alloy extrusions 37 outer stiles are T font groove 48 respectively and are provided with a right angle type installation glazing bead hooked bar 49; Middle plastic material C38 also is provided with on the same plane two sealing mounting groove A50 arranged side by side, sealing mounting groove B51 in addition, wherein in the middle of plastic material C38 constitute a big groove as the installation driver with inboard aluminium alloy extrusions C37 is common; Intermediate seal plate 52 is provided with two chamber structures, is provided with a U-shaped groove 53, and a wherein big stud is provided with a horizontal bar 54, below the other end also be provided with a stud 55.
This utility model is because section bar partly all has aluminium alloy extrusions to constitute with respect to the door and window surfaces externally and internally; Connect middle plastic material through the interspersed buckle of plastic material between two inside and outside aluminium alloy extrusions; The place that every solar ray energy directly is mapped to covers by aluminium alloy extrusions; Can improve ageing resistace greatly, effectively improve door and window application life; Owing to adopt the disconnected greatly cold junction structure design of multi-cavity chamber plastics, effectively overcome extremely frigid zones door and window dewfall, icing technical barrier; The utility model is maximized favourable factors and minimized unfavourable ones; Solution opening door-leaf and frame have been designed from recent studies on; Airtight, the watertight problem of middle retaining; This design is that the plastic material in the opening door-leaf has two the weather strip grooves are installed is that frame or middle retaining are provided with one two cavity seal buckle section bar device in addition; Be increased to four seal structures so also constitute a multicell closed structure between opening door-leaf and frame, the middle retaining by original three seals, effectively controlled between fan, frame, the middle retaining cold and hot air leading and leak drawback and anti-dust function; So the utility model is prevented fires, antitheft is durable in use, and the attractive, decorative performance is strong, is respectively Wind-Pressure Resistance through detecting department's testing result--8 grades≤4.5<5.0,4 grades of 350≤△ P of watertightness performance<500,4 grades of 4.5≤P of air-tightness
3<5.0,9 grade of 2.0 > of heat-insulating property; K>=1.5,5 grades of RW insulate against sound<45.
Claims (1)
1. novel energy-conserving plastic-aluminum aluminium composite door and window frame; Mainly form by frame (1), middle retaining (2), opening door-leaf (3), opening device (4); It is characterized in that: used section bar is plastic-aluminum energy-saving heat preserving section bar; Said plastic-aluminum energy-saving heat preserving section bar interts clamping combination and constituting each other by surfaces externally and internally aluminium alloy extrusions and middle plastic material, and described inside and outside two aluminium alloy extrusions and middle plastic material are respectively equipped with an above square tube type cavity along arranging in order perpendicular to said two aluminium alloy section surface directions; Frame (1), constitute by outside aluminium alloy extrusions A (5), inboard aluminium alloy extrusions A (6), plastic material (7); The two ends of plastic material (7) are provided with four respectively altogether and are swallow-tail form limb A (8), limb B (9), limb C (10), limb D (11), and four limbs insert dovetail groove A (12), groove B (13), groove C (14), the groove D (15) of two aluminium alloy extrusions respectively; Wherein plastic material (7) also is provided with four right angle type hooked bar A (16), hooked bar B (17), hooked bar C (18), hooked bar D (19) on two planes up and down; Wherein outside aluminium alloys is provided with as the installation sealing joint strip and is axe-shape groove (20), is provided with a group angle steel sheet fixing ribs (21) at grade, and the two ends up and down of inboard aluminium alloy extrusions A (6) are respectively equipped with right angle type hooked bar E (22), hooked bar F (23); Middle retaining (2) is made up of outside aluminium alloy extrusions B (24), inboard aluminium alloy extrusions B (25), middle plastic material (7) respectively; Be processed with dovetail groove E (26), groove F (27), groove G (28), groove H (29) on two aluminium alloy extrusions; Wherein two same planes of aluminium alloy extrusions two dovetail grooves are provided with C font be spirally connected fixing ribs A (30), fixing ribs B (31); The big face stile of outside aluminium alloy extrusions B (24) respectively is provided with adhesive tape mount grooves A (32), an adhesive tape mount grooves B (33) who becomes axe-shape respectively, and the two ends up and down of inboard aluminium alloy extrusions B (25), outer surface are respectively equipped with right angle type hooked bar G (34), hooked bar H (35); Opening door-leaf (3) section bar is respectively by outside aluminium alloy extrusions C (36), inboard aluminium alloy extrusions C (37); Middle plastic material C (38) constitutes; Middle plastic material C (38) left and right sides is provided with four swallow-tail form limb E (39), limb F (40), limb G (41), limb H (42) respectively altogether; Insert the swallow-tail form button angle A (43), button angle B (44), button angle C (45), button angle D (46) of outside aluminium alloy extrusions C (36), inboard aluminium alloy extrusions C (37) respectively, wherein outside aluminium alloy extrusions C (36) the stile other end is provided with and is axe-shape sealed groove (47) is installed; The outer stile of inboard aluminium alloy extrusions (37) is T font groove (48) respectively and is provided with a right angle type installs glazing bead hooked bar (49); Middle plastic material C (38) also is provided with on the same plane two sealing mounting groove A (50) arranged side by side, sealing mounting groove B (51) in addition, wherein in the middle of plastic material C (38) constitute a big groove jointly as driver is installed with inboard aluminium alloy extrusions C (37); Intermediate seal plate (52) is provided with two chamber structures, is provided with a U-shaped groove (53), and a wherein big stud is provided with a horizontal bar (54), below the other end also be provided with a stud (55).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201192397U CN202520159U (en) | 2012-03-27 | 2012-03-27 | Novel energy-saving aluminum-plastic-aluminum composite door and window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201192397U CN202520159U (en) | 2012-03-27 | 2012-03-27 | Novel energy-saving aluminum-plastic-aluminum composite door and window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202520159U true CN202520159U (en) | 2012-11-07 |
Family
ID=47103112
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201192397U Expired - Fee Related CN202520159U (en) | 2012-03-27 | 2012-03-27 | Novel energy-saving aluminum-plastic-aluminum composite door and window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202520159U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104632005A (en) * | 2015-02-10 | 2015-05-20 | 辽宁忠大铝业有限公司 | Aluminum-plastic aluminum plastic core profile |
-
2012
- 2012-03-27 CN CN2012201192397U patent/CN202520159U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104632005A (en) * | 2015-02-10 | 2015-05-20 | 辽宁忠大铝业有限公司 | Aluminum-plastic aluminum plastic core profile |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203114021U (en) | Aluminum-clad wood out swinging window | |
| CN202324991U (en) | Bridge-cutoff type aluminium-plastic wood composite energy-saving and heat-insulating window | |
| CN202520159U (en) | Novel energy-saving aluminum-plastic-aluminum composite door and window | |
| CN205936166U (en) | Door and window of aluminum alloy system with plastics PVC detachable sun shading and heat insulation heat -preserving jacket of U | |
| CN200996245Y (en) | Double-layer pasted-film economizing window | |
| CN202108365U (en) | Wood-aluminum bridge-broken composite section | |
| CN202913879U (en) | Aluminum-nylon 66-wood composite heat preservation window | |
| CN202227894U (en) | Heat-insulation horizontal-drawing sliding door and window | |
| CN205477230U (en) | Energy -conserving al -alloy door & window | |
| CN212176920U (en) | Heat preservation type sliding door | |
| CN202689832U (en) | High-performance plastic casement window | |
| CN202215118U (en) | High-sealing heat and sound insulation sliding window | |
| CN205936172U (en) | High strength is crowded formula door and window section bar altogether | |
| CN207260861U (en) | 60 P series glass fan-shaped material of steel window structures | |
| CN203035020U (en) | Aluminum covered solid wood window capable of being opened outwards | |
| CN202954675U (en) | Novel energy-saving aluminum alloy composite doors and windows | |
| CN213330596U (en) | Integrated broken bridge window with anti-theft function | |
| CN210264417U (en) | Heat-insulation fireproof window with aluminum alloy protecting cover | |
| CN202866601U (en) | Aluminum-plastic wood composite insulating window arranged between frames with four sealing | |
| CN203050366U (en) | Aluminum-clad-wood out-opening window structure | |
| CN2599193Y (en) | Energy-saving aluminium-plastic composite horizontally-sliding door and window | |
| CN202100120U (en) | Energy conservation frame hidden type curtain wall used on curtain wall and energy conservation window | |
| CN201447998U (en) | Aluminum-plastic-aluminum hidden-sash composite window | |
| CN2589618Y (en) | Energy-saving plastic-aluminum composite door and window section bar | |
| CN217632000U (en) | Novel thermal-insulated chamber plastic-aluminum aluminium alloy |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121107 Termination date: 20140327 |