CN102409925A - Energy-saving environment-friendly door/window system - Google Patents
Energy-saving environment-friendly door/window system Download PDFInfo
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- CN102409925A CN102409925A CN2011102344081A CN201110234408A CN102409925A CN 102409925 A CN102409925 A CN 102409925A CN 2011102344081 A CN2011102344081 A CN 2011102344081A CN 201110234408 A CN201110234408 A CN 201110234408A CN 102409925 A CN102409925 A CN 102409925A
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Abstract
The invention belongs to the field of building door/window curtain walls, and particularly relates to an energy-saving environment-friendly door/window system. The system comprises a border (1), a mullion (6) and a leaf-hidden window sash (3) arranged therein, wherein an outdoor sealing rubber strip (7) is fixed between the border (1) and the leaf-hidden window sash (3) on the border (1); an indoor sealing rubber strip (2) is fixed between the leaf-hidden window sash (3) and the the border (1) on the leaf-hidden window sash (3); a T-shaped connection glue injection sheet is fixed at the joint between the mullion (6) and the border (1); the T-shaped connection glue injection sheet is clamped and fixed with a notch of the mullion (6); and a glue injection port is formed on the T-shaped connection glue injection sheet. The energy-saving environment-friendly door/window system provided by the invention has good sealing and heat insulation performance, a firm structure and high generality, and can effectively meet the requirements on the lost energy index of the building door/window.
Description
Technical field
the invention belongs to building doors and windows curtain wall field, relate in particular to a kind of energy saving and environment friendly window and door system.
Background technology
building energy conservation is in the industry a focus subject under discussion in recent years, and it is even more important seeming aspect the building energy conservation as the door and window of building enclosure part and curtain wall.According to statistics, energy for building has reached 27.6% of whole society's energy consumption, and building energy consumption is 50% relevant with door and window curtain wall.Therefore, improve the performance of door and window curtain wall, vigorously promoting the use the energy saving door and window curtain wall is the essential behave that reduces building energy consumption.The personalization of building requires to make the notion of door and window curtain wall obtain very big expansion.Domestic majority construction project design at present, still according to traditional architectural design custom, the architectural design category is not also included in the design of door and window curtain wall in, and is not concrete to the thermal technology and the environmental-protecting performance parameter request of door and window curtain wall.
The subject matter that exists in
present stage door and window curtain wall field can be analyzed from following aspect: at first; To be that sash is closed the sash profile of the outdoor side in back invisible for latent fan window in the door and window curtain wall, make itself and adjacent fixed cell have just as the outer effect of looking.Look outside on the effect because existing building exterior window opening door-leaf section bar all is visible in an outdoor side, causing has tangible vision difference between opening door-leaf and the fixed cell; On the mounting means of glass; Existing building exterior window opening door-leaf glass and sash profile be inlay, the crimping mode; Cause opening door-leaf integral body to seem heavy; Cause the arrisdefect phenomenon of opening door-leaf simultaneously owing to the reason of existing building exterior window opening door-leaf glass deadweight easily, cause the forfeiture of whole window sealing performance.Therefore, be difficult to adapt to the very high user of room heat preservation energy-saving environmental requirement.
Secondly
; Because existing door and window T type and bight type of attachment are easy to generate phenomenons such as turning round stubborn, crack at the place, slit, thus produce leak out, problem such as roof leaking, cause whole doors and windows sealing, heat insulation effect bad; Therefore, be difficult to adapt to the exigent engineering of living environment.
once more; The common penetrating bar type aluminium alloy heat insulation section of China is difficult to satisfy in the national energy-saving and emission-reduction energy policy about reducing the index request of building doors and windows dissipate energy at present; Be badly in need of a kind of novel high thermal insulation sash stuff of development in the PRACTICE OF DESIGN, to satisfy the demand of industry development.
in addition, the outside window sill in the building doors and windows is the device that most of building possesses, it is arranged on the below in the window frame outside, it mainly acts on is exactly that rain cover is infiltrated body of wall, avoids in the rainwater inlet chamber.Because existing outside window sill adopts concrete, stone material structure usually, more than the window sill of two kinds of forms differ bigger with the linear expansion coeffcient of aluminum window, cause window sill and whole window junction to be easy to generate the slit, the formation leakage point; And the window sill structure of above two kinds of forms, versatility is poor, and disassembly and assembly efficient efficient is low, has certain difficulty with the collocation of whole building style, is difficult to satisfy the architect to the facade designing requirement.
Summary of the invention
the present invention be intended to overcome the weak point of prior art and a kind of sealing good heat insulating be provided, and structure is firm, and versatility is high, can effectively satisfy the energy saving and environment friendly window and door system of building doors and windows dissipate energy index request.
for achieving the above object, the present invention is achieved in that energy saving and environment friendly window and door system, and it comprises frame, middle stile and places latent fan window sash therebetween; On said frame, between frame and latent fan window sash, be fixed with outdoor sealing joint strip; On said latent fan window sash, between latent fan window sash and frame, be fixed with indoor sealing joint strip; The junction of stile and frame is fixed with T type connection glue injecting film in said; Said T type connects glue injecting film and middle stile notch connects and fixes; On said T type connection glue injecting film, be provided with gum-injecting port.
as a kind of preferred version, the present invention is fixed with nonmetal injecting glue gusset plate in the junction, group angle of said frame; Said nonmetal injecting glue gusset plate comprises that inserted sheet reaches inserted sheet down; Said go up inserted sheet and down on the inserted sheet respectively correspondence be provided with sawtooth, said sawtooth connects and fixes each other.
As another kind of preferred version, the present invention is fixed with high thermal insulation bar in stile's cavity in said frame reaches
.
further, high thermal insulation bar according to the invention can adopt the multi-cavity body structure; , frame in stile's cavity, between said high thermal insulation bar, is provided with the polyurethane heat-insulation packed layer in reaching.
further, the present invention is provided with the compensation section bar at said latent fan window sash and glass junction; On said latent fan window sash, between latent fan window sash and glass, be provided with the decoration adhesive tape.
in addition, the present invention is on said latent fan window sash, corresponding glass installation position can be provided with prolonged bar.
secondly, the present invention comprises that also windowsill sheet frame support type material, window sill connect plastic and window sill panel; Said frame is fixedly connected through windowsill sheet frame support type material and hole; Said window sill connects the plastic side and windowsill sheet frame support type material is fixedly connected; Said window sill panel is connected plastic with window sill and is fixedly connected.
once more, the present invention connects between plastic and the frame at said window sill, connects on the plastic in window sill and is furnished with adhesive tape.
the present invention can be provided with gum-injecting port on the inserted sheet on said.
the present invention seals good heat insulating, and structure is firm, and versatility is high, can effectively satisfy building doors and windows dissipate energy index request.
The latent fan of
the present invention window sash periphery is provided with the insulation plastic, cooperates with sealing joint strip, can reach the effect of sealing, thermal insulation.The present invention also is provided with notch on said latent fan window sash profile, cooperate the compensation section bar above, and compensation section bar and structure glue have good adhesive strength, can improve the bonding strength of glass and sash, improve the anti-arrisdefect ability of sash.The present invention is furnished with the adhesive tape of decoration notch on said latent fan window sash profile, decorate the gluing lapping defect mark of adhesive tape covered structure, can improve indoor aesthetics.Latent fan window window light according to the invention and fixing glass can guarantee the planeness of indoor and outdoor visual effect at grade.Latent fan window sash profile according to the invention is provided with prolonged bar, can improve the bonding strength of section bar and glass, improves the application life of structure glue, sash.Because latent fan window sash profile according to the invention adopts Europe superscript C groove notch, on hardware is selected, has stronger versatility.
The nonmetal injecting glue gusset plate of
the present invention can carry out thin portion with coupling part, door-window section bar bight and cooperate, and realizes the planeness of whole junction, window bight, and improves sealing effectiveness.
China is full of heat insulating material at present between two heat insulating strips penetrating bar type curtain wall of heat insulation aluminum alloy, door-window section bar field still are a blank.The present invention is through corresponding structure design, and its thermal and insulating performance is high, and can significantly improve the sealing effectiveness of finished product door and window.
window sill panel according to the invention is connected plastic with windowsill sheet frame support type material through window sill and connects, and promptly guarantees bonding strength, reaches insulation, effect of heat insulation again.Window sill shutoff section bar according to the invention, the shutoff of window sill cast aluminium have strengthened the bonding strength of combined type window sill, make the combined type window sill have the good outer effect of looking simultaneously.The present invention is provided with the adhesive tape notch on said window sill connection plastic, through compressing elastic adhesive tape, improve the sealing performance of junction, avoids leaking.The present invention is provided with draw-in groove on said window sill connection plastic, make window sill have an accurate in locating size, makes things convenient for location, the installation of window sill.In addition, combined type window sill according to the invention has the linear expansion coeffcient identical with putting in order window, has avoided the junction to produce the slit, has eliminated the hidden danger of leaking.Secondly, combined type window sill according to the invention has covered the whole hole face on side base outside window fully, and on combined type window sill panel, is provided with drip, has avoided the pollution of rainwater to the window opening mouth.At last, because combined type window sill according to the invention adopts aluminium alloys spraying section bar, the color diversity can have harmony, unified collocation relation with whole window.
Description of drawings
are described further the present invention below in conjunction with the accompanying drawing and the specific embodiment.Protection scope of the present invention not only is confined to the statement of following content.
Fig. 1 is the latent fan of the present invention window phantom.
Fig. 2 connects the glue injecting film structural representation for T type of the present invention.
Fig. 3 connects the glue injecting film assembling drawing for T type of the present invention.
Fig. 4 A is inserted sheet structural representation on the nonmetal injecting glue gusset plate of the present invention.
Fig. 4 B is inserted sheet structural representation under the nonmetal injecting glue gusset plate of the present invention.
Fig. 4 C is the nonmetal injecting glue gusset plate of a present invention overall structure sketch map.
Fig. 5 is the nonmetal injecting glue gusset plate of a present invention assembling drawing.
Fig. 6 is the high thermal insulation bar of a present invention integral installation figure.
Fig. 7 is a window sill overall structure sketch map of the present invention.
Among
figure: 1 is frame; 2 is indoor sealing joint strip; 3 are latent fan window sash; 4 are the compensation section bar; 5 is central sealing joint strip; 6 is middle stile; 7 is outdoor sealing joint strip; 8 for decorating adhesive tape; 9 are the insulation plastic; 10 is glass; 11 is prolonged bar; 101 are T type connection glue injecting film; 201 is gum-injecting port; 401 is fluid sealant; 102 is last inserted sheet; 202 are following inserted sheet; 302 is nonmetal injecting glue gusset plate; 402 is gum-injecting port; 502 is fluid sealant; 103 is high thermal insulation bar; 203 is the polyurethane heat-insulation packed layer; 204 is windowsill sheet frame support type material; 304 are window sill connection plastic; 404 is the window sill panel; 504 is window sill shutoff section bar; 604 is the shutoff of window sill cast aluminium; 704 is adhesive tape.
The specific embodiment
are as shown in the figure, energy saving and environment friendly window and door system, and it comprises frame 1, middle stile 6 and places latent fan window sash 3 therebetween; On said frame 1, between frame 1 and latent fan window sash 3, be fixed with outdoor sealing joint strip 7; On said latent fan window sash 3, between latent fan window sash 3 and frame 1, be fixed with indoor sealing joint strip 2; The junction of stile 6 and frame 1 is fixed with T type connection glue injecting film 101 in said; Said T type connects glue injecting film 101 and connects and fixes with middle stile 6 notches; On said T type connection glue injecting film 101, be provided with gum-injecting port 201.
the present invention is fixed with nonmetal injecting glue gusset plate 302 in the junction, group angle of said frame 1; Said nonmetal injecting glue gusset plate 302 comprises that inserted sheet 102 reaches inserted sheet 202 down; Said go up inserted sheet 102 and down on the inserted sheet 202 respectively correspondence be provided with sawtooth, said sawtooth connects and fixes each other.
the present invention is fixed with high thermal insulation bar 103 in stile's 6 cavitys in said frame 1 reaches.
high thermal insulation bar 103 according to the invention adopts the multi-cavity body structure; , frame 1 in stile's 6 cavitys, between said high thermal insulation bar 103, is provided with polyurethane heat-insulation packed layer 203 in reaching.
the present invention is provided with compensation section bar 4 in said latent fan window sash 3 and glass 10 junctions; On said latent fan window sash 3, be provided with decoration adhesive tape 8 in latent fan window sash 3 and 10 in glass.
the present invention is on said latent fan window sash 3, and corresponding glass installation position is provided with prolonged bar 11.
the present invention comprises that also windowsill sheet frame support type material 204, window sill connect plastic 304 and window sill panel 404; Said frame 1 is fixedly connected through windowsill sheet frame support type material 204 and hole; Said window sill connects plastic 304 sides and windowsill sheet frame support type material 204 is fixedly connected; Said window sill panel 404 is connected plastic 304 and is fixedly connected with window sill.
the present invention connects between plastic 304 and the frame 1 at said window sill, connects on the plastic 304 in window sill and is furnished with adhesive tape 704.
the present invention is provided with gum-injecting port 402 on the inserted sheet 102 on said.
referring to Fig. 1～Fig. 3, energy saving and environment friendly window and door system, and it comprises frame 1, middle stile 6 and places latent fan window sash 3 therebetween; On said frame 1, between frame 1 and latent fan window sash 3, be fixed with outdoor sealing joint strip 7; On said latent fan window sash 3, between latent fan window sash 3 and frame 1, be fixed with indoor sealing joint strip 2; The junction of stile 6 and frame 1 is fixed with T type connection glue injecting film 101 in said; Said T type connects glue injecting film 101 and connects and fixes with middle stile 6 notches; On said T type connection glue injecting film 101, be provided with gum-injecting port 201.
the present invention is fixed with central sealing joint strip 5 between frame 1 and latent fan window sash 3 on said frame 1; On said latent fan window sash 3, between frame 1 and latent fan window sash 3, be fixed with insulation plastic 9; Said central sealing joint strip 5 is corresponding with insulation plastic 9 positions.
the present invention is provided with compensation section bar 4 in said latent fan window sash 3 and glass 10 junctions.
the present invention is provided with decoration adhesive tape 8 in latent fan window sash 3 and 10 in glass on said latent fan window sash 3.
the present invention includes frame 1, middle stile 6, latent fan window sash 3, indoor sealing joint strip 2, central sealing joint strip 5, outdoor sealing joint strip 7, compensation section bar 4, insulation plastic 9, decorate adhesive tape 8; Said frame 1 is connected with the building hole; Stile 6 is connected with frame 1 in said, and the hole is divided into several fixed cells, opens the unit; The indoor sealing joint strip of employing 2, central sealing joint strip 5, outdoor sealing joint strip 7 seal between latent fan window sash 3 and frame 1, the middle stile 6.For increasing the latent indoor aesthetic property of fan window structure, the structure glue surface between latent fan window sash 3 according to the invention and glass is installed and is decorated adhesive tape 8.
when concrete design, latent fan window sash 3 according to the invention is with the assembling before sawing of insulation plastic 9, the bonding unlatching glass of structure glue after the group angle.
are the stability of further strengthening said structure, and the present invention is provided with prolonged bar 11 on said latent fan window sash 3, glass is installed played spacing, supporting role.
for increasing the versatility of latent fan window structure, and frame according to the invention 1, middle stile 6, latent fan window sash 3 all adopt Europe superscript C groove notch design, and hardware is selected more extensive.
are considered from the waterproof angle, and the new said central sealing joint strip of this practicality 5, outdoor sealing joint strip 7, insulation plastic 9, frame 1, middle stile 6 cooperate formation watertight chambeies.Further, said latent fan window structure utilizes equal pressure principle that drainage channel is set in the watertight chamber to carry out draining.
like Fig. 1～shown in Figure 3, the present invention can according to the hole size with divide the case form blanking, according to technological requirement processing assembling.Frame of the present invention 1, middle stile 6 interconnect according to the branch case forms; To carry out structure glue bonding with glass behind 3 groups of angles of latent fan window sash; In frame 1, middle stile 6, latent fan window sash 3 corresponding notches, be pressed into indoor sealing joint strip 2, central sealing joint strip 5, outdoor sealing joint strip 7; To conceal fan window sash 3 through hardware is connected with frame 1, middle stile 6; The junction of stile 6 and frame 1 is fixed with T type connection glue injecting film 101 in said; Said T type connects glue injecting film 101 and connects and fixes with middle stile 6 notches; On said T type connection glue injecting film 101, be provided with gum-injecting port 201.
shown in Fig. 1, Fig. 4 A, Fig. 4 B and Fig. 4 C, bight of the present invention syndeton comprises frame 1; Junction, group angle at said frame 1 is fixed with nonmetal injecting glue gusset plate 302.Nonmetal injecting glue gusset plate 302 is used through the characteristics and the door-window section bar frame 1 of shape own.Nonmetal injecting glue gusset plate according to the invention can adopt the PA6 material.
referring to Fig. 4 A, Fig. 4 B and Fig. 4 C, nonmetal injecting glue gusset plate 302 according to the invention comprises that inserted sheet 102 reaches inserted sheet 202 down; Said nonmetal injecting glue gusset plate 302 reaches down by last inserted sheet 102, and inserted sheet 202 mutual pegging graft combine.
according to the invention go up inserted sheet 102 and down on the inserted sheet 202 respectively correspondence be provided with sawtooth, said sawtooth connects and fixes each other.The present invention is provided with gum-injecting port 402 on the inserted sheet 102 on said.
nonmetal injecting glue gusset plate 302 according to the invention adopts mechanical snap and injecting glue dual mode to accomplish jointly with door-window section bar.
after nonmetal injecting glue gusset plate 302 according to the invention carries out clamping with the section bar notch, are injected the bonding use of fluid sealant referring to Fig. 4 C at gum-injecting port 402 places.
like Fig. 4 C and Fig. 5, and after frame group of the present invention angle connected in groups arm of angle frame, said nonmetal injecting glue gusset plate 302 directly and the notch clamping of frame 1; Inject fluid sealant 502 at gum-injecting port 402 places of said nonmetal injecting glue gusset plate 302 again after the clamping.
Referring to Fig. 6, the present invention is fixed with high thermal insulation bar 103 in stile's 6 section bar cavitys in frame 1 reaches
.High thermal insulation bar 103 according to the invention can adopt multi-cavity body, abnormally-structured.The present invention can adopt large scale, multi-cavity height thermal insulation bar 103.Section bar cavity insulation of the present invention is filled and is adopted inside and outside monomer and heat insulating strip machinery complex method.
for increasing heat insulating effect, the present invention can be provided with polyurethane heat-insulation packed layer 203 between said high thermal insulation bar 103 in the section bar cavity.
referring to Fig. 7, window sill structure of the present invention comprises that frame 1, windowsill sheet frame support type material 204, window sill connect plastic 304, window sill panel 404, window sill shutoff section bar 504, window sill cast aluminium shutoff 604; Said frame 1 is connected with the hole through windowsill sheet frame support type material 204; Said window sill connects plastic 304 sides and is connected with windowsill sheet frame support type material 204; Said window sill panel 404 is connected plastic 304 and connects with window sill; Said window sill shutoff section bar 504, window sill cast aluminium shutoff 604 are connected with window sill panel 404 two ends.
When concrete design, windowsill sheet frame support type material according to the invention is provided with positioning bar, is connected with the frame section bar through direct nailing
; Said window sill connects plastic and is connected with windowsill sheet frame support type material through direct nailing; Said window sill panel is through being connected plastic location clamping and after clamping, reinforcing the connection with screw with window sill.
are the sealing that further increases said structure, and the present invention connects plastic at said window sill the sealing joint strip notch is set, and through being pressed into adhesive tape in advance, nailing connects fastening back and improves sealing performance.
for strengthening the stability of combined type outside window sill, the present invention cooperates window sill shutoff section bar, the shutoff of window sill cast aluminium at said platen panel two ends, and the assurance aesthetic property is strengthened the stability at window sill two ends, combined type outside simultaneously.
are considered from the waterproof angle, and window sill panel according to the invention is sloping type design, makes draining more smooth and easy.
window sill panel according to the invention is provided with dripping eaves at face toe, avoids the rain erosion metope.
the present invention can according to the technological requirement processing parts, after machining, assemble according to the blanking of external window of building dimension of opening.Windowsill sheet frame support type material 204 according to the invention is connected with the frame section bar; Said window sill connects plastic 304 and is connected with windowsill sheet frame support type material 204; Said window sill panel 404 is through being connected plastic 304 location clampings and after clamping, reinforcing the connection with screw with window sill, said window sill shutoff section bar 504, window sill cast aluminium shutoff 604 are connected with window sill panel 404 two ends.
are with being appreciated that; More than about specific descriptions of the present invention; Only be used to the present invention is described and be not to be subject to the described technical scheme of the embodiment of the invention; Those of ordinary skill in the art should be appreciated that still and can make amendment or be equal to replacement the present invention, to reach identical technique effect; As long as satisfy the use needs, all within protection scope of the present invention.
Claims (8)
1. an energy saving and environment friendly window and door system is characterized in that, comprises frame (1), middle stile (6) and places latent fan window sash (3) therebetween; On said frame (1), between frame (1) and latent fan window sash (3), be fixed with outdoor sealing joint strip (7); On said latent fan window sash (3), between latent fan window sash (3) and frame (1), be fixed with indoor sealing joint strip (2); The junction of stile in said (6) and frame (1) is fixed with the T type and connects glue injecting film (101); Said T type connects glue injecting film (101) and connects and fixes with middle stile (6) notch; On said T type connection glue injecting film (101), be provided with gum-injecting port (201).
2. energy saving and environment friendly window and door system according to claim 1 is characterized in that: the junction, group angle at said frame (1) is fixed with nonmetal injecting glue gusset plate (302); Said nonmetal injecting glue gusset plate (302) comprises that inserted sheet (102) reaches inserted sheet (202) down; Said go up inserted sheet (102) and down on the inserted sheet (202) respectively correspondence be provided with sawtooth, said sawtooth connects and fixes each other.
3. energy saving and environment friendly window and door system according to claim 2 is characterized in that: in said frame (1) reaches, be fixed with high thermal insulation bar (103) in stile (6) cavity.
4. energy saving and environment friendly window and door system according to claim 3 is characterized in that: said high thermal insulation bar (103) adopts the multi-cavity body structure; , frame (1) in stile (6) cavity, between said high thermal insulation bar (103), is provided with polyurethane heat-insulation packed layer (203) in reaching.
5. energy saving and environment friendly window and door system according to claim 4 is characterized in that: be provided with compensation section bar (4) in said latent fan window sash (3) and glass (10) junction; On said latent fan window sash (3), between latent fan window sash (3) and glass (10), be provided with and decorate adhesive tape (8).
6. energy saving and environment friendly window and door system according to claim 5 is characterized in that: on said latent fan window sash (3), corresponding glass installation position is provided with prolonged bar (11).
7. energy saving and environment friendly window and door system according to claim 6 is characterized in that: comprise that also windowsill sheet frame support type material (204), window sill connect plastic (304) and window sill panel (404); Said frame (1) is fixedly connected through windowsill sheet frame support type material (204) and hole; Said window sill connects plastic (304) side and windowsill sheet frame support type material (204) is fixedly connected; Said window sill panel (404) is connected plastic (304) and is fixedly connected with window sill.
8. energy saving and environment friendly window and door system according to claim 7 is characterized in that: connect between plastic (304) and the frame (1) at said window sill, connect on the plastic (304) in window sill and be furnished with adhesive tape (704).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110234408.1A CN102409925B (en) | 2011-08-16 | 2011-08-16 | Energy-saving environment-friendly door/window system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110234408.1A CN102409925B (en) | 2011-08-16 | 2011-08-16 | Energy-saving environment-friendly door/window system |
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| Publication Number | Publication Date |
|---|---|
| CN102409925A true CN102409925A (en) | 2012-04-11 |
| CN102409925B CN102409925B (en) | 2014-05-28 |
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ID=45912229
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110234408.1A Active CN102409925B (en) | 2011-08-16 | 2011-08-16 | Energy-saving environment-friendly door/window system |
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| Country | Link |
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| CN (1) | CN102409925B (en) |
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| CN103615183A (en) * | 2013-12-06 | 2014-03-05 | 广州江河幕墙系统工程有限公司 | Curtain wall inwards-opening door and window system for super high-rise buildings |
| CN103883220A (en) * | 2014-04-12 | 2014-06-25 | 李春成 | Special edge-covered broken bridge aluminum window for alpine region |
| CN104975789A (en) * | 2014-04-12 | 2015-10-14 | 李春成 | Heat insulation broken bridge aluminum sectional material |
| CN105822185A (en) * | 2016-05-19 | 2016-08-03 | 沈阳乐道铝建筑系统有限公司 | Heat insulating strip and heat preservation section material |
| CN108252621A (en) * | 2018-01-09 | 2018-07-06 | 广东广铝铝型材有限公司 | A kind of vertical hinged door system structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103615183A (en) * | 2013-12-06 | 2014-03-05 | 广州江河幕墙系统工程有限公司 | Curtain wall inwards-opening door and window system for super high-rise buildings |
| CN103883220A (en) * | 2014-04-12 | 2014-06-25 | 李春成 | Special edge-covered broken bridge aluminum window for alpine region |
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| CN108252621A (en) * | 2018-01-09 | 2018-07-06 | 广东广铝铝型材有限公司 | A kind of vertical hinged door system structure |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102409925B (en) | 2014-05-28 |
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Address after: 115003 Liaoning city of Yingkou Province coastal industrial base new No. 1 East Street Applicant after: Liaoning Joydon Aluminum Building Systems Co., Ltd. Address before: 110013 No. 59 North Station Road, Shenhe District, Liaoning, Shenyang Applicant before: Shenyang Joydon Aluminum Building Systems Co.,Ltd. |
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