CN103321558B - High-performance energy-saving aluminum-wood composite window system with built-in sunshade - Google Patents
High-performance energy-saving aluminum-wood composite window system with built-in sunshade Download PDFInfo
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- CN103321558B CN103321558B CN201310224571.9A CN201310224571A CN103321558B CN 103321558 B CN103321558 B CN 103321558B CN 201310224571 A CN201310224571 A CN 201310224571A CN 103321558 B CN103321558 B CN 103321558B
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Abstract
The invention relates to a high-performance energy-saving aluminum-wood composite window system with a built-in sunshade. The high-performance energy-saving aluminum-wood composite window system comprises an aluminum frame material, a wood frame material, a wood sash material, hollow glass, shutters and single-layer glass. An adhesive tape bayonet is arranged at one end of the aluminum frame material facing the glass, a protruding block is further arranged on one side of the wood sash material facing the glass, a sash connecting piece is fixedly arranged on the outside of a window of the wood sash material, a C-shaped groove of the sash connecting piece is formed in the outside of the window of the wood sash material, a U-shaped groove is formed in the inner lateral side of the wood sash material, the hollow glass is fixed between one side of the U-shaped groove and the protruding block of the wood sash material, the shutters are arranged in the U-shaped groove of the sash connecting piece, a connecting piece is arranged in the C-shaped groove of the sash connecting piece, the other side of the connecting piece is fixed on the single-layer glass, and the outdoor side of the single-layer glass butts against the adhesive tape bayonet position of the aluminum frame material. A scheme of combining concealed sashes and the shutters is provided, a traditional method for achieving gluing of the glass and a section material in a glue injection mode is abandoned, a novel connecting method between the glass and the section material is provided, the structure is stable, operation is convenient, and practicality is good.
Description
Technical field
The present invention relates to window and door system, particularly a kind of built-in sunshade high-performance energy-saving aluminum wood composite window system.
Technical background
Developing rapidly along with China's economic, urbanization more deep, energy consumption total amount also increases year by year.In China, building energy conservation has become the emphasis of energy-saving and emission-reduction work.One of emphasis of door and window building energy conservation, along with the requirement of each department to door and window heat insulating coefficient improves constantly, the heat-insulating property of door and window self has obtained very large raising.But the two poles of the earth, Chinese north and south temperature contrast is comparatively large, particularly high in outside in summer, southern area temperature, for better realizing the energy-saving effect in summer, on the basis of insulation, the shading performance of door and window need be realized further.Current window is on the market all realize block sunlight by installing the solar protection devices such as curtain or blinds inside window, such effect structure is not obvious, and the material such as curtain, blinds mostly is combustibles, during burning, also discharge dense smoke toxic gas, larger harm is caused to the mankind.
For height insulation and the regulation of high-sunshade standard and safety, develop a set of built-in sunshade high-performance energy-saving aluminum wood composite window new range product, to make up and to overcome the defect of various shading product on the market very urgent.
Summary of the invention
The deficiency that the object of the invention is to exist for prior art provides a kind of good heat preservation performance, easy to operate, hidden fan formula built-in sunshade high-performance energy-saving aluminum wood composite window system with blinds.
In order to realize above-mentioned object, present invention employs following technical scheme: a kind of built-in sunshade high-performance energy-saving aluminum wood composite window system, comprise aluminium frame material, wooden frame material, wood fan material, hollow glass, blinds and single glass, described aluminium frame material is fixedly connected with by connector with between wooden frame material, aluminium frame material is provided with adhesive tape bayonet socket towards one end of glass, described wooden frame material is provided with step surface towards the indoor of glass side, described wooden fan material pars intermedia is provided with groove, in groove, card has frame to fan sealing joint strip, the step surface of frame fan sealing joint strip and wooden frame material offsets, described wooden fan material is also provided with projection towards the side of glass, the side outside window of wood fan material is fixed with sash connector, the C type slot of sash connector is in the side outside window of wooden fan material, U-type groove is positioned at the medial surface of wooden fan material, hollow glass is fixed between one side of U-type groove and the projection of wooden fan material, in the U-type groove of sash connector, blinds is installed, in the C type groove of sash connector, connector is installed, the opposite side of connector is fixed on single glass, the outside of single glass is against the adhesive tape bayonet socket place of aluminium frame material.
As preferably: described sash connector comprises a trunk and three branchs, a branch A in 90 ° with trunk is extended at the top of trunk to side, a branch B in 90 ° with trunk is also extended in the bottom of trunk to side, the bearing of trend of branch B is identical with branch A with length, branch A, branch B and trunk form a U-type groove, a branch C in 90 ° with trunk is extended to opposite side in the middle and upper part of trunk, the outer end of branch C bends, top, outer end flushes with trunk top, and branch C and trunk form C type groove.
As preferably: described aluminium frame material adopts welding or mechanical type Connecting groups frame, and the aluminium frame material left and right sides is fixed with aluminium alloys by screw and buckles limit.
As preferably: have apron flashing fastener by screw fastening outside the end opening of described wooden frame material, the side of aluminium alloys apron flashing penetrate apron flashing fastener (13) in.
As preferably: described single glass glass used is doubling glass or thickness is the tempered glass of 8-15mm, wherein a monolithic glass of doubling glass is provided with circular hole, nut is embedded with in circular hole, connector is anchored in nut by machine screws, the C type groove notch of the corresponding sash connector in connector installation site.
As preferably: the surrounding of described doubling glass adopts frosted or the multiple processing mode of colored glaze.
As preferably: what described blinds adopted manual, electronic, intelligent Three models to control blinds lifting and 180 degree turns over leaf angular adjustment.
As preferably: the C type groove notch of described single glass and sash connector is provided with sealing joint strip towards one end of frame section, the both sides of sash connector are provided with adhesive tape, the contact position of single glass and aluminium frame material is provided with frame sealing joint strip, wooden frame material has large mouth duck adhesive tape towards the inclined outside card of the inner face of glass side, one end and the wooden fan material of large mouth duck adhesive tape offset, the other end and aluminium frame material offset, and are also provided with adhesive tape in the middle of frame fan between wooden frame material and wooden fan material.
Beneficial effect of the present invention is: owing to adopting hidden fan formula and scheme with blinds, abandon and realized both bondings by injecting glue mode between traditional glass and section bar, proposed the connected mode between a kind of novel glass and section bar, and Stability Analysis of Structures, easy to operate, practical.Sun-shading louver separately and aluminium wood section framework form a unit, fire line is stronger, uses safety more also can direct and existing aluminum wood composite door and window product to combine.By the design of integration, make it while lifting shading performance, also improve the heat-insulating property of door and window.
The present invention also greatly improves that the sunshade of built-in sunshade high-performance energy-saving aluminum wood composite window, energy saving, preventing dust oil smoke are anti-pollution, fire line, sound insulation value, easy installation and removal, concrete effect is as follows:
1, sunshade: the door and window of integration and sunshade unit design, bring systematized insulation construction and shaded effects.Hollow glass, single glass (comprising doubling glass, colored glazed glass etc.) and centre is coordinated to form by folding and unfolding shutter device.Opening adjustment blinds just can withstand heat exposure and daylighting, reaches shaded effects.Effectively can stop the solar radiation that summer is strong, and the direct sunlight caused is to indoor, improves indoor luminous environment.Thus reduction interior temperature, reduce energy consumption of air conditioning system in buildings.
2, energy saving: the energy saving of modern architecture is one of outstanding feature of its scientific and technological content.In summer, can the direct irradiation of block sunlight when louvre blade being adjusted to closed condition, intercept the convection current of air, significantly reduce the energy consumption of room conditioning.In the winter time, louvre blade can be mentioned, make sunlight direct irradiation, fully absorb heat energy, add the use of triplex glass, decrease scattering and disappearing of indoor hot gas energy, thus reach energy-conservation, save the object of operating cost.
3, dust-proof, lampblack-preventing, antipollution performance: this built-in sunshade high-performance energy-saving aluminum wood composite window, adopt hidden fan formula scheme, blinds installation is positioned over hollow glass and single glass (comprises doubling glass, colored glazed glass etc.) between, hollow glass is positioned over by indoor, single glass (comprises doubling glass, colored glazed glass etc.) be positioned at outside, single glass (comprises doubling glass, colored glazed glass etc.) be connected by special connected system with between wooden fan material, side adhesive tape sealing, also fluid sealant can be selected, this way ensure that blinds not by outside contamination, louvre blade need not clean, reach and save time, laborsaving, the effect of saving money.
4, fire line: in any building, traditional blinds is all inflammable thing, and once breaking out of fire, the blinds be made up of materials such as cloth yarn, chemical fibres can discharge dense smoke poisonous in a large number when burning, and causes indoor occupant to be choked to death.Blinds is installed and is positioned between hollow glass and single glass (comprising doubling glass, colored glazed glass etc.), does not only burn by naked light, nor can discharge dense smoke in big fire.Add in double layer glass and doubling glass aluminum louvre blade also have certain obstruct flame pass combustion effect, effectively reducing the Probability of fire, is a kind of well fire-proof product.
5, sound insulation value: the penetration power of sound wave is stronger, its sound insulation value of abundant body of wall is better, but the link that the glass of door and window has often become blocking noise the weakest.The application of aluminium wood composite window triplex glass, ensure that the air borne sound sound insulation value of whole window controls between 35 >Rw >=30 decibel.
6, easy installation and removal: if blinds is arranged in hollow glass, when blinds just not easy-maintaining when going wrong qualitatively, whole hollow glass and blinds just do scraps process.If blinds is when going wrong qualitatively when blinds is arranged between hollow glass and single glass, if single glass is connected by structure glue with between section bar, for maintenance troublesome poeration, bothersome effort, if but single glass is connected by special connecting piece with between section bar, single glass of can easily dismantling carries out blinds maintenance.
Accompanying drawing explanation
Fig. 1 is the horizontal schematic diagram of structure of the invention process.
Fig. 2 is the vertical schematic diagram of structure of the invention process.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is made a detailed explanation.
The built-in sunshade high-performance of one as shown in Figure 1 energy-saving aluminum wood composite window system, its outside of this window and door system mainly contains aluminium frame material 4 and limit 3 buckled by aluminium alloys, aluminium alloys apron flashing 5 forms, indoor mainly contains wooden frame material 1, wooden fan material 2 forms, and be furnished with hollow glass 14, single glass 16(comprises doubling glass, colored glazed glass etc.), blinds 17, sash connector 6.Outside aluminium frame also can select lengthening aluminium windowframe, lengthens aluminium windowframe concordant with wooden fan material 2 internal orifice.This system mainly refers to that adjustable blinds 17 is arranged on hollow glass 14 and one deck list glass 16(comprises doubling glass, colored glazed glass etc.) between window and door system, the blinds 17 that can control in triplex glass carry out be elevated and 180 degree turn over leaf angular adjustment, reach the function of natural lighting and complete sunshade, this blinds 17 can adopt the various modes such as manual, electronic, intelligent, blinds 17 is arranged on the performance that not only ensure that blinds in triplex glass, and does not destroy all technical of hollow glass.
Described wooden frame material 1, wooden fan material 2 bight adopt chase mortise to connect, and are equipped with special termination waterproof agent and timber termination special glue group frame; Also connect by element type, namely vertical bight connects, a kind of bolt, nut and circle tenon rod being applied to the vertical bight of pure Wood-door window, aluminium Wood-door window and connecting, after frame section and sectional copy milling and pre-perforation processing complete, wood section can first single material spray paint after become frame, painting process completes, first with inner hexagon spanner fastening nuts in the horizontal frame of wood section or munnion (needing the section bar of copying), nut surface is coarse-pitch thread, for the connection with timber, inside is for fine thread and closely cooperate to wearing bolt.Before circle tenon rod loads circle tenon rod hole, need first the corresponding special adhesive glue of round tenon rod surface smear timber, then put into round tenon rod hole, not only can locate and also play fastening effect.Wood section two counterface uses bolton after being equipped with special termination waterproof agent and timber termination special glue again.Its structure of this connected mode is simple, easy to implement and dismounting.
Described wooden fan material 2 adds the design of isobaric notch when design of section, be provided with frame between wooden frame material 1 and wooden fan material 2 and fan middle adhesive tape 8 and large duckbilled adhesive tape 7, wooden frame material 1 has large mouth duck adhesive tape 7 towards the inclined outside card of the inner face of glass side, one end and the wooden fan material 2 of large mouth duck adhesive tape 7 offset, the other end and aluminium frame material 4 offset, and efficiently avoid the freezing frost in glass of door and window system.
Described aluminium frame material 4 bight adopts welding or mechanical type Connecting groups frame, aluminium frame material 4 is connected by connector 11 with between wooden frame material 1, concrete operations are for be anchored on connector 11 on wooden frame material 1 relevant position with screw, the C type groove notch of connector 11 installation site corresponding aluminium frame material 4, then realize the connection between aluminium frame material 4 and wooden frame material 1 by spanner adjusting connector 11.Outside aluminium frame material 4 also can select lengthening aluminium windowframe, lengthens aluminium windowframe concordant with wooden fan material 2 internal orifice, ensure that the unity of alien invasion.
Described aluminium alloys button limit 3 buckles into aluminium frame material 4 or lengthens in aluminium windowframe, realize covering that is suitable for reading and the right and left outside aluminium extruded sections, local, end opening wooden frame material 1 outside processes, for installing aluminium alloys apron flashing 5, apron flashing fastener 13 is first anchored on end opening wooden frame material 1 place, and aluminium alloys apron flashing 5 again side penetrates in apron flashing fastener 13.This design one is ensure that outside all covers aluminium, ensure that timber does not weather, and two is that the application of end opening aluminium alloys apron flashing 5 better prevents water inlet in frame from infiltrating mounting layer.
As Fig. 1, one shown in Fig. 2 built-in sunshade high-performance energy-saving aluminum wood composite window system, described aluminium frame material 4 is fixedly connected with by connector 11 with between wooden frame material 1, aluminium frame material 4 is provided with adhesive tape bayonet socket 41 towards one end of glass, described wooden frame material 1 is provided with step surface 101 towards the indoor of glass side, described wooden fan material 2 pars intermedia is provided with groove 21, in groove, card has frame to fan middle adhesive tape 8, in the middle of frame fan, adhesive tape 8 offsets with the step surface 101 of wooden frame material 1, wood fan material 2 is also provided with projection 22 towards the side of glass, the side outside window of wood fan material 2 is fixed with sash connector 6, described sash connector 6 comprises a trunk 61 and three branchs, a branch A62 in 90 ° with trunk is extended at the top of trunk 61 to side, a branch B63 in 90 ° with trunk is also extended in the bottom of trunk 61 to side, the bearing of trend of branch B63 is identical with branch A62 with length, branch A62, branch B63 and trunk 61 form a U-type groove, a branch C64 in 90 ° with trunk is extended to opposite side in the middle and upper part of trunk 61, the outer end of branch C64 bends, top, outer end flushes with trunk 61 top, branch C64 and trunk 61 form C type groove, the C type slot of sash connector 6 is in the side outside window of wooden fan material 2, U-type groove is positioned at the medial surface of wooden fan material 2, the both sides of U-type groove are provided with adhesive tape notch 65, in adhesive tape notch 65, card has adhesive tape 9, between the projection 22 that hollow glass 14 is fixed on wooden fan material 2 and the branch B of sash connector 6, hollow glass 14 surrounding glass isolator is fixed, blinds 17 is installed in the U-type groove of sash connector 6, in the C type groove of sash connector 6, connector 11 is installed, the opposite side of connector 11 is fixed on single glass 16, and the outside of single glass 16 is against the adhesive tape bayonet socket place 41 of aluminium frame material 4.
Described single glass 16 glass used is doubling glass, and wherein a monolithic glass first processes round tube hole before conjunction sheet, and another sheet glass is without the need to processing.With polyurethane adhesive, nut 15 is embedded in circular hole in advance, to be solidified reach want seeking time after, by machine screws, connector 11 is anchored in glass screw cap 15, this connector is nylon material, the C type groove notch of the corresponding sash connector 6 in connector 11 installation site, realize single glass 16 and wooden connection of fanning between 2 by spanner adjusting connector 11 again, last single glass 16 and wood are fanned 2 trailing flanks be connected and are realized sealing by installing sealing joint strip 12, and single glass 16 is provided with frame sealing joint strip 10 with aluminium frame 4.This way for the maintenance of blinds from now on also provide facilitate simple and easy.Another kind method for process shrinkage pool on single glass 16, internal diameter is large outer young, screw special is positioned in hole, and single glass 16 surface realizes clamping by bottom shimming nut tightening way again, realizes being connected between single glass and the C type groove of sash connector 6 by modes such as connector 11 fastening or turns.The surrounding of this monolithic or doubling glass also can adopt the multiple processing mode such as frosted or colored glaze.
The door and window of described integration and sunshade unit design, bring systematized insulation construction and shaded effects.Coordinate hollow glass 14, single glass 16(to comprise doubling glass, colored glazed glass etc.) and centre can form by folding and unfolding blinds 17 device.Opening adjustment louvre blade just can withstand heat exposure and daylighting, reaches shaded effects.Effectively can stop the solar radiation that summer is strong, and the direct sunlight caused is to indoor, improves indoor luminous environment.Thus reduction interior temperature, reduce energy consumption of air conditioning system in buildings.
Described built-in sunshade high-performance energy-saving aluminum wood composite window, adopt hidden fan scheme, blinds 17 installation is positioned over hollow glass 14 and single glass 16(comprises doubling glass, colored glazed glass etc.) between, hollow glass 14 is positioned over by indoor, single glass 16 is positioned at outside, single glass 16 is connected by special connected system between fanning 2 with wood, side sealing joint strip 12 seals, also fluid sealant can be selected, this way ensure that blinds 17 not by outside contamination, louvre blade need not clean, reach save time, laborsaving, save money effect.
Can the direct irradiation of block sunlight when louvre blade is adjusted to closed condition by described blinds 17, intercept the convection current of air, significantly reduce the energy consumption of room conditioning.In the winter time, louvre blade can be mentioned, make sunlight direct irradiation, fully absorb heat energy, add the use of triplex glass, decrease scattering and disappearing of indoor hot gas energy, thus reach energy-conservation, save the object of operating cost.
Described blinds 17 is aluminum alloy beancurd leaf, and this blinds 17 does not only burn by naked light, nor can discharge dense smoke in big fire.Double layer glass 14 and single glass 16(comprise doubling glass, colored glazed glass etc.) in add aluminum louvre blade 17 also have certain obstruct flame pass combustion effect, effectively reducing the Probability of fire, is a kind of well fire-proof product.
Claims (7)
1. a built-in sunshade high-performance energy-saving aluminum wood composite window system, it is characterized in that: comprise aluminium frame material (4), wooden frame material (1), wood fan material (2), hollow glass (14), blinds (17) and single glass (16), (4) described aluminium frame material adopts welding or mechanical type Connecting groups frame, described aluminium frame material (4) with wooden frame material (1) between be (11) fixedly connected with by connector, aluminium frame material (4) is provided with adhesive tape bayonet socket (41) towards one end of glass, described wooden frame material (1) is provided with step surface (101) towards the indoor of glass side, described wooden fan material (2) pars intermedia is provided with groove (21), in groove, card has frame to fan sealing joint strip (8), frame fan sealing joint strip (8) offsets with the step surface (101) of wooden frame material (1), described wooden fan material (2) is also provided with projection (22) towards the side of glass, the side outside window of wood fan material (2) is fixed with sash connector (6), the C type slot of sash connector (6) is in the side outside window of wooden fan material (2), U-type groove is positioned at the medial surface of wooden fan material (2), hollow glass (14) be fixed on U-type groove while and between the projection (22) of wooden fan material (2), blinds (17) is installed in the U-type groove of sash connector (6), in the C type groove of sash connector (6), connector (11) is installed, the opposite side of connector (11) is fixed on single glass (16), the outside of single glass (16) is against the adhesive tape bayonet socket place (41) of aluminium frame material (4), described sash connector (6) comprises a trunk (61) and three branchs, a branch A(62 in 90 ° with trunk is extended at the top of trunk to side), a branch B(63 in 90 ° with trunk is also extended in the bottom of trunk to side), branch B(63) bearing of trend and length and branch A(62) identical, branch A(62), branch B(63) and trunk (61) formation U-type groove, a branch C(64 in 90 ° with trunk is extended to opposite side in the middle and upper part of trunk (61)), branch C(64) outer end bend, top, outer end flushes with trunk (61) top, branch C(64) and trunk (61) formation C type groove.
2. one according to claim 1 built-in sunshade high-performance energy-saving aluminum wood composite window system, is characterized in that: aluminium frame material (4) left and right sides is fixed with aluminium alloys by screw and buckles limit (3).
3. one according to claim 1 built-in sunshade high-performance energy-saving aluminum wood composite window system, it is characterized in that: outside the end opening of described wooden frame material (1), have apron flashing fastener (13) by screw fastening, aluminium alloys apron flashing side (5) penetrate apron flashing fastener (13) in.
4. one according to claim 1 built-in sunshade high-performance energy-saving aluminum wood composite window system, it is characterized in that: (16) glass used is doubling glass or thickness to described single glass is the tempered glass of 8-15mm, wherein a monolithic glass of doubling glass is provided with circular hole, nut is embedded with (15) in circular hole, connector (11) by machine screws be anchored on nut (15) in, connector is the corresponding sash connector in installation site C type groove notch (6) (11).
5. one according to claim 4 built-in sunshade high-performance energy-saving aluminum wood composite window system, is characterized in that: the surrounding of described doubling glass adopts frosted or the multiple processing mode of colored glaze.
6. one according to claim 1 built-in sunshade high-performance energy-saving aluminum wood composite window system, is characterized in that: described blinds (17) adopt manual, electronic, intelligent Three models control blinds (17) lifting and 180 degree turn over leaf angular adjustment.
7. one according to claim 1 built-in sunshade high-performance energy-saving aluminum wood composite window system, it is characterized in that: the C type groove notch of described single glass (16) and sash connector (6) is provided with sealing joint strip (12) towards one end of frame section, the both sides of sash connector (6) are provided with adhesive tape (9), single glass (16) is provided with frame sealing joint strip (10) with the contact position of aluminium frame material (4), wooden frame material (1) has large mouth duck adhesive tape (7) towards the inclined outside card of the inner face of glass side, one end and the wooden fan material (2) of large mouth duck adhesive tape (7) offset, the other end and aluminium frame material (4) offset, frame fan sealing joint strip (8) is also provided with between wooden frame material (1) and wooden fan material (2).
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| CN201310224571.9A CN103321558B (en) | 2013-06-05 | 2013-06-05 | High-performance energy-saving aluminum-wood composite window system with built-in sunshade |
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| CN201310224571.9A CN103321558B (en) | 2013-06-05 | 2013-06-05 | High-performance energy-saving aluminum-wood composite window system with built-in sunshade |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103590735A (en) * | 2013-12-02 | 2014-02-19 | 哈尔滨森鹰窗业股份有限公司 | Four-piece-of-glass aluminum-clad wood window with electric shutter |
| CN103912187A (en) * | 2014-04-09 | 2014-07-09 | 浙江瑞明节能科技股份有限公司 | Hidden wood sash |
| CN107246230A (en) * | 2017-05-24 | 2017-10-13 | 浙江英瑞幕墙装饰有限公司 | A kind of high-performance energy-saving aluminum wood complex-aperture curtain wall of built-in sun-shading louver |
| CN110374482A (en) * | 2019-07-22 | 2019-10-25 | 山东华建铝业集团有限公司 | A kind of integrated hidden fan window of sunshade |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101654996B (en) * | 2009-09-10 | 2012-03-07 | 浙江瑞明节能门窗有限公司 | Aluminium wood compound shutter |
| CN101736977B (en) * | 2009-11-19 | 2011-12-21 | 浙江瑞明节能门窗有限公司 | Aluminum-clad wood sunshade door window |
| DE102010035346B4 (en) * | 2010-08-24 | 2019-03-07 | Schindler Fenster + Fassaden Gmbh | Concealed thermally separated wooden / metal sash frame |
| CN202417258U (en) * | 2012-01-05 | 2012-09-05 | 上海德意达门窗有限公司 | Aluminum and wood composite door/window with three pieces of glass and shutters |
| CN102943611B (en) * | 2012-11-21 | 2015-05-13 | 百乐(杭州)建材有限公司 | Three-glass aluminum-clad wood detachable shutter |
| CN203308360U (en) * | 2013-06-05 | 2013-11-27 | 浙江瑞明节能科技股份有限公司 | Built-in sun-shading and energy-saving aluminum-wood composite window system with high performance |
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Effective date of registration: 20211229 Address after: 313200 no.328, Yixian Road, Fuxi street, Deqing County, Huzhou City, Zhejiang Province Patentee after: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Address before: 313200 69 Changhong West Street, Wukang Town, Deqing County, Huzhou City, Zhejiang Province Patentee before: ZHEJIANG ROOMEYE ENERGY-SAVING TECHNOLOGY Co.,Ltd. |
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Denomination of invention: A high-performance energy-saving aluminum wood composite window system with built-in sun shading Effective date of registration: 20221228 Granted publication date: 20150603 Pledgee: Deqing sub branch of Huzhou Bank Co.,Ltd. Pledgor: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Registration number: Y2022330003718 |
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Date of cancellation: 20230811 Granted publication date: 20150603 Pledgee: Deqing sub branch of Huzhou Bank Co.,Ltd. Pledgor: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Registration number: Y2022330003718 |