CN103628801B - Integrated energy-saving window internally provided with sun-shading roller shutter - Google Patents
Integrated energy-saving window internally provided with sun-shading roller shutter Download PDFInfo
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- CN103628801B CN103628801B CN201310690729.1A CN201310690729A CN103628801B CN 103628801 B CN103628801 B CN 103628801B CN 201310690729 A CN201310690729 A CN 201310690729A CN 103628801 B CN103628801 B CN 103628801B
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Abstract
The invention discloses an integrated energy-saving window internally provided with a sun-shading roller shutter. The integrated energy-saving window comprises a window frame and window glass, wherein the window glass is composed of a set of a vacuum glass assembly and a piece of inner window glass; a sun-shading roller shutter device is arranged above the vacuum glass assembly; the sun-shading roller shutter device comprises a winding shaft, a sun-shading roller shutter wound on the winding shaft and a roller shutter extending-retracting mechanism; the sun-shading roller shutter is extended and retracted between one set of the vacuum glass assembly and one piece of the inner window glass; the roller shutter extending-retracting mechanism comprises tail inserting parts arranged at the two ends of the winding shaft and a winding disc tail inserting part with a reel; a separation strip is arranged on one side of a sun-shading roller shutter and a guiding separation strip is arranged on the other side of the sun-shading roller shutter; a pull rope is wound on the winding disc tail inserting part with the reel; a magnetic control device is arranged at one side of the pull rope; a bearing is arranged on each of the tail inserting part and the winding disc tail inserting part with the reel; the bearings are arranged in a left end plate and a right end plate; the left end plate and the right end plate are connected with the separation strip and the guiding separation strip respectively. According to the integrated energy-saving window internally provided with the sun-shading roller shutter, the sun-shading roller shutter is internally mounted between the vacuum glass assembly and the inner window glass to construct the integrated building energy-saving window; the window glass is mounted and dismounted indoors to safely mount, maintain and repair the internally-arranged sun-shading roller shutter.
Description
Technical field
The present invention relates to a kind of integrated building energy saving window.
Background technology
The exploitation of building energy conservation door and window deepens constantly, every energy-saving index improves constantly, for adapting to the needs of more and more Development of High-rise Buildings, sunshade door window integrated energy-saving door and window oneself become a kind of development trend, wherein hollow glass built-in blinds curtain is a kind of product form that Application comparison is many.Applying discovery through several years, there is more defect in this product, and one is that blind is contained in medi-empty glass window can not detachable maintaining, blind can only be changed together with glass once damage; Two is be stacked in above window after blind rolling, have impact on the lighting quantity of window; Three are effect of heat insulation of blind is not very good.
Summary of the invention
Technical problem to be solved by this invention is to provide one and is applicable to the shading integrated energy saving door and window of highrise building, thermal insulation, resisting wind press capacity are strong, and install, use time safe and reliable, improve maximum Bian light quantity during roller blind harvesting, meet hot-summer and cold-winter area to the daylighting demand in winter, convenient and safe mounting or dismounting, solve the ubiquitous maintenance of after-sale service building on the middle and senior level, a maintenance difficult problem.
Technical scheme of the present invention is:
A kind of built-in roller blind integrated energy-saving window, comprise window frame, window glass, window glass is made up of window glass in one group of vacuum glass assembly and a piece, sun-shading blind device is provided with above vacuum glass assembly, sun-shading blind device comprises spool, be wound on the roller blind on spool, roller shutter jack, roller blind is folding and unfolding between window glass in one group of vacuum glass assembly and one piece, roller shutter jack comprise the tail being separately positioned on spool two ends insert and with reel winder tail insert, parting bead is set in roller blind side and opposite side arranges guiding parting bead, winder tail with reel is plugged and is wound with coiling stay cord, one end of coiling stay cord arranges magnetic control means, tail is inserted and is plugged with the winder tail of reel and respectively bearing is housed, bearing is separately positioned on a left side, in right end plate, left, right end plate is connected with parting bead and guiding parting bead respectively.
The outer ring of spool is provided with roller shutter case.
Magnetic control means is gap bridge, the interior magnetic pulley be arranged in guiding parting bead, magnetic control hand handle outside guiding parting bead, after interior magnetic pulley is walked around through gap bridge in one end of coiling stay cord, termination is fixed on gap bridge, the magnetic control hand outside guiding parting bead on attracting outside the parting bead that leads, interior window glass glass planar mutually with interior magnetic pulley along hand slide.。
Window frame one side is in the outer part had backing face, and vacuum glass assembly leans against on backer face, and one side is in the inner part open surface, and interior window glass is arranged on medial surface, interior window glass is arranged weather strip and indoor glass press strip.
Beneficial effect:
1. be arranged between vacuum glass assembly and window glass built-in for roller blind, by indoor glass press strip, glass capsulation band, glass be closely fixed in the middle of bridge insulation thermal resistance window profile, being integrally formed building energy conservation window;
2. pass through mounting or dismounting window glass in indoor, the installation of the built-in roller blind of application solutions, maintenance, maintenance;
3., in vacuum glass assembly, one block, centre glass is reduced, reserves the space of built-in roller shutter component, the compact and reasonable position of ingenious solution on-board components;
4. compared with the built-in louvre applied with current engineering upper part, identical window ara, adopt the bridge insulation thermal resistance window profile of analog structure, the present invention can increase glass lighting area > 3%;
5. the stay cord that wire spool tail is plugged directly is connected with magnetic control system by passing a bridge, and promoting magnetic control hand moving up and down, roller blind can be made to do folding and unfolding action;
6. guiding parting bead and parting bead make to keep equidistant between vacuum glass assembly and window glass; Guiding parting bead coordinates with parting bead cover plate again respectively with parting bead, adds that upper cover forms complete glass roller shutter assembly.
The invention belongs to the shading integrated window of the built-in roller shutter of building, be applicable to high-rise exterior window, performance indications are better than other form sunshade door window.
Compact conformation of the present invention, only there is the fabric roller blind that how high the space of 3.5cm energy rolling 2m is, and do not change original heat-insulation window aluminium extruded sections size, can not reduce window glass lighting surface in height, the shading integrated energy saving window being better than what form of current Wang can reach so closely and the degree of flexible operating.
The advantage that the present invention gives prominence to is its dismoutability.The Xie Decision a great problem of current built-in shading integrated product in the link such as installation, maintenance, maintenance, achieving architectural shading integrated energy-saving door and window can be applied on the outer door and window of highrise building as common door and window, and can be complete in the capable maintenance of indoor Zhuan Chai Jin, maintenance or replacing component etc. operation very easily as one-storey house door and window to high-rise door and window, this is the operation that current any one Building Outside Shading of Window product can't realize, and thus makes the application of door and window exterior-shading energy-saving product on highrise building be subject to certain limitation.Or the product had such as built-in hollow blind also has sunshade function, but be exactly non-disconnectable, there is unsatisfactory part, once need maintenance, maintenance visor portion divides produced problem, can only together with inside and outside glass integral replacing it.
The present invention with more reasonably form of structure, reach improve energy-saving effect, practical and convenient, be the novel energy saving door and window product that cost performance is higher.
Accompanying drawing explanation
Fig. 1 is assembly position of the present invention axonometric drawing;
Fig. 2 is the built-in sunshade roll-up window front view of the present invention;
Fig. 3-1 is that A-A in Fig. 2 is to roller blind sectional view;
Fig. 3-2 be in Fig. 3-1 C-C to magnetic control stay cord sectional view;
Fig. 4-1 is that B-B in Fig. 2 is to parting bead, guiding parting bead position sectional view;
Fig. 4-2 be in Fig. 4-1 D-D to shell fabric rolling sectional view;
Fig. 5 is vacuum glass stack face schematic diagram.
In figure: 1-vacuum glass assembly, 2-first member plate, 3-bearing, 4-tail is inserted, 5-spool, 6-upper cover, 7-roller shutter case, 8-winder tail is inserted, 9-right end cap, 10-parting bead lid, 11-pass a bridge, 12-stay cord, 13-interior magnetic pulley, 14-magnetic control hand handle, 15-window glass, 16-guiding parting bead, 17-roller blind, 18-sill strip plug, 19-sill strip, 20-parting bead, 21-hand chute, 22-indoor glass press strip, 23-bridge insulation thermal resistance window profile, 24-glass capsulation band, 25-corner brace.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
A kind of built-in roller blind integrated energy-saving window, comprise window frame, window glass, window glass is made up of window glass 15 in one group of vacuum glass assembly 1 and a piece, sun-shading blind device is provided with above vacuum glass assembly, sun-shading blind device comprises spool 5, be wound on the roller blind 17 on spool 5, roller shutter jack, roller blind 17 folding and unfolding between one group of vacuum glass assembly 1 and one piece of window glass 15, roller shutter jack comprise the tail being separately positioned on spool 5 two ends insert 4 and with reel winder tail insert 8, parting bead 20 and opposite side are set in roller blind 17 side guiding parting bead 16 is set, winder tail with reel is inserted on 8 and is wound with coiling stay cord 12, one end of coiling stay cord 12 arranges magnetic control means, tail inserts 4 and insert on 8 with the winder tail of reel bearing 3 is housed respectively, bearing 3 is separately positioned on a left side, right end plate 2, in 9, left, right end plate 2, 9 are connected with parting bead 20 and guiding parting bead 16 respectively.
The outer ring of spool 5 is provided with roller shutter case 7.
Magnetic control means is gap bridge 11, the interior magnetic pulley 13 be arranged in guiding parting bead 16, magnetic control hand outside guiding parting bead 16 is 14, after interior magnetic pulley 13 is walked around through gap bridge 11 in one end of coiling stay cord 12, termination is fixed on gap bridge 11, magnetic control hand outside guiding parting bead 16, window glass 15 attracts 14 and interior magnetic pulley 13 phase, magnetic control hand slides along hand on chute 21 in window glass 15 plane 14, drives folding and unfolding roller shutter.
Window frame one side is in the outer part had backing face, and vacuum glass assembly 1 leans against on backer face, and one side is in the inner part open surface, and interior window glass 15 is arranged on medial surface, interior window glass 15 is arranged weather strip 24 and indoor glass press strip 22.
Glass periphery and roller shutter case top are encapsulated by upper cover 6, parting bead lid 10.Upper cover 6, parting bead lid 10 assembly forming sun-shading blind device that matches with roller shutter case 7, parting bead 20, the parting bead 16 that leads is overall.Embedded by assembly in the window frame of corresponding size, window frame is shaped by real size by bridge insulation thermal resistance window profile 23.
During use, manual control magnetic control hand 14 along hand chute 21 slowly on to push away or drop-down, slide up and down because being contained in magnetic pulley 13 in guiding parting bead 16 inside window glass 15 in the attracting drive of magnet simultaneously.Interior magnetic pulley 13 is wound with stay cord 12, and stay cord 12 1 is fixed on the panel of gap bridge 11, and other end, then by gap bridge 11, is wound on winder tail and inserts on 8.Winder tail is inserted 8 and bearing 3 is housed, and bearing 3 matches with the axle on right end cap 9, and winder tail inserts 8 other end covers spool 5, and spool 5 other end is enclosed within tail and inserts on 4, and same tail is inserted 4 and matched with bearing 5, first member plate 2, and on spool 5, volume has roller blind 17; Roller blind 17 lower end is connected with sill strip 19, makes roller blind 17 in folding and unfolding process, keep fabric smooth, well-pressed better, and it is more smooth and easy that the deadweight of sill strip 19 also makes roller shutter transfer; Sill strip plug 18 is equipped with at sill strip 19 two ends, prevents to cause dislocation with roller blind 17 in sill strip 19 folding and unfolding.Make formed roller blind rolling parts, be arranged in roller shutter case 7 die cavity, roller shutter case 7 two ends form transmission mechanism with first member plate 2, right end cap 9 again respectively, realize light rolling.
Window daylighting of the present invention by vacuum glass assembly 1 with interior window glass 15 by lead parting bead 16, parting bead 20, be equidistantly harmonious, leading to be located by corner brace 25 respectively between parting bead 16, parting bead 20 forms transmission plane; Glass periphery is sealed by upper cover 6, parting bead cover plate 10, and upper cover 6, parting bead cover plate 10 assemble with guiding parting bead 16, parting bead 20 again respectively mutually, form glass, roller shutter assembly parts.
Glass, roller shutter assembly portion part The be arranged on bridge insulation thermal resistance window profile 23 process in the window frame of the corresponding size size put in place, interior window glass 15 is in indoor window face.Interior window glass 15 is tightly fastened by glass capsulation band 24 by indoor glass press strip 22, completes the assembling of built-in sunshade roll-up window.
The present invention is for being suitable for hot-summer and cold-winter area highrise building exterior window characteristics of energy saving, and summer can sunshade, and winter can Bian light, makes exterior window reach heat-insulation and heat-preservation; Meet the high standard requirement of highrise building exterior window to leading indicators such as Wind-Pressure Resistance, tightness, watertightnesses again simultaneously.
Adopt vacuum glass assembly 1 and interior window glass 15 3 pieces of glass structures, can the transmission of abundant isolation window internal and external temperature.The transfer mode of heat has three kinds of i.e. convection heat transfer' heat-transfer by convection, heat transfer and radiant heat transfers.Convection heat transfer' heat-transfer by convection is owing to there is temperature difference in gas, causes gas to produce convection current, drives energy to transmit; Heat transfer is the energy transferring carried out due to molecular motion; Radiant heat transfer is that energy directly transmits with ray and infrared rays.As hollow glass, its heat-proof quality is mainly because its internal gas is in a closed space, gas does not produce convection current, and the coefficient of thermal conductivity of the coefficient of thermal conductivity of air to be 0.028W/m.K be glass is 1/27 of 0.77W/m.K, thus, convection heat transfer' heat-transfer by convection and heat transmission by conductivity, in the energy transferring of hollow glass, account for less ratio.Improve the heat-proof quality of hollow glass, the thickness increasing space layer in general, the air of the gas displacement hollow glass inside low with using coefficient of thermal conductivity, heat transmission by conductivity can be reduced like this, but space layer is too large, can produce again the convection current of gas, increase convection heat transfer' heat-transfer by convection, rational space layer gap should be about 12mm; Reducing radiant heat transfer, is generally by using sunlight to control, especially using low emissivity glass, control various Radiolucent, but does like this and obviously can affect winter daylighting heating.The built-in roller blind folding and unfolding mode of the present invention reaches partition or the approach by radiant heat transfer, when needing sunshade, put down roller blind 17, block radiation ray, web surface is by sub-light coating film treatment, the major part sunlight of energy diffuse reflection simultaneously and radiation ray, reduce the thermal transmittance of exterior window from source.
The sunshade of external window of building, in the face of the hard roller shutter of miscellaneous external sunshade or soft roller shutter, no matter which kind of product of Bian, be all subject to the restriction of building height, floor is higher, and blast is larger.The external mounting means of current sunshade is applicable to multilayer public residence, even the hard roller shutter having guide rail to move, highrise building is also unable to do what one wishes to the requirement of blast, roller shutter face is by the effect of the positive and negative blast of high wind, if fitful wind active force exceedes the flexural strength that curtain face can bear, roller shutter face will depart from guide groove in floating, and even depart from and pound the face of landing, danger is larger.Roller blind is built-in, and roller shutter is contained between window glass, bears the high blast requirement in corresponding building by highrise building exterior window, then solve a blast difficult problem for high-rise building exterior window sunshade along reason.
The development of modern door and window has history decades, and have country and industry standard specification layer by layer, brand, kind, various structures, the present invention should reach built-in sunshade folding and unfolding, can not surmount again the specification of door and window, this will the present invention become more meticulous, integrated.For fabric: external roller blind thickness is generally all between 0.5-0.7mm, shading rate is high, light-proofness good, obviously fabric thick like this cannot be wound on cross section only has in the space of 34mm diameter, spool 5 diameter 15mm of the present invention, monolateral like this can around thickness only 9.5mm, if the common fabric of the external sunshade that Bian 0.6mm is thick, almost that gapless ideal winding also can only around 15 layers, roll up the height that fabric can reach and be: 3.14x25mm(central diameter size) x15 shell fabric=1178mm, so exactly ideal limit value can not meet the common demands of window.The present invention proposes new requirement to roller blind 17 for this reason, should be thin, only 0.1-0.3mm, guarantees that shading rate is high, light-proofness good again, keeps fabric folding and unfolding smooth, well-pressed simultaneously.For guaranteeing the thermal transmittance reducing door and window, improve illumination in glass chamber and heat phenomenon, web surface is by sub-optical coating process, object makes it diffuse reflection major part sunlight and radiation ray, also the reflective light pollution of white facestock facade can being avoided to occur, reduces the thermal transmittance of exterior window from reply thermal source.
Claims (4)
1. a built-in roller blind integrated energy-saving window, comprise window frame, window glass, it is characterized in that: described window glass is made up of window glass (15) in one group of vacuum glass assembly (1) and a piece, sun-shading blind device is provided with above vacuum glass assembly, sun-shading blind device comprises spool (5), be wound on the shading fabric (17) on spool (5), roller shutter jack, described shading fabric (17) is folding and unfolding between window glass (15) in one group of vacuum glass assembly (1) and one piece, roller shutter jack comprises the tail being separately positioned on spool (5) two ends and inserts (4) and insert (8) with the winder tail of reel, parting bead (20) and opposite side are set in shading fabric (17) side guiding parting bead (16) is set, winder tail with reel is inserted on (8) and is wound with stay cord (12), one end of stay cord (12) arranges magnetic control means, tail is inserted (4) and is inserted on (8) with the winder tail of reel and bearing (3) is housed respectively, bearing (3) is separately positioned on a left side, right end plate (2, 9) in, left, right end plate (2, 9) be connected with parting bead (20) and guiding parting bead (16) respectively.
2. built-in roller blind integrated energy-saving window according to claim 1, is characterized in that: the outer ring of described spool (5) is provided with roller shutter case (7).
3. built-in roller blind integrated energy-saving window according to claim 1, it is characterized in that: described magnetic control means is for passing a bridge (11), be arranged on the interior magnetic pulley (13) in guiding parting bead (16), at parting bead (16) the magnetic control hand outward that leads (14), after interior magnetic pulley (13) is walked around through pass a bridge (11) in one end of stay cord (12), termination is fixed on gap bridge (11), at guiding parting bead (16) magnetic control hand outward, (14) are attracted at the parting bead (16) that leads with interior magnetic pulley (13) mutually, interior window glass (15) glass planar outward slides chute (21) along hand.
4. built-in roller blind integrated energy-saving window according to claim 1, it is characterized in that: described window frame one side in the outer part has the backer face of bridge insulation thermal resistance window profile (23), vacuum glass assembly (1) leans against on backer face, bridge insulation thermal resistance window profile (23) one side is in the inner part open surface, interior window glass (15) is arranged on medial surface, interior window glass (15) is arranged weather strip (24) and indoor glass press strip (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310690729.1A CN103628801B (en) | 2013-12-15 | 2013-12-15 | Integrated energy-saving window internally provided with sun-shading roller shutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310690729.1A CN103628801B (en) | 2013-12-15 | 2013-12-15 | Integrated energy-saving window internally provided with sun-shading roller shutter |
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| Publication Number | Publication Date |
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| CN103628801A CN103628801A (en) | 2014-03-12 |
| CN103628801B true CN103628801B (en) | 2015-05-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310690729.1A Active CN103628801B (en) | 2013-12-15 | 2013-12-15 | Integrated energy-saving window internally provided with sun-shading roller shutter |
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Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106761332A (en) * | 2017-01-20 | 2017-05-31 | 无锡市纵横科技有限公司 | A kind of photovoltaic energy storage venetian shutters |
| CN106522808A (en) * | 2017-01-20 | 2017-03-22 | 无锡市纵横科技有限公司 | Micro-motor driven sunshade device |
| CN106837140A (en) * | 2017-01-20 | 2017-06-13 | 无锡市纵横科技有限公司 | One kind pulls belt fabric external shading integrated window |
| JP6845081B2 (en) | 2017-05-17 | 2021-03-17 | キャタピラー エス エー アール エル | Construction machinery cab |
| CN107013136A (en) * | 2017-06-09 | 2017-08-04 | 无锡市纵横科技有限公司 | Glass sun protection glass is put in a kind of external driving |
| CN107676019A (en) * | 2017-11-16 | 2018-02-09 | 江阴市华瑞德玻璃制品有限公司 | Fabric roller shutter hollow glass component built in magnetic control |
| CN110439435B (en) * | 2019-09-17 | 2024-08-13 | 常州天经新型建材有限公司 | Three-glass two-cavity built-in roller shutter window |
| CN115288597B (en) * | 2022-08-22 | 2024-05-28 | 森鹰窗业南京有限公司 | Energy-saving aluminum alloy door and window for building and preparation process thereof |
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2013
- 2013-12-15 CN CN201310690729.1A patent/CN103628801B/en active Active
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