CN104047530A - Energy-saving window with detachable hollow glass and built-in venetian blind - Google Patents
Energy-saving window with detachable hollow glass and built-in venetian blind Download PDFInfo
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- CN104047530A CN104047530A CN201410317564.8A CN201410317564A CN104047530A CN 104047530 A CN104047530 A CN 104047530A CN 201410317564 A CN201410317564 A CN 201410317564A CN 104047530 A CN104047530 A CN 104047530A
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Abstract
The invention relates to an energy-saving window with detachable hollow glass and a built-in venetian blind. The energy-saving window comprises a window frame and a window sash. The window sash comprises a window sash body, outer glass, middle glass and inner glass, the outer glass, the middle glass and the inner glass are arranged in the window sash body, and the venetian blind is arranged between the outer glass and the middle glass. The middle glass is narrower than the outer glass and the inner glass, three edges of the middle glass are aligned to the end of the inner glass, and the four edges of the middle glass are attached to the inner glass through sealants as a whole. One side of the window sash body is provided with a vertical cavity defined by the middle glass, a large isolation strip, a positioning embedding strip and a spaced square tube, and a rope control mechanism used for controlling motions of the venetian blind is arranged in the vertical cavity. By means of the energy-saving window, heat-preserving and heat-isolation performance can be improved, the requirement for energy conservation of a building is met, besides, the inner glass, the venetian blind and the rope control mechanism can be assembled and disassembled so as to facilitate maintenance of the venetian blind, the outer glass is left in the window sash during maintenance, and influences on life of users can be reduced.
Description
Technical field
The present invention relates to a kind of forms, especially a kind of can hollow glass built-in blinds curtain for convenience detach and energy saving window, a kind of energy saving window of dismantled and assembled hollow glass built-in blinds curtain specifically.
Background technology
At present, along with the deep enforcement of national Building Energy Conservation Policy, in hollow glass, the energy saving window of built-in louver curtain has obtained using more and more widely.But this series products using is at present mostly that blind is arranged among the glass that two sizes are identical, then adopts fluid sealant to fill the gap of two glass peripheries, and it is bonded as one.Therefore, break down and affect use once blind, must from sash, pull down hollow glass, and break two blocks of glass completely, could take out blind and keep in repair, and after maintenance, Reseal hollow glass must just can carry out in the dedicated in factory, complicated operation, maintenance cycle is long, larger on the impact of user's life; Moreover, the window of two blocks of glass of employing, insulation, the heat-proof quality of architecture indoor are bad, and energy-saving effect is poor.
Summary of the invention
The object of this invention is to provide a kind of energy saving window of detachable hollow glass built-in blinds curtain, can effectively overcome the deficiencies in the prior art, not only can improve insulation, heat-proof quality, meet energy-saving effect index, but also the blind that can install and remove easily wherein keeps in repair, and reduce the impact on user's life as far as possible.
Technical scheme of the present invention is: a kind of energy saving window of dismantled and assembled hollow glass built-in blinds curtain, comprise window frame body and be arranged on the sash on window frame body by hinge, described sash comprises sash body and outer glass, intermediate glass and interior glass is wherein installed, and between glass and intermediate glass, blind being installed outside, the top of glass and intermediate glass is provided with driving groove outside.Described outer glass and interior glass size equate, the width of intermediate glass is less than the width of outer glass and interior glass, and be provided with a vertical cavity being surrounded by intermediate glass, large-spacing bar, location filler rod and interval square tube at the side of sash body installation hinge, in it, be provided with the rope control mechanism that controls blind action; After closely-spaced of described intermediate glass four limit liner, be bonded as one by fluid sealant and interior glass, and make intermediate glass its excess-three limit except the described vertical cavity of adjacency concordant with interior glass.
Described driving groove is combined to form grooved structure in opposite directions by a left side half groove and right half groove of rectangular shape, its upper opening of cover encloses, and left half groove of support top and right half groove, and its two ends are sealed by end cap; The extension limit of described left half groove and right half groove upper end is hooked on respectively outer glass and intermediate glass upper side edge; Be provided with the individual rotor active reel that is connected by rotating shaft and several rotor from movable reel by design pitch in described driving groove; Described rotor active reel and rotor are separately fixed at parent roll bearing and rouleau cylinder bearing from movable reel, and it is clamping fixed that the groove of parent roll bearing and rouleau cylinder bearing bottom is embraced by described driving groove respectively.Described driving groove end is provided with Connection Block, the mesopore of its insertion interval, lower end square tube, and adopt bolt to fix, driving groove and interval square tube are connected as one.
Described blind is made up of louvre blade, hoisting rope, bottom bar and ladder rope etc., described hoisting rope is installed in the rope hole on louvre blade, its lower end and bottom bar bolt are pricked, and reeling successively and be located at after the hoisting rope directive wheel on rouleau cylinder bearing and parent roll bearing in its upper end, is connected to rope control mechanism; The upper end span of described ladder rope around described rotor from movable reel 5, its horizontal rope double team at different levels louvre blades at different levels, its lower end and bottom bar bolt bundle.
The outer horizontal stripe of filler rod end, described location-be hooked on respectively on the edge-on limit of outer glass, interior glass the filler strip of interior horizontal stripe-difference support top large-spacing bar, intermediate glass.
Described rope control mechanism comprises fixed guide bearing, the driven magnetic support of rotor, rotor stay cord, fixed block bearing, the post of tiing knots, promotes driven magnetic support, initiatively magnetic support and promote initiatively magnetic support of movable pulley, rotor;
Described fixed guide bearing is positioned at the top of described vertical cavity, is fixed by screws on the square tube medial surface of described interval, which is provided with the pilot hole that passes for hoisting rope-and groove of passing through for rotor stay cord-;
The driven magnetic support of described rotor has magnetic, is positioned at described fixed guide bearing below, and be respectively provided with at its two ends one in order to bolt prick the projection of rotor stay cord-;
Described fixed block bearing is positioned at the driven magnetic support of rotor below, is fixed by screws on the square tube medial surface of described interval, which is provided with the fixed pulley of coiling rotor stay cord;
The described post of tiing knots is inlaid on the driven magnetic support of described lifting also mutually fixed by screw, described hoisting rope
One end is passed and is tied knots post and consolidate bundle with it;
The driven magnetic support of described lifting has magnetic, is positioned at the middle part of described vertical cavity, which is provided with the movable pulley of solderless wrapped connection hoisting rope;
Described rotor initiatively magnetic support has magnetic, and mutually adsorbs across interior glass and the driven magnetic support of described rotor;
Described lifting initiatively magnetic support has magnetic, and mutually adsorbs across interior glass and the driven magnetic support of described lifting.
Described rotor initiatively magnetic support, the driven magnetic support of rotor, lifting initiatively magnetic support, promote and on driven magnetic support, be respectively equipped with one group of roller that can roll on interior glass chamber inner surface or the vertical cavity side of location filler rod surface.
Described interior glass is vertically bonded with gib block in indoor side surface, makes rotor active magnetic support and promote initiatively magnetic support to slide along gib block.
Described rotor initiatively magnetic support with on the driven magnetic support of rotor, be respectively equipped with same parameter and be connected by magnetic conduction bar
Thin magnetic patch group; The described initiatively magnetic support and the thick magnetic patch group that is respectively equipped with same parameter and is connected by magnetic conduction bar on the driven magnetic support of lifting of promoting.
In described vertical cavity, be filled with desiccant.
Beneficial effect of the present invention:
1. there is three layer of two chamber hollow glass, insulation, heat-proof quality excellence, energy-saving effect is remarkable;
2. dismountable interior glass of maintenance stage, intermediate glass, outer glass can not removed, and does not affect resident family's life;
The tightness of glass window meet, wind pressure resistant strength safety.
Brief description of the drawings
Fig. 1 is indoor of the present invention elevation.
Fig. 2 is the 1-1 partial sectional view of Fig. 1 of the present invention.
Fig. 3 is the A-A sectional view of Fig. 2 of the present invention.
Fig. 4 is the B-B sectional view of Fig. 3 of the present invention.
Fig. 5 is the E-E partial sectional view of Fig. 4 of the present invention.
Fig. 6 is the C-C partial sectional view of Fig. 3 of the present invention.
Fig. 7 is the D-D partial sectional view of Fig. 3 of the present invention.
Fig. 8 is the 2-2 partial sectional view of Fig. 1 of the present invention.
Wherein: 1-window frame body, 2-sash body, 3-filler strip, 4-upper cover, 5-rotor is from movable reel, left half groove of 6-, 6-1-hangs limit, 7-louvre blade, 8-hoisting rope, the outer glass of 9-, 10-bottom bar, 11-fluid sealant, closely-spaced of 12-, 13-press strip, 14-filler strip, right half groove of 15-, 16-hoisting rope directive wheel, 17-ladder rope, the horizontal rope of 17-1-, 18-intermediate glass, glass in 19-, 20-rotating shaft, 21-rouleau cylinder bearing, 22-parent roll bearing, 23-rotor is reel initiatively, 24-end cap, 25-Connection Block, 26-bolt, 27-fixed guide bearing, 27-1-rope guiding hole, 27-2-groove, the driven magnetic support of 28-rotor, 28-1-projection, 29-rotor stay cord, 30-fixed block bearing, the 31-post of tiing knots, 32-promotes driven magnetic support, 33-magnetic conduction bar, the thin magnetic patch group of 34-, 35-fixed pulley, 36-roller, 37-movable pulley, the thick magnetic patch group of 38-, 39-rotor is magnetic support initiatively, 40-promotes initiatively magnetic support, 41-magnetic conduction bar, 42-large-spacing bar, 43-locates filler rod, the outer horizontal stripe of 43-1-, horizontal stripe in 43-2-, 44-gib block, 45-interval square tube, 46-hinge, 47-handle, 48-desiccant.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further illustrated.
As shown in Figure 1, be one embodiment of the present of invention, comprise window frame body 1 and be arranged on the sash on window frame body 1 by hinge 46.
As shown in Figure 2, described sash comprises sash body 2 and outer glass 9, intermediate glass 18 and interior glass 19 is wherein installed, and between glass 9 and intermediate glass 18, blind is installed outside, and driving groove is arranged on the top of outer glass 9 and intermediate glass 18.As Fig. 6, described outer glass 9 and interior glass 19 sizes are equal, and the width of intermediate glass 18 is less than the width of outer glass 9 and interior glass 19.The side that hinge 46 is installed at sash body 1 is provided with a vertical cavity being surrounded by intermediate glass 18, large-spacing bar 42, location filler rod 43 and interval square tube 45, is provided with the rope control mechanism that controls blind action in it.Other three limits of intermediate glass 18 are concordant with interior glass 19.
As shown in Fig. 2, Fig. 3, Fig. 7, after friendship circle is installed closely-spaced 12 between intermediate glass 18 and interior glass 19, adopt again fluid sealant 11 to be bonded as one.Outer glass 9 and intermediate glass 18, and intermediate glass 18 forms respectively large and small two cavitys with interior glass 19, and blind being installed near in outdoor large chamber.Compare and only have a cavity, and the double window of blind is installed therein, its insulation, heat-proof quality greatly improve.On sash body 2, the opposite side of relative hinge, is provided with handle 47, is convenient to open or close sash.
As shown in Figure 2, driving groove is combined to form grooved structure by a left side half groove 6 of rectangular shape in opposite directions with right half groove 15, and its upper opening is sealed by upper cover 4, and left half groove 6 and right half groove 15 of support top, in order to bear the wind load of outer glass 9 upper side edges.Driving groove two ends are sealed by end cap 23; The extension limit 6-1 of described left half groove 6 and right half groove 15 upper ends is hooked on respectively outer glass 9 and intermediate glass 18 upper side edges.As shown in Figure 3, parent roll bearing 22 is arranged on the top of vertical cavity in driving groove, in driving groove by design pitch be provided with 1 rotor being connected by rotating shaft 20 initiatively reel 22 and several rotor from movable reel 5, rotor active reel 22 and rotor are separately fixed at parent roll bearing 22 and rouleau cylinder bearing 21 from movable reel 5, it is clamping fixed that the groove of parent roll bearing 22 and rouleau cylinder bearing 21 bottoms is embraced by described driving groove respectively, not only sound construction, but also be convenient to mounting or dismounting.One end of rotating shaft 20 is affixed by screw and rotor active reel 22, and the other end passes several rotors successively from movable reel 5, is also fixed by screw.
Described blind comprises louvre blade 7, hoisting rope 8, bottom bar 10 and ladder rope 17.Described hoisting rope 8 can be made as many according to designing requirement, in the rope hole that every is installed on louvre blade 7, its lower end and bottom bar 10 bolts are pricked, and reeling successively and be located at after the hoisting rope directive wheel 16 on rouleau cylinder bearing 21 and parent roll bearing 22 in its upper end, is connected to rope control mechanism; On described ladder rope 17, end span is around being located at rotor in driving groove from movable reel 5, its horizontal rope 17-1 double team at different levels louvre blades 7 at different levels, its lower end and bottom bar 10 bolts bundles.Described driving groove end is provided with Connection Block 25, and its lower end, through after the square hole of driving groove, is inserted the mesopore of interval square tube 45, and adopted bolt to fix, and driving groove and interval square tube 45 are connected as one.
As shown in Figure 4, because the width of intermediate glass 18 is less than outer glass 9, right half groove 15 is embraced folder parent roll bearing 22 positions link plate 6-1 in end fails to be bearing in intermediate glass 18 upper side edges, but can be bearing on interval square tube 43, rely on the clamping force and the bonding force that bear from outer glass 9, interior glass 19, be enough to resist the downward pulling force of rope control mechanism.
As shown in Fig. 3, Fig. 6, described rope control mechanism comprises fixed guide bearing 27, the driven magnetic support 28 of rotor, rotor stay cord 29, fixed block bearing 3), the post 31 of tiing knots, promote initiatively magnetic support 39 and promote initiatively magnetic support 40 of driven magnetic support 32, movable pulley 37, rotor.Wherein fixed guide bearing 27 is positioned at the top of vertical cavity, be fixed by screws on described interval square tube 45, which is provided with the pilot hole 27-1 passing for hoisting rope 8 and the groove 27-2 passing through for rotor stay cord 29, can limit the motion path of hoisting rope 8 and rotor stay cord 29 in certain scope, make its unlikely tangled and impact operation that is in operation.
As shown in Figure 3, Figure 4, the driven magnetic support 28 of rotor is positioned at described fixed guide bearing 27 belows, and is respectively provided with a projection 28-1 who pricks rotor stay cord 29 in order to bolt at its two ends; Fixed block bearing 30 is positioned at the driven magnetic support of rotor 28 belows, be fixed by screws on square tube 45 medial surfaces of described interval, which is provided with fixed pulley 35, make rotor stay cord 29 two ends respectively across walking around after rotor active reel 22, fixed pulley 35, bolt is pricked on upper and lower projection, forms annular closed circuit.In the time that the driven magnetic support 28 of rotor slides up or down, traction rotor stay cord 29 moves up or down simultaneously, drive rotor active reel 22 to rotate, again by rotating shaft 30 drive coaxial rotor from movable reel 5 in the same way constant speed synchronously rotate, and equally across two edge-on rope upper and lower motions respectively of the ladder rope 17 from movable reel 5 around rotor, drive the louvre blade 7 of institute's double team to realize isogonism by horizontal rope 17-1 and rotate.Ladder rope 17 lower ends and bottom bar 10 bolts are pricked.
As shown in Fig. 3, Fig. 5, the post 31 of tiing knots is inlaid on the driven magnetic support 32 of described lifting, and mutually fixed by screw.
Hoisting rope 8 one end through tie knots post 31 and with its solid bundle, the other end is across after promoting the movable pulley 37 on driven magnetic support 32 and the hoisting rope directive wheel 16 on parent roll bearing 22 and rouleau cylinder bearing 21, through louvre blade 7 hole of restricting, pricks fixed with bottom bar 10 bolts.In the time promoting the certain stroke of the upper and lower slip of driven magnetic support 32, by the travel multiplier principle of movable pulley, traction enhancement stay cord 8 moves up and down with twice stroke simultaneously, drives bottom bar 10 liftings, thereby drives blind draw in piecewise or launch from bottom to top.Because vertical cavity needs to provide installing space height to rotor operating mechanism, lifting operating mechanism, dry bag simultaneously, therefore keep for the amount of height of shutter elevating operating mechanism to be less than shutter elevating total displacement amount, can not realization wait displacement to promote manual control, so adopted the displacement multiplication mechanism with movable pulley 37, make manual control displacement only need shutter elevating total displacement amount partly, be convenient to manual control.
As shown in Figure 4, the driven magnetic support 28 of rotor is positioned at the top of described vertical cavity, and rotor initiatively magnetic support 39 is positioned at described glass 19 indoor side surface, and both are highly equal to, and the thin magnetic patch group 34 that is respectively equipped with same parameter and is connected by magnetic conduction bar 41.The magnetic force of each thin magnetic patch superposes by magnetic conduction bar 41 and forms homopolar field, and the magnetic line of force, through interior glass 19 and location filler rod 43, adsorbs both mutually.When manual operation rotor active magnetic support 39 slides up or down along interior glass 19 surfaces, magnetic force drives the driven magnetic support 28 of rotor to do accompany movement, then drives rotor stay cord 29 to handle the rotary movement of louvre blade 7.The driven magnetic support 32 of described lifting is positioned at the middle part of described vertical cavity, and described lifting initiatively magnetic support 40 is positioned at described glass 19 indoor side surface, and both are highly equal to, and the thick magnetic patch group 38 that is respectively equipped with same parameter and is connected by magnetic conduction bar 41.The magnetic line of force, through interior glass 19 and location filler rod 43, adsorbs both mutually.Manual operation promotes when initiatively magnetic support 40 slides up or down along interior glass 19 surfaces, and magnetic force drives the driven magnetic support 32 of lifting to do accompany movement, then drives hoisting rope 8 to handle the lifting action of louvre blade 7.Described rotor initiatively magnetic support 39 is respectively equipped with one group of roller 36 with promoting initiatively on magnetic support 40, can roll in interior glass 19 indoor side surface; The driven magnetic support of described rotor 28 and promote on driven magnetic support 32 and be also respectively equipped with one group of roller 36 can roll on location filler rod 43 is positioned at the side surface of vertical cavity.So, make the motion of each magnetic support only bear rolling friction, greatly reduced manual operation power, make the manipulation of blind lighter.
As shown in Figure 6, the outer horizontal stripe 43-1 of filler rod 43 ends, described location is hooked on respectively on the edge-on limit of outer glass 9, interior glass 19, interior horizontal stripe 43-2 is the filler strip 14 of support top large-spacing bar 42, intermediate glass 18 respectively, and the required fixed space size of rope control system that makes to be arranged in vertical cavity is ensured.
As shown in Figure 7, interior glass 19 is vertically bonded with gib block 44 in indoor side surface, initiatively magnetic support 28 can be along the vertical slip of gib block 44 in the time operating with lifting active magnetic support 40 to make rotor, drive each driven magnetic support in the space of location filler rod 43 both sides restrictions, also to make the slip of following of vertical direction by magnetic force, guarantee that each group of magnetic support mutually do not depart from and fall.
As shown in Fig. 3, Fig. 8, described vertical cavity bottom is surrounded by large-spacing bar 42, location filler rod 43 and filler strip 3, and wherein the interior desiccant 48 of placing, during with weather protection cold and Warm Changes in Northern, is enclosed in the moisture dewfall in large cavity space, affects the sight line of glass window.
In the time needing repairing, can first remove on sash body 2 for pushing down the press strip 13 of interior glass 19, take out the intermediate glass 18 and interior glass 19 that are bonded as one, then remove blind, driving groove, interval square tube 45 and rope control mechanism.Blind is pulled down the maintenance period, still leaves the outer glass 9 being compressed by press strip 13, filler strip 3 on sash, therefore do not affect resident family's life.
The part that the present invention does not relate to all prior art that maybe can adopt same as the prior art is realized.
Claims (9)
1. the energy saving window of a dismantled and assembled hollow glass built-in blinds curtain, comprise window frame body (1) and be arranged on the sash on window frame body (1) by hinge (46), described sash comprises sash body (2) and outer glass (9) is wherein installed, intermediate glass (18) and interior glass (19), and between glass (9) and intermediate glass (18), blind is installed outside, the top of glass (9) and intermediate glass (18) is provided with driving groove outside, it is characterized in that described outer glass (9) and interior glass (19) size equate, the width of intermediate glass (18) is less than the width of outer glass (9) and interior glass (19), and be provided with one by intermediate glass (18) at the side of sash body (1) installation hinge (46), large-spacing bar (42), the vertical cavity that location filler rod (43) and interval square tube (45) surround, in it, be provided with the rope control mechanism that controls blind action, after described intermediate glass (18) four limit liner closely-spaced (12), be bonded as one by fluid sealant (11) and interior glass (19), and make intermediate glass except its excess-three limit in abutting connection with described vertical cavity concordant with interior glass (19).
2. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 1, it is characterized in that described driving groove is combined to form grooved structure by a left side half groove (6) of rectangular shape in opposite directions with right half groove (15), upper cover (4) seals its upper opening, and left half groove of support top (6) and right half groove (15), its two ends are sealed by end cap (24); The extension limit (6-1) of described left half groove (6) and right half groove (15) upper end is hooked on respectively outer glass (9) and intermediate glass (18) upper side edge; In described driving groove by design pitch be provided with 1 rotor being connected by rotating shaft (20) initiatively reel (22) and several rotor from movable reel (5); Described rotor active reel (22) and rotor are separately fixed at parent roll bearing (22) and rouleau cylinder bearing (21) from movable reel (5); It is clamping fixed that the groove of this parent roll bearing (22) and rouleau cylinder bearing (21) bottom is embraced by described driving groove respectively; Described driving groove end is provided with Connection Block (25), the mesopore of its insertion interval, lower end square tube (45), and adopt bolt (26) fixing.
3. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 2, is characterized in that described blind comprises louvre blade (7), hoisting rope (8), bottom bar (10) and ladder rope (17); Described hoisting rope (8) is installed in the rope hole on louvre blade (7), its lower end and bottom bar (10) bolt is pricked, reeling successively and be located at after the hoisting rope directive wheel (16) on rouleau cylinder bearing (21) and parent roll bearing (22) in its upper end, is connected to rope control mechanism; The upper end span of described ladder rope (17) is around described rotor from movable reel (5), its horizontal ropes at different levels (17-1) double team louvre blades at different levels (7), its lower end and bottom bar (10) bolt bundle.
4. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 1, the outer horizontal stripe (43-1) that it is characterized in that described location filler rod (43) end is hooked on respectively on the edge-on limit of outer glass (9) and interior glass (19), and interior horizontal stripe (43-2) is the filler strip (14) of support top large-spacing bar (42), intermediate glass (18) respectively.
5. according to the energy saving window of dismantled and assembled hollow glass built-in blinds curtain described in claim 1, it is characterized in that described rope control mechanism comprises fixed guide bearing (27), the driven magnetic support of rotor (28), rotor stay cord (29), fixed block bearing (30), the post of tiing knots (31), promotes driven magnetic support (32), initiatively magnetic support (39) and promote active magnetic support (40) of movable pulley (37), rotor;
Described fixed guide bearing (27) is positioned at the top of described vertical cavity, be fixed by screws on described interval square tube (45) medial surface, which is provided with the pilot hole (27-1) passing for hoisting rope (8) and dodge the groove (27-2) that rotor stay cord (29) passes through;
The driven magnetic support of described rotor (28) has magnetic, is positioned at described fixed guide bearing (27) below, and is respectively provided with a projection (28-1) of pricking rotor stay cord (29) in order to bolt at its two ends;
Described fixed block bearing (30) is positioned at the driven magnetic support of rotor (28) below, is fixed by screws on described interval square tube (45) medial surface, which is provided with the fixed pulley (35) of coiling rotor stay cord (29);
The described post of tiing knots (31 are inlaid in that the driven magnetic support of described lifting (32) is gone up and to pass through screw mutually fixed, described hoisting rope (8) one end through tie knots post (31) and with its solid bundle;
The driven magnetic support of described lifting (32) has magnetic, is positioned at the middle part of described vertical cavity, which is provided with the movable pulley (37) of solderless wrapped connection hoisting rope (8);
Described rotor initiatively magnetic support (39) has magnetic, and mutually adsorbs across interior glass (19) and the driven magnetic support of described rotor (28);
Described lifting initiatively magnetic support (40) has magnetic, and mutually adsorbs across interior glass (19) and the driven magnetic support of described lifting (32).
6. the energy saving window of dismantled and assembled built-in hollow blind according to claim 4, it is characterized in that described rotor initiatively magnetic support (39), the driven magnetic support of rotor (28), promote initiatively magnetic support (40), promote and on driven magnetic support (32), be respectively equipped with one group of roller (36) that can roll in interior glass (19) indoor side surface or on the vertical cavity side of location filler rod (43) surface.
7. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 5, it is characterized in that described interior glass (19) is vertically bonded with gib block (44) in indoor side surface, make rotor active magnetic support (28) and promote initiatively magnetic support (40) to slide along gib block (44).
8. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 5, is characterized in that initiatively magnetic support (39) and be respectively equipped with the thin magnetic patch group (34) that same parameter is also connected by magnetic conduction bar (41) on the driven magnetic support of rotor (28) of described rotor; The described initiatively magnetic support (40) and the thick magnetic patch group (38) that is respectively equipped with same parameter and is connected by magnetic conduction bar (41) on the driven magnetic support of lifting (32) of promoting.
9. the energy saving window of dismantled and assembled hollow glass built-in blinds curtain according to claim 1, is characterized in that being filled with in described vertical cavity desiccant (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410317564.8A CN104047530B (en) | 2014-07-07 | 2014-07-07 | The energy saving window of dismantled and assembled hollow glass built-in blinds curtain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410317564.8A CN104047530B (en) | 2014-07-07 | 2014-07-07 | The energy saving window of dismantled and assembled hollow glass built-in blinds curtain |
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| Publication Number | Publication Date |
|---|---|
| CN104047530A true CN104047530A (en) | 2014-09-17 |
| CN104047530B CN104047530B (en) | 2015-12-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410317564.8A Expired - Fee Related CN104047530B (en) | 2014-07-07 | 2014-07-07 | The energy saving window of dismantled and assembled hollow glass built-in blinds curtain |
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| CN106761306A (en) * | 2016-12-27 | 2017-05-31 | 上海华世邦模具科技股份有限公司 | Intelligent dust-proof window blind assembly |
| CN108952528A (en) * | 2018-06-27 | 2018-12-07 | 吴小国 | Roller shutter bridge cut-off windowpane built in a kind of rotary type |
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| JP4081502B1 (en) * | 2007-02-23 | 2008-04-30 | 隆一 高野 | blind |
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| CN104047530B (en) | 2015-12-09 |
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