CN104328984B - The hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy - Google Patents
The hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy Download PDFInfo
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- CN104328984B CN104328984B CN201410678527.XA CN201410678527A CN104328984B CN 104328984 B CN104328984 B CN 104328984B CN 201410678527 A CN201410678527 A CN 201410678527A CN 104328984 B CN104328984 B CN 104328984B
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Abstract
The present invention relates to the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy, comprise window frame body and sash; The framework of described sash is made up of many sash profile, on described window frame body, be provided with sash groove, described sash groove is provided with lateral wall and avris wall, the lateral wall of sash groove is arranged on the outside of window frame body, the lateral wall of sash groove is provided with sash mouth, and sash groove is greater than described sash mouth at the opening of indoor; Sash is embedded in sash groove, the corresponding described sash mouth in interior edge of sash frame, make sash frame outside room crested in sash groove. The invention has the beneficial effects as follows: strengthen the structural strength of forms frame and middle stile, improved forms wind resistance and non-deformability, improved insulation and sound insulation property; Make sash crested in window frame, whole forms are neatly even from building visual observation, significantly improved the outward appearance of external window of building; Due to the disguise of sash, be conducive to avoid illegally enter by sash indoor, there is anti-theft feature.
Description
Technical field
The invention belongs to building doors and windows, relate in particular to the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy.
Background technology
In modern architecture, the brief architectural appearance effect of atmosphere is more and more favored, external window of building accounts for greatly 30% of outer surface of building, and the decorative appearance style of external window of building has considerable influence for monolithic architecture, and brief building must be matched simple generous external window of building. On the other hand, modern high-rise building is also improving constantly for the physical and mechanical properties of external window of building, and particularly the requirement of the resisting wind press capacity of door and window is more and more higher. The lighttight aluminium frame overall width of the standing part of most external window of building product and unlatching sash part is inconsistent, and the aluminium frame overall width of the aluminium frame total-width ratio standing part of unlatching sash part is many greatly; Look that from the outside of external window of building window frame width differs, moulding is in disorder. After the structural design of existing product makes window frame, middle stile and sash combination in addition, width dimensions is less, and sash structures is simplified, window frame and sash only have the amount of lap of 5mm left and right, and the outdoor section bar wing limit of window frame, middle stile is thin, intensity and wind loading rating a little less than, there is sometimes forms distortion, also reduced the performance such as insulation, sound insulation.
Summary of the invention
The object of the invention is to propose the technical scheme of the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy. Strengthen overall structure performance, improve the outward appearance of external window of building.
To achieve these goals, technical scheme of the present invention is: the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy, comprises window frame body and sash; The framework of described sash is made up of many sash profile, on described window frame body, be provided with sash groove, described sash groove is provided with lateral wall and avris wall, the lateral wall of sash groove is arranged on the outside of window frame body, the lateral wall of sash groove is provided with sash mouth, and sash groove is greater than described sash mouth at the opening of indoor; Sash is embedded in sash groove, the corresponding described sash mouth in interior edge of sash frame, make sash frame outside room crested in sash groove.
Further, described sash profile is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Sash profile comprises the outdoor section bar of sash, sash heat-insulating bridge-cut-off, the indoor section bar of sash; The indoor section bar of described sash is aluminium alloy extrusions, and the indoor section bar of sash is provided with cavity and wing limit; The outdoor section bar of described sash is aluminium alloy extrusions, the outdoor section bar of sash is provided with cavity and wing limit, the wing limit of the outdoor section bar of described sash is directly connected with the lateral wall of cavity, the lateral surface on the outdoor section bar wing of sash limit and the lateral surface of cavity lateral wall form a plane, form the faying surface with described sash groove lateral wall, the outer on the outdoor section bar wing of sash limit forms the interior edge of described sash frame, between described faying surface and sash groove lateral wall, is provided with sealing strip; Described sash heat-insulating bridge-cut-off is arranged between the outdoor section bar of sash and the indoor section bar of sash, the section configuration of sash heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, and sash heat-insulating bridge-cut-off is provided with the sealing strip stretching out to window frame side.
Further, the thickness of described sash profile is 58.5mm, the width 65mm of sash profile; The cavity size of the indoor cavity of sectional material of sash is 28.7mm × 13.2mm, and the wing limit of the indoor section bar of sash is of a size of 43mm; The cavity size of the outdoor cavity of sectional material of sash is 5.8mm × 9.2mm, and the wing limit of the outdoor section bar of sash is of a size of 39mm; The width of sash heat-insulating bridge-cut-off is 18mm; In described sash frame, window light is installed, window light is pressed on the outdoor section bar wing of described sash limit by the profile being arranged on the indoor section bar of sash.
Further, described window frame body comprises many shape of peripheral frames that form the frame body of sealing, and described shape of peripheral frame is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Shape of peripheral frame comprises the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame; The indoor section bar of described frame is aluminium alloy extrusions, and the indoor section bar of frame is provided with a cavity, is provided with wing limit in the both sides of the described cavity of the indoor section bar of frame; The outdoor section bar of described frame is aluminium alloy extrusions, the outdoor section bar of frame is provided with two cavitys: lateral wall cavity and avris cavity, described lateral wall cavity forms described sash groove lateral wall, and the interior edge of lateral wall cavity forms described sash mouth, corresponding to the interior edge of described sash frame; Described frame heat-insulating bridge-cut-off is arranged between the outdoor section bar of frame and the indoor section bar of frame, the section configuration of frame heat-insulating bridge-cut-off is symmetrical two " C " shapes, the frame heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, one end of frame heat-insulating bridge-cut-off connects frame indoor type material, one end of frame heat-insulating bridge-cut-off connects the avris cavity of frame outdoor version material, and frame heat-insulating bridge-cut-off is provided with the sealing strip stretching out to window frame inner side; The avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame forms the avris wall of described sash groove.
Further, shape of peripheral frame thickness is 65mm, and the width of shape of peripheral frame is 85mm; The cavity size of the indoor cavity of sectional material of frame is 19.2mm × 13.2mm, and the wing limit of the indoor section bar of frame is of a size of 26mm; The cavity size of the outdoor section bar lateral wall of described frame cavity is 64.6mm × 8.6mm, the gauge 14.5mm of lateral wall cavity; The cavity size of described avris cavity is 21.8mm × 9.2mm; The width 18mm of frame heat-insulating bridge-cut-off.
Further, described window frame body is divided into multiple windows by stile's section bar in one or more; Described window comprises described sash mouth and stationary window; Described sash is arranged in sash mouth, in described stationary window, fixed-pane window is installed.
Further, described middle stile section bar is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Middle stile section bar comprises the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile; The indoor section bar of described middle stile is aluminium alloy extrusions, and the indoor section bar of middle stile is provided with a cavity, is provided with wing limit in the described cavity both sides of the indoor section bar of middle stile; The outdoor section bar of described middle stile is aluminium alloy extrusions, and the outdoor section bar of middle stile is provided with three cavitys: fan groove outer wall cavity, fixing outer wall cavity and middle chamber; Described middle stile heat-insulating bridge-cut-off is arranged between the indoor section bar of the outdoor section bar of middle stile and middle stile, the section configuration of middle stile heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, the indoor section bar of stile during one end of middle stile heat-insulating bridge-cut-off connects, the middle chamber of the outdoor section bar of stile during the other end of middle stile heat-insulating bridge-cut-off connects; Middle stile section bar forms "T"-shaped structure; The fan groove outer wall cavity of the outdoor section bar of described middle stile forms the lateral wall of described sash groove; The middle chamber of the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile forms the avris wall of described sash groove.
Further, the thickness of described middle stile section bar is 64.7mm, the width 109mm of middle stile section bar; The cavity size of the indoor cavity of sectional material of described middle stile is 19.2mm × 13.2mm, and the wing limit of the indoor section bar of middle stile is of a size of 26mm; The cavity size of described middle stile outdoor section bar fan groove outer wall cavity is 64.6mm × 8.6mm, the gauge 14.2mm of fan groove outer wall cavity; The cavity size of fixing outer wall cavity is 29.6mm × 8.6mm, and the gauge of fixing outer wall cavity is 14.2mm; The cavity size of middle chamber is 21.5mm × 9.2mm; The width of described middle stile heat-insulating bridge-cut-off is 18mm.
Further, described fixed-pane window is arranged in the described stationary window being surrounded by shape of peripheral frame and middle stile section bar; When fixed-pane window is connected with the fixing outer wall cavity of middle stile outdoor section bar, fixed-pane window is pressed on the fixing outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on the indoor section bar of middle stile; When fixed-pane window is connected with the fan groove outer wall cavity of middle stile outdoor section bar, on the indoor section bar of middle stile, be provided with profile connector, fixed-pane window is pressed on the fan groove outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on described profile connector; When fixed-pane window is connected with shape of peripheral frame, on the indoor section bar of frame, be provided with profile connector, fixed-pane window is pressed on the lateral wall cavity cavity of the outdoor section bar of frame by the profile being arranged on profile connector.
Further, when fixed-pane window is connected with the fan groove outer wall cavity of described middle stile outdoor section bar, the wing limit of the indoor section bar of one end Yu Zhong stile of described profile connector is fixedly connected with, the other end of profile connector connects the described profile that is fixed glass pane, and profile is arranged in the edge on described stationary window edge corresponding to the edge of the fan groove outer wall cavity of the outdoor section bar of stile; When fixed-pane window is connected with shape of peripheral frame, one end of described profile connector is fixedly connected with the wing limit of the indoor section bar of frame, the other end of profile connector connects the described profile that is fixed glass pane, and profile is positioned at the edge on described stationary window edge corresponding to the edge of the lateral wall cavity of the outdoor section bar of frame.
The invention has the beneficial effects as follows: strengthen the structural strength of forms frame and middle stile, improved forms wind resistance and non-deformability, improved insulation and sound insulation property; Make sash crested in window frame, whole forms are neatly even from building visual observation, significantly improved the outward appearance of external window of building; Due to the disguise of sash, be conducive to avoid illegally enter by sash indoor, there is anti-theft feature.
Below in conjunction with drawings and Examples, the present invention is described in detail.
Brief description of the drawings
Fig. 1 is structure chart of the present invention, is the stereogram of indoor direction;
Fig. 2 is sash profile sectional drawing of the present invention;
Fig. 3 is the A-A part sectioned view of Fig. 1;
Fig. 4 is sash frame broken away view of the present invention;
Fig. 5 is sash frame of the present invention angle johning knot composition;
Fig. 6 is shape of peripheral frame sectional drawing of the present invention;
Fig. 7 is window frame body broken away view of the present invention;
Fig. 8 is frame of the present invention angle johning knot composition;
Fig. 9 is the structure chart of outside of the present invention direction;
Figure 10 is stile's section material section figure in the present invention;
Figure 11 is the B-B part sectioned view of Fig. 5, the structure of shape of peripheral frame and sash profile when expression sash is closed;
Figure 12 is the C-C part sectioned view of Fig. 5, and expression sash is closed the structure of Shi Zhong stile section bar and window frame profile, also expresses the fixing outer wall cavity syndeton of the outdoor section bar of fixed-pane window and middle stile;
Figure 13 is the D-D part sectioned view of Fig. 5, represents the syndeton of the fan groove outer wall cavity of fixed-pane window and the outdoor section bar of middle stile, also expresses the syndeton of the fixing outer wall cavity of the outdoor section bar of fixed-pane window and middle stile;
Figure 14 is the E-E part sectioned view of Fig. 5, represents the syndeton of shape of peripheral frame and fixed-pane window;
Figure 15 is the outdoor front-face view of the whole window of the present invention.
Detailed description of the invention
As shown in Figure 1, Figure 2, Fig. 3, the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy, comprises window frame body and sash; The framework of described sash is made up of many sash profile 10, on described window frame body, be provided with sash groove 30, described sash groove is provided with lateral wall 31 and avris wall 32, the lateral wall of sash groove is arranged on the outside of window frame body, the lateral wall of sash groove is provided with sash mouth 33, and sash groove is greater than described sash mouth at the opening of indoor; Sash is embedded in sash groove, sash frame interior along 11 corresponding described sash mouths, make sash frame outside room crested in sash groove.
Described sash profile is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Sash profile comprises the outdoor section bar 12 of sash, sash heat-insulating bridge-cut-off 13, the indoor section bar 14 of sash; The indoor section bar of described sash is aluminium alloy extrusions, and the indoor section bar of sash is provided with cavity 14a and wing limit 14b; The outdoor section bar of described sash is aluminium alloy extrusions, the outdoor section bar of sash is provided with cavity 12a and wing limit 12b, the wing limit of the outdoor section bar of described sash is directly connected with the lateral wall of cavity, the lateral surface on the outdoor section bar wing of sash limit and the lateral surface of cavity lateral wall form a plane, form the faying surface with described sash groove lateral wall, the outer on the outdoor section bar wing of sash limit forms the interior along 11 of described sash frame, between described faying surface and sash groove lateral wall, is provided with sealing strip 15; Described sash heat-insulating bridge-cut-off is arranged between the outdoor section bar of sash and the indoor section bar of sash, the section configuration of sash heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, and sash heat-insulating bridge-cut-off is provided with the sealing strip 13a stretching out to window frame side.
As Fig. 3, Fig. 4 and Fig. 5, many sash profile connect corner brace 16 by sash and connect and compose sash frame, described sash connects corner brace and is provided with two pin 16a that form sash corner angle α 1, between every two adjacent sash profile, be provided with two described sash and connect corner brace, two pins of one of them sash connection corner brace insert respectively the cavity of two indoor cavity of sectional materials of described sash, and two pins of another sash connection corner brace insert respectively the cavity of two outdoor cavity of sectional materials of described sash; Two adjacent sash profile are provided with and the corner cut α 2 of described sash corner angle symmetry at link; Connect at sash on the outer instep of two pins of corner brace and be provided with concave surface 16b, be provided with the crowded angle 17 that is pressed into concave surface in the corresponding position of sash profile and described concave surface; The crowded angle that is pressed into concave surface links together two the indoor section bar of described sash right angles.
Window light 18 is installed in described sash frame; Window light is pressed on the outdoor section bar wing of described sash limit by the profile 40 being arranged on the indoor section bar of sash.
As Fig. 6 and Fig. 7, described window frame body comprises many shape of peripheral frames 20 that form the frame body of sealing, and described shape of peripheral frame is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Shape of peripheral frame comprises the indoor section bar 21 of frame, frame heat-insulating bridge-cut-off 22, the outdoor section bar 23 of frame; The indoor section bar of described frame is aluminium alloy extrusions, and the indoor section bar of frame is provided with a cavity 21a, is provided with wing limit 21b in the both sides of the described cavity of the indoor section bar of frame; The outdoor section bar of described frame is aluminium alloy extrusions, the outdoor section bar of frame is provided with two cavitys: lateral wall cavity 23a and avris cavity 23b, described lateral wall cavity forms described sash groove lateral wall 31, lateral wall cavity interior along forming described sash mouth 33, interior along 11 corresponding to described sash frame; Described frame heat-insulating bridge-cut-off is arranged between the outdoor section bar of frame and the indoor section bar of frame, the section configuration of frame heat-insulating bridge-cut-off is symmetrical two " C " shapes, the frame heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, one end of frame heat-insulating bridge-cut-off connects frame indoor type material, one end of frame heat-insulating bridge-cut-off connects the avris cavity of frame outdoor version material, and frame heat-insulating bridge-cut-off is provided with the sealing strip 24 stretching out to window frame inner side; The avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame forms the avris wall of described sash groove, and the lateral wall cavity of the outdoor section bar of frame forms the lateral wall of sash groove.
As Fig. 7, Fig. 8, described many shape of peripheral frames are connected and composed the frame of described window frame body by frame connecting corner code 25, described frame connecting corner code is provided with two pin 25a that form frame corner angle α 3, between every two adjacent shape of peripheral frames, be provided with two described frame connecting corner codes, two pins of one of them frame connecting corner code insert respectively the cavity of two indoor cavity of sectional materials of described frame, and two pins of another frame connecting corner code insert respectively the cavity of the avris cavity of two outdoor section bars of described frame; Two adjacent shape of peripheral frames are provided with and the corner cut α 4 of described frame corner angle symmetry at link; On the outer instep of two pins of frame connecting corner code, be provided with concave surface 25b, be provided with the crowded angle 26 that is pressed into concave surface in the corresponding position of shape of peripheral frame and described concave surface.
As Fig. 9, conventionally, the area of described window frame body is greater than the area of sash, and described window frame body is divided into multiple windows by stile's section bar 50 in one or more; Described window comprises described sash mouth 33 and stationary window 52; Described sash is arranged in sash mouth, and fixed-pane window 52a is installed in described stationary window.
As Figure 10, described middle stile section bar is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Middle stile section bar comprises the indoor section bar 53 of middle stile, middle stile heat-insulating bridge-cut-off 54, the outdoor section bar 55 of middle stile; The indoor section bar of described middle stile is aluminium alloy extrusions, and the indoor section bar of middle stile is provided with a cavity 53a, is provided with wing limit 53b in the described cavity both sides of the indoor section bar of middle stile; The outdoor section bar of described middle stile is aluminium alloy extrusions, and the outdoor section bar of middle stile is provided with three cavitys: fan groove outer wall cavity 55a, fixing outer wall cavity 55b and middle chamber 55c; Described middle stile heat-insulating bridge-cut-off is arranged between the indoor section bar of the outdoor section bar of middle stile and middle stile, the section configuration of middle stile heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, the indoor section bar of stile during one end of middle stile heat-insulating bridge-cut-off connects, the middle chamber of the outdoor section bar of stile during the other end of middle stile heat-insulating bridge-cut-off connects; Middle stile section bar forms "T"-shaped structure; The fan groove outer wall cavity of the outdoor section bar of described middle stile forms the lateral wall 31 of described sash groove; The middle chamber of the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile forms the avris wall 32 of described sash groove.
Middle stile section bar is connected with described shape of peripheral frame by plug-in unit 56, as shown in Figure 7, between middle stile section bar and middle stile section bar, is also connected (in figure, not marking) by plug-in unit.
Described fixed-pane window is arranged in the described stationary window being surrounded by shape of peripheral frame and middle stile section bar; As shown in figure 13, when fixed-pane window is connected with the fixing outer wall cavity of middle stile outdoor section bar, fixed-pane window is pressed on the fixing outer wall cavity of the outdoor section bar of middle stile by the profile 40 being arranged on the indoor section bar of middle stile; When fixed-pane window is connected with the fan groove outer wall cavity of middle stile outdoor section bar, on the indoor section bar of middle stile, be provided with profile connector 41, fixed-pane window is pressed on the fan groove outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on described profile connector; As shown in figure 14, when fixed-pane window is connected with shape of peripheral frame, on the indoor section bar of frame, be provided with profile connector, fixed-pane window is pressed on the lateral wall cavity cavity of the outdoor section bar of frame by the profile being arranged on profile connector.
When fixed-pane window is connected with the fan groove outer wall cavity of middle stile outdoor section bar, the wing limit of the indoor section bar of one end Yu Zhong stile of described profile connector is fixedly connected with, the other end of profile connector connects the described profile that is fixed glass pane, the edge 40a that profile is arranged in described stationary window edge corresponding to the fan groove outer wall cavity of the outdoor section bar of stile along 55d, as shown in figure 13. When fixed-pane window is connected with shape of peripheral frame, one end of described profile connector is fixedly connected with the wing limit of the indoor section bar of frame, the other end of profile connector connects the described profile that is fixed glass pane, profile be positioned at described stationary window along the edge of 40a corresponding to the lateral wall cavity of the outdoor section bar of frame along 23c, as shown in figure 14.
The structure of the indoor section bar of described middle stile is identical with the structure of the indoor section bar of described frame.
Cavity described in present embodiment comprise cavity Bi Heyou chamber, chamber wall around cavity.
Embodiment mono-:
A kind of sash profile, makes the sash of the hidden fan Energy Saving Windows of broken-bridge aluminum alloy.
As Fig. 2, described sash profile is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Sash profile comprises the outdoor section bar 12 of sash, sash heat-insulating bridge-cut-off 13, the indoor section bar 14 of sash. The thickness (comprising the outdoor section bar of sash, sash heat-insulating bridge-cut-off, the indoor section bar three part gross thickness of sash) of sash profile is L10=58.5mm, width (comprising the outdoor section bar of sash, sash heat-insulating bridge-cut-off, the indoor section bar three part overall widths of the sash) L11=65mm of sash profile.
The indoor section bar of described sash is aluminium alloy extrusions, and the indoor section bar of sash is provided with cavity 14a and wing limit 14b, and the cavity size of the indoor cavity of sectional material of sash is 28.7mm × 13.2mm, wing limit size L12=43mm.
The outdoor section bar of described sash is aluminium alloy extrusions, the outdoor section bar of sash is provided with cavity 12a and wing limit 12b, the cavity size of the outdoor cavity of sectional material of sash is 5.8mm × 9.2mm, wing limit size L13=39mm, the wing limit of the outdoor section bar of described sash is directly connected with the lateral wall of cavity, the lateral surface on the outdoor section bar wing of sash limit and the lateral surface of cavity lateral wall form a plane, form the faying surface with described sash groove lateral wall, the outer on the outdoor section bar wing of sash limit forms the interior along 11 of described sash frame, between described faying surface and sash groove lateral wall, be provided with sealing strip 15, this structure is beneficial to whole overlap joints of the frame of sash and window frame, middle stile, realizes frame, middle stile all hides sash profile.
Described sash heat-insulating bridge-cut-off is arranged between the outdoor section bar of sash and the indoor section bar of sash, the section configuration of sash heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, the width L14=18mm of sash heat-insulating bridge-cut-off; Sash heat-insulating bridge-cut-off is provided with the sealing strip 13a stretching out to window frame side, and the material of sash heat-insulating bridge-cut-off is the synthetic of polyamide 66 and glass fibre, comprising 25% glass fibre.
As Fig. 3, Fig. 4, Fig. 5, Figure 11, a kind of sash of the hidden fan Energy Saving Windows of broken-bridge aluminum alloy that has above-mentioned sash profile formation. Described sash is rectangle sash, and the outer width of sash frame is L15=723mm, and the outer height of sash frame is L16=1473mm; The interior of sash frame is L17=593mm along width, and the interior edge of sash frame is highly L18=1343mm. Sash frame interior along size corresponding to the sash mouth width of sash groove and height, as shown in Figure 9.
Article four, sash profile connects corner brace 16 by sash and connects and composes sash frame, and the sash profile that wherein two length is L15 is upper side frame and lower frame, and the sash profile that two other length is L16 is left frame and has frame.
Described sash connects corner brace and is provided with two pin 16a that form sash corner angle α 1, and the sash turning of the present embodiment is right angle, sash corner angle α 1=90 °; Between every two adjacent sash profile, be provided with two described sash and connect corner brace, one of them two pin that go out to connect corner brace inserts respectively the cavity of two indoor cavity of sectional materials of described sash, and two pins that another sash connects corner brace insert respectively the cavity of two outdoor cavity of sectional materials of described sash; Two adjacent sash profile are provided with and the corner cut α 2=45 ° of described sash corner angle symmetry at link; Connect at sash on the outer instep of two pins of corner brace and be provided with concave surface 16b, be provided with the crowded angle 17 that is pressed into concave surface in the corresponding position of sash profile and described concave surface;
Window light 18 is installed in described sash frame; Window light is pressed on the wing limit of the outdoor section bar of described sash by the profile 40 being arranged on the indoor section bar of sash, between window light and profile and the wing limit of the outdoor section bar of sash, is provided with sealing strip.
Sash is connected with window frame body by hinge 60, realizes flat the opening of rotation of sash.
After existing product window frame and sash combination, amount of lap only has 5mm left and right, the mechanical property of empirical evidence sash can not meet the requirement of the resisting wind press capacity of skyscraper to whole door and window sometimes, can cause forms distortion, the performances such as forms insulation, sound insulation can not be ensured. The sash structures of the present embodiment makes sectional have higher mechanical stability, makes the resisting wind press capacity of forms better. The effective length of the heat insulating strip of two " C " shape heat-insulating bridge-cut-off was greater than originally the length of " I type " heat insulating strip, had also improved whole window heat-insulating property.
Embodiment bis-:
A kind of shape of peripheral frame, for making the window frame body of the hidden fan Energy Saving Windows of broken-bridge aluminum alloy.
As Fig. 6, described shape of peripheral frame is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited. Shape of peripheral frame comprises frame indoor type 21, frame heat-insulating bridge-cut-off 22, the outdoor section bar 23 of frame. The thickness (comprising the outdoor section bar of frame, frame heat-insulating bridge-cut-off, the indoor section bar three part gross thickness of frame) of shape of peripheral frame is L20=65mm, the width L21=85mm of shape of peripheral frame.
The indoor section bar of described frame is aluminium alloy extrusions, and the indoor section bar of frame is provided with a cavity 21a, is provided with wing limit 21b in the both sides of the described cavity of the indoor section bar of frame; The cavity size of the indoor cavity of sectional material of frame is 19.2mm × 13.2mm, wing limit size L22=26mm.
The outdoor section bar of described frame is aluminium alloy extrusions, and the outdoor section bar of frame is provided with two cavitys: lateral wall cavity 23a and avris cavity 23b, and the cavity size of described lateral wall cavity is 64.6mm × 8.6mm, the gauge L23=14.5mm of lateral wall cavity; The cavity size of described avris cavity is 21.8mm × 9.2mm.
Frame heat-insulating bridge-cut-off is arranged between the outdoor section bar of frame and the indoor section bar of frame, the section configuration of frame heat-insulating bridge-cut-off is symmetrical two " C " shapes, the frame heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, one end of frame heat-insulating bridge-cut-off connects frame indoor type material, one end of frame heat-insulating bridge-cut-off connects the avris cavity of frame outdoor version material, the width L24=18mm of frame heat-insulating bridge-cut-off. The material of frame heat-insulating bridge-cut-off is the synthetic of polyamide 66 and glass fibre, comprising 25% glass fibre.
The avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame and the lateral wall cavity of the outdoor section bar of frame are formed into " L " shape; The avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame forms the avris wall of sash groove, and the lateral wall cavity of the outdoor section bar of frame forms the lateral wall of sash groove.
The shape of peripheral frame of the present embodiment has been strengthened window frame structure, has improved the mechanical property of whole window, makes the resisting wind press capacity of window better. Shape of peripheral frame also hides from the outdoor frame by sash, as shown in figure 11, cannot see the frame of sash from outside. See that from outdoor whole window effect is that surrounding width of frame is even, reduce people for forms frame width differ, in disorder visual impact, strengthened the whole structure of facade.
On the other hand, the window frame of the present embodiment sees that from outside opening door-leaf part and fixed window part are the same as broad as long; Can not divide standing part and openable sash part from outside, can prevent that like this robber from prying open sash and entering indoorly, play anti-theft function.
The window frame profile of the present embodiment has four cavitys (two cavitys of the outdoor section bar of frame, cavity of the indoor section bar of frame, cavity of frame heat-insulating bridge-cut-off), and compared with traditional three-cavity structure, the heat insulating effect of window is better.
The effective length of the heat insulating strip of two " C " shape heat-insulating bridge-cut-off was greater than originally the length of " I type " heat insulating strip, had also improved whole window heat-insulating property.
Embodiment tri-:
Stile's section bar in one, for making the window frame body of the hidden fan Energy Saving Windows of broken-bridge aluminum alloy.
As Figure 10, described middle stile section bar is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Middle stile section bar comprises the indoor section bar 53 of middle stile, middle stile heat-insulating bridge-cut-off 54, the outdoor section bar 55 of middle stile. The thickness (comprising the outdoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the indoor section bar three part gross thickness of middle stile) of middle stile section bar is L50=64.7mm, the width L51=109mm of middle stile section bar.
The indoor section bar of middle stile is aluminium alloy extrusions, and the indoor section bar of middle stile is provided with a cavity 53a, is provided with wing limit 53b in the described cavity both sides of the indoor section bar of middle stile; The cavity size of the indoor cavity of sectional material of middle stile is 19.2mm × 13.2mm, wing limit size L52=26mm.
The outdoor section bar of middle stile is aluminium alloy extrusions, and the outdoor section bar of middle stile is provided with three cavitys: fan groove outer wall cavity 55a, fixing outer wall cavity 55b and middle chamber 55c. The cavity size of described fan groove outer wall cavity is 64.6mm × 8.6mm, the gauge L53=14.2mm of fan groove outer wall cavity; The cavity size of fixing outer wall cavity is 29.6mm × 8.6mm, the gauge L54=14.2mm of fixing outer wall cavity; The cavity size of middle chamber is 21.5mm × 9.2mm.
Middle stile heat-insulating bridge-cut-off is arranged between the indoor section bar of the outdoor section bar of middle stile and middle stile, the section configuration of middle stile heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, the indoor section bar of stile during one end of middle stile heat-insulating bridge-cut-off connects, the middle chamber of the outdoor section bar of stile during the other end of middle stile heat-insulating bridge-cut-off connects, the width L55=18mm of middle stile heat-insulating bridge-cut-off; The material of middle stile heat-insulating bridge-cut-off is the synthetic of polyamide 66 and glass fibre, comprising 25% glass fibre.
Middle stile section bar forms "T"-shaped structure; The fan groove outer wall cavity of the outdoor section bar of middle stile forms the lateral wall 31 of sash groove; The middle chamber of the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile forms the avris wall 32 of described sash groove.
The middle stile section bar of the present embodiment is strengthened Liao Zhong stile structure, has improved the mechanical property of whole window, makes the resisting wind press capacity of window better. Middle stile section bar also hides from the outdoor frame by sash, as shown in figure 12, cannot see the frame of sash from outside. From outdoor see whole window effect be the even frame of width and stile, reduce people for stile's width in forms differ, in disorder visual impact, strengthened the whole structure of facade.
On the other hand, the middle stile of the present embodiment sees that from outside opening door-leaf part and fixed window part are the same as broad as long; Can not divide standing part and openable sash part from outside, can prevent that like this robber from prying open sash and entering indoorly, play anti-theft function.
The middle stile section bar of the present embodiment has five cavitys (three cavitys of the outdoor section bar of middle stile, cavity of the indoor section bar of middle stile, cavity of middle stile frame heat-insulating bridge-cut-off), and compared with traditional three-cavity structure, the heat insulating effect of window is better.
The effective length of the heat insulating strip of two " C " shape heat-insulating bridge-cut-off was greater than originally the length of " I type " heat insulating strip, had also improved whole window heat-insulating property.
Embodiment tetra-:
The window frame body of the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy. Described window frame body is to adopt shape of peripheral frame 20 described in embodiment bis-and the middle stile section bar 50 described in embodiment tri-to form.
As Fig. 7, Fig. 8, Fig. 9, described window frame body is square window framework, the outer width L01=2000mm of window frame body, and the outer of window frame body, height L02=2000mm,
There is shape of peripheral frame that four length are 2000mm to be connected and composed the frame of described window frame body by frame connecting corner code 25. Described frame connecting corner code is provided with two pin 25a that form frame corner angle α 3, the frame corner angle α 3=90 ° of the square window framework of the present embodiment. Between every two adjacent shape of peripheral frames, be provided with two described frame connecting corner codes, two pins of one of them frame connecting corner code insert respectively the cavity of two indoor cavity of sectional materials of described frame, and two pins of another frame connecting corner code insert respectively the cavity of the avris cavity of two outdoor section bars of described frame; Two adjacent shape of peripheral frames are provided with and the corner cut α 4=45 ° of described frame corner angle symmetry at link; On the outer instep of two pins of frame connecting corner code, be provided with concave surface 25b, be provided with the crowded angle 26 that is pressed into concave surface in the corresponding position of shape of peripheral frame and described concave surface, shape of peripheral frame is fixedly connected with frame connecting corner code by squeezing angle.
The area of window frame body is greater than the area of sash, and window frame body is divided into four rectangular windows by three Tiao Zhong stile section bars 50, comprises a sash mouth 33 and three stationary windows 52; Each window is made up of the frame of window two shape of peripheral frames and Liang Tiaozhong stile section bar.
From outdoor observation, lower left is described sash mouth, and the width of sash mouth is L17=593mm, and the height of sash mouth is L18=1343mm; Lower right is that width is 1128mm, is highly the stationary window of 1343mm; Upper left side is that width is 593mm, is highly the stationary window of 378mm; Upper right side is that width is 1128mm, is highly the stationary window of 378mm.
As shown in Figure 1, be provided with sash groove 30 in the indoor of described sash mouth, sash mouth is used for installing sash, and fixed-pane window 52a is installed in stationary window.
The fan groove outer wall cavity that forms the outdoor section bar of middle stile of sash mouth is arranged on sash mouth one side, and the fan groove outer wall cavity 55a of the outdoor section bar of middle stile forms described sash groove lateral wall 31; The middle chamber of the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile forms the avris wall 32 of sash groove. The lateral wall cavity 23a of the outdoor section bar of frame forms the lateral wall of sash groove, and the avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame forms the avris wall of sash groove.
The interior sash mouth 33 along forming sash groove of the interior edge of fan groove outer wall cavity of the outdoor section bar of middle stile and the lateral wall cavity of the outdoor section bar of frame.
Middle stile section bar is connected with described shape of peripheral frame by plug-in unit 56, as shown in Figure 7; Between middle stile section bar and middle stile section bar, be also connected (in figure, not marking) by plug-in unit.
The structure of the indoor section bar of described middle stile is identical with the structure of the indoor section bar of described frame, can increase the versatility of section bar, simplifies production technology, reduces production costs.
Embodiment five:
As Fig. 1, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, the hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy, comprises window frame body described in embodiment tetra-and the sash described in embodiment mono-.
On window frame body, be provided with sash groove 30, described sash groove is provided with lateral wall 31 and avris wall 32, and the lateral wall of sash groove is arranged on the outside of window frame body, and the lateral wall of sash groove is provided with sash mouth, and described sash groove is greater than described sash mouth at the opening of indoor.
Sash is connected with the flat sidewall of sash groove by hinge 60, and sash is opened to indoor rotary flat. When sash is closed, sash is embedded in sash groove, sash frame interior along 11 corresponding described sash mouths 33, make sash frame outside room crested in sash groove. The sealing strip 13a of sash heat-insulating bridge-cut-off contacts with the sealing strip 24 arranging on frame heat-insulating bridge-cut-off, makes sash increase a sealed insulation layer.
Described fixed-pane window is arranged in the described stationary window being surrounded by shape of peripheral frame and middle stile section bar. When fixed-pane window 52a is connected with the fixing outer wall cavity of middle stile outdoor section bar, fixed-pane window is pressed on the fixing outer wall cavity of the outdoor section bar of middle stile, as shown in Figure 13 right side by the profile 40 being arranged on the indoor section bar of middle stile.
When fixed-pane window is connected with the fan groove outer wall cavity of middle stile outdoor section bar, on the indoor section bar of middle stile, be provided with profile connector 41, fixed-pane window is pressed on the fan groove outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on described profile connector; The wing limit of the indoor section bar of one end Yu Zhong stile of described profile connector is fixedly connected with, the other end of profile connector connects the described profile that is fixed glass pane, the edge 40a that profile is arranged in described stationary window edge corresponding to the fan groove outer wall cavity of the outdoor section bar of stile along 55d, between middle stile section bar, profile connector and fixed-pane window, be provided with filler 57, as shown in Figure 13 left side.
When fixed-pane window is connected with shape of peripheral frame, on the indoor section bar of frame, be provided with profile connector, fixed-pane window is pressed on the lateral wall cavity cavity of the outdoor section bar of frame by the profile being arranged on profile connector; One end of described profile connector is fixedly connected with the wing limit of the indoor section bar of frame, the other end of profile connector connects the described profile that is fixed glass pane, profile be positioned at described stationary window along the edge of 40a corresponding to the lateral wall cavity of the outdoor section bar of frame along 23c, between shape of peripheral frame, profile connector and fixed-pane window, be provided with filler 57, as shown in figure 14.
Described profile connector is fixed on the indoor section bar of the indoor section bar of frame and middle stile by tapping screw 42.
As shown in figure 15, observe the hidden fan Energy Saving Windows of broken-bridge aluminum alloy from building outside, its four limit is the uniform frame of width L21=85mm, is the equal middle stile of width L51=109mm in window frame.
The hidden fan Energy Saving Windows of broken-bridge aluminum alloy of the present embodiment, has strengthened border structure and middle stile structure, has improved the mechanical property of whole window, makes the resisting wind press capacity of window better. Frame and middle stile also hide from the outdoor framework by sash, cannot see the framework of sash from outside. From outdoor see whole window effect be the even frame of width and stile, reduce people for stile's width in forms differ, in disorder visual impact, strengthened the whole structure of facade, give uniqueness, elegant sensation.
On the other hand, the frame of the present embodiment sees from outside that with middle stile opening door-leaf part and fixed window part are the same as broad as long; Can not divide standing part and openable sash part from outside, can prevent that like this robber from prying open sash and entering indoorly, play anti-theft function.
The middle stile section bar of the present embodiment has five cavitys, and shape of peripheral frame has four cavitys, compared with traditional three-cavity structure, the heat insulating effect of window is better, and the scope of application is wider, is specially adapted to cold district, Xia Redong cryogenic region, also can be in severe cold area, hot summer and warm winter region application.
The effective length of heat-insulating bridge-cut-off is greater than the length of original design, has improved whole window heat-insulating property.
Claims (1)
1. the hidden fan Energy Saving Windows of broken-bridge aluminum alloy, comprises window frame body and sash; It is characterized in that, the framework of described sash is made up of many sash profile, on described window frame body, be provided with sash groove, described sash groove is provided with lateral wall and avris wall, the lateral wall of sash groove is arranged on the outside of window frame body, the lateral wall of sash groove is provided with sash mouth, and sash groove is greater than described sash mouth at the opening of indoor; Sash is embedded in sash groove, the corresponding described sash mouth in interior edge of sash frame, make sash frame outside room crested in sash groove;
Described sash profile is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Sash profile comprises the outdoor section bar of sash, sash heat-insulating bridge-cut-off, the indoor section bar of sash; The indoor section bar of described sash is aluminium alloy extrusions, and the indoor section bar of sash is provided with cavity and wing limit; The outdoor section bar of described sash is aluminium alloy extrusions, the outdoor section bar of sash is provided with cavity and wing limit, the wing limit of the outdoor section bar of described sash is directly connected with the lateral wall of cavity, the lateral surface on the outdoor section bar wing of sash limit and the lateral surface of cavity lateral wall form a plane, form the faying surface with described sash groove lateral wall, the outer on the outdoor section bar wing of sash limit forms the interior edge of described sash frame, between described faying surface and sash groove lateral wall, is provided with sealing strip; Described sash heat-insulating bridge-cut-off is arranged between the outdoor section bar of sash and the indoor section bar of sash, the section configuration of sash heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, and sash heat-insulating bridge-cut-off is provided with the sealing strip stretching out to window frame side;
The thickness of described sash profile is 58.5mm, the width 65mm of sash profile; The cavity size of the indoor cavity of sectional material of sash is 28.7mm × 13.2mm, and the wing limit of the indoor section bar of sash is of a size of 43mm; The cavity size of the outdoor cavity of sectional material of sash is 5.8mm × 9.2mm, and the wing limit of the outdoor section bar of sash is of a size of 39mm; The width of sash heat-insulating bridge-cut-off is 18mm; In described sash frame, window light is installed, window light is pressed on the outdoor section bar wing of described sash limit by the profile being arranged on the indoor section bar of sash;
Described window frame body comprises many shape of peripheral frames that form the frame body of sealing, and described shape of peripheral frame is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Shape of peripheral frame comprises the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame; The indoor section bar of described frame is aluminium alloy extrusions, and the indoor section bar of frame is provided with a cavity, is provided with wing limit in the both sides of the described cavity of the indoor section bar of frame; The outdoor section bar of described frame is aluminium alloy extrusions, the outdoor section bar of frame is provided with two cavitys: lateral wall cavity and avris cavity, described lateral wall cavity forms described sash groove lateral wall, and the interior edge of lateral wall cavity forms described sash mouth, corresponding to the interior edge of described sash frame; Described frame heat-insulating bridge-cut-off is arranged between the outdoor section bar of frame and the indoor section bar of frame, the section configuration of frame heat-insulating bridge-cut-off is symmetrical two " C " shapes, the frame heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, one end of frame heat-insulating bridge-cut-off connects frame indoor type material, one end of frame heat-insulating bridge-cut-off connects the avris cavity of frame outdoor version material, and frame heat-insulating bridge-cut-off is provided with the sealing strip stretching out to window frame inner side; The avris cavity of the indoor section bar of frame, frame heat-insulating bridge-cut-off, the outdoor section bar of frame forms the avris wall of described sash groove;
Shape of peripheral frame thickness is 65mm, and the width of shape of peripheral frame is 85mm; The cavity size of the indoor cavity of sectional material of frame is 19.2mm × 13.2mm, and the wing limit of the indoor section bar of frame is of a size of 26mm; The cavity size of the outdoor section bar lateral wall of described frame cavity is 64.6mm × 8.6mm, the gauge 14.5mm of lateral wall cavity; The cavity size of described avris cavity is 21.8mm × 9.2mm; The width 18mm of frame heat-insulating bridge-cut-off;
Described window frame body is divided into multiple windows by stile's section bar in one or more; Described window comprises described sash mouth and stationary window; Described sash is arranged in sash mouth, in described stationary window, fixed-pane window is installed;
Described middle stile section bar is the section bar that bridge-cut aluminum section bar and heat-insulating bridge-cut-off are composited; Middle stile section bar comprises the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile; The indoor section bar of described middle stile is aluminium alloy extrusions, and the indoor section bar of middle stile is provided with a cavity, is provided with wing limit in the described cavity both sides of the indoor section bar of middle stile; The outdoor section bar of described middle stile is aluminium alloy extrusions, and the outdoor section bar of middle stile is provided with three cavitys: fan groove outer wall cavity, fixing outer wall cavity and middle chamber; Described middle stile heat-insulating bridge-cut-off is arranged between the indoor section bar of the outdoor section bar of middle stile and middle stile, the section configuration of middle stile heat-insulating bridge-cut-off is symmetrical two " C " shapes, the middle stile heat-insulating bridge-cut-off of described two " C " shapes forms a heat insulation cavity, the indoor section bar of stile during one end of middle stile heat-insulating bridge-cut-off connects, the middle chamber of the outdoor section bar of stile during the other end of middle stile heat-insulating bridge-cut-off connects; Middle stile section bar forms "T"-shaped structure; The fan groove outer wall cavity of the outdoor section bar of described middle stile forms the lateral wall of described sash groove; The middle chamber of the indoor section bar of middle stile, middle stile heat-insulating bridge-cut-off, the outdoor section bar of middle stile forms the avris wall of described sash groove;
The thickness of described middle stile section bar is 64.7mm, the width 109mm of middle stile section bar; The cavity size of the indoor cavity of sectional material of described middle stile is 19.2mm × 13.2mm, and the wing limit of the indoor section bar of middle stile is of a size of 26mm; The cavity size of described middle stile outdoor section bar fan groove outer wall cavity is 64.6mm × 8.6mm, the gauge 14.2mm of fan groove outer wall cavity; The cavity size of fixing outer wall cavity is 29.6mm × 8.6mm, and the gauge of fixing outer wall cavity is 14.2mm; The cavity size of middle chamber is 21.5mm × 9.2mm; The width of described middle stile heat-insulating bridge-cut-off is 18mm;
Described fixed-pane window is arranged in the described stationary window being surrounded by shape of peripheral frame and middle stile section bar; When fixed-pane window is connected with the fixing outer wall cavity of middle stile outdoor section bar, fixed-pane window is pressed on the fixing outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on the indoor section bar of middle stile; When fixed-pane window is connected with the fan groove outer wall cavity of middle stile outdoor section bar, on the indoor section bar of middle stile, be provided with profile connector, fixed-pane window is pressed on the fan groove outer wall cavity of the outdoor section bar of middle stile by the profile being arranged on described profile connector; When fixed-pane window is connected with shape of peripheral frame, on the indoor section bar of frame, be provided with profile connector, fixed-pane window is pressed on the lateral wall cavity cavity of the outdoor section bar of frame by the profile being arranged on profile connector;
When fixed-pane window is connected with the fan groove outer wall cavity of described middle stile outdoor section bar, the wing limit of the indoor section bar of one end Yu Zhong stile of described profile connector is fixedly connected with, the other end of profile connector connects the described profile that is fixed glass pane, and profile is arranged in the edge on described stationary window edge corresponding to the edge of the fan groove outer wall cavity of the outdoor section bar of stile; When fixed-pane window is connected with shape of peripheral frame, one end of described profile connector is fixedly connected with the wing limit of the indoor section bar of frame, the other end of profile connector connects the described profile that is fixed glass pane, and profile is positioned at the edge on described stationary window edge corresponding to the edge of the lateral wall cavity of the outdoor section bar of frame.
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| CN201410678527.XA CN104328984B (en) | 2014-11-24 | 2014-11-24 | The hidden fan Energy Saving Windows of a kind of broken-bridge aluminum alloy |
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| CN105649471A (en) * | 2015-12-30 | 2016-06-08 | 江苏亚琪节能科技有限公司 | Energy-saving attachment frame |
| CN108678596A (en) * | 2018-03-24 | 2018-10-19 | 佛山市锐创恒门窗配件有限公司 | A kind of coloured silk aluminium composite plastic door and window |
| CN110924805A (en) * | 2019-12-16 | 2020-03-27 | 江苏世朗泰得节能科技有限公司 | Narrow limit energy-conserving window of assembled latent fan |
| CN113338755A (en) * | 2021-06-07 | 2021-09-03 | 武汉鸿和岗科技有限公司 | Window sash profile for glass window with improved heat insulation effect |
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| DE20117000U1 (en) * | 2001-10-19 | 2003-03-06 | Raico Bautechnik GmbH, 87746 Erkheim | Pane fixer for glass in windows and doors has a clip with a fixer and a L-shaped profile made from e.g. plastics material and has one side open with an insertion groove |
| CN2767610Y (en) * | 2005-01-23 | 2006-03-29 | 南南铝业有限公司 | Sash concealed aluminium alloy flat-open window |
| FR2993303A1 (en) * | 2012-07-12 | 2014-01-17 | Profils Systemes | Device for assembling sliding frame of sliding casement window opening to fixed frame of e.g. transom, has posts forming common post for frames of opening and transom, and single section formed by bracing posts and cross-pieces of frames |
| CN204357282U (en) * | 2014-11-24 | 2015-05-27 | 北京嘉寓门窗幕墙股份有限公司 | The hidden fan energy saving window of a kind of broken-bridge aluminum alloy |
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2014
- 2014-11-24 CN CN201410678527.XA patent/CN104328984B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE20117000U1 (en) * | 2001-10-19 | 2003-03-06 | Raico Bautechnik GmbH, 87746 Erkheim | Pane fixer for glass in windows and doors has a clip with a fixer and a L-shaped profile made from e.g. plastics material and has one side open with an insertion groove |
| CN2767610Y (en) * | 2005-01-23 | 2006-03-29 | 南南铝业有限公司 | Sash concealed aluminium alloy flat-open window |
| FR2993303A1 (en) * | 2012-07-12 | 2014-01-17 | Profils Systemes | Device for assembling sliding frame of sliding casement window opening to fixed frame of e.g. transom, has posts forming common post for frames of opening and transom, and single section formed by bracing posts and cross-pieces of frames |
| CN204357282U (en) * | 2014-11-24 | 2015-05-27 | 北京嘉寓门窗幕墙股份有限公司 | The hidden fan energy saving window of a kind of broken-bridge aluminum alloy |
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