CN205047064U - Four sealing sections can al -alloy door & window - Google Patents
Four sealing sections can al -alloy door & window Download PDFInfo
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- CN205047064U CN205047064U CN201520702891.5U CN201520702891U CN205047064U CN 205047064 U CN205047064 U CN 205047064U CN 201520702891 U CN201520702891 U CN 201520702891U CN 205047064 U CN205047064 U CN 205047064U
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- aluminium alloy
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- alloy extrusions
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Abstract
The utility model provides a four sealing sections can al -alloy door & window, includes the door and window frame, door and window fan, a joint strip, the 2nd joint strip, the 3rd joint strip, fourth joint strip, first air chamber, second air chamber, third air chamber, glazing bead antivrbration pad, glazing bead, long -tail adhesive tape in the glass heat insulating mattress, glass, the outer adhesive tape of glass, cavity glass. Four sealed first air chamber, second air chamber, third air chambers that form of a joint strip, the 2nd joint strip, the 3rd joint strip, fourth joint strip have strengthened door and window's heat preservation, airtight, sound insulation property greatly, the glazing bead antivrbration pad in with glazing bead and door and window fan aluminium alloy ex -trusions's hard contact become soft contact, greatly reduced the noise of production between the aluminium alloy ex -trusions in glazing bead and the door and window fan. This kind of four sealing sections can al -alloy door & window has fine thermal insulation performance, gas tightness ability and sound insulation property, can satisfy energy -conserving needs to provide a comfortable indoor environment for the user.
Description
Technical field
The utility model relates to building doors and windows field, particularly relates to a kind of four sealed energy-saving alumium alloy door and window.
Background technology
Sealing between existing building aluminium alloy doorframe and window frame fan is mostly twice or three seals, and sealing effectiveness is bad, and heat insulation and preservation effect is also bad.Although some alumium alloy door and window adopt four seal structures, the two seals of centre is formed by same sealing joint strip, and the air chamber size of formation is too little, and heat insulating effect neither be very good.The glazing bead of existing alumium alloy door and window directly contacts with door-and window-frames, and due under the External Force Acting such as wind-force, vibration force, glazing bead and door-and window-frames lap-joint easily produce noise.
Summary of the invention
For above-mentioned deficiency, the utility model provides a kind of four sealed energy-saving alumium alloy door and window.
The utility model is achieved through the following technical solutions: a kind of four sealed energy-saving alumium alloy door and window, comprise doorframe and window frame, bar, first sealing joint strip, the second sealing joint strip, the 3rd sealing joint strip, 4th sealing joint strip, the first air chamber, the second air chamber, 3rd air chamber, glazing bead crash roll, glazing bead, glass heat-proof pad, long-tail rubber strip in glass, glass outer rubber strip, hollow glass, it is characterized in that: doorframe and window frame is by aluminium alloy extrusions in doorframe and window frame, and doorframe and window frame is aluminium alloy extrusions outward, the first heat insulating strip, the 3rd draw-in groove composition, in doorframe and window frame, aluminium alloy extrusions is provided with aluminium alloy extrusions lateral surface in doorframe and window frame, the first draw-in groove, first hooks groove, first heat insulating strip has the first dop, the first cavity, dividing plate, the second draw-in groove, second hooks groove, the extension of the outer aluminium alloy extrusions of doorframe and window frame is provided with the 4th sealing joint strip, bar is by aluminium alloy extrusions in bar, and bar is aluminium alloy extrusions outward, the second heat insulating strip, the 3rd heat insulating strip, and foaming thermal-insulating forms, aluminium alloy extrusions is provided with the first sealing joint strip in bar, aluminium alloy extrusions medial surface in bar, the 5th dop, the 4th hooks groove, card column, the outer aluminium alloy extrusions of bar is provided with cascaded surface, the 7th draw-in groove, glass outer rubber strip, second heat insulating strip there is the first cavity, boss, boss is provided with the second cavity, the 3rd cavity, boss lateral surface, second sealing joint strip there is the first contact surface, the 4th cavity, the first snap fit, the second dop, 3rd sealing joint strip there is the second contact surface, the 5th cavity, the second snap fit, the 3rd dop, glazing bead there is the 3rd snap fit, reinforcing rib, the 4th draw-in groove, the 6th dop, projecting end, glazing bead crash roll has the 5th draw-in groove, the 3rd hooks groove, the 4th dop, glass heat-proof pad there is the 7th dop, the 4th snap fit, short projection, long-tail rubber strip there is the first long-tail in glass, the second long-tail, the 6th draw-in groove, long-tail rubber strip head side, hollow glass is provided with hollow glass lateral surface, hollow glass medial surface, first heat insulating strip is provided with the first cavity and dividing plate, the cavity between adjacent two the first heat insulating strips is divided into three parts by the dividing plate of two the first heat insulating strips adjacent on doorframe and window frame, the boss of the second heat insulating strip is provided with the second cavity and the 3rd cavity, in the cavity formed between the second heat insulating strip and the 3rd heat insulating strip, is filled with foaming thermal-insulating, second sealing joint strip hooks being connected of groove and the first snap fit, the second draw-in groove and the second dop by first and to be connected together with aluminium alloy extrusions in the first heat insulating strip and doorframe and window frame, makes the first contact surface tightly be fitted in bar on aluminium alloy extrusions medial surface, second sealing joint strip is soft-hard coextrusion rubber strip, and the first snap fit of the second sealing joint strip and the second dop are ethylene propylene diene monomer (EPDM) material, and the remainder of the second sealing joint strip is Ethylene Propylene Terpolymer foam rubbery material, the second sealing joint strip is provided with the 4th cavity, 3rd sealing joint strip hooks being connected of groove and the second snap fit, the 3rd draw-in groove and the 3rd dop by second and to be connected together with the first heat insulating strip and the outer aluminium alloy extrusions of doorframe and window frame, makes the second contact surface tightly be fitted in boss lateral surface, 3rd sealing joint strip is soft-hard coextrusion rubber strip, and the second snap fit and the 3rd dop of the 3rd sealing joint strip are ethylene propylene diene monomer (EPDM) material, and the remainder of the 3rd sealing joint strip is Ethylene Propylene Terpolymer foam rubbery material, the 3rd sealing joint strip is provided with the 5th cavity, first sealing joint strip, the Outboard Sections wall body that in bar, aluminium alloy extrusions cross section presents, the Outboard Sections wall body that in second sealing joint strip and doorframe and window frame, aluminium alloy extrusions cross section presents surrounds the first air chamber, second sealing joint strip, the Outboard Sections wall body that in bar, aluminium alloy extrusions cross section presents, the Outboard Sections wall body that second heat insulating strip cross section presents, the Outboard Sections wall body that 3rd sealing joint strip and the first heat insulating strip cross section present surrounds the second air chamber, 3rd sealing joint strip, the Outboard Sections wall body that second heat insulating strip cross section presents, the Outboard Sections wall body that the outer aluminium alloy extrusions cross section of bar presents, the Outboard Sections wall body that 4th sealing joint strip and the outer aluminium alloy extrusions cross section of doorframe and window frame present surrounds the 3rd air chamber, glazing bead hooks being connected of groove by the 3rd snap fit and the 3rd and to link together with glazing bead crash roll, the 4th dop on glazing bead crash roll is stuck on the 4th draw-in groove on reinforcing rib, and the power that hollow glass passes to glazing bead by long-tail rubber strip in glass makes projecting end tightly be fitted in the card column of aluminium alloy extrusions in bar, glazing bead crash roll is working of plastics, in glass, long-tail rubber strip to be linked together with glazing bead by being connected of the 6th dop and the 6th draw-in groove, second long-tail and long-tail rubber strip head side are tightly fitted on hollow glass medial surface, and the top of the first long-tail and the second long-tail extends on the side of glass heat-proof pad between two short projections respectively.
First heat insulating strip both sides described in the utility model are aluminium alloy extrusions and the outer aluminium alloy extrusions of doorframe and window frame in doorframe and window frame, first heat insulating strip is joined together to form doorframe and window frame respectively by being connected of the first draw-in groove and the first dop with aluminium alloy extrusions in doorframe and window frame and the outer aluminium alloy extrusions of doorframe and window frame, the both sides of the second heat insulating strip and the 3rd heat insulating strip are aluminium alloy extrusions and the outer aluminium alloy extrusions of bar in bar, second heat insulating strip and the 3rd heat insulating strip are joined together to form bar respectively by being connected of the first draw-in groove and the first dop with aluminium alloy extrusions in bar and the outer aluminium alloy extrusions of bar, the first sealing joint strip in bar, aluminium alloy extrusions arranged tightly to be fitted in doorframe and window frame on aluminium alloy extrusions lateral surface.
The 4th sealing joint strip that the outer aluminium alloy extrusions of doorframe and window frame described in the utility model is arranged tightly is fitted on the cascaded surface of the outer aluminium alloy extrusions of bar.
Glass heat-proof pad described in the utility model hooks being fixedly connected on the side of the close hollow glass presented at bar cross section of groove, the 7th dop and the 7th draw-in groove by the 4th snap fit and the 4th.
Glazing bead crash roll described in the utility model to be linked together with aluminium alloy extrusions in bar by being connected of the 5th draw-in groove and the 5th dop.
The glass outer rubber strip that the outer aluminium alloy extrusions of bar described in the utility model is arranged tightly is fitted on hollow glass lateral surface.
The usefulness of this utility model is: in doorframe and window frame, aluminium alloy extrusions and the outer aluminium alloy extrusions of doorframe and window frame connect to form doorframe and window frame by the first heat insulating strip, in bar, aluminium alloy extrusions and the outer aluminium alloy extrusions of bar connect to form bar by the second heat insulating strip and the 3rd heat insulating strip, such structure not only maintains high, the not easily aging feature of aluminium alloy extrusions intensity, also reduces the thermal conductivity of doorframe and window frame; First heat insulating strip is provided with the first cavity and dividing plate, not only increases heat-insulating property, also enhances the mechanical property of heat insulating strip, better can play the effect of aluminium alloy extrusions inside and outside connection door window frame; The dividing plate of the first heat insulating strip is divided into three parts the cavity in doorframe and window frame between two the first heat insulating strips, further increases the heat-insulating property of doorframe and window frame; Second heat insulating strip is provided with the first cavity and boss, boss is also provided with the second cavity and the 3rd cavity, which greatly enhances mechanical property and the heat-insulating property of the second heat insulating strip; Be filled with foaming thermal-insulating in cavity between the second heat insulating strip and the 3rd heat insulating strip, greatly strengthen the insulation of bar, sound insulation property; Second sealing joint strip and the 3rd sealing joint strip are soft-hard coextrusion rubber strip, second snap fit, the 3rd dop of the first snap fit of the second sealing joint strip, the second dop and the 3rd sealing joint strip are ethylene propylene diene monomer (EPDM) material, their bonding strength can be ensured, the remainder of the second sealing joint strip and the 3rd sealing joint strip is Ethylene Propylene Terpolymer foam rubbery material, this can reduce heat transfer further, improves heat-insulating property; Second sealing joint strip is by the first snap fit and the second dop, 3rd sealing joint strip is connected on doorframe and window frame by the second snap fit and the 3rd dop, being connected firmly like this, difficult drop-off, and can ensure that the second contact surface that the first contact surface of the second sealing joint strip is tightly fitted in aluminium alloy extrusions medial surface and the 3rd sealing joint strip in bar is tightly fitted on boss lateral surface; Four roads of the first sealing joint strip, the second sealing joint strip, the 3rd sealing joint strip, the 4th sealing joint strip seal heat-insulating property, air-tightness, the sound insulation property that the first air chamber, the second air chamber, the 3rd air chamber that are formed greatly strengthen door and window; Glazing bead crash roll is working of plastics, glazing bead being become soft contact with hard contact of aluminium alloy extrusions in bar, greatly reducing the noise because producing under the External Force Acting such as wind-force, vibration force between aluminium alloy extrusions in glazing bead and bar; Glass heat-proof pad is fixed on the side of the close hollow glass that bar cross section presents by the 4th snap fit and the 7th dop, difficult drop-off; In glass, glass heat-proof pad, glass outer rubber strip, hollow glass, the cavity that surrounds between glazing bead and glazing bead crash roll are separated into three parts by the first long-tail of long-tail rubber strip and the second long-tail, greatly reduce heat trnasfer, improve the heat-insulating property of door and window; Glass adopts hollow glass, greatly strengthens the insulation of door and window, sound insulation property; This four sealed energy-saving alumium alloy door and window have good heat-insulating property, air-tightness and sound insulation property, greatly can reduce building energy consumption, meet energy-conservation needs, and provide a comfortable indoor environment for user.
Accompanying drawing explanation
Fig. 1: the utility model assembling cross sectional representation;
Fig. 2: the utility model doorframe and window frame cross-sectional structure schematic diagram;
Fig. 3: the utility model bar cross-sectional structure schematic diagram;
Fig. 4: the utility model glazing bead crash roll cross-sectional structure schematic diagram;
Fig. 5: the utility model glazing bead cross-sectional structure schematic diagram;
In figure: 1 doorframe and window frame, 2 bars, 3 first sealing joint strips, 4 second sealing joint strips, 5 the 3rd sealing joint strips, 6 the 4th sealing joint strips, 7 first air chambers, 8 second air chambers, 9 the 3rd air chambers, 10 glazing bead crash rolls, 11 glazing beads, 12 glass heat-proof pads, long-tail rubber strip in 13 glass, 14 glass outer rubber strips, 15 hollow glasss, aluminium alloy extrusions in 16 doorframe and window frame, the outer aluminium alloy extrusions of 17 doorframe and window frame, 18 first heat insulating strips, 19 the 3rd draw-in grooves, aluminium alloy extrusions lateral surface in 20 doorframe and window frame, 21 first draw-in grooves, 22 first hook groove, 23 first dops, 24 first cavitys, 25 dividing plates, 26 second draw-in grooves, 27 second hook groove, aluminium alloy extrusions in 28 bars, the outer aluminium alloy extrusions of 29 bars, 30 second heat insulating strips, 31 the 3rd heat insulating strips, 32 foaming thermal-insulatings, aluminium alloy extrusions medial surface in 33 bars, 34 the 5th dops, 35 the 4th hook groove, 36 card columns, 37 cascaded surfaces, 38 the 7th draw-in grooves, 39 boss, 40 second cavitys, 41 the 3rd cavitys, 42 boss lateral surfaces, 43 first contact surfaces, 44 the 4th cavitys, 45 first snap fits, 46 second dops, 47 second contact surfaces, 48 the 5th cavitys, 49 second snap fits, 50 the 3rd dops, 51 the 3rd snap fits, 52 reinforcing ribs, 53 the 4th draw-in grooves, 54 the 6th dops, 55 projecting ends, 56 the 5th draw-in grooves, 57 the 3rd hook groove, 58 the 4th dops, 59 the 7th dops, 60 the 4th snap fits, 61 short projections, 62 first long-tails, 63 second long-tails, 64 the 6th draw-in grooves, 65 long-tail rubber strip head sides, 66 hollow glass lateral surfaces, 67 hollow glass medial surfaces.
Detailed description of the invention
A kind of four sealed energy-saving alumium alloy door and window, comprise doorframe and window frame 1, bar 2, first sealing joint strip 3, second sealing joint strip the 4, three sealing joint strip 5,4th sealing joint strip 6, first air chamber 7, second air chamber 8,3rd air chamber 9, glazing bead crash roll 10, glazing bead 11, glass heat-proof pad 12, long-tail rubber strip 13 in glass, glass outer rubber strip 14, hollow glass 15, it is characterized in that: doorframe and window frame 1 is by aluminium alloy extrusions in doorframe and window frame 16, and outer aluminium alloy extrusions 17, first heat insulating strip the 18, three draw-in groove 19 of doorframe and window frame forms, in doorframe and window frame, aluminium alloy extrusions 16 is provided with aluminium alloy extrusions lateral surface 20, first draw-in groove 21, first in doorframe and window frame and hooks groove 22, first heat insulating strip 18 has the first dop 23, first cavity 24, dividing plate 25, the second draw-in groove 26, second hooks groove 27, the extension of the outer aluminium alloy extrusions 17 of doorframe and window frame is provided with the 4th sealing joint strip 6, bar 2 is by aluminium alloy extrusions in bar 28, and bar is aluminium alloy extrusions 29, second heat insulating strip the 30, three heat insulating strip 31 outward, and foaming thermal-insulating 32 forms, aluminium alloy extrusions 28 is provided with the first sealing joint strip 3 in bar, in bar, aluminium alloy extrusions medial surface the 33, five dop the 34, four hooks groove 35, card column 36, the outer aluminium alloy extrusions 29 of bar is provided with cascaded surface 37, the 7th draw-in groove 38, glass outer rubber strip 14, second heat insulating strip 30 there is the first cavity 24, boss 39, boss 39 is provided with the second cavity the 40, three cavity 41, boss lateral surface 42, second sealing joint strip 4 there is the first contact surface the 43, four cavity 44, first snap fit 45, second dop 46, 3rd sealing joint strip 5 there is the second contact surface the 47, five cavity 48, second snap fit the 49, three dop 50, glazing bead 11 there is the 3rd snap fit 51, reinforcing rib 52, the 4th draw-in groove the 53, six dop 54, projecting end 55, glazing bead crash roll 10 there is the 5th draw-in groove the 56, three hook groove the 57, four dop 58, glass heat-proof pad 12 there is the 7th dop the 59, four snap fit 60, short projection 61, in glass, long-tail rubber strip 13 there is the first long-tail 62, second long-tail the 63, six draw-in groove 64, long-tail rubber strip head side 65, hollow glass 15 is provided with hollow glass lateral surface 66, hollow glass medial surface 67, first heat insulating strip 18 is provided with the first cavity 24 and dividing plate 25, the cavity between adjacent two the first heat insulating strips 18 is divided into three parts by the dividing plate 25 of two the first heat insulating strips 18 adjacent on doorframe and window frame 1, the boss 39 of the second heat insulating strip 30 is provided with the second cavity 40 and the 3rd cavity 41, in the cavity formed between the second heat insulating strip 30 and the 3rd heat insulating strip 31, is filled with foaming thermal-insulating 32, second sealing joint strip 4 hooks being connected of groove 22 and the first snap fit 45, second draw-in groove 26 and the second dop 46 by first and to be connected together with aluminium alloy extrusions 16 in the first heat insulating strip 18 and doorframe and window frame, makes the first contact surface 43 tightly be fitted in bar on aluminium alloy extrusions medial surface 33, second sealing joint strip 4 is soft-hard coextrusion rubber strip, first snap fit 45 of the second sealing joint strip 4 and the second dop 46 are ethylene propylene diene monomer (EPDM) material, the remainder of the second sealing joint strip 4 is Ethylene Propylene Terpolymer foam rubbery material, the second sealing joint strip 4 is provided with the 4th cavity 44, 3rd sealing joint strip 5 hooks being connected of groove 27 and the second snap fit 49, the 3rd draw-in groove 19 and the 3rd dop 50 by second and to be connected together with the first heat insulating strip 18 and the outer aluminium alloy extrusions 17 of doorframe and window frame, makes the second contact surface 47 tightly be fitted in boss lateral surface 42, 3rd sealing joint strip 5 is soft-hard coextrusion rubber strip, second snap fit 49 and the 3rd dop 50 of the 3rd sealing joint strip 5 are ethylene propylene diene monomer (EPDM) material, the remainder of the 3rd sealing joint strip 5 is Ethylene Propylene Terpolymer foam rubbery material, the 3rd sealing joint strip 5 is provided with the 5th cavity 48, first sealing joint strip 3, the Outboard Sections wall body that in bar, aluminium alloy extrusions 28 cross section presents, the Outboard Sections wall body that in second sealing joint strip 4 and doorframe and window frame, aluminium alloy extrusions 16 cross section presents surrounds the first air chamber 7, second sealing joint strip 4, the Outboard Sections wall body that in bar, aluminium alloy extrusions 28 cross section presents, the Outboard Sections wall body that second heat insulating strip 30 cross section presents, the Outboard Sections wall body that 3rd sealing joint strip 5 and the first heat insulating strip 18 cross section present surrounds the second air chamber 8, 3rd sealing joint strip 5, the Outboard Sections wall body that second heat insulating strip 30 cross section presents, the Outboard Sections wall body that outer aluminium alloy extrusions 29 cross section of bar presents, the Outboard Sections wall body that 4th sealing joint strip 6 and outer aluminium alloy extrusions 17 cross section of doorframe and window frame present surrounds the 3rd air chamber 9, glazing bead 11 hooks being connected of groove 57 by the 3rd snap fit 51 and the 3rd and to link together with glazing bead crash roll 10, the 4th dop 58 on glazing bead crash roll 10 is stuck on the 4th draw-in groove 53 on reinforcing rib 52, and the power that hollow glass 15 passes to glazing bead 11 by long-tail rubber strip in glass 13 makes projecting end 55 tightly be fitted in the card column 36 of aluminium alloy extrusions 28 in bar, glazing bead crash roll 10 is working of plastics, in glass, long-tail rubber strip 13 to be linked together with glazing bead 11 by being connected of the 6th dop 54 and the 6th draw-in groove 64, second long-tail 63 and long-tail rubber strip head side 65 are tightly fitted on hollow glass medial surface 67, and the top of the first long-tail 62 and the second long-tail 63 extends on the side of glass heat-proof pad 12 between two short projections 61 respectively.
First heat insulating strip 18 both sides are aluminium alloy extrusions 16 and the outer aluminium alloy extrusions 17 of doorframe and window frame in doorframe and window frame, first heat insulating strip 18 is joined together to form doorframe and window frame 1 respectively by being connected of the first draw-in groove 21 and the first dop 23 with aluminium alloy extrusions in doorframe and window frame 16 and the outer aluminium alloy extrusions 17 of doorframe and window frame, the both sides of the second heat insulating strip 30 and the 3rd heat insulating strip 31 are aluminium alloy extrusions 28 and the outer aluminium alloy extrusions 29 of bar in bar, second heat insulating strip 30 and the 3rd heat insulating strip 31 are joined together to form bar 2 respectively by being connected of the first draw-in groove 21 and the first dop 23 with aluminium alloy extrusions in bar 28 and the outer aluminium alloy extrusions 29 of bar, the first sealing joint strip 3 in bar, aluminium alloy extrusions 28 arranged tightly to be fitted in doorframe and window frame on aluminium alloy extrusions lateral surface 20, the 4th sealing joint strip 6 that the outer aluminium alloy extrusions 17 of doorframe and window frame is arranged tightly is fitted on the cascaded surface 37 of the outer aluminium alloy extrusions 29 of bar, what glass heat-proof pad 12 hooked groove 35, the 7th dop 59 and the 7th draw-in groove 38 by the 4th snap fit 60 and the 4th is fixedly connected on the side of the close hollow glass 15 presented at bar 2 cross section, glazing bead crash roll 10 to be linked together with aluminium alloy extrusions in bar 28 by being connected of the 5th draw-in groove 56 and the 5th dop 34, the glass outer rubber strip 14 that the outer aluminium alloy extrusions 29 of bar is arranged tightly is fitted on hollow glass lateral surface 66.
In doorframe and window frame, aluminium alloy extrusions 16 and the outer aluminium alloy extrusions 17 of doorframe and window frame connect to form doorframe and window frame 1 by the first heat insulating strip 18, in bar, aluminium alloy extrusions 28 and the outer aluminium alloy extrusions 29 of bar connect to form bar 2 by the second heat insulating strip 30 and the 3rd heat insulating strip 31, such structure not only maintains high, the not easily aging feature of aluminium alloy extrusions intensity, also reduces the thermal conductivity of doorframe and window frame; First heat insulating strip 18 is provided with the first cavity 24 and dividing plate 25, not only increases heat-insulating property, also enhances the mechanical property of heat insulating strip, better can play the effect of aluminium alloy extrusions inside and outside connection door window frame 1; The dividing plate 25 of the first heat insulating strip 18 is divided into three parts the cavity between interior for doorframe and window frame 1 two the first heat insulating strips 18, further increases the heat-insulating property of doorframe and window frame; Second heat insulating strip 30 is provided with the first cavity 24 and boss 39, boss 39 is also provided with the second cavity 40 and the 3rd cavity 41, which greatly enhances mechanical property and the heat-insulating property of the second heat insulating strip 30; Be filled with foaming thermal-insulating 32 in cavity between the second heat insulating strip 30 and the 3rd heat insulating strip 31, greatly strengthen the insulation of bar, sound insulation property; Second sealing joint strip 4 and the 3rd sealing joint strip 5 are soft-hard coextrusion rubber strip, first snap fit 45, second dop 46 of the second sealing joint strip 4 and the second snap fit 49 of the 3rd sealing joint strip 5, the 3rd dop 50 are ethylene propylene diene monomer (EPDM) material, their bonding strength can be ensured, the remainder of the second sealing joint strip 4 and the 3rd sealing joint strip 5 is Ethylene Propylene Terpolymer foam rubbery material, this can reduce heat transfer further, improves heat-insulating property; Second sealing joint strip 4 is by the first snap fit 45 and the second dop 46,3rd sealing joint strip 5 is connected on doorframe and window frame 1 by the second snap fit 49 and the 3rd dop 50, being connected firmly like this, difficult drop-off, and can ensure that the second contact surface 47 that the first contact surface 43 of the second sealing joint strip 4 is tightly fitted in aluminium alloy extrusions medial surface 33 and the 3rd sealing joint strip 5 in bar is tightly fitted on boss lateral surface 42; Four roads of the first sealing joint strip 3, second sealing joint strip 4, the 3rd sealing joint strip 5, the 4th sealing joint strip 6 seal heat-insulating property, air-tightness, the sound insulation property that the first air chamber 7, second air chamber 8, the 3rd air chamber 9 that are formed greatly strengthen door and window; Glazing bead crash roll 10 is working of plastics, glazing bead 11 being become soft contact with hard contact of aluminium alloy extrusions in bar 28, greatly reducing the noise because producing under the External Force Acting such as wind-force, vibration force between aluminium alloy extrusions 28 in glazing bead 11 and bar; Glass heat-proof pad 12 is fixed on the side of the close hollow glass 15 that bar 2 cross section presents by the 4th snap fit 60 and the 7th dop 59, difficult drop-off; In glass, glass heat-proof pad 12, glass outer rubber strip 14, hollow glass 15, the cavity that surrounds between glazing bead 11 and glazing bead crash roll 10 are separated into three parts by the first long-tail 62 of long-tail rubber strip 13 and the second long-tail 63, greatly reduce heat trnasfer, improve the heat-insulating property of door and window; Glass adopts hollow glass 15, greatly strengthens the insulation of door and window, sound insulation property; This four sealed energy-saving alumium alloy door and window have good heat-insulating property, air-tightness and sound insulation property, greatly can reduce building energy consumption, meet energy-conservation needs, and provide a comfortable indoor environment for user.
Claims (6)
1. four sealed energy-saving alumium alloy door and window, comprise doorframe and window frame (1), bar (2), first sealing joint strip (3), the second sealing joint strip (4), the 3rd sealing joint strip (5), 4th sealing joint strip (6), the first air chamber (7), the second air chamber (8), 3rd air chamber (9), glazing bead crash roll (10), glazing bead (11), glass heat-proof pad (12), long-tail rubber strip (13) in glass, glass outer rubber strip (14), hollow glass (15), it is characterized in that: doorframe and window frame (1) is by aluminium alloy extrusions in doorframe and window frame (16), and doorframe and window frame is aluminium alloy extrusions (17) outward, the first heat insulating strip (18), the 3rd draw-in groove (19) composition, aluminium alloy extrusions (16) is provided with aluminium alloy extrusions lateral surface (20) in doorframe and window frame in doorframe and window frame, the first draw-in groove (21), first hooks groove (22), first heat insulating strip (18) has the first dop (23), the first cavity (24), dividing plate (25), the second draw-in groove (26), second hooks groove (27), the extension of the outer aluminium alloy extrusions (17) of doorframe and window frame is provided with the 4th sealing joint strip (6), bar (2) is by aluminium alloy extrusions in bar (28), and bar is aluminium alloy extrusions (29) outward, the second heat insulating strip (30), the 3rd heat insulating strip (31), and foaming thermal-insulating (32) forms, in bar, aluminium alloy extrusions (28) is provided with the first sealing joint strip (3), aluminium alloy extrusions medial surface (33) in bar, the 5th dop (34), the 4th hooks groove (35), card column (36), the outer aluminium alloy extrusions (29) of bar is provided with cascaded surface (37), the 7th draw-in groove (38), glass outer rubber strip (14), second heat insulating strip (30) there is the first cavity (24), boss (39), boss (39) is provided with the second cavity (40), the 3rd cavity (41), boss lateral surface (42), second sealing joint strip (4) there is the first contact surface (43), the 4th cavity (44), the first snap fit (45), the second dop (46), 3rd sealing joint strip (5) there is the second contact surface (47), the 5th cavity (48), the second snap fit (49), the 3rd dop (50), glazing bead (11) there is the 3rd snap fit (51), reinforcing rib (52), the 4th draw-in groove (53), the 6th dop (54), projecting end (55), glazing bead crash roll (10) has the 5th draw-in groove (56), the 3rd hooks groove (57), the 4th dop (58), glass heat-proof pad (12) there is the 7th dop (59), the 4th snap fit (60), short projection (61), in glass, long-tail rubber strip (13) there is the first long-tail (62), the second long-tail (63), the 6th draw-in groove (64), long-tail rubber strip head side (65), hollow glass (15) is provided with hollow glass lateral surface (66), hollow glass medial surface (67), first heat insulating strip (18) is provided with the first cavity (24) and dividing plate (25), the cavity between adjacent two the first heat insulating strips (18) is divided into three parts by the dividing plate (25) of upper two adjacent the first heat insulating strips (18) of doorframe and window frame (1), the boss (39) of the second heat insulating strip (30) is provided with the second cavity (40) and the 3rd cavity (41), in the cavity formed between the second heat insulating strip (30) and the 3rd heat insulating strip (31), is filled with foaming thermal-insulating (32), second sealing joint strip (4) hooks groove (22) by first and being connected of the first snap fit (45), the second draw-in groove (26) and the second dop (46) is connected together with aluminium alloy extrusions (16) in the first heat insulating strip (18) and doorframe and window frame, makes the first contact surface (43) tightly be fitted in bar on aluminium alloy extrusions medial surface (33), second sealing joint strip (4) is soft-hard coextrusion rubber strip, first snap fit (45) and second dop (46) of the second sealing joint strip (4) are ethylene propylene diene monomer (EPDM) material, the remainder of the second sealing joint strip (4) is Ethylene Propylene Terpolymer foam rubbery material, the second sealing joint strip (4) is provided with the 4th cavity (44), 3rd sealing joint strip (5) by second hook groove (27) and the second snap fit (49), the 3rd draw-in groove (19) and the 3rd dop (50) be connected with the first heat insulating strip (18) and doorframe and window frame outward aluminium alloy extrusions (17) be connected together, make the second contact surface (47) tightly be fitted in boss lateral surface (42), 3rd sealing joint strip (5) is soft-hard coextrusion rubber strip, second snap fit (49) and the 3rd dop (50) of the 3rd sealing joint strip (5) are ethylene propylene diene monomer (EPDM) material, the remainder of the 3rd sealing joint strip (5) is Ethylene Propylene Terpolymer foam rubbery material, the 3rd sealing joint strip (5) is provided with the 5th cavity (48), first sealing joint strip (3), the Outboard Sections wall body that in bar, aluminium alloy extrusions (28) cross section presents, the Outboard Sections wall body that in second sealing joint strip (4) and doorframe and window frame, aluminium alloy extrusions (16) cross section presents surrounds the first air chamber (7), second sealing joint strip (4), the Outboard Sections wall body that in bar, aluminium alloy extrusions (28) cross section presents, the Outboard Sections wall body that second heat insulating strip (30) cross section presents, the Outboard Sections wall body that 3rd sealing joint strip (5) and the first heat insulating strip (18) cross section present surrounds the second air chamber (8), 3rd sealing joint strip (5), the Outboard Sections wall body that second heat insulating strip (30) cross section presents, the Outboard Sections wall body that outer aluminium alloy extrusions (29) cross section of bar presents, the Outboard Sections wall body that 4th sealing joint strip (6) and outer aluminium alloy extrusions (17) cross section of doorframe and window frame present surrounds the 3rd air chamber (9), glazing bead (11) hooks being connected of groove (57) by the 3rd snap fit (51) and the 3rd and to link together with glazing bead crash roll (10), the 4th dop (58) on glazing bead crash roll (10) is stuck on the 4th draw-in groove (53) on reinforcing rib (52), and the power that hollow glass (15) passes to glazing bead (11) by long-tail rubber strip in glass (13) makes projecting end (55) tightly be fitted in the card column (36) of aluminium alloy extrusions in bar (28), glazing bead crash roll (10) is working of plastics, in glass, long-tail rubber strip (13) to be linked together with glazing bead (11) by being connected of the 6th dop (54) and the 6th draw-in groove (64), second long-tail (63) and long-tail rubber strip head side (65) are tightly fitted on hollow glass medial surface (67), and the top of the first long-tail (62) and the second long-tail (63) extends on the side of glass heat-proof pad (12) between two short projections (61) respectively.
2. a kind of four sealed energy-saving alumium alloy door and window according to claim 1, it is characterized in that: described the first heat insulating strip (18) both sides are aluminium alloy extrusions (16) and the outer aluminium alloy extrusions (17) of doorframe and window frame in doorframe and window frame, first heat insulating strip (18) is joined together to form doorframe and window frame (1) respectively by being connected of the first draw-in groove (21) and the first dop (23) with aluminium alloy extrusions in doorframe and window frame (16) and the outer aluminium alloy extrusions (17) of doorframe and window frame, the both sides of the second heat insulating strip (30) and the 3rd heat insulating strip (31) are aluminium alloy extrusions (28) and the outer aluminium alloy extrusions (29) of bar in bar, second heat insulating strip (30) and the 3rd heat insulating strip (31) are joined together to form bar (2) respectively by being connected of the first draw-in groove (21) and the first dop (23) with aluminium alloy extrusions in bar (28) and the outer aluminium alloy extrusions (29) of bar, in bar, upper the first sealing joint strip (3) arranged of aluminium alloy extrusions (28) to be tightly fitted in doorframe and window frame on aluminium alloy extrusions lateral surface (20).
3. a kind of four sealed energy-saving alumium alloy door and window according to claim 1, is characterized in that: upper the 4th sealing joint strip (6) arranged of the outer aluminium alloy extrusions (17) of described doorframe and window frame is tightly fitted on the cascaded surface (37) of the outer aluminium alloy extrusions (29) of bar.
4. a kind of four sealed energy-saving alumium alloy door and window according to claim 1, is characterized in that: described glass heat-proof pad (12) hooks groove (35), being fixedly connected on the side of the close hollow glass (15) presented at bar (2) cross section of the 7th dop (59) and the 7th draw-in groove (38) by the 4th snap fit (60) and the 4th.
5. a kind of four sealed energy-saving alumium alloy door and window according to claim 1, is characterized in that: described glazing bead crash roll (10) to be linked together with aluminium alloy extrusions in bar (28) by being connected of the 5th draw-in groove (56) and the 5th dop (34).
6. a kind of four sealed energy-saving alumium alloy door and window according to claim 1, is characterized in that: the upper glass outer rubber strip (14) arranged of the outer aluminium alloy extrusions (29) of described bar is tightly fitted on hollow glass lateral surface (66).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520702891.5U CN205047064U (en) | 2015-09-12 | 2015-09-12 | Four sealing sections can al -alloy door & window |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520702891.5U CN205047064U (en) | 2015-09-12 | 2015-09-12 | Four sealing sections can al -alloy door & window |
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| CN205047064U true CN205047064U (en) | 2016-02-24 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106320927A (en) * | 2016-11-15 | 2017-01-11 | 天津海格丽特装饰工程股份有限公司 | Fire-resistant structure of broken-bridge-aluminum window |
| CN106948715A (en) * | 2015-09-12 | 2017-07-14 | 山东建筑大学 | A kind of four sealed energy-saving aluminum alloy doors and windows |
| CN107419997A (en) * | 2017-05-10 | 2017-12-01 | 金粤幕墙装饰工程有限公司 | Super heat-preservation door and window wall connecting system |
| CN107419996A (en) * | 2017-05-10 | 2017-12-01 | 金粤幕墙装饰工程有限公司 | Super heat-preservation door and window system |
| CN108590469A (en) * | 2018-06-26 | 2018-09-28 | 苏州融利欣材料科技有限公司 | Proximate matter, fireproof section bar and fire window |
| CN111119666A (en) * | 2020-01-17 | 2020-05-08 | 重庆明德门窗有限公司 | Bridge cut-off aluminium system energy-conserving window |
| CN111472648A (en) * | 2020-04-08 | 2020-07-31 | 扬州市新亚铝业科技有限公司 | Energy-saving efficient heat-insulation aluminum alloy door and window |
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2015
- 2015-09-12 CN CN201520702891.5U patent/CN205047064U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106948715A (en) * | 2015-09-12 | 2017-07-14 | 山东建筑大学 | A kind of four sealed energy-saving aluminum alloy doors and windows |
| CN106948715B (en) * | 2015-09-12 | 2018-11-30 | 山东建筑大学 | A kind of four sealed energy-saving aluminum alloy doors and windows |
| CN106320927A (en) * | 2016-11-15 | 2017-01-11 | 天津海格丽特装饰工程股份有限公司 | Fire-resistant structure of broken-bridge-aluminum window |
| CN107419997A (en) * | 2017-05-10 | 2017-12-01 | 金粤幕墙装饰工程有限公司 | Super heat-preservation door and window wall connecting system |
| CN107419996A (en) * | 2017-05-10 | 2017-12-01 | 金粤幕墙装饰工程有限公司 | Super heat-preservation door and window system |
| CN108590469A (en) * | 2018-06-26 | 2018-09-28 | 苏州融利欣材料科技有限公司 | Proximate matter, fireproof section bar and fire window |
| CN111119666A (en) * | 2020-01-17 | 2020-05-08 | 重庆明德门窗有限公司 | Bridge cut-off aluminium system energy-conserving window |
| CN111472648A (en) * | 2020-04-08 | 2020-07-31 | 扬州市新亚铝业科技有限公司 | Energy-saving efficient heat-insulation aluminum alloy door and window |
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