CN102359326B - Frame structure of internal and external thermal insulation hollow glass side-hung window - Google Patents
Frame structure of internal and external thermal insulation hollow glass side-hung window Download PDFInfo
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- CN102359326B CN102359326B CN 201110216752 CN201110216752A CN102359326B CN 102359326 B CN102359326 B CN 102359326B CN 201110216752 CN201110216752 CN 201110216752 CN 201110216752 A CN201110216752 A CN 201110216752A CN 102359326 B CN102359326 B CN 102359326B
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Abstract
The invention relates to a frame structure of an internal and external thermal insulation hollow glass side-hung window. The frame structure comprises a left frame, a right frame and a central post positioned between the left frame and the right frame, wherein the left frame and the central post are correspondingly provided with a left groove and a right groove for arranging and fixing a glass window; a window sash of the side-hung window is arranged between the central post and the right frame and arranged on the right frame; a first external thermal insulation piece, a second external thermal insulation piece and a third external thermal insulation piece are arranged on outdoor sides of the left frame, the central post and the right frame; and a first internal thermal insulation piece, a second internal thermal insulation piece, a third internal thermal insulation piece, a fourth internal thermal insulation piece and a fifth internal thermal insulation piece are arranged on indoor sides of the left frame, the central post and the right frame. Thermal insulation structures are arranged on the indoor side and the outdoor side of an aluminum alloy frame, namely corresponding thermal insulation materials are coated on parts of the aluminum alloy frame, which are contacted with indoor and outdoor air, so that the contact area of an aluminum section and the air tends to be zero, heat exchange caused by air convection of the aluminum alloy frame is avoided, the thermal insulation property is improved, and the aim of saving energy is fulfilled.
Description
Technical field
The present invention relates to a kind of frame construction of hollow glass casement window.The frame construction that particularly relates to the inside and outside heat insulating hollow glass casement window of a kind of high insulating effect.
Background technology
Existing casement window structure is to adopt the main material of doing window frame with the aluminium extruded sections of insulation bridge, connects with plastic cement between the aluminium of two sealings, has dovetail to fix between the two, plays heat insulation effect.For the frame construction of casement window, prior art is mostly that window frame is exposed among atmosphere.By the strong made from aluminium profile of heat conductivility mostly as window frame, so that the window frame structure of existing casement window window frame conducts heat is fast, be easy to indoor temperature is passed to fast outdoor, so heat insulating ability is poor.The patent No. is in 20101023926.7 patent, to disclose a kind of outer heat-insulation hollow casement window frame structure with heat insulation effect, is provided with insulation construction in the outside, played certain heat insulation effect, still, it is provided with insulation construction in the outside, so its heat insulation effect is poor.Be the combination of contract type due to the framework of its casement window and the combination of window sash frame again, the manufacture craft precision prescribed is high, thereby cost of manufacture is high.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of high insulating effect, the frame construction of the simple inside and outside heat insulating hollow glass casement window of manufacture craft.
the technical solution adopted in the present invention is: a kind of frame construction of inside and outside heat insulating hollow glass casement window, comprise, left frame, left frame and the center pillar between left frame and left frame, it is characterized in that, what described left frame was corresponding with center pillar is formed be used to the left groove that the fixing glass window is set and right groove, be used for arranging the sash of casement window between described center pillar and left frame, the sash of described casement window is arranged on left frame, described left frame, the outside of center pillar and left frame is respectively arranged with the first outer heat preservation member, the second outer heat preservation member and the 3rd outer heat preservation member, described left frame, the indoor of center pillar and left frame is respectively arranged with the first interior heat preservation member, the second interior heat preservation member, the 3rd interior heat preservation member, the 4th interior heat preservation member and the 5th interior heat preservation member.
Described left frame includes left main frame, be arranged on the outdoor bogie side frame of left main frame outside, the described first outer heat preservation member is arranged at the outside of outdoor bogie side frame, the described first interior heat preservation member is arranged at the indoor of left main frame, be connected in addition left main frame indoor and be positioned at the fixture that is used for arranging the fixing glass window of fixing glass reveal, be arranged at the second interior heat preservation member of fixture periphery, and the shutoff that is arranged at respectively two ends, left main frame up and down.
Have integrally formed on described left main frame: cavity, lay respectively at the lower draw-bar combine with outdoor bogie side frame of being used at two ends, left main frame outside, and be formed at left main frame indoor and be used for the groove that combines with described fixture, also be formed with on one side of left main frame for the fixing slot of shutoff, also be formed with in described cavity for fixing a plurality of ribs of shutoff; Include on described outdoor bogie side frame: be integrally formed in the corresponding upper hook of the lower draw-bar with on left main frame of outdoor bogie side frame indoor, and two butt hooks being connected with the first outer heat preservation member of being used for that are integrally formed in respectively two ends, outdoor bogie side frame outside; Have integrally formed on the described first outer heat preservation member: a plurality of outer incubation cavities, be formed on a plurality of outer incubation cavity one ends be used for described outdoor bogie side frame on the corresponding left hook groove of linking up with mutually of a butt hook, and with described outdoor bogie side frame on the corresponding right hook groove of linking up with mutually of another butt hook, be formed with the card article of linking up with mutually with described butt hook in described left hook groove, described right hook groove is L-type hook groove; Have integrally formed on the described first interior heat preservation member: a plurality of interior incubation cavities, the vertical left butt hook that is connected with the indoor of left main frame of being used for that is formed on a plurality of interior incubation cavity left ends, level stretch out a plurality of interior incubation cavity right-hand members for the right butt hook that is connected with the indoor of left main frame.
Described fixture is Ji type structure, and two base angles of described Ji type structure form respectively the bending corresponding with the groove on described left main frame and are inserted in described groove, and both sides, described Ji type structure upper end are connected in the second interior heat preservation member; The described second interior insulation is the L-type structure, all is formed with incubation cavity on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook of being combined for both sides, Ji type structure upper end.
described shutoff is the inverted L shape structure, be formed with corresponding with the described first outer heat preservation member on the transversary of the described structure of falling L and be inserted into lateral projection in the outer incubation cavity of the first outer heat preservation member, be formed with corresponding with a plurality of cavities of described left main frame on vertical structure and be inserted into vertical projection in a plurality of cavities, be inserted into the lower convexity that is positioned at the groove of indoor on left main frame, be inserted into the interior side projection of slot of left main frame one side, and corresponding with the described first interior heat preservation member and be inserted into projection in the incubation cavity of the first interior heat preservation member.
Described left frame includes right main frame, be arranged on the outdoor bogie side frame of right main frame outside, be arranged at respectively the shutoff at two ends, right main frame up and down, the described the 3rd outer heat preservation member is arranged at the outside of outdoor bogie side frame, and the described the 5th interior heat preservation member is arranged at the indoor of left main frame.
Have on described right main frame: cavity, be integrally formed in respectively the lower draw-bar combine with outdoor bogie side frame of being used at two ends, right main frame outside, and the groove that is formed at right main frame indoor one side, also be formed be used to the slot that water bar is set on this side of right main frame, also be formed with in described cavity for fixing a plurality of ribs of shutoff; Include on described outdoor bogie side frame: be integrally formed in respectively the upper hook of the corresponding and combination of the lower draw-bar with on right main frame of outdoor bogie side frame indoor, and the left butt hook and the right butt hook that are connected with the 3rd outer heat preservation member of being used for that is integrally formed in respectively two ends, outdoor bogie side frame outside; Have on the described the 3rd outer heat preservation member: a plurality of outer incubation cavities, be integrally formed in a plurality of outer incubation cavity one ends and be used for left groove with the corresponding connection of left butt hook on described outdoor bogie side frame, and with the corresponding right groove that is connected of right butt hook on described outdoor bogie side frame, corresponding being formed be used to the card article that blocks described left butt hook and right butt hook respectively in described left groove and right groove.
Described shutoff is the structure of falling L, be formed with corresponding with the described the 3rd outer heat preservation member on the transversary of the described structure of falling L and be inserted into lateral projection in the outer incubation cavity of the 3rd outer heat preservation member, be formed with corresponding with a plurality of cavities of described right main frame on vertical structure and be inserted into vertical projection in a plurality of cavities, be inserted into the lower convexity in the groove of right main frame indoor one side, be inserted into the side projection in the slot of right main frame one side, and corresponding with the 5th interior heat preservation member and insert projection in the 5th interior heat preservation member.
Described center pillar comprises: a side is used for supporting the fixing glass window, opposite side is used for the main frame of the sash of support casement window, be arranged on the outdoor bogie side frame of main frame outside, the described second outer heat preservation member is arranged at the outside of outdoor bogie side frame, be arranged at respectively in addition the shutoff at two ends, main frame up and down, and be connected to the main frame indoor and be positioned at the fixture that is used for arranging the fixing glass window of fixing glass window one side, with the 3rd interior insulation that is arranged at the fixture periphery, the described the 4th interior heat preservation member is arranged at the main frame indoor.
Have on described main frame: the lower draw-bar that being used for of a plurality of cavities, integrally formed main frame outside combines with outdoor bogie side frame, and symmetrical two grooves that are formed at the indoor end of main frame both sides, one of them groove combines with described fixture, and described main frame is positioned at sash one side and also is formed with the inwardly recessed water deflector slot that is used for arranging water deflector; Have integrally formed on described outdoor bogie side frame: the upper hook corresponding with the lower draw-bar on main frame, and the lower butt hook that is connected with the second outer insulation of being used for that is formed on outdoor bogie side frame one end outside; Have on the described second outer heat preservation member: a plurality of incubation cavities, be integrally formed in an end of the second outer heat preservation member and the hook groove corresponding with the lower butt hook on described outdoor bogie side frame, be formed with the card article of hanging described lower butt hook for card in described hook groove, be formed on outer insulation away from the slot that is used for inserting outdoor bogie side frame of that end of hook groove indoor.
Described fixture is Ji type structure, and two base angles of described Ji type structure form respectively the bending corresponding with the groove on described main frame and are inserted in described this groove, and both sides, described Ji type structure upper end connect the 3rd interior insulation; The described the 3rd interior insulation is the L-type structure, all is formed with incubation cavity on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook of being combined for both sides, Ji type structure upper end.
Described shutoff is T-shaped structure, described T-shaped structure transversary on be formed with corresponding with the described second outer heat preservation member and be inserted into lateral projection in the incubation cavity of the second outer heat preservation member, be formed with corresponding with described main frame on vertical structure and be inserted into vertical projection in a plurality of cavities on main frame, be inserted into the downside projection of the groove of two symmetries that are positioned at the indoor on main frame, be inserted into the interior lower convexity of the 4th interior heat preservation member of main frame indoor, and the interior side projection of water deflector slot that is inserted into main frame one side.
The described first outer heat preservation member, the second outer heat preservation member, the 3rd outer heat preservation member, the first interior heat preservation member, the second interior heat preservation member, the 3rd interior heat preservation member, the 4th interior heat preservation member and the 5th interior heat preservation member all adopt plastic material to make.
The frame construction of inside and outside heat insulating hollow glass casement window of the present invention all is provided with insulation construction in indoor and the outside of aluminum alloy frame, even its position with the contact of indoor and outdoor atmosphere all coats corresponding heat insulating material.Aluminium extruded sections and atmosphere contact area are gone to zero, stoped aluminum alloy frame because of the interchange of heat that cross-ventilation causes, improved heat-insulating property, reached energy-conservation purpose.
Description of drawings
Fig. 1 is the overall structure sectional schematic diagram of the frame construction of inside and outside heat insulating hollow glass casement window of the present invention;
Fig. 2 is the structure section schematic diagram of casement window that adopts the frame construction of inside and outside heat insulating hollow glass casement window of the present invention;
Fig. 3 is the structural representation of left frame of the present invention;
Fig. 4 is the structural representation of the left main frame of the present invention;
Fig. 5 is the structural representation of the outdoor bogie side frame of left frame;
Fig. 6 is the structural representation of the first outdoor heat preservation member;
Fig. 7 is the structural representation of the first indoor heat insulating spare;
Fig. 8 is the fixing structural representation of left frame;
Fig. 9 is the structural representation of the second indoor heat insulating spare;
Figure 10 is the structural representation that left frame is used shutoff;
Figure 11 is the schematic diagram on Figure 10 right side;
Figure 12 is the structural representation of left frame of the present invention;
Figure 13 is the structural representation of the right main frame of the present invention;
Figure 14 is the structural representation of the outdoor bogie side frame of left frame;
Figure 15 is the structural representation of the 3rd outdoor heat preservation member;
Figure 16 is the structural representation that left frame is used shutoff;
Figure 17 is the schematic diagram on Figure 16 right side;
Figure 18 is the structural representation of center pillar of the present invention;
Figure 19 is the structural representation of main frame of the present invention;
Figure 20 is the structural representation of the outdoor bogie side frame of center pillar;
Figure 21 is the structural representation of the second outdoor heat preservation member;
Figure 22 is the fixing structural representation of center pillar;
Figure 23 is the structural representation of the 3rd indoor heat insulating spare;
Figure 24 is the structural representation that center pillar is used shutoff;
Figure 25 is the schematic diagram on Figure 24 right side.
Wherein:
1: left frame 1-1: left main frame
1-2: outdoor bogie side frame 1-3: fixture
1-4: cavity 1-5: groove
1-6: shutoff 1-7: slot
1-8: lower draw-bar 1-9: ribs
1-10: butt hook 1-11: upper hook
1-61: lateral projection 1-62: vertically protruding
1-63: lower convexity 1-64: side projection
2: center pillar 2-1: main frame
2-2: outdoor bogie side frame 2-3: fixture
2-4: cavity 2-5: groove
2-6: shutoff 2-8: lower draw-bar
2-9: groove 2-10: water deflector slot
2-11: on link up with 2-12: lower butt hook
2-61: lateral projection 2-62: vertically protruding
2-63: side projection 2-64: downside projection
3: left frame 3-1: right main frame
3-2: outdoor bogie side frame 3-4: cavity
3-5: groove 3-6: shutoff
3-7: slot 3-8: lower draw-bar
3-9: ribs 3-10: upper hook
3-11: left butt hook 3-12: right butt hook
3-61: lateral projection 3-62: vertically protruding
3-63: lower convexity 3-64: side projection
3-65: projection 4: left groove
5: 6: the first outer heat preservation member of right groove
6-1: outer incubation cavity 6-2: left hook groove
6-3: right hook groove 6-4: card article
7: the second outer heat preservation member 7-13: incubation cavity
7-14: hook groove 7-15: card article
7-16: 8: the three outer heat preservation member of slot
8-1: outer incubation cavity 8-2: left groove
8-3: right groove 8-4: card article
9: the first interior heat preservation member 9-1: interior incubation cavity
9-2: left butt hook 9-3: right butt hook
10: the second interior heat preservation member 10-1: incubation cavity
10-2: 11: the three interior heat preservation member of butt hook
11-17: incubation cavity 11-18: butt hook
12: water bar 13: the fixing glass window
14: 15: the four interior heat preservation member of sash
16: the five interior heat preservation member
The specific embodiment
Make a detailed description below in conjunction with embodiment and the accompanying drawing frame construction to inside and outside heat insulating hollow glass casement window of the present invention.
as Fig. 1, shown in Figure 2, the frame construction of inside and outside heat insulating hollow glass casement window of the present invention, comprise, left frame 1, left frame 3 and the center pillar 2 between left frame 1 and left frame 3, it is characterized in that, what described left frame 1 was corresponding with center pillar 2 is formed be used to the left groove 4 that fixing glass window 13 is set and right groove 5, be used for arranging the sash 14 of casement window between described center pillar 2 and left frame 3, the sash of described casement window is arranged on left frame 3, described left frame 1, the outside of center pillar 2 and left frame 3 is respectively arranged with the first outer heat preservation member 6, the second outer heat preservation member 7 and the 3rd outer heat preservation member 8, described left frame 1, the indoor of center pillar 2 and left frame 3 is respectively arranged with the first interior heat preservation member 9, the second interior heat preservation member 10, the 3rd interior heat preservation member 11, the 4th interior heat preservation member 15 and the 5th interior heat preservation member 16.The frame construction of inside and outside heat insulating hollow glass casement window of the present invention all is provided with heat preservation member in indoor and outside, makes by the main frame of aluminium extruded sections material and outdoor bogie side frame and atmosphere contact area to go to zero, thereby has improved heat-insulating property.
As shown in Figure 3, described left frame 1 includes left main frame 1-1, be arranged on the outdoor bogie side frame 1-2 of left main frame 1-1 outside, the described first outer heat preservation member 6 is arranged at the outside of outdoor bogie side frame 1-2, the described first interior heat preservation member 9 is arranged at the indoor of left main frame 1-1, be connected in addition left main frame 1-1 indoor and be positioned at the fixture 1-3 that is used for arranging fixing glass window 13 of fixing glass reveal, be arranged at the second interior heat preservation member 10 of fixture 1-3 periphery, and the shutoff 1-6 that is arranged at respectively two ends, left main frame 1-1 up and down.
As shown in Figure 4, have integrally formed on described left main frame 1-1: cavity 1-4, lay respectively at the lower draw-bar 1-8 combine with outdoor bogie side frame 1-2 of being used at two ends, left main frame 1-1 outside, and be formed at left main frame 1-1 indoor and be used for the groove 1-5 that combines with described fixture 1-3, also be formed with on the side of left main frame 1-1 for the fixing slot 1-7 of shutoff 1-6, also be formed with in described cavity 1-4 for fixing a plurality of ribs 1-9 of shutoff 1-6.Thereby outdoor bogie side frame 1-2 and fixture 1-3 firmly are combined on left main frame 1-1.
As shown in Figure 5, include on described outdoor bogie side frame 1-2: be integrally formed in the corresponding upper hook 1-11 of the lower draw-bar 1-8 with on left main frame 1-1 of outdoor bogie side frame 1-2 indoor, and two the butt hook 1-10 being connected with the first outer heat preservation member 6 of being used for that are integrally formed in respectively two ends, outdoor bogie side frame 1-2 outside.
As shown in Figure 6, have integrally formed on the described first outer heat preservation member 6: a plurality of outer incubation cavity 6-1, be formed on a plurality of outer incubation cavity 6-1 one ends be used for described outdoor bogie side frame 1-2 on the corresponding left hook groove 6-2 that links up with mutually of a butt hook 1-10, and with described outdoor bogie side frame 1-2 on the corresponding right hook groove 6-3 that links up with mutually of another butt hook 1-10, be formed with the card article 6-4 that links up with mutually with described butt hook 1-10 in described left hook groove 6-2, described right hook groove 6-3 is L-type hook groove.
As shown in Figure 7, have integrally formed on the described first interior heat preservation member 9: a plurality of interior incubation cavity 9-1, the vertical left butt hook 9-2 that is connected with the indoor of left main frame 1-1 of being used for that is formed on a plurality of interior incubation cavity 9-1 left ends, level stretch out a plurality of interior incubation cavity 9-1 right-hand members for the right butt hook 9-3 that is connected with the indoor of left main frame 1-1.A plurality of interior incubation cavity 9-1 of the first interior heat preservation member 9 has played the effect of the heat-insulation and heat-preservation that prevents that interior temperature and outside temperature from exchanging.
As shown in Figure 8, described fixture 1-3 is Ji type structure, two base angles of described Ji type structure form respectively the bending corresponding with the groove 1-5 on described left main frame 1-1 and are inserted in described groove 1-5, and both sides, described Ji type structure upper end are connected in the second interior heat preservation member 10.
As shown in Figure 9, the described second interior insulation 10 is the L-type structure, all is formed with incubation cavity 10-1 on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook 10-2 of being combined for both sides, Ji type structure upper end.The incubation cavity 10-1 of the second interior heat preservation member 10 has played the effect of the heat-insulation and heat-preservation that prevents that interior temperature and outside temperature from exchanging.
as Figure 10, shown in Figure 11, described shutoff 1-6 is the inverted L shape structure, be formed with corresponding with the described first outer heat preservation member 6 on the transversary of the described structure of falling L and be inserted into lateral projection 1-61 in the outer incubation cavity 6-1 of the first outer heat preservation member 6, be formed with corresponding with a plurality of cavity 1-4 of described left main frame 1-1 on vertical structure and be inserted into vertical protruding 1-62 in a plurality of cavity 1-4, be inserted into the lower convexity 1-63 that is positioned at the groove 1-5 of indoor on left main frame 1-1, be inserted into the interior side projection 1-64 of slot 1-7 of left main frame 1-1 one side, and corresponding with the described first interior heat preservation member 9 and be inserted into protruding 1-65 in the incubation cavity 9-1 of the first interior heat preservation member 9.Thereby make shutoff 1-6 can firmly be connected to the two ends of left main frame 1-1, play the effect of air-isolation insulation.Due to a pair of shutoff 1-6 being arranged, be inserted in respectively the two ends of the outer incubation cavity 6-1 of the first outer heat preservation member 6, thereby make the sealing state that forms hollow in outer incubation cavity 6-1, played the effect of insulation.
As shown in figure 12, described left frame 3 includes right main frame 3-1, be arranged on the outdoor bogie side frame 3-2 of right main frame 3-1 outside, be arranged at respectively the shutoff 3-6 at two ends, right main frame 3-1 up and down, the described the 3rd outer heat preservation member 8 is arranged at the outside of outdoor bogie side frame 3-2, and the described the 5th interior heat preservation member 16 is arranged at the indoor of left main frame 3-1.
As shown in figure 13, have on described right main frame 3-1: cavity 3-4, be integrally formed in respectively the lower draw-bar 3-8 combine with outdoor bogie side frame 3-2 of being used at two ends, right main frame 3-1 outside, and the groove 3-5 that is formed at right main frame 3-1 indoor one side, also be formed with on this side of right main frame 3-1 be used to the slot 3-7 that water bar 12 is set, also be formed with in described cavity 3-4 for fixing a plurality of ribs 3-9 of shutoff 3-6.Thereby outdoor bogie side frame 3-2 can firmly be combined on right main frame 3-1.
As shown in figure 14, include on described outdoor bogie side frame 3-2: be integrally formed in the upper hook 3-10 of the corresponding and combination of the lower draw-bar 3-8 with on right main frame 3-1 of outdoor bogie side frame 3-2 indoor, and the left butt hook 3-11 and the right butt hook 3-12 that are connected with the 3rd outer heat preservation member 8 of being used for that is integrally formed in respectively two ends, outdoor bogie side frame 3-2 outside.
As shown in figure 15, have on the described the 3rd outer heat preservation member 8: a plurality of outer incubation cavity 8-1, be integrally formed in a plurality of outer incubation cavity 6-1 one ends and be used for left groove 8-2 with the corresponding connection of left butt hook 3-11 on described outdoor bogie side frame 3-2, and with the corresponding right groove 8-3 that is connected of right butt hook 3-12 on described outdoor bogie side frame 3-2, corresponding being formed be used to the card article 8-4 that blocks described left butt hook 3-11 and right butt hook 3-12 respectively in described left groove 8-2 and right groove 8-3.A plurality of outer incubation cavity 8-1 of the 3rd outer heat preservation member 8 has played the effect of the heat-insulation and heat-preservation that prevents that interior temperature and outside temperature from exchanging.
as Figure 16, shown in Figure 17, described shutoff 3-6 is the structure of falling L, be formed with corresponding with the described the 3rd outer heat preservation member 8 on the transversary of the described structure of falling L and be inserted into lateral projection 3-61 in the outer incubation cavity 8-1 of the 3rd outer heat preservation member 8, be formed with corresponding with a plurality of cavity 3-4 of described right main frame 3-1 on vertical structure and be inserted into vertical protruding 3-62 in a plurality of cavity 3-4, be inserted into the lower convexity 3-63 in the groove 3-5 of right main frame 3-1 indoor one side, be inserted into the interior side projection 3-64 of slot 3-7 of right main frame 3-1 one side, and corresponding with the 5th interior heat preservation member 16 and insert protruding 3-65 in the 5th interior heat preservation member 16.Thereby make shutoff 3-6 can firmly be connected to the two ends of right main frame 3-1, play the effect of air-isolation insulation.Due to a pair of shutoff 3-6 being arranged, be inserted in respectively the two ends of the outer incubation cavity 8-1 of the 3rd outer heat preservation member 8, thereby make the sealing state that forms hollow in outer incubation cavity 8-1, played the effect of insulation.
as shown in figure 18, described center pillar 2 comprises: a side is used for supporting fixing glass window 13, opposite side is used for the main frame 2-1 of the sash 14 of support casement window, be arranged on the outdoor bogie side frame 2-2 of main frame 2-1 outside, the described second outer heat preservation member 7 is arranged at the outside of outdoor bogie side frame 2-2, be arranged at respectively in addition the shutoff 2-6 at two ends, main frame 2-1 up and down, and be connected to main frame 2-1 indoor and be positioned at the fixture 2-3 that is used for arranging fixing glass window 13 of fixing glass window 13 1 sides, with the 3rd interior heat preservation member 11 that is arranged at fixture 2-3 periphery, the 4th interior heat preservation member 15 is connected to main frame 2-1 indoor.
As shown in figure 19, have on described main frame 2-1: the lower draw-bar 2-8 that being used for of a plurality of cavity 2-4, integrally formed main frame 2-1 outside combines with outdoor bogie side frame 2-2, and symmetrical two groove 2-9 that are formed at the indoor end of main frame 2-1 both sides, one of them groove 2-9 combines with described fixture 2-3, and described main frame 2-1 is positioned at sash 14 1 sides and also is formed with the inwardly recessed water deflector slot 2-10 that is used for arranging water deflector 11.Water deflector is set herein, is to flow into the indoor for the water that stops the outside.
As shown in figure 20, have integrally formed on described outdoor bogie side frame 2-2: the upper hook 2-11 corresponding with the lower draw-bar 2-8 on main frame 2-1, and the lower butt hook 2-12 that is connected with the second outer insulation 7 of being used for that is formed on outdoor bogie side frame 2-2 one end outside.Outdoor bogie side frame 2-2 is fixedly connected with described upper hook 2-11 phase hook by described lower draw-bar 2-8.
As shown in figure 21, have on the described second outer heat preservation member 7: a plurality of incubation cavity 7-13, be integrally formed in an end of the second outer heat preservation member 7 and the hook groove 7-14 corresponding with the lower butt hook 2-12 on described outdoor bogie side frame 2-2, be formed with the card article 7-15 that hangs described lower butt hook 2-12 for card in described hook groove 7-14, be formed on outer insulation 7 away from the slot 7-16 that is used for inserting outdoor bogie side frame 2-2 of that end of hook groove 14 indoor.The lower butt hook 2-12 that is described outdoor bogie side frame 2-2 enters in the hook groove 7-14 of the second outer heat preservation member 7, and card hangs on the card article 7-15 of the second outer heat preservation member 7, thereby reached combining closely of the second outer heat preservation member 7 and outdoor bogie side frame 2-2.
As shown in figure 22, described fixture 2-3 is Ji type structure, two base angles of described Ji type structure form respectively the bending corresponding with the groove 2-9 on described main frame 2-1 and are inserted in described this groove 2-9, and both sides, described Ji type structure upper end connect the 3rd interior insulation 11.
As shown in figure 23, the described the 3rd interior insulation 11 is the L-type structure, all is formed with incubation cavity 11-17 on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook 11-18 of being combined for both sides, Ji type structure upper end.Be the bending part that a side of Ji type structure upper end is embedded in the L-type structure, and another is embedded in described butt hook 11-18.
As Figure 24, shown in Figure 25, described shutoff 2-6 is T-shaped structure, described T-shaped structure transversary on be formed with corresponding with the described second outer heat preservation member 7 and be inserted into lateral projection 2-61 in the incubation cavity 7-13 of the second outer heat preservation member 7, due to a pair of shutoff 2-6 being arranged, be inserted in respectively the two ends of the incubation cavity 7-13 of the second outer heat preservation member 7, thereby make the sealing state that forms hollow in incubation cavity 7-13, played the effect of insulation.Be formed with corresponding with described main frame 2-1 on the vertical structure of described T-shaped this face of structure and be inserted into vertical protruding 2-62 in a plurality of cavity 2-4 on main frame 2-1, be inserted into the downside projection 2-64 of the groove 2-9 of two symmetries that are positioned at the indoor on main frame 2-1, be inserted into the 4th interior lower convexity 2-65 of interior heat preservation member 15 of main frame 2-1 indoor, and the interior side projection 2-63 of the water deflector slot 2-10 that is inserted into main frame 2-1 one side, thereby make shutoff 2-6 can firmly be connected to the two ends of centre-pillar structure, play the effect of air-isolation insulation.
The of the present invention first outer heat preservation member 6, the second outer heat preservation member 7, the 3rd outer heat preservation member 8, the first interior heat preservation member 9, the second interior heat preservation member 10, the 3rd interior heat preservation member 11, the 4th interior heat preservation member 15 and the 6th interior heat preservation member 16 all adopt plastic material to make.
Claims (13)
1. the frame construction of heat insulating hollow glass casement window inside and outside a kind, comprise, left frame (1), left frame (3) and be positioned at left frame (1) and left frame (3) between center pillar (2), it is characterized in that, what described left frame (1) was corresponding with center pillar (2) is formed be used to the left groove (4) that fixing glass window (13) is set and right groove (5), be used for arranging the sash (14) of casement window between described center pillar (2) and left frame (3), the sash of described casement window is arranged on left frame (3), described left frame (1), the outside of center pillar (2) and left frame (3) is respectively arranged with the first outer heat preservation member (6), the second outer heat preservation member (7) and the 3rd outer heat preservation member (8), described left frame (1), the indoor of center pillar (2) and left frame (3) is respectively arranged with the first interior heat preservation member (9), the second interior heat preservation member (10), the 3rd interior heat preservation member (11), the 4th interior heat preservation member (15) and the 5th interior heat preservation member (16).
2. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 1, it is characterized in that, described left frame (1) includes left main frame (1-1), be arranged on the outdoor bogie side frame (1-2) of left main frame (1-1) outside, the described first outer heat preservation member (6) is arranged at the outside of outdoor bogie side frame (1-2), the described first interior heat preservation member (9) is arranged at the indoor of left main frame (1-1), be connected in addition left main frame (1-1) indoor and be positioned at the fixture (1-3) that is used for arranging fixing glass window (13) of fixing glass reveal, be arranged at the second interior heat preservation member (10) of fixture (1-3) periphery, and the shutoff (1-6) that is arranged at respectively two ends, left main frame (1-1) up and down.
3. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 2, it is characterized in that, have integrally formed on described left main frame (1-1): cavity (1-4), lay respectively at the lower draw-bar (1-8) that combines with outdoor bogie side frame (1-2) of being used at left main frame (1-1) two ends, outside, and be formed at left main frame (1-1) indoor and be used for the groove (1-5) that combines with described fixture (1-3), also be formed with the slot (1-7) for fixedly shutoff (1-6) on one side of left main frame (1-1), also be formed with a plurality of ribs (1-9) for fixedly shutoff (1-6) in described cavity (1-4), include on described outdoor bogie side frame (1-2): be integrally formed in the corresponding upper hook (1-11) of the lower draw-bar (1-8) with on left main frame (1-1) of outdoor bogie side frame (1-2) indoor, and two butt hooks (1-10) that are connected with the first outer heat preservation member (6) of being used for that are integrally formed in respectively outdoor bogie side frame (1-2) two ends, outside, have integrally formed on the described first outer heat preservation member (6): a plurality of outer incubation cavities (6-1), being formed on a plurality of outer incubation cavities (6-1) end is used for and the corresponding left hook groove (6-2) of linking up with mutually of a butt hook (1-10) on described outdoor bogie side frame (1-2), and the mutually right hook groove (6-3) of hook corresponding to another butt hook (1-10) on described outdoor bogie side frame (1-2), be formed with the card article (6-4) of linking up with mutually with described butt hook (1-10) in described left hook groove (6-2), described right hook groove (6-3) is L-type hook groove, have integrally formed on the described first interior heat preservation member (9): a plurality of interior incubation cavities (9-1), the vertical left butt hook (9-2) that is connected with the indoor of left main frame (1-1) of being used for that is formed on a plurality of interior incubation cavities (9-1) left end, level stretch out a plurality of interior incubation cavities (9-1) right-hand member for the right butt hook (9-3) that is connected with the indoor of left main frame (1-1).
4. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 2, it is characterized in that, described fixture (1-3) is Ji type structure, two base angles of described Ji type structure form respectively the bending corresponding with the groove (1-5) on described left main frame (1-1) and are inserted in described groove (1-5), and both sides, described Ji type structure upper end are connected in the second interior heat preservation member (10); The described second interior insulation (10) is the L-type structure, all is formed with incubation cavity (10-1) on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook (10-2) of being combined for both sides, Ji type structure upper end.
5. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 2, it is characterized in that, described shutoff (1-6) is the inverted L shape structure, be formed with corresponding with the described first outer heat preservation member (6) on the transversary of the described structure of falling L and be inserted into lateral projection (1-61) in the outer incubation cavity (6-1) of the first outer heat preservation member (6), be formed with corresponding with a plurality of cavities (1-4) of described left main frame (1-1) on vertical structure and be inserted into the interior vertical projection (1-62) of a plurality of cavities (1-4), be inserted into the lower convexity (1-63) of the groove (1-5) that is positioned at the indoor on left main frame (1-1), be inserted into the interior side projection (1-64) of slot (1-7) of left main frame (1-1) side, and corresponding with the described first interior heat preservation member (9) and be inserted into projection (1-65) in the incubation cavity (9-1) of the first interior heat preservation member (9).
6. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 1, it is characterized in that, described left frame (3) includes right main frame (3-1), be arranged on the outdoor bogie side frame (3-2) of right main frame (3-1) outside, be arranged at respectively the shutoff (3-6) at two ends, right main frame (3-1) up and down, the described the 3rd outer heat preservation member (8) is arranged at the outside of outdoor bogie side frame (3-2), and the described the 5th interior heat preservation member (16) is arranged at the indoor of left main frame (3-1).
7. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 6, it is characterized in that, have on described right main frame (3-1): cavity (3-4), be integrally formed in respectively the lower draw-bar (3-8) that combines with outdoor bogie side frame (3-2) of being used at right main frame (3-1) two ends, outside, and the groove (3-5) that is formed at right main frame (3-1) indoor one side, also be formed with on this side of right main frame (3-1) be used to the slot that water bar (12) are set (3-7), also be formed with a plurality of ribs (3-9) for fixedly shutoff (3-6) in described cavity (3-4), include on described outdoor bogie side frame (3-2): be integrally formed in respectively the upper hook (3-10) of the corresponding and combination of the lower draw-bar (3-8) with on right main frame (3-1) of outdoor bogie side frame (3-2) indoor, and the left butt hook (3-11) and the right butt hook (3-12) that are connected with the 3rd outer heat preservation member (8) of being used for that is integrally formed in respectively outdoor bogie side frame (3-2) two ends, outside, have on the described the 3rd outer heat preservation member (8): a plurality of outer incubation cavities (8-1), be integrally formed in a plurality of outer incubation cavities (6-1) end and be used for left groove (8-2) with the corresponding connection of left butt hook (3-11) on described outdoor bogie side frame (3-2), and with the corresponding right groove (8-3) that is connected of right butt hook (3-12) on described outdoor bogie side frame (3-2), corresponding being formed be used to the card article (8-4) that blocks described left butt hook (3-11) and right butt hook (3-12) respectively in described left groove (8-2) and right groove (8-3).
8. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 6, it is characterized in that, described shutoff (3-6) is the structure of falling L, be formed with corresponding with the described the 3rd outer heat preservation member (8) on the transversary of the described structure of falling L and be inserted into lateral projection (3-61) in the outer incubation cavity (8-1) of the 3rd outer heat preservation member (8), be formed with corresponding with a plurality of cavities (3-4) of described right main frame (3-1) on vertical structure and be inserted into the interior vertical projection (3-62) of a plurality of cavities (3-4), be inserted into the lower convexity (3-63) in the groove (3-5) of right main frame (3-1) indoor one side, be inserted into the interior side projection (3-64) of slot (3-7) of right main frame (3-1) side, and corresponding with the 5th interior heat preservation member (16) and insert projection (3-65) in the 5th interior heat preservation member (16).
9. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 1, it is characterized in that, described center pillar (2) comprising: a side is used for supporting fixing glass window (13), opposite side is used for the main frame (2-1) of the sash (14) of support casement window, be arranged on the outdoor bogie side frame (2-2) of main frame (2-1) outside, the described second outer heat preservation member (7) is arranged at the outside of outdoor bogie side frame (2-2), be arranged at respectively in addition the shutoff (2-6) at two ends, main frame (2-1) up and down, and be connected to main frame (2-1) indoor and be positioned at the fixture (2-3) that is used for arranging fixing glass window (13) of fixing glass window (13) one sides, with the 3rd interior insulation (11) that is arranged at fixture (2-3) periphery, the described the 4th interior heat preservation member (15) is arranged at main frame (2-1) indoor.
10. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 9, it is characterized in that, have on described main frame (2-1): a plurality of cavities (2-4), the lower draw-bar (2-8) that being used for of integrally formed main frame (2-1) outside combines with outdoor bogie side frame (2-2), and symmetrical two grooves (2-9) that are formed at the indoor end of main frame (2-1) both sides, one of them groove (2-9) combines with described fixture (2-3), described main frame (2-1) is positioned at sash (14) one sides and also is formed with the inwardly recessed water deflector slot (2-10) that is used for arranging water deflector (11), have integrally formed on described outdoor bogie side frame (2-2): the upper hook (2-11) corresponding with the lower draw-bar (2-8) on main frame (2-1), and the lower butt hook (2-12) that is connected with the second outer insulation (7) of being used for that is formed on outdoor bogie side frame (2-2) end outside, have on the described second outer heat preservation member (7): a plurality of incubation cavities (7-13), be integrally formed in an end of the second outer heat preservation member (7) and the hook groove (7-14) corresponding with the lower butt hook (2-12) on described outdoor bogie side frame (2-2), be formed with the card article (7-15) of hanging described lower butt hook (2-12) for card in described hook groove (7-14), be formed on outer insulation (7) away from the slot (7-16) that is used for inserting outdoor bogie side frame (2-2) of that end of hook groove (14) indoor.
11. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 9, it is characterized in that, described fixture (2-3) is Ji type structure, two base angles of described Ji type structure form respectively the bending corresponding with the groove (2-9) on described main frame (2-1) and are inserted in described this groove (2-9), and both sides, described Ji type structure upper end connect the 3rd interior insulation (11); The described the 3rd interior insulation (11) is the L-type structure, all is formed with incubation cavity (11-17) on two limits of described L-type structure, and the two ends of the inboard on one of them limit are formed with the butt hook (11-18) of being combined for both sides, Ji type structure upper end.
12. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 9, it is characterized in that, described shutoff (2-6) is T-shaped structure, described T-shaped structure transversary on be formed with corresponding with the described second outer heat preservation member (7) and be inserted into lateral projection (2-61) in the incubation cavity (7-13) of the second outer heat preservation member (7), be formed with corresponding with described main frame (2-1) on vertical structure and be inserted into vertical projection (2-62) in a plurality of cavities (2-4) on main frame (2-1), be inserted into the downside projection (2-64) of the groove (2-9) of two symmetries that are positioned at the indoor on main frame (2-1), be inserted into the interior lower convexity (2-65) of the 4th interior heat preservation member (15) of main frame (2-1) indoor, and the interior side projection (2-63) of the water deflector slot (2-10) that is inserted into main frame (2-1) side.
13. the frame construction of inside and outside heat insulating hollow glass casement window according to claim 1, it is characterized in that, the described first outer heat preservation member (6), the second outer heat preservation member (7), the 3rd outer heat preservation member (8), the first interior heat preservation member (9), the second interior heat preservation member (10), the 3rd interior heat preservation member (11), the 4th interior heat preservation member (15) and the 5th interior heat preservation member (16) all adopt plastic material to make.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201110216752 CN102359326B (en) | 2011-07-29 | 2011-07-29 | Frame structure of internal and external thermal insulation hollow glass side-hung window |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201110216752 CN102359326B (en) | 2011-07-29 | 2011-07-29 | Frame structure of internal and external thermal insulation hollow glass side-hung window |
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| CN102359326A CN102359326A (en) | 2012-02-22 |
| CN102359326B true CN102359326B (en) | 2013-05-22 |
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| CN104265121B (en) * | 2014-09-30 | 2018-01-05 | 天津市格瑞德曼建筑装饰工程有限公司 | A kind of centre-pillar structure of external thermal insulation hollow glass casement window window frame |
| CN114482781A (en) * | 2021-12-22 | 2022-05-13 | 格瑞禾正(山东)节能建材有限公司 | Aluminum alloy profile frame structure of internal and external heat-insulation window |
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| EP1061228A2 (en) * | 1999-06-18 | 2000-12-20 | Pro Werb St. Gallen AG | Insulating and/or reinforcing profile member and window,door or fixed glazing provided with this profile member |
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| CN202194502U (en) * | 2011-07-29 | 2012-04-18 | 天津市格瑞德曼建筑装饰工程有限公司 | Frame structure of internal and external insulation hollow glass casement window |
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|---|---|---|---|---|
| EP1061228A2 (en) * | 1999-06-18 | 2000-12-20 | Pro Werb St. Gallen AG | Insulating and/or reinforcing profile member and window,door or fixed glazing provided with this profile member |
| DE20204456U1 (en) * | 2002-03-20 | 2003-01-09 | Thyssen Polymer GmbH, 94327 Bogen | Insulated door frame/window frame and surround has enlarged cross sectional profiles filled with insulant |
| CN201896539U (en) * | 2010-11-30 | 2011-07-13 | 江阴鑫裕装潢材料有限公司 | Energy-saving bilayer composite window capable of being additionally provided with curtain |
| CN202194502U (en) * | 2011-07-29 | 2012-04-18 | 天津市格瑞德曼建筑装饰工程有限公司 | Frame structure of internal and external insulation hollow glass casement window |
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Application publication date: 20120222 Assignee: Ten leaf grass (Tianjin) Technology Development Co., Ltd. Assignor: Tianjin City Geruideman Building Decoration Engineering Co., Ltd. Contract record no.: 2019990000091 Denomination of invention: Frame structure of internal and external thermal insulation hollow glass side-hung window Granted publication date: 20130522 License type: Common License Record date: 20190326 |
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