CN103244010B - Door and window unit auxiliary frame structure and mounting method of unit door and window - Google Patents
Door and window unit auxiliary frame structure and mounting method of unit door and window Download PDFInfo
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- CN103244010B CN103244010B CN201310208151.1A CN201310208151A CN103244010B CN 103244010 B CN103244010 B CN 103244010B CN 201310208151 A CN201310208151 A CN 201310208151A CN 103244010 B CN103244010 B CN 103244010B
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Abstract
The invention provides a door and window unit auxiliary frame structure and a mounting method of a unit door and window. The door and window unit auxiliary frame structure comprises a bottom auxiliary frame structure, two-side auxiliary frame structures and a top auxiliary frame structure, wherein the bottom auxiliary frame structure and the two-side auxiliary frame structures are same in structure, and comprise expanding bolts connected with functional auxiliary frames, the functional auxiliary frames and mounting pieces; the functional auxiliary frames are profiles which are in integral structures, and are made of polymer composites; each functional auxiliary frame consists of a narrow bottom board, a wide top board, an outdoor inclined board and an indoor inclined board which are located between the narrow bottom board and the wide top board, and a vertical baffle which is located between one side, close to the interior of a room, of the wide top board and the upper end of the indoor inclined board; the top auxiliary frame structure comprises an expanding bolt connected with a top auxiliary frame, and a groove-shaped auxiliary frame; and the groove-shaped auxiliary frame is a profile which is in an integral structure, and is made of a polymer composite. According to the door and window unit auxiliary frame structure and the mounting method, mounting of a complete window unit can be achieved; the difficulty of on-site construction is reduced greatly; and a construction period is shortened.
Description
Technical field
The present invention relates to a kind of auxiliary frame structure of building doors and windows, and apply the mounting method of door and window of this auxiliary frame structure.
Background technology
The installation of building doors and windows on construction wall, existing most method is all first arrange reserved opening building, then carries out the installation of building doors and windows on reserved opening building.The mounting means of existing building doors and windows has two kinds: 1, dry method is installed, and namely first installs attached (pair) frame mounting door-window frame again; 2, wet method is installed, i.e. direct mounting door-window frame.
Described dry method is installed, first adopt stator, by nailing or expansion bolt, attached (pair) frame and body of wall are fixed, with self threading pin or self tapping self-drilling screw, doorframe and window frame and secondary (attached) frame are fixed again, be incubated with foamed glue between doorframe and window frame and body of wall, cement mortar closes up, fluid sealant seals, finally the various annex such as mounting door-window glass again, completes the installation of whole door and window.
Described wet method is installed, be employing stator, by nailing or expansion bolt, the mode that doorframe and window frame and body of wall are fixed installed, be incubated with foamed glue between doorframe and window frame and body of wall, cement mortar closes up, fluid sealant seals, the various annexes such as last mounting door-window glass again, complete the installation of whole door and window.
Building doors and windows is as the product of processing and manufacturing enterprise, the component of building, it should be a complete product, but in building construction process, can be artificial building doors and windows be installed is divided into doorframe and window frame (or auxiliary frame), glass, hardware, several parts such as injecting glue or installation adhesive tape, so be not a complete product (building unit) when building doors and windows can be caused to dispatch from the factory, the whole window quality of building doors and windows not only can not be ensured when therefore installing, also can increase difficulty to site operation, strengthen construction period, so be unfavorable for industrialization and the standardized production of building doors and windows, for this reason, the modular installation of building doors and windows must be carried out.
Summary of the invention
The object of this invention is to provide the mounting method of a kind of door and window haplotype auxiliary frame structure and haplotype door and window, solve that traditional bad guarantee of building doors and windows installation quality, site operation difficulty are large, the technical problem of long construction period.
For achieving the above object, the present invention adopts following technical scheme: a kind of door and window haplotype auxiliary frame structure, by bottom auxiliary frame structure, both sides auxiliary frame structure and top auxiliary frame structure composition, it is characterized in that: described bottom auxiliary frame structure is identical with the structure of both sides auxiliary frame structure, include functional form auxiliary frame connection expansion bolt, functional form auxiliary frame and installed part, described functional form auxiliary frame is the section bar of the integrative-structure that polymer composite is made, by narrow base plate, wide top board, outside swash plate between narrow base plate and wide top board and indoor swash plate, and form by the vertical baffle plate between indoor side and swash plate upper end, indoor at wide top board, described wide top board is downward-sloping to outdoor by indoor, the upper end of described vertical baffle plate upwards extends above the upper surface in wide top board,
Described functional form auxiliary frame is embedded in the waterproof cement mortar layer on the jamb of reserved opening building, and functional form auxiliary frame is concordant with the surface of the waterproof cement mortar layer by indoor side by indoor side, functional form auxiliary frame is concordant with the surface of the waterproof cement mortar layer by outdoor side by outdoor side, and described functional form auxiliary frame connection expansion bolt passes functional form auxiliary frame and waterproof cement mortar layer, functional form auxiliary frame is fixed in building structure.
Described top auxiliary frame structure includes top auxiliary frame connection expansion bolt and grooved auxiliary frame, described grooved auxiliary frame is the section bar of the integrative-structure that polymer composite is made, and is made up of narrow top board, wide grooved bottom board and the both sides swash plate between narrow top board and wide grooved bottom board.
Described grooved auxiliary frame is embedded in the waterproof cement mortar layer on the jamb of reserved opening building, and grooved auxiliary frame is concordant with the surface of waterproof cement mortar layer, described top auxiliary frame connection expansion bolt passes grooved auxiliary frame and waterproof cement mortar layer, is fixed in building structure by grooved auxiliary frame, and described doorframe and window frame is stuck in the notch of wide grooved bottom board of grooved auxiliary frame.
All heat insulating material is accompanied between wide grooved bottom board between wide top board in described doorframe and window frame and functional form auxiliary frame, in doorframe and window frame and grooved auxiliary frame.
Described doorframe and window frame leans between the wide top board in outdoor side and functional form auxiliary frame, doorframe and window frame leans between the wide grooved bottom board in outdoor side and grooved auxiliary frame and is all filled with outdoor sealant.
Described doorframe and window frame leans between the vertical baffle plate in indoor side and functional form auxiliary frame, doorframe and window frame leans between the wide grooved bottom board in indoor side and grooved auxiliary frame and is all filled with indoor fluid sealant.
Described installed part can be spring card, and spring card is fixed on the wide top board of functional form auxiliary frame by functional form auxiliary frame connection expansion bolt, and spring card is stuck in the notch of doorframe and window frame, by doorframe and window frame and is connected in functional form auxiliary frame.
Described installed part can be self-tapping screw, and described doorframe and window frame is fixed in functional form auxiliary frame by self-tapping screw.
Described vertical baffle plate is by the side of outdoor side, the medial surface of two limbs of wide grooved bottom board all can be provided with holddown groove.
Distance between the lower end of described outside swash plate and the lower end of indoor swash plate can be less than the width of narrow base plate.
Also wedge type cushion block can be accompanied between functional form auxiliary frame in the auxiliary frame structure of described bottom and doorframe and window frame.
Described heat insulating material can be extruded sheet or polyphenyl plate.
Distance between the upper end of described both sides swash plate can be less than the width of narrow top board.
Apply a mounting method for the haplotype door and window of above-mentioned door and window haplotype auxiliary frame structure, it is characterized in that construction sequence is as follows:
Step one, by functional form auxiliary frame connection expansion bolt, functional form auxiliary frame is fixed on reserved opening building, by top auxiliary frame connection expansion bolt, grooved auxiliary frame is fixed on reserved opening building.
Step 2, carry out the wet trade of waterproof cement mortar secondary closing in decorative cover, make the jamb of reserved opening building forms waterproof cement mortar layer.
Paste heat-preserving material in the notch of step 3, doorframe and window frame on whole window unit.
Step 4, carry out the installation of whole window unit, namely first by the notch of the wide grooved bottom board in the doorframe and window frame cant slot-in type auxiliary frame of whole window unit top, then whole window unit dual-side and following door and window are pushed functional form auxiliary frame, then by installed part, doorframe and window frame is fixed in functional form auxiliary frame, finally fills outdoor sealant and indoor fluid sealant.
In described step 3, also will on the bottom surface of the following doorframe and window frame of whole window unit bonding wedge type cushion block.
Compared with prior art the present invention has following characteristics and beneficial effect: the present invention relates to a kind of whole door window integral unit and install haplotype auxiliary frame structure used, and have employed the mounting method of door and window of this auxiliary frame structure, the whole window unit that can realize doorframe and window frame installs (namely achieving the modular installation of building doors and windows), is conducive to industrialization and the standardized production of building doors and windows.
Whole window unit in the present invention is a complete product (building unit) when building doors and windows dispatches from the factory, can directly install quickly and easily at the construction field (site), so greatly reduce the difficulty of site operation and decrease construction period, also can ensure the whole window quality of building doors and windows completely simultaneously.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention will be further described in detail.
Fig. 1 is the schematic front view of a whole door frame building doors and windows.
Fig. 2 is the enlarged diagram of A-A section in Fig. 1.
Fig. 3 is the enlarged diagram of B-B section in Fig. 1.
Fig. 4 is the sectional schematic diagram of functional form auxiliary frame.
Fig. 5 is the sectional schematic diagram of grooved auxiliary frame.
Fig. 6 is that doorframe and window frame is connected to the schematic diagram in functional form auxiliary frame by self-tapping screw.
Fig. 7 is the installation site schematic diagram of wedge type cushion block.
Reference numeral: 1-reserved opening building, 2-functional form auxiliary frame connection expansion bolt, 3-waterproof cement mortar layer, 4-functional form auxiliary frame, the narrow base plate of 4.1-, the wide top board of 4.2-, 4.3-outside swash plate, 4.4-indoor swash plate, the vertical baffle plate of 4.5-(spacing), 5-installed part, the indoor fluid sealant of 6-, 7-outdoor sealant, 8-heat insulating material, 9-doorframe and window frame, 10-grooved auxiliary frame, 10.1-narrow top board, 10.2-wide grooved bottom board, 10.3-both sides swash plate, 11-wedge type cushion block, 12-building structure, 13-top auxiliary frame connection expansion bolt, 14-holddown groove.
Detailed description of the invention
Embodiment one is see shown in Fig. 1-3, and this door and window haplotype auxiliary frame structure, is made up of bottom auxiliary frame structure, both sides auxiliary frame structure and top auxiliary frame structure.
See Fig. 1-3, described bottom auxiliary frame structure is identical with the structure of both sides auxiliary frame structure, include functional form auxiliary frame connection expansion bolt 2, functional form auxiliary frame 4 and installed part 5, see Fig. 4, the section bar of the integrative-structure that described functional form auxiliary frame 4 is made for polymer composite, by narrow base plate 4.1, wide top board 4.2, outside swash plate 4.3 between narrow base plate and wide top board and indoor swash plate 4.4, and form by the vertical baffle plate 4.5 between indoor side and swash plate upper end, indoor at wide top board 4.2, downward-sloping to outdoor (angle of inclination is very little by indoor for described wide top board 4.2, any is had to tilt just passable), the upper end of described vertical baffle plate 4.4 upwards extends above the upper surface in wide top board 4.2.
See Fig. 1-3, described functional form auxiliary frame 4 is embedded in the waterproof cement mortar layer 3 on the jamb of reserved opening building 1, and functional form auxiliary frame 4 is concordant with the surface of the waterproof cement mortar layer by indoor side by indoor side, functional form auxiliary frame 4 is concordant with the surface of the waterproof cement mortar layer by outdoor side by outdoor side, and described functional form auxiliary frame connection expansion bolt 2 passes functional form auxiliary frame 4 and waterproof cement mortar layer 3, functional form auxiliary frame 4 is fixed in building structure 12.
See Fig. 2, described top auxiliary frame structure includes top auxiliary frame connection expansion bolt 13 and grooved auxiliary frame 10, see Fig. 5, the section bar of the integrative-structure that described grooved auxiliary frame 10 is made for polymer composite, is made up of narrow top board 10.1, wide grooved bottom board 10.2 and the both sides swash plate 10.3 between narrow top board and wide grooved bottom board.
See Fig. 2, Fig. 5, described grooved auxiliary frame 10 is embedded in the waterproof cement mortar layer 3 on the jamb of reserved opening building 1, and grooved auxiliary frame 10 is concordant with the surface of waterproof cement mortar layer, described top auxiliary frame connection expansion bolt 13 passes grooved auxiliary frame 10 and waterproof cement mortar layer 3, is fixed in building structure 12 by grooved auxiliary frame 10, described doorframe and window frame 9 is stuck in the notch of the wide grooved bottom board 10.2 of grooved auxiliary frame 10 (namely the top of whole window unit and top auxiliary frame structure have employed the plug in construction of slot type overturning-preventing, are also grafting overturning-preventing structure).
See Fig. 2, Fig. 3, all accompany heat insulating material 8 between the wide grooved bottom board 10.2 between the wide top board 4.2 in described doorframe and window frame 9 and functional form auxiliary frame 4, in doorframe and window frame 9 and grooved auxiliary frame 10, heat insulating material 8 can be extruded sheet or polyphenyl plate etc.
See Fig. 2, Fig. 3, described doorframe and window frame 9 leans between the wide top board 4.2 in outdoor side and functional form auxiliary frame 4, doorframe and window frame 9 leans between the wide grooved bottom board 10.2 in outdoor side and grooved auxiliary frame 10 and is all filled with outdoor sealant 7.
See Fig. 2, Fig. 3, described doorframe and window frame 9 leans between the vertical baffle plate 4.4 in indoor side and functional form auxiliary frame 4, doorframe and window frame 9 leans between the wide grooved bottom board 10.2 in indoor side and grooved auxiliary frame 10 and is all filled with indoor fluid sealant 6.
In the present embodiment, vertical baffle plate 4.5 is by the side of outdoor side, the medial surface of two limbs of wide grooved bottom board 10.2 is equipped with holddown groove 14.The effect arranging holddown groove 14 is, what indoor fluid sealant 6 and outdoor sealant 7 were fixed is more firm.
In the present embodiment, the distance a between the lower end of outside swash plate 4.3 and the lower end of indoor swash plate 4.4 is less than the width b of narrow base plate 4.1.The object of such design is, what functional form auxiliary frame 4 was connected with waterproof cement mortar layer 3 is more firm.
In the present embodiment, the distance c between the upper end of both sides swash plate 10.3 is less than the width d of narrow top board 10.1.The object of such design is, what grooved auxiliary frame 10 was connected with waterproof cement mortar layer 3 is more firm.
In the present embodiment, wedge type cushion block 11(is also accompanied see Fig. 7 between functional form auxiliary frame 4 in the auxiliary frame structure of bottom and doorframe and window frame 9), described doorframe and window frame 9 is also pressed on the wide top board of functional form auxiliary frame by wedge type cushion block 11 while being fixed in functional form auxiliary frame 4 by installed part 5.The reason arranging wedge type cushion block is: the wide top board in the auxiliary frame structure of bottom is downward-sloping to outdoor by indoor, although the gradient is very little, and doorframe and window frame 9 is fixed in functional form auxiliary frame 4 by installed part 5, whole window unit is under the effect of installed part 5, can not to outdoor slip, but to be on the safe side, the mode that wedge type cushion block 11 is set can be adopted, prevent whole window unit from occurring to the situation of outdoor slip.
See Fig. 2, Fig. 3, in the present embodiment (namely in embodiment one), installed part 5 is spring card, spring card is fixed on the wide top board of functional form auxiliary frame 4 by functional form auxiliary frame connection expansion bolt 2, and spring card is stuck in the notch of doorframe and window frame 9, by doorframe and window frame 9 and is connected in functional form auxiliary frame 4.
See Fig. 6, in embodiment two, be with the difference of embodiment one, described installed part 5 is self-tapping screw, and described doorframe and window frame 9 is fixed in functional form auxiliary frame 4 by self-tapping screw.
Apply the mounting method of the haplotype door and window of above-mentioned door and window haplotype auxiliary frame structure, its construction sequence is as follows.
Step one, by functional form auxiliary frame connection expansion bolt 2, functional form auxiliary frame 4 is fixed on reserved opening building 1, by top auxiliary frame connection expansion bolt 13, grooved auxiliary frame 10 is fixed on reserved opening building 1.
Step 2, carry out the wet trade of waterproof cement mortar secondary closing in decorative cover, make the jamb of reserved opening building 1 forms waterproof cement mortar layer 3.
Paste heat-preserving material 8 in the notch of step 3, doorframe and window frame 9 on whole window unit.
Step 4, carry out the installation of whole window unit, namely first by the notch of the wide grooved bottom board 10.2 in the doorframe and window frame 9 cant slot-in type auxiliary frame 10 of whole window unit top, then whole window unit dual-side and following doorframe and window frame 9 are pushed functional form auxiliary frame 4, then by installed part 5, doorframe and window frame 9 is fixed in functional form auxiliary frame 4, finally fill outdoor sealant 7 and indoor fluid sealant 6, the whole window unit finally realizing whole window unit is installed.
When installed part 5 is spring card, first installed part 5 is fixed in functional form auxiliary frame 4, then when mounting door-window frame 9, then installed part is stuck in the notch of doorframe and window frame 9, doorframe and window frame 9 is connected in functional form auxiliary frame 4.
When installed part 5 is self-tapping screw, directly with self-tapping screw just doorframe and window frame 9 be fixed in functional form auxiliary frame 4.
When being provided with wedge type cushion block 11 in the auxiliary frame structure of bottom, also will in step 3, bonding wedge type cushion block 11 on the bottom surface of the following doorframe and window frame 9 of whole window unit.See Fig. 7, in general, be first the surrounding of whole window unit, in the groove of doorframe and window frame 9 sticky dress heat insulating material, then pasting wedge type cushion block 11 bottom whole window unit, apart from each 50mm ~ 100mm place of whole window unit left and right two ends, the gap size of the following doorframe and window frame of whole window unit 9 and functional form auxiliary frame 4 is controlled.
In the present embodiment, polymer composite is glass fiber reinforced plastics (glass fiber reinforced plastic), and functional form auxiliary frame 4 and grooved auxiliary frame 10 adopt glass fiber and resin to be made by high temperature pultrusion combination process, and cavity can be diversified, to adapt to different units requirement.
Embodiment recited above is only be described the preferred embodiment of the present invention; not scope of the present invention is limited; do not departing under the present invention designs spiritual prerequisite; the various distortion that the common engineers and technicians in this area make technical solution of the present invention and improvement, all should fall in protection domain that claims of the present invention determine.
Claims (8)
1. a door and window haplotype auxiliary frame structure, is made up of bottom auxiliary frame structure, both sides auxiliary frame structure and top auxiliary frame structure, it is characterized in that:
Described bottom auxiliary frame structure is identical with the structure of both sides auxiliary frame structure, include functional form auxiliary frame connection expansion bolt (2), functional form auxiliary frame (4) and installed part (5), the section bar of the integrative-structure that described functional form auxiliary frame (4) is made for polymer composite, by narrow base plate (4.1), wide top board (4.2), outside swash plate (4.3) between narrow base plate and wide top board and indoor swash plate (4.4), and be positioned at wide top board (4.2) and form by the vertical baffle plate (4.5) between indoor side and swash plate upper end, indoor, described wide top board (4.2) is downward-sloping to outdoor by indoor, the upper end of described vertical baffle plate (4.4) upwards extends above the upper surface in wide top board (4.2),
Described functional form auxiliary frame (4) is embedded in the waterproof cement mortar layer (3) on the jamb of reserved opening building (1), and functional form auxiliary frame (4) is concordant with the surface of the waterproof cement mortar layer by indoor side by indoor side, functional form auxiliary frame (4) is concordant with the surface of the waterproof cement mortar layer leaning on outdoor side by outdoor side, and described functional form auxiliary frame connection expansion bolt (2) is through functional form auxiliary frame (4) and waterproof cement mortar layer (3), be fixed in building structure (12) by functional form auxiliary frame (4);
Described top auxiliary frame structure includes top auxiliary frame connection expansion bolt (13) and grooved auxiliary frame (10), the section bar of the integrative-structure that described grooved auxiliary frame (10) is made for polymer composite, is made up of narrow top board (10.1), wide grooved bottom board (10.2) and the both sides swash plate (10.3) between narrow top board and wide grooved bottom board;
Described grooved auxiliary frame (10) is embedded in the waterproof cement mortar layer (3) on the jamb of reserved opening building (1), and grooved auxiliary frame (10) is concordant with the surface of waterproof cement mortar layer, described top auxiliary frame connection expansion bolt (13) is through grooved auxiliary frame (10) and waterproof cement mortar layer (3), be fixed in building structure (12) by grooved auxiliary frame (10), and described doorframe and window frame (9) is stuck in the notch of wide grooved bottom board (10.2) of grooved auxiliary frame (10);
Heat insulating material (8) is all accompanied between wide grooved bottom board (10.2) between wide top board (4.2) in described doorframe and window frame (9) and functional form auxiliary frame (4), in doorframe and window frame (9) and grooved auxiliary frame (10);
Described doorframe and window frame (9) leans between the wide top board (4.2) in outdoor side and functional form auxiliary frame (4), doorframe and window frame (9) leans between the wide grooved bottom board (10.2) in outdoor side and grooved auxiliary frame (10) and is all filled with outdoor sealant (7);
Described doorframe and window frame (9) leans between the vertical baffle plate (4.4) in indoor side and functional form auxiliary frame (4), doorframe and window frame (9) leans between the wide grooved bottom board (10.2) in indoor side and grooved auxiliary frame (10) and is all filled with indoor fluid sealant (6);
Distance (a) between the lower end of described outside swash plate (4.3) and the lower end of indoor swash plate (4.4) is less than the width (b) of narrow base plate (4.1);
Distance (c) between the upper end of described both sides swash plate (10.3) is less than the width (d) of narrow top board (10.1).
2. a kind of door and window haplotype auxiliary frame structure according to claim 1, it is characterized in that: described installed part (5) is spring card, spring card is fixed on the wide top board (4.2) of functional form auxiliary frame by functional form auxiliary frame connection expansion bolt (2), and spring card is stuck in the notch of doorframe and window frame (9), by doorframe and window frame (9) and is connected in functional form auxiliary frame (4).
3. a kind of door and window haplotype auxiliary frame structure according to claim 1, it is characterized in that: described installed part (5) is self-tapping screw, described doorframe and window frame (9) is fixed in functional form auxiliary frame (4) by self-tapping screw.
4. a kind of door and window haplotype auxiliary frame structure according to claim 1, is characterized in that: on the side of described vertical baffle plate (4.5) by outdoor side, the medial surface of two limbs of wide grooved bottom board (10.2) is equipped with holddown groove (14).
5. a kind of door and window haplotype auxiliary frame structure according to claim 1, is characterized in that: also accompany wedge type cushion block (11) between the functional form auxiliary frame (4) in the auxiliary frame structure of described bottom and doorframe and window frame (9).
6. a kind of door and window haplotype auxiliary frame structure according to claim 1, is characterized in that: described heat insulating material (8) is extruded sheet or polyphenyl plate.
7. apply a mounting method for the haplotype door and window of the door and window haplotype auxiliary frame structure described in the claims 1, it is characterized in that construction sequence is as follows:
Step one, by functional form auxiliary frame connection expansion bolt (2), functional form auxiliary frame (4) is fixed on reserved opening building (1), by top auxiliary frame connection expansion bolt (13), grooved auxiliary frame (10) is fixed on reserved opening building (1);
Step 2, carry out the wet trade of waterproof cement mortar secondary closing in decorative cover, make the jamb of reserved opening building (1) to be formed waterproof cement mortar layer (3);
Paste heat-preserving material (8) in the notch of step 3, doorframe and window frame (9) on whole window unit;
Step 4, carry out the installation of whole window unit, namely first by the notch of the wide grooved bottom board (10.2) on doorframe and window frame (9) cant slot-in type auxiliary frame (10) of whole window unit top, then whole window unit dual-side and following doorframe and window frame (9) are pushed functional form auxiliary frame (4), then by installed part (5), doorframe and window frame (9) is fixed in functional form auxiliary frame (4), finally fills outdoor sealant (7) and indoor fluid sealant (6).
8. the mounting method of haplotype door and window according to claim 7, is characterized in that: in described step 3, also will on the bottom surface of the following doorframe and window frame (9) of whole window unit bonding wedge type cushion block (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310208151.1A CN103244010B (en) | 2013-05-30 | 2013-05-30 | Door and window unit auxiliary frame structure and mounting method of unit door and window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310208151.1A CN103244010B (en) | 2013-05-30 | 2013-05-30 | Door and window unit auxiliary frame structure and mounting method of unit door and window |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103244010A CN103244010A (en) | 2013-08-14 |
| CN103244010B true CN103244010B (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310208151.1A Expired - Fee Related CN103244010B (en) | 2013-05-30 | 2013-05-30 | Door and window unit auxiliary frame structure and mounting method of unit door and window |
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| Country | Link |
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| CN (1) | CN103244010B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104033070B (en) * | 2014-06-10 | 2016-08-24 | 常州玖洲联横建材有限公司 | Auxiliary frame and the installation method of housing |
| CN108316830B (en) * | 2018-03-08 | 2019-04-09 | 吉林建筑大学 | Doors and windows sealing structure |
| CN108547536A (en) * | 2018-06-19 | 2018-09-18 | 上海先予先惟家居制品有限公司 | A kind of structure and its installation method for wall |
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| DE3022936A1 (en) * | 1980-06-19 | 1981-12-24 | Hilti AG, 9494 Schaan | Door or window cast alignment and support - involves inflatable tubes inserted between case and soffit |
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| CN203374132U (en) * | 2013-05-30 | 2014-01-01 | 史超 | Door-and-window unit type auxiliary frame structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3022936A1 (en) * | 1980-06-19 | 1981-12-24 | Hilti AG, 9494 Schaan | Door or window cast alignment and support - involves inflatable tubes inserted between case and soffit |
| EP1681427A1 (en) * | 2005-01-12 | 2006-07-19 | Dorma Gmbh & Co. Kg | Combinable plug-in casing frame |
| CN201232469Y (en) * | 2008-07-22 | 2009-05-06 | 王萍 | Frame regulating member assembling structure for connecting door and window with hole |
| CN101525968A (en) * | 2009-04-21 | 2009-09-09 | 深圳市富诚科技发展有限公司 | Construction process for filling joints between door and window and universal auxiliary frame and side frame of buildings by pressure injection |
| FR2960901A1 (en) * | 2010-06-08 | 2011-12-09 | Baumert Technologies | DOOR BLOCK STRUCTURE |
| CN201723061U (en) * | 2010-06-29 | 2011-01-26 | 谢登常 | Clamping type unit door/window |
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| CN203374132U (en) * | 2013-05-30 | 2014-01-01 | 史超 | Door-and-window unit type auxiliary frame structure |
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| CN103244010A (en) | 2013-08-14 |
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