CN1854448A - Safety and energy-saving aluminium-plastic sliding door and window - Google Patents
Safety and energy-saving aluminium-plastic sliding door and window Download PDFInfo
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- CN1854448A CN1854448A CN 200510066474 CN200510066474A CN1854448A CN 1854448 A CN1854448 A CN 1854448A CN 200510066474 CN200510066474 CN 200510066474 CN 200510066474 A CN200510066474 A CN 200510066474A CN 1854448 A CN1854448 A CN 1854448A
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Abstract
An alumina and plastic combined sliding window/door is capable of being installed with three layers of glass and two sealing strips in between for better temperature maintaining, air and water sealing.
Description
Safety and energy-saving aluminium-plastic sliding door and window of the present invention belongs to the building doors and windows technical field, specifically is meant along with construction industry development, and energy-conservation, airtight and guard technology requires more and more higher and the safety and energy-saving aluminium-plastic sliding door and window of design typification to door and window.
Existing plastic-aluminum sliding door and window exists plastic section bar to fail aluminium extruded sections is thoroughly cut off in indoor and outdoor mostly, and be generally two glass structures, so the thermal and insulating performance index is not high, airtight of water tightness is poor, be difficult to adapt to the requirement that socio-economic development improves constantly energy-conservation level, the conventional aluminium plastic door and window does not have stronger barrier propterty usually yet.
Purpose of the present invention designs a kind of novel aluminum-plastic energy-saving safe slide door or window exactly.It not only thoroughly disconnects aluminium extruded sections with plastic section bar from indoor and outdoor, and can constitute three glass structures, seal is better, improve energy-saving heat preserving performance and airtight of water tightness significantly, and the frame mode of cooperation safe energy saving door window (number of patent application 200410102749.3), can have suitable protective capacities.
Basic structure of the present invention is the requirement that is all disconnected in indoor and outdoor by plastic section bar according to the aluminium extruded sections in the door-and window-frames, correspondingly safety and energy-saving aluminium-plastic sliding door and window frame fan aluminium extruded sections is become multi-form with the plastic section bar design of section and make up differently, and triplex glass can be installed, the push-and-pull fan is also set up the twice rubber seal, can obviously improve insulation, watertight, the air-tightness of door and window like this.
Specify below in conjunction with accompanying drawing:
Fig. 1 is the positive normalized form schematic diagram of safety and energy-saving aluminium-plastic sliding door and window and laterally reaches the vertical cross-section cut-away view.
Fig. 2 is that the vertical A-A of safety and energy-saving aluminium-plastic sliding door and window analyses and observe first half sectional view.
Fig. 3 is that the vertical A-A of safety and energy-saving aluminium-plastic sliding door and window analyses and observe the Lower Half sectional view
Fig. 4 is that the horizontal B-B of safety and energy-saving aluminium-plastic sliding door and window analyses and observe the right part sectional view
Fig. 5 is that the horizontal B-B of safety and energy-saving aluminium-plastic sliding door and window analyses and observe the left part sectional view
Fig. 6 is the horizontal C-C cutaway sectional view of safety and energy-saving aluminium-plastic sliding door and window
Figure 1 shows that the positive normalized form schematic diagram of safety and energy-saving aluminium-plastic sliding door and window and laterally reach the vertical cross-section cut-away view.Wherein 1 is safety and energy-saving aluminium-plastic sliding door and window window type specification front schematic view, 2 is the fixed frame sectional view, 3 is doorframe and window frame upper ledge sectional view, and 4 are push-and-pull fan upper ledge sectional view, and 5 is three glass structural section figure, 6 are push-and-pull fan lower frame sectional view, 7 is doorframe and window frame lower frame sectional view, and 8 are push-and-pull fan overlap joint frame, and 9 are push-and-pull fan side frame sectional view, 10 split the overlap joint frame for push-and-pull fan, and 11 is doorframe and window frame side frame sectional view.For the purpose of clear, transverse sectional view mostly is and does not install the view that three glass, weather strip or signal are filled additional.
Figure 2 shows that the vertical A-A of safety and energy-saving aluminium-plastic sliding door and window analyses and observe first half sectional view, 12 is the aluminium extruded sections of door and window upper ledge 3, two aluminium extruded sectionss 12 relatively the centre extruding connect an approximate hollow plastic material 13 and by disjunction in the indoor and outdoor both sides.The plastic material 4 and the aluminium extruded sections of approximate hollow shape roll and connect, and be both succinctly stable, heat insulation also better than common brief note connection.14 for U plastic lining section bar, be installed on the upper ledge 3, it with push-and-pull fan 4 on seal weatherstrip 15 and rubber seal 16 match to doorframe and window frame upper ledge 3 and bar upper ledge 4 carry out inside and outside block heat insulation.17 is the aluminium extruded sections of sash upper ledge 4, two aluminium types relatively in the middle of extruding have one approximate cross moulding 18 in the middle of connecting.Plastic section bar 18 thickness are bigger, both can be the disconnected heat of aluminium extruded sections 17, again fixing assembling screw.Fan frame 4 upper end open inboards have two notches respectively, and weather strip 15,16 is installed respectively, and fan frame 4 lower ending openings are bigger than common sliding door window sash width, and triplex glass can be installed.19 is two outside simple glasses in the three broken structures, the 20th, separate the plastic section bar of glass, and the glass 21 of plastic section bar 20 center fixed is simple glass both, also can be to strengthen protective and install polymer glass (PC plate, bulletproof glass, organic glass) additional.Three glass structural heat-insulation sound insulation values are more superior than two glass.Fixed frame 2 is formed by extruding connector word plastic section bar 13 in the middle of two aluminium extruded sectionss 22, constitutes with upper ledge 3, side frame 11 and goes up the fixed casement window structure, and it mainly acts on is to be used as the window frame of fixed casement window up and down.The 23rd, the card article of aluminium up and down that fixing glass is used.
Fig. 3 for the vertical A-A of safety and energy-saving aluminium-plastic sliding door and window analyse and observe the Lower Half sectional view (because of the bottom fixed casement window identical with top fixed casement window structure, the Therefore, omited), wherein lower frame 7 is made of crimping plastics material 13 in the middle of aluminium extruded sections 24 and the aluminium extruded sections 25, different with upper ledge is on aluminium extruded sections 24,25 upper ends have with the last slide rail of closed screw hole 26, the reciprocating sliding and open and close door and window on its slide rail of push-and-pull door leaf.The slide rail top is a splay configuration, also can be semicircular arc, is mainly to cooperate pulley 27 and set.Screw hole is mainly used in the door assembly window frame, and its closing structure can protect screw to avoid influence of moisture and get rusty.The outside extension edge of aluminium extruded sections 24,25 and slide rail upper end height dimension is reduced to outdoor successively by indoor in addition, helps draining.U font plastic lining section bar 28 is just short than upper ledge plastic section bar 14.Push-and-pull fan lower frame 6 is basic identical with upper ledge 4 structures, and just the under shed lengthening is so that install pulley 27.The bottom fixed casement window structure of A-A sectional view is identical with top.
Fig. 4 is that the horizontal B-B of safety and energy-saving aluminium-plastic sliding door and window analyses and observe the right part sectional view, aluminium extruded sections 29 relative crimping plastic section bars 13 constitute the side frame 11 of doorframe and window frame, used identical of its U shape section bar 28 and lower frame, form by aluminium type 30 relative pressing plastic section bars 18 with the push-and-pull fan side frame 9 that door and window side frame 11 matches, the one end is for installing glass open, the other end is the opening that cooperates with frame, for open outer side attractive in appearance becomes circular-arc.Push-and-pull fan overlap joint frame 8 constitutes skeleton by pressing plastic section bar 18 in the middle of aluminium extruded sections 30, the aluminium extruded sections 31, for strengthening wind pressure resistant strength.Aluminium extruded sections 31 wall thickness are bigger than other aluminium extruded sections, and for about 2mm, its outside has a L type to give prominence to structure, special-shaped plastic section bar 32 cross-under is arranged on aluminium extruded sections 31, an aluminium protecting cover 33 inlay cards is arranged on plastic section bar 32 and aluminium extruded sections 30.Plastic section bar 32 1 ends are equipped with a rubber seal 34, its formation two seals that matches with aluminium protecting cover 33 extension edges.The push-and-pull fan is split overlap joint frame 10 and is formed by crimping plastic section bar 18 in the middle of the two special-shaped aluminium extruded sectionss 35, its end squeezed in the outer opening of push-and-pull fan side frame block and fix with screw, inboard two extension edges of the other end cooperate airtight with another push-and-pull fan side frame 9, and locking device is installed betwixt.The outside two extension edges then play the effect of covering overlapping the slot.
Fig. 5 is that the horizontal B-B of safety and energy-saving aluminium-plastic sliding door and window analyses and observe the left part sectional view, and the cooperation of its side frame 11, push-and-pull fan side frame 9, push-and-pull fan overlap joint frame 8 is identical with Fig. 4.Its right side combines fixed casement window by fixed frame 2, and is spliced to form one with side frame 11 exterior notch.36 aluminium card articles for fixed casement window both sides installation glass.
Fig. 6 is the horizontal C-C cutaway sectional view of safety and energy-saving aluminium-plastic sliding door and window, and its both sides are side frame 11, and center is that fixed frame 2,37,38 is the aluminium profile of both sides fixing glass.
The safety and energy-saving aluminium-plastic sliding door and window of said structure combination, the indoor and outdoor aluminium extruded sections is all blocked by plastic section bar, increases the twice rubber seal again than common sliding sash, and can make three glass structures, and it is energy-conservation, sound insulation, waterproof, barrier propterty all are significantly improved.Outward appearance is generous succinct, adapts to growing builing industry needs.
Safety and energy-saving aluminium-plastic sliding door and window aluminium extruded sections and plastotype planform be by above-mentioned view design typification, as do change slightly on this basis but its basic structure is constant also should be within this patent protection domain.
Claims (8)
1. basic structure of the present invention is the requirement that is all disconnected in indoor and outdoor by plastic section bar according to the aluminium extruded sections in the door-and window-frames, correspondingly safety and energy-saving aluminium-plastic sliding door and window frame fan aluminium extruded sections is become multi-form with the plastic section bar design of section and make up differently, and triplex glass can be installed, the push-and-pull fan is also set up the twice rubber seal
2. safety and energy-saving aluminium-plastic sliding door and window according to claim 1 is characterized in that Figure 1 shows that the positive normalized form schematic diagram of window type and laterally reaches the vertical cross-section cut-away view.Wherein 1 is safety and energy-saving aluminium-plastic sliding door and window window type specification front schematic view, 2 is the fixed frame sectional view, 3 is doorframe and window frame upper ledge sectional view, and 4 are push-and-pull fan upper ledge sectional view, and 5 is three glass structural section figure, 6 are push-and-pull fan lower frame sectional view, 7 is doorframe and window frame lower frame sectional view, and 8 are push-and-pull fan overlap joint frame, and 9 are push-and-pull fan side frame sectional view, 10 split the overlap joint frame for push-and-pull fan, and 11 is doorframe and window frame side frame sectional view.For the purpose of clear, the sectional view that has is not for installing the view that three glass, weather strip or signal are filled additional.
3. safety and energy-saving aluminium-plastic sliding door and window according to claim 1, it is characterized in that Figure 2 shows that vertical A-A analyses and observe first half sectional view, 12 is the aluminium extruded sections of door and window upper ledge 3, two aluminium extruded sectionss 12 relatively the centre extruding connect an approximate hollow plastic material 13 and by disjunction in the indoor and outdoor both sides.The plastic material 4 and the aluminium extruded sections of approximate hollow shape roll and connect, and be both succinctly stable, heat insulation also better than common brief note connection.14 for U plastic lining section bar, be installed on the upper ledge 3, it with push-and-pull fan 4 on seal weatherstrip 15 and rubber seal 16 match to doorframe and window frame upper ledge 3 and bar upper ledge 4 carry out inside and outside block heat insulation.17 is the aluminium extruded sections of sash upper ledge 4, two aluminium types relatively in the middle of extruding have one approximate cross moulding 18 in the middle of connecting.Plastic section bar 18 thickness are bigger, both can be the disconnected heat of aluminium extruded sections 17, again fixing assembling screw.Fan frame 4 upper end open inboards have two notches respectively, and weather strip 15,16 is installed respectively, and fan frame 4 lower ending openings are bigger than common sliding door window sash width, and triplex glass can be installed.19 is two outside simple glasses in the three glass structures, the 20th, separate the plastic section bar of glass, and the glass 21 of plastic section bar 20 center fixed is simple glass both, also can be to strengthen protective and install polymer glass (PC plate, bulletproof glass, organic glass) additional.Three glass structural heat-insulation sound insulation values are more superior than two glass.Fixed frame 2 is formed by extruding connector word plastic section bar 13 in the middle of two aluminium extruded sectionss 22, constitutes with upper ledge 3, side frame 11 and goes up the fixed casement window structure, and it mainly acts on is to be used as the window frame of fixed casement window up and down.The 23rd, the card article of aluminium up and down that fixing glass is used.
4. safety and energy-saving aluminium-plastic sliding door and window according to claim 1, it is characterized in that Fig. 3 be vertical A-A analyse and observe the Lower Half sectional view (because of the bottom fixed casement window identical with top fixed casement window structure, the Therefore, omited), wherein lower frame 7 is made of crimping plastics material 13 in the middle of aluminium extruded sections 24 and the aluminium extruded sections 25, different with upper ledge is on aluminium extruded sections 24,25 upper ends have with the last slide rail of closed screw hole 26, the reciprocating sliding and open and close door and window on its slide rail of push-and-pull door leaf.The slide rail top is a splay configuration, also can be semicircular arc, is mainly to cooperate pulley 27 and set.Screw hole is mainly used in the door assembly window frame, and its closing structure can protect screw to avoid influence of moisture and get rusty.The outside extension edge of aluminium extruded sections 24,25 and slide rail upper end height dimension is reduced to outdoor successively by indoor in addition, helps draining.U font plastic lining section bar 28 is just short than upper ledge plastic section bar 14.Push-and-pull fan lower frame 6 is basic identical with upper ledge 4 structures, and just the under shed lengthening is so that install pulley 27.A-A sectional view bottom fixed casement window structure is identical with top.
5. safety and energy-saving aluminium-plastic sliding door and window according to claim 1, it is characterized in that Fig. 4 is that horizontal B-B analyses and observe the right part sectional view, aluminium extruded sections 29 relative crimping plastic section bars 13 constitute the side frame 11 of doorframe and window frame, used identical of its U shape section bar 28 and lower frame, form by aluminium type 30 relative pressing plastic section bars 18 with the push-and-pull fan side frame 9 that door and window side frame 11 matches, the one end is for installing glass open, and the other end is the opening that cooperates with frame, for open outer side attractive in appearance becomes circular-arc.Push-and-pull fan overlap joint frame 8 constitutes skeleton by pressing plastic section bar 18 in the middle of aluminium extruded sections 30, the aluminium extruded sections 31, for strengthening wind pressure resistant strength.Aluminium extruded sections 31 wall thickness are bigger than other aluminium extruded sections, and for about 2mm, its outside has a L type to give prominence to structure, special-shaped plastic section bar 32 cross-under is arranged on aluminium extruded sections 31, an aluminium protecting cover 33 inlay cards is arranged on plastic section bar 32 and aluminium extruded sections 30.Plastic section bar 32 1 ends are equipped with a rubber seal 34, its formation two seals that matches with aluminium protecting cover 33 extension edges.The push-and-pull fan is split overlap joint frame 10 and is formed by crimping plastic section bar 18 in the middle of the two special-shaped aluminium extruded sectionss 35, its end squeezed in the outer opening of push-and-pull fan side frame block and fix with screw, inboard two extension edges of the other end cooperate airtight with another push-and-pull fan side frame 9, and locking device is installed betwixt.The outside two extension edges then play the effect of covering overlapping the slot.
6. safety and energy-saving aluminium-plastic sliding door and window according to claim 1 is characterized in that Fig. 5 is that horizontal B-B analyses and observe the left part sectional view, and the cooperation of its side frame 11, push-and-pull fan side frame 9, push-and-pull fan overlap joint frame 8 is identical with Fig. 4.Its right side combines fixed casement window by fixed frame 2, and is spliced to form one with side frame 11 exterior notch.36 aluminium card articles for fixed casement window both sides installation glass.
7. safety and energy-saving aluminium-plastic sliding door and window according to claim 1 is characterized in that Fig. 6 is horizontal C-C cutaway sectional view, and its both sides are side frame 11, and center is that fixed frame 2,37,38 is the aluminium profile of both sides fixing glass.
8. safety and energy-saving aluminium-plastic sliding door and window according to claim 1 is characterized in that aluminium extruded sections and plastotype planform by above-mentioned view design typification, as do slightly on this basis the change but its basic structure is constant also should be within this patent protection domain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510066474 CN1854448A (en) | 2005-04-26 | 2005-04-26 | Safety and energy-saving aluminium-plastic sliding door and window |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510066474 CN1854448A (en) | 2005-04-26 | 2005-04-26 | Safety and energy-saving aluminium-plastic sliding door and window |
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| CN1854448A true CN1854448A (en) | 2006-11-01 |
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| CN 200510066474 Pending CN1854448A (en) | 2005-04-26 | 2005-04-26 | Safety and energy-saving aluminium-plastic sliding door and window |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105257168A (en) * | 2015-11-02 | 2016-01-20 | 田静 | Four-sector push window easy to assemble |
| CN106907086A (en) * | 2015-12-22 | 2017-06-30 | 天津市坤昊塑料制品有限公司 | A kind of seal profile structure for door and window |
-
2005
- 2005-04-26 CN CN 200510066474 patent/CN1854448A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105257168A (en) * | 2015-11-02 | 2016-01-20 | 田静 | Four-sector push window easy to assemble |
| CN106907086A (en) * | 2015-12-22 | 2017-06-30 | 天津市坤昊塑料制品有限公司 | A kind of seal profile structure for door and window |
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