CN2192704Y - Aluminium alloy pull-push door and window for guesthouse and residence - Google Patents
Aluminium alloy pull-push door and window for guesthouse and residence Download PDFInfo
- Publication number
- CN2192704Y CN2192704Y CN 94211360 CN94211360U CN2192704Y CN 2192704 Y CN2192704 Y CN 2192704Y CN 94211360 CN94211360 CN 94211360 CN 94211360 U CN94211360 U CN 94211360U CN 2192704 Y CN2192704 Y CN 2192704Y
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- China
- Prior art keywords
- window
- sash
- door
- section bar
- aluminum alloy
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Abstract
The utility model relates to a door and window, which solves the problems that structure is improved, performance is raised, and cost is reduced. The utility model is characterized in that a fixed window is composed of sectional materials, a treadle bar, a stiff sectional material, and a stiff connecting piece. The sectional material and one of stiff sectional material are respectively milled with notches, combined with the other of the stiff sectional material, and fixed by a self-tapping screw of a column head; a sliding door and window frame is composed of a left and a right post sectional material, a lower slide way, an upper crossbeam, and an aluminum alloy square pipe. The utility model can be used for hotels, apartments, and other buildings.
Description
The utility model belongs to the building doors and windows field.
Existing 90 series, 70 series alloys slide door or window, complex structure, price is expensive, windproof, water-resistant performance is poor, according to China's architectural feature, proceeds from actual conditions in the country, and is badly in need of the exploitation renewal product.The purpose of this utility model is to overcome the deficiencies in the prior art, thereby provides that a kind of sectional dimension is little, compact conformation, intensity height, airtight, watertight, sound insulation, good heat insulating, spacious lucid and lively, cheap novel aluminum alloy slide door or window.
The purpose of this utility model is achieved in that
At first design the aluminium alloy extrusions that cover independent completion, a seriation, novel formula slide door or window, fixed casement window are used; As: the slide door or window window frame, the fixed window frame section bar, sectional dimension is little, and structure can reuse, and has distinct advantages; As: slide door or window left and right pillar section bar, this section bar is a rectangular pipe, the opening rectangular pipe, three kinds of profile structure of sliding window jamb consist of the form of structure of one, window frame glide path, jump is big between track end face and the back shelves water plate, has the better waterproof energy, right angle, watertight shutter upper end crimp, the gap 0.5mm between the middle springs latch lock backing plate, sash can support stressed when external load function mutually between sash and the glide path crimp; As: the sliding sash top rail, the crossbeam height dimension is little, wall thickness is thick, load is big, cooperate with the sealing of bistrichiasis bar with sash, aluminum alloy square tube, crossbeam be fixed casement window with sliding sash between the bearing beam that is connected, three tapping screw holes of inner chamber laterally connect the sliding sash left and right pillar, are again the muscle bands that vertically connects sliding sash top rail and fixed casement window tapping screw; As: fixed casement window section bar, fixing sash bar section bar, its characteristics have aluminum alloy square long tube and opening rectangular pipe, fixed casement window section bar and comprehensively are the form of structure of one, and head-on size is little, comprehensive utilization index height.
It is generous that next designs good looking appearance, spacious lucid and lively, structural manufacturing process is simple, saving of labor, material-saving, cost is low, physical property is excellent slide door or window, to replace domestic 90 series, the 70 series alloys slide door or window of generally adopting at present, it contains fixed casement window and sliding sash, and used fixed casement window and sliding sash left and right pillar section bar have rectangular pipe, opening rectangular pipe and its handling characteristics, three's textural association pattern that is structure as a whole; The window frame glide path combines by crimp watertight shutter of two tracks with the wave shed section bar of two tapping screw concave grooves, the track end face is big with shelves water plate right angle crimp end face jump, between crimp and the sash lower end lock pad 0.5mm gap is arranged, fan supports stressed with track mutually; Slide door or window top rail height dimension is little, is mountain font section bar, and there is nylon wool top groove both sides in the groove; Aluminum alloy square tube crossbeam, inner chamber have three tapping screw Baltimore grooves, are different from similar section bar, and the sliding door window sash column is formed an isosceles triangle section bar by three square tubes; The sash top rail is by rectangular pipe and two opening rectangular pipes, is with a tapping screw hole Baltimore groove to form; Overlap the column section bar in the middle of the sliding door window sash, have on the section bar tapered strip and groove intermesh stressed, back lash 0.8-1mm, three grooves in section bar cross section are split into stressed box, two columns are split into an integral body when stressed; Decorate sliding door window sash, middle staggered when sash is closed, sash middle standing pillar section bar divides two kinds of monomer-type and combined types, and design feature is close with the coincide type pillar construction; The sash lower transverse beam is a both ends open ladder font section bar, and there is nylon wool top groove at two ends in the lower openings groove, and middle inner chamber has a tapping screw hole Baltimore groove.
Section bar can be manufactured band and not be with additional aluminum alloy square tube housing slide door or window, and sliding door window sash is when closing, and a kind of bar middle standing pillar overlaps, and the column section bar intermeshes stressed; Another kind of intermediate door sash column is staggered, the stressed box section of middle formation, and intermediate door sash column supports stressed mutually; The slide door or window of the additional aluminum alloy square tube housing of band, the slide door or window window frame profile only has two kinds, one, left and right pillar and top rail are a kind of mountain font section bars, its two, be glide path, be to combine by a quarter bend limit of two tracks watertight shutter; Other door-window section bar is same as described above.
Thus, the utility model proposes a kind of hotel dwelling house novel aluminum alloy slide door or window, it includes fixed casement window, sliding door window frame and sliding door window sash, it is characterized in that, fixed casement window by fixed casement window section bar, fixed casement window press strip, fixedly the sash bar section bar and fixedly the sash bar connector form; The fixed casement window section bar, fixedly the sash bar section bar is milled with breach respectively, and with another window profile combination, fix with the column cap tapping screw; The sliding door window frame is made up of slide door or window left and right pillar section bar, slide door or window lower slide of frame road, slide door or window top rail and aluminum alloy square tube; The slide door or window glide path mills breach and slide door or window left and right pillar section bar and aluminum alloy square tube combination, and fixes with the column cap tapping screw, and slide door or window top rail and sash are fixed; Establish the plastic plate connector between fixed casement window and the sliding door window frame, mat column cap tapping screw is fixed.
Above-mentioned design scheme mainly is to have adopted the above-mentioned at first aluminium alloy extrusions of design of the utility model, and produces by batch in enormous quantities, assembles; Adopt right angle, above-mentioned watertight shutter upper end crimp, the gap between the middle springs mortise lock backing plate is little, so water resistance is good, cost is low, weight is high.
Below by drawings and Examples the utility model is elaborated again.
Fig. 1: the utility model left and right pillar section bar schematic cross-section;
Fig. 2: the utility model window frame glide path section bar schematic cross-section;
Fig. 3: the utility model top rail section bar schematic cross-section;
Fig. 4: the utility model aluminum alloy square tube schematic cross-section;
Fig. 5,7: the utility model fixed casement window section bar schematic cross-section;
Fig. 6: the utility model fixed casement window press strip schematic cross-section;
Fig. 8: the utility model is sash bar section bar schematic cross-section fixedly;
Fig. 9: the utility model is sash bar connector schematic cross-section fixedly;
Figure 10: the utility model push-pull window frame and fixed window frame plastic plate connector schematic cross-section;
Figure 11: the utility model sash column section bar schematic cross-section;
Figure 12: the utility model sash top rail section bar schematic cross-section;
Figure 13: the utility model sliding window sash middle standing pillar section bar schematic cross-section;
Figure 14: the utility model sliding window sash lower transverse beam section bar schematic cross-section;
Figure 15: the utility model mounting spring latch lock schematic diagram;
Figure 16: be Figure 15 schematic side view;
Figure 17: the pulley schematic diagram is installed at the utility model crossbeam two ends;
Figure 18: be Figure 17 schematic side view;
Figure 19: the utility model left and right pillar damping sealing joint strip schematic cross-section;
Figure 20: the utility model nylon wool top schematic cross-section;
Figure 21: the utility model is decorated sliding window sash middle standing pillar schematic cross-section;
Figure 22,23: the utility model is decorated sliding sash middle standing pillar schematic cross-section;
Figure 24: the utility model sliding sash profile schematic diagram;
Figure 25: fixing on the utility model, following sliding sash profile schematic diagram;
Figure 26: be Figure 24 A-A cross-sectional schematic;
Figure 27: for Figure 24 A to looking schematic diagram;
Figure 28: be Figure 24 B-B cross-sectional schematic;
Figure 29: be Figure 25 C-C cross-sectional schematic;
Figure 30: be Figure 25 D-D cross-sectional schematic;
Figure 31: be Figure 25 E-E cross-sectional schematic;
Figure 32: be Figure 25 F-F cross-sectional schematic;
Figure 33: the utility model sliding window sash profile schematic diagram;
Figure 34: be Figure 33 B-B cross-sectional schematic;
Figure 35: for Figure 33 A to looking schematic diagram;
Figure 36: for Figure 33 B to looking schematic diagram;
Figure 37: be Figure 33 A-A cross-sectional schematic;
Figure 38,39: the utility model sliding door profile schematic diagram;
Figure 40,41: the utility model sash is schematic diagram in off position;
Figure 42: the utility model is decorated sliding door window sash profile schematic diagram;
Figure 43: be Figure 42 A-A cross-sectional schematic;
Figure 44: be Figure 42 B-B cross-sectional schematic;
Figure 45: for Figure 42 A to looking schematic diagram;
Figure 46: be figure C-C cross-sectional schematic;
Figure 47: the utility model is decorated sliding window sash profile schematic diagram;
Figure 48: be Figure 48 B-B cross-sectional schematic;
Figure 49: for Figure 48 A to looking schematic diagram;
Figure 50: for Figure 48 B to looking schematic diagram;
Figure 51: be Figure 48 A-A cross-sectional schematic;
Figure 52: do not have the section bar schematic cross-section under one of the utility model embodiment;
Figure 53: one of the utility model embodiment is the section bar schematic cross-section fixedly;
Figure 54: one of the utility model embodiment fixed casement window profile schematic cross-section;
Figure 55: one of the utility model embodiment rectangular pipe section bar schematic cross-section;
Figure 56: one of the utility model embodiment square tube connector schematic cross-section;
Figure 57: one of the utility model embodiment sliding sash profile schematic diagram;
Figure 58: one of the utility model embodiment sliding sash push-and-pull schematic diagram;
Figure 59: the two sliding sash profile schematic diagrames of the utility model embodiment;
Figure 60: the two sliding sash push-and-pull schematic diagrames of the utility model embodiment;
Figure 61: be Figure 59 A-A cross-sectional schematic;
Figure 62: be Figure 59 B-B cross-sectional schematic;
Figure 63: be Figure 60 D-D cross-sectional schematic;
Figure 64: be Figure 59 C-C cross-sectional schematic;
Figure 65: the three sliding sash cross-sectional schematic of the utility model embodiment;
Mark among the figure: 1-1, slide door or window left and right pillar section bar; 1-2, slide door or window window frame glide path; 1-3, slide door or window top rail; 1-4, aluminum alloy square tube; 1-5, fixed casement window section bar; 1-6, fixed casement window press strip; 1-7, fixed casement window section bar; 1-8, fixing sash bar section bar; 1-9, fixing sash bar connector; 1-10, plastic plate connector; 2-1, sash column section bar; 2-2, sash top rail section bar; 2-3, sash middle standing pillar section bar; 2-4, sash lower transverse beam; 2-5, night bolt lock; 2-6, pulley; 2-7, sealing joint strip; 2-9, decoration sliding window sash middle standing pillar; 2-10,2-11, decoration sliding sash middle standing pillar; 11-1, glide path section bar; 11-2, fixing section bar; 11-3, fixed casement window profile; 11-4, rectangular pipe section bar; 11-5, square tube connector.
As Fig. 1-10, be the structural representation of sliding door window frame and fixed window frame section bar; As Figure 11-23, it is the structural representation of sliding window sash section bar and annex, sash column section bar 2-1, form one by three rectangular pipes and be the isosceles triangle section bar, sash top rail section bar 2-2, form by rectangular pipe and two opening rectangular pipes and to form the herringbone section bar together, sliding window sash middle standing pillar section bar 2-3, be the sliding window sash main bearing member, middle standing pillar overlapped when two fans were closed, and the tapered strip on the section bar is engaged with each other, the sealing of bistrichiasis bar, three grooves in section bar cross section are formed box section column, have higher anti-bending strength, and this also is a main feature of the present utility model.Sliding window sash lower transverse beam 2-4, pulley is installed at two ends, the middle coincidence, column lower end mounting spring latch lock 2-5.Shown in Figure 17,18, the structure of pulley 2-6 is installed, and Figure 19 is a left and right pillar damping sealing joint strip 2-7 structure shape, and Figure 20 is a nylon wool top structure shape, decorate sliding window sash middle standing pillar 2-9 and be used in combination with decorating sliding sash middle standing pillar 2-10,2-11, tapping screw is fixed.Figure 24 is the sliding sash outline drawing, and Figure 25 goes up fixing sliding sash outline drawing down.Figure 33 is the sliding window sash outline drawing.Sash column section bar 2-1, sash middle standing pillar section bar 2-3 two end mill breach, sash top rail 2-2, sash lower transverse beam 2-4 mill breach, and butt joint is fixed with countersunk head and column cap tapping screw then.Figure 38, the 39th, the outline drawing of sliding door.Figure 40,41 be sash in off position, two sash intermesh, and form stressed box section, under external load function, two sash support stressed mutually.Figure 42 decorates the sliding door window sash outline drawing.Sash can adopt the 3mm heavy sheet glass, pastes the 5mm heavy sheet glass at the staggered position of sash, and Pasting is spent posting in time simultaneously, and the lower and upper cross-member section bar docks with left and right pillar, fixes adhesive tape sealing with countersunk head and column cap tapping screw respectively; Two sash in off position, two sash intermesh, bistrichiasis bar sealing is supported stressed mutually.Figure 47 decorates the sliding window sash outline drawing.Left and right pillar two end mill lower and upper cross-member breach are fixed with tapping screw during combination, and the glass adhesive tape sealing is installed, and bar is installed on the window frame, fix with tapping screw again, decorate the sealing between sliding sash middle standing pillar section bar assurance wool top and the glass.
Above-mentioned description of drawings the utility model can have sliding window sash, decorate the sliding door window sash of sliding door window sash and three kinds of different types of decoration sliding window sash, and specification series is different with purposes, can be installed on the sliding door window frame.
Sliding door window sash also can be divided into two kinds of patterns: 1, sliding door window sash middle standing pillar coincide type, as Figure 24,25, tapered strip and section bar on the column section bar intermesh, back lash 0.8-1mm, two fan columns form an integral body when stressed, bistrichiasis bar sealing each other.2, decorate sliding door window sash, middle push-and-pull place, the sash column is interlaced, and the sash overlapping part is split into stressed box section, and support is stressed mutually under external load function, and strength rigid is good, and bistrichiasis bar or single wool top sealing between column and the glass is as Figure 26.Sliding door window sash is different according to series, selects 3mm, 5mm, 8mm thick float glass, hollow glass or doubling glass respectively for use.
Figure 52-the 56th, additional aluminum alloy square tube housing one cover independent completion series sliding door window frame and the fixed frame section bar figure of band, profile is simple, and the section bar kind is few, only two kinds of slide door or window frame sections.Figure 65 is the additional aluminum alloy square tube housing of band, the outer block diagram of double-deck sliding sash.
Structure design of the present utility model can develop into series of products, as: double-layer aluminium alloy slide door or window and balcony, band adds the aluminum alloy square tube housing and is not with the full square tube housing of additional aluminium alloy slide door or window, fixing slide door or window down on the branch, door connects window, patterns such as the disconnected wall of glass.Its characteristics: the section bar sectional dimension is little, the section bar wall thickness, and the intensity height, compact conformation, slide door or window, the gap is little between window frame and the sash, all bistrichiasis bar or adhesive tape sealing.The bar mounting method breaks away from 90 series, 70 serial old patterns, and slide door or window top rail and bar install and fix simultaneously, guarantee that bar in use comes off never.Compact conformation, spacious lucid and lively, cheap, according to the design of Chinese architecture characteristics, meet people's needs and wishes, be applicable to hotel, dwelling house, have extensive promotional value.
Claims (9)
1, hotel dwelling house novel aluminum alloy slide door or window, it includes fixed casement window, sliding door window frame and sliding door window sash, it is characterized in that, fixed casement window by fixed casement window section bar, fixed casement window press strip, fixedly the sash bar section bar and fixedly the sash bar connector form, the fixed casement window section bar, fixedly the sash bar section bar is milled with breach respectively, and with the combination of another fixed casement window section bar, fix with the column cap tapping screw; The sliding door window frame is made up of slide door or window left and right pillar section bar, slide door or window lower slide of frame road, slide door or window top rail and aluminum alloy square tube, the slide door or window glide path mills breach and slide door or window left and right pillar section bar and aluminum alloy square tube combination, and fix with the column cap tapping screw, and slide door or window top rail and sash are fixed; Establish the plastic plate connector between fixed casement window and the sliding door window frame, mat column cap tapping screw is fixed.
2, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, sliding door window sash is a sliding window sash.
3, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, sliding door window sash is for decorating sliding door window sash.
4, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, sliding door window sash is for decorating sliding window sash.
5, aluminum alloy push-pull door and window as claimed in claim 1, it is characterized in that, slide door or window lower slide of frame road combines by crimp watertight shutter of two tracks with the wave shed section bar of two tapping screw concave grooves, be provided with jump between track end face and shelves water plate right angle crimp end face, between crimp and the sash lower end lock pad 0.5mm gap arranged; The slide door or window top rail is font cross section, a mountain section bar, and there is nylon wool top groove both sides in the groove; Aluminum alloy square tube crossbeam, inner chamber have three tapping screw Baltimore grooves; The sliding door window sash column is formed one by three square tubes and is the isosceles triangle section bar; The sash top rail is by rectangular pipe and two opening rectangular pipes, is with a tapping screw hole Baltimore groove to form.
6, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, slide door or window overlaps position mounting spring latch lock and door lock in the middle of push-and-pull fan lower transverse beam.
7, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, all two nylon wool tops and adhesive tape sealing between sliding door window frame and the sash.
8, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, adopts additional aluminium alloy rectangle square tube housing, forms double-deck slide door or window.
9, aluminum alloy push-pull door and window as claimed in claim 1 is characterized in that, sliding door window sash adopts 3mm, 5mm thick float glass, hollow glass or doubling glass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94211360 CN2192704Y (en) | 1994-06-01 | 1994-06-01 | Aluminium alloy pull-push door and window for guesthouse and residence |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94211360 CN2192704Y (en) | 1994-06-01 | 1994-06-01 | Aluminium alloy pull-push door and window for guesthouse and residence |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2192704Y true CN2192704Y (en) | 1995-03-22 |
Family
ID=33828508
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94211360 Expired - Fee Related CN2192704Y (en) | 1994-06-01 | 1994-06-01 | Aluminium alloy pull-push door and window for guesthouse and residence |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2192704Y (en) |
-
1994
- 1994-06-01 CN CN 94211360 patent/CN2192704Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |