CN2198370Y - Material saving, closed aluminium alloy sliding window - Google Patents
Material saving, closed aluminium alloy sliding window Download PDFInfo
- Publication number
- CN2198370Y CN2198370Y CN 94229106 CN94229106U CN2198370Y CN 2198370 Y CN2198370 Y CN 2198370Y CN 94229106 CN94229106 CN 94229106 CN 94229106 U CN94229106 U CN 94229106U CN 2198370 Y CN2198370 Y CN 2198370Y
- Authority
- CN
- China
- Prior art keywords
- sliding window
- window sash
- section bar
- weather strip
- sash
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)
Abstract
The utility model discloses a material-saving and closed aluminium alloy sliding window. In the utility model, the method that a stud and a hollow strengthening rib are installed in a window sash section is adopted to improve the flexural performance of the section, and the method of the double sealing of the stud and a sealing strip is adopted to improve the rain-proof performance. The utility model has the advantages of large lighting area and high strength; moreover, the sealing performance is superior to the existing sliding window, and the used material is 40% of the aluminium alloy sliding window of 90 series.
Description
The utility model relates to a kind of aluminum alloy push-pull window.
Existing aluminum alloy push-pull window, the upright very section bar of sash is the square type cross section of an end opening, square type external surface does not have reinforcing rib, this kind structure is when section bar sectional dimension hour, and flexural strength is poor, when adding the heavy section sectional dimension, waste material, daylighting area reduces, cost up.
The purpose of this utility model provides a kind of sealing, and material-saving aluminum alloy push-pull window by changing the section bar cross section structure, increases the anti-bending strength of aluminium extruded sections, reduces the section bar sectional dimension, improves the sealing performance of sliding sash.
The purpose of this utility model is achieved in that the edge-on very section bar of sliding window sash is the hollow material of square type of an end opening, at the hollow material wing plate of square type peripheral hardware reinforcing rib, establishes in the hollow material of square type of opening and strengthens fixedly muscle.The edge-on very adjacent side of sliding sash side frame section bar and sliding window sash is established groove, establishes seal groove in the groove, edge weather strip in the seal groove.When closing sliding window sash, edge-on very insertion of sliding window sash studs with in the side frame groove of weather strip, and weather strip contacts with edge-on very section bar side, and the reinforcing rib on the edge-on very wing plate of sliding window sash stands in outside the sliding sash side frame section bar slot opening shading wind and rain.The neutral very section bar of sliding window sash is the hollow material of square type of an end opening, on hollow material one side wing of square type, establish hollow reinforcing rib, in the hollow material of square type, establish and strengthen fixedly muscle, the hollow reinforcing rib of internal layer sliding window sash is located on the neutral very indoor side wing of section bar, the hollow reinforcing rib of outer sliding window sash is located on the neutral very outdoor side wing of section bar, very establish sealing plate and weather strip embedding groove on the section bar face during the internal layer sliding window sash is adjacent with outer sliding window sash, in the weather strip embedding groove weather strip is housed, sealing plate on the internal layer sliding window sash and the sealing plate on the outer sliding window sash insert mutually, weather strip with adjacent in very the section bar face contact, jointly with the gap sealing between internal layer sliding window sash and outer sliding window sash.For reducing the quantity of sliding sash annex, the upright very indoor side of section bar of inside and outside sliding window sash is set up muscle retaining platform, the dead bolt that is installed on the indoor side window frame lateral vertical frame section bar is stuck on the inside and outside sliding window sash stopper platform stud, with inside and outside sliding window sash locking, mosaic seal in the sliding window sash top rail section bar wing plate seal groove, weather strip contacts with sagging plate of sliding sash upper ledge or the sagging plate of middle cross beam, with the gap sealing between upper frame shape material or middle cross beam section bar and sliding window sash top rail section bar.Mosaic seal in the sliding window sash lower transverse beam seal groove, weather strip contacts with following frame section, gap sealing, sliding window sash insert glass one side between following frame section and sliding window sash lower transverse beam promptly can be adorned single-glass, also can adorn double-layer glass and make heat-insulating energy-saving window.The utility model has the advantages that: 1, on the sliding window sash section bar, set up muscle or the hollow boss of square type, increase the flexural strength of section bar, reduce the section bar sectional dimension, increase daylighting area.2, edge-on very section bar inserts and has in the side frame groove of weather strip, uprightly very strengthens gusset and stands in outside the side frame section bar slot opening, strengthens sealing effectiveness.3, the double backset platform of doing of reinforcing rib reduces annex quantity, reduces cost.
Below in conjunction with accompanying drawing and implementing regulations the utility model is further specified.
Fig. 1 is the outside drawing of a kind of insert single-glass of the utility model sliding sash.
Fig. 2 is the A-A sectional view of Fig. 1.
Fig. 3 is the B-B sectional view of Fig. 1.
Fig. 4 is the outside drawing of a kind of insert double-layer glass of the utility model sliding sash.
Fig. 5 is the a-a sectional view of Fig. 4.
Fig. 6 is the b-b sectional view of Fig. 4.
Embodiment 1:
A kind of material-saving of insert single-glass, sealing aluminium alloy sliding sash outside drawing is as shown in Figure 1: Fig. 2 is the A-A sectional view of Fig. 1, Fig. 3 is the B-B sectional view of Fig. 1, wherein 1 is the edge-on very section bar of sliding window sash, the 2nd, reinforcing rib, the 3rd, strengthen fixedly muscle, the 4th, side frame section bar, the 5th, side frame seal groove, the 6th, weather strip, the 7th, endure section bar in the outer sliding window sash, the 8th, the external hollow reinforcing rib, the 9th, external middle lever is strengthened fixedly muscle, and the 10th, outer right angle sealing plate, the 11st, the weather strip embedding groove, the 12nd, edge-on muscle retaining platform, the 13rd, endure section bar in the internal layer sliding window sash, the 14th, interior right angle sealing plate, the 15th, very strengthen fixedly muscle in interior, the 16th, interior hollow reinforcing rib, the 17th, upper frame shape material, the 18th, the sagging plate of upper frame shape material, the 19th, sliding window sash top rail section bar, the 20th, side wing seal groove, the 21st, lower transverse beam section bar, the 22nd, inboard wing plate seal groove, the 23rd, pulley, the 24th, pulley bracket, the 25th, in sealing block very, the 26th, following frame section, the 27th, following frame section slideway, the 28th, the indoor watertight shutter of following frame section, the 29th, glass, the 30th, adhesive tape, the 31st, lock, the 32nd, dead bolt.When closing sliding window sash, in the groove of edge-on very section bar 1 inserting side frame section 4, reinforcing rib 2 on the edge-on very section bar wing plate is pressed on the slot opening of side frame section bar 4, and the weather strip 6 in the side frame seal groove 5 is pressed on the edge-on very section bar 1 simultaneously, with the gap sealing between side frame and edge-on enduring.The sealing in slit between adjacent upright the enduring of internal layer sliding window sash with outer sliding window sash, by the mutual insertion of outer right angle sealing plate 10 and interior right angle sealing plate 14 be installed in weather strip 6 and 14,10 contact seals of right angle sealing plate in the weather strip embedding groove 11, very the outside of section bar 7 is provided with external hollow reinforcing rib 8 in outer sliding window sash, hollow reinforcing rib 16 in very the indoor of section bar 13 is provided with in the internal layer sliding window sash increases the Wind-Pressure Resistance deformation performance of enduring section bar in the sliding window sash.Neutrality endure on divide in very sealing block 25 will in gap sealing very up and down.Wing plate seal groove 20 is all established in the both sides, top rail section bar 19 upper end of sliding window sash, embedded seal weatherstrip 6, and seal weatherstrip 6 contacts with sagging plate 18 on the upper frame shape material 17, with the gap sealing of 19 of upper frame shape material 17 and top rail section bars.Sliding window sash lower transverse beam section bar 21 its inboards are provided with interior seal groove 22, seal groove 22 embedded seal weatherstrips 6, the side elevation of two square type slideways 27 on seal weatherstrip 6 and the following frame section 26 contacts, with the gap sealing between lower frame and lower transverse beam, pulley 23 in the sliding window sash lower transverse beam section bar 21 is placed on down the upper surface of frame section square type slideway 27, make the sliding window sash push-and-pull flexible, following frame section 26 indoor sides are provided with indoor watertight shutter 28, prevent in the rainwater inlet chamber.Installing on the lateral vertical frame section bar 4 on lock 31, the edge-on very section bar 1 indoor side wing reinforcing rib 2 of dead bolt 32 insertion sliding window sash, the sliding window sash locking.
Embodiment 2:
A kind of material-saving of insert double-layer glass, sealing aluminium alloy sliding sash outside drawing is as shown in Figure 4: Fig. 5 is the a-a sectional view of Fig. 4, Fig. 6 is the b-b sectional view of Fig. 4, wherein 1 ' be the edge-on very section bar of sliding window sash, 2 ' be outer reinforcing rib, 3 ' be to strengthen fixedly muscle, 4 ' be the side frame section bar, 5 ' be the side frame seal groove, 6 ' be weather strip, 7 ' be to endure section bar in the outer sliding window sash, 8 ' be fixedly muscle of the hollow reinforcement of external middle lever, 9 ' be weather strip, 10 ' be outer right angle sealing plate, 11 ' be external middle lever weather strip embedding groove, 12 ' be interior in the edge-on muscle retaining of weather strip embedding groove platform very, 13 ' be section bar very in the internal layer sliding window sash, 14 ' be interior right angle sealing plate, 15 ' be very to strengthen fixedly muscle in interior, 16 ' be interior hollow reinforcing rib, 17 ' be the middle cross beam section bar, 18 ' be the sagging plate of upper frame shape material, 19 ' be sliding window sash top rail section bar, 20 ' be the side wing seal groove, 21 ' be that sliding window sash is the lower transverse beam section bar, 22 ' be inboard wing plate seal groove, 23 ' be pulley, 24 ' be pulley bracket, 25 ' be in sealing block very, 26 ' be frame section down, 27 ' be frame section slideway down, 28 ' be the following indoor watertight shutter of frame section, 29 ' be hollow glass, 30 ' be adhesive tape, 31 ' be lock, 32 ' be dead bolt, 33 ' be upper frame shape material, 34 ' be the fixed fan panel, 35 ' be the lead glass press strip.When closing sliding window sash, edge-on very section bar 1 ' inserting side frame section 4 ' groove in, reinforcing rib 2 on the edge-on very section bar wing plate ' be pressed in side frame section bar 4 ' slot opening on, simultaneously the edge-on very section bar 1 of the weather strip 6 of side frame seal groove 5 ' interior ' be pressed in ' on, with the gap sealing between side frame and edge-on enduring.The sealing in slit between adjacent upright the enduring of internal layer sliding window sash with outer sliding window sash, by outer right angle sealing plate 10 ' with the insertion of interior right angle sealing plate 14 ' mutual and be installed in weather strip embedding groove 11 ', 12 ' interior weather strip 6 ' 9 ' with interior right angle seals that plate 10 ' 14 ' sealing contacts, in the internal layer sliding window sash very section bar 13 ' the indoor be provided with in hollow reinforcing rib 16 ', increase the Wind-Pressure Resistance deformation performance of enduring section bar in the sliding window sash.Neutrality endure on divide in very sealing block 25 ' will in very about gap sealing.The both sides, top rail section bar 19 ' upper end of sliding window sash all establish wing plate seal groove 20 ', embedded seal weatherstrip 6 ', seal weatherstrip 6 ' with middle cross beam section bar 17 ' on sagging plate 18 ' contact, with middle cross beam section bar 17 ' and sliding window sash top rail section bar 19 ' gap sealing.Sliding window sash lower transverse beam section bar 21 ' its inboard be provided with interior seal groove 22 ', seal groove 22 ' embedded seal weatherstrip 6 ', seal weatherstrip 6 ' with following frame section 26 ' on two square type slideways 27 ' side elevation contact, with the gap sealing between lower frame and lower transverse beam, the pulley 23 of sliding window sash lower transverse beam section bar 21 ' interior ' be placed on down frame section square type slideway 27 ' upper surface, make the sliding window sash push-and-pull flexible, following frame section 26 ' indoor side be provided with indoor watertight shutter 28 ', prevent in the rainwater inlet chamber.The upright very section bar 4 of an indoor side window frame ' on install lock 31 ', the edge-on very section bar 1 of dead bolt 32 ' insertions sliding window sash ' lock stud retaining platform 2 ' outward, with inside and outside sliding window sash locking.The installation of last fixed sash glass be upper frame shape material 33 ', side frame section bar 4 ', middle cross beam section bar 17 ' groove in install and fix fan panel 34 ', fixed fan panel 34 ' interior installation hollow glass 29 ', with lead glass press strip 35 ' fixing.
Claims (2)
1, a kind of material-saving, the sealing aluminium alloy sliding sash, mosaic seal in the sliding window sash top rail section bar seal groove, weather strip contacts with sagging plate of sliding sash upper ledge or the sagging plate of middle cross beam, mosaic seal in the sliding window sash lower transverse beam seal groove, weather strip contacts with following frame section, establish sealing plate and weather strip embedding groove upright adjacent of outer sliding window sash on very with the internal layer sliding window sash, in the weather strip embedding groove weather strip is housed, sealing plate on the internal layer sliding window sash and the sealing plate on the outer sliding window sash insert mutually, weather strip with adjacent in very the section bar face contact, it is characterized in that: the upright very section bar wing plate peripheral hardware reinforcing rib of sliding window sash, edge-on very insertion of sliding window sash that is provided with reinforcing rib studs with in the lateral vertical frame groove of weather strip.
2, material-saving as claimed in claim 1, the sealing aluminium alloy sliding sash, it is characterized in that: the upright very indoor side of section bar of inside and outside sliding window sash is established lock stud retaining platform, and the dead bolt that is installed on the indoor side window frame side master frame section is stuck on the sliding window sash retaining platform stud, with the sliding window sash locking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94229106 CN2198370Y (en) | 1994-07-12 | 1994-07-12 | Material saving, closed aluminium alloy sliding window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94229106 CN2198370Y (en) | 1994-07-12 | 1994-07-12 | Material saving, closed aluminium alloy sliding window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2198370Y true CN2198370Y (en) | 1995-05-24 |
Family
ID=33841499
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94229106 Expired - Fee Related CN2198370Y (en) | 1994-07-12 | 1994-07-12 | Material saving, closed aluminium alloy sliding window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2198370Y (en) |
-
1994
- 1994-07-12 CN CN 94229106 patent/CN2198370Y/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 |