CN1247265A - Slide door (window) - Google Patents
Slide door (window) Download PDFInfo
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- CN1247265A CN1247265A CN 98118927 CN98118927A CN1247265A CN 1247265 A CN1247265 A CN 1247265A CN 98118927 CN98118927 CN 98118927 CN 98118927 A CN98118927 A CN 98118927A CN 1247265 A CN1247265 A CN 1247265A
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- slippage
- slide
- wing
- traversing
- guiding
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Abstract
A slide door (window) is composed of slide-translation track, slide-translation sashes, slide sashes, slide track, latch pin, guide slot and sealing member. When the slide sash for closing the opening moves to a position that aligns to the slide-translation sash that has moved to correspondent position, it can close the opening to form a smooth, beautiful and closed plane.
Description
The present invention relates to a kind of slide door or window of using at the opening part of building, especially the slide door or window of forming by guide rail, wing and latch mechanism etc.
Building door, window opening part often use flat-open door and window, slide door or window to seal.The wing of slide door or window is to slide and open wide or the sealing opening along separately guide rail on the framework, and occupation space is little during its shutter door, does not hinder the normal use of adjacent area beyond the opening.China utility model patent manual ZL 90 2 18571.3 discloses a kind of house sliding door, form by door leaf with upper, middle and lower pulley and fixing upper, middle and lower slideway on the wall, purpose is that the door of solution use at present takies the problem than large space, only is applicable to single door.China utility model patent manual ZL91 2 29854.5 discloses the full glass slide door or window of a kind of highrise building aluminium alloys, it with the thick float glass of 8mm as bar, each annex is installed thereon, and staggered seam place is equiped with the section bar column of nylon strip in the middle of the glass door leaf.Each wing when closing that exists on all unresolved sliding door and window structure of such scheme is not or not same plane, thereby problems such as seal, aesthetic property difference, glass slide door or window on the building is more because of its wing limit stile, constitutes seriously isolating and destroying the original visual field of building window opening view.
The purpose of this invention is to provide a kind of slide door or window that overcomes above-mentioned deficiency, the wing of this slide door or window can slide and unlimited or sealing opening along the guide rail that is fixed on the building matrix, sealing during opening wing be at conplane, staggered seam each other, the wing side need not frame, thereby each wing forms smooth sealing surface.
For achieving the above object, technical scheme of the present invention is: slide door or window comprises slippage wing, slippage guide rail and lock pin; It also has slippage-traversing guide rail, comprises covering of the fan, turns to slide and slippage-traversing wing, gathering sill and the sealing device of the slide that leads; Turn to slide and the guiding slide that move on slippage-traversing guide rail are separately fixed at the bottom and the top of covering of the fan.
Slippage-traversing guide rail is divided into load-bearing rail and guided way, includes out position section, traversing section and closes the position section; It is arranged side by side with the slippage guide rail to open position section, closes position section and slippage guide rail on same straight line, and traversing section connection opened the position section and closed the position section and seamlessly transit.
2 bottom and tops that turn to slide and 2 guiding slide to be separately fixed at covering of the fan, the guiding mandrel axis of the steer axis that turns to slide of upper-lower position correspondence and guiding slide is on same plumb line.
The steer axis that turns to slide of the rear end side of slippage-traversing wing is E1 apart from the distance of rear end, the slippage wing roller of the slippage wing front of slippage wing is E2 apart from the distance of slippage wing front end, E1 and E2's and greater than the distance L of closing end between position section and slippage guide rail.
Slide door or window according to the present invention's structure, after slippage-traversing wing moves the position that reaches concordant with the slippage wing, the slippage wing moves into place the gap of eliminating between each wing, the opening part of containment building, and each wing side need not frame, thus the sealing opening wing can form complete plane, airtight, attractive in appearance, more can keep the original visual field of door and window opening view during with the glass fan core, beautify household, working environment.
The present invention is described in detail below in conjunction with drawings and Examples.
Fig. 1 is the elevational schematic view of the sliding door of embodiment one;
Fig. 2 is the wing position view of the sliding door of embodiment one;
Fig. 3 is the A-A generalized section of the sliding door of embodiment one;
Fig. 4 is the structural representation of the slippage-traversing wing of the sliding door of embodiment one;
Fig. 5 is the structural representation that turns to slide of the sliding door of embodiment one;
Fig. 6 is the structural representation of guiding slide of the sliding door of embodiment one;
Fig. 7 is the structural representation of slippage wing of the sliding door of embodiment one;
Fig. 8 is the scheme of installation of longitudinal joint weather strip of the sliding door of embodiment one;
Fig. 9 is the scheme of installation of all side seam weather strips of the sliding door of embodiment one;
Figure 10 is the scheme of installation of gathering sill of the sliding door of embodiment one;
Figure 11 is that the wing of the sliding door of embodiment two is arranged schematic diagram;
Figure 12 is the wing position view of the sliding door of embodiment three when opening wide;
Figure 13 is the wing position view in sliding door when sealing of embodiment three;
Figure 14 is the wing position view of the sliding door of embodiment four when opening wide;
Figure 15 is the wing position view in sliding door when sealing of embodiment four;
Figure 16 is the structural representation that turns to slide of the sliding door of embodiment five;
Figure 17 is the structural representation of guiding slide of the sliding door of embodiment five;
Figure 18 is that the wing and the sealing device of the sliding door of embodiment six arranged schematic diagram;
Figure 19 is all side seam gasket structure schematic diagrames of the sliding door of embodiment seven;
Figure 20 is all side seam gasket structure schematic diagrames of the sliding door of embodiment seven;
Figure 21 is the T shape longitudinal joint weather strip cross sectional representation of sliding door of the present invention;
Figure 22 is worker's shape longitudinal joint weather strip cross sectional representation of sliding door of the present invention;
Figure 23 is the D shape longitudinal joint weather strip cross sectional representation of sliding door of the present invention.
Embodiments of the invention one are the examples with sliding door of two fan wings, and its structural principle is seen Fig. 1 to Figure 10.
Fig. 1 to Fig. 4 has shown the basic structure composition of this embodiment.Slide door or window comprises slippage wing 3, slippage guide rail 4 and lock pin 5; It also has slippage-traversing guide rail 1, comprises covering of the fan 21, turns to slide 22 and slippage-traversing wing 2, gathering sill 6 and the sealing device 7 of the slide 23 that leads; Turn to slide 22 and the guiding slide 23 that move on slippage-traversing guide rail 1 are separately fixed at the bottom and the top of covering of the fan 21.
Slippage-traversing guide rail 1 is divided into load-bearing rail 14 and guided way 15, includes out position section 11, traversing section 12 and closes position section 13; It is arranged side by side with slippage guide rail 4 to open position section 11, closes position section 13 and slippage guide rail 4 on same straight line, and traversing section 12 connects and open position section 11 and close position section 13 and seamlessly transit.Load-bearing rail 14 is fixed on the opening 92 sides belows building matrix 91, bear slippage-traversing wing 2 weight and and the guided way 15 that is fixed on top, the opening 92 sides building matrix 91 guide slippage-traversing wing 2 opening position section 11 and closing between the position section 13 and move in the lump.
The shape of cross section of load-bearing rail 14 and guided way 15 can be different, but its longitudinal axis be identical and on vertical guide segmentation parallel.Open position section 11 and on horizontal plane, be separated from each other a distance greater than wing thickness with slippage guide rail 4, in order to avoid slippage-when moving with slippage wing 3, traversing wing 2 interferes mutually.In sliding door when sealing,, slippage-traversing wing 2 and slippage wing 3 lay respectively at and close position 94 and the slippage wing closes position 96; When sliding door opened wide, slippage-traversing wing 2 and slippage wing 3 lay respectively at out position 93 and the slippage wing is opened position 95.
Fig. 4 has shown the ingredient of covering of the fan 21, and covering of the fan 21 comprises fan core 211, covering of the fan lower frame 212 and covering of the fan upper ledge 213; Fan core 211 is glass, plastics or wooden, and covering of the fan lower frame 212 and covering of the fan upper ledge 213 are metal, plastics or wooden; Covering of the fan lower frame 212 and covering of the fan upper ledge 213 can directly adopt commercially available section bar, and be fixedly connected with fan core 211 with bonding agent.
Fig. 5 has shown the structure that turns to slide 22 and load-bearing rail 14, turns to slide 22 to comprise and turns to slide seat body 221, roller devices 222 and steering mechanism 223, and the rotation of steering mechanism 223 is steer axises 224; Turn to slide seat body 221 and covering of the fan 21 fixedly connected; Roller devices 222 adapts with the shape of cross section of load-bearing rail 14, and roller devices 222 slides on load-bearing rail 14 or in the load-bearing rail 14; Steering mechanism's 223 connections turn to slide seat body 221 and roller devices 222, make the two only in vertical a rotational freedom be arranged.
Turning on the slide seat body 221 has height adjustment mechanism, makes the setting height(from bottom) that turns to slide 22 change to the numerical value of requirement, fixedly connected again slide 22 and the covering of the fan 21 of turning to.Cushion block 225 and heighten screw 226 and form height adjustment mechanisms, screw 226 is heightened in rotation can change cushion block 225 and the distance that turns to slide seat body 221, thereby the setting height(from bottom) that will turn to slide 22 changes to the numerical value of requirement, again with hold-down screw 227 fixedly connected slide 22 and the covering of the fans 21 of turning to.
Turn to slide 22 that the weight of covering of the fan 21 and the wind load that bears thereof etc. are delivered on the load-bearing rail 14, its roller devices 222 can rotate on vertical mutually with covering of the fan 21, thereby can waltz through the turning point of load-bearing rail 14 and the phenomenon do not blocked.The roller that adapts with load-bearing rail 14 shapes of roller devices 222 rolls on load-bearing rail 14, makes slippage-traversing wing 2 move easily smooth and easy.Adjusting turns to the setting height(from bottom) of slide 22 to make slippage-traversing wing 2 reach predetermined altitude and is parallel to each other with slippage wing 3, thereby the mutual longitudinal seam of when sealing wing is little and even, is beneficial to longitudinal joint weather strip 71 and seals.
Fig. 6 has shown the structure of guiding slide 23 and guided way 15, and guiding slide 23 comprises guiding slide seat body 231, guiding slide mandrel 232 and directive wheel 233, and the axis of guiding slide mandrel 232 is guiding mandrel axis 234; Guiding slide seat body 231 is fixedlyed connected with covering of the fan 21, is fixed with guiding slide mandrel 232 on the guiding slide seat body 231, and the directive wheel 233 that is enclosed within on the guiding slide mandrel 232 moves in guided way 15.The cross section of guided way 15 has flute profile or similar structures, thereby directive wheel 233 slides therein and bears the lateral load of slippage-traversing wing 2, keeps slippage-traversing wing 2 to be on the vertical.
Fig. 4 has also shown and has turned to slide 22 and the installation site of guiding slide 23 on covering of the fan 21,2 bottom and tops that turn to slide 22 and 2 guiding slide 23 to be separately fixed at covering of the fan 21, the guiding mandrel axis 234 of the steer axis that turns to slide 22 224 of upper-lower position correspondence and guiding slide 23 is on same plumb line.A pair of slide 22 and the guiding slide 23 of turning near front end 24 should be forward as far as possible, in order to avoid front end 24 all side seam weather strips 72 of collision or building matrixes 91; 25 distance is E1 apart from the rear end near the steer axis that turns to slide 22 224 of rear end 25, and E1 can not be greater than half of the width of slippage-traversing wing 2, be generally its about 1/3rd.
Fig. 7 has shown the ingredient of slippage wing 3, slippage wing 3 comprises slippage wing covering of the fan 31, slippage wing roller 32 and slippage wing directive wheel 33, the a pair of slippage wing roller 32 of close slippage wing front end 34 and slippage wing directive wheel 33 are E2 apart from the distance of slippage wing front end 34, E2 can not be greater than half of 3 width, be generally its about 1/3rd.Slippage wing roller 32 can directly adopt commercially available slide door or window roller, correspondingly can directly adopt a rail and open the section 11 of following rail as slippage guide rail 4 and slippage-traversing guide rail 1 on the commercially available slide door or window.
As Fig. 2, Fig. 4 and shown in Figure 7,25 distance is E1 to the steer axis that turns to slide 22 224 of rear end 25 sides of slippage-traversing wing 2 apart from the rear end, the slippage wing roller 32 of slippage wing front end 34 sides of slippage wing 3 is E2 apart from the distance of slippage wing front end 34, E1 and E2's and greater than closing the distance L of position section 13, so that slippage-traversing wing 2 and slippage wing 3 can be close together in same plane when sealing opening 92 with 4 ends of slippage guide rail.
Figure 10 is the scheme of installation of gathering sill 6, and the cross section of gathering sill 6 is flute profiles, is fixed on slippage-traversing wing 2 or the slippage wing 3, is accurately positioned in same plane when making each wing sealing.Cross section is that the gathering sill 6 of a toroidal is convenient to corresponding slippage wing 3 or slippage-traversing wing 2 is directed into the tram; Similarly, adopt cone pin also can reach same purpose with corresponding circular hole or at installing inclined-plane, the side of slippage-traversing wing 2 (perhaps the slippage wing 3) block.
Can install lock pin 5 on slippage-traversing wing 2 and slippage wing 3, it is lock or latch, and slippage-traversing wing 2 and slippage wing 3 when making sealing are locked in respectively on slippage-traversing guide rail 1 and the slippage guide rail 4.
Embodiments of the invention two are to split the example that two of function is fanned the sliding door of wings in the middle of having, and its wing arranges that signal is as Figure 11.Different with embodiment one is, its slippage-traversing guide rail 1 close position section 13 be lengthened out (also can be considered be another section open position section 11 be connected on close on the position section 13), thereby another of the left side that has formed slippage-traversing wing 2 opened position 93.Slippage-traversing wing 2 and slippage wing 3 are pushed open left and to the right respectively, and acquisition one is in the passage in the middle of the opening 92; Slippage-traversing wing 2 and slippage wing 3 are all pushed away to the right, and the place, left side of opening 92 forms a passage that broadens gradually.
Embodiments of the invention three are the examples with sliding door of three fan wings, and its wing is arranged signal as Figure 12 and Figure 13, the wing position view when Figure 12 is unlimited, the wing position view when Figure 13 is sealing.Different with embodiment two is, it comprises a fan slippage-traversing wing 2 and two fan slippage wings 3, and the door and window hole place that is suitable for broad uses.
Embodiments of the invention four are the examples with sliding door of four fan wings, and its wing is arranged signal as Figure 14 and Figure 15, the wing position view when Figure 14 is unlimited, the wing position view when Figure 15 is sealing.Different with embodiment one is that it comprises two fan slippage-traversing wings 2 and two fan slippage wings 3; Its slippage-traversing guide rail 1 not only has long section 13 of closing, and has two sections to open the both sides that position section 11 is arranged in opening 92; There are two sections slippage guide rails 4 to be arranged in the both sides of opening 92, are suitable for wide especially door and window hole place and use.Two fan slippage-traversing wings 2 are after the centre moves into place, and the slippage wing 3 of mobile both sides can complete closure opening 92.
Embodiments of the invention five are examples of the sliding door of load-bearing rail 14 top that is arranged in slippage-traversing wing 2, and different with embodiment one is, load-bearing rail 14 is arranged in the top of slippage-traversing wing 2, and guided way 15 is arranged in the below of slippage-traversing wing 2; Correspondingly, it turns to slide 22 also different with the structure of guiding slide 23, as Figure 16 and shown in Figure 17.The slide seat body 221 that turns to that turns to slide 22 on slippage-traversing wing 2 is cuboids, and connecting thread 228 is arranged on it, and hold-down screw 227 makes and turns to slide seat body 221 and covering of the fan upper ledge 213 fixedly connected; Mandrel 2231 front ends that turn to of steering mechanism 223 turn to mandrel thread 2233, turn to mandrel thread 2233 to cooperate with connecting thread 228, link to turn to slide seat body 221 and steering mechanism 223 and regulate the setting height(from bottom) that turns to slide 22.Roller devices 222, steering mechanism 223 and load-bearing rail 14 can directly adopt commercially available slide hanging wheel, hanger rail.
Guided way 15 is the channel suspending rails that adapt with directive wheel 233 sizes, and wing limit is arranged in both sides so that the sealing of 212 of guided way 15 and covering of the fan lower frames.
Embodiments of the invention six are that Figure 18 has shown its structure to the example of the sliding door of 92 liang of tight sealings of side clearance of opening.With embodiment-different be, the position of closing position 94 in the left side of opening 92 correspondence is provided with flute profile strip 75, and the shape of the front end 24 of the groove of flute profile strip 75 and slippage-traversing wing 2 adapts, and installs all side seam weather strips 72 in the notch of flute profile strip 75; All side seam weather strips 72 that corresponding slippage wing closes the position of position 96 on the right side of opening 92 are installed in the side of all side seam sealing plates 73, are equiped with lath 74 in the slippage wing rear end 35 of slippage wing 3; During sealing, groove and all side seam weather strips 72 that the front end 24 of slippage-traversing wing 2 embeds flute profile strip 75 are adjacent to, slippage wing 3 is moved to the left and makes longitudinal joint weather strip 71 be adjacent to rear end 25 simultaneously and make lath 74 be adjacent to all side seam weather strips 72, thereby the both sides of opening 92 also obtain tight sealing.
Embodiments of the invention seven are that Figure 19 and Figure 20 have shown the structure of its sealing device 7 to the example of the sliding door of the tight sealing of opening 92 peripheral clearances.Different with embodiment one is, all side seam weather strips 72 comprise weather strip surface layer 721, set off lath 722, travel(l)ing rest 723 and spring 724; Travel(l)ing rest 723 as the support that sets off the removable of lath 722 or rotate is fixed on all side seam sealing plates 73, weather strip surface layer 721 with set off lath 722 and fixedly connected; Under the elastic force effect of spring 724, weather strip surface layer 721 is attached to the side surface of slippage-traversing wing 2 or slippage wing 3.Weather strip surface layer 721 is hair (felt) bars of rectangular cross section, setting off lath 722 is flexible as the substrate strip that sets off of weather strip surface layer 721, under the effect of several springs 724 that disperse, set off lath 722 and make whole piece weather strip surface layer 721 on total length, be attached to the side surface of slippage-traversing wing 2 or slippage wing 3.All side seam weather strips 72 shown in Figure 19 are used at the right side of opening 92 shown in Figure 2 and top, its each travel(l)ing rest 723 is formed by the short pin that a pedestal with holes and slide in the hole, pedestal and short sell respectively with all side seam sealing plates 73 with set off lath 722 and fixedly connected.All side seam weather strips 72 shown in Figure 20 are used in the left side of opening 92 shown in Figure 2, its each travel(l)ing rest 723 constitutes by a loose-leaf, the spring 724 that is enclosed within on the loose-leaf bearing pin is wind springs, two page or leaf sheets of loose-leaf respectively with set off lath 722 and fixedly connected with all side seam sealing plates 73; The slit that soft band 725 will set off 73 of lath 722 and all side seam sealing plates is sealed.All side seam weather strips 72 of this structure also can be used for the right side and the top of opening 92 shown in Figure 2.
Figure 21, Figure 22 and Figure 23 have shown three kinds of shape of cross sections in addition of longitudinal joint weather strip 71, and with the longitudinal joint weather strip 71 that materials such as transparent rubber, organic glass, nylon or felt are made, its cross section is respectively T shape, worker's shape and D shape.
The structural concept of the sliding door of the foregoing description is equally applicable to sliding sash, and it is used and all falls into protection scope of the present invention, and other combination of each several part structural concept also falls into protection scope of the present invention.
Claims (10)
1. the slide door or window used of the opening part of a building, comprise slippage wing (3), slippage guide rail (4) and lock pin (5), it is characterized in that: it also has slippage-traversing guide rail (1), comprises covering of the fan (21), turns to slide (22) and slippage-traversing wing (2), gathering sill (6) and the sealing device (7) of the slide (23) that leads; Go up turn to slide (22) and the guiding slide (23) that move at slippage-traversing guide rail (1) and be separately fixed at the bottom and the top of covering of the fan (21).
2. slide door or window according to claim 1 is characterized in that: slippage-traversing guide rail (1) is divided into load-bearing rail (14) and guided way (15), includes out position section (11), traversing section (12) and closes position section (13); It is arranged side by side with slippage guide rail (4) to open position section (11), closes position section (13) and slippage guide rail (4) on same straight line, and traversing section (12) connect and open position section (11) and close position section (13) and seamlessly transit.
3. slide door or window according to claim 1 is characterized in that: turn to slide (22) to comprise and turn to slide seat body (221), roller devices (222) and steering mechanism (223), the rotation of steering mechanism (223) is steer axis (224); Turn to slide seat body (221) and covering of the fan (21) fixedly connected; Roller devices (222) adapts with the shape of cross section of load-bearing rail (14), and roller devices (222) upward or in the load-bearing rail (14) slides at load-bearing rail (14); Steering mechanism (223) connection turns to slide seat body (221) and roller devices (222), makes the two only in vertical a rotational freedom be arranged.
4. according to claim 1 and the described slide door or window of claim 3, it is characterized in that: steering mechanism (223) comprises and turns to mandrel (2231) and steering bearing (2232) that the axis that turns to mandrel (2231) promptly is steer axis (224); The interior ring of steering bearing (2232) is fixedlyed connected with turning to mandrel (2231), the outer shroud of steering bearing (2232) with turn to mandrel 2231 in one fixedly connected with turning to slide seat body (221), another is fixedlyed connected with roller devices (222).
5. slide door or window according to claim 1 is characterized in that: guiding slide (23) comprises guiding slide seat body (231), guiding slide mandrel (232) and directive wheel (233), and the axis of guiding slide mandrel (232) is a guiding mandrel axis (234); Guiding slide seat body (231) is fixedlyed connected with covering of the fan (21), is fixed with guiding slide mandrel (232) on the guiding slide seat body (231), and the directive wheel (233) that is enclosed within on the guiding slide mandrel (232) moves in guided way (15).
6. according to claim 1, claim 3 and the described slide door or window of claim 5, it is characterized in that: 2 bottom and tops that turn to slide (22) and 2 guiding slides (23) to be separately fixed at covering of the fan (21), the guiding mandrel axis (234) of the steer axis that turns to slide (22) (224) of upper-lower position correspondence and guiding slide (23) is on same plumb line.
7. slide door or window according to claim 1, it is characterized in that: the distance of (25) is E1 to the steer axis that turns to slide (22) (224) of rear end (25) side of slippage-traversing wing (2) apart from the rear end, the slippage wing roller (32) of slippage wing front end (34) side of slippage wing (3) is E2 apart from the distance of slippage wing front end (34), E1 and E2's and greater than the distance L of closing end between position section (13) and slippage guide rail (4).
8. slide door or window according to claim 1 is characterized in that: sealing device (7) comprises longitudinal joint weather strip (71), all side seam weather strips (72) and all side seam sealing plates (73); Longitudinal joint weather strip (71) is fixed in the side of slippage-traversing wing (2) or slippage wing (3), the gap between the sealing wing; All side seam weather strips (72) and all side seam sealing plates (73) are fixed in the side, both sides and the top-side of opening (92), seal the gap of each wing plane and opening (92) periphery.
9. according to claim 1 and the described slide door or window of claim 8, it is characterized in that: all side seam weather strips (72) comprise weather strip surface layer (721), set off lath (722), travel(l)ing rest (723) and spring (724); Travel(l)ing rest (723) as the support that sets off the removable of lath (722) or rotate is fixed on all side seam sealing plates (73), weather strip surface layer (721) with set off lath (722) and fixedly connected; Under the elastic force effect of spring (724), weather strip surface layer (721) is attached to the side surface of slippage-traversing wing (2) or slippage wing (3).
10. slide door or window according to claim 1 is characterized in that: the cross section of gathering sill (6) is a flute profile, is fixed on slippage-traversing wing (2) or the slippage wing (3), is accurately positioned in same plane when each wing is closed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98118927 CN1247265A (en) | 1998-09-08 | 1998-09-08 | Slide door (window) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98118927 CN1247265A (en) | 1998-09-08 | 1998-09-08 | Slide door (window) |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1247265A true CN1247265A (en) | 2000-03-15 |
Family
ID=5226157
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 98118927 Pending CN1247265A (en) | 1998-09-08 | 1998-09-08 | Slide door (window) |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1247265A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101313119B (en) * | 2005-11-21 | 2012-06-13 | 奥帕克马雷有限公司 | Door or window with watertight sealing mechanism |
| CN103774975A (en) * | 2013-12-26 | 2014-05-07 | 余姚市朗霞镇大众铸件精工厂 | Screen window used on window |
| CN110107194A (en) * | 2019-06-06 | 2019-08-09 | 重庆华厦钢结构有限公司 | A kind of high airtight sliding door and window of steel plastic compount |
| CN111868444A (en) * | 2018-03-16 | 2020-10-30 | Lg电子株式会社 | Indoor unit of air conditioning equipment |
-
1998
- 1998-09-08 CN CN 98118927 patent/CN1247265A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101313119B (en) * | 2005-11-21 | 2012-06-13 | 奥帕克马雷有限公司 | Door or window with watertight sealing mechanism |
| CN103774975A (en) * | 2013-12-26 | 2014-05-07 | 余姚市朗霞镇大众铸件精工厂 | Screen window used on window |
| CN111868444A (en) * | 2018-03-16 | 2020-10-30 | Lg电子株式会社 | Indoor unit of air conditioning equipment |
| CN110107194A (en) * | 2019-06-06 | 2019-08-09 | 重庆华厦钢结构有限公司 | A kind of high airtight sliding door and window of steel plastic compount |
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