CN104265125B - Panorama type frameless window - Google Patents
Panorama type frameless window Download PDFInfo
- Publication number
- CN104265125B CN104265125B CN201410466687.8A CN201410466687A CN104265125B CN 104265125 B CN104265125 B CN 104265125B CN 201410466687 A CN201410466687 A CN 201410466687A CN 104265125 B CN104265125 B CN 104265125B
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- upper rail
- breach
- rolling member
- fixing groove
- sliding part
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Abstract
The invention discloses panorama type frameless window, including: at least two casement assembly, the top edge of each casement assembly has protruded upward two the first sliding parts or the first rolling member, and the lower limb of each casement assembly has extended downwardly from two the second sliding parts or the second rolling member；Fixing groove, the side channel wall at these fixing groove two ends is respectively equipped with the first breach for the first sliding part or the first rolling member traverse；Upper rail, is slidably matched along short transverse with fixing groove, and the cell wall at these upper rail two ends is provided with mean for the first sliding part or the second breach of the first rolling member traverse, the second breach and the first breach connect；Telescopic regulation structure, for regulating fixing groove and the upper rail spacing in short transverse；And lower guide channel, the cell wall at these lower guide channel two ends is provided with mean for the second sliding part or the 3rd breach of the second rolling member traverse.The present invention can realize both being beneficial to ventilation and penetrating light, can regulate again height, adapts to the height dimension of different windows.
Description
Technical field
The present invention relates to windowpane, be specifically related to panorama type frameless window.
Background technology
The balcony of building is generally encapsulated with windowpane, is used for keeping out wind and rain.Balcony glass window of the prior art is usually the formula of outwardly opening or horizontal sliding is pull-type, and this kind of windowpane has the drawback that
(1) bother very much to a layer outside cleaning panes；
(2) horizontal sliding of windowpane is moved or is opened and is not sufficiently stable, and easily waves, it is easy to produces noise, particularly vibrates comparatively strong under high wind conditions, in some instances it may even be possible to occur glass plate to come off；
(3) glass sheet perimeter is required for arranging frame and frame is generally relatively big, hinders sunlight to penetrate into indoor so that ventilate, lighting performance all bad, and affect the attractive in appearance and visual field；
(4) needs are particularly customized in strict accordance with the height dimension of window, bad adaptability.
Summary of the invention
In order to overcome the deficiencies in the prior art, it is an object of the invention to provide panorama type frameless window, it is achieved be both beneficial to ventilation and penetrating light, height can be regulated again, adapt to the height dimension of different windows.
The purpose of the present invention adopts the following technical scheme that realization:
Panorama type frameless window, including:
At least two casement assembly, the top edge of each casement assembly has protruded upward two the first sliding parts or the first rolling member, and the lower limb of each casement assembly has extended downwardly from two the second sliding parts or the second rolling member；
Fixing groove, the side channel wall at these fixing groove two ends is respectively equipped with the first breach for the first sliding part or the first rolling member traverse；
Upper rail, it is slidably matched along short transverse with fixing groove, have and be slidably matched along the length direction of upper rail with the first sliding part or roll, along the length direction of upper rail, the first trough body structure coordinated with the first rolling member, the cell wall at these upper rail two ends is provided with mean for the first sliding part or the second breach of the first rolling member traverse, the second breach and the first breach connect；
Telescopic regulation structure, is located between fixing groove and upper rail, for regulating fixing groove and the upper rail spacing in short transverse；And
Lower guide channel, having and be slidably matched along the length direction of upper rail with the second sliding part or roll, along the length direction of lower guide channel, the second trough body structure coordinated with the second rolling member, the cell wall at these lower guide channel two ends is provided with mean for the second sliding part or the 3rd breach of the second rolling member traverse.
Preferably, all down, upper rail stretches in the notch of fixing groove the notch of described fixing groove and upper rail.
Preferably, with the first bolt of Nut column threaded engagement after described telescopic regulation structure includes being extended downwardly from by the bottom land of fixing groove Nut column, the bottom land running through upper rail.
Being preferably located at the upper rail bottom land below described Nut column and have the draw-in groove that the length direction along upper rail extends, the head of described first bolt is clamped in draw-in groove.
Preferably, described first rolling member includes the axis that protruded upward by the top edge of casement assembly and is journaled into the roll wheel assembly on this axis, and this roll wheel assembly and the first trough body structure roll and coordinate.
Preferably, described roll wheel assembly includes the upper roller, bottom roller and the positioning disk that from top to bottom arrange, and upper roller and bottom roller are journaled on axis spaced reciprocally, and positioning disk is fixed on axis, and end face and/or the bottom surface of positioning disk are protruding with projection；Described first trough body structure includes the medial wall of upper rail and the support bar inwardly stretched out by the medial wall of upper rail and guiding cell body, support bar end face is roll, with upper roller, the first support face coordinated, being slidably matched along the length direction of upper rail in protruding insertion guiding cell body and with guiding cell body, the top cell wall end face of guiding cell body is roll, with bottom roller, the second support face coordinated.
Preferably, described first support face and the second support face are inclined-plane, and accordingly, described upper roller and the first support face roll the mating surface and bottom roller that coordinate and the second support face rolls the mating surface coordinated and is inclined-plane.
Preferably, described casement assembly includes glass plate, train wheel bridge, lower plate and multiple for by connector affixed to train wheel bridge or lower plate and glass plate, described first sliding part/the first rolling member is protruded upward by the top edge of train wheel bridge, and described second sliding part/the second rolling member is extended downwardly from by the lower limb of lower plate；The top edge of glass plate and lower limb have at least two fixing port, and each fixing port includes circular hole and the horn mouth passed through mutually with this circular hole；Described connector includes two clamp rings, a latch and second bolt, two clamp rings are located in the biside plate face of glass plate, and two the inner side of clamp ring stretch into the Plug Division coordinated with this fixing port grafting towards fixing port, latch is fixed in the collar extension being inserted into two clamp rings；Being respectively equipped with the inside groove that the head for the second bolt is slidably matched in train wheel bridge and in lower plate, the bar portion of the second bolt is spirally connected with latch radially across after two clamp rings.
Preferably, described first breach is more than the second breach, and the side of the second breach and/or the 3rd breach is fixed with guide plate；This guide plate is stretched out laterally outwardly by upper rail cell wall, and correspondence draws close inclination to the second breach and/or the 3rd breach, and the end of guide plate is provided with the arc-shaped curvature portion of the incline direction back-flexing along guide plate.
Preferably, described fixing groove is divided into multiple pilot trench body sequentially docked, and the bottom land outer wall of each pilot trench body is provided with mean for the slot that outside cutting is inserted, and slot extends along the length direction of fixing groove；The two ends of described upper rail and lower guide channel have been detachably secured frame respectively.
Compared to existing technology, the beneficial effects of the present invention is:
(1) the casement assembly of the present invention is by upper rail and lower guide channel guiding, and a sliding part/rolling member of each casement assembly from the first breach, the second breach pass time, another sliding part/rolling member is as rotating axle, just can open casement assembly, therefore without arranging frame between glass plate and the glass plate of casement assembly, be equivalent to without frame, be significantly beneficial to ventilation and penetrating light；As long as and the first breach, the second breach are provided towards indoor, can by casement assembly towards indoor rotating opening, it is possible to cleaning panes is two-sided easily；
(2) upper rail of the present invention can realize the adjustment of relative spacing by telescopic regulation structure and fixing groove, thus adjusting upper rail, fixing the whole height that groove is slidably matched, and then can the window of adaptive differing heights very easily, it is simple to install, also save installation cost simultaneously；
(3) present invention is coordinated with the guiding of sliding part/rolling member by the first trough body structure, it is beneficial to the stable movement of casement assembly, prevent from waving and send noise, further, there is upper roller, the rolling member of bottom roller and positioning disk, can respectively by the first support face of the first trough body structure, second support face, guiding cell body guiding and correction coordinate, greatly reduce the noise of movable glass sash assembly, simultaneously, train wheel bridge and lower plate are affixed with the glass plate having fixing port by connector, considerably increase affixed intensity, avoid the risk come off in high wind conditions lower glass plate.
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Accompanying drawing explanation
Fig. 1 is the perspective view of panorama type frameless window of the present invention；
Fig. 2 is that casement assembly of the present invention is arranged on upper rail and upper rail is arranged on the structural representation in fixing groove；
Fig. 3 is the structural representation of lower guideway of the present invention；
Fig. 4 is the structural representation of the present invention the first breach, the second breach, guide plate；
Fig. 5 is the structural representation of the present invention the 3rd breach；
Fig. 6 is the structural representation of connector of the present invention；
Fig. 7 is the structural representation of glass plate of the present invention.
In figure: 10, casement assembly；11, glass plate；111, fixing port；112, circular hole；113, horn mouth；12, train wheel bridge；13, lower plate；14, connector；141, clamp ring；142, latch；143, the second bolt；20, the first rolling member；21, axis；22, roll wheel assembly；221, upper roller；222, bottom roller；223, positioning disk；224, protruding；30, the second sliding part；40, fixing groove；41, the first breach；42, Nut column；43, pilot trench body；44, slot；50, upper rail；51, the first trough body structure；52, the second breach；53, the first bolt；54, draw-in groove；55, support bar；56, guiding cell body；57, the first support face；58, the second support face；60, telescopic regulation structure；70, lower guide channel；71, the second trough body structure；72, the 3rd breach；80, guide plate；81, arc-shaped curvature portion；90, frame.
Detailed description of the invention
Panorama type frameless window as shown in Fig. 1～7, including: at least two casement assembly 10, the top edge of each casement assembly 10 has protruded upward two the first sliding parts or the first rolling member 20, and the lower limb of each casement assembly 10 has extended downwardly from two second sliding parts 30 or the second rolling members；Fixing groove 40, the side channel wall at these fixing groove 40 two ends is respectively equipped with the first breach 41 for the first sliding part or the first rolling member 20 traverse；Upper rail 50, it is slidably matched along short transverse with fixing groove 40, have and be slidably matched along the length direction of upper rail 50 with the first sliding part or roll, along the length direction of upper rail 50, the first trough body structure 51 coordinated with the first rolling member 20, the cell wall at these upper rail 50 two ends is provided with mean for the first sliding part or the second breach 52 of the first rolling member 20 traverse, and the second breach 52 and the first breach 41 connect；Telescopic regulation structure 60, is located between fixing groove 40 and upper rail 50, for regulating fixing groove 40 and upper rail 50 spacing in short transverse；And lower guide channel 70, having and be slidably matched along the length direction of upper rail 50 with the second sliding part 30 or roll, along the length direction of lower guide channel 70, the second trough body structure 71 coordinated with the second rolling member, the cell wall at these lower guide channel 70 two ends is provided with mean for the 3rd breach 72 of the second sliding part 30 or the second rolling member traverse.
Upper rail 50, lower guide channel 70, fixing groove 40 is all elongated, the quantity of casement assembly 10 can be arranged according to the length scale of window frame, each casement assembly 10 is by the first sliding part or the first rolling member 20, second sliding part 30 or the second rolling member respectively with upper rail 50, lower guide channel 70 slides or rolls cooperation, thus realizing the sequentially adjacent arrangement of casement assembly 10, and first sliding part/the first rolling member 20 correspondence of each casement assembly 10 is from the first breach 41, when second breach 52 passes, another the first sliding part/the first rolling member 20 is as rotating axle, simultaneously, one the second sliding part 30/ second rolling member passes from the 3rd breach 72, another the second sliding part 30/ second rolling member is as rotating axle, just can open casement assembly 10.
Of course, it is possible to arrange first sliding part/the first rolling member the 20, second sliding part 30/ second rolling member in the position of casement assembly 10 top edge, make each casement assembly 10 can be stacked in side after rotating opening, be beneficial to ventilation.
Upper rail 50 can pass through telescopic regulation structure 60 and fixing groove 40 realize the adjustment of relative spacing, thus adjust upper rail 50, whole height that fixing groove 40 is slidably matched, and then can the window of adaptive differing heights very easily.
Specifically, as shown in Figure 2, the fixing groove 40 of this example and the notch of upper rail 50 are all down, upper rail 50 stretches in the notch of fixing groove 40, that is, upper rail 50 embeds in fixing groove 40, the cell body inwall of fixing groove 40 provides the mating surface being slidably matched with upper rail 50 along short transverse, first sliding part/the first rolling member 20 is stretched in upper rail 50 by the notch of upper rail 50, and upward, the second sliding part 30/ second rolling member is stretched in lower guide channel 70 notch of lower guide channel 70 by the notch of lower guide channel 70.With the first bolt 53 of Nut column 42 threaded engagement after Nut column 42 that the telescopic regulation structure 60 of this example includes being extended downwardly from by the bottom land of fixing groove 40, the bottom land running through upper rail 50.It is positioned at upper rail 50 bottom land below Nut column 42 and has the draw-in groove 54 that the length direction along upper rail 50 extends, the head of the first bolt 53 is clamped in draw-in groove 54, then the head of the first bolt 53 obtains the spacing fixing of short transverse, can prevent the first bolt 53 from preventing from upper rail 50 after locking Nut column 42 relative to fixing groove 40 bob, firmness after hoisting depth adjustment, can avoid producing under wind effect to teetertotter.The position running through upper rail 50 at the first bolt 53 can arrange elongated slot, and with reserved location, during convenient installation, standby Allen key rotates the head of the first bolt 53 and then regulates height.By rotating the first bolt 53, it is possible to by the threaded engagement with Nut column 42, the spacing realizing upper rail 50 and fixing groove 40 regulates.Certainly, telescopic regulation structure 60 can also be other as include spring, gear, inserted link, intubate etc. other can realize the conventional structure of the spacing in short transverse of upper rail 50 and fixing groove 40.
The mode that casement assembly 10 can pass through to slide or roll coordinates with upper rail 50 and lower guide channel 70 respectively, the mode that the top edge of casement assembly 10 introduced below is coordinated with upper rail 50 by roll mode, the lower limb of casement assembly 10 is coordinated with lower guide channel 70 by sliding type:
As in figure 2 it is shown, the first rolling member 20 includes the axis 21 that protruded upward by the top edge of casement assembly 10 and is journaled into the roll wheel assembly 22 on this axis 21, this roll wheel assembly 22 rolls with the first trough body structure 51 and coordinates.This roll wheel assembly 22 can be one or more roller, can also be following structure: roll wheel assembly 22 includes the upper roller 221, bottom roller 222 and the positioning disk 223 that from top to bottom arrange, upper roller 221 and bottom roller 222 are journaled on axis 21 spaced reciprocally, positioning disk 223 is fixed on axis 21, and the end face of positioning disk 223 and/or bottom surface are protruding with protruding 224；First trough body structure 51 includes the medial wall of upper rail 50 and the support bar 55 inwardly stretched out by the medial wall of upper rail 50 and guiding cell body 56, support bar 55 end face is roll, with upper roller 221, the first support face 57 coordinated, protruding 224 insert in guiding cell body 56 and are slidably matched along the length direction of upper rail 50 with guiding cell body 56, and the top cell wall end face of guiding cell body 56 is roll, with bottom roller 222, the second support face 58 coordinated.Upper roller 221, bottom roller 222 and positioning disk 223, can be led by the 57, second support face 58, the first support face, guiding cell body 56 and correct cooperation respectively, rolling can being made more smooth and easy, greatly reduce the noise of movable glass sash assembly 10 being close on the basis of upper rail 50 of upper roller 221 and bottom roller 222.
Guiding correction is carried out for further pair roller assembly 22, first support face 57 and the second support face 58 are inclined-plane, accordingly, upper roller 221 coordinates with the first support face 57 rolling mating surface and bottom roller 222 roll, with the second support face 58, the mating surface coordinated and are inclined-plane.
As it is shown on figure 3, the second sliding part 30 can adopt slide block, the sliding matching mode of chute is slidably matched to the lower limb realizing casement assembly 10 with lower guide channel 70, the second trough body structure 71 of corresponding configuration lower guide channel 70.
Certainly, according to the second rolling member, this second rolling member could be arranged to the structure identical with the first rolling member 20, the second trough body structure 71 of corresponding configuration lower guide channel 70；First sliding part is it can also be provided that the structure identical with the second sliding part 30, corresponding configuration the first trough body structure 51.
As shown in Fig. 1, Fig. 6, the casement assembly 10 of this example includes glass plate 11, train wheel bridge 12, lower plate 13 and multiple for by connector 14 affixed with glass plate 11 to train wheel bridge 12 or lower plate 13, first sliding part/the first rolling member 20 is protruded upward by the top edge of train wheel bridge 12, and the second sliding part 30/ second rolling member is extended downwardly from by the lower limb of lower plate 13；The top edge of glass plate 11 and lower limb have at least two fixing port 111, and each fixing port 111 includes circular hole 112 and the horn mouth 113 passed through with this circular hole 112 phase；Connector 14 includes 141, latch 142 of two clamp rings and second bolt 143, two clamp rings 141 are located in the biside plate face of glass plate 11, and two the inner side of clamp ring 141 stretch into the Plug Division coordinated with this fixing port 111 grafting towards fixing port 111, in the fixing collar extension being inserted into two clamp rings 141 of latch 142；Being respectively equipped with the inside groove that the head for the second bolt 143 is slidably matched in train wheel bridge 12 and in lower plate 13, the bar portion of the second bolt 143 is spirally connected with latch 142 radially across after two clamp rings 141.Rotate the second bolt 143, it is possible to pull latch 142, so that the top edge of glass plate 11 or lower limb and train wheel bridge 12 or lower plate 13 support and fastened.
Train wheel bridge 12 and lower plate 13 are affixed with the glass plate 11 having fixing port 111 by connector 14, considerably increase affixed intensity, can increase firmness further by packaged glass glue again after this connector 14 connects.Specifically, two clamp rings 141 insert in fixing port 111, simultaneously banding latch 142, owing to latch 142 is limited in circular hole 112, stopped by horn mouth 113 again when receiving and pullling power, therefore, after locking the second bolt 143, connector 14 plays the fixation that glass plate 11 is firm.Certainly, the position of fixing port 111 and quantity arbitrarily can be arranged according to firm fixing needs.
And in order to reduce noise further, it is prevented that casement assembly 10 vibrates, and as shown in Figure 4, the first breach 41 is more than the second breach 52, and the side of the second breach 52 and/or the 3rd breach 72 is fixed with guide plate 80；This guide plate 80 is stretched out laterally outwardly by upper rail 50 cell wall, and correspondence draws close inclination to the second breach 52 and/or the 3rd breach 72, and the end of guide plate 80 is provided with the arc-shaped curvature portion 81 of the incline direction back-flexing along guide plate 80.That be obliquely installed and there is the guide plate 80 of arc-shaped curvature portion 81 can to the guiding that carry out close contact through the first sliding part/the first rolling member 20 of first breach the 41, second breach the 52, the 3rd breach 72 or the second sliding part 30/ second rolling member, and realize circular arc smooth transition in guide plate 80 end, to prevent casement assembly 10 from vibrating or colliding with.
As in figure 2 it is shown, owing to longer fixing groove 40 is easily bent deformation, therefore, fixing groove 40 is divided into multiple pilot trench body 43 sequentially docked, and the bottom land outer wall of each pilot trench body 43 is provided with mean for the slot 44 that outside cutting is inserted, and slot 44 extends along the length direction of fixing groove 40；As it is shown in figure 1, the two ends of upper rail 50 and lower guide channel 70 have been detachably secured frame 90 respectively, this frame 90 can be assisted for the side of this panorama type frameless window is fixed on window side.After each pilot trench body 43 is inserted cutting, it is possible to make the bottom land of each pilot trench body 43 flush, it is beneficial to the smooth top margin being fixed on window.
Above-mentioned embodiment is only the preferred embodiment of the present invention, it is impossible to limit the scope of protection of the invention with this, and the change of any unsubstantiality that those skilled in the art does on the basis of the present invention and replacement belong to present invention scope required for protection.
Claims (9)
1. panorama type frameless window, it is characterised in that including:
At least two casement assembly, the top edge of each casement assembly has protruded upward two the first sliding parts or the first rolling member, and the lower limb of each casement assembly has extended downwardly from two the second sliding parts or the second rolling member；
Fixing groove, the side channel wall at these fixing groove two ends is respectively equipped with the first breach for the first sliding part or the first rolling member traverse, this fixing groove is divided into multiple pilot trench body sequentially docked, and the bottom land outer wall of each pilot trench body is provided with mean for the slot that outside cutting is inserted, and slot extends along the length direction of fixing groove；
Upper rail, it is slidably matched along short transverse with fixing groove, have and be slidably matched along the length direction of upper rail with the first sliding part or roll, along the length direction of upper rail, the first trough body structure coordinated with the first rolling member, the cell wall at these upper rail two ends is provided with mean for the first sliding part or the second breach of the first rolling member traverse, the second breach and the first breach connect；
Telescopic regulation structure, is located between fixing groove and upper rail, for regulating fixing groove and the upper rail spacing in short transverse；And
Lower guide channel, having and be slidably matched along the length direction of upper rail with the second sliding part or roll, along the length direction of lower guide channel, the second trough body structure coordinated with the second rolling member, the cell wall at these lower guide channel two ends is provided with mean for the second sliding part or the 3rd breach of the second rolling member traverse；The two ends of upper rail and lower guide channel have been detachably secured frame respectively.
2. panorama type frameless window according to claim 1, it is characterised in that all down, upper rail stretches in the notch of fixing groove the notch of described fixing groove and upper rail.
3. panorama type frameless window according to claim 2, it is characterised in that with the first bolt of Nut column threaded engagement after Nut column that described telescopic regulation structure includes being extended downwardly from by the bottom land of fixing groove, the bottom land running through upper rail.
4. panorama type frameless window according to claim 3, it is characterised in that being positioned at the upper rail bottom land below described Nut column and have the draw-in groove that the length direction along upper rail extends, the head of described first bolt is clamped in draw-in groove.
5. panorama type frameless window according to claim 1, it is characterized in that, described first rolling member includes the axis that protruded upward by the top edge of casement assembly and is journaled into the roll wheel assembly on this axis, and this roll wheel assembly and the first trough body structure roll and coordinate.
6. panorama type frameless window according to claim 5, it is characterized in that, described roll wheel assembly includes the upper roller, bottom roller and the positioning disk that from top to bottom arrange, upper roller and bottom roller are journaled on axis spaced reciprocally, positioning disk is fixed on axis, and end face and/or the bottom surface of positioning disk are protruding with projection；Described first trough body structure includes the medial wall of upper rail and the support bar inwardly stretched out by the medial wall of upper rail and guiding cell body, support bar end face is roll, with upper roller, the first support face coordinated, being slidably matched along the length direction of upper rail in protruding insertion guiding cell body and with guiding cell body, the top cell wall end face of guiding cell body is roll, with bottom roller, the second support face coordinated.
7. panorama type frameless window according to claim 6, it is characterized in that, described first support face and the second support face are inclined-plane, and accordingly, described upper roller and the first support face roll the mating surface and bottom roller that coordinate and the second support face rolls the mating surface coordinated and is inclined-plane.
8. the panorama type frameless window according to any one of claim 1～7, it is characterized in that, described casement assembly includes glass plate, train wheel bridge, lower plate and multiple for by connector affixed to train wheel bridge or lower plate and glass plate, described first sliding part/the first rolling member is protruded upward by the top edge of train wheel bridge, and described second sliding part/the second rolling member is extended downwardly from by the lower limb of lower plate；The top edge of glass plate and lower limb have at least two fixing port, and each fixing port includes circular hole and the horn mouth passed through mutually with this circular hole；Described connector includes two clamp rings, a latch and second bolt, two clamp rings are located in the biside plate face of glass plate, and two the inner side of clamp ring stretch into the Plug Division coordinated with this fixing port grafting towards fixing port, latch is fixed in the collar extension being inserted into two clamp rings；Being respectively equipped with the inside groove that the head for the second bolt is slidably matched in train wheel bridge and in lower plate, the bar portion of the second bolt is spirally connected with latch radially across after two clamp rings.
9. the panorama type frameless window according to any one of claim 1～7, it is characterised in that described first breach is more than the second breach, and the side of the second breach and/or the 3rd breach is fixed with guide plate；This guide plate is stretched out laterally outwardly by upper rail cell wall, and correspondence draws close inclination to the second breach and/or the 3rd breach, and the end of guide plate is provided with the arc-shaped curvature portion of the incline direction back-flexing along guide plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410466687.8A CN104265125B (en) | 2014-09-12 | 2014-09-12 | Panorama type frameless window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410466687.8A CN104265125B (en) | 2014-09-12 | 2014-09-12 | Panorama type frameless window |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104265125A CN104265125A (en) | 2015-01-07 |
| CN104265125B true CN104265125B (en) | 2016-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410466687.8A Expired - Fee Related CN104265125B (en) | 2014-09-12 | 2014-09-12 | Panorama type frameless window |
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| Country | Link |
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| CN (1) | CN104265125B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106368543A (en) * | 2016-08-31 | 2017-02-01 | 陈江 | Heavy type sliding door guide rail |
| CN106677665B (en) * | 2017-02-23 | 2018-07-10 | 江苏飞斯铝业有限公司 | No-welding exempts from blanking type aluminium alloy door jamb |
| EP3835526B1 (en) * | 2019-12-13 | 2021-11-10 | Sunflex Aluminiumsysteme GmbH | Sliding and rotating leaf system |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10002075C2 (en) * | 1999-09-20 | 2002-10-17 | Solarlux Aluminium Sys Gmbh | profile frame |
| CN2670551Y (en) * | 2003-12-31 | 2005-01-12 | 许姜德 | Hanging piece of sliding glass door and window |
| ES1061624Y (en) * | 2005-12-09 | 2006-06-16 | Jimenez Rafael Beredas | FOLDING GLASS CLOSURE, PERFECTED |
| CN1858391B (en) * | 2006-05-23 | 2011-06-22 | 赖世帽 | Sliding door and window with movable top slideway |
| ES2445796T3 (en) * | 2012-03-15 | 2014-03-05 | Sunflex Aluminiumsysteme Gmbh | Sliding and rotating blade system |
| CN204060368U (en) * | 2014-09-12 | 2014-12-31 | 吴锦标 | Panorama type frameless window |
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2014
- 2014-09-12 CN CN201410466687.8A patent/CN104265125B/en not_active Expired - Fee Related
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| CN104265125A (en) | 2015-01-07 |
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Granted publication date: 20160629 Termination date: 20180912 |