CN218912661U - Sealing structure of aluminum alloy side-shifting sliding window - Google Patents
Sealing structure of aluminum alloy side-shifting sliding window Download PDFInfo
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- CN218912661U CN218912661U CN202222896914.3U CN202222896914U CN218912661U CN 218912661 U CN218912661 U CN 218912661U CN 202222896914 U CN202222896914 U CN 202222896914U CN 218912661 U CN218912661 U CN 218912661U
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Abstract
The technical scheme adopted for solving the technical problems is as follows: an aluminum alloy side-shifting sliding window sealing structure, comprising: the window frame and the movable sash frame are characterized in that the inner cavities of the window frame and the movable sash frame are provided with middle heat insulation strips, one side of the window frame is provided with a window frame sealing cover, the window frame is provided with a vertical mullion, a middle mullion heat insulation strip is arranged between the vertical mullion and the window frame sealing cover, and the window frame sealing cover is connected with the middle mullion heat insulation strip through a hook; the movable fan frame is provided with a hooked rabbet, a fan frame sealing cover is arranged on one side wall of the hooked rabbet, a fan frame heat insulation strip is arranged between the hooked rabbet and the fan frame sealing cover, and the fan frame sealing cover is hooked and connected with the fan frame heat insulation strip; the middle heat insulation strips of the inner cavities of the window frame and the movable sash frame are matched with the middle stile heat insulation strips of the vertical stiles and the sash frame heat insulation strips of the hooked rabbets for multiple sealing, so that the heat insulation, water tightness and air tightness of the sliding window are improved, the problem of cold bridge of the sliding window on the market is solved, and condensed water cannot be generated on the indoor side.
Description
Technical Field
The utility model relates to the field of aluminum alloy windows, in particular to a sealing structure of an aluminum alloy side-shifting sliding window.
Background
At present, a flat-open window with good heat insulation and sealing performance in the market, wherein an inner flat-open window occupies indoor space, and a sliding window with small indoor space is poor in heat insulation and sealing performance.
In order to overcome the technical problems, the utility model provides the sealing structure of the aluminum alloy side-shifting sliding window, which not only occupies no indoor space, but also improves the heat insulation, water tightness and air tightness of the sliding window.
Disclosure of Invention
The technical scheme adopted for solving the technical problems is as follows: an aluminum alloy side-shifting sliding window sealing structure, comprising: the window frame and the movable sash frame are characterized in that the inner cavities of the window frame and the movable sash frame are provided with middle heat insulation strips, one side of the window frame is provided with a window frame sealing cover, the window frame is provided with a vertical mullion, a middle mullion heat insulation strip is arranged between the vertical mullion and the window frame sealing cover, and the window frame sealing cover is connected with the middle mullion heat insulation strip through a hook; the movable fan frame is provided with a hooked rabbet, a fan frame sealing cover is arranged on one side wall of the hooked rabbet, a fan frame heat insulation strip is arranged between the hooked rabbet and the fan frame sealing cover, and the fan frame sealing cover is hooked and connected with the fan frame heat insulation strip.
The technical effects are as follows:
1. the window frame sealing cover is connected with the middle stile heat insulation strip in a hooking way, and the fan frame sealing cover is connected with the fan frame heat insulation strip in a hooking way, so that the window frame sealing cover has good connection effect, and dislocation is not easy to occur to influence the sealing effect.
2. The middle heat insulation strips of the inner cavities of the window frame and the movable sash frame are matched with the middle stile heat insulation strips of the vertical stiles and the sash frame heat insulation strips of the hooked rabbets for multiple sealing, so that the heat insulation, water tightness and air tightness of the sliding window are improved, the problem of cold bridge of the sliding window on the market is solved, and condensed water cannot be generated on the indoor side.
Further, the window frame is also provided with a lower transverse frame sealing cover, sealing rubber strips are respectively arranged on the lower transverse frame sealing cover and the window frame sealing cover, and the lower transverse frame sealing cover and the window frame sealing cover are in lap joint with the movable sash frame through the sealing rubber strips; the window frame is also provided with a vertical frame, an upper transverse frame and a lower transverse frame, wherein the vertical frame and the upper transverse frame are provided with window frame sealing covers, and the lower transverse frame is provided with a lower transverse frame sealing cover; the movable fan frame is also provided with a smooth rabbet, an upper horizontal fan frame and a lower horizontal fan frame; the window frame and the movable sash frame are in a closed state, the vertical mullion is matched with the hooked rabbet, the upper transverse frame is matched with the upper transverse sash frame, the lower transverse frame is matched with the lower transverse sash frame, and the movable sash frame horizontally moves along the lower transverse frame.
The technical effects are as follows:
1. the window frame and the movable sash frame form an integral structure, and the sealing rubber strip is lapped with the movable sash frame, so that the sealing effect of the window frame and the movable sash frame is improved.
2. The movable fan frame horizontally moves along the lower transverse frame, so that the indoor space is not occupied.
Further, a locking piece is arranged between the window frame and the movable sash frame, when the window frame and the movable sash frame are in a closed state, the sealing rubber strip of the vertical mullion is in lap joint with the hooked rabbet, the sealing rubber strip of the vertical frame is in lap joint with the hooked rabbet, the sealing rubber strip of the upper transverse frame is in lap joint with the upper transverse sash frame, and the sealing rubber strip of the lower transverse frame is in lap joint with the lower transverse sash frame.
The technical effects are as follows: when the window frame and the movable sash frame are in a closed state, the locking piece locks the movable sash frame, the movable sash frame is integrally closed to the window frame, the movable sash frame and the window frame form an extrusion effect, the sealing rubber strip is used for reinforcing sealing, the vertical mullion and the hooked rabbet are used for sealing, the vertical mullion and the smooth rabbet are used for sealing, the upper transverse frame and the upper transverse sash frame are used for sealing, and the lower transverse frame and the lower transverse sash frame are used for sealing, so that a closed-loop sealing structure is formed.
Further, the window frame sealing cover is L-shaped, one side edge of the window frame sealing cover is a straight edge, one end of the straight edge is hooked and connected with the front side wall of the vertical middle stile, the other side edge of the window frame sealing cover is a bevel edge, the bevel edge is opposite to the movable fan frame, the sealing rubber strip is fixed at the joint of the straight edge and the bevel edge, the other end of the bevel edge is a bevel edge hook, and a sealing rubber rod is arranged in the bevel edge hook.
The technical effects are as follows: the sealant rod has a sealing effect.
Further, the sealing rubber strip is arranged at the corner of the window frame sealing cover.
Further, the vertical mullion is provided with a mullion groove, the mullion heat insulation strip is bowl-shaped with a left opening, the right side of the mullion heat insulation strip is arranged in the mullion groove, the left opening of the mullion heat insulation strip is provided with an inner hook, and the bevel edge hook of the window frame sealing cover is connected with the inner hook in a hooking way.
The technical effects are as follows: the middle stile groove is a mounting groove of the middle stile heat insulation strip.
Further, the inner hook is provided with a front inner hook and a rear inner hook, and the window frame sealing cover is hooked and connected with the rear inner hook.
Further, the hooked rabbet of the movable fan frame is provided with a hooked rabbet groove, the heat insulation strip of the fan frame is L-shaped, one side edge of the heat insulation strip of the fan frame is arranged in the hooked rabbet groove, the other side edge of the heat insulation strip of the fan frame is provided with a straight hook, and the sealing cover of the fan frame is connected with the straight hook in a hooked mode.
The technical effects are as follows: the hooked rabbet groove is an installation groove of the heat insulation strip of the fan frame.
Further, the fan frame sealing cover is in a straight strip shape, both ends of the fan frame sealing cover are provided with fan frame sealing cover hooks, the fan frame sealing cover hooks at one end of the fan frame sealing cover are connected with the rear side wall of the hooked rabbet in a hooking way, and the fan frame sealing cover hooks at the other end of the fan frame sealing cover are connected with the straight hooks of the fan frame heat insulation strips in a hooking way.
Further, the right side of the hooked rabbet is connected with a fan frame sealing cover, and the left side of the hooked rabbet is provided with glass at the inner side of the compartment and the outer side of the compartment.
Further, the movable fan frame wraps the edge of the glass, the movable fan frame is provided with a fan frame pressing line, and the movable fan frame wraps the edge of the indoor side of the glass through the fan frame pressing line.
The technical effects are as follows: the movable fan frame is used for fixing the inner side of the glass through the fan frame pressing line, so that the glass is more convenient and safer to install and maintain.
Further, a window frame sealing cover is arranged on the left side of the vertical middle stile of the window frame, another piece of glass is arranged on the right side of the vertical middle stile, the front side wall of the vertical middle stile wraps the outdoor side edge of the glass, a window frame pressing line is arranged on the vertical middle stile, and the vertical middle stile wraps the indoor side edge of the glass through the window frame pressing line.
The technical effects are as follows: the vertical middle stile is used for fixing the inner side of the glass through the window frame pressing line, so that the glass is more convenient and safer to install and maintain.
Further, the window frame line ball of erectting the mullion is relative with the hooked rabbet, and joint strip is installed to the window frame line ball, and the joint strip overlap joint hooked rabbet's of window frame line ball preceding lateral wall.
The technical effects are as follows: and two sealing rubber strips are arranged between the vertical middle stile and the hooked rabbet, so that the sealing effect is enhanced.
The above examples are further examples, and each example can be taken as an embodiment alone, or can be combined to form a combined embodiment arbitrarily under the premise of ensuring no contradiction.
Drawings
FIG. 1 is a schematic view of a window frame and movable sash mounting cross-section of the present utility model;
fig. 2 is a schematic view of a longitudinal section of the installation of the window frame and the movable sash of the present utility model.
Description of the symbols in the drawings:
the vertical middle stile 1.1 window frame 1, the vertical stile 1.11 vertical stile 1.2 upper horizontal frame 1.3 lower horizontal frame 1.4 movable sash frame 2 hooked rabbet 2.1 hooked rabbet 2.11 smooth rabbet 2.2 upper horizontal sash frame 2.3 lower horizontal sash frame 2.4 glass 3 sealing strip 4 window frame sealing strip 5.1 hypotenuse 5.11 hypotenuse hook 5.12 straight edge 5.13 sash frame sealing strip 5.2 sash frame sealing strip 5.3 lower horizontal frame sealing strip 5.4 middle heat insulation strip 6.1 inner bent hook 6.11 sash frame heat insulation strip 6.2 straight hook 6.21 middle heat insulation strip 6.3 sealing glue rod 7 press line 8.1 sash frame press line 8.2
Detailed Description
Embodiments of the present utility model are described in detail below, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to like or similar elements or elements having like or similar functions throughout. The embodiments described below by referring to the drawings are illustrative only and should not be construed as limiting the utility model, but on the contrary, the embodiments of the utility model include all variations, modifications and equivalents that fall within the spirit and scope of the appended claims.
As shown in fig. 1, the sealing structure of the aluminum alloy side-shifting sliding window of the embodiment comprises a window frame 1 and a movable sash frame 2, wherein the inner cavities of the window frame 1 and the movable sash frame 2 are respectively provided with a middle heat insulation strip 6.3, one side of the window frame 1 is provided with a window frame sealing cover 5.1, the window frame 1 is provided with a vertical mullion 1.1, a mullion heat insulation strip 6.1 is arranged between the vertical mullion 1.1 and the window frame sealing cover 5.1, and the window frame sealing cover 5.1 is hooked and connected with the mullion heat insulation strip 6.1; the movable fan frame 2 is provided with a hooked rabbet 2.1, a fan frame sealing cover 5.2 is arranged on one side wall of the hooked rabbet 2.1, a fan frame heat insulation strip 6.2 is arranged between the hooked rabbet 2.1 and the fan frame sealing cover 5.2, the fan frame sealing cover 5.2 is connected with the fan frame heat insulation strip 6.2 in a hooked mode, the window frame sealing cover 5.1 is connected with the middle stile heat insulation strip 6.1 in a hooked mode, the fan frame sealing cover 5.2 is connected with the fan frame heat insulation strip 6.2 in a hooked mode, good connection effects are achieved, and dislocation are not easy to occur to influence the sealing effect.
As shown in fig. 1 and 2, the window frame 1 of the present embodiment is further provided with a lower horizontal frame cover 5.4, the lower horizontal frame cover 5.4 and the window frame cover 5.1 are respectively provided with a sealing rubber strip 4, and the lower horizontal frame cover 5.4 and the window frame cover 5.1 overlap the movable sash 2 through the sealing rubber strip 4; the window frame 1 is also provided with a vertical frame 1.2, an upper transverse frame 1.3 and a lower transverse frame 1.4, wherein the vertical frame 1.2 and the upper transverse frame 1.3 are provided with window frame sealing covers 5.1, and the lower transverse frame 1.4 is provided with a lower transverse frame sealing cover 5.4; the movable fan frame 2 is also provided with a smooth rabbet 2.2, an upper horizontal fan frame 2.3 and a lower horizontal fan frame 2.4; the window frame 1 and the movable fan frame 2 are in a closed state, the vertical middle stile 1.1 is matched with the hooked rabbet 2.1, the vertical stile 1.2 is matched with the hooked rabbet 2.2, the upper transverse frame 1.3 is matched with the upper transverse fan frame 2.3, the lower transverse frame 1.4 is matched with the lower transverse fan frame 2.4, the movable fan frame 2 horizontally moves along the lower transverse frame 1.4, and the window frame 1 and the movable fan frame 2 form an integral structure; a locking piece (not shown) is arranged between the window frame 1 and the movable sash frame 2, when the window frame 1 and the movable sash frame 2 are in a closed state, the sealing rubber strip 4 of the vertical mullion 1.1 is in lap joint with the hooked rabbet 2.1, the sealing rubber strip 4 of the vertical mullion 1.2 is in lap joint with the smooth rabbet 2.2, the sealing rubber strip 4 of the upper transverse frame 1.3 is in lap joint with the upper transverse sash frame 2.3, and the sealing rubber strip 4 of the lower transverse frame 1.4 is in lap joint with the lower transverse sash frame 2.4.
As shown in fig. 1, the window frame cover 5.1 of the embodiment is L-shaped, one side edge of the window frame cover 5.1 is a straight edge 5.13, one end of the straight edge 5.13 is hooked and connected with the front side wall of the vertical middle stile 1.1, the other side edge of the window frame cover 5.1 is a bevel edge 5.11, the bevel edge 5.11 is opposite to the movable fan frame 2, the sealing adhesive tape 4 is fixed at the joint of the straight edge 5.13 and the bevel edge 5.11, the other end of the bevel edge 5.11 is a bevel edge hook 5.12, and a sealing adhesive rod 7 is arranged in the bevel edge hook 5.12; the vertical mullion 1.1 is provided with a mullion groove 1.11, the mullion heat insulation strip 6.1 is bowl-shaped with a left opening, the right side of the mullion heat insulation strip 6.1 is arranged in the mullion groove 1.11, the left opening of the mullion heat insulation strip 6.1 is provided with an inner hook 6.11, and a bevel edge hook 5.12 of the window frame cover 5.1 is hooked and connected with the inner hook 6.11; the inner hook 6.11 is provided with a front inner hook 6.11 and a rear inner hook 6.11, and the window frame sealing cover 5.1 is hooked and connected with the rear inner hook 6.11; the hooked rabbet 2.1 of the movable fan frame 2 is provided with a hooked rabbet groove 2.11, the fan frame heat insulation strip 6.2 is L-shaped, one side edge of the fan frame heat insulation strip 6.2 is arranged in the hooked rabbet groove 2.11, the other side edge of the fan frame heat insulation strip 6.2 is provided with a straight hook 6.21, and the fan frame sealing cover 5.2 is hooked and connected with the straight hook 6.21; the fan frame sealing cover 5.2 is in a straight strip shape, both ends of the fan frame sealing cover 5.2 are provided with fan frame cover hooks 5.3, the fan frame cover hooks 5.3 at one end of the fan frame sealing cover 5.2 are hooked and connected with the rear side wall of the hooked rabbet 2.1, and the fan frame cover hooks 5.3 at the other end of the fan frame sealing cover 5.2 are hooked and connected with the straight hooks 6.21 of the fan frame heat insulation strips 6.2; the right side of the hooked rabbet 2.1 is connected with the fan frame sealing cover 5.2, and the left side of the hooked rabbet 2.1 is provided with a compartment inner side and an outdoor side glass 3.
As shown in fig. 1 and 2, the movable fan frame 2 of the present embodiment wraps the edge of the glass 3, the movable fan frame 2 is provided with a fan frame pressing line 8.2, and the movable fan frame 2 wraps the edge of the indoor side of the glass 3 through the fan frame pressing line 8.2.
As shown in fig. 1, a window frame sealing cover 5.1 is installed on the left side of a vertical middle stile 1.1 of a window frame 1 of the embodiment, another glass 3 is installed on the right side of the vertical middle stile 1.1, the front side wall of the vertical middle stile 1.1 wraps the outdoor side edge of the glass 3, a window frame pressing line 8.1 is installed on the vertical middle stile 1.1, and the vertical middle stile 1.1 wraps the indoor side edge of the glass 3 through the window frame pressing line 8.1; the window frame pressing line 8.1 of the vertical mullion 1.1 is opposite to the hooked rabbet 2.1, the sealing rubber strip 4 is arranged on the window frame pressing line 8.1, and the sealing rubber strip 4 of the window frame pressing line 8.1 is in lap joint with the front side wall of the hooked rabbet 2.1.
The middle heat insulation strips 6.3 in the inner cavities of the window frame 1 and the movable fan frame 2 are matched with the middle stile heat insulation strips 6.1 of the vertical stile 1.1 and the fan frame heat insulation strips 6.2 of the hooked rabbet 2.1, and the vertical stile 1.1 and the hooked rabbet 2.1 are sealed in a double way through two sealing adhesive tapes 4; when the window frame 1 and the movable sash frame 2 are in a closed state, a locking piece (not shown) locks the movable sash frame 2, the movable sash frame 2 is integrally closed to the window frame 1, the movable sash frame 2 and the window frame 1 form an extrusion effect, the sealing rubber strip 4 strengthens sealing, the vertical mullion 1.1 and the hooked rabbet 2.1 are sealed, the vertical mullion 1.2 and the smooth rabbet 2.2 are sealed, the upper transverse frame 1.3 and the upper transverse sash frame 2.3 are sealed, the lower transverse frame 1.4 and the lower transverse sash frame 2.4 are sealed, a closed-loop sealing structure is formed, and the multi-layer sealing structure of the window frame 1 and the movable sash frame 2 improves the heat insulation, the water tightness and the airtight performance of the sliding window.
Claims (10)
1. An aluminum alloy side-shifting sliding window sealing structure, comprising: the movable window frame comprises a window frame (1) and a movable fan frame (2) and is characterized in that inner cavities of the window frame (1) and the movable fan frame (2) are provided with middle heat insulation strips (6.3), one side of the window frame (1) is provided with a window frame sealing cover (5.1), the window frame (1) is provided with a vertical middle stile (1.1), the middle stile (6.1) is arranged between the vertical middle stile (1.1) and the window frame sealing cover (5.1), and the window frame sealing cover (5.1) is connected with the middle stile heat insulation strips (6.1) in a hooking mode; the movable fan frame (2) is provided with a hooked rabbet (2.1), a fan frame sealing cover (5.2) is arranged on one side wall of the hooked rabbet (2.1), a fan frame heat insulation strip (6.2) is arranged between the hooked rabbet (2.1) and the fan frame sealing cover (5.2), and the fan frame sealing cover (5.2) is hooked and connected with the fan frame heat insulation strip (6.2).
2. The sealing structure of an aluminum alloy side-shifting sliding window according to claim 1, wherein: the window frame (1) is also provided with a lower transverse frame sealing cover (5.4), sealing rubber strips (4) are respectively arranged on the lower transverse frame sealing cover (5.4) and the window frame sealing cover (5.1), and the lower transverse frame sealing cover (5.4) and the window frame sealing cover (5.1) are lapped with the movable sash frame (2) through the sealing rubber strips (4); the window frame (1) is also provided with a vertical frame (1.2), an upper transverse frame (1.3) and a lower transverse frame (1.4), the vertical frame (1.2) and the upper transverse frame (1.3) are provided with window frame covers (5.1), and the lower transverse frame (1.4) is provided with the lower transverse frame covers (5.4); the movable fan frame (2) is also provided with a smooth rabbet (2.2), an upper horizontal fan frame (2.3) and a lower horizontal fan frame (2.4); the window frame (1) and the movable fan frame (2) are in a closed state, the vertical middle stile (1.1) is matched with the hooked rabbet (2.1), the vertical stile (1.2) is matched with the hooked rabbet (2.2), the upper transverse frame (1.3) is matched with the upper transverse fan frame (2.3), the lower transverse frame (1.4) is matched with the lower transverse fan frame (2.4), and the movable fan frame (2) horizontally moves along the lower transverse frame (1.4).
3. The aluminum alloy side-shifting sliding window sealing structure according to claim 2, wherein: the window frame closing cap (5.1) is L shape, and window frame closing cap (5.1) side is straight flange (5.13), and straight flange (5.13) one end is hooked with the preceding lateral wall of erectting mullion (1.1) and is connected, and window frame closing cap (5.1) other side is hypotenuse (5.11), and hypotenuse (5.11) are relative with movable fan frame (2), and joint strip (4) are fixed in the junction of straight flange (5.13) and hypotenuse (5.11), and hypotenuse (5.11) other end is hypotenuse hook (5.12), installs sealed glue stick (7) in hypotenuse hook (5.12).
4. The aluminum alloy side-shifting sliding window sealing structure according to claim 3, wherein: the vertical middle stile (1.1) is provided with a middle stile groove (1.11), the middle stile heat insulation strip (6.1) is bowl-shaped with a left opening, the right side of the middle stile heat insulation strip (6.1) is arranged in the middle stile groove (1.11), the left opening of the middle stile heat insulation strip (6.1) is provided with an inner hook (6.11), and a bevel edge hook (5.12) of the window frame sealing cover (5.1) is hooked and connected with the inner hook (6.11).
5. The sealing structure of an aluminum alloy side-shifting sliding window according to claim 1, wherein: the hooked rabbet (2.1) of the movable fan frame (2) is provided with a hooked rabbet groove (2.11), the fan frame heat insulation strip (6.2) is L-shaped, one side edge of the fan frame heat insulation strip (6.2) is arranged in the hooked rabbet groove (2.11), the other side edge of the fan frame heat insulation strip (6.2) is provided with a straight hook (6.21), and the fan frame sealing cover (5.2) is hooked and connected with the straight hook (6.21).
6. The aluminum alloy side-shifting sliding window sealing structure according to claim 5, wherein: the fan frame sealing cover (5.2) is in a straight strip shape, both ends of the fan frame sealing cover (5.2) are provided with fan frame cover hooks (5.3), the fan frame cover hooks (5.3) at one end of the fan frame sealing cover (5.2) are hooked and connected with the rear side wall of the hooked rabbet (2.1), and the fan frame cover hooks (5.3) at the other end of the fan frame sealing cover (5.2) are hooked and connected with the straight hooks (6.21) of the fan frame heat insulation strips (6.2).
7. The aluminum alloy side-shifting sliding window sealing structure according to claim 6, wherein: the right side of the hooked rabbet (2.1) is connected with the fan frame sealing cover (5.2), and the left side of the hooked rabbet (2.1) is provided with a compartment inner side and an outdoor side glass (3).
8. The aluminum alloy side-shifting sliding window sealing structure according to claim 7, wherein: the movable fan frame (2) wraps the edge of the glass (3), the fan frame pressing line (8.2) is arranged on the movable fan frame (2), and the movable fan frame (2) wraps the edge of the indoor side of the glass (3) through the fan frame pressing line (8.2).
9. The aluminum alloy side-shifting sliding window sealing structure according to claim 8, wherein: the left side of a vertical mullion (1.1) of a window frame (1) is provided with a window frame sealing cover (5.1), the right side of the vertical mullion (1.1) is provided with another glass (3), the front side wall of the vertical mullion (1.1) wraps the outdoor side edge of the glass (3), the vertical mullion (1.1) is provided with a window frame pressing line (8.1), and the vertical mullion (1.1) wraps the indoor side edge of the glass (3) through the window frame pressing line (8.1).
10. The aluminum alloy side-shifting sliding window sealing structure according to claim 9, wherein: the window frame pressing line (8.1) of the vertical middle stile (1.1) is opposite to the hooked rabbet (2.1), the sealing rubber strip (4) is arranged on the window frame pressing line (8.1), and the sealing rubber strip (4) of the window frame pressing line (8.1) is in lap joint with the front side wall of the hooked rabbet (2.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222896914.3U CN218912661U (en) | 2022-11-01 | 2022-11-01 | Sealing structure of aluminum alloy side-shifting sliding window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222896914.3U CN218912661U (en) | 2022-11-01 | 2022-11-01 | Sealing structure of aluminum alloy side-shifting sliding window |
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| Publication Number | Publication Date |
|---|---|
| CN218912661U true CN218912661U (en) | 2023-04-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222896914.3U Active CN218912661U (en) | 2022-11-01 | 2022-11-01 | Sealing structure of aluminum alloy side-shifting sliding window |
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| Country | Link |
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| CN (1) | CN218912661U (en) |
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- 2022-11-01 CN CN202222896914.3U patent/CN218912661U/en active Active
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