CN212614415U - Sealing structure of energy-saving sealing window - Google Patents
Sealing structure of energy-saving sealing window Download PDFInfo
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- CN212614415U CN212614415U CN202020090380.3U CN202020090380U CN212614415U CN 212614415 U CN212614415 U CN 212614415U CN 202020090380 U CN202020090380 U CN 202020090380U CN 212614415 U CN212614415 U CN 212614415U
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Abstract
The utility model relates to a seal structure of energy-conserving sealed window belongs to door and window sealing strip technical field, the frame is moulded the upper and lower of core, the side is provided with well club facet and well club big face respectively, first line ball and well club facet are connected, the fan is moulded the upper and lower of core and is provided with a facet and a fan big face respectively, the second line ball is connected with a fan facet, well club facet seals through first joint strip contact with a fan facet, the frame is moulded the core and is moulded and is provided with second seal assembly between the core with the fan, well club big face seals through third seal assembly contact with a fan big face, second seal assembly's inner space forms confined cavity. The utility model has the advantages of reasonable and compact structure, and convenient to use, the leakproofness is good, and the anti-wind prevents seepage, and the heat loss is little, and energy-conserving effectual and the outward appearance is clean pleasing to the eye, and the practicality is strong, can try to use in the place that requires the closure, satisfies the demand of modernization development, and the modern design is easily promoted and is used.
Description
Technical Field
The utility model relates to a door and window sealing strip technical field especially relates to a seal structure of energy-conserving sealed window.
Background
With the continuous improvement of living standards of people, windows are evolved and developed from wood windows, steel windows, plastic-steel windows, aluminum-plastic co-extrusion windows, aluminum-plastic aluminum windows, bridge-cut-off aluminum windows and the like as essential basic supporting facilities in houses where people live. At present, most residential doors and windows in alpine regions of China, such as Heilongjiang province, Jilin province and inner Mongolia regions, are made of plastic-steel doors and windows, the traditional aluminum-plastic aluminum doors and windows generally adopt a mode of insulating heat and combining an inner aluminum profile and an outer aluminum profile by using a PVC material, indexes such as wind pressure, air tightness, heat preservation, sound insulation and the like of the traditional aluminum-plastic aluminum doors and windows are difficult to meet increasing living requirements of people, and sealing rubber strips can gradually generate gaps after being directly contacted with the aluminum profiles due to reasons such as heat expansion, cold contraction, aging and the like, so that the sealing performance, the heat preservation performance and the sound.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a solve joint strip and the produced gap of the direct overlap joint of aluminium alloy, for the problem that influences its gas tightness, anti wind pressure nature, heat insulating ability and sound insulation, and then provide a seal structure of energy-conserving sealed window.
The utility model adopts the technical scheme that:
a sealing structure of an energy-saving sealing window comprises a fixed frame and a movable frame, wherein the fixed frame comprises a first pressing line, a small face of a mullion, a frame plastic core and a large face of the mullion, the small face of the mullion and the large face of the mullion are respectively arranged above and below the frame plastic core, and the first pressing line is connected with the small face of the mullion;
the movable frame comprises a second pressing line, a sector small face, a sector plastic core and a sector large face, the sector small face and the sector large face are respectively arranged above and below the sector plastic core, and the second pressing line is connected with the sector small face;
the small face of the mullion is in contact with the small face of the fan to be sealed through a first sealing rubber strip, a second sealing assembly is arranged between the frame plastic core and the fan plastic core, and the large face of the mullion is in contact with the large face of the fan to be sealed through a third sealing assembly;
the interior space of the second seal assembly forms an enclosed chamber.
Further, first joint strip includes installation department, installation cavity, adhesive tape and fastener, and the installation department middle part is provided with confined installation cavity, and the below of installation department is equipped with the adhesive tape, and the inside of adhesive tape forms confined cavity, and the tip of adhesive tape is provided with the fastener, installation department and fan facet overlap joint, adhesive tape and fastener with the laminating at the up end of club facet.
Further, the second seal assembly includes a sealing strip, No. two sealing strips and No. three sealing strips, the one end of a sealing strip and the one end overlap joint of core are moulded to the frame, the other end and the fan of a sealing strip are moulded the core contact and are sealed, the one end and the frame of No. three sealing strips mould the core overlap joint, the other end and the fan of No. three sealing strips are moulded the core contact and are sealed, the one end and the fan of No. two sealing strips mould the core overlap joint, the other end of No. two sealing strips is sealed with a sealing strip and No. three sealing strip laminating respectively, a sealing strip, form confined cavity between No. two sealing strips and No. three sealing strips.
Further, a sealing strip includes an installation department and an adhesive tape, and the core overlap joint is moulded with the frame to the one end of an installation department, and the other end of an installation department is provided with an adhesive tape, and an adhesive tape forms a closed cavity and No. two closed cavities from a left side to the right side in proper order, and the other end and the fan of an adhesive tape are moulded the core contact and are sealed.
Further, No. two sealing strips include pi type installation department and hemisphere type adhesive tape, and the one end of pi type installation department and the one side overlap joint of fan moulding core, and the other end of pi type installation department is provided with hemisphere type adhesive tape, and the up end of hemisphere type adhesive tape is laminated with a sealing strip mutually, and the lower terminal surface and the sealing strip of No. three of hemisphere type adhesive tape are laminated mutually.
Further, No. three sealing strips include No. three installation departments, No. three adhesive tapes and No. three fasteners, and the core overlap joint is moulded with the frame to the one end of No. three installation departments, and the other end of No. three installation departments is provided with No. three adhesive tapes, and No. three closed cavity of inside formation of No. three adhesive tapes, No. three adhesive tapes's bottom and fan mould the core and laminate mutually, still are provided with No. three fasteners on No. three adhesive tapes, and the tip and the well club of No. three fasteners are connected greatly.
Further, the third sealing assembly comprises a fourth sealing strip and a fifth sealing strip, one end of the fourth sealing strip is in lap joint with the large surface of the mullion, the other end of the fourth sealing strip is connected with the fifth sealing strip, and the other end of the fifth sealing strip is in lap joint with the large surface of the sash;
the fourth sealing strip comprises a fourth mounting part and a fourth adhesive tape, the fourth mounting part is in lap joint with the large surface of the mullion, a fourth sealing cavity is formed inside the fourth adhesive tape, and a fourth clamping piece is further arranged on the fourth adhesive tape and is in contact with the end part of the large surface of the mullion;
no. five sealing strips include No. five installation departments and No. five adhesive tapes, No. five installation departments and fan facet overlap joint, and the other end and the adhesive tape of No. five installation departments are connected, and the other end and the adhesive tape of No. four adhesive tapes of No. five adhesive tapes contact the laminating.
Furthermore, closed installation cavities are formed in the first installation part, the pi-shaped installation part, the third installation part, the fourth installation part and the fifth installation part; the adhesive tape, the first adhesive tape, the third adhesive tape, the fourth adhesive tape and the fifth adhesive tape are elastic adhesive tapes.
The utility model discloses following beneficial effect has to prior art:
the utility model changes the original sealing strip structure, so that the distribution of the sealing strips is more reasonable, the three sealing strips of the second sealing component are contacted with each other, the air tightness and the sound insulation effect are enhanced, and meanwhile, two sealing rubber strips are respectively arranged above and below the mullion, so that the sealing strip can effectively prevent water and dust, reduce the gap at the joint with the frame and greatly improve the heat insulation performance; the utility model has the advantages of reasonable and compact structure, and convenient to use, the leakproofness is good, and the anti-wind prevents seepage, and the heat loss is little, and energy-conserving effectual and the outward appearance is clean pleasing to the eye, and the practicality is strong, can try to use in the place that requires the closure, satisfies the demand of modernization development, and the modern design is easily promoted and is used.
Drawings
FIG. 1 is a schematic structural view of the cross section of the present invention;
FIG. 2 is a schematic structural view of a first joint strip;
FIG. 3 is a schematic structural view of a first sealing strip;
FIG. 4 is a schematic structural view of a No. two sealing strip;
FIG. 5 is a schematic structural view of a sealing strip No. three;
FIG. 6 is a schematic structural view of a third seal assembly;
FIG. 1-fixed frame; 2-moving the frame; 11-a first press line; 12-muntin facet, 13-frame plastic core; 14-muntin upper surface; 21-a second pressing line; 22-fan facets; 23-a fan-shaped plastic core; 24-sector large surface; 3-a first sealing rubber strip; 4-a second seal assembly; 5-a third seal assembly; 31-a mounting portion; 32-a mounting cavity; 33-a cavity; 34-a glue strip; 35-a clip; no. 41-first sealing strip; 42-seal bar number two; 43-seal bar number three; 44-a chamber; 411-mount part one; 412-adhesive tape number one; 413-a first closed cavity; 414-closed cavity No. two; a 421-pi type mounting portion; 422-hemispherical adhesive tape; 431-mount No. three; adhesive tape number 432-III; 433-No. three fastener; 434-third enclosed cavity; 51-seal bar number four; number 52-five seal strip; 511-mount part four; adhesive tape No. 512-IV; 513-fourth enclosed cavity; 514-fourth card; mount 521-mount five; 522-rubber strip No. five.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings.
Embodiment one, the present embodiment is described with reference to fig. 1 to 6: a sealing structure of an energy-saving sealing window comprises a fixed frame 1 and a movable frame 2, wherein the fixed frame 1 comprises a first pressing line 11, a mullion small face 12, a frame plastic core 13 and a mullion large face 14, the upper part and the lower part of the frame plastic core 13 are respectively provided with the mullion small face 12 and the mullion large face 14, and the first pressing line 11 is connected with the mullion small face 12;
the movable frame 2 comprises a second pressing line 21, a sector small face 22, a sector plastic core 23 and a sector large face 24, the sector small face 22 and the sector large face 24 are respectively arranged above and below the sector plastic core 23, and the second pressing line 21 is connected with the sector small face 22;
the mullion small face 12 and the fan small face 22 are in contact sealing through a first sealing rubber strip 3, a second sealing assembly 4 is arranged between the frame plastic core 13 and the fan plastic core 23, and the mullion large face 14 and the fan large face 24 are in contact sealing through a third sealing assembly 5;
the inner space of the second sealing assembly 4 forms a closed chamber 6.
According to the arrangement, the sash plastic core and the frame plastic core are made of PVC materials and are designed into a honeycomb structure, so that the stability is high, the form change is small when the sash plastic core and the frame plastic core are heated or in a low-temperature state, the heat insulation performance is high, three sealing structures are arranged at the opening and overlapping parts of the sashes, two complete sealing cavities are formed, and the air tightness of the aluminum-plastic aluminum window is improved; meanwhile, the sealing rubber strips are arranged at the upper end and the lower end of the mullion, so that the connection strength is ensured, and the penetration of rainwater and the flying of dust can be effectively prevented; meanwhile, a drainage groove can be arranged to prevent rainwater from permeating into the room, and external dust can be prevented from blowing into the room;
example two: combine the first explanation embodiment of embodiment, first joint strip 3 includes installation department 31, installation cavity 32, cavity 33, adhesive tape 34 and fastener 35, installation department 31 middle part is provided with confined installation cavity 32, the below of installation department 31 is equipped with adhesive tape 34, the inside confined cavity 33 that forms of adhesive tape 34, the tip of adhesive tape 34 is provided with fastener 35, installation department 31 with fan facet 22 overlap joint, adhesive tape 34 with fastener 35 is in with laminating the up end of well club facet 12.
So set up, the installation department is installed in the draw-in groove of fan facet upper end, and the adhesive tape can be integrated into one piece with the fastener, and when the window was closed, the adhesive tape realized with the laminating of well club facet up end, the inside that is located installation department and adhesive tape all is provided with the cavity, produces certain deformation to its extrusion and makes it be difficult for falling from the club draw-in groove.
Example three: combine embodiment one to two to explain this embodiment, second seal assembly 4 includes a sealing strip 41, No. two sealing strips 42 and No. three sealing strips 43, the one end of a sealing strip 41 with the one end overlap joint of core 13 is moulded to the frame, the other end of a sealing strip 41 with the core 23 contact of fan moulding is sealed, the one end of No. three sealing strip 43 with the core 13 overlap joint is moulded to the frame, the other end of No. three sealing strip 43 with the core 23 contact of fan moulding is sealed, the one end of No. two sealing strip 42 with the core 23 overlap joint is moulded to the fan, the other end of No. two sealing strip 42 respectively with a sealing strip 41 with No. three sealing strip 43 laminating is sealed, a sealing strip 41 No. two sealing strip 42 with form confined cavity 6 between No. three sealing strip 43.
According to the arrangement, the second sealing assembly is formed by matching three independent sealing strips and is arranged between the frame plastic core and the sash plastic core, and the three sealing strips are mutually attached and matched to form a closed cavity when the window is closed; and meanwhile, the second sealing rubber strip is arranged, so that the waterproof and noise-isolating effects can be achieved through tight combination.
Example four: combine the first to the third explanation embodiment of embodiment, a sealing strip 41 includes an installation department 411 and an adhesive tape 412, the one end of an installation department 411 with core 13 overlap joint is moulded to the frame, the other end of an installation department 411 is provided with an adhesive tape 412, an adhesive tape 412 forms a closed cavity 413 and No. two closed cavities 414 from a left side to the right side in proper order, the other end of an adhesive tape 412 with the fan is moulded the contact of core 23 and is sealed.
So set up, install installation department one end on the frame moulds the core, realize fixed to a sealing strip, and an adhesive tape moulds the core laminating with the fan and realizes sealing promptly, the simple structure of a sealing strip simultaneously, and mould the simple swift of mounting means between the core, the leakproofness is good.
Example five: combine embodiment one to four to explain this embodiment, No. two sealing strips 42 include pi type installation department 422 and hemisphere type adhesive tape 421, pi type installation department 422 one end with one side overlap joint of fan-shaped core 23, pi type installation department 422's the other end is provided with hemisphere type adhesive tape 421, hemisphere type adhesive tape 421 the up end with a sealing strip 41 laminates mutually, hemisphere type adhesive tape 421 the lower terminal surface with No. three sealing strips 43 laminate mutually.
So set up, realize fixedly on the fan moulds the core with the one end overlap joint of No. two sealing strips, and the other end is hemispherical, and the adhesive tape of hemisphere type is when the process of closing, can be better laminate with a sealing strip, reduce the resistance and can reduce the sound of collision.
Example six: combine embodiment one to five to explain this embodiment, No. three sealing strip 43 includes No. three installation department 431, No. three adhesive tape 432 and No. three fastener 433, No. three installation department 431's one end with the core 13 overlap joint is moulded to the frame, No. three installation department 431's the other end is provided with No. three adhesive tape 432, No. three adhesive tape 432's inside forms No. three closed cavity 434, No. three adhesive tape 432's tip with the core 23 is moulded to the fan is laminated mutually, still be provided with No. three fastener 433 on No. three adhesive tape 432, the tip of No. three fastener 433 with well club large face 14 is connected.
So set up, No. three installation department one end is moulded core overlap joint limit position with the frame, and No. three adhesive tapes are moulded the core with the fan and are realized laminating mutually, simultaneously with the laminating of hemisphere adhesive tape, and No. one sealing strip is pressed from both sides No. two sealing strips with No. three sealing strip cooperations and is pressed from both sides tightly, realizes complete sealing process, can effectively seal up the window like this, improves the life of window and adhesive tape, need not often change the sealing strip, has brought many facilities for the life.
Example seven: describing the embodiment with reference to the first to sixth embodiments, the third sealing assembly 5 includes a fourth sealing strip 51 and a fifth sealing strip 52, one end of the fourth sealing strip 51 is overlapped with the mullion large surface 14, the other end of the fourth sealing strip 51 is connected with the fifth sealing strip 52, and the other end of the fifth sealing strip is overlapped with the sash large surface 24;
the fourth sealing strip 51 comprises a fourth mounting part 511 and a fourth adhesive tape 512, the fourth mounting part 511 is in lap joint with the mullion large surface 14, a fourth sealing cavity 513 is formed inside the fourth adhesive tape 512, and a fourth clamping piece 514 is further arranged on the fourth adhesive tape 512 and is in contact with the end part of the mullion large surface 14;
the No. five sealing strip 52 includes No. five installation parts 521 and No. five adhesive tape 522, No. five installation parts 521 with the below overlap joint of fan large face 24, the other end of No. five installation parts 521 with No. five adhesive tape 522 is connected, the other end of No. five adhesive tape 522 with No. four adhesive tape 512 contact the laminating.
So set up, No. four sealing strips and well club large face are established and are connected, and No. five sealing strips and fan large face are established and are connected, and when closing like this, make two sealing strips realize inseparable laminating through the extrusion to the adhesive tape, through being provided with two adhesive tapes between well club large face and fan large face, can give effectual reduction and the produced gap of section bar overlap joint, and improve its compactness, the gas tightness improves the performance and the life-span of aluminium-plastic aluminium window.
Example eight: the embodiment is described with reference to the first to seventh embodiments, the first mounting portion 411, the pi-shaped mounting portion 422, the third mounting portion 431, the fourth mounting portion 511 and the fifth mounting portion 521 are all provided with a closed mounting cavity therein; the adhesive tape 34, the first adhesive tape 412, the third adhesive tape 432, the fourth adhesive tape 512 and the fifth adhesive tape 522 are all elastic adhesive tapes.
So set up, all be provided with the installation cavity in a plurality of installation departments to make things convenient for the sealing strip to provide the space of transform when taking place deformation, the compound material of EPT is all chooseed for use to the material of a plurality of adhesive tapes simultaneously, has so not only improved ageing resistance, simultaneously can be in the same place with the fine embedding of section bar, increases the leakproofness when using, is difficult to drop on the section bar through the sealing strip of this kind of material, in order to reach better gas tightness.
Claims (8)
1. A sealing structure of an energy-saving sealing window comprises a fixed frame (1) and a movable frame (2), wherein the fixed frame (1) comprises a first pressing line (11), a mullion small face (12), a frame plastic core (13) and a mullion large face (14), the upper part and the lower part of the frame plastic core (13) are respectively provided with the mullion small face (12) and the mullion large face (14), and the first pressing line (11) is connected with the mullion small face (12);
the movable frame (2) comprises a second pressing line (21), a sector surface (22), a sector plastic core (23) and a sector surface (24), the sector surface (22) and the sector surface (24) are respectively arranged above and below the sector plastic core (23), and the second pressing line (21) is connected with the sector surface (22);
the novel window frame is characterized in that the mullion small face (12) and the fan small face (22) are sealed through contact of a first sealing rubber strip (3), a second sealing assembly (4) is arranged between the frame plastic core (13) and the fan plastic core (23), and the mullion large face (14) and the fan large face (24) are sealed through contact of a third sealing assembly (5);
the inner space of the second sealing component (4) forms a closed chamber (6).
2. The sealing structure of the energy-saving sealing window according to claim 1, wherein the first sealing rubber strip (3) comprises a mounting portion (31), a mounting cavity (32), a cavity (33), a rubber strip (34) and a clamping piece (35), the mounting portion (31) is provided with the closed mounting cavity (32) at the middle part, the rubber strip (34) is arranged below the mounting portion (31), the closed cavity (33) is formed inside the rubber strip (34), the clamping piece (35) is arranged at the end of the rubber strip (34), the mounting portion (31) is in lap joint with the fan small face (22), and the rubber strip (34) and the clamping piece (35) are in same fit with the upper end face of the mullion small face (12).
3. The sealing structure of the energy-saving sealing window according to claim 2, wherein the second sealing assembly (4) comprises a first sealing strip (41), a second sealing strip (42) and a third sealing strip (43), one end of the first sealing strip (41) is in lap joint with one end of the frame molding core (13), the other end of the first sealing strip (41) is in contact with the fan molding core (23) for sealing, one end of the third sealing strip (43) is in lap joint with the frame molding core (13), the other end of the third sealing strip (43) is in contact with the fan molding core (23) for sealing, one end of the second sealing strip (42) is in lap joint with the fan molding core (23), the other end of the second sealing strip (42) is in fit joint with the first sealing strip (41) and the third sealing strip (43) respectively for sealing, the first sealing strip (41), And a closed cavity (6) is formed between the second sealing strip (42) and the third sealing strip (43).
4. The sealing structure of the energy-saving sealing window according to claim 3, wherein the first sealing strip (41) comprises a first mounting portion (411) and a first adhesive tape (412), one end of the first mounting portion (411) is in lap joint with the frame plastic core (13), the other end of the first mounting portion (411) is provided with the first adhesive tape (412), the first adhesive tape (412) sequentially forms a first closed cavity (413) and a second closed cavity (414) from left to right, and the other end of the first adhesive tape (412) is sealed with the fan plastic core (23) by touching.
5. The sealing structure of the energy-saving sealing window according to claim 4, wherein the second sealing strip (42) comprises a pi-shaped mounting portion (422) and a hemispherical adhesive tape (421), one end of the pi-shaped mounting portion (422) is in lap joint with one side of the fan-shaped core (23), the other end of the pi-shaped mounting portion (422) is provided with the hemispherical adhesive tape (421), the upper end face of the hemispherical adhesive tape (421) is attached to the first sealing strip (41), and the lower end face of the hemispherical adhesive tape (421) is attached to the third sealing strip (43).
6. The sealing structure of the energy-saving sealing window according to claim 5, wherein the third sealing strip (43) comprises a third mounting part (431), a third adhesive tape (432) and a third clamping piece (433), one end of the third mounting part (431) is in lap joint with the frame plastic core (13), the other end of the third mounting part (431) is provided with the third adhesive tape (432), a third closed cavity (434) is formed inside the third adhesive tape (432), the end part of the third adhesive tape (432) is attached to the fan plastic core (23), the third clamping piece (433) is further arranged on the third adhesive tape (432), and the end part of the third clamping piece (433) is connected with the large surface (14) of the mullion.
7. The sealing structure of the energy-saving sealing window according to claim 6, wherein the third sealing component (5) comprises a fourth sealing strip (51) and a fifth sealing strip (52), one end of the fourth sealing strip (51) is overlapped with the mullion large face (14), the other end of the fourth sealing strip (51) is connected with the fifth sealing strip (52), and the other end of the fifth sealing strip is overlapped with the fan large face (24);
the fourth sealing strip (51) comprises a fourth mounting part (511) and a fourth adhesive tape (512), the fourth mounting part (511) is in lap joint with the large surface (14) of the mullion, a fourth sealing cavity (513) is formed inside the fourth adhesive tape (512), and a fourth clamping piece (514) is further arranged on the fourth adhesive tape (512) and is in contact with the end part of the large surface (14) of the mullion;
no. five sealing strips (52) include No. five installation departments (521) and No. five adhesive tape (522), No. five installation departments (521) with fan large face (24) overlap joint, the other end of No. five installation departments (521) with No. five adhesive tape (522) are connected, the other end of No. five adhesive tape (522) with No. four adhesive tape (512) contact the laminating.
8. The sealing structure of the energy-saving sealing window as claimed in claim 7, wherein the first mounting part (411), the pi-shaped mounting part (422), the third mounting part (431), the fourth mounting part (511) and the fifth mounting part (521) are all internally provided with closed mounting cavities; the adhesive tape (34), the first adhesive tape (412), the third adhesive tape (432), the fourth adhesive tape (512) and the fifth adhesive tape (522) are all elastic adhesive tapes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020090380.3U CN212614415U (en) | 2020-01-08 | 2020-01-08 | Sealing structure of energy-saving sealing window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020090380.3U CN212614415U (en) | 2020-01-08 | 2020-01-08 | Sealing structure of energy-saving sealing window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212614415U true CN212614415U (en) | 2021-02-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020090380.3U Active CN212614415U (en) | 2020-01-08 | 2020-01-08 | Sealing structure of energy-saving sealing window |
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| Country | Link |
|---|---|
| CN (1) | CN212614415U (en) |
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2020
- 2020-01-08 CN CN202020090380.3U patent/CN212614415U/en active Active
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