CN216841231U - Sliding door with upper frame, bulging type notch and built-in sealing block - Google Patents
Sliding door with upper frame, bulging type notch and built-in sealing block Download PDFInfo
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- CN216841231U CN216841231U CN202123423192.1U CN202123423192U CN216841231U CN 216841231 U CN216841231 U CN 216841231U CN 202123423192 U CN202123423192 U CN 202123423192U CN 216841231 U CN216841231 U CN 216841231U
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Abstract
The utility model discloses a push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch relates to the technical field of push-and-pull door, has solved traditional sealed piece and has installed in drum tripe formula notch, only can choose for use from one side will seal during the piece inserts drum tripe formula notch, and collision and friction all cause destruction to sealed piece and drum tripe formula notch in the insertion process, lead to sealed piece sealed effect poor, and installation procedure is complicated simultaneously, extravagant problem of a large amount of manpowers and time, include: push-and-pull door framework, fixed a push-and-pull door and the push-and-pull door of sliding all install at the push-and-pull door frame internally, fixed a push-and-pull door and push-and-pull door framework fixed connection, slide a push-and-pull door and push-and-pull door framework sliding connection, will seal the left side piece and insert the both sides of sealed middle part piece respectively with sealed right part, increase the installation effectiveness of sealed piece, can be quick succinct efficient accomplish to seal the piece and arrange the drum tripe formula notch in, the friction and collision damage that causes simultaneously to drum tripe formula notch and sealed piece is minimum.
Description
Technical Field
The utility model relates to a technical field of push-and-pull door especially relates to a push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch.
Background
Drum tripe formula notch has been seted up on traditional push-and-pull door upper ledge, the middle part broad of drum tripe formula notch, and notch edge is narrower, traditional push-and-pull door chooses sealed piece for use usually to carry out the shutoff to drum tripe formula notch, nevertheless because drum tripe formula notch has the difference with the notch shape that is usually visible, and the outer narrow wide condition in the existence, traditional sealed piece is installed in drum tripe formula notch, sealed piece is difficult to install in the notch, cause the process complicated, improve the work degree of difficulty, simultaneously because drum tripe formula notch is outer narrow wide in, cause the both sides of sealed piece and drum tripe formula notch inner wall to have the gap, sealed effect is poor, be difficult to play sealed effect.
This approach can cause the following problems: 1) in the penetrating process of the sealing element, collision and friction damage to the sealing block and the bulging type groove opening of the section bar, so that the sealing effect is poor; 2) the fixed position of the sealing element is difficult to determine, and the installation difficulty is high; 3) the sealing block is inserted into the bulging type notch from one side of the section bar, the operation is required before the section bar is combined with the frame, and the problems of dirtying, breakage and the like of the sealing element can occur in the subsequent processes of combining the frame and transferring the section bar; 4) when the sealing member needs to be replaced in the later stage, because the angle frame is already assembled on the section bar, the end is closed, the old sealing member cannot be taken out, the new sealing member cannot be installed, and the replacement is almost impossible.
To sum up, traditional sealed piece is installed in drum tripe formula notch, only can choose for use and insert the sealed piece from one side in the drum tripe formula notch, and collision and friction all cause destruction to sealed piece and drum tripe formula notch in the insertion process, lead to sealed piece sealed effect poor, and the installation procedure is complicated simultaneously, wastes a large amount of manpowers and time.
SUMMERY OF THE UTILITY MODEL
To the problem of the aforesaid production, an object of the utility model is to provide a push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch.
In order to realize the purpose, the utility model discloses the technical scheme who takes does:
a kind of upper frame drum belly type notch embeds the sliding door of the sealed block, wherein, include: the sliding door comprises a sliding door frame body, a fixed sliding door leaf and a sliding door leaf, wherein the fixed sliding door leaf and the sliding door leaf are both arranged in the sliding door frame body;
the sliding door frame body includes: upper frame inner aluminum 1, upper frame outer aluminum 6, first upper frame adiabatic bar 2, upper frame outer aluminum adiabatic bar 3, upper frame inner opening adiabatic section bar 4, upper frame sealing member 7, sliding sash upper guide rail aluminum 9 and fixed sash positioning aluminum 8, upper frame inner aluminum 1 and upper frame outer aluminum 6 are all connected with the wall, upper frame inner aluminum 1 and upper frame outer aluminum 6 pass through first upper frame adiabatic bar 2 and upper frame outer aluminum adiabatic bar 3 are connected, upper frame inner opening adiabatic section bar 4 is installed between upper frame inner aluminum 1 and upper frame outer aluminum 6, upper frame inner opening adiabatic section bar 4 is provided with upper frame drum tripe type notch, upper frame sealing member 7 is installed in the upper frame drum tripe type notch, sliding sash upper guide rail aluminum 9 is installed on upper frame inner aluminum 1, fixed sash positioning aluminum 8 is installed on upper frame outer aluminum 6, the upper side of fixed sash positioning aluminum 8 is fixedly connected with fixed sash positioning aluminum 8, the upper side of the sliding door of the sliding sash is in sliding connection with the guide rail aluminum 9 on the sliding sash;
the upper frame seal 7 includes: go up frame middle seal 71, go up frame left side sealing member 72 and last frame right side sealing member 73, go up frame left side sealing member 72 with go up frame right side sealing member 73 and install the both sides at last frame middle seal 71 respectively, go up frame middle seal 71 with go up the interior mouth of the frame disconnected thermoplastic section 4 and connect, go up frame left side sealing member 72 with go up frame right side sealing member 73 and support respectively in two lateral walls of last frame drum tripe formula notch.
The push-and-pull door of the built-in sealed piece of upper ledge drum tripe formula notch, wherein, the push-and-pull door framework still includes: outdoor drip is along 5, outdoor drip is located along 5 fixed a push-and-pull door and is deviated from slide one side of a push-and-pull door, outdoor drip along 5 with go up the outer aluminium 6 of frame and connect.
The push-and-pull door with the sealing block arranged in the upper frame bulging type notch is characterized in that the fixed sash positioning aluminum 8 is connected with the upper frame inner opening thermal insulation plastic section bar 4.
The push-and-pull door with the sealing block arranged in the upper frame bulging type notch is characterized in that the upper guide rail aluminum 9 of the push-and-pull door leaf is connected with the upper frame inner opening thermal insulation plastic section bar 4.
Foretell upper ledge drum tripe formula notch embeds push-and-pull door of sealed piece, wherein, fixed fan push-and-pull door includes: detain aluminium 14 in fixed fan middle aluminium 17, the fixed fan, fix the outer aluminium 13 of fan and fixed fan locating piece 11, fixed fan locating piece 11 is installed fixed fan middle aluminium 17 is last, fixed fan middle aluminium 17 with fixed fan location aluminium 8 passes through fixed fan locating piece 11 fixed connection, fixed fan outer aluminium 13 is installed on fixed fan middle aluminium 17's a side, detain aluminium 14 in the fixed fan and install on fixed fan middle aluminium 17's another side.
Foretell upper ledge drum tripe formula notch embeds push-and-pull door of sealed piece, wherein, fixed fan push-and-pull door still includes: fixed fan cavity glass 18, the tip of fixed fan cavity glass 18 support in aluminium 17 in the middle of the fixed fan, fixed fan cavity glass 18 is located fixed fan outer aluminium 13 with detain between the aluminium 14 in the fixed fan, through fixed fan outer aluminium 13 with detain aluminium 14 in the fixed fan is right fixed fan cavity glass 18 carries on spacingly.
Foretell upper ledge drum tripe formula notch embeds push-and-pull door of sealed piece, wherein, slide a push-and-pull door and include: the aluminum-aluminum composite sliding sash is characterized by comprising aluminum 16 in the middle of the sliding sash, aluminum 15 outside the sliding sash, aluminum 12 in the sliding sash and a sliding sash guide wheel 10, wherein the sliding sash guide wheel 10 is installed on the aluminum 16 in the middle of the sliding sash, the aluminum 16 in the middle of the sliding sash and the fixed sash positioning aluminum 8 are in sliding connection through the sliding sash guide wheel 10, the aluminum 12 in the sliding sash is installed on one side surface of the aluminum 16 in the middle of the sliding sash, and the aluminum 15 outside the sliding sash is installed on the other side surface of the aluminum 16 in the middle of the sliding sash.
Foretell upper ledge drum tripe formula notch embeds push-and-pull door of sealed piece, wherein, slide a push-and-pull door and still include: the sliding sash hollow glass 19 is characterized in that the end part of the sliding sash hollow glass 19 is abutted against the sliding sash middle aluminum 16, the sliding sash hollow glass 19 is arranged between the sliding sash inner buckle aluminum 12 and the sliding sash outer aluminum 15, and the sliding sash hollow glass 19 is limited through the sliding sash inner buckle aluminum 12 and the sliding sash outer aluminum 15.
Foretell push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch, wherein, be equipped with first wedge structure and second wedge structure on the disconnected hot-plastic material of upper ledge internal orifice 4, the disconnected hot-plastic material of upper ledge internal orifice 4 passes through first wedge structure with aluminium 1 connects in the upper ledge, the disconnected hot-plastic material of upper ledge internal orifice 4 passes through second wedge structure with the outer aluminium 6 of upper ledge connects.
Foretell push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch, wherein, the disconnected hot-plastic material of mouth 4 in the upper ledge with aluminium 1 connects through elasticity adhesive tape and section bar joint mode in the upper ledge, the disconnected hot-plastic material of mouth 4 in the upper ledge with aluminium 6 connects through elasticity adhesive tape and section bar joint mode outside the upper ledge.
The utility model discloses owing to adopted above-mentioned technique, make it compare the positive effect that has with prior art and be:
(1) in the utility model, the left sealing block and the right sealing block are respectively inserted into two sides of the middle sealing block, thereby realizing simple installation of the sealing blocks and increasing the installation efficiency of the sealing blocks;
(2) the utility model discloses can be succinct efficient fast accomplish and arrange sealed piece in drum tripe formula notch, damage the minimum to the friction collision that drum tripe formula notch and sealed piece caused simultaneously.
Drawings
Fig. 1 is a schematic structural view of the sliding door of the utility model with an upper frame, a bulging type notch and a built-in sealing block.
Fig. 2 is a schematic structural diagram of a sealing block of the sliding door of the upper frame bulging type notch with a built-in sealing block.
Fig. 3 is a schematic view of the seal block of the sliding door with the seal block arranged in the upper frame, the bulging type notch and the built-in seal block of the utility model.
In the drawings: 1. aluminum in the upper frame; 2. a first upper frame heat-insulating strip; 3. an aluminum heat-insulating strip is arranged outside the upper frame; 4. the inner opening of the upper frame is cut off the thermoplastic section; 5. outdoor water dripping edge; 6. aluminum outside the upper frame; 7. an upper frame seal; 71. an upper frame middle seal; 72. an upper frame left side seal; 73. an upper frame right side seal; 8. fixing fan positioning aluminum; 9. the sliding sash is provided with an upper guide rail aluminum; 10. a sliding sash guide wheel; 11. fixing a fan positioning block; 12. aluminum is buckled in the sliding sash; 13. fixing the outer aluminum of the fan; 14. aluminum is buckled in the fixing fan; 15. aluminum outside the sliding sash; 16. aluminum in the middle of the sliding sash; 17. fixing the middle aluminum of the fan; 18. hollow glass of the fixed fan; 19. the sliding fan is made of hollow glass.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and specific embodiments, but the present invention is not limited thereto.
Referring to fig. 1 to 3, a sliding door with a built-in sealing block in a drum-belly type slot of an upper frame is shown, wherein the sliding door comprises: the sliding door comprises a sliding door frame body, a fixed leaf sliding door and a sliding leaf sliding door, wherein the fixed leaf sliding door and the sliding leaf sliding door are both arranged in the sliding door frame body;
the sliding door frame body includes: upper frame inner aluminum 1, upper frame outer aluminum 6, a first upper frame adiabatic bar 2, an upper frame outer aluminum adiabatic bar 3, an upper frame inner opening adiabatic plastic section 4, an upper frame sealing member 7, sliding sash upper guide rail aluminum 9 and fixed sash positioning aluminum 8, the upper frame inner aluminum 1 and the upper frame outer aluminum 6 are both connected with a wall body, the upper frame inner aluminum 1 and the upper frame outer aluminum 6 are connected with an upper frame outer aluminum heat insulation strip 3 through a first upper frame heat insulation strip 2, an upper frame inner opening heat insulation plastic section 4 is installed between the upper frame inner aluminum 1 and the upper frame outer aluminum 6, an upper frame bulging type notch is formed in the upper frame inner opening heat insulation plastic section 4, an upper frame sealing element 7 is installed in the upper frame bulging type notch, a sliding sash upper guide rail aluminum 9 is installed on the upper frame inner aluminum 1, a fixed sash positioning aluminum 8 is installed on the upper frame outer aluminum 6, the upper side of a fixed sash sliding door is fixedly connected with the fixed sash positioning aluminum 8, and the upper side of a sliding sash sliding door is slidably connected with the sliding sash upper guide rail aluminum 9;
the upper frame seal 7 includes: the upper frame middle sealing piece 71, the upper frame left side sealing piece 72 and the upper frame right side sealing piece 73 are arranged on two sides of the upper frame middle sealing piece 71 respectively, the upper frame middle sealing piece 71 is connected with the upper frame inner opening hot plastic section 4, and the upper frame left side sealing piece 72 and the upper frame right side sealing piece 73 are respectively abutted against two side walls of the upper frame bulging type notch.
Further, in a preferred embodiment, the sliding door frame further includes: outdoor drip along 5, outdoor drip along 5 locate fixed one side that a push-and-pull door deviates from sliding sash sliding door, outdoor drip along 5 and the outer aluminium 6 connection of upper ledge.
Further, in a preferred embodiment, the fixed sash positioning aluminum 8 is connected with the upper frame inner opening thermoplastic section bar 4.
Further, in a preferred embodiment, the sliding sash upper guide rail aluminum 9 is connected with the upper frame inner opening thermoplastic section 4.
Further, in a preferred embodiment, the fixed sliding door comprises: aluminum 17 in the middle of the fixed fan, detain aluminium 14 in the fixed fan, fixed outer aluminium 13 of fan and fixed fan locating piece 11, fixed fan locating piece 11 is installed on fixed middle aluminium 17 of fan, and fixed middle aluminium 17 of fan and fixed fan location aluminium 8 pass through fixed fan locating piece 11 fixed connection, and fixed outer aluminium 13 of fan is installed on fixed middle aluminium 17's of fan side, detains aluminium 14 in the fixed fan and installs on fixed middle aluminium 17's of fan another side.
Further, in a preferred embodiment, the fixed sliding door further comprises: fixed fan cavity glass 18, the tip of fixed fan cavity glass 18 supports in fixed fan middle aluminium 17, and fixed fan cavity glass 18 locates between fixed fan outer aluminium 13 and the fixed fan interior knot aluminium 14, and it is spacing to fix fan cavity glass 18 through fixed fan outer aluminium 13 and fixed fan interior knot aluminium 14.
Further, in a preferred embodiment, the sliding door comprises: the aluminum-aluminum composite sliding sash comprises sliding sash middle aluminum 16, sliding sash outer aluminum 15, sliding sash inner buckle aluminum 12 and sliding sash guide wheels 10, wherein the sliding sash guide wheels 10 are installed on the sliding sash middle aluminum 16, the sliding sash middle aluminum 16 and fixed sash positioning aluminum 8 are connected in a sliding mode through the sliding sash guide wheels 10, the sliding sash inner buckle aluminum 12 is installed on one side face of the sliding sash middle aluminum 16, and the sliding sash outer aluminum 15 is installed on the other side face of the sliding sash middle aluminum 16.
Further, in a preferred embodiment, the sliding door further comprises: the sliding sash hollow glass 19 is arranged between the sliding sash inner buckle aluminum 12 and the sliding sash outer aluminum 15, and the sliding sash hollow glass 19 is limited by the sliding sash inner buckle aluminum 12 and the sliding sash outer aluminum 15.
Further, in a preferred embodiment, the upper frame inner opening thermal insulation plastic section 4 is provided with a first wedge-shaped structure and a second wedge-shaped structure, the upper frame inner opening thermal insulation plastic section 4 is connected with the upper frame inner aluminum 1 through the first wedge-shaped structure, and the upper frame inner opening thermal insulation plastic section 4 is connected with the upper frame outer aluminum 6 through the second wedge-shaped structure.
Further, in a preferred embodiment, the upper frame inner opening thermal insulation plastic section 4 and the upper frame inner aluminum 1 are connected in a clamping mode through an elastic adhesive tape and a section bar, and the upper frame inner opening thermal insulation plastic section 4 and the upper frame outer aluminum 6 are connected in a clamping mode through the elastic adhesive tape and the section bar.
The above is merely an example of the preferred embodiments of the present invention, and the embodiments and the protection scope of the present invention are not limited thereby.
The utility model discloses still have following embodiment on above-mentioned basis:
the utility model discloses a further embodiment, insert the both sides of upper frame middle seal 71 respectively with upper frame left side sealing member 72 and upper frame right side sealing member 73, realized the simple and easy installation of upper frame sealing member 7, increased the installation effectiveness of upper frame sealing member 7.
In a further embodiment of the present invention, the installation process is: the upper frame left side sealing element 72 and the upper frame right side sealing element 73 are firstly placed into the bulging type groove with the narrow outer part and the wide inner part, then the upper frame middle sealing element 71 is inserted into the bulging type groove, and the upper frame left side sealing element 72 and the upper frame right side sealing element 73 are limited by the groove bottom plate of the bulging type groove, so that the upper frame left side sealing element 72 and the upper frame right side sealing element 73 are simultaneously inserted into the notch on the upper frame middle sealing element 71, and the installation between the upper frame left side sealing element 72 and the upper frame right side sealing element 73 and the upper frame middle sealing element 71 is realized.
The utility model discloses a further embodiment, adopt above-mentioned installation can be succinct efficient fast and accomplish and arrange upper frame sealing member 7 in drum tripe formula notch in, the friction impact damage that causes drum tripe formula notch and upper frame sealing member 7 simultaneously is minimum.
The utility model discloses a further embodiment, traditional sealed piece is installed in drum tripe formula notch, only can choose for use from one side will seal the piece and insert in drum tripe formula notch, and the collision and the friction all cause destruction to sealed piece and drum tripe formula notch among the insertion process, lead to sealed piece sealed effect poor, and installation procedure is complicated simultaneously, extravagant a large amount of manpowers and time.
In a further embodiment of the present invention, the side surfaces of the upper frame left side sealing member 72 and the upper frame right side sealing member 73 are covered with glue or a gasket, and after the upper frame middle sealing member 71 is mounted, the sealing effect of the upper frame sealing member 7 is increased.
In a further embodiment of the present invention, the upper frame middle sealing member 71 and the upper frame inner opening thermal plastic profile 4 are fixedly connected by a plurality of screws.
The utility model discloses a further embodiment, novel sealing member can be installed at last one-tenth dress process, and the mounting means is as follows: after the fixed sash is installed to the framework, the central point of the middle lap joint of the fixed sash and the sliding sash is confirmed, the two edge blocks of the sealing element are respectively placed at the position where the inside and the outside of the section bar cavity swell, then the middle part of the sealing element is placed at the middle position in a mode of being spliced with the edge blocks, and the middle part of the sealing element is fixed by a self-tapping screw so as to support the edge blocks.
The utility model discloses a further embodiment, the utility model discloses an advantage: 1) a fixed fan is used as a reference, so that the installation position is convenient to determine, and the installation efficiency is high; 2) the replacement at the later period is convenient; 3) the friction scratch of the inner cavity of the sectional material and the damage of a sealing element are effectively avoided; 4) ensuring the integrity of the sealing element and the tidiness of the surface.
The above is only a preferred embodiment of the present invention, and not intended to limit the scope of the invention, and it should be appreciated by those skilled in the art that various equivalent substitutions and obvious changes made in the specification and drawings should be included within the scope of the present invention.
Claims (10)
1. The utility model provides a push-and-pull door of built-in sealed piece of upper ledge drum tripe formula notch which characterized in that includes: the sliding door comprises a sliding door frame body, a fixed sliding door leaf and a sliding door leaf, wherein the fixed sliding door leaf and the sliding door leaf are both arranged in the sliding door frame body;
the sliding door frame body includes: upper frame inner aluminum (1), upper frame outer aluminum (6), a first upper frame adiabatic bar (2), an upper frame outer aluminum adiabatic bar (3), an upper frame inner opening adiabatic section bar (4), an upper frame sealing member (7), sliding sash upper guide rail aluminum (9) and fixed sash positioning aluminum (8), the upper frame inner aluminum (1) and the upper frame outer aluminum (6) are all connected with a wall body, the upper frame inner aluminum (1) and the upper frame outer aluminum (6) are connected through the first upper frame adiabatic bar (2) and the upper frame outer aluminum adiabatic bar (3), the upper frame inner opening adiabatic section bar (4) is installed between the upper frame inner aluminum (1) and the upper frame outer aluminum (6), an upper frame bulging groove opening is arranged on the upper frame inner opening adiabatic section bar (4), the upper frame sealing member (7) is installed in the upper frame bulging groove opening, the sliding sash upper guide rail aluminum (9) is installed in the upper frame inner aluminum (1), the fixed sash positioning aluminum (8) is arranged on the upper frame outer aluminum (6), the upper side of the fixed sash sliding door is fixedly connected with the fixed sash positioning aluminum (8), and the upper side of the sliding sash sliding door is slidably connected with the sliding sash upper guide rail aluminum (9);
the upper frame seal (7) includes: go up frame middle seal spare (71), go up frame left side sealing member (72) and go up frame right side sealing member (73), go up frame left side sealing member (72) with go up frame right side sealing member (73) and install the both sides at last frame middle seal spare (71) respectively, go up frame middle seal spare (71) with go up the disconnected hot-plastic section bar of mouth (4) connection in the frame, go up frame left side sealing member (72) with go up frame right side sealing member (73) and support respectively in two lateral walls of last frame drum tripe formula notch.
2. The sliding door with a built-in seal block of an upper frame bulging type notch according to claim 1, wherein the sliding door frame body further comprises: outdoor edge (5) that drips, outdoor edge (5) that drips is located fixed a push-and-pull door and is deviated from slide one side of a push-and-pull door, outdoor drip edge (5) with go up the outer aluminium of frame (6) and connect.
3. The sliding door with built-in sealing block of upper frame bulging type notch according to claim 1 is characterized in that the fixing sash positioning aluminum (8) is connected with the upper frame inner opening thermal insulation plastic section bar (4).
4. The sliding door with the built-in sealing block of the upper frame bulging type notch according to claim 1 is characterized in that the sliding sash upper guide rail aluminum (9) is connected with the upper frame inner opening thermal insulation plastic section bar (4).
5. A sliding door with an upper frame, a bulging-type notch and a built-in sealing block according to claim 1, wherein the fixed sash sliding door comprises: detain aluminium (14), fixed outer aluminium (13) of fixed fan and fixed fan locating piece (11) in aluminium (17), the fixed fan of middle of the fan, fixed fan locating piece (11) are installed fixed fan middle aluminium (17) is gone up, fixed fan middle aluminium (17) with fixed fan location aluminium (8) pass through fixed fan locating piece (11) fixed connection, fixed fan outer aluminium (13) are installed on fixed fan middle aluminium (17) a side, detain aluminium (14) and install on fixed fan middle aluminium (17) another side.
6. The sliding door with an upper frame, a bulging type notch and a built-in sealing block according to claim 5, wherein the fixed sash sliding door further comprises: fixed fan cavity glass (18), the tip of fixed fan cavity glass (18) support in aluminium (17) in the middle of the fixed fan, fixed fan cavity glass (18) are located fixed fan outer aluminium (13) with detain in the fixed fan between aluminium (14), through fixed fan outer aluminium (13) with detain in the fixed fan aluminium (14) right fixed fan cavity glass (18) carry on spacingly.
7. The sliding door with built-in sealing block of upper frame bulging type notch according to claim 1, wherein the sliding door with sliding sash comprises: aluminum (16) in the middle of the sliding sash, aluminum (15) outside the sliding sash, aluminum (12) buckled in the sliding sash and a sliding sash guide wheel (10), the sliding sash guide wheel (10) is installed on the aluminum (16) in the middle of the sliding sash, the aluminum (16) in the middle of the sliding sash and the fixed sash positioning aluminum (8) are connected in a sliding manner through the sliding sash guide wheel (10), the aluminum (12) buckled in the sliding sash is installed on one side face of the aluminum (16) in the middle of the sliding sash, and the aluminum (15) outside the sliding sash is installed on the other side face of the aluminum (16) in the middle of the sliding sash.
8. The sliding door with an upper frame, a bulging-type notch and a built-in sealing block according to claim 7, wherein the sliding door for sliding sash further comprises: the sliding sash is characterized by comprising sliding sash hollow glass (19), the end part of the sliding sash hollow glass (19) is abutted against aluminum (16) in the middle of the sliding sash, the sliding sash hollow glass (19) is arranged between aluminum (12) buckled in the sliding sash and aluminum (15) outside the sliding sash, and the sliding sash hollow glass (19) is limited through the aluminum (12) buckled in the sliding sash and the aluminum (15) outside the sliding sash.
9. The sliding door with the built-in sealing block of the upper frame drum-belly type notch according to claim 1 is characterized in that a first wedge-shaped structure and a second wedge-shaped structure are arranged on the upper frame inner opening thermal insulation plastic profile (4), the upper frame inner opening thermal insulation plastic profile (4) is connected with the upper frame inner aluminum (1) through the first wedge-shaped structure, and the upper frame inner opening thermal insulation plastic profile (4) is connected with the upper frame outer aluminum (6) through the second wedge-shaped structure.
10. The sliding door with the built-in sealing block in the upper frame bulging type notch is characterized in that the upper frame inner opening thermal insulation plastic section (4) and the upper frame inner aluminum (1) are connected in a clamping mode through an elastic adhesive tape and a section bar, and the upper frame inner opening thermal insulation plastic section (4) and the upper frame outer aluminum (6) are connected in a clamping mode through the elastic adhesive tape and the section bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123423192.1U CN216841231U (en) | 2021-12-31 | 2021-12-31 | Sliding door with upper frame, bulging type notch and built-in sealing block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123423192.1U CN216841231U (en) | 2021-12-31 | 2021-12-31 | Sliding door with upper frame, bulging type notch and built-in sealing block |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216841231U true CN216841231U (en) | 2022-06-28 |
Family
ID=82111686
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123423192.1U Active CN216841231U (en) | 2021-12-31 | 2021-12-31 | Sliding door with upper frame, bulging type notch and built-in sealing block |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216841231U (en) |
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2021
- 2021-12-31 CN CN202123423192.1U patent/CN216841231U/en active Active
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