CN105201352B - A kind of plastic-aluminum combined heavy sliding door - Google Patents
A kind of plastic-aluminum combined heavy sliding door Download PDFInfo
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- CN105201352B CN105201352B CN201510583903.1A CN201510583903A CN105201352B CN 105201352 B CN105201352 B CN 105201352B CN 201510583903 A CN201510583903 A CN 201510583903A CN 105201352 B CN105201352 B CN 105201352B
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Abstract
nullThe present invention relates to door and window fields，A kind of plastic-aluminum combined heavy sliding door，There is doorframe，Doorframe is internally installed have two fans before and after the heavy sliding door that is arranged in parallel，In heavy sliding door leaf, glass is installed，Described doorframe and door leaf are mated, by an aluminium alloy extrusions and a plastic rubber sectional material, the plastic-aluminum combined general frame material section bar fastened and make，Wherein the material of plastic rubber sectional material is PVC，And outer surface is machined with imitation wood lamina，The upper side frame of doorframe is provided with slip material，Lower frame is provided with gliding structural section，Left and right sides frame is provided with edge-sealing section，The side of sliding door leaf is provided with seal profile，The present invention uses plastic material to replace part aluminum alloy materials，Can effectively reduce the utilization to non-renewable resources，Also can reduce the manufacture production cost of heavy sliding door fan material section bar simultaneously，In addition，Plastic material also has good energy-saving heat preserving effect.
Description
Technical field
The present invention relates to door and window fields, specifically a kind of plastic-aluminum heavy type sliding door.
Background technology
In general, door and window is mainly played fixing and slide guide effect, at the manufacture view of door-window frame material section bar, in prior art by the frame material of door and window, it is common that use integrated forming technique.At heavy sliding door fan material section bar manufacture view, owing to the weight of sliding door main body is bigger, for keeping the fluency during its push-and-pull and stability, heavy sliding door fan material is then required for the section bar of the different parts multiple given shape of manufacture of frame material, such as, upper sliding sash material section bar, down sliding sash material section bar and banding frame material section bar etc., complex installation process, complex manufacturing, manufacturing cost is the highest, and meanwhile, its installation process is the most relatively complicated, when frame material section bar is damaged, it is also difficult to keep in repair and change.
Summary of the invention
In order to solve problem present in background technology, it is an object of the invention to provide a kind of low cost of manufacture, installation process is simple, have the heavy sliding door general frame material section bar of effects of energy conservation and environmental protection.
The technical scheme that the present invention takes is: a kind of plastic-aluminum combined heavy sliding door, there is doorframe, doorframe is internally installed have two fans before and after the sliding door that is arranged in parallel, sliding door has door leaf, glass is installed in door leaf, it is characterized in that: described doorframe includes plastic-aluminum combined general frame material section bar A, upper slip material, edge-sealing section and gliding structural section, the plastic-aluminum combined general frame material section bar A of doorframe upper side frame is provided with slip material, the plastic-aluminum combined general frame material section bar A of doorframe both sides frame is provided with edge-sealing section, the plastic-aluminum combined general frame material section bar A of doorframe lower frame is provided with gliding structural section；Described door leaf includes plastic-aluminum combined general frame material section bar B, seal profile, plastic-aluminum combined general frame material section bar B is mutually combined formation door leaf main body, the inner side surrounding of door leaf main body has mounting groove, outside surrounding has guide runner, and sliding door is positioned at when closing on the side guide runner in the middle of doorframe to fasten and is provided with seal profile；Described plastic-aluminum combined general frame material section bar A and plastic-aluminum combined general frame material section bar B is mated fastening by wedge shape bayonet socket with wedge shape projection by aluminium alloy extrusions and plastic rubber sectional material and forms；The plastic-aluminum combined general frame material section bar A of described doorframe is equipped with outwardly open chute in the one side of aluminium alloy extrusions and plastic rubber sectional material, the both sides of chute upper end open are provided with flanging, the upper and lower surface of flanging the most outwards, inwardly has a pressing groove, it is classified as two cavitys in left and right by a vertical clapboard inside aluminium alloy extrusions, it is classified as three cavitys by one piece of vertical clapboard and horizontal baffle inside plastic rubber sectional material, bottom described vertical clapboard, is equipped with reinforcement；The plastic-aluminum combined general frame material section bar B of described door leaf is respectively provided with cavity inside aluminium alloy extrusions and plastic rubber sectional material, cavity inside is provided with reinforcement, one end of cavity side cavity wall has an outwardly directed horizontal extension limit, the end on horizontal extension limit is provided with a buckling groove, cell wall top, buckling groove both sides be equipped with one in flanging, buckling groove is positioned at the upper and lower two ends of side cell wall of horizontal extension edge tail and is outwards additionally provided with a bending, the other end of this cavity wall also has an outwardly directed arc and extends limit, and arc extends the end on limit and also has a clamp.
Gliding structural section of the present invention has sliding guide, sliding guide one side is provided with the rail plate that upper end is circular arc, it is protruding that another side is provided with two symmetrical pressings, two symmetrical clamps it are additionally provided with between pressing projection, the bottom of clamp has hook-shaped outer flanging, and described gliding structural section is pressed together on two side slideways of the plastic-aluminum combined general frame material section bar A of doorframe lower frame.
Edge-sealing section of the present invention includes banding cutting and banding strip of paper used for sealing, wherein banding cutting has rectangle frame material, inside is cavity, the side frame wall of rectangle frame material is opening, in the both sides of opening are equipped with one, flanging, pressing groove and pressing are protruding, and the frame wall that described rectangle frame material is relative with opening also outwards is provided with two symmetrical pressings projections；Banding strip of paper used for sealing has arc shrouding, and the concave surface of arc shrouding is provided with two symmetrical pressing clamps, is additionally provided with two symmetrical hook-shaped clamps between pressing clamp；Described banding cutting is pressed together in the plastic-aluminum combined general frame material section bar A of doorframe both sides frame on the chute of aluminium alloy extrusions or plastic rubber sectional material, the opening part of banding cutting also engages and is provided with banding strip of paper used for sealing, and described banding strip of paper used for sealing is pressed together in the plastic-aluminum combined general frame material section bar A of doorframe both sides frame on the chute of aluminium alloy extrusions or plastic rubber sectional material.
Upper slip material of the present invention includes banding cutting and banding strip of paper used for sealing, wherein banding cutting has rectangle frame material, inside is cavity, the side frame wall of rectangle frame material is opening, in the both sides of opening are equipped with one, flanging, pressing groove and pressing are protruding, and the frame wall that described rectangle frame material is relative with opening also outwards is provided with two symmetrical pressings projections；Banding strip of paper used for sealing has arc shrouding, and the concave surface of arc shrouding is provided with two symmetrical pressing clamps, is additionally provided with two symmetrical hook-shaped clamps between pressing clamp；Described banding cutting is pressed together on two side slideways of the plastic-aluminum combined general frame material section bar A of doorframe upper side frame, and wherein the opening part of banding cutting also engages banding strip of paper used for sealing.
Seal profile of the present invention has a rectangular enclosure, one end of rectangular enclosure side cavity wall is provided with one and outwardly open plugs together groove, plug together the both sides cell wall wall end of groove to be provided with and plug together projection, having an outwardly directed extension arm in the cavity wall adjacent with the other end of this cavity wall, extension arm is provided with two symmetrical vertical hook-shaped clamps towards the side of rectangular enclosure.
In plastic-aluminum combined general frame material section bar A of the present invention and plastic-aluminum combined general frame material section bar B, the outer surface of plastic material is all machined with imitation wood lamina.
Present invention have the advantage that:
1. the plastic-aluminum combined frame material section bar that the mode using aluminium alloy extrusions to engage with plastic rubber sectional material manufactures, compared with traditional metal frame material section bar, i.e. ensure that the intensity of frame material section bar, reduce again material and production cost, decrease the utilization to metal non-renewable resources, plastic rubber sectional material is in terms of heat-insulation and heat-preservation simultaneously, and relatively shape also has obvious advantage；
2. use universal frame material section bar, during installation, directly on frame material section bar, install specific function section bar (such as gliding structural section, edge-sealing section etc.) additional, to replace tradition frame material section bar manufactures different structure and the frame material section bar of function for doorframe different parts, reduce the complexity of manufacturing process, improve production efficiency, save production cost.
Accompanying drawing explanation
Fig. 1 is schematic appearance of the present invention；
Fig. 2 is present configuration schematic diagram A；
Fig. 3 is present configuration schematic diagram B；
Fig. 4 is doorframe structure schematic diagram of the present invention；
Fig. 5 is door leaf structure schematic diagram of the present invention；
Fig. 6 is gliding structural section structural representation of the present invention；
Fig. 7 is banding cutting profile structure schematic diagram of the present invention；
Fig. 8 is banding strip of paper used for sealing profile structure schematic diagram of the present invention；
Fig. 9 is seal profile structural representation of the present invention；
Figure 10 is sliding scheme of installation in the present invention；
Figure 11 is banding scheme of installation of the present invention；
Figure 12 is that the present invention glides scheme of installation.
nullIn figure，1-doorframe，2-door leaf，3-glass，The plastic-aluminum combined general frame material section bar A of 4-，The plastic-aluminum combined general frame material section bar B of 5-，6-gliding structural section，7-banding cutting section bar，8-banding strip of paper used for sealing section bar，9-seal profile，10-mounting groove，11-guide runner，12-corner structure，401-aluminium alloy extrusions A，402-plastic rubber sectional material A，403-wedge shape bayonet socket，404-wedge shape is protruding，405-chute，406-flanging，407-pressing groove，408-vertical clapboard A，409-levorotation chamber A，410-right die cavity A，411-horizontal stiffener，412-annular reinforcement，413-vertical clapboard B，414-levorotation chamber B，415-horizontal baffle，416-upper impression，417-lower impressions，418-circle reinforcement，419-imitation wood lamina，501-aluminium alloy extrusions B，502-plastic rubber sectional material B，503-reinforcement，504-bending reinforcement，505-horizontal extension limit，506-buckling groove，Flanging in 507-，508-bending，509-arc extends limit，510-clamp，511-fastens projection，512-vestibule，513-dividing plate，514-levorotation chamber C，515-right die cavity C，601-sliding guide，602-rail plate，603-pressing is protruding，The hook-shaped clamp of 604-，701-rectangle frame material，Bending in 702-，801-arc shrouding，802-pressing clamp，901-rectangular enclosure，902-plugs together groove，903-plugs together projection，904-extension arm.
Detailed description of the invention
In the present invention, such as Fig. 1-Fig. 3, a kind of plastic-aluminum combined heavy sliding door, there is doorframe 1, doorframe 1 is internally installed have two fans before and after the heavy sliding door that is arranged in parallel, heavy sliding door has door leaf 2, glass 3 is installed in door leaf 2, described doorframe 1 includes plastic-aluminum combined general frame material section bar A4, upper slip material, edge-sealing section and gliding structural section 6, the plastic-aluminum combined general frame material section bar A4 of doorframe 1 upper side frame is provided with slip material, the plastic-aluminum combined general frame material section bar A4 of doorframe 1 both sides frame is provided with edge-sealing section, the plastic-aluminum combined general frame material section bar A4 of doorframe 1 lower frame is provided with gliding structural section 6；Described door leaf 2 includes plastic-aluminum combined general frame material section bar B5, seal profile 9, plastic-aluminum combined general frame material section bar B5 is mutually combined formation door leaf 2 main body, the inner side surrounding of door leaf 2 main body has mounting groove 10, outside surrounding has guide runner 11, and sliding door is positioned at when closing on the side guide runner 11 in the middle of doorframe to fasten and is provided with seal profile 9；Described plastic-aluminum combined general frame material section bar A4 and plastic-aluminum combined general frame material section bar B5 is mated fastening composition by wedge shape bayonet socket 403 with wedge shape protruding 404 by aluminium alloy extrusions and plastic rubber sectional material.
In the present invention, such as Fig. 4, the plastic-aluminum combined general frame material section bar A4 of described doorframe is equipped with outwardly open chute 405 in the one side of aluminium alloy extrusions A401 and plastic rubber sectional material A402, the both sides of chute 405 upper end open are provided with flanging 406, the upper and lower surface of flanging 406 is the most outwards, inwardly have a pressing groove 407, wherein: aluminium alloy extrusions A401 is internally located at the side of chute 405 bottom land and is provided with a vertical clapboard A408, levorotation chamber A409 and right die cavity A410 will be divided into inside aluminium alloy extrusions A401, levorotation chamber A409 sidewall is provided with a horizontal stiffener 411, the side of described vertical clapboard A408 bottom is provided with the annular reinforcement 412 of a upper end open；Plastic rubber sectional material A402 is internally located at the side of chute 405 bottom land and is provided with a vertical clapboard B413, levorotation chamber B414 and right die cavity B will be divided into inside plastic rubber sectional material A402, described right die cavity B is internally located at chute 405 bottom land and is provided with a horizontal baffle 415, right die cavity B is divided into upper impression 416 and lower impressions 417, bottom described vertical clapboard B413, is provided with the circular reinforcement 418 of a hollow.
In the present invention, such as Fig. 5, described door leaf plastic-aluminum combined general frame material section bar B5 is respectively provided with a cavity inside aluminium alloy extrusions B501 and plastic rubber sectional material B502, one end of cavity side cavity wall has an outwardly directed horizontal extension limit 505, the end on horizontal extension limit 505 is provided with a buckling groove 506, cell wall top, buckling groove 506 both sides be equipped with one in flanging 507, buckling groove 506 is positioned at the upper and lower two ends of side cell wall of horizontal extension limit 505 end and is outwards additionally provided with a bending 508, the other end of this cavity wall also has an outwardly directed arc and extends limit 509, arc extends the end on limit 509 and also has a clamp 510.
In the present invention, such as Fig. 5, there is inside aluminium alloy extrusions B501 a dividing plate 513, cavity is divided into levorotation chamber C514 and right die cavity C515, a bending reinforcement 504 it is additionally provided with in the side cavity wall of right die cavity C515, it is additionally provided with a reinforcement 503 contour with bending reinforcement 504 inside the cavity wall that right die cavity C515 is connected with arc prolongation limit 509, being provided with the fastening projection 511 of two horizontal symmetry bottom the bottom land of aluminium alloy extrusions B501 buckling groove 506, position between buckling groove 506 and cavity, horizontal extension limit 505 is additionally provided with a vestibule 512；The side of plastic rubber sectional material B cavity is provided with two laterally zygomorphic reinforcements 503, opposite side is provided with a bending reinforcement 504, being additionally provided with a reinforcement 503 contour with bending reinforcement 504 inside the cavity wall that cavity is connected with arc prolongation limit 509, the cell wall between interior flanging 507 and the bottom land of plastic rubber sectional material B502 buckling groove 506 is provided with a fastening projection 511.
In the present invention, such as Fig. 4 and Fig. 5, in the plastic-aluminum combined general frame material section bar A4 of doorframe 1 and the plastic-aluminum combined general frame material section bar B5 of door leaf 2, side outside aluminium alloy extrusions is respectively provided with upper and lower two wedge shape bayonet sockets 403, side outside plastic rubber sectional material is respectively provided with upper and lower two wedge shape projections 404, by being connected protruding for wedge shape 404 realizing the combination of aluminium alloy extrusions and plastic rubber sectional material with the fastening of wedge shape bayonet socket 403, wherein, after in the plastic-aluminum combined general frame material section bar B5 of door leaf 2, aluminium alloy extrusions B501 and plastic rubber sectional material B502 coupling fastens, the arc of one end extends limit 509 and is collectively forming mounting groove 10, the horizontal extension limit 504 of the other end is collectively forming guide runner 11.
In the present invention, such as Fig. 6, the gliding structural section 6 of heavy sliding door has sliding guide 601, and sliding guide 601 one side is provided with the rail plate 602 that upper end is circular arc, another side is provided with two symmetrical pressing projections 603, is additionally provided with two symmetrical hook-shaped clamps 604 between pressing projection 603.
In the present invention, such as Fig. 7 and Fig. 8, the edge-sealing section of heavy sliding door fan body 1 includes banding cutting section bar 7 and banding strip of paper used for sealing section bar 8, wherein banding cutting section bar 7 has a rectangle frame material 701, inside is cavity, the side frame wall of rectangle frame material 701 is opening, the both sides of opening be equipped with one in bending 702, interior bending 702 is positioned in the one side outside cavity and has pressing groove 407, pressing groove 407 is provided with pressing projection 603 bottom the cell wall of opening side, and the frame wall that described rectangle frame material 701 is relative with opening is outwards additionally provided with two symmetrical pressing projections 603；Banding strip of paper used for sealing section bar 8 has arc shrouding 801, and the concave surface of arc shrouding 801 is provided with two symmetrical pressing clamps 802, is additionally provided with two symmetrical hook-shaped clamps 604 between pressing clamp 802.
In the present invention, such as Fig. 9, the seal profile 9 of heavy sliding door leaf 2 has a rectangular enclosure 901, one end of rectangular enclosure 901 side cavity wall is provided with one and outwardly open plugs together groove 902, plug together and be provided inwardly with on the both sides cell wall of groove 902 plugging together protruding 903, having an outwardly directed extension arm 904 in the cavity wall adjacent with the other end of this cavity wall, extension arm 904 is provided with two symmetrical vertical hook-shaped clamps 604 towards the side of rectangular enclosure.
In the present invention, such as Figure 10, the upper side frame of doorframe 1 includes plastic-aluminum combined general frame material section bar A4, banding cutting section bar 7 and banding strip of paper used for sealing section bar 8, the pressing clamp 802 of banding strip of paper used for sealing section bar 8 concave side and hook-shaped clamp 604 carry out pressing be connected with pressing groove 407 and the pressing projections 603 of banding cutting section bar 7 opening part respectively, banding strip of paper used for sealing section bar 8 is fixed on the opening part of banding cutting section bar 7, makes banding cutting section bar 7 internal in closing cavity；In assembling process, by the pressing projection 603 on two banding cutting section bars 7, pressing groove 407 with aluminium alloy extrusions A and plastic rubber sectional material A chute 405 opening both sides carries out pressing and is connected respectively, collectively constitutes the upper side frame of doorframe 1.
In the present invention, such as Figure 11, the dual-side package of doorframe 1 includes plastic-aluminum combined general frame material section bar A4, banding cutting section bar 7 and banding strip of paper used for sealing section bar 8, banding strip of paper used for sealing section bar 8 pressing is fixed on the chute 405 of doorframe 1 one side frame aluminium alloy extrusions A401, banding cutting section bar 7 pressing is fixed on the doorframe 1 chute 405 with side frame plastic rubber sectional material A402, and at the opening part fastening banding strip of paper used for sealing section bar 8 of banding cutting section bar 7, collectively constitute the side banding of doorframe 1；Correspondingly, banding strip of paper used for sealing section bar 8 pressing is fixed on the chute 405 of doorframe 1 opposite side frame plastic rubber sectional material A402, banding cutting section bar 7 pressing is fixed on the doorframe 1 chute 405 with side frame aluminium alloy extrusions A401, and at the opening part fastening banding strip of paper used for sealing section bar 8 of banding cutting section bar 7, collectively constitute the opposite side banding of doorframe 1.
In the present invention, such as Figure 12, the down sliding sash material of doorframe 1 includes plastic-aluminum combined general frame material section bar A4 and gliding structural section 6, the pressing projection 603 of gliding structural section 6 pressing groove 407 with aluminium alloy extrusions and plastic rubber sectional material chute both sides upward opening respectively carries out pressing, downwardly open with aluminium alloy extrusions and the plastic rubber sectional material chute 405 both sides the most respectively pressing groove 407 of the hook-shaped clamp 604 of gliding structural section 6 carries out pressing, collectively constitutes the gliding structural section 6 of doorframe 1.
In the present invention, such as Fig. 2 with such as Fig. 3, the upper side frame of door leaf 2 and lower frame are all connected with upper slip material and gliding structural section 6 combination of doorframe 1 respectively by guide runner 11, when heavy sliding door is closed, being positioned on the door leaf 2 side side frame guide runner 11 in the middle of doorframe 1 to fasten and be provided with seal profile 9, the side frame of door leaf 2 opposite side is directly fastened with the banding on the frame of doorframe 1 both sides by guide runner 11；Additionally, the interior frame of door leaf 2 has mounting groove 10, glass 3 is fixed among door leaf 2 inside casing by mounting groove 11.
In the present invention, such as Fig. 1, the corner structure 12 of doorframe 1 and door leaf 2 is formed by connecting by movable corner connectors.
Claims (6)
1. a plastic-aluminum combined heavy sliding door, there is doorframe, doorframe is internally installed have two fans before and after the sliding door that is arranged in parallel, sliding door has door leaf, glass is installed in door leaf, it is characterized in that: described doorframe includes plastic-aluminum combined general frame material section bar A, upper slip material, edge-sealing section and gliding structural section, the plastic-aluminum combined general frame material section bar A of doorframe upper side frame is provided with slip material, the plastic-aluminum combined general frame material section bar A of doorframe both sides frame is provided with edge-sealing section, and the plastic-aluminum combined general frame material section bar A of doorframe lower frame is provided with gliding structural section；Described door leaf includes plastic-aluminum combined general frame material section bar B, seal profile, plastic-aluminum combined general frame material section bar B is mutually combined formation door leaf main body, the inner side surrounding of door leaf main body has mounting groove, outside surrounding has guide runner, and sliding door is positioned at when closing on the side guide runner in the middle of doorframe to fasten and is provided with seal profile；Described plastic-aluminum combined general frame material section bar A and plastic-aluminum combined general frame material section bar B is mated fastening by wedge shape bayonet socket with wedge shape projection by aluminium alloy extrusions and plastic rubber sectional material and forms；The plastic-aluminum combined general frame material section bar A of described doorframe is equipped with outwardly open chute in the one side of aluminium alloy extrusions and plastic rubber sectional material, the both sides of chute upper end open are provided with flanging, the upper and lower surface of flanging the most outwards, inwardly has a pressing groove, it is classified as two cavitys in left and right by a vertical clapboard inside aluminium alloy extrusions, it is classified as three cavitys by one piece of vertical clapboard and horizontal baffle inside plastic rubber sectional material, bottom described vertical clapboard, is equipped with reinforcement；The plastic-aluminum combined general frame material section bar B of described door leaf is respectively provided with cavity inside aluminium alloy extrusions and plastic rubber sectional material, cavity inside is provided with reinforcement, one end of cavity side cavity wall has an outwardly directed horizontal extension limit, the end on horizontal extension limit is provided with a buckling groove, cell wall top, buckling groove both sides be equipped with one in flanging, buckling groove is positioned at the upper and lower two ends of side cell wall of horizontal extension edge tail and is outwards additionally provided with a bending, the other end of this cavity wall also has an outwardly directed arc and extends limit, and arc extends the end on limit and also has a clamp.
The plastic-aluminum combined heavy sliding door of one the most according to claim 1, it is characterized in that: described gliding structural section has sliding guide, sliding guide one side is provided with the rail plate that upper end is circular arc, it is protruding that another side is provided with two symmetrical pressings, two symmetrical clamps it are additionally provided with between pressing projection, the bottom of clamp has hook-shaped outer flanging, and described gliding structural section is pressed together on two side slideways of the plastic-aluminum combined general frame material section bar A of doorframe lower frame.
The plastic-aluminum combined heavy sliding door of one the most according to claim 1, it is characterized in that: described edge-sealing section includes banding cutting and banding strip of paper used for sealing, wherein banding cutting has rectangle frame material, inside is cavity, the side frame wall of rectangle frame material is opening, in the both sides of opening are equipped with one, flanging, pressing groove and pressing are protruding, and the frame wall that described rectangle frame material is relative with opening also outwards is provided with two symmetrical pressings projections；Banding strip of paper used for sealing has arc shrouding, and the concave surface of arc shrouding is provided with two symmetrical pressing clamps, is additionally provided with two symmetrical hook-shaped clamps between pressing clamp；Described banding cutting is pressed together in the plastic-aluminum combined general frame material section bar A of doorframe both sides frame on the chute of aluminium alloy extrusions or plastic rubber sectional material, the opening part of banding cutting also engages and is provided with banding strip of paper used for sealing, and described banding strip of paper used for sealing is pressed together in the plastic-aluminum combined general frame material section bar A of doorframe both sides frame on the chute of aluminium alloy extrusions or plastic rubber sectional material.
The plastic-aluminum combined heavy sliding door of one the most according to claim 1, it is characterized in that: described upper slip material includes banding cutting and banding strip of paper used for sealing, wherein banding cutting has rectangle frame material, inside is cavity, the side frame wall of rectangle frame material is opening, in the both sides of opening are equipped with one, flanging, pressing groove and pressing are protruding, and the frame wall that described rectangle frame material is relative with opening also outwards is provided with two symmetrical pressings projections；Banding strip of paper used for sealing has arc shrouding, and the concave surface of arc shrouding is provided with two symmetrical pressing clamps, is additionally provided with two symmetrical hook-shaped clamps between pressing clamp；Described banding cutting is pressed together on two side slideways of the plastic-aluminum combined general frame material section bar A of doorframe upper side frame, and wherein the opening part of banding cutting also engages banding strip of paper used for sealing.
The plastic-aluminum combined heavy sliding door of one the most according to claim 1, it is characterized in that: described seal profile has a rectangular enclosure, one end of rectangular enclosure side cavity wall is provided with one and outwardly open plugs together groove, plug together the both sides cell wall wall end of groove to be provided with and plug together projection, having an outwardly directed extension arm in the cavity wall adjacent with the other end of this cavity wall, extension arm is provided with two symmetrical vertical hook-shaped clamps towards the side of rectangular enclosure.
The plastic-aluminum combined heavy sliding door of one the most according to claim 1, it is characterised in that: in described plastic-aluminum combined general frame material section bar A and plastic-aluminum combined general frame material section bar B, the outer surface of plastic material is all machined with imitation wood lamina.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510583903.1A CN105201352B (en) | 2015-09-15 | 2015-09-15 | A kind of plastic-aluminum combined heavy sliding door |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510583903.1A CN105201352B (en) | 2015-09-15 | 2015-09-15 | A kind of plastic-aluminum combined heavy sliding door |
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| CN105201352A CN105201352A (en) | 2015-12-30 |
| CN105201352B true CN105201352B (en) | 2016-09-21 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109322593A (en) * | 2018-12-08 | 2019-02-12 | 金敬钿 | A kind of heavy type sliding door |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2001055540A1 (en) * | 2000-01-31 | 2001-08-02 | Hutchinson | Sliding frame for patio door |
| FR2912180A1 (en) * | 2007-02-02 | 2008-08-08 | Norsk Hydro As | SLIDING DOOR OR WINDOW CHASSIS HAVING A VERTICAL SIDE OPENING CACHE. |
| CN203374156U (en) * | 2013-06-28 | 2014-01-01 | 湖北弘毅钢结构工程有限公司 | Combined type aluminum plastic sliding door and window |
-
2015
- 2015-09-15 CN CN201510583903.1A patent/CN105201352B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2001055540A1 (en) * | 2000-01-31 | 2001-08-02 | Hutchinson | Sliding frame for patio door |
| FR2912180A1 (en) * | 2007-02-02 | 2008-08-08 | Norsk Hydro As | SLIDING DOOR OR WINDOW CHASSIS HAVING A VERTICAL SIDE OPENING CACHE. |
| CN203374156U (en) * | 2013-06-28 | 2014-01-01 | 湖北弘毅钢结构工程有限公司 | Combined type aluminum plastic sliding door and window |
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| Publication number | Publication date |
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| CN105201352A (en) | 2015-12-30 |
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