CN211736888U

CN211736888U - Wood-aluminum composite sliding door

Info

Publication number: CN211736888U
Application number: CN202020041613.0U
Authority: CN
Inventors: 倪海琼; 刘朋; 李皓天
Original assignee: Hebei Orient Sundar Windows Co Ltd
Current assignee: Hebei Orient Sundar Windows Co Ltd
Priority date: 2020-01-09
Filing date: 2020-01-09
Publication date: 2020-10-23
Anticipated expiration: 2030-01-09

Abstract

The utility model relates to a compound push-and-pull door of wood aluminium, including the frame, through the fixed glass of layering aluminium on push-and-pull fan and the push-and-pull fan, two inside and outside push-and-pull fans are equipped with in the interior week of frame, the major structure of frame is by last frame aluminium, the side frame aluminium of threshold and both sides is connected and is formed down, the indoor side of frame aluminium is fixed with wood, the major structure of push-and-pull fan is formed by a connection of aluminium, the indoor side of fan aluminium is fixed with a wood, two vertical fan aluminium that inside and outside push-and-pull fan is located the middle side all is fixed with hooked rabbet aluminium, hooked rabbet aluminium of indoor side still has a wood through the screw fixation, the inside and outside both sides of every fan aluminium are equipped with round glide. The utility model discloses after closing, indoor side timber coverage is high, and ligneous thermal conductivity is lower than the aluminum product, and is stronger than general wood aluminium composite sliding door thermal insulation performance, can avoid the long-pending ash of wool top and fall the problem of hair, and drainage performance is good.

Description

Wood-aluminum composite sliding door

Technical Field

The utility model belongs to building door and window field relates to a push-and-pull door, especially relates to a compound push-and-pull door of wood aluminium.

Background

The wood-aluminum composite door window is generally referred to as a door window made of indoor wood and outdoor aluminum in the field of door windows. The wood and the aluminum of the conventional wood-aluminum composite door and window are connected by a buckle or clamped together by extrusion. The existing wood-aluminum composite sliding door mainly uses wool tops to shield gaps, however, after the wool tops are used for long-time push-and-pull, great dust can be accumulated, the poor wool tops can frequently fall wool, and discomfort is brought to the life of people; the upper frame aluminum (also serving as an upper sliding rail) of the existing wood-aluminum composite sliding door usually uses aluminum materials as the upper sliding rail of a door leaf, but the aluminum materials can be seen at the indoor side, so that the integral aesthetic property of wood of the upper frame at the indoor side is influenced; the lower doorsill of the existing wood-aluminum composite sliding door is often directly milled with a drain hole from the outdoor side to the middle side, however, when wind blows, part of water is directly blown into the doorsill in the direct milling mode of the drain hole, and the drainage performance is general.

SUMMERY OF THE UTILITY MODEL

Purpose of the utility model

The utility model discloses a solve present compound push-and-pull door of wood aluminium above-mentioned problem, provide a timber shelter from in indoor side, use the adhesive tape to replace the wool top and drainage performance than the ordinary compound push-and-pull door of wood aluminium that the door of milling type wash port is good that directly mills.

Technical scheme

A wood-aluminum composite sliding door comprises a frame, sliding sash and glass fixed on the sliding sash through batten aluminum, wherein the inner periphery of the frame is provided with an inner sliding sash and an outer sliding sash, the main structure of the frame is formed by connecting upper frame aluminum, a lower doorsill and side frame aluminum at two sides, the indoor sides of the side frame aluminum and the upper frame aluminum are fixed with an inner frame wood, the side frame aluminum at one side is fixed with a frame side wood towards the indoor side of the side frame aluminum at the other side, the upper frame aluminum is fixed with an upper decoration wood towards the indoor side, the main structure of the sliding sash is formed by connecting the sash aluminum, the indoor side of the sash aluminum is fixed with the sash wood, the inner sliding sash and the outer sliding sash are positioned between the two vertical sash aluminum at the middle side and are both fixed with hooked rabbet aluminum, the hooked rabbet aluminum at the indoor side is fixed with a sash side wood through screws, the two hooked aluminum are respectively fixed with buffer adhesive tapes in opposite directions, the side frame aluminum at two sides are fixed with side aluminum, the side aluminum is positioned between the side frame aluminum and the corresponding sash, and a circle of sliding surface rubber strips are respectively arranged on the inner side and the outer side of each fan aluminum.

The upper frame aluminum, the lower threshold, the side frame aluminum and the fan aluminum are all bridge-cut aluminum alloys, and a shielding adhesive tape b and a shielding adhesive tape c are respectively arranged on one opposite sides of the side frame aluminum on the two sides.

The upper end of the lower doorsill is provided with two sliding rails, the sliding sash on the outdoor side is fixed with the frame, the lower end of the sliding sash on the indoor side is fixed with pulley hardware, the side face of the sliding sash is fixed with a handle and a driver, and the sliding sash is locked and unlocked through matching with a locking block fixed on side aluminum.

The upper frame aluminum is positioned at the upper end side of the sliding sash at the indoor side, and a guide rail edge aluminum protrudes downwards, and a guide rail wood is fixed at the indoor side of the guide rail edge aluminum through screws.

The lower doorsill is provided with shielding aluminum between the two sliding rails, a through drain hole is formed from the middle side to the outdoor side of the lower doorsill, and the shielding aluminum is provided with a drain hole which is staggered with the drain hole of the lower doorsill.

The sliding surface adhesive tape comprises a base and a contact end, wherein the base is made of PP materials, the contact end is made of TPE materials, a cavity is formed in the contact end, a plurality of salient points are arranged on the surface of the contact end, and the salient points are made of TPV materials compounded on the surface of the contact end.

Advantages and effects

After the utility model is closed, the indoor wood coverage rate is high, the heat conductivity coefficient of the wood is lower than that of aluminum, and the heat insulation performance of the wood-aluminum composite sliding door is stronger than that of a common wood-aluminum composite sliding door; the adhesive tape is used for replacing the traditional wool tops, so that the problems of dust accumulation and hair falling of the wool tops can be avoided; the dislocation drainage structure has better drainage performance than the traditional drainage structure.

Drawings

FIG. 1 is a schematic view of a longitudinal node of the structure of the present invention;

FIG. 2 is a schematic view of a structural transverse node of the present invention;

FIG. 3 is a schematic diagram of a structural node at A in FIG. 1;

FIG. 4 is a schematic view of a structural node at a lower threshold;

FIG. 5 is a schematic view of a slide rubber strip structure.

Description of reference numerals:

1. the aluminum-plastic composite material comprises side frame aluminum, 2 fan aluminum, 3 glass, 4 fan wood, 5 frame side wood, 6 frame inner wood, 7 lower doorsill, 8 fan side wood, 9 hooked rabbet aluminum, 10 shielding rubber strips a, 11 buffering rubber strips, 12 trim aluminum, 13 upper frame aluminum, 14 shielding rubber strips b, 15 shielding rubber strips c, 16 side edge aluminum, 17 side fixing blocks, 18 lower fixing blocks, 19 upper decorative wood, 20 guide rail wood, 21 guide rail edge aluminum, 22 slide rails, 23 pulley hardware, 24 shielding aluminum, 25 drain holes, 26 bases, 27 contact ends, 28 bumps and 29 sliding surface rubber strips.

Detailed Description

The invention will be further explained with reference to the drawings:

as shown in fig. 1, 2, 3 and 4, a wood-aluminum composite sliding door comprises a frame, sliding sash and glass fixed on the sliding sash through a batten aluminum 12, an inner sliding sash and an outer sliding sash are arranged on the inner periphery of the frame, the main structure of the frame is formed by connecting an upper frame aluminum 13, a lower doorsill 7 and side frame aluminum 1 at two sides, an inner frame wood 6 is fixed at the indoor sides of the side frame aluminum 1 and the upper frame aluminum 13 through a buckle, a frame side wood 5 is fixed at one side of the side frame aluminum 1, which faces to the indoor side of the other side frame aluminum 1, a decorative wood 19 is fixed at one side of the upper frame aluminum 13, which faces to the indoor side, the sliding sash 2 is fixed at the indoor side through a buckle, two vertical sliding sash aluminum 2 of the inner sliding sash and the outer sliding sash, which are located at the middle side, are clamped and fixedly connected with a hooked rabbet aluminum 9, and the screwed position is shielded by a shielding adhesive tape a10, the hooked rabbet aluminum 9 on the indoor side is further fixed with a fan side wood 8 through screws, two hooked rabbet aluminum 9 are respectively fixed with a buffer rubber strip 11 in opposite directions, the side frame aluminum 1 on two sides is fixed with side edge aluminum 16 through screws, the side edge aluminum 16 is positioned between the side frame aluminum 1 and the corresponding fan aluminum 2, and the inner side and the outer side of each fan aluminum 2 are respectively provided with a circle of sliding surface rubber strips 29. The upper frame aluminum 13, the lower doorsill 7, the side frame aluminum 1 and the fan aluminum 2 are all bridge-cut aluminum alloys, and one opposite side of the side frame aluminum 1 on two sides is respectively provided with a shielding adhesive tape b14 and a shielding adhesive tape c15 for shielding the heat insulation strips. The upper end of the lower doorsill 7 is provided with two slide rails 22, the sliding sash and the frame on the outdoor side are fixed together through the side fixing block 17 on the side and the lower fixing block 18 on the lower side in a threaded manner, the lower end of the sliding sash on the indoor side is fixed with a pulley hardware 23, the side is fixed with a handle and a driver, and the sliding sash is locked and unlocked through matching with the locking block fixed on the side aluminum 16. The upper frame aluminum 13 is positioned on the upper end side of the sliding sash on the indoor side, a guide rail edge aluminum 21 protrudes downwards, a guide rail wood 20 is fixed on the indoor side of the guide rail edge aluminum 21 through screws, and the guide rail edge aluminum 21 and the guide rail wood 20 are combined to be used as an upper sliding rail of the sliding sash. The lower threshold 7 is provided with a shielding aluminum 24 between the two slide rails 22, a through drain hole 25 is formed from the middle side to the outdoor side of the lower threshold 7, and the shielding aluminum 24 is provided with a drain hole 25 which is staggered with the drain hole 25 of the lower threshold 7.

As shown in fig. 5, the slide adhesive tape 29 is composed of a base 26 and a contact end 27, the base 26 is made of PP material, the contact end 27 is made of TPE material, a cavity is formed inside the contact end 27, a plurality of bumps 28 are formed on the surface of the contact end 27, and the bumps 28 are made of TPV material compounded on the surface of the contact end 27. TPE, TPV and PP material compound adhesive tape technique are prior art, can buy at the accurate plastic products Limited company of northeby yian, and combined material's technique is not the utility model discloses an innovation place.

Obviously, the above embodiments of the present invention are only examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention, and it is obvious for those skilled in the art to make other variations or changes based on the above descriptions, and all the embodiments cannot be exhausted here, and all the obvious variations or changes introduced by the technical solutions of the present invention are still in the protection scope of the present invention.

Claims

1. The utility model provides a compound push-and-pull door of wood aluminium, is including the glass of fixing through layering aluminium (12) on frame, sliding sash and the sliding sash, and the interior week of frame is equipped with two inside and outside sliding sashes, its characterized in that: the main structure of the frame is formed by connecting upper frame aluminum (13), a lower doorsill (7) and side frame aluminum (1) on two sides, the indoor sides of the side frame aluminum (1) and the upper frame aluminum (13) are fixed with an inner frame wood (6), the side frame aluminum (1) on one side is close to the indoor side of the side frame aluminum (1) on the other side and is further fixed with a frame side wood (5), the upper frame aluminum (13) is close to the indoor side downwards and is fixed with an upper decorative wood (19), the main structure of the sliding sash is formed by connecting sash aluminum (2), the indoor side of the sash aluminum (2) is fixed with a sash wood (4), two vertical sash aluminum (2) of the inner and outer sliding sashes positioned on the middle side are both fixed with hooked rabbet aluminum (9), the hooked rabbet aluminum (9) on the indoor side is further fixed with a sash side wood (8) through screws, two hooked rabbet aluminum (9) are respectively fixed with buffer adhesive tapes (11) in opposite directions, and side frame aluminum (1) on two sides are fixed with side frame aluminum (16), the side aluminum (16) is positioned between the side frame aluminum (1) and the corresponding fan aluminum (2), and a circle of sliding surface adhesive tape (29) is respectively arranged on the inner side and the outer side of each fan aluminum (2).

2. The wood-aluminum composite sliding door according to claim 1, wherein: go up frame aluminium (13), lower threshold (7), side frame aluminium (1) and fan aluminium (2) and all be bridge cut-off aluminum alloy, the side frame aluminium (1) of both sides is equipped with respectively in one side in opposite directions and shelters from adhesive tape b (14) and shelter from adhesive tape c (15).

3. The wood-aluminum composite sliding door according to claim 1, wherein: the upper end of the lower doorsill (7) is provided with two sliding rails (22), the sliding sash on the outdoor side is fixed together with the frame, the lower end of the sliding sash on the indoor side is fixed with pulley hardware (23), the side face of the sliding sash is fixed with a handle and a driver, and the sliding sash is locked and unlocked in a matching manner through a locking block fixed on the side aluminum (16).

4. A wood-aluminum composite sliding door according to claim 3, wherein: the upper frame aluminum (13) is positioned at the upper end side of the sliding sash at the indoor side, a guide rail edge aluminum (21) protrudes downwards, and the indoor side of the guide rail edge aluminum (21) is fixed with a guide rail wood (20) through screws.

5. A wood-aluminum composite sliding door according to claim 3, wherein: the lower doorsill (7) is provided with a shielding aluminum (24) between the two sliding rails (22), a through drain hole (25) is formed from the middle side to the outdoor side of the lower doorsill (7), and the shielding aluminum (24) is provided with a drain hole (25) which is staggered with the drain hole (25) of the lower doorsill (7).

6. The wood-aluminum composite sliding door according to claim 1, wherein: the sliding surface adhesive tape (29) is composed of a base (26) and a contact end (27), the base (26) is made of PP materials, the contact end (27) is made of TPE materials, a cavity is formed in the contact end (27), a plurality of salient points (28) are arranged on the surface of the contact end (27), and the salient points (28) are made of TPV materials compounded on the surface of the contact end (27).