CN214145166U

CN214145166U - Bridge cut-off type out-opening aluminum-wood door and window body

Info

Publication number: CN214145166U
Application number: CN202022770377.9U
Authority: CN
Inventors: 曾建华
Original assignee: Lou Shang Lou Window Energy Saving Technology Co ltd
Current assignee: Lou Shang Lou Window Energy Saving Technology Co ltd
Priority date: 2020-11-25
Filing date: 2020-11-25
Publication date: 2021-09-07
Anticipated expiration: 2030-11-25

Abstract

The utility model relates to the technical field of doors and windows, in particular to a bridge cut-off type external-open aluminum-wood door and window body, which comprises an auxiliary frame, a fixed main frame component and/or an external-open main frame component, wherein the fixed main frame component and/or the external-open main frame component are connected with the auxiliary frame; the utility model adopts the auxiliary frame composed of the outer frame body, the auxiliary frame heat insulation block and the inner frame body, the auxiliary frame can be used for connecting and fixing the main frame component and/or the outward-opening main frame component, and can also be matched with the outward-opening main frame component to install the screen window component, so that the auxiliary frames at all positions in the door window body are unified, the structural classification and the warehousing difficulty of the auxiliary frames are reduced, and the door window body is favorable for production and assembly; additionally, the utility model discloses an attach the frame that has attach frame thermoinsulating piece makes the door and window body have more excellent heat-proof quality.

Description

Bridge cut-off type out-opening aluminum-wood door and window body

Technical Field

The utility model relates to a door and window technical field, concretely relates to outward opening door and window.

Background

The door and window is necessary for lighting, ventilation, heat preservation and sound insulation of a house. Steel windows or aluminum alloy doors and windows of old buildings have gradually faded out of the home decoration industry due to heat preservation and heat preservation.

At present, the high-grade energy-saving wooden door and window widely applied to the building engineering comprises: solid wood doors and windows, aluminum-clad wood doors and windows and wood-aluminum composite doors and windows. The wood-aluminum composite door and window products have stable structures, are mostly produced by a mechanical cold extrusion corner assembling process, have good accessory performance, are opened flexibly and closed tightly; and the surface treatment adopts the prior advanced spraying process, so that the appearance is bright.

The current external-open aluminum-wood door and window body generally carries out the lug connection through sash glass, main frame and attaches the frame and constitutes, for reinforcing door and window's heat-proof quality, often adopt the bridge cut-off structure in main frame, nevertheless attach the shortcoming that still has the heat-proof quality not enough in the frame, and the door and window body generally contains fixed and the door and window somatic part that can not open and the external-open door window body part that can open outwards, consequently, the window frame corresponds the additional frame that different structural style need be adopted to different positions and assembles, it lacks unified system to attach the frame, be difficult to improve the heat-proof quality of door and window body through attaching the frame transformation.

Disclosure of Invention

The utility model aims at providing a have and be applied to fixed main frame and the installation of the main frame of opening outward and attach the frame and have the bridge cut-off type aluminum-wood door and window body of excellent heat-proof quality of opening outward.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a bridge cut-off type external-open aluminum-wood door and window body, is including attaching the frame and with attach the fixed main frame subassembly and/or the external-open main frame subassembly that the frame is connected, attach frame package outer frame body and interior framework and be used for connecting outer frame body and interior framework attach the frame heat insulating block, interior framework and outer frame body both sides all are equipped with the accessory spread groove that can be used to connect fixed main frame subassembly or external-open main frame subassembly, the indoor side-mounting of inner frame has the decoration wood, fixed main frame subassembly includes fixed glass, with attach the frame buckle and be connected and through sealed glue the fixed main frame that fixed glass is connected, external-open main frame subassembly includes external-open glass, can be relative attach the frame outwards swing and through sealed glue with the external-open main frame that external-open glass is connected and locate external-open main frame indoor side and can be relative attach the screen window subassembly of frame inwards swing.

Further, the outer main frame includes the first inside casing that compresses tightly the indoor side of outer casement glass through sealed glue, the interior main frame of being connected with first inside casing buckle, compress tightly the outer main frame of the outdoor side of outer casement glass through sealed glue, be used for connecting the main frame heat insulating block of interior main frame and outer main frame, the buckle has the second inside casing in the accessory spread groove of interior frame, the buckle has the first sealing strip with the contact of interior main frame on the second inside casing, the bayonet socket has the second sealing strip with the contact of outer frame on the outer main frame, the indoor side of second inside casing and interior main frame all is fixed with main frame wood.

Further, the screen window subassembly is including locating the flange on the main frame wood of second inside casing, locating the screen window frame in the flange outside, fix the window screening on the screen window frame and install the screen window wood on the indoor side of screen window frame, the buckle is connected with and contradicts on the screen window wood decorate the third sealing strip on the wood surface of wood in the inner frame body.

Furthermore, the window screening passes through the fix with screw on the screen window frame, the last buckle of screen window frame has the parcel the protective cover of screw cap head.

Furthermore, a middle heat insulation block attached to one side of the main frame heat insulation block is buckled on the auxiliary frame heat insulation block.

Furthermore, the outward opening main frame also comprises a sash glass cushion block, two ends of which are limited and installed by the inner main frame and the outer main frame and are used for limiting the installation position of the outward opening sash glass.

Furthermore, fixed main frame compresses tightly the third inside casing of fixed glass indoor side face, compresses tightly the first frame of outer open glass outdoor side face, the second frame with first frame lock joint through sealed glue including sealed glue, the accessory spread groove lock joint of third inside casing and interior framework, the accessory spread groove lock joint of second frame and outer framework.

Furthermore, a water drainage groove is formed in the wall surface, far away from the inner frame body, of the outer frame body, and a water guide opening communicated with the water drainage groove is formed in the bottom of the accessory connecting groove of the outer frame body.

Furthermore, a water retaining edge or a decorative cover capable of draining water is arranged on the water drainage groove.

Furthermore, attach frame thermoinsulating piece nylon strip for integrated into one piece, and its both sides have respectively with interior framework, the outer frame body on the sand grip of buckle connection, attach frame thermoinsulating piece inside be hollow structure to be equipped with the strengthening rib.

The utility model discloses following beneficial effect has:

the utility model adopts the auxiliary frame composed of the outer frame body, the auxiliary frame heat insulation block and the inner frame body, the auxiliary frame can be used for connecting and fixing the main frame component and/or the outward-opening main frame component, and can also be matched with the outward-opening main frame component to install the screen window component, so that the auxiliary frames at all positions in the door window body are unified, the structural classification and the warehousing difficulty of the auxiliary frames are reduced, and the door window body is favorable for production and assembly; additionally, the utility model discloses an attach the frame that has attach frame thermoinsulating piece makes the door and window body have more excellent heat-proof quality.

Drawings

Fig. 1 is a schematic structural diagram of a first embodiment of the present invention;

fig. 2 is a schematic structural diagram of a second embodiment of the present invention;

fig. 3 is a schematic structural diagram of a third embodiment of the present invention;

fig. 4 is a schematic structural diagram of a fourth embodiment of the present invention;

FIG. 5 is a schematic structural view of an auxiliary frame;

in the figure: 1. an auxiliary frame; 2. fixing the main frame assembly; 3. an outward opening main frame assembly; 4. sealing glue; 5. a first seal strip; 6. a second seal strip; 7. a third seal strip; 11. an outer frame body; 12. an inner frame body; 13. an auxiliary frame heat insulation block; 14. an accessory connecting groove; 15. a second inner frame; 16. a middle heat insulation block; 17. decorating solid wood; 21. fixing fan glass; 22. fixing the main frame; 31. outward opening sash glass; 32. externally opening the main frame; 33. a screen assembly; 111. a water discharge tank; 112. a water guide port; 113. a water blocking edge; 114. a decorative cover; 131. a convex strip; 132. reinforcing ribs; 221. a third inner frame; 222. a first outer frame; 223. a second outer frame; 321. a first inner frame; 322. an inner main frame; 323. an outer main frame; 324. a main frame heat insulation block; 325. solid wood of the main frame; 326. fan glass cushion blocks; 331. blocking edges; 332. a screen window frame; 333. window screening; 334. solid wood screen window; 335. a screw; 336. a protective cover.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the present invention.

As shown in fig. 1-5 the utility model relates to a bridge cut-off type external-open aluminum-wood door and window body, including attach frame 1 and with attach fixed main frame subassembly 2 and/or external-open main frame subassembly 3 that frame 1 is connected, attach frame 1 package outer frame body 11 and interior frame body 12 and be used for connecting outer frame body 11 and interior frame body 12 attach frame heat insulating block 13, interior frame body 12 and outer frame body 11 both sides all are equipped with the accessory connecting groove 14 that can be used for connecting fixed main frame subassembly 2 or external-open main frame subassembly 3, the indoor side-mounting of interior frame body 12 has decoration wood 17, fixed main frame subassembly 2 includes fixed fan glass 21, with attach frame 1 buckle and be connected and fixed main frame 22 of being connected through sealed glue 4 with fixed fan glass 21, external-open main frame subassembly 3 includes external-open fan glass 31, can be relative attach frame 1 swing outward and through sealed glue 4 and external-open main frame 32 indoor side-open and can be relative external-open main frame 32 that is connected to external-open main frame 1 internal-open and be connected to the pendulum A movable screen assembly 33.

The utility model relates to a bridge cut-off type inwardly opened aluminum-wood door and window body, compared with the adoption of the auxiliary frame 1 composed of an outer frame body 11, an auxiliary frame heat insulation block 13 and an inner frame body 12 of the traditional door and window body, the auxiliary frame 1 can be used as a fixed connecting frame in an upper frame or a lower frame or a left frame or a right frame or a horizontal stile or a vertical stile of an upper main frame body 2 of an installation sash glass 1, can be used for connecting and fixing a main frame component 2 and/or an outwardly opened main frame component 3, and can be matched with the outwardly opened main frame component 3 to install a screen window component 33; the utility model adopts the auxiliary frames 1 with the same structure to fixedly connect different parts of the door and window body, so that the auxiliary frames 1 at various positions are unified, the structural classification and the warehousing difficulty of the auxiliary frames 1 are reduced, and the door and window body is favorable for production and assembly; in addition, compare in prior art's integration and attach the frame, the utility model discloses a have attach frame 1 that attaches frame thermoblock 12 and make the door window body have more excellent heat-proof quality.

It should be noted that, when the outward opening main frame assembly 3 is installed on the door/window body, the door/window body further includes a hinge, a locking device, and other members used between the outward opening main frame assembly 3 and the auxiliary frame 1, and these members are all in the prior art, and therefore, they are not described in detail herein.

Preferably, as shown in fig. 5, a drainage groove 111 is provided on a wall surface of the outer frame 11 away from the inner frame 12, and a water guide opening 112 communicating with the drainage groove 111 is provided at a bottom of the accessory connecting groove 14 of the outer frame 11; when the auxiliary frame 3 is a horizontally arranged frame, rainwater can be collected by the accessory connecting groove 14 at the top of the outer frame 11, enter the water guide opening 112, flow into the drainage groove 111 and are drained out of the door window by the drainage groove 311.

Preferably, the drainage channel 111 is provided with a water blocking edge 113 or a drainable decoration cover 114, which can be selected according to the installation position of the auxiliary frame 3.

Preferably, the auxiliary frame heat insulation block 13 is an integrally formed nylon strip, and both sides of the nylon strip are provided with protruding strips 131 respectively connected with the inner frame body 12 and the outer frame body 11 in a snap-fit manner, the inside of the auxiliary frame heat insulation block 13 is a hollow structure, and a reinforcing rib 132 for reinforcing the structural strength of the auxiliary frame heat insulation block 13 is arranged; the auxiliary frame heat insulation block 13 is made of nylon strips, has high weather resistance, and has stable volume in a large humidity and temperature change range, so that the deformation of the auxiliary frame due to the change of environmental factors is avoided.

As shown in fig. 1, in the first embodiment, the auxiliary frame 1 is connected to the outward-opening main frame assembly 3, the outward-opening main frame 32 includes a first inner frame 321 pressing an indoor side surface of the outward-opening glass 31 through a sealant 4, an inner main frame 322 connected to the first inner frame 321 in a snap-fit manner, an outer main frame 323 pressing an outdoor side surface of the outward-opening glass 31 through the sealant 4, and a main frame heat insulation block 324 for connecting the inner main frame 322 and the outer main frame 323, a second inner frame 15 is snap-fitted into the accessory connection groove 14 of the inner frame 12, a first sealing strip 5 contacting the inner main frame 322 is snap-fitted onto the second inner frame 15, a second sealing strip 6 contacting the outer frame 11 is snap-fitted onto the outer main frame 323, and a main frame solid wood 325 is fixed to indoor sides of the second inner frame 15 and the inner main frame 322; in this installation, the auxiliary frame 1 may be installed in any position of the upper frame or the lower frame or the left frame or the right frame or the horizontal stile or the vertical stile.

The external-open main frame 32 has an external-open function, so that a bridge cut-off structure is reserved in the outer frame main frame 32, and the main frame heat insulation block 324 connecting the inner main frame 322 and the outer main frame 323 plays a good heat insulation role; additionally, the utility model discloses a tightness when door window form is closed can effectively be ensured to first sealing strip 5 and second sealing strip 6 to the noise that produces when reducing and closing door and window.

It should be noted that the inside of the inner frame 12 has a protrusion protruding from the inside of the outward opening main frame 32 for installing the screen assembly 33.

Preferably, the screen window assembly 33 includes a rib 331 disposed on the solid wood 325 of the main frame of the second inner frame 15, a screen window frame 332 disposed on the outer side of the rib 331, a window screen 333 fixed on the screen window frame 332, and a solid wood 334 of the screen window mounted on the indoor side of the screen window frame 332, and the solid wood 334 of the screen window is connected with a third sealing strip 7 abutting against the surface of the decorative solid wood 17 on the inner frame 12 in a snap-fit manner.

Preferably, the window screen 333 is fixed on the screen window frame 332 through a screw 335, and a protective cover 336 covering the cap of the screw 335 is snapped on the screen window frame 332; the screw 335 also fixes the screen solid wood 334 on the screen window frame 332; the protective cover 336 is arranged to cover the screw 335, so that the attractiveness of the door and window body can be ensured, and rainwater can be prevented from falling on the screw 335 to corrode the screw 335 when the door and window body is opened.

Preferably, the auxiliary frame heat insulation block 13 is fastened with a middle heat insulation block 16 attached to one side of the main frame heat insulation block 324; after the door and window body is closed, the auxiliary frame heat insulation block 13 on the auxiliary frame 1 is connected with the main frame heat insulation block 324 into a whole through the middle heat insulation block 16, so that a positive heat insulation layer is formed, and the heat insulation effect of the door and window body is further improved.

Preferably, the outward opening main frame 32 further includes a glass sash spacer 326 having two ends limited by the inner main frame 322 and the outer main frame 323 and defining the installation position of the outward opening glass 31.

As shown in the second embodiment of fig. 2, the auxiliary frame 1 and the fixed main frame assembly 2, the fixed main frame 22 includes a third inner frame 221 that the sealant 4 presses the indoor side surface of the fixed sash glass 21, a first outer frame 222 that the sealant 4 presses the outdoor side surface of the outward opening sash glass 31, and a second outer frame 223 fastened to the first outer frame 222, the third inner frame 221 is fastened to the accessory connecting groove 14 of the inner frame 12, and the second outer frame 223 is fastened to the accessory connecting groove 14 of the outer frame 11; in this installation, the auxiliary frame 1 may be installed in any position of the upper frame or the lower frame or the left frame or the right frame or the horizontal stile or the vertical stile.

It is worth mentioning that the widths of the third inner frame 221, the first outer frame 222 and the second outer frame 223 of the fixed main frame assembly 2 are smaller than the width of the auxiliary frame 1, so that the auxiliary frame heat insulation blocks 13 in the auxiliary frame 1 are utilized to play a role of bridge cut and heat insulation, compared with the traditional door and window body, the bridge cut and heat insulation blocks of the fixed main frame assembly 2 are omitted, materials are effectively saved, the frame of the door and window body can be made narrower, and the lighting rate is improved.

As shown in fig. 3, in the third embodiment, two sides of the auxiliary frame 1 are respectively connected to the fixed main frame assembly 2 and the outward-opening main frame assembly 3, at this time, the auxiliary frame 3 is used as a vertical support or a horizontal support, wherein the structural composition of the fixed main frame assembly 2 is the same as that in the second embodiment, and the structural composition of the outward-opening main frame assembly 3 is the same as that in the first embodiment.

As shown in fig. 4, in a fourth embodiment, which is a modification of the second embodiment, both sides of the auxiliary frame 1 are connected with the fixed main frame assemblies 2, and at this time, the auxiliary frame 3 is used as a stile or a crossbar.

The utility model adopts the auxiliary frame 1 composed of the outer frame body 11, the auxiliary frame heat insulation block 13 and the inner frame body 12, the auxiliary frame 1 can be used for connecting and fixing the main frame component 2 and/or the main frame component 3 which is opened outwards, and can also be matched with the main frame component 3 which is opened outwards to install the screen window component 33, so that the auxiliary frame 1 at each position in the door window body is unified, the structural classification and the warehousing difficulty of the auxiliary frame 1 are reduced, and the door window body is favorable for production and assembly; additionally, the utility model discloses a have and attach frame 1 that attaches frame thermoblock 12 and make the door and window form have more excellent heat-proof quality.

Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.

Claims

1. The utility model provides a bridge cut-off type external-open aluminum-wood door and window body which characterized in that: including attaching frame (1) and with attach fixed main frame subassembly (2) and/or the main frame subassembly (3) of opening outward that frame (1) is connected, attach frame (1) package ectotheca (11) and interior framework (12) and be used for connecting that ectotheca (11) and interior framework (12) attach frame thermoinsulating piece (13), interior framework (12) and ectotheca (11) both sides all are equipped with accessory spread groove (14) that can be used to connect fixed main frame subassembly (2) or external opening main frame subassembly (3), interior framework (12) indoor side-mounting has decoration wood (17), fixed main frame subassembly (2) including fixed glass (21), with attach frame (1) buckle and be connected and fixed main frame (22) of being connected with fixed glass (21) through sealed glue (4), external opening main frame subassembly (3) include external opening glass (31), can be relative attach frame (1) to external swing and through sealed glue (4) and external opening the main frame subassembly (31) of being connected of opening glass (31) of opening outward The screen window comprises a frame (32) and a screen window component (33) which is arranged at the indoor side of the outward opening main frame (32) and can swing inwards relative to the auxiliary frame (1).

2. The bridge cut-off type outward opening aluminum-wood door and window body of claim 1, wherein: the outer main frame (32) comprises a first inner frame (321) which compresses the indoor side face of the outer sash glass (31) through sealant (4), an inner main frame (322) which is connected with the first inner frame (321) in a buckled mode, an outer main frame (323) which compresses the outdoor side face of the outer sash glass (31) through sealant (4), and a main frame heat insulation block (324) which is used for connecting the inner main frame (322) and the outer main frame (323), wherein a second inner frame (15) is buckled in an accessory connecting groove (14) of the inner frame body (12), a first sealing strip (5) which is in contact with the inner main frame (322) is buckled on the second inner frame (15), a second sealing strip (6) which is in contact with the outer frame body (11) is arranged on the bayonet of the outer main frame (323), and a main frame (325) is fixed on the indoor sides of the second inner frame (15) and the inner main frame (322).

3. The broken bridge type outward opening aluminum-wood door and window body of claim 2, wherein: the screen window component (33) comprises a flange (331) arranged on solid wood (325) of a main frame of the second inner frame (15), a screen window frame (332) arranged on the outer side of the flange (331), a window screen (333) fixed on the screen window frame (332) and solid wood (334) of the screen window arranged on the indoor side of the screen window frame (332), wherein the solid wood (334) of the screen window is connected with a third sealing strip (7) which is abutted against the surface of the decorative solid wood (17) on the inner frame body (12) in a buckling mode.

4. The bridge cut-off type outward opening aluminum-wood door and window body of claim 3, wherein: the window screen (333) is fixed on a screen window frame (332) through a screw (335), and a protective cover (336) wrapping the cap head of the screw (335) is buckled on the screen window frame (332).

5. The broken bridge type outward opening aluminum-wood door and window body of claim 2, wherein: and a middle heat insulation block (16) attached to one side of the main frame heat insulation block (324) is buckled on the auxiliary frame heat insulation block (13).

6. The broken bridge type outward opening aluminum-wood door and window body of claim 2, wherein: the outward opening main frame (32) further comprises a sash glass cushion block (326) of which two ends are limited and installed by the inner main frame (322) and the outer main frame (323) and used for limiting the installation position of the outward opening sash glass (31).

7. The bridge cut-off type outward opening aluminum-wood door and window body of claim 1, wherein: fixed main frame (22) compress tightly third inside casing (221) of fixed fan glass (21) indoor side including sealed glue (4), compress tightly first frame (222) of outer fan glass (31) outdoor side through sealed glue (4), with second frame (223) of first frame (222) lock joint, third inside casing (221) and accessory connecting groove (14) lock joint of inner frame body (12), accessory connecting groove (14) lock joint of second frame (223) and outer frame body (11).

8. The broken bridge type outward opening aluminum-wood door and window body of any one of claims 1 to 7, wherein: and a drainage groove (111) is formed in the wall surface, away from the inner frame body (12), of the outer frame body (11), and a water guide opening (112) communicated with the drainage groove (111) is formed in the bottom of the accessory connecting groove (14) of the outer frame body (11).

9. The broken bridge type outward opening aluminum-wood door and window body of claim 8, wherein: the drainage groove (111) is provided with a water retaining edge (113) or a decorative cover (114) capable of draining water.

10. The broken bridge type outward opening aluminum-wood door and window body of any one of claims 1 to 7, wherein: attach frame thermoinsulating piece (13) nylon strip for integrated into one piece, and its both sides have sand grip (131) of being connected with interior framework (12), outer frame body (11) go up the buckle respectively, attach frame thermoinsulating piece (13) inside be hollow structure to be equipped with strengthening rib (132).