CN213573604U - Aluminum alloy bridge cut-off casement of whole pressure frame outside joint and applied window form thereof - Google Patents

Abstract

An aluminum alloy bridge-cut-off window sash clamped at the outer side of an integral pressing frame comprises a window sash frame body, the integral pressing frame and a composite glass body, wherein the composite glass body is embedded in the window sash frame body from one outdoor side, the integral pressing frame is provided with a female clamping structure and is correspondingly matched with a male clamping structure on the window sash frame body, the integral pressing frame is integrally clamped on the window sash frame body and is simultaneously pressed and fixed with the composite glass body, the contact positions of the window sash frame body, the integral pressing frame and the composite glass body are respectively provided with a first sealing rubber strip at the two sides of the composite glass body, the aluminum alloy bridge-cut-off window sash and the aluminum alloy bridge-cut-off window body clamped at the outer side of the integral pressing frame of the aluminum alloy bridge-cut-off window sash also comprise a window frame body and a bridge-cut-off sealing component, the aluminum alloy bridge-cut-off window sash and the window body avoid the problems of easy opening, the front surfaces of the inner side and the outer side are complete surfaces, and the visual attractiveness of indoor and outdoor decoration can be obviously improved.

Description

Aluminum alloy bridge cut-off casement of whole pressure frame outside joint and applied window form thereof

Technical Field

The utility model relates to an aluminum alloy bridge cut-off casement and use window form thereof, in particular to whole aluminum alloy bridge cut-off casement of pressing frame outside joint and use window form thereof.

Background

The aluminum alloy bridge cut-off is a composite structural section material consisting of aluminum alloy materials on the inner side and the outer side and an intermediate heat insulation material, has excellent structural performance and heat insulation performance, is an ideal raw material for producing external wall doors and windows, and is widely applied to production and life. At present, after a composite glass body is inlaid in a window sash outer frame, an aluminum pressing line is usually clamped at one indoor side by utilizing an aluminum pressing line after a composite glass body is inlaid in the window sash outer frame as shown in figure 1, the outer frame and the composite glass body are combined into a design structure of an integral window sash, the aluminum pressing line and an aluminum alloy broken bridge section bar are respectively provided with a mutually matched buckle structure, and an installation process method of clamping and installing an aluminum pressing line combination on 4 frames to form a pressing line frame body is adopted, but the process method not only has the problem of complicated operation procedures, but also has higher requirements on installation precision and installation technical level of operators, and can easily cause the aluminum pressing line to have wrong platforms or form gaps and other defects at the splicing part of a window corner once the conditions of poor pressing line quality or improper operation of the operators occur, thereby directly influencing the appearance quality of the window sash and even the window body and the, more importantly, the aluminum alloy broken bridge window sash clamped on one indoor side has clamping process seams between the aluminum pressing line and the aluminum alloy broken bridge section bar on the front surface of the window sash, the window sash is repeatedly opened and closed in the using process to enable the stress state to be continuously changed, the process seams can be opened and twisted frequently, the sealing and heat insulation effect of the window sash is weakened, and meanwhile, the integral visual aesthetic feeling of the indoor side is also influenced. Therefore, it is necessary to develop and design an aluminum alloy bridge-cut-off window sash with a novel structure, and the clamping connection mode of the window sash outer frame and the composite glass body is improved, so that the problems in the prior art are solved, the sealing performance of the window sash is improved, and the appearance aesthetic feeling of the window sash is improved.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an aluminum alloy bridge cut-off casement of whole pressure frame outside joint and applied window form thereof.

The utility model provides an aluminum alloy bridge cut-off casement of whole pressure frame outside joint, includes: the casement framework of constituteing by the aluminum alloy bridge cut-off section bar, the whole pressure frame and the compound glass body of constituteing by the aluminum alloy section bar, the compound glass body from outdoor one side inlay in the casement framework, whole pressure frame is last to have female joint structure, female joint structure forms with the setting and corresponds the cooperation with male joint structure in the casement framework, will whole pressure whole joint of frame is in the casement framework to support simultaneously press fixed inlay in the casement framework the compound glass body the both sides of the compound glass body, the casement framework with whole pressure frame with the contact position punishment of the compound glass body do not is provided with first sealing rubber strip.

Further, it is preferred to set up public joint structure in the casement framework is joint nail structure, the joint nail includes set screw and connection buckle, connection buckle is elastic non-metallic material, has basal layer and joint layer, the whole rectangle shape that becomes of joint layer, the maximum width of rectangle is less than wholly press the opening width of female joint structure on the frame, the maximum length of rectangle is greater than the opening width of female joint structure the basal layer with it has to be reserved between the joint layer with wholly to press frame matched with joint space, a plurality of the joint nail with female joint structure is corresponding, distributes in the casement framework, by set screw fixed mounting is in the casement framework.

Still further, preferably the basic unit with reserve between the joint layer the joint space wherein with the joint whole press the frame to form interference fit, in order to guarantee whole press the frame with the casement framework joint is inseparable, firm.

Meanwhile, a water-covering surface is preferably arranged on the integral pressing frame, so that water flow on one outdoor side of the aluminum alloy bridge-cut-off window sash can flow downwards along the slope surface of the fan body of the water-covering surface, and rainwater is prevented from being accumulated and seeping into the aluminum alloy bridge-cut-off window sash.

The beneficial effects of the utility model are that, the utility model provides an aluminum alloy bridge cut-off casement of whole frame outside joint of pressing is provided, adopt the whole technological method who presses the fixed compound glass body in the outdoor one side of frame of aluminum alloy ex-trusions, realize the technological structure of the compound glass body of non-pressure line installation, the joint technology seam has been avoided between line ball and the window form among the prior art and has easily opened the distortion, ventilative heat dissipation, the problem that leads to sealed effect to weaken, can improve the sealed thermal-insulated effect of aluminum alloy bridge cut-off casement, improve thermal insulation performance and the stability of function thereof, and, this aluminum alloy bridge cut-off casement is a complete whole face no matter on indoor and outdoor both sides openly, this casement and applied window form is applied to on producing life building, can show the visual aesthetic property that increases indoor.

Drawings

FIG. 1 is a schematic structural diagram of an aluminum alloy broken bridge window sash clamped at the inner side of an aluminum pressing line.

FIG. 2 is a schematic view of a disassembled structure of an aluminum alloy bridge-cut window sash clamped outside an integral pressing frame.

FIG. 3 is a top view of the snap nail.

FIG. 4 is a schematic structural diagram of an aluminum alloy bridge cut-off window body clamped outside an integral pressing frame.

Detailed Description

The technical solution claimed in the present invention is further described below with reference to the following specific embodiments and accompanying drawings.

Example 1

An aluminum alloy bridge cut-off casement of whole pressure frame outside joint, as shown in fig. 2, includes: the composite glass body 3 is embedded in the sash frame body 1 from one outdoor side, the integral pressing frame 2 is provided with a female clamping structure and a water covering surface 17, the female clamping structure and a clamping nail 4 structure arranged on the sash frame body 1 form corresponding matching, the integral pressing frame 2 is integrally clamped on the sash frame body 1 and is simultaneously pressed and fixed to the composite glass body 3, the clamping nail 4 is composed of a fixing screw 9 and a connecting buckle as shown in figure 3, the connecting buckle is made of elastic rubber materials and is provided with a base layer 7 and a clamping layer 8, a handle area 14 is arranged on the base layer 7, a clamping space is reserved between the base layer 7 and the clamping layer 8, the clamping nails 4 are reasonably distributed in the sash frame body, and the fixing screw 9 is fixedly arranged on the sash frame body 1, and first sealing rubber strips 5 are respectively arranged at the contact positions of the sash frame body 1 and the integral pressing frame 2 with the composite glass body 3 on two sides of the composite glass body 3.

The aluminum alloy bridge cut-off window sash clamped outside the integral pressing frame is assembled and installed, as shown in figure 2, the aluminum alloy bridge cut-off window sash comprises the following steps:

step 1, combining aluminum alloy broken bridge sectional materials to form a window sash frame body 1, combining aluminum alloy sectional materials to form an integral pressing frame 2, and embedding a first sealing rubber strip 5 on the window sash frame body 1 and the integral pressing frame 2 respectively for later use;

step 2, arranging and installing clamping nails 4 on the sash frame body 1;

step 3, embedding the composite glass body 3 in the window sash frame body 1, aligning the integral pressing frame 2 with a connecting buckle arranged on the window sash frame body 1, sleeving a clamping layer 8 on the connecting buckle in a bayonet of a female clamping structure on the integral pressing frame 2, and keeping the integral pressing frame 2 and a base layer 7 on the connecting buckle to be close to each other;

and 4, sequentially pulling the handle area 14 on the base layer 7 of each clamping nail 4, rotating the connecting buckle by an angle of 90 degrees to enable the clamping layer 8 of the connecting buckle to be clamped in the bayonet of the female clamping structure, fixing the integral pressing frame 2 on the window sash frame body 1, and pressing and fixing the composite glass body 3 to finish the combined installation of the aluminum alloy broken bridge window sash.

Example 2

Application embodiment 1 the aluminum alloy bridge cut-off window body of an aluminum alloy bridge cut-off casement of whole pressure frame outside joint as shown in figure 4, includes: casement framework 1 and window frame framework 10, the whole pressure frame 2, the compound glass body 3, joint nail 4 and the bridge cut-off sealing member 15 of constituteing by the aluminum alloy bridge cut-off section bar compound glass body 3's both sides, casement framework 1 with wholly press frame 2 with the contact position punishment of compound glass body 3 do not is provided with first sealing rubber strip 5 window frame framework 10 with install second sealing rubber strip 6 between the inside and outside both sides aluminum alloy section bar of casement framework 1 respectively, bridge cut-off sealing member 15 is the thermal-insulated material of rigidity, and the joint is installed on the window frame framework 10, the inboard bridge cut-off 16 of casement framework 1 have with bridge cut-off sealing member 15 corresponds complex structural shape, and the two mutually supports and can realize the aluminium alloy bridge cut-off window body bridge cut-off second grade is sealed.

This embodiment an aluminum alloy bridge cut-off window body of whole pressure frame outside joint, in the installation use, can pass through the dismouting in outdoor one side whole pressure frame 2's mode is changed compound glass body 3, moreover, the indoor, outdoor both sides surface of aluminum alloy bridge cut-off window body is the whole face of no any seam, and the outward appearance is complete pleasing to the eye, still has good sealed heat preservation stability and reliability simultaneously.

Claims (6)

1. The utility model provides an aluminum alloy bridge cut-off casement of whole pressure frame outside joint which characterized in that includes: casement frame body (1) of constituteing by the aluminum alloy bridge cut-off section bar, whole pressure frame (2) and the compound glass body (3) of constituteing by the aluminum alloy section bar, the compound glass body (3) from outdoor one side inlay in casement frame body (1), whole pressure frame has female joint structure on (2), female joint structure is in with the setting public joint formation on casement frame body (1) corresponds the cooperation, will whole pressure frame (2) whole joint is in on casement frame body (1) to support simultaneously press fixed inlay in casement frame body (1) compound glass body (3) the both sides plane of compound glass body (3), casement frame body (1) with whole pressure frame (2) with the contact position department of compound glass body (3) is provided with first sealing rubber strip (5) respectively.

2. The aluminum alloy broken bridge window sash with the integrally-pressed frame clamped at the outer side as claimed in claim 1, is characterized in that: the male clamping structure arranged on the window sash frame body (1) is a clamping nail (4) structure, the clamping nail (4) comprises a fixing screw (9) and a connecting buckle, the connecting buckle is made of elastic non-metal materials and is provided with a base layer (7) and a clamping layer (8), the clamping layer (8) is integrally rectangular, the maximum width of the rectangle is smaller than the opening width of a mother clamping structure on the integral pressing frame (2), the maximum length of the rectangle is larger than the opening width of the mother clamping structure, a clamping space matched with the integral pressing frame (2) is reserved between the base layer (7) and the clamping layer (8), the clamping nails (4) correspond to the female clamping structures, are distributed on the sash frame body (1), and are fixedly installed on the sash frame body (1) through the fixing screws (9).

3. The aluminum alloy broken bridge window sash with the integrally-pressed frame clamped at the outer side as claimed in claim 2, is characterized in that: the basic layer (7) and the clamping layer (8) are reserved, the clamping space and the clamping are reserved, and the integral pressing frame (2) forms interference fit.

4. The aluminum alloy bridge-cut window sash with the integrally-pressed frame clamped at the outer side as claimed in claim 2 or 3, wherein: a handle region (14) is arranged on the base layer (7).

5. The aluminum alloy broken bridge window sash with the integrally-pressed frame clamped at the outer side as claimed in claim 1, is characterized in that: a water-covering surface (17) is arranged on the integral pressing frame (2).

6. The utility model provides an aluminum alloy bridge cut-off window body of whole pressure frame outside joint which characterized in that includes: the window sash frame body (1) and the window frame body (10) which are composed of aluminum alloy broken bridge sectional materials, the whole pressing frame (2) which is composed of the aluminum alloy broken bridge sectional materials, a composite glass body (3), a clamping nail (4) and a broken bridge sealing component (15), wherein the two side planes of the composite glass body (3) are respectively provided with a first sealing rubber strip (5) at the contact position of the window sash frame body (1) and the whole pressing frame (2) and the composite glass body (3), a second sealing rubber strip (6) is respectively arranged between the window frame body (10) and the aluminum alloy sectional materials at the inner side and the outer side of the window sash frame body (1), the broken bridge sealing component (15) is made of rigid heat insulation materials, the clamping connection is installed on the window frame body (10), the inner side broken bridge (16) of the window sash frame body (1) has a structural shape which corresponds to the broken bridge sealing component (15), the two can realize the two-stage sealing of the broken bridge of the aluminum alloy broken bridge window body by mutual matching.

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