CN204716038U - Aluminium alloys veneer composite lifting sliding door window system - Google Patents

Abstract

Aluminum alloy veneer composite lifting sliding door and window system, which is mainly composed of door and window frames and door and window leaves. The door and window frame 1 includes upper guide rails, lower guide rails and two vertical aluminum alloy frames on the left and right; Indoor and outdoor fans on two parallel upper and lower guide rails inside and outside; it is characterized in that the upper guide rail of the door and window frame and the left and right vertical aluminum alloy frames are compounded with thin veneer on the outer wall of the visible part facing the indoor side ;The composite veneer on the upper guide rail is within the visible range of the upper guide rail slide rail, and the side close to the wall is hidden and fixed through the thin veneer section during installation, and the thin veneer composite section on the other side continues to the upper guide rail slide The rail faces the outdoor side; it has a reasonable structure, compact, convenient and reliable use, can make full use of the advantages of aluminum alloy and pure wood doors and windows, enrich the varieties of doors and windows, so as to maintain the excellent oxidation resistance and weather resistance of aluminum alloy materials .

Description

Aluminum alloy veneer composite lifting sliding door and window system

technical field

The utility model relates to an aluminum alloy veneer composite lifting push-pull door and window system, which belongs to the technical field of building doors and windows.

technical background

Wooden doors and windows are deeply loved by users because of their exquisite appearance. But the growth cycle of wood is slow, and the price cost is high. The price and cost of aluminum alloy doors and windows are relatively low, but the appearance is relatively rigid, and the integration with the interior decoration style is poor. The doors and windows of these two different materials have their own advantages and disadvantages. In the Chinese patent 201010242639.2, an "aluminum alloy lifting and sliding energy-saving door system" is disclosed. This patent mainly solves the sealing problem existing in the prior art, and is committed to improving various performances such as door stability, heat insulation, etc., but due to It is made of aluminum alloy material and does not overcome the defects caused by aluminum alloy material.

Contents of the invention

The purpose of this utility model is to overcome the deficiencies of the existing technology, and provide a reasonable structure, compact, convenient and reliable use, can make full use of the advantages of aluminum alloy and pure wood doors and windows, enrich the varieties of doors and windows, so as to maintain the aluminum alloy material Excellent oxidation resistance, weather resistance, and at the same time, the aluminum alloy veneer composite lifting sliding door and window system can ensure the wooden aesthetic effect of the interior.

The purpose of this utility model is accomplished through the following technical solutions, an aluminum alloy veneer composite lifting sliding door and window system, which is mainly composed of a door and window frame 1 and a door and window sash, and the door and window frame 1 includes an upper guide rail, a lower guide rail and a left and right Two vertical aluminum alloy frames; the door and window sash includes an indoor fan and an outdoor fan arranged on two parallel upper and lower guide rails inside and outside the door and window frame 1; the upper guide rail of the door and window frame 1 and the left and right vertical aluminum alloy Alloy frame 5 is compounded with thin veneer on the outer wall of the visible part toward the interior side; the veneer compounded on the upper guide rail is at the visible range of the upper guide rail slide rail, and the side close to the wall is thinned during installation. The veneer section is hidden and fixed, and the thin veneer composite section on the other side continues to the outside of the upper guide rail toward the outside;

The outdoor side fan and the indoor side fan are composed of surrounding aluminum alloy fan profiles, glass in the middle and crimping lines for fixing the glass in the middle of the surrounding aluminum alloy fan profiles from the indoor side; the outdoor side fan and the indoor side The aluminum alloy fan profiles and pressure lines around the fan are compounded with thin veneer on the side wall facing the indoor side. The section of the thin veneer composited on the aluminum alloy fan profiles is sectioned by rubber strips at the position where it connects with the door and window frames. Hidden fixation; at the position where it connects with the crimping line, the section is hidden and fixed by clamping with the crimping line; the section of the crimping line composite veneer, one of the sections is hidden and fixed by clamping with the aluminum alloy fan profile , the other section is hidden and fixed by setting a sealing strip between the glass and the glass.

Between the indoor fan and the outdoor fan described in the utility model, a vertical sealing plate is used to seal the intersection of the fan and the fan; the visible surface of the vertical sealing plate of the indoor fan is compounded with thin veneer, and the side close to the indoor The section is sealed by interlocking with the indoor side fan. On the other side, since the thin veneer extends to one side of the outdoor side fan, the section of the veneer cannot be seen from the indoor side, so there is no need to use other materials to hide it. .

The thin veneer is at least one of raw veneer, synthetic veneer, plastic laminated veneer, and fireproof board type veneer.

The utility model is an improvement to the prior art. It has reasonable structure, compact structure, convenient and reliable use, can make full use of the advantages of aluminum alloy and pure wood doors and windows, and enriches the varieties of doors and windows so as to maintain the excellent anti-corrosion properties of the aluminum alloy material. Oxidation resistance, weather resistance, and at the same time, it can ensure the wooden aesthetic effect of the interior side.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the utility model.

Fig. 2 is a schematic diagram of the cross-sectional structure along line A-A of Fig. 1 .

Fig. 3 is a schematic diagram of the B-B sectional structure of Fig. 1 .

Detailed ways

The utility model will be described in detail below in conjunction with the accompanying drawings: as shown in Figure 1-3, a kind of aluminum alloy veneer composite lifting sliding door and window system described in the utility model is mainly composed of a door and window frame 1 and a door and window sash 2. The door and window frame 1 includes an upper guide rail 3, a lower guide rail 4, and two vertical aluminum alloy frames 5 on the left and right; fan and outdoor fan; the upper guide rail 3 of the door and window frame 1 and the left and right vertical aluminum alloy frames 5 are compounded with a veneer 6 on the outer wall of the visible part toward the interior side; wherein the veneer compounded on the upper guide rail 3 is on the upper At the indoor visible range of the guide rail and slide rail, the side close to the wall is hidden and fixed through the thin veneer section during installation, and the thin veneer composite section on the other side continues to the outside of the upper guide rail slide rail toward the outside; the utility model describes The lower guide rail 4 is pre-embedded due to the need to have a part, and the other part is provided with a slide rail to open the fan, so the lower guide rail no longer has a thin veneer.

As shown in the figure, the outdoor side fan and the indoor side fan are composed of aluminum alloy fan profiles 7 around, a glass 8 in the middle, and a pressing line that fixes the glass 8 in the middle of the aluminum alloy fan profiles 7 from the indoor side. 9 constitutes; the aluminum alloy fan profile 7 and the pressing line 9 around the outdoor side fan and the indoor side fan are compounded with a veneer 6 on the side wall facing the indoor side, wherein the composite veneer section on the aluminum alloy fan profile 7, At the position connected with the door and window frame 1, the section is concealed and fixed by glue strips; at the position connected with the pressing line 9, the section is hidden and fixed by interlocking with the pressing line 9; the pressing line 9 is composited with veneer 6 sections, one of which is hidden and fixed by clamping with the aluminum alloy fan profile 7, and the other section is hidden and fixed by setting a sealant strip between the glass 8.

As shown in Figure 2, between the indoor fan and the outdoor fan, a vertical sealing plate 10 is used to seal the intersection of the fan and the fan; the visible surface of the vertical sealing plate 10 of the indoor fan is compounded with a veneer 6, wherein The section on the indoor side is sealed by interlocking with the indoor side fan. On the other side, since the thin veneer extends to the side of the outdoor side fan, the section of the veneer cannot be seen from the indoor side, so there is no need to Hiding with other materials.

The thin veneer described in the utility model is at least one of original veneer, synthetic veneer, plastic laminated veneer, and fireproof board type veneer.

The utility model is an improvement to the prior art, so other structures described in detail are regarded as a part of the prior art, and those skilled in the art can perform any technical replacement or replacement on the basis of understanding the contents of the utility model increase to obtain multiple embodiments that can be easily implemented.

Claims (3)

1. aluminium alloys veneer composite lifting sliding door window system, it is primarily of doorframe and window frame and bar composition, and described doorframe and window frame 1 comprises the vertical aluminum alloy frame in upper rail, lower guideway and left and right two; Described bar comprises and to be placed in doorframe and window frame indoor fan on inside and outside two parallel upper rails and lower guideway and outdoor fan; It is characterized in that the vertical aluminum alloy frame of upper rail and left and right two of described doorframe and window frame is being compounded with veneer on the lateral wall of visual position, indoor; Wherein on upper rail, the veneer of compound is at the indoor visual range place of upper rail slide rail, and the side wherein by body of wall hides fixing by carrying out veneer section during installation, and opposite side veneer compound cross-section extends to upper rail slide rail towards outside place always;

Described outside fan and indoor fan, it is made up of the aluminium alloys sectional of surrounding, middle glass and glass to be fixedly mounted on surrounding aluminium alloys sectional centre by side indoor line ball; The surrounding aluminium alloys sectional of described outside fan and indoor fan and line ball, veneer is being compounded with on the side wall surface of indoor, the wherein veneer section of compound on aluminium alloys sectional is that to carry out hiding of section by adhesive tape fixing in the position be connected with doorframe and window frame; Carry out hiding of section by the clamping mutual with line ball to fix in the position be connected with line ball; The section of described line ball compound veneer, one of them section is fixed by carrying out hiding with the clamping of aluminium alloys sectional, and another one section carries out the hiding fixing of section by arranging sealing joint strip between glass.

2. aluminium alloys veneer composite lifting sliding door window system according to claim 1, is characterized in that between described indoor fan and outdoor fan, adopts vertical shrouding to carry out fanning and the sealing of fanning intersection; The vertical shrouding visible surface of indoor fan is compounded with veneer, wherein being close to an indoor side section is the sealing that section is carried out in mutual clamping by fanning with indoor, opposite side due to veneer extend to outside fan one side, the section of this veneer be can't see in side indoor, therefore without the need to hiding with other materials.

3. aluminium alloys veneer composite lifting sliding door window system according to claim 1 and 2, is characterized in that described veneer is raw wooden skin, synthesizes wooden skin, moulds at least one made and paste wooden skin, prevent fires in board-like wooden skin.