CN2580067Y

CN2580067Y - Arc aluminium section bar of aluminium alloy sliding door and window

Info

Publication number: CN2580067Y
Application number: CN 02244896
Authority: CN
Inventors: 杨德兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-11-25
Filing date: 2002-11-25
Publication date: 2003-10-15
Anticipated expiration: 2012-11-25

Abstract

The utility model discloses an arc aluminium sectional material of an aluminium alloy sliding door and window. The utility model is characterized in that a side frame, an upper and a lower sliders, a smooth rabbet, a hooked rabbet and an upper and a lower square sectional materials are all adopted to an arc-shaped or circular arc circular arc-shaped structure. The upper slider is also adopted to a concave step type structure and the lower slider is adopted to an inclined surface step type structure. According to needs, the utility model is also provided with a middle column side frame and an auxiliary window sectional material structure. The utility model has the advantages of small cross-section of the sectional material, high strength, good tightness, good soundproof character, tightness, waterproofing and water drainage properties, beautiful appearance and low manufacture cost.

Description

Aluminum alloy push-pull door and window curved aluminium profile

Affiliated technical field

The utility model relates to a kind of aluminium alloy type equipment structure of building field, particularly relates to a kind of aluminum alloy push-pull door and window curved aluminium profile structure.

Background technology

The slide door or window aluminium alloy extrusions that existing market is sold adopts the square structure, and cross section (or section) area is bigger, and the aluminium waste is bigger; Glide general draining, water-proof function is relatively poor; Quality of fit between bar material and frame, screen window material and frame and bar material is not enough, and sealing performance is also poor.

Summary of the invention

At above-mentioned situation, the utility model provides a kind of tangent plane is little, intensity is high and overall sealing performance the is good aluminium alloys window aluminium extruded sections that pushes.

The technical scheme that its technical problem that solves the utility model adopts is, the utility model comprises frame (1), upper and lower cunning (2,3) and smooth rabbet (4), hooked rabbet (5), top (6), below (7) section bar used for the bar material, and wherein the arcuate structure of rugby form is all adopted in smooth rabbet, hooked rabbet, top and below.The employing of arcuate structure can be dwindled sectional area, save aluminium, but do not lose intensity, and outward appearance is more attractive in appearance.

Above-mentioned light colludes, hooked rabbet adopts straightway structure (8) at the position of itself and frame overlap joint, can obviously increase the contact area of smooth rabbet, hooked rabbet and frame, the enhancing sealing.

Above-mentioned frame is provided with the interior circular groove structure (10) that matches with smooth rabbet, hooked rabbet, and the contact-enhancing area improves sealing.

The arc chord angle structure is also adopted at above-mentioned frame two ends.Arc-shaped structure is adopted in many places, can improve the intensity of frame greatly, provides possibility for dwindling sectional area, has also increased attractive in appearance.The inboard of frame is provided with the guide rail (13) that can stretch in the screen window material groove, and this guide rail stretches into the sealing performance that can obviously improve screen window behind the screen window material.

Above-mentioned going up slided employing concave station hierarchic structure (14), and being beneficial to gains in strength and be convenient to bar installs, and glides and adopts inclined-plane stepped construction (15), is convenient to draining; The arc chord angle structure is all adopted at the two ends of upper and lower cunning, can improve its intensity, also is beneficial to body of wall to be connected and waterproof.

The utility model also includes side stele frame (19), the guide rail that the side stele frame both sides are provided with the interior circular groove structure that can match with smooth rabbet, hooked rabbet and can close with the inserting of screen window material groove.The arc chord angle structure is also adopted at the two ends of side stele frame.Adopt side stele frame can make bar increase to four fans.

Above-mentioned side stele frame also can adopt the closing in (20) that is the X shape to replace, and closing up is fixed on the smooth rabbet end, moves and moves with this smooth rabbet.

The utility model also can include secondary window profile structure, is made up of flat tube (21), secondary window center pillar (23), secondary jamb and secondary window center post (24), and the arc chord angle structure is all adopted at its each section bar two ends.The utility model also comprises screen window material (12), also adopts arcuate structure.

Compared with prior art, the beneficial effects of the utility model are that aluminium extruded sections employing arc or arc-shaped structure are many, guaranteed that section bar has enough intensity, sectional area is little simultaneously, and the result of obvious saving aluminium is arranged, and the sealing between section bar is greatly improved because of the cambered surface contact.The utlity model has good sound insulation, sealing and water-proof drainage performance, good looking appearance, manufacturing cost is also low.

Description of drawings

Following Specification For Structure drawings and Examples further specify the utility model structure.

The aluminum alloy push-pull door and window floor map of Fig. 1 for being assembled into the utility model aluminium extruded sections

Fig. 2 is the A-A tangent plane schematic diagram of Fig. 1

Fig. 3 is the B-B tangent plane schematic diagram of Fig. 1

Fig. 4 is the C-C tangent plane schematic diagram of Fig. 1

Fig. 5 is the D-D tangent plane schematic diagram of Fig. 1

Fig. 6 is the E-E tangent plane schematic diagram of Fig. 1

Fig. 7 is a border structure schematic diagram

Fig. 8 is an another side mount structure schematic diagram

Fig. 9 is a Slipped Clove Hitch structure schematic diagram on

Figure 10 is Slipped Clove Hitch structure schematic diagram on another

Figure 11 is Slipped Clove Hitch structure schematic diagram

Figure 12 is another downslide structural representation

Figure 13 is another downslide structural representation

Figure 14 is the aluminum alloy push-pull door and window floor map of the band fixed joint window that is assembled into the utility model aluminium extruded sections

Figure 15 is the F-F tangent plane schematic diagram of Figure 14

Figure 16 is the G-G tangent plane schematic diagram of Figure 14

Figure 17 is the H-H tangent plane schematic diagram of Figure 14

Figure 18 is the I-I tangent plane schematic diagram of Figure 14

Figure 19 is the top structural representation

Figure 20 is the below structural representation

Figure 21 be embodiment 2 one on Slipped Clove Hitch structure schematic diagram

Figure 22 is a Slipped Clove Hitch structure schematic diagram on another of embodiment 2

Figure 23 is a Slipped Clove Hitch structure schematic diagram on another of embodiment 2

Figure 24 is the J-J tangent plane schematic diagram of Figure 14

Figure 25 is another structural representation of the J-J tangent plane of Figure 14

Figure 26 is the K-K tangent plane schematic diagram of Figure 14

Figure 27 is the M-M tangent plane schematic diagram of Figure 14

Figure 28 is the N-N tangent plane schematic diagram of Figure 14

Figure 29-33 is a flat tube configuration schematic diagram

Figure 34 is a secondary window centre-pillar structure schematic diagram

Figure 35-36 is a side stele frame structural representation

Figure 37 is the corner structure schematic diagram

The specific embodiment

Embodiment 1: the curved aluminium profile of present embodiment can be assembled into the aluminum alloy push-pull door or the aluminum alloy push-pull window is seen Fig. 1, it have frame 1 (seeing Fig. 1, Fig. 3), upward sliding 2 (see figure 4)s, 3 (see figure 5)s, smooth rabbet 4 (seeing Fig. 2, Fig. 3), hooked rabbet (see figure 6), top 6 (see figure 4)s, below 7 (see figure 5)s glide.Wherein, the arcuate structure of rugby form is all adopted in smooth rabbet 4, hooked rabbet 5, top 6, below 7, and smooth rabbet 4 and hooked rabbet 5 adopt straightway structure 8 is arranged at the position that connects that itself and frame are taken, and have decorative groove 9 on smooth rabbet 4 and the hooked rabbet 5.Also there are a straightway 11 and straightway 8 on smooth rabbet 4, the hooked rabbet 5 to match being provided with interior circular groove structure 10 (seeing Fig. 2, Fig. 3), groove 10 bottoms that to match with smooth rabbet 4, hooked rabbet 5 on the frame 1; Frame 1 inboard is provided with the guide rail 13 in the groove that can stretch into screen window material 12; The arc chord angle structure is adopted at frame 1 two ends; Frame 1 can adopt Fig. 7, Fig. 8 structure.Last sliding 2 are provided with concave station hierarchic structure 14, and upward the arc chord angle structure is also adopted at sliding 2 two ends; Last sliding 2 also can adopt Fig. 9, Figure 10 structure.Inclined-plane stepped constructions 15 are adopted in downslide 3, are convenient to draining, and the arc chord angle structure is adopted at 3 two ends that glide; Downslide 3 also can be adopted Figure 11, Figure 12, Figure 13 structure.All have decorative groove 16 (seeing Figure 19, Figure 20) on top 6, the top 7.

Embodiment 2: the curved aluminium profile of present embodiment can be assembled into the aluminum alloy push-pull door and window structure of band fixed joint window and sees Figure 14, it include frame 1, upward sliding 2, glide 3, smooth rabbet 4, hooked rabbet 5, top 6, below 7.Wherein frame 1 structure (seeing Figure 15, Figure 16) is identical with the border structure that embodiment 1 adopts; Smooth rabbet 4, hooked rabbet 5, top 6, below 7 structures (seeing Figure 17, Figure 18) are also identical with the structure that embodiment 1 adopts.The top draw-in groove 17 and the fixing card 18 of being provided with of last sliding 2 (seeing Figure 17), the structure of last other parts of sliding is identical with the last Slipped Clove Hitch structure of embodiment 1.Also be provided with draw-in groove 17 and fixing card 18 on 3 (the seeing Figure 18) that glide are following.Last sliding 2 also can adopt Figure 21, Figure 22, Figure 23 structure.The aluminium extruded sections of present embodiment also includes side stele frame 19 (seeing Figure 24), the guide rail that is equipped with the interior circular groove structure that can with smooth rabbet, hooked rabbet match the same with frame 1 on side stele frame 19 both sides and can closes with the inserting of screen window material groove.Fixing center pillar side column 19 can replace (seeing Figure 25) by the closing in 20 that is the X shape, closes up 20 to be fixed on the smooth rabbet, and moves and move with this smooth rabbet.The present embodiment aluminium extruded sections also includes secondary window profile, and secondary window profile has flat tube 21 (seeing Figure 26), also is provided with draw-in groove 17 and fixing card 18 on the flat tube 21, can assemble press strip 22 on the draw-in groove 17, the flat tube configuration unanimity of upper and lower secondary window; Secondary window center pillar 23 (seeing Figure 27), both sides are equipped with draw-in groove and fixing card, on the draw-in groove press strip can be installed; Secondary window center post 24 (seeing Figure 28) can adopt the structure identical with side stele frame 19; Upper and lower secondary window center pillar, upper and lower secondary window center rod structure unanimity.Flat tube 21 can adopt Figure 29-33 structure.Secondary window center pillar 23 can adopt Figure 34 structure.Side stele frame 19 can adopt Figure 35-36 structure.The arc chord angle structure is all adopted at the two ends of above-mentioned section bar.(in Figure 14) 25 is the frame cover plate among the figure, and 26 is the fixing glass press strip.Secondary jamb 1 structure is consistent with heap sliding door and window border structure.

Screen window material 12 of the present utility model also adopts arcuate structure, also has decorative groove on it.The utility model material can adopt corner 27 structures (seeing Figure 37).

Claims

1, a kind of aluminum alloy push-pull door and window curved aluminium profile, comprise frame (1), go up and slide (2), downslide (3) and bar smooth rabbet (4), hooked rabbet (5), top (6), below (7) section bar, it is characterized in that the arcuate structure of smooth rabbet, hooked rabbet, top, below employing rugby form.

2,, it is characterized in that smooth rabbet (4), hooked rabbet (5) adopt straightway structure (8) at the position of itself and frame overlap joint according to the described curved aluminium profile of claim 1.

3,, it is characterized in that frame (1) is provided with the interior circular groove structure (10) that can match with smooth rabbet, hooked rabbet according to claim 1 or 2 described curved aluminium profiles.

4, according to the described curved aluminium profile of claim 3, it is characterized in that frame (1) two ends employing arc chord angle structure, scuncheon is provided with the guide rail (13) that can stretch in the screen window material groove.

5, according to the described curved aluminium profile of claim 3, it is characterized in that sliding (2) employing concave station hierarchic structure (14), glide (3) adopt inclined-plane stepped construction (15), and the arc chord angle structure is adopted at the two ends of upper and lower cunning.

6, according to the described curved aluminium profile of claim 1, it is characterized in that it includes side stele frame (19), side stele frame be provided with the interior circular groove structure that can match with smooth rabbet, hooked rabbet and can with the guide rail of screen window material groove fit.

7, according to the described curved aluminium profile of claim 1, it is characterized in that it includes the closing in (20) that is the X shape, closing up is fixed on the smooth rabbet, moves and moves with this smooth rabbet.

8, according to the described curved aluminium profile of claim 1, it is characterized in that it includes secondary window profile, secondary window profile is made up of flat tube (21), secondary window center pillar (23), secondary jamb and secondary window center post (24), and the arc chord angle structure is all adopted at each secondary window profile two ends.

9, according to the described curved aluminium profile of claim 1, it is characterized in that it includes screen window material (12), the screen window material adopts arcuate structure, which is provided with decorative groove.