CN101886510B - Aluminum alloy push-pull energy-saving door and window system - Google Patents

Abstract

The invention relates to a door and window system, in particular to an aluminum alloy push-pull energy-saving door and window system. An aluminum alloy push-pull energy-saving door and window system, the four window frame profiles of the door and window system are respectively provided with two protruding ridges facing the sash side, grooves are formed between the two ridges, and the ends of the two ridges are There are guide rail installation openings; the four sash profiles facing the window frame side are respectively fixed with plastic pulley seats, and the plastic pulley seats are respectively deep into the convex strips, and there is a fan sealing strip between the plastic pulley seats and the convex strips; the indoor window sash and the outdoor The plastic pulley seats in the lower sash profile of the sash are respectively provided with pulleys, and the guide rails matching the pulleys are respectively provided in the guide rail installation openings of the two convex strips of the lower sash profile. The present invention has the characteristics of simple and ingenious structure, better stability, sealing performance and pressure resistance, sound insulation, heat preservation, energy saving, economy, practicality, and more convenient manufacture, installation and use.

Description

An aluminum alloy push-pull energy-saving door and window system

technical field

The invention relates to a door and window system, in particular to an aluminum alloy push-pull energy-saving door and window system.

technical background

How to save energy is an important issue in the current development, and energy-saving doors and windows must be the development direction of the doors and windows industry.

For traditional sliding doors in modern buildings, when the door leaf is opened and closed on the upper and lower rails, the convection of heat and cold air is proportional to the size of the upper and lower gaps of the door leaf. The increased gap between the upper and lower sides of the door leaf leads to increased convection and more serious energy consumption. In addition, the design of traditional broken bridge aluminum alloy sliding doors and windows has not achieved true heat insulation and broken bridge in design. Therefore, the structure of the traditional sliding door determines that it is not an ideal energy-saving door and window. In addition, the weight of the traditional sliding doors and windows is not large, and the safety of the large opening door cannot be guaranteed.

Contents of the invention

The object of the present invention is to address the defects of the prior art, and propose an aluminum alloy sliding door and window with simple and ingenious structure, better airtightness and pressure resistance, sound insulation, heat preservation, energy saving, economy and practicality.

In order to achieve the above-mentioned purpose, the present invention adopts following technical means:

An aluminum alloy push-pull energy-saving door and window system. The door and window system includes a window frame, an indoor sash and an outdoor sash. The indoor sash and the outdoor sash respectively include four sash sections, upper and lower, left and right sash profiles, fan pressing lines, and insulating glass. The four sash sections are respectively composed of two sections connected through heat-insulating strips; There are two protruding convex strips on the side of the profile facing the window sash, a groove is formed between the two convex strips, and a guide rail installation port is provided at the end of the two convex strips; the four sash profiles are respectively fixed on the side facing the window frame. There are plastic pulley seats, and the plastic pulley seats on the upper, lower and left sash profiles of the indoor sash and the upper, lower and right sash profiles of the outdoor sash go deep into the convex strips respectively, and there is a fan seal between the plastic pulley seats and the convex strips Rubber strip sealing, the outer sides of the plastic pulley seat on the right sash profile of the indoor sash and the left sash profile of the outdoor sash are respectively provided with an aluminum alloy fan sealing plate to seal the plastic pulley seat; the plastic pulleys in the lower sash profiles of the indoor sash and the outdoor sash Pulleys are respectively arranged on the seat, and guide rails matching with the pulleys are respectively arranged in the guide rail installation openings of the two convex strips of the lower window frame profile.

As a further improvement, an anti-theft plate is provided in the groove on the above-mentioned upper sash profile, and the lower end surface of the anti-theft plate is respectively offset against the exterior of the upper sash profile of the indoor sash and the interior of the upper sash profile of the outdoor sash . Through the setting of the above-mentioned anti-theft plate, the purpose of anti-prying is achieved, and the safety of the doors and windows is guaranteed.

As a further improvement, the above-mentioned groove is provided with a "U"-shaped plastic strip, and the anti-theft plate is installed in the plastic strip.

As a further improvement, the plastic pulley seats on the left sash profile of the indoor sash and the right sash profile of the outdoor sash are respectively provided with lock bodies, and the guide rail installation ports of the raised strips of the left sash profile and the right sash profile are respectively provided with lock bodies. A lock seat that matches the lock body. The above-mentioned lock body can be applied to a variety of lock body devices such as crescent locks, latch locks, and transmission locks.

As a further improvement, the opposite side of the right sash profile of the indoor sash and the left sash profile of the outdoor sash and the aluminum alloy sash seal are respectively fixed with plastic seals by screws, and a nose end is provided on the plastic seal. The inner side of the nose end is respectively fixed with a sealing plate rubber strip, and the sealing plate rubber strip is offset against the nose end of the plastic sealing plate of the opposite sash profile. As a further improvement, the above-mentioned right sash profile of the indoor sash and the opposite side of the left sash profile of the outdoor sash are respectively provided with a sealing strip, and the sealing strip is offset against the opposite sash profile. The above-mentioned structure ensures the sealing between the indoor sash and the outdoor sash.

As a further improvement, the outdoor side of the above-mentioned upper window frame profile is provided with a drape baffle, and the indoor side of the upper window frame profile and the lower window frame profile are respectively provided with protective plates. Draped baffles can effectively reduce the chance of rainwater directly pouring onto the upper opening of the fan.

As a further improvement, the above four sash profiles are respectively composed of indoor sash profiles and outdoor sash profiles connected through heat-insulating strips, and a plastic pulley seat installation opening is formed between the indoor sash profiles and outdoor sash profiles. Set in the installation opening of the plastic pulley seat.

As a further improvement, the above-mentioned sash line is set on the indoor sash profile, the sash line is provided with an indoor sash sealing strip, the outdoor sash profile is provided with an outdoor sash strip, and the hollow glass is fixedly arranged on the indoor sash. Between the sealing strip and the outdoor fan sealing strip.

As a further improvement, the above-mentioned upper, left and right window frame profiles are respectively provided with a frame sealing strip pressure port and a sealing groove in the guide rail installation openings of the two convex strips. That is to say, it ensures the cushioning when the fan, frame and lock body cooperate, and at the same time, it also solves the integrity of the window frame.

As a further improvement, the group corners between the above four window frame profiles and the four sash profile heat insulation strips are connected by corner brackets, the corner brackets and window frame profiles are fixed by pins, and there are double groups between the corner brackets and the window frame profiles. Group corner glue, with a corner seal at the end of the corner. The above-mentioned structure enhances the strength of the angle connection several times, and has ideal sealing.

The present invention not only solves the airtightness and watertightness problems of the traditional sliding doors and windows, but also ensures the stability, heat insulation and other performances of the door due to the adoption of the above-mentioned technical solution, and is convenient to manufacture and easy to operate. It has the characteristics of simple and ingenious structure, better stability, sealing and compression resistance, and more sound insulation, heat preservation, energy saving, economy, practicality, and more convenient production, installation and use.

Description of drawings

Fig. 1 is a schematic diagram of a vertical sectional structure of a sliding door and window system of the present invention.

Fig. 2 is a schematic cross-sectional structure diagram of the sliding door and window system of the present invention.

Fig. 3 is a structural schematic diagram of the upper window frame profile.

Fig. 4 is a schematic structural view of the upper sash profile.

Fig. 5 is a schematic structural view of the lower window frame profile.

Fig. 6 is a schematic structural view of the lower sash profile.

Fig. 7 is a structural schematic diagram of a left or right window frame profile.

Fig. 8 is a structural schematic diagram of a left sash profile of an indoor sash or a right sash profile of an outdoor sash.

Fig. 9 is a structural schematic diagram of a right sash profile for an indoor sash or a left sash profile for an outdoor sash.

Fig. 10 is a schematic structural view of the corners of the window frame of the sliding door and window system of the present invention.

Detailed ways

The specific implementation manner of the present invention will be described in detail below in conjunction with the accompanying drawings.

An aluminum alloy push-pull energy-saving door and window system as shown in Figure 1 and Figure 2, the door and window system includes a window frame 1, an indoor sash 3 and an outdoor sash 2, the window frame 1 is composed of four window frame profiles 11, up and down, left and right, 12, 13, 14, four window frame profiles 11, 12, 13, 14 are formed by connecting two profiles through heat-insulating strips 4 respectively. The four window frame profiles 11, 12, 13, 14 are respectively provided with two protruding convex strips 15 towards the side of the window sash, and a groove 17 is formed between the two convex strips 15, and the groove 17 is provided with a section of "U"-shaped plastic strips 18 are provided with guide rail installation openings 16 at the ends of the two convex strips 15. As shown in FIG. 3 , the outdoor side of the upper window frame profile 11 is provided with a water baffle 41 , and the indoor side of the upper window frame profile 11 and the lower window frame profile 12 are respectively provided with protective plates 42 .

As shown in Fig. 1 and Fig. 2, the indoor sash 3 and the outdoor sash 2 respectively include four sash profiles 21, 22, 23, 24, up and down, left and right, sash line 8, hollow glass 7, four sash profiles 21, 22, 23, 24 is formed by connecting the indoor sash profile 25 and the outdoor sash profile 26 through heat-insulating strips 4, and a pulley seat installation port 51 is respectively provided between the indoor sash profile 25 and the outdoor sash profile 26, and the pulley seat installation port 51 is provided with a plastic Pulley seat 5. The sash line 8 is set on the indoor sash profile 25, the sash line 8 is provided with an indoor sash sealing strip 72, and the outdoor sash profile 26 is provided with an outdoor sash strip 71, and the insulating glass 7 is fixed It is arranged between the indoor fan sealing strip 72 and the outdoor fan sealing strip 71 .

As shown in Figure 1, the plastic pulley seat 5 on the upper, lower and left sash profiles 21, 22, 23 of the indoor sash 3 and the upper, lower, and right sash profiles 21, 22, 24 of the outdoor sash 2 goes deep into the convex strip 15 respectively. Inside. Both sides of the plastic pulley seat 5 are respectively provided with a fan sealing strip 20, and a fan sealing strip 20 is arranged between the plastic pulley seat 5 and the convex strip 15 for sealing. As shown in Fig. 3 and Fig. 4, an anti-theft plate 19 is arranged in the groove 17 on the upper window frame profile 11, and the lower end surface of the anti-theft plate 19 is respectively connected to the outside and the outdoor sash of the upper sash profile 21 of the indoor fan window 3. The interior of the upper fan sash profile 21 of 2 offsets. As shown in Fig. 5 and Fig. 6, the plastic pulley seat 5 in the lower sash profile 24 of the indoor sash 3 and the outdoor sash 2 is respectively provided with a pulley 6, and the guide rail installation opening 16 of the two convex strips 15 of the lower sash profile 12 There are guide rails 61 adapted to the pulleys 6; in addition, the guide rail installation openings 16 of the two convex strips 15 of the upper, left and right window frame profiles 11, 13, 14 are respectively provided with frame sealing strips 10. , Seal the groove.

As shown in Figure 2 and Figure 9, the outside of the plastic pulley seat 5 on the right sash profile 24 of the indoor sash 3 and the left sash profile 23 of the outdoor sash 2 is respectively provided with an aluminum alloy fan sealing plate 27 to seal the plastic pulley seat 5. The opposite side of the right sash profile 24 of the indoor sash 3 and the left sash profile 23 of the outdoor sash 2 and the aluminum alloy sash 27 are respectively fixed with a plastic sealing plate 28 by screws 29, and the plastic sealing plate 28 is provided with a nose. The inner side of the end 47 and the nose end 47 are respectively fixed with a sealing plate rubber strip 30, and the sealing plate rubber strip 30 is offset against the nose end 47 of the plastic sealing plate 28 of the opposite sash profile. Simultaneously, the opposite sides of the right sash profile 24 of the indoor sash 3 and the left sash profile 23 of the outdoor sash 2 are provided with sealing strips 40 respectively, and the sealing strip 40 is offset against the opposite sash profiles. As shown in Figure 7 and Figure 8, the plastic pulley seat 5 on the left sash profile 23 of the indoor sash 3 and the right sash profile 24 of the outdoor sash 2 is respectively provided with a lock body 9, a left sash profile 13 and a right sash profile 14 The guide rail mounting opening 16 of the raised strip 15 is respectively provided with a lock seat 91 compatible with the lock body 9, and the lock body 9 is applicable to various lock body devices such as crescent locks, latch locks, and transmission locks.

As shown in Figure 10, the above-mentioned four window frame profiles 11, 12, 13, 14 and the heat-insulating strips 4 of the four sash profiles 21, 22, 23, 24 are connected by corner code 43, and corner code 43 It is fixed with the window frame profiles 11, 12, 13, 14 by pins 44, a two-component corner glue 45 is provided between the corner code 43 and the window frame profiles 11, 12, 13, 14, and the end of the corner code 43 is provided with a corner Code cover sheet 46.

Claims (1)

1. An aluminum alloy push-pull energy-saving door and window system, the door and window system includes a window frame (1), an indoor sash (3) and an outdoor sash (2), and the window frame (1) is composed of four window frame profiles ( 11, 12, 13, 14), the four window frame profiles (11, 12, 13, 14) are respectively composed of two profiles connected by heat-insulating strips (4), the indoor sash (3) and the outdoor sash (2) Respectively include four sash profiles (21, 22, 23, 24) up and down, left and right, sash line (8), insulating glass (7), and the four sash profiles (21, 22, 23, 24) are respectively composed of two The profiles are connected by heat-insulating strips (4); the feature is that: the four window frame profiles (11, 12, 13, 14) are respectively provided with two protruding convex strips (15) facing the side of the window sash, and two convex strips A groove (17) is formed between (15), and a guide rail installation opening (16) is provided at the end of the two convex strips (15); the four sash profiles (21, 22, 23, 24) face the side of the window frame respectively The plastic pulley seat (5) is fixedly provided, and the upper, lower and left sash profiles (21, 22, 23) of the indoor sash (3) and the upper, lower and right sash profiles (21, 22, 23) of the outdoor sash (2) The plastic pulley seat (5) on the 24) goes deep into the convex strip (15) respectively, and the fan sealing rubber strip (20) is arranged between the plastic pulley seat (5) and the convex strip (15) to seal, and the indoor window sash (3) The outer sides of the plastic pulley seat (5) on the left sash profile (23) of the right sash profile (24) and the outdoor sash (2) are respectively provided with an aluminum alloy fan sealing plate (27) to seal the plastic pulley seat (5); (3) and the plastic pulley seat (5) in the lower sash profile (22) of the outdoor sash (2) are respectively provided with a pulley (6), and the guide rail mounting openings (16) of the two convex strips (15) of the lower sash profile ) are respectively provided with guide rails (61) adapted to the pulleys (6). 2. An aluminum alloy push-pull energy-saving door and window system according to claim 1, characterized in that: the groove (17) on the upper window frame profile (11) is provided with an anti-theft plate (19), and the anti-theft plate The lower end surface of (19) offsets with the indoor exterior of the upper sash profile (22) of the indoor sash (3) and the indoor interior of the upper sash profile (22) of the outdoor sash (2). 3. An aluminum alloy sliding energy-saving door and window system according to claim 2, characterized in that: the groove (17) is provided with a plastic strip (18) with a "U"-shaped cross section, and the anti-theft plate (19) The mounting is set in the plastic strip (18). 4. An aluminum alloy sliding energy-saving door and window system according to claim 1 or 2, characterized in that: the left sash profile (23) of the indoor sash (3) and the right sash profile (24) of the outdoor sash (2) The plastic pulley seat (5) is respectively provided with a lock body (9), and the guide rail installation opening (16) of the raised strip (15) of the left window frame profile (13) and the right window frame profile (14) is respectively provided with a The lock seat (91) that lock body (9) is suitable for. 5. An aluminum alloy sliding energy-saving door and window system according to claim 1 or 2, characterized in that: the right sash profile (24) of the indoor sash (3) is opposite to the left sash profile (23) of the outdoor sash (2) A plastic sealing plate (28) is respectively fixed by screws (29) between one side of the aluminum alloy fan sealing plate (27), and a nose end (47) is provided on the plastic sealing plate (28), and the nose end (47) The inner side of the sash is respectively fixed with sealing strips (30), and the sealing strips (30) are against the nose end (47) of the plastic sealing plate (28) of the opposite sash profile; at the same time, the indoor sash (3) right sash The profiles and the outdoor sash (2) are respectively provided with sealing strips (40) on the opposite sides of the left sash profiles, and the sealing strips (40) are offset against the opposite sash profiles. 6. An aluminum alloy push-pull energy-saving door and window system according to claim 1 or 2, characterized in that: the outdoor side of the upper window frame profile (11) is provided with a water baffle (41), and the upper window frame profile (11) ) and the indoor side of the lower window frame profile (12) are respectively provided with protective plates (42). 7. An aluminum alloy sliding energy-saving door and window system according to claim 1 or 2, characterized in that: the four sash profiles (21, 22, 23, 24) are respectively composed of indoor sash profiles (25) and outdoor sash profiles (26 ) is formed by connecting heat-insulating strips (4), and a pulley seat installation opening (51) is formed between the indoor sash profile (25) and the outdoor sash profile (26), and the plastic pulley seat (5) is installed on the pulley inside the seat installation port (51). 8. An aluminum alloy push-pull energy-saving door and window system according to claim 7, characterized in that: the sash line (8) is set on the indoor sash profile (25), and the sash line (8) is provided with The indoor fan sealing strip (72), the outdoor fan sealing strip (71) is provided on the outdoor window sash profile (26), and the hollow glass (7) is fixedly arranged on the indoor fan sealing strip (72) and the outdoor fan sealing strip (72). between the rubber strips (71). 9. An aluminum alloy sliding energy-saving door and window system according to claim 1 or 2, characterized in that: the guide rails of the two convex lines (15) of the upper, left and right window frame profiles (11, 13, 14) are installed The mouth (16) is respectively provided with a frame sealing strip (10) pressure mouth and sealing groove. 10. An aluminum alloy sliding energy-saving door and window system according to claim 1 or 2, characterized in that: four window frame profiles (11, 12, 13, 14) and four sash profiles (21, 22, 23, 24) The group corners between the heat insulation piercing strips (4) are connected by corner brackets (43), and the corner brackets (43) and the window frame profiles are fixed by pins (44). The corner glue (45) of the component group is provided with a corner seal (46) at the end of the corner code (43).

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