CN218668995U - Window system capable of being installed outside room - Google Patents

Abstract

The utility model relates to a but window system of outdoor side installation belongs to the technical field of fixed building. The window system includes: aluminum alloy window frame, the aluminum alloy is violently, the aluminum alloy window pieces the door frame mullion, cavity glass, the aluminum alloy window pieces the door frame mullion and fixes on civil engineering structure, the aluminum alloy pieces the front end lock pin of door frame mullion and is used for aluminum alloy window frame and mullion fastening connection, aluminum alloy window frame is linear to be fixed on the vice frame of steel, adopt glass curtain's mounting means and combine the injecting glue technology, can install cavity glass in aluminum alloy window frame, the horizontal section bar frame of constituteing of aluminum alloy from outdoor side, effectively reduce the outer facade width of window system, the window system that the installation formed possesses and satisfies the curtain three nature requirement and possesses anti earthquake displacement ability and anti temperature stress deformation ability.

Description

Window system capable of being installed outside room

Technical Field

The utility model relates to a but window system of outdoor side installation belongs to the technical field of fixed building.

Background

The existing building standards have higher and higher requirements on the effect, safety and three properties of a public building exterior facade window system. The window at the present stage is defined as that the window is used in a conventional cave window system of a house, the width of an exterior vertical face profile formed by the mullion, the window frame and the opening sash frame is too wide, and the effect on the exterior vertical face is greatly damaged. For the large strip window of the outer facade of the public building of the high-end residence, the building facade effect presented by the conventional window system method is poor, and the indoor visual effect of the over-wide window frame is contradictory to the requirement of arranging the large strip window.

The peripheral environment of the position of the plot in partial regions is forbidden to be provided with the glass curtain wall, and the air tightness, water tightness and wind pressure resistance of the window system are strict with those of a common window system. In the design of the outer facade building of the ultrahigh office building, a continuous window system is usually arranged in one circle of the building to realize the appearance of a curtain wall, and the earthquake displacement resistance, the temperature stress deformation resistance and the maximum size of the installation and processing of a plate frame of a window unit are required to be considered in addition to the three properties of the window system.

The materials such as the section bar and the glass surface adopted by the door and window system for realizing the appearance of the curtain wall must meet the relevant standard requirements of the curtain wall. The existing component type curtain wall adopts a single upright post and a single cross beam to form a point type stressed curtain wall frame, and if a door and window system is installed in a frame installation mode of the existing component type curtain wall, when the height of an opening is lower, the material utilization rate is very low, and the manufacturing cost is higher. Whether the door and window system installed on the outer facade of the building meets the lighting requirement is a factor influencing the lighting of the building. Whether the door and window system installed on the outer vertical surface of the building can deal with the deformation caused by plate displacement and telescopic performance is not only a factor influencing the appearance effect of the curtain wall but also a factor influencing the safety of the door and window system.

In addition, the window system also easily meets the problem that the indoor installation glass finish surface cannot be ensured to be sufficient under indoor structural conditions, such as narrow indoor spaces of civil engineering shear walls, civil engineering structural columns, civil engineering structural beams and the like, in which glass cannot be installed.

To sum up, the utility model aims at providing a but window system node structure of outdoor side installation optimizes the installation order to realize the curtain outward appearance and overcome the defect that current window system meets the unable installation in indoor narrow and small space.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an invention purpose is to provide the window system that can outdoor side installation to the not enough of above-mentioned background art, realizes installing door and window in public building entrance from the outdoor side through the door and window structure of class curtain effect, solves the indoor installation glass and accomplishes the indoor mounting mode that face space can't be enough at indoor side installation public building door and window, current public building door and window and influence door and window system security and the technical problem of building daylighting nature.

The utility model adopts the following technical proposal for realizing the purpose of the invention: an outdoor side mountable window system comprising: the aluminum alloy window frame, the aluminum alloy horizontal stile, the aluminum alloy window mullion, hollow glass; the aluminum alloy window mullion middle mullion is fixedly arranged on an embedded part of the civil engineering opening, and the upper opening of the aluminum alloy window frame is fixedly arranged on a steel auxiliary frame of the civil engineering opening; the vertical window frame of the aluminum alloy window frame in the upper joint of the window system is tightly connected with the mullion middle stile of the aluminum alloy window, the vertical window frame of the aluminum alloy window frame in the horizontal stile joint of the window system is tightly connected with the mullion middle stile of the aluminum alloy window, the front end of the mullion middle stile of the aluminum alloy window is of a core insert structure with a vertical long waist hole, and the vertical window frames of the aluminum alloy window frames in the lower joint of two adjacent window systems are tightly connected with the mullion middle stile of the aluminum alloy window through the core insert structure of the mullion middle stile of the aluminum alloy window; the aluminum alloy horizontal stile is tightly connected with the aluminum alloy window mullion; the hollow glass is arranged in a section bar frame formed by the aluminum alloy transverse stile and the aluminum alloy window frame.

Furthermore, in the window system capable of being installed outside the room, the inserting core structure is inserted into a gap of the vertical window frame of the aluminum alloy window frame in the lower joint of the two adjacent window systems, an opening is reserved on the vertical window frame of the aluminum alloy window frame in the lower joint of the window systems, the vertical window frame of the aluminum alloy window frame in the lower joint of the two adjacent window systems is fixedly connected with the mullion of the aluminum alloy window through a stainless steel cross locking screw, the stainless steel cross locking screw sequentially penetrates through the opening on the vertical window frame of the aluminum alloy window frame in the lower joint of one window system, the long waist hole on the inserting core structure of the mullion of the aluminum alloy window frame, and the opening on the vertical window frame of the aluminum alloy window frame in the lower joint of the other window system is locked.

Further, in the window system that can outdoor side installation, the vertical window frame of the aluminum alloy window frame in the window system upper shed node piece together the mullion fastening connection with the aluminum alloy window through the stainless steel to lock mechanism screw, and the vertical window frame of the aluminum alloy window frame in the window system horizontal mullion node piece together the mullion fastening connection with the aluminum alloy window through the stainless steel to lock mechanism screw.

Further, in the window system that can outdoor side installation, the aluminium alloy is violently joined in marriage the mullion fastening connection through stainless steel mechanism screw and aluminium alloy angle sign and aluminium alloy window, and the indoor side knot of aluminium alloy violence is equipped with the aluminium alloy and is detained the line.

Further, in the window system that can outdoor side installation, the end opening of aluminum alloy window frame is pegged graft and is had the aluminum alloy basin, and the aluminum alloy basin is spliced by the section bar of arranging in aluminum alloy window frame mullion end opening and the recess structure that extends to the aluminum alloy window frame end opening between and forms, and groove structure is pegged graft with the end opening of aluminum alloy window frame.

Still further, in the window system that can install outside the room, the notch structure passes through the lower mouthful of machine-made screw fixation at the aluminum alloy window frame.

And furthermore, in the window system capable of being installed outside the room, an aluminum alloy bridge plate is installed at the splicing gap of the section bar and the groove structure.

Furthermore, in the window system which can be installed outside the room, a first rubber strip is filled in the gap of the vertical window frame of the aluminum alloy window frame in the lower opening node of the two adjacent window systems, and a second rubber strip is respectively filled in the gap of the vertical window frame of the aluminum alloy window frame in the mullion middle stile and the aluminum alloy window frame in the lower opening node of the two adjacent window systems.

Furthermore, in the window system capable of being installed at the outdoor side, a foam rod is filled between the hollow glass and the aluminum alloy window frame and is provided with a sealant, an aluminum alloy pressing line is installed at the outdoor side of the hollow glass and is fixed on the aluminum alloy window frame through a stainless steel mechanism screw, the stainless steel mechanism screw penetrates through the aluminum alloy pressing line and the glue injection heat insulation strip and then fixes the aluminum alloy pressing line on the transverse support of the aluminum alloy window frame, and an aluminum alloy buckle cover for covering the stainless steel mechanism screw and the aluminum alloy pressing line is installed at the outdoor side of the hollow glass.

The utility model adopts the above technical scheme, following beneficial effect has:

(1) The utility model relates to a window system adopts the door and window design principle, realize concrete structure through the curtain section bar, section bar frame through aluminium alloy ex-trusions concatenation window system such as horizontal door frame, adopt the aluminium alloy to piece the connection component between the section bar frame as in the door frame, piece the window frame stand of door frame mullion fixed as continuous window system with the built-in fitting in the civil engineering structure with the aluminium alloy, can install the window frame of continuous window system in narrow and small spaces such as shear force wall, consequently can install glass panels on the window frame from outdoor side through glass curtain wall's mounting means, the outer facade width of the window system of installation completion is 87mm, it is basically the same with the outer facade visual effect of glass curtain wall system, can reach the outward appearance effect of high-quality curtain, realize the function of high-quality curtain.

(2) The utility model relates to a window system, at outdoor side installation glass, glass line ball, the screw of fixed glass line ball pierces through the thermal-insulated strip after-fixing on indoor side window frame section bar, solves the problem of thermal-insulated strip atress under the burden wind pressure, overcomes the not enough unable installation glass's of interior space defect.

(3) The utility model relates to a window system, the piece door frame mullion of window frame is the long waist hole that the door frame mullion was put for the T font section and opened and have the displacement of the dead weight direction section bar of release, this long waist hole can also eliminate and piece the door frame mullion, the three hole counterpoint errors of adjacent window frame, the T font section then effectively reduces the face width of looking of outer facade window section bar, the solid rubber strip of T font front end lock pin card then is used for preventing the metal friction noise that temperature stress and earthquake displacement arouse, the firm adhesive tape in the piece door frame mullion T font section and the window frame mullion gap is as the second of window frame and says water-proof measure, satisfy the three nature requirement of curtain system when realizing the narrow frame facade effect of window system.

(4) The utility model relates to a window system, the basin of pegging graft with the window frame end opening is glued the first way in the vertical frame gap of window frame and is glued the fracture back infiltration aluminum alloy and piece the very water in the door frame and collect the discharge, and the window frame is suitable for reading and is then passed through the screw fixation and in order to satisfy the linear fixed requirement of window frame on the vice frame of steel.

(5) The utility model relates to a window system is through inserting the injecting glue heat insulating strip in window frame section bar to use water conservancy diversion group angle technology equipment window frame section bar, solve the problem of window group angle position infiltration, promote the thermal property of window system.

Drawings

Fig. 1 is a block diagram of the window system of the present invention.

Fig. 2 isbase:Sub>A sectional view taken along linebase:Sub>A-base:Sub>A of the window system of fig. 1, withbase:Sub>A partial enlarged view of the upper reveal node,base:Sub>A partial enlarged view of the rail node, andbase:Sub>A partial enlarged view of the lower reveal node.

Fig. 3 is a sectional view taken along line B-B of the window system of fig. 1 and a close-up view of the corner positions of the sash set.

Fig. 4 (a) is a schematic view of assembling a window frame group corner of the window system shown in fig. 1 by using a guide vane group corner process, and fig. 4 (b) is a structural view of the window frame group corner after being pressed into a group corner opening.

Fig. 5 is a block diagram of an aluminum alloy window mullion of the window system of fig. 1.

Fig. 6 is a structural view of an aluminum alloy water tank of the window system shown in fig. 1.

The reference numbers in the figures illustrate: 1. JS waterproof paint, 2, hot galvanized steel plate, 3, aluminum alloy bridge plate, 4, aluminum alloy water tank, 5, stainless steel machine-made screw, 6, aluminum alloy buckle cover, 7, aluminum alloy press line, 8, sealant, 9, sealant, 10, hollow glass, 11, embedded part, 12, column gap sealant, 13, waterproof mortar, 14, first steel insertion core, 15, machine-made screw, 16, aluminum alloy window mullion, 17, window flat piece, 18, aluminum alloy buckle line, 19, rubber adhesive tape, 20, aluminum alloy extension block, 21, stainless steel interlocking machine-made screw, 22, aluminum back plate, 23, aluminum alloy horizontal stile, 24, aluminum alloy corner brace, 25, stainless steel machine-made screw, 26, aluminum alloy buckle line, 27, hot galvanized steel plate, 28, fireproof cotton, 29, steel auxiliary frame, 30, hot galvanized steel plate, 31, aluminum plate, 32, aluminum alloy window frame, 33, stainless steel self-drilling screw, 34, second steel insertion core, 35, cotton, 36, silicone, 37, first rubber injection molding, 38, second rubber injection molding, heat-insulated rubber sheet, heat-insulated rubber groove, 40, heat-insulated rubber-made groove, adhesive tape, 40, heat-insulated steel self-made screw, heat-insulated corner, adhesive tape, glue-made hole, and heat-insulated rubber-made hole.

Detailed Description

The technical solution of the present invention will be described in detail with reference to the accompanying drawings.

The utility model relates to a window system includes that concatenation, horizontal muntin, upper and lower limit binding off are fixed, the different glass thickness conversion of glass panels, open a design, group angle position design between the design of window frame, glass line ball outdoor mounting, window frame and the window frame. The window frame encloses into square font, and violently very and window frame pass through the screw fixation, and glass is fixed and is adopted outdoor installation glass line ball to fix at the window frame, and fixed line ball screw pierces through the heat insulating strip and fixes on rear portion section bar, solves the atress behind the heat insulating strip receives the negative wind pressure. The window frame is fixed with vertical piece frame mullion and adopts the stainless steel to lock hexagon socket head cap screw fixed, and the screw hole is opened vertical long waist hole and is released dead weight direction section bar displacement and window frame, piece three hole of door frame counterpoint error adjustment on the section bar. The lower opening of the window frame is inserted into the aluminum alloy auxiliary frame drainage groove. The drainage channel is fixed on a lower opening steel auxiliary frame by screws, and the steel auxiliary frame is linearly fixed on a civil engineering structure by steel angle codes and rear bottom expanding mechanical anchor bolts. The upper opening of the window frame is fixed on the steel auxiliary frame by screws, and the steel auxiliary frame is linearly fixed at the civil engineering opening by steel angle codes. And the angle assembling position of the window frame adopts a flow guiding process to assemble angles.

The utility model discloses a window system section bar realizes public building door and window whole frame and glass panels's installation through al-alloy door and window's design and installation principle, finally reaches the outward appearance effect of class curtain. As shown in fig. 1 and 2, the present invention relates to a window system, including: aluminium alloy horizontal stile 23, aluminium alloy window frame 32, aluminium alloy window piece mullion 16, cavity glass 10, aluminium alloy window frame 32 is for enclosing the section bar of synthetic mouth style of calligraphy, aluminium alloy horizontal stile 23 and aluminium alloy window frame 32 constitute the section bar frame of window system, cavity glass 10 is installed in the section bar frame, the last mouthful of fixing of aluminium alloy window frame 32 is on the steel subframe of civil engineering entrance to a cave, aluminium alloy basin 4 is installed to the end opening of aluminium alloy window frame 32, aluminium alloy window frame 32's vertical window frame and aluminium alloy horizontal stile 23 are all fixed on aluminium alloy window piece mullion 16. And the steel auxiliary frame of the civil engineering opening is linearly fixed on the civil engineering structure through a steel angle bracket and a rear bottom expanding mechanical anchor bolt. The aluminum alloy water tank 4 can collect and discharge water which permeates into the mullion middle stile 16 of the aluminum alloy after cracking and failure of a first glue (a silicone sealant 36 shown in figure 3) in a gap of a vertical frame of a window frame.

As shown in fig. 2 and 5, the mullion 16 is fixed on an embedded part 11 of a civil engineering opening through a first steel inserting core 14 and a second steel inserting core 34, and a column fracture sealant 12 is arranged in a fracture between the embedded part 11 and an upper opening of a column and a fracture between the embedded part 11 and a lower opening of the column. The front end of the mullion 16 is spliced by the aluminum alloy, a vertical long waist hole 44 is formed in the optical fiber core structure, the front end optical fiber core structure of the mullion 16 is inserted into the gap of the vertical window frame of the adjacent aluminum alloy window frame of the aluminum alloy window frame 32, a second rubber strip 38 which is plugged into the gap between the mullion 16 and the vertical window frame of the aluminum alloy window frame 32 is taken as a second waterproof measure, the second rubber strip 38 can block the water seepage after the failure of the sealant (namely the silicone sealant 36 shown in fig. 3) between the adjacent aluminum alloy window frames, a first rubber strip 37 which is plugged into the gap between the vertical window frames of the adjacent aluminum alloy window frames prevents the metal friction noise caused by temperature stress and earthquake, a first rubber strip 37 is clamped when the front end optical fiber core of the mullion 16 is inserted into the gap between the vertical window frames of the adjacent aluminum alloy window frames, and the second rubber strip 38. The aluminum alloy mulling mullion middle mullion 16 with the T-shaped section can effectively reduce the whole width of the external vertical face window profile.

As shown in fig. 2 and fig. 6, the aluminum alloy water tank 4 is formed by splicing a section bar placed in a gap between the lower opening of the mullion 16 and the embedded part 11 and a groove structure extending to the lower opening of the aluminum alloy window frame 32. The aluminum alloy water tank 4 is mounted on the lower opening of the aluminum alloy window frame 32 through a machine-made screw 15.

The utility model discloses a but installation method of outdoor side-mounting's window system includes following three major steps.

The method comprises the following steps: cutting aluminium alloy section bar and assembling aluminium alloy window frame in factory

As shown in fig. 1 to 4, the aluminum alloy window frame 32 profile, the aluminum alloy window sill 23, the aluminum alloy window mullion 16 are cut at the factory, and the section bar of the aluminum alloy window frame 32, the aluminum alloy window horizontal stile 23 and the aluminum alloy window mullion middle stile 16 are punched and milled, when the aluminum alloy window frame section is drawn, a glue injection heat insulation strip D-D groove 45 is also poured, and the adhesive tape inserted into the glue injection heat insulation strip D-D groove 45 can improve the thermal performance of the window system; cutting an aluminum alloy pressing line 7, an aluminum alloy buckle cover 6, an aluminum alloy buckle line 18, an aluminum alloy buckle line 26, an aluminum alloy corner assembling piece 41 and a flow deflector 40; inserting the flow deflector 40 into the aluminum alloy corner assembling piece 41 to form an aluminum alloy corner assembling, inserting the aluminum alloy corner assembling into the aluminum alloy window frame 32, pressing the aluminum alloy corner assembling into a corner assembling opening 42 through a corner assembling machine, and injecting a two-component sealant through a glue injection hole 43 after the corner assembling to complete the waterproof of the corner assembling position of the window frame so as to complete the assembling of the aluminum alloy window frame 32; and (3) transporting the aluminum alloy window frame 32, the aluminum alloy horizontal stile 23, the aluminum alloy mullion 16 and the hollow glass 10 to the site.

Step two: on-site mounted aluminum alloy mullion and window system profile frame

As shown in fig. 1 to 4, the dimension of a site hole is determined by measuring and paying off, the installation position of a steel auxiliary frame 29 is determined according to actual hole dimension lofting, the steel auxiliary frames at the upper and lower openings are fixed on a civil engineering hole through steel angle codes and rear bottom expanding mechanical anchor bolts, waterproof mortar 13 is filled at the lower opening of each steel auxiliary frame, the bottom expanding mechanical anchor bolts are additionally installed after the waterproof mortar is solidified, and JS waterproof paint 1 is brushed on the outer side of the lower opening of each steel auxiliary frame; adopts a first steel inserting core 14 the second steel inserting core 34 fixes the mullion middle stile 16 on the embedded parts 11 at the upper opening and the lower opening of the civil engineering cave; installing stainless steel self-tapping self-drilling screws 33 to fix the upper opening of the aluminum alloy window frame 32 on the steel auxiliary frame 29; for the upper opening node and the horizontal support node of the aluminum alloy window system, the aluminum alloy window frame 32 is fixed on the aluminum alloy window mullion middle support 16 through stainless steel locking mechanism screws 21; an aluminum plate 31 is arranged outside the civil structure at the upper opening of the aluminum alloy window frame 32, an aluminum plate 30 is arranged on the civil structure at the upper opening of the aluminum alloy window frame 32, fireproof cotton 35 is filled between the upper opening of the mullion middle stile 16 and the civil structure, an aluminum back plate 22 is arranged at the indoor side of the mullion middle stile 16 of the aluminum alloy window mullion, and fireproof cotton 28 is filled between the aluminum back plate 22 and the civil structure; after the front end inserting core of the mullion middle stile 16 is clamped and fixed with the first rubber strip 37 and the second rubber strip 38, the stainless steel cross locking screw 39 passes through the opening reserved on the vertical window frame of the adjacent aluminum alloy window frame 32 and the long waist hole reserved on the front end inserting core structure of the aluminum alloy mullion middle stile 16 to be locked, the fastening connection between the corner combining position of the adjacent aluminum alloy window frame and the mullion is realized, and the reserved opening on the vertical window frame of the aluminum alloy window frame is used for releasing the displacement of the section bar in the dead weight direction and adjusting the error of the three-hole alignment of the section bar of the window frame and the mullion; the aluminum alloy horizontal stile 23 is fixed on the aluminum alloy window mullion middle stile 16 from the outdoor side through stainless steel machine-made screws 25 and aluminum alloy corner connectors 24; an aluminum alloy buckle line 26 is buckled at the rear part (namely the indoor side) of the aluminum alloy horizontal support 23, a hot galvanized steel plate 27 is further installed on the aluminum alloy horizontal support 23, and the hot galvanized steel plate 27 is further fixed with a civil structure; after the size of the steel auxiliary frame 29 is measured again on site, the window unit section is processed and the aluminum alloy water tank 4 is cut, the lower opening of the aluminum alloy window frame 32 is inserted into the aluminum alloy water tank 4, and the aluminum alloy water tank 4 is fixed at the lower opening of the aluminum alloy window frame 32 by mounting machine-made screws 15; because aluminum alloy basin 4 can't lead to long fixedly, consequently adopt the unit to cross the bridge plate and solve the problem that basin concatenation position gap leaked, the bridge plate 3 is crossed to the cutting aluminum alloy, cross bridge plate 3 with the aluminum alloy and install the section bar and the splicing gap position of aluminum alloy basin 4 groove structure between putting aluminium alloy window into door stile 16 end opening and built-in fitting 11 in arranging in, the one end of hot dip galvanized steel sheet 2 is fixed on aluminum alloy basin 4 and the face extends to the vice frame end opening outside of steel, the infiltration that aluminum alloy basin 4 was collected is arranged hot dip galvanized steel sheet 2 from the outlet, the infiltration is along hot dip galvanized steel sheet 2 discharge window system.

Step three: on-site installation of hollow glass

As shown in fig. 1 to 4, the hollow glass 10 is installed from the outdoor side, and the sealing glue 8 is applied after the foam rod is filled between the hollow glass 10 and the aluminum alloy window frame 32; an aluminum alloy pressing line 7 is arranged outside the room, and a stainless steel machine-made screw 5 passes through the aluminum alloy pressing line 7 and the glue-injection heat insulation strip to fix the aluminum alloy pressing line 7 on the aluminum alloy window frame, so that the problem that the heat insulation strip is stressed under negative wind pressure is solved; an aluminum alloy buckle cover 6 is arranged from the outdoor side so as to shield a stainless steel machine-made screw 5 and an aluminum alloy pressing line 7; after the aluminum alloy buckle cover 6 is installed, a rubber adhesive tape is stuffed between the hollow glass 10 and the aluminum alloy window frame 32 from the outdoor side, then a sealant 9 is applied, a silicone sealant 36 is applied after a foam rod is stuffed in a gap between the vertical window frame of the adjacent aluminum alloy window frame 32 from the outdoor side, in order to prevent the front and back dislocation of the window frame corner group, a flat sheet 17 is inserted into a notch on the inner side of the aluminum alloy window frame corner group, a rubber adhesive tape 19 is stuffed in a gap between the indoor side of the hollow glass 10 and the aluminum alloy window frame, an aluminum alloy buckle line 18 is installed on the aluminum alloy window frame towards the notch of the mullion of the aluminum alloy window frame, and the gap between the glass and the window frame and the gap between the window frame are sealed so as to ensure the air tightness, the water tightness and other related performances of the curtain wall window system. Referring to a partial enlarged view of a transverse support node of the window system shown in fig. 2, the aluminum alloy pressing line 7 is also provided with a long-waist water drain hole for draining water seepage at an upper opening position caused by the failure of a sealant between the hollow glass and the aluminum alloy section; an aluminum alloy compensation block 20 is arranged on the indoor side of the hollow glass 10 between the aluminum alloy transverse support 23 and the upper opening of the aluminum alloy window frame and used for temperature compensation.

To sum up, the utility model discloses a curtain design theory design door and window system at the assembly section bar frame of mill earlier, then on-the-spot fixed profile frame, from outdoor installation glass panels at last, can realize batch production, has greatly improved the installation effectiveness to can practice thrift installation cost. Because the window and wall system refers to the design specification of doors and windows, under the condition of meeting relevant specifications and structural stress, the minimum wall thickness of the frame of the field-shaped section bar reaches 1.8mm, the thermal performance of the single-silver glass can reach 2.143W/((square meter. K)), and the thermal performance is superior to that of the conventional window system. Because the window wall system adopts the viewing surface size of the special design window system section bar, under the condition of meeting the structural stress, the viewing surface size of the section bar can be reduced, thereby increasing the indoor lighting and improving the outdoor viewing effect.

Claims (9)

1. A window system mountable to an outdoor side, comprising: the aluminum alloy window frame, the aluminum alloy horizontal stile, the aluminum alloy window mullion middle stile and the hollow glass are spliced; the aluminum alloy window mullion middle mullion is fixedly arranged on an embedded part of the civil engineering opening, and the upper opening of the aluminum alloy window frame is fixedly arranged on a steel auxiliary frame of the civil engineering opening; the vertical window frame of the aluminum alloy window frame in the upper joint of the window system is fixedly connected with the mullion of the aluminum alloy window, the vertical window frame of the aluminum alloy window frame in the horizontal joint of the window system is fixedly connected with the mullion of the aluminum alloy window, the front end of the mullion of the aluminum alloy window is of a core insert structure with a vertical long waist hole, and the vertical window frames of the aluminum alloy window frames in the lower joint of two adjacent window systems are fixedly connected with the mullion of the aluminum alloy window through the core insert structure of the mullion of the aluminum alloy window; the aluminum alloy horizontal stile is tightly connected with the aluminum alloy window mullion; the hollow glass is arranged in a section bar frame formed by the aluminum alloy transverse stile and the aluminum alloy window frame.

2. The window system of outdoor side-mounting of claim 1, characterized in that, the lock pin structure is inserted in the gap of the vertical window frame of the aluminum alloy window frame in two adjacent window system end nodes, the opening is reserved on the vertical window frame of the aluminum alloy window frame in the window system end nodes, the vertical window frame of the aluminum alloy window frame in two adjacent window system end nodes passes through the stainless steel cross and pieces up the very tight connection of door frame with the aluminum alloy window to the locking screw, the stainless steel cross is pieced up the long kidney hole of door frame middle stile lock pin structure to the trompil on the vertical window frame of the aluminum alloy window frame that the locking screw passed in one window system end node in proper order, the long kidney hole on the vertical window frame of the aluminum alloy window frame in another window system end node is to the lock after the trompil on.

3. The window system of outdoor side-mounting of claim 1, wherein the vertical window frame of the aluminum alloy window frame in the window system upper joint is fastened and connected to the mullion middle stile of the lock mechanism screw and the aluminum alloy window through the stainless steel, and the vertical window frame of the aluminum alloy window frame in the window system horizontal stile joint is fastened and connected to the mullion middle stile of the lock mechanism screw and the aluminum alloy window through the stainless steel.

4. The window system of claim 1, which is able to be installed outside the room, wherein the aluminum alloy horizontal stile is fastened to the aluminum alloy window mullion through the stainless steel machine-made screws and the aluminum alloy corner connectors, and the aluminum alloy fastening lines are fastened to the indoor side of the aluminum alloy horizontal stile.

5. The window system of claim 1, which is installed outside the room, wherein the lower opening of the aluminum alloy window frame is inserted with an aluminum alloy water tank, the aluminum alloy water tank is formed by splicing the sectional material between the mullion lower opening and the embedded part of the aluminum alloy window frame and the groove structure extending to the lower opening of the aluminum alloy window frame, and the groove structure is inserted with the lower opening of the aluminum alloy window frame.

6. The outdoor side mountable window system of claim 5 wherein said groove structure is secured to the lower mouth of the aluminum alloy window frame by machine screws.

7. The outdoor side-mountable window system according to claim 5, wherein an aluminum alloy bridge plate is installed at the splicing gap of said profile and said groove structure.

8. The outdoor side-mountable window system according to claim 4, wherein the first rubber strip is filled in the gap of the vertical window frame of the aluminum alloy window frame in the lower node of the two adjacent window systems, and the second rubber strip is respectively filled in the gap of the vertical window frame of the aluminum alloy window frame in the mullion and the lower node of the two adjacent window systems.

9. The window system capable of being installed at the outdoor side according to claim 1, wherein a foam rod is filled between the hollow glass and the aluminum alloy window frame and is provided with a sealant, an aluminum alloy pressing line is installed at the outdoor side of the hollow glass and is fixed on the aluminum alloy window frame through a stainless steel mechanism screw, the stainless steel mechanism screw penetrates through the aluminum alloy pressing line and the glue injection heat insulation strip and then fixes the aluminum alloy pressing line on the transverse support of the aluminum alloy window frame, and an aluminum alloy buckle cover for covering the stainless steel mechanism screw and the aluminum alloy pressing line is installed at the outdoor side of the hollow glass.

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