CN218894548U - Energy-conserving flat-open window structure of multi-functional integrated building of assembled - Google Patents

Abstract

The utility model discloses an assembled multifunctional integrated energy-saving flat-open window structure for a building, which comprises an outer frame. The utility model combines the constructed aluminum alloy railing module, the laminated toughened glass railing module, the child anti-falling guardrail module, the scroll type invisible screen window module and the folding type invisible screen window module with the aluminum alloy doors and windows into a whole, the aluminum alloy railing module, the folding type invisible screen window module and the aluminum alloy doors and windows are independent of each other and are mutually related, the constructed various integrated products can meet the requirements of door and window engineering and individual selection of functions of users, the aim of reducing part of cost can be achieved, one function of the integrated products can be selected according to the requirements to be combined with the doors and windows, different functional products can be simultaneously used in the same door and window system, the mosquito-proof screen window module is more preferably a scroll type invisible screen window, the folding type invisible screen window can also be a folding type invisible screen window, the railing panel can be a bar type railing panel, and also can be a laminated toughened glass type railing panel, and the integrated products are selected individually according to the preference of users.

Description

Energy-conserving flat-open window structure of multi-functional integrated building of assembled

Technical Field

The utility model relates to the field of building energy-saving flat-open windows, in particular to an assembled multifunctional integrated building energy-saving flat-open window structure.

Background

The energy-saving casement window for the building, which is used in the existing engineering field, only meets the conventional performances such as air tightness, water tightness, heat preservation, wind pressure resistance and the like of the completion acceptance of the door and window, and the door and window is not designed with the mosquito prevention function, the child anti-falling function and the railing function.

The existing mosquito-proof measures are to add an external hanging three-section type gold steel net gauze and an external hanging invisible screen window at the external opening window, which have the defects of affecting lighting, ventilation and shielding vision, and affecting indoor beauty; the common child anti-falling measures are as follows: after the user leaves the house, the stainless steel burglary-resisting window or the steel wire invisible burglary-resisting window is installed outdoors privately. When fire disaster occurs in the high building, the anti-theft window seals the escape opening, and fire rescue is affected.

According to the relevant regulations of the residential design Specification GB50096, 5.8: "there is no external window of balcony or terrace outside the window, when the clean height of the windowsill is lower than 0.9 meter from floor, should set up the protective facilities; the sill height is below a bay window of 0.45 meters and the guard height should not be below 0.9 meters.

In order to meet the above standard requirements, the railing of the existing engineering outer window is additionally arranged on the windowsill, and has the following defects: the indoor space is occupied, the attractiveness is affected, the railings are privately removed after a user accepts rooms, the installed railings only travel through the completion acceptance process, and the railings are removed, so that not only are the wasted social resources and potential safety hazards brought.

Disclosure of Invention

Therefore, the utility model provides an assembled multifunctional integrated building energy-saving flat-open window structure aiming at the problems so as to solve the technical problems.

In order to achieve the above purpose, the present utility model adopts the following technical scheme: the utility model provides an energy-conserving flat-open window structure of multi-functional integration building of assembled, including the frame, the reinforcement frame, well club, open the fan, fixed glass line ball, aluminum alloy railing module, children's safety barrier module, spool formula stealthy screen window module, folding stealthy screen window module and tempering double-layered glass railing module, the frame comprises first section bar and second section bar, and form the notch, be equipped with the second notch on the second section bar, be equipped with the third notch on the first section bar, the reinforcement frame has third section bar and second section bar to form, be equipped with the functional area on the third section bar, be equipped with the notch that is the same with the frame in the function in the reinforcement frame, second notch and third notch, well club comprises fourth section bar and fifth section bar, and form the notch that is the same with the frame in the function in the frame, second notch and third notch, be equipped with the functional area on the reinforcement frame, open by the seventh section bar, eighth section bar and eighth section bar constitute, the reinforcement frame constitutes with the frame, the frame of a side-wall, be equipped with the side frame, the side rail is equipped with the frame is equipped with the frame, the frame is equipped with the frame of a side rail, and is equipped with the frame of a side rail, and is equipped with the frame of frame, and is equipped with the frame of a side rail frame.

Preferably, the child anti-falling guardrail module comprises a second frame section bar, a cross bar section bar, a child lock and a hinge, wherein a second drilling positioning line is arranged on the second frame section bar, the second frame section bar and the cross bar section bar form a guardrail, two third protruding points are arranged on the second frame section bar, and a baffle is arranged on the second frame section bar;

be equipped with the second screw hole on the horizontal pole section bar, be equipped with the spring bolt on the children's lock, children's lock is in assembly relation with second frame section bar, and one side of hinge is connected with well club, and the another side is connected with second frame section bar.

Preferably, the scroll type invisible screen window module comprises an outer flange section bar, an inner flange section bar, a yarn box section bar, a plastic yarn rail section bar, a handle section bar and a yarn barrel section bar, wherein the outer flange section bar is provided with a unilateral surrounding, the outer flange section bar is provided with a first notch, the outer flange section bar is provided with a first clamping foot and a second clamping foot, the first clamping foot and the second clamping foot are in an assembling relationship with the outer frame, and the outer flange section bar is embedded with a sealing rubber strip;

the inner flange section is provided with a third screw hole, a screw is arranged in the third screw hole and fixed with the outer frame so as to realize the installation of the inner flange section, the inner flange section is provided with a groove, and the inner flange section is provided with a curved hook which is in an assembling relationship with the outer frame;

the yarn box section is provided with a yarn box clamping foot which is in an assembling relationship with a first notch of the outer flange section, a Mao Shuan is arranged at the opening of the yarn box section, a spherical adhesive tape is arranged on the opposite surface of the yarn box section, the yarn box section is provided with a single-side notch foot, the single-side notch foot is connected with the single-side periphery of the outer flange section, and three fourth screw holes are formed in the yarn box section;

two third clamping feet are arranged at one end of the yarn rail section bar, the third clamping feet are in an assembling relationship with the notch of the outer frame, and a fourth notch is arranged at the other end of the yarn rail section bar;

the handle section is provided with a fifth notch, a vulcanized rubber strip is arranged in the handle section and connected with one end of the gauze, and the handle section is provided with a second groove and a third groove;

three fourth grooves are formed in the yarn cylinder section, and vulcanized rubber strips at the other end of the yarn net are arranged in the fourth grooves.

Preferably, the foldable invisible screen window module comprises a screen connecting section bar, a screen box and a track section bar, wherein the screen connecting section bar is internally embedded with a screen connecting block, the screen box is internally embedded with a second screen, the second screen is connected with the screen connecting block, a square frame is arranged on the screen box, and a fifth groove is arranged on the screen box;

the rail section is provided with a first storage opening and a second storage opening, the rail section is provided with two steps, and the rail section is provided with a second square frame.

Preferably, the bar of the toughened laminated glass type fence plate comprises a transverse section bar, a notch sealing cover, L-shaped connecting angle aluminum and toughened laminated glass, wherein the transverse section bar is provided with a notch for assembling the notch sealing cover, and a spring pin notch is arranged on the transverse section bar;

the notch sealing cover of the transverse profile and the L-shaped connecting angle aluminum and vertical rod profile can also be constructed into an aluminum alloy railing of the rod type railing panel.

Preferably, the rail sectional materials are respectively arranged at the upper part, the lower part, the left part and the right part, are spliced by using corner combining codes at 45 degrees, and are fixed on the functional area through screws.

Preferably, the unilateral notch foot and unilateral surrounding assembly are surrounded the back section bar type notch.

By adopting the technical scheme, the utility model has the beneficial effects that:

the utility model combines the constructed aluminum alloy railing module, the laminated toughened glass railing module, the child anti-falling guardrail module, the scroll type invisible screen window module and the folding type invisible screen window module with the aluminum alloy doors and windows into a whole, the aluminum alloy railing module, the folding type invisible screen window module and the aluminum alloy doors and windows are independent of each other and are mutually related, the constructed various integrated products can meet the requirements of door and window engineering and individual selection of functions of users, the aim of reducing part of cost can be achieved, one function of the integrated products can be selected according to the requirements to be combined with the doors and windows, different functional products can be simultaneously used in the same door and window system, the mosquito-proof screen window module is more preferably a scroll type invisible screen window, the folding type invisible screen window can also be a folding type invisible screen window, the railing panel can be a bar type railing panel, and also can be a laminated toughened glass type railing panel, and the integrated products are selected individually according to the preference of users.

Drawings

FIG. 1 is a schematic view of an integrated structure of a railing, an anti-falling guardrail and a hidden screen window of the present utility model;

FIG. 2-1 is a schematic diagram of the outer frame structure of the present utility model;

FIG. 2-2 is a schematic view of the structure of the reinforced outer frame of the present utility model;

fig. 2-2a are schematic views of the structure of the reinforcing outer frame (casting profile) of the present utility model;

FIG. 3-1 is a schematic view of a mullion structure of the present utility model;

FIG. 3-2 is a schematic view of the structure of the reinforcing mullion of the present utility model;

fig. 3-2a are schematic views of the structure of the reinforcing mullion (cast profile) of the present utility model;

FIG. 4 is a schematic view of the opening fan of the present utility model

FIG. 5 is a schematic view of a fixed glass wire pressing structure of the present utility model;

FIG. 6a is a schematic structural view of an aluminum alloy rail frame profile of the present utility model;

FIG. 6b is a schematic view of the structure of the vertical bar profile of the present utility model;

FIG. 6c is a schematic view of the profile structure of the present utility model;

FIG. 6d is a schematic view of the structure of the tempered laminated glass of the present utility model;

FIG. 6e is a schematic view of a spring pin structure of the present utility model

FIG. 7a is a schematic view of a second frame profile of the present utility model;

FIG. 7b is a schematic view of the cross bar profile of the present utility model;

FIG. 7c is a schematic view of the child lock of the present utility model;

FIG. 7d is a schematic view of the hinge structure of the present utility model;

FIG. 8a is a schematic view of the structure of the outer flange profile of the present utility model;

FIG. 8b is a schematic view of the inner flange profile of the present utility model;

FIG. 8c is a schematic view of the yarn package profile of the present utility model;

FIG. 8d is a schematic view of the plastic yarn rail profile structure of the present utility model;

FIG. 8e is a schematic view of the pull handle profile of the present utility model;

FIG. 8f is a schematic view of the structure of the yarn package profile of the present utility model;

FIG. 8g is a schematic view of a second yarn package profile configuration of the present utility model;

FIG. 8h is a schematic view of the yarn profile construction of the present utility model;

FIG. 8i is a schematic view of the assembled structure of the yarn box profile and the reinforced outer frame of the present utility model;

FIG. 8j is a schematic view of the yarn section and the reinforcing frame of the present utility model;

FIG. 8k is a schematic view of the assembled structure of the yarn box section and the outer frame of the utility model;

FIG. 8l is a schematic view of the assembled structure of the yarn section and the outer frame of the utility model;

FIG. 8m is a schematic view of the structure of the screen connecting section bar of the present utility model;

FIG. 8n is a schematic view of the yarn package structure of the present utility model;

FIG. 8o is a schematic view of the structure of a hinge cap of the present utility model;

FIG. 8p is a schematic view of the track profile structure of the present utility model;

FIG. 8q is a schematic view of the yarn package assembly of the present utility model;

FIG. 9 is a schematic view of a module structure of a roller invisible screen of the present utility model;

FIG. 10 is a schematic view of the folding invisible screen module and railing module of the present utility model;

FIG. 11 is a schematic view of the construction of a roller invisible screen module and an aluminum alloy rail module according to the present utility model;

fig. 12 is a schematic view of the construction of a roller invisible screen module and laminated glass balustrade module of the present utility model.

FIG. 13 is a schematic view of a roller type invisible screen module and an aluminum alloy rail module according to the present utility model

Detailed Description

The utility model is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the utility model. It should be further noted that, for convenience of description, only some, but not all of the structures related to the present utility model are shown in the drawings.

As shown in fig. 1, 2-2a, 3-1, 3-2a, 4 and 5, the utility model provides an assembled multifunctional integrated building energy-saving casement window structure, which comprises an outer frame 1, a reinforced outer frame 2, a muntin 3, a reinforced muntin 4, an opening fan 5, a fixed glass pressing line 10, an aluminum alloy guardrail module a, a child-resistant guardrail module b, a scroll type invisible screen window module c and a folding type invisible screen window module d, wherein the outer frame 1 consists of a first section bar 01 and a second section bar 02, a notch 101 is formed for assembling a screen rail, a second notch 102 is formed on the second section bar 02 for assembling hardware fittings or the fixed glass pressing line 10, a third notch 103 is formed on the first section bar 01 for assembling steel sheets of a frame assembling corner, the reinforced outer frame 2 consists of the third section bar 03 and the second section bar 02 through heat insulation bars, the third section 03 is provided with a functional area for assembling the child-resistant guardrail module b or the aluminum alloy guardrail module a, the reinforced outer frame 2 is provided with a notch 101, a second notch 102 and a third notch 103 which have the same functions as those in the outer frame 1, the middle stile 3 is formed by a fourth section 04 and a fifth section 05 through heat insulation strips, the notch 101 is used for assembling yarn tracks, the second notch 102 is used for assembling hardware fittings or fixing glass pressing wires 10, the third notch 103 is used for assembling adhesive tapes, the reinforced middle stile 4 is formed by a fifth section 05 and a sixth section 06 through heat insulation strips, the reinforced middle stile 4 is provided with the notch 101, the second notch 102 and the third notch 103 which have the same functions as those in the outer frame 1, the reinforced middle stile 4 is provided with the functional area, the opening fan 5 consists of a seventh section bar 07, an eighth section bar 08 and a ninth section bar 09, wherein the seventh section bar 07 and the eighth section bar 08 are formed by heat insulation strips, the adhesive tape notch, the corner piece notch and the sliding support C notch of the opening fan are arranged in the conventional fan, and the fixed glass pressing line 10 is in an assembling relationship with the outer frame 1, the reinforced outer frame 2, the muntin 3 and the reinforced muntin 4;

wherein, the functional areas 105 of the reinforcing outer frame 2a and the reinforcing middle stile 4a can be various geometric shapes such as a plane, a convex surface, a groove and the like, the geometric shapes are determined according to the profile assembly relation or the hardware fitting assembly relation matched with the functional modules, and when the notch is arranged at the 105, the corresponding cover is configured;

each section bar can be a broken bridge aluminum section bar penetrating strip type, a casting type, a non-broken bridge aluminum section bar, a composite section bar and the like, and the section bars are different in material characteristics and properties, so that the formed integrated door and window structure has the same functional structure as the section bar with the changed geometric shape;

other functional modules besides the roller type invisible screen window module c include: the integrated construction process of the aluminum alloy railing module a, the laminated toughened glass railing module, the child anti-falling guardrail module b and the folding invisible screen window module d and the door and window is actually a process of assembling or installing a functional module, such as the child anti-falling guardrail module and the functional module frame body by using the functional area 105 part of the reinforced frame 2 or the reinforced muntin 4;

the specific installation method comprises the following steps:

the door and window part is assembled and can be divided into the assembly of the multifunctional door and window part and the assembly of the screen window integrated door and window part with single function, and the difference is that the outer frame and the middle stile which are used for the assembly of the multifunctional door are respectively the reinforced outer frame 2 and the reinforced middle stile 4 with functional areas, and other sections are completely the same.

a) The multifunctional integrated vertical hinged door and window section bar is selected as follows: the screen window comprises a reinforcing outer frame 2, a reinforcing middle frame 4, an opening sash 5, a sash line pressing section 09, a fixed glass line pressing section 10, a screen window outer flange section 17 or 23 and a screen window inner flange section 18 or 24.

b) The single work, the selection of screen window integration vertical hinged door window section bar is: the outer frame 1 and the middle stile 3 are identical to each other in other section bars.

c) The blanking, punching and milling, drilling, assembling the frame, assembling the fan, installing glass, installing hardware fittings and the like of the section bar are the prior art and technology, and the description is omitted.

As shown in fig. 6a, fig. 6b, fig. 11 and fig. 13, in this embodiment, the aluminum alloy guardrail module a includes a frame section 11 and a vertical rod section 12, a screw positioning limit 1101 is provided on the frame section 11, a large hole is drilled when the aluminum alloy guardrail module a is installed, the screw passes through the large hole and is fastened on the outer frame 1 or the middle stile 3, after the installation is completed, a cover is plugged into the large hole, thereby playing an attractive role, a drilling positioning line 1102 is provided on the frame section 11, the assembly of the railing is completed through the drilled hole 1201 of the vertical rod section 12, two protruding points 1103 are provided on the frame section 11, a gap is formed when the shielding vertical rod is inaccurate due to cutting, a group angle steel sheet 1104 is provided in the frame section 11, an error is used when the group angle is leveled, a second protruding point 1105 is provided on the frame section 11, when the railing frame is assembled, the screw and the frame section produce negative pressure, the railing installation is not loose, the two screw holes 1201 are provided, and a railing is formed by the transverse screws of the railing;

specific:

the aluminum alloy railing module a is formed by a frame section 11, a vertical rod section 12 and two parts, the frame section 11 is subjected to 45-degree corner cutting, two screw hole positions on the vertical rod section 12 are corresponding to the frame section 11 through a corner code frame, scribing and drilling are carried out, the clear distance is smaller than or equal to 0.11 meter, screws penetrate through the frame section 11 and the vertical rod section 12 to assemble a whole frame railing, the whole frame railing is assembled, the aluminum alloy railing module a is quite simple to install, the whole assembled railing is embedded into a functional area, holes with the diameter of about 6mm are punched on the wall of a first layer of section of the frame section 11, then drilling holes are formed on a second wall thickness through drilling flowers with the diameter of 3mm, at least two hole positions are formed in each direction, the railing is directly fastened through screws, and a cover is covered with a cover for covering the same color as the section, so that the installation is completed.

Social benefit: the aluminum alloy railing module a is simple in manufacturing and mounting process and low in labor cost, the aluminum alloy railing module a is positioned on the inner side of the inner baffle edge of the window frame, hollow glass is not affected, air tightness and water tightness of a door and a window are not affected, the aluminum alloy railing module a and the whole door and window are integrated, indoor space is not occupied, the door and window and indoor attractiveness are not affected, wind pressure resistance of the door and window can be remarkably improved, a railing is not required to be removed during decoration of a user, potential safety hazards are eliminated, and resources are saved.

As shown in fig. 7a, 7b, 7c and 7d, the child drop protection fence module b in this embodiment includes a second frame section 13, a cross bar section 14, a child lock 15 and a hinge 16, a second drilling positioning line 1301 is disposed on the second frame section 13, a fence is formed by drilling and the cross bar section 14, two third protruding points 1302 are disposed on the second frame section 13, for shielding a gap generated when the cross bar section 14 is imprecisely cut, more preferably, the two protruding points form a positioning slot, preventing the vertical bar from twisting due to only one fixing screw, a blocking piece 1303 is disposed on the second frame section 13, for blocking the hinge from being exposed, the second frame section 13 is cut 45 degrees through an angle code coupling corner collision machine set frame, the cross bar section 14 is provided with a second screw hole 1401 for assembling screws into a guardrail fan through a second frame section 13, the child lock 15 is provided with a lock tongue 1501, the functional area of the outer frame 1 or the middle stile 3 is locked by milling a slot with the length of about 2mmX10mm instead of a lock seat and a door window frame body, the child lock 15 is a child lock with a key, one side of the hinge 16 is connected with the middle stile 3 through the milling slot embedded assembly of the second frame section 13, the other side of the hinge 16 is connected with the second frame section 13, and the hinge 16 is a hidden hinge or various hardware fittings with a hinge function, such as a shaft type hinge, a shaftless hinge, a spring plunger and the like;

specific:

the child anti-falling guardrail module b is composed of five parts, namely a functional area, a second frame section 13, a cross bar section 14, a child lock 15 and a hinge 16, wherein the functional area is formed by encircling the functional area after blanking and framing, such as a non-bright single-frame window or a bright window and various types of windows after encircling the functional area by encircling the reinforced outer frame 2 and the reinforced middle frame 4; more preferably, the 'functional area' can not only obviously enhance the wind pressure resistance of the building external window, but also be used as the function of an anti-falling guardrail frame, the second frame section 13 is composed of two sections of a cross rod section 14 and a child lock 15, the cross rod section 14 is cut at an angle by 45 degrees and then is provided with an angle code group angle, the child lock 15 is assembled with the cross rod section 14 through screws to form an opening fan of the anti-falling guardrail, the child lock 15 can be a key lock, a fingerprint lock or a dial lock, and the like, a panel and a lock tongue are respectively arranged on the front surface and the side surface of the second frame section 13 after holes are milled, a lock seat of the lock tongue can be used for replacing a lock seat through milling a square hole of 2mm multiplied by 10mm on the 'functional area', a lock catch can also be arranged, one end of the hinge 16 of the type is assembled with the functional area through screw fastening, plunger type or mortise-tenon structure, and the like, and the other end of the hinge 16 is assembled with the anti-falling guardrail fan frame section;

social benefit:

the child anti-falling guardrail module b is simple in manufacturing and mounting process and low in labor cost, various anti-theft windows or anti-theft nets for the whole door and window of a high-rise building are omitted, the high-rise falling of the child is prevented, the cost is saved, the resources are saved, and the potential safety hazard is eliminated.

As shown in fig. 8a, 8b, 8c, 8d, 8e, 8f, 8g, 8h, 8i, 8j, 8k, 8l, 8o, 8q, 9, 11, 12 and 13, in this embodiment, the reel type invisible screen window module c includes an outer flange section 17, an inner flange section 18, a yarn box section 19, a plastic yarn rail section 20, a handle section 21 and a yarn drum section 22, a single-side surrounding 1701 is provided on the outer flange section 17, a first notch 1702 is provided on the outer flange section 17, a first clamping leg 1703 and a second clamping leg 1704 are provided on the outer flange section 17 for splicing with the outer frame 1 or the middle stile 3, a sealing rubber strip 1705 is embedded in the outer flange section 17 for sealing and preventing a door or window, a third screw hole 1801 is provided on the inner flange section 18, a screw is assembled with the inner flange section 18 through a frame body of the outer frame 1 or the middle stile 3, a groove 103 is provided on the inner flange section 18, a hook point 1802 is provided for preventing the inner flange section from being bent into a whole by bending the inner flange section 1803, and a bending point 1803 is formed by the bending back surface of the inner frame section 1803 or the middle stile 3, and the bending point is not required to be a bending point is formed by the bending point of the inner frame section 3 or the inner frame section 3; the yarn box section 19 is provided with a yarn box clamping foot 1901, the yarn box clamping foot 1901 forms an assembling relationship with a first notch 1702 in the outer flange section 17, the yarn box section 19 is provided with Mao Shuan 1902 at an opening for automatically cleaning the yarn net when the yarn net is stretched, two spherical adhesive tapes 1903 are arranged, one of opposite surfaces at Mao Shuan 1902 is provided with a spherical adhesive tape 1903, the other spherical adhesive tape 1903 is arranged inside the yarn box section 19, the yarn box section 19 is provided with a single-side notch foot 1904, the single-side notch foot 1904 is assembled with a single-side surrounding 1701 of the outer flange section 17 to form a C-shaped notch for assembling hardware fittings, three fourth screw holes 1905 are arranged in the yarn box section 19 for assembling an end cover of the yarn box, the yarn rail section 20 is a PVC plastic section, one end of the yarn rail section 20 is provided with two third clamping feet 2001 for being embedded into the notch 101 of the outer frame 1 or the middle frame 3 to complete the assembling, the other end of the yarn rail section 20 is provided with a fourth notch 2002 for assembling a magnetic suction strip of an anode or a cathode, the fourth notch 2002 is also used for a track of a handle head, so that the plastic head moves in the track, the handle section 21 is provided with a fifth notch 2101 for assembling the magnetic suction strip of the cathode or the anode, the magnetic suction strip corresponds to the fourth notch 2002 on the yarn rail section 20, the positive and negative suction is used for fixing the yarn net, the handle section 21 is internally provided with a vulcanized rubber strip 2102, the vulcanized rubber strip 2102 is connected with one end of the yarn net 2103, the handle section 21 is provided with a second groove 2104 and a third groove 2105, the functions of the second groove 2104 and the third groove 2105 are equivalent to a handle of the handle, when the yarn net 2103 is pulled out, the handle of the second groove 2104 is used, when the handle is exposed for a section, the handle of the third groove 2105 is used at a certain distance from the inner side, the yarn barrel section 22 is provided with three fourth grooves 2201, the fourth groove 2201 is internally provided with a vulcanized rubber strip 2102 at the other end of the screen 2103;

the second yarn cylinder profile 23 and the yarn profile 24 are another example of the utility model, the second yarn cylinder profile 23 is provided with a third notch 103, the second yarn cylinder profile 23 is provided with a screw hole 1801, a glue beating groove 1802 and a mechanical hook 1803, the functions of the second yarn cylinder profile 23 correspond to those of the inner flange profile 18, the second capillary boiling 1902 and the second spherical adhesive tape 1903 which are arranged on the second yarn cylinder profile 23 correspond to those of the Mao Shuan and the spherical adhesive tape 1903 on the yarn box profile 19, only the geometric shapes of the profiles are different, the yarn profile 24 is provided with a fixed clamping foot 2401 which is in an assembling relation with the outer frame 1 or the middle stile 3, the yarn profile 24 is provided with a second C-shaped notch 102, the spherical adhesive tape 1903, the C-shaped notch foot 1904 and three sixth screw holes 1905, the functions of the second C-shaped notch are corresponding to those of the yarn box profile 19, and only the geometric shapes of the profiles are different, the invisible screen window module which consists of the outer flange profile 17, the inner flange profile 18 and the yarn box profile 19 can be installed by a user after the project completion; the invisible screen window module consisting of the second yarn section bar 23 and the yarn section bar 24 is installed and checked together with engineering, and the two schemes are agreed by suppliers and consumers for use;

specific:

assembly of the bobbin profile 22 with the screen 2103:

the yarn cylinder profile 22 is internally provided with a spring torsion mechanism spring, a damper, a spring wire sleeve, a spring limit wire sleeve, an inner hexagonal torsion screw rod, a gear and a transverse synchronous screw rod, the assembly formula is the same as the prior art, the description is omitted, and the yarn net 2103 and the vulcanized rubber strip 2202 are penetrated into a fourth groove 2201 of the yarn cylinder profile 22 after being sewn to complete assembly;

assembly of the handle profile 21 with the screen 2103:

the vulcanized rubber strip 2102 and the gauze 2103 are sewn and then penetrate into the clamping groove of the handle section bar 21, the positive magnetic strip is penetrated into the fifth notch 2101 of the handle section bar 21, the two ends of the handle are provided with sealing heads, and the shape of the sealing heads corresponds to the shape of the handle, so that the description is omitted;

assembly of the screen 2103 with the box profile 19:

the yarn box section bar 19 penetrates Mao Shuan 1902 and penetrates PVC plastic spherical adhesive tape 1903, the yarn barrel section bar 22 and the yarn net 2103 are plugged into the yarn box section bar 19, the auxiliary end cover is firstly assembled, the main end cover is assembled, the auxiliary end cover on the main end cover is finally assembled, the shape of the end cover corresponds to that of the yarn box section bar 19, the screw in the fourth screw hole 1905 is screwed tightly to complete the assembly of the yarn box section bar 19, the L-shaped inner hexagonal screw driver is inserted into the inner hexagonal twisting screw rod, the L-shaped screw driver for twisting the inner hexagonal screw rod clockwise twists the yarn net into the yarn box, when the spring torsion reaches the expected value, the transverse synchronous screw rod is assembled into the gear on the inner hexagonal twisting screw rod, and at the moment, the spring force-accumulating yarn net can be unfolded and assembled into the auxiliary end cover on the main end cover to complete the assembly of the yarn box section bar 19;

assembly of the box profile 19 with the window frame:

the yarn box clamping foot 1901 on the yarn box section 19 is pushed into the first notch 1702 of the outer flange section 17, the hinge cap 26 is respectively arranged from two ends, the V-shaped port 2601 is sleeved on the triangular V-shaped notch 2501 of the hinge 25, the V-shaped port 260 of the hinge cap 26 is completely sleeved in the triangular V-shaped notch 2501 of the hinge 25 by being pressed downwards with force, the conical screw 2603 is screwed by a starter, the conical screw 2603 is screwed to be contacted with the section of the U-shaped notch 102 to generate a reaction force, the hinge cap 26 is fastened together by the hinge 25, the yarn box section 19 cannot fall off, and the operation is reversed during maintenance;

the yarn box section 19 mounting method comprises the following steps:

the fixing component of the yarn box section 19 consists of a hinge 25 and a hinge cap 26, wherein the hinge 25 is an existing hardware fitting, a triangular V-shaped notch 2501 is arranged on the hinge 25 and used for limiting a fan support arm 2502, a U-shaped sliding notch 2503 is arranged on the hinge 25 and is fixed on a window frame and used for opening and closing a movable fan, and the triangular V-shaped notch 2501 is about 6mm higher than the hinge support arm 2502;

the hinge cap 26 is provided with a second V-shaped notch 2601 corresponding to the V-shaped notch 2501 of the hinge 25, the hinge cap 26 is provided with a hanging eave 2602 with the height of about 6mm, more preferably, a V-shaped notch with the depth of about 6mm is formed between the second V-shaped notch 2601 and the hanging eave 2602 and corresponds to the depth of the V-shaped notch 2501 on the hinge 25, the back surface of the hinge cap is provided with a convex groove 2605, the shape of the notch corresponds to the second opening 102 of the door and window frame and is in an assembling relationship, the hinge cap 26 is provided with a conical screw 2603 and a nut 2604, and the nut 2604 is tightly embedded into the cap of the hinge cap 26 to prevent glue falling;

installation of a yarn rail and a window body:

cutting a required plastic yarn rail section bar 20 according to the drawing size, arranging a magnetic stripe negative electrode in a cut plastic yarn rail section bar 20 and a fourth notch 2002, penetrating the plastic yarn rail section bar 20 in the upper and lower transverse directions into a handle seal head and arranging a third clamping leg 2001 into a notch 101 opposite to the magnetic pole in a fifth notch 2101, arranging the longitudinal plastic yarn rail section bar 20 into a longitudinal window frame body by the same method, and arranging the whole hidden screen window, wherein the screen window module can be arranged in a left-right stretching mode or an up-down stretching mode, and the arranging method depends on the assembly of an outer frame and the use habit of a user;

social benefit:

the screen window frame is simple in manufacturing and mounting process, low in labor cost, attractive and elegant, the screen window frame body and the door window are always on the same plane, space is not occupied, the screen window frame is easy to operate, the screen window frame is operable by old people and children, the screen window frame is stable in structure and low in cost, and personalized requirements of users are met.

As shown in fig. 8m, fig. 8n, fig. 8p and fig. 10, the foldable invisible screen window module d in this embodiment includes a screen connecting section 27, a screen box 28 and a track section 29, in which the screen connecting section 27 is embedded with a screen connecting block 2701, a second screen 2801 for connecting the left and right ends is embedded with the screen 28, the second screen 2801 is connected with the screen connecting block 2701, a frame 2804 is provided on the screen box 28, a seal head for assembling the screen box is provided with a track pulley and a stretching wire pulley, in which the screen box 28 is provided with a fifth groove 2803 for folding and unfolding the replacement handle, more preferably, the screen box 28 is also a handle section of the foldable screen window, the track section 29 is provided with a first receiving port 2901 and a second receiving port 2902, the first receiving port 2901 is used for receiving the track of the seal head of the screen box 28, the track section 29 is provided with two steps 2903, the track section 29 is provided with a left and right bolt section and a left bolt section and a right bolt section, the track section 29 is provided with a left and right bolt section and a bolt section for installing a right bolt section for installing a left and right bolt section and a bolt section for the two bolt section 45, and a bolt section for installing a right bolt section for the two bolt section for the right section, and a bolt section for the right section for the angle section 45, and the angle section for the right section 45 is directly used for installing the angle section and the two bolt section and the angle section 45;

the installation mode is as follows:

the foldable invisible screen window module d is embedded into the functional area, and the screen window frame body and the door window frame are fixed by screws, so that the assembly of the screen window is completed, and the screen window frame body and the door window frame are on the same plane, and no protrusion exists.

As shown in fig. 6c, 6d, 6e and 12, the toughened laminated glass rail module comprises a glass frame section 30, laminated glass 3001, a sealing cover 3002, a glass cushion block 3003, an L-shaped connecting section 3004, a buffer cushion block 3005, a spring pin 3006 and the like, wherein the glass frame section 30 is plugged into the spring pin 3006, the other end of the glass frame section is provided with a hole corresponding to the diameter of a spring pin tongue by drilling a functional area of a reinforced outer frame or middle stile, the laminated glass and the glass frame section are assembled by filling glass with glass cement, the laminated glass outside a fan is provided with a plurality of round holes for ventilation as far as possible, the laminated glass rail is usually kept at a certain distance (15 cm for example) from the reinforced outer frame or middle stile, and a sealing cover 3002 is used at a notch of 15 cm for shielding;

one end of the L-shaped connecting section 3004 is fixed at the bottom of the notch of the railing 30 through a screw, the other end is fixed at the functional area of the reinforced outer frame or the middle stile, and the small gap of the railing spring pin tongue can be eliminated after the assembly, so that the railing can be prevented from shaking slightly;

preferably, the laminated glass railing module can also be implemented as another scheme of an aluminum alloy railing, and the structure of the laminated glass railing module is composed of a section bar 30, a sealing cover 3002, a vertical rod 12, an L-shaped connecting section bar 3004, a spring pin 3006 and the like;

the assembling method of the breast board comprises the following steps: at the center line of the sealing cover section 3002, corresponding 1201 holes of the vertical rod 12 are drilled, the sealing cover section is fixed by screws, the clear distance of the vertical rod is according to the related standard of the aluminum alloy railing, the upper and lower 3002 of the whole group of whole railing and the section 30 are assembled into the whole frame, and then the assembly is completed by the spring pin tongue and the L-shaped corner connector and the reinforced outer frame or middle frame.

Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include one or more such feature. In the description of the present utility model, the meaning of "a plurality" is two or more, unless explicitly defined otherwise.

In the present utility model, unless explicitly specified and limited otherwise, the terms "mounted," "connected," "secured," and the like are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally formed; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present utility model can be understood by those of ordinary skill in the art according to the specific circumstances.

In the present utility model, unless expressly stated or limited otherwise, a first feature "up" or "down" a second feature may be the first and second features in direct contact, or the first and second features in indirect contact via an intervening medium. Moreover, a first feature being "above," "over" and "on" a second feature may be a first feature being directly above or obliquely above the second feature, or simply indicating that the first feature is level higher than the second feature. The first feature being "under", "below" and "beneath" the second feature may be the first feature being directly under or obliquely below the second feature, or simply indicating that the first feature is less level than the second feature.

In the description of the present specification, a description referring to terms "one embodiment," "some embodiments," "examples," "specific examples," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the present utility model. In this specification, schematic representations of the above terms are not necessarily directed to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, the different embodiments or examples described in this specification and the features of the different embodiments or examples may be combined and combined by those skilled in the art without contradiction.

While the utility model has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims.

Claims (7)

1. The utility model provides an energy-conserving flat-open window structure of assembled multi-functional integration building, including frame (1), strengthen frame (2), well club (3), strengthen well club (4), open fan (5) and fixed glass line ball (10), frame (1) comprises first section bar (01) and second section bar (02) to form notch (101), be equipped with second notch (102) on second section bar (02), be equipped with third notch (103) on first section bar (01), strengthen frame (2) have third section bar (03) and second section bar (02) to constitute, be equipped with functional area (105) on third section bar (03), be equipped with on the enhancement frame (2) with frame (1) in function the same notch (101), second notch (102) and third notch (103), well club (3) are by fourth section bar (04) and fifth section bar (05) to form with frame (1) in function the same notch (101), second notch (102) and third notch (103), strengthen well club (4) by fifth section bar (05) and sixth section bar (05) in function the same notch (101) and third notch (103), the reinforced muntin (4) is provided with a functional area (105), the opening fan (5) consists of a seventh section bar (07), an eighth section bar (08) and a ninth section bar (09), and the fixed glass pressing line (10) is assembled with the outer frame (1), the reinforced outer frame (2), the muntin (3) and the reinforced muntin (4);

the method is characterized in that: also comprises an aluminum alloy railing module (a), a child anti-falling guardrail module (b), a scroll type invisible screen window module (c), a folding type invisible screen window module (d) and a toughened laminated glass railing module,

the utility model provides an aluminum alloy railing module (a), the breast board of its railing divide into member breast board and tempering double-layered glass breast board, the pole fence of member breast board, including frame section bar (11), montant section bar (12), be equipped with screw location spacing (1101) on frame section bar (11), frame section bar (11) are fixed with frame (1) mutually, are equipped with drilling location line (1102) on frame section bar (11), and frame section bar (11) are fixed with screw hole (1201) of the inside setting of montant section bar (12) mutually, are equipped with two bump (1103) on frame section bar (11), are equipped with corner steel sheet (1104) in frame section bar (11), are equipped with second bump (1105) on frame section bar (11), and screw hole (1201) are equipped with two.

2. The assembled multifunctional integrated building energy-saving casement window structure according to claim 1, wherein: the child anti-falling guardrail module (b) comprises a second frame section bar (13), a cross bar section bar (14), a child lock (15) and a hinge (16), wherein a second drilling positioning line (1301) is arranged on the second frame section bar (13), the second frame section bar (13) and the cross bar section bar (14) form a guardrail, two third protruding points (1302) are arranged on the second frame section bar (13), and a baffle (1303) is arranged on the second frame section bar (13);

be equipped with second screw hole (1401) on horizontal pole section bar (14), be equipped with spring bolt (1501) on children's lock (15), children's lock (15) are in assembly relation with second frame section bar (13), and one side of hinge (16) is connected with muntin (3), and the another side is connected with second frame section bar (13).

3. The assembled multifunctional integrated building energy-saving casement window structure according to claim 1, wherein: the scroll type invisible screen window module (c) comprises an outer flange section bar (17), an inner flange section bar (18), a yarn box section bar (19), a plastic yarn rail section bar (20), a handle section bar (21) and a yarn barrel section bar (22), wherein a single-side surrounding (1701) is arranged on the outer flange section bar (17), a first notch (1702) is arranged on the outer flange section bar (17), a first clamping foot (1703) and a second clamping foot (1704) are arranged on the outer flange section bar (17), the first clamping foot (1703) and the second clamping foot (1704) are in an assembling relationship with the outer frame (1), and a sealing rubber strip (1705) is embedded in the outer flange section bar (17);

the inner flange section bar (18) is provided with a third screw hole (1801), a screw is arranged in the third screw hole (1801) and is fixed with the outer frame (1) so as to realize the installation of the inner flange section bar (18), the inner flange section bar (18) is provided with a groove (1802), the inner flange section bar (18) is provided with a curved hook (1803), and the curved hook (1803) and the outer frame (1) form an assembly relation;

a yarn box clamping foot (1901) is arranged on the yarn box section bar (19), the yarn box clamping foot (1901) is in an assembling relationship with a first notch (1702) of the outer flange section bar (17), a Mao Shuan (1902) is arranged at the opening of the yarn box section bar (19), a spherical adhesive tape (1903) is arranged on the opposite surface of the Mao Shuan (1902), a single-side notch foot (1904) is arranged on the yarn box section bar (19), the single-side notch foot (1904) is connected with a single-side surrounding (1701) of the outer flange section bar (17), and three fourth screw holes (1905) are arranged in the yarn box section bar (19);

two third clamping feet (2001) are arranged at one end of the yarn rail section bar (20), the third clamping feet (2001) are in an assembling relationship with the notch (101) of the outer frame (1), and a fourth notch (2002) is arranged at the other end of the yarn rail section bar (20);

a fifth notch (2101) is formed in the handle section bar (21), a vulcanized rubber strip (2102) is arranged in the handle section bar (21), the vulcanized rubber strip (2102) is connected with one end of the gauze (2103), and a second groove (2104) and a third groove (2105) are formed in the handle section bar (21);

three fourth grooves (2201) are formed in the yarn barrel section bar (22), and vulcanized rubber strips (2102) at the other ends of the yarn nets (2103) are arranged in the fourth grooves (2201).

4. The assembled multifunctional integrated building energy-saving casement window structure according to claim 1, wherein: the foldable invisible screen window module (d) comprises a screen connecting section bar (27), a screen box (28) and a track section bar (29), wherein a screen connecting block (2701) is embedded in the screen connecting section bar (27), a second screen (2801) is embedded in the screen box (28), the second screen (2801) is connected with the screen connecting block (2701), a square frame (2804) is arranged on the screen box (28), and a fifth groove (2803) is arranged on the screen box (28);

the rail profile (29) is provided with a first storage opening (2901) and a second storage opening (2902), the rail profile (29) is provided with two steps (2903), and the rail profile (29) is provided with a second square frame (2904).

5. The assembled multifunctional integrated building energy-saving casement window structure according to claim 1, wherein: the bar fence of the toughened laminated glass type fence plate comprises a transverse section bar (30), a notch sealing cover (3002), L-shaped connecting angle aluminum (3004) and toughened laminated glass (3001), wherein the transverse section bar (30) is provided with a notch for assembling the notch sealing cover (3002), and the transverse section bar (30) is provided with a spring pin notch (3006);

the notch cover (3002) of the transverse profile (30), the L-shaped connecting angle aluminum (3004) and the vertical rod profile (12) can also be constructed into an aluminum alloy railing of a rod type railing panel.

6. The assembled multifunctional integrated building energy-saving casement window structure according to claim 4, wherein: the track section bar (29) is divided into upper, lower, left and right branches, is cut to 45 degrees and assembled by using corner combining codes, and is fixed on the functional area (105) through screws.

7. A fabricated multifunctional integrated architectural energy-saving casement window structure according to claim 3, characterized in that: and the unilateral notch foot (1904) and the unilateral surrounding (1701) are assembled to form a C-shaped notch of the surrounding profile.

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