CN217632055U - Thermal-insulated dustproof drift window of appearance parallel and level - Google Patents

Abstract

The utility model discloses a thermal insulation dustproof drift window with a flat appearance, which comprises a window body outer frame, at least one mullion section bar and a drift window body, wherein the window body outer frame is formed by splicing and assembling the outer frame section bars; the drifting window body comprises a drifting window frame, a drifting window glass buckle plate, a top folding swing arm assembly, a bottom folding swing arm assembly and a cushion block profile, wherein the drifting window glass buckle plate, the top folding swing arm assembly and the bottom folding swing arm assembly are fixedly embedded in the drifting window frame, and the cushion block profile is arranged in the fixed window. The utility model can adopt a plurality of section bars to match and combine, and can also adopt an outer frame section bar and a mullion section bar to match and convert the section bars, thereby completing a plurality of drifting windows with different styles, being beneficial to uniformly designing and optimizing the section bars, improving the comprehensive utilization rate of the section bars, greatly saving the design and manufacturing cost of the section bars and improving the work efficiency; the side wall of the front part can be kept level, and the whole appearance of the whole window body is neat and beautiful; the sealing performance and the heat-preservation and energy-saving effects are more obvious.

Description

Thermal-insulated dustproof drift window of appearance parallel and level

Technical Field

The utility model relates to a window technical field specifically is a thermal-insulated dustproof drift window of appearance parallel and level.

Background

The drifting window is an advanced window type of flat-open rotary sliding, and the main technology of the drifting window is to combine two advantages of space saving of a sliding window and sealing performance of a flat-open window into one. Different from the traditional outward-pushing, inward-turning or upward-turning opening mode, the outdoor foldable door greatly occupies the indoor space, and avoids the influence and inconvenience caused by outward turning on the outdoor.

Present drift window is when indoor side, even if the window closes the back, also the parallel and level is also hardly accomplished to casement and window frame, because the influence of the size of window frame and casement, leads to the frame fan club of drift window to accomplish to flush. After the window sash is closed, the sealing performance of the drifting window is influenced to a certain extent due to the influence of the sizes of the window sash and the window frame, and the appearance is not attractive enough; in addition, the traditional way of making whole drift window needs multiple different kind section bars, for example: top track section bar, bottom track section bar, lateral part frame section bar etc. are unfavorable for carrying on unified design optimization section bar, and the comprehensive utilization of section bar is lower relatively.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a thermal-insulated dustproof drift window of appearance parallel and level to solve the problem that proposes in the above-mentioned background art.

In order to achieve the above object, the utility model provides a following technical scheme:

a heat-insulation dustproof drifting window with a flush appearance comprises a window body outer frame, at least one mullion profile and a drifting window body, wherein the window body outer frame is formed by splicing and assembling outer frame profiles, two ends of the mullion profile are respectively spliced and fixedly connected with the corresponding outer frame profile or another mullion profile, the mullion profile divides the window body outer frame into a fixed window and a drifting window matched with the drifting window body, and fixed glass is embedded and fixed in the fixed window;

the drift window body comprises a drift window frame, drift window glass embedded and fixed in the drift window frame, a top folding swing arm assembly and a bottom folding swing arm assembly, the drift window frame is formed by splicing and assembling drift window sectional materials, the top folding swing arm assembly comprises a top window body fixing block, a pair of top swing arm pieces and a top sliding piece, the top swing arm pieces are arranged in parallel, one end of each top swing arm piece is connected with the top sliding piece in a rotating and matching mode, the other end of each top swing arm piece is connected with the top window body fixing block in a rotating and matching mode, and the top window body fixing block is embedded and fixed on the outer side wall of the upper drift window sectional material;

the bottom folding swing arm assembly comprises a bottom window body fixing block, a pair of bottom swing arms and a bottom sliding piece, wherein the bottom swing arms are arranged in parallel;

the middle of the inner side of the outer frame profile is provided with an outer frame embedding guide groove used for being matched with the top sliding piece and/or the bottom sliding piece;

a mullion embedding guide groove used for being matched with the top sliding piece and/or the bottom sliding piece is formed in the middle of one side, corresponding to the drifting window, of the mullion section bar;

a mullion embedding groove used for being matched with the fixed glass buckle plate shell is formed in the middle of one side, corresponding to the fixed window, of the mullion section bar, and a mullion middle placing groove used for being matched with the dustproof strip component and/or the fixed glass buckle plate shell is also formed in the front end of one side, corresponding to the fixed window, of the mullion section bar;

the front end of the side wall of the cushion block profile is provided with a cushion block embedding groove with the same cross section structure as the muntin embedding groove, and a movable glass pinch plate is clamped and fixed in the cushion block embedding groove;

under the supporting action of the cushion block section bar, a horizontal movable gap is formed between the front side edge of the movable glass pinch plate and the corresponding mullion section bar and/or the outer frame section bar, and the horizontal movable gap is used for providing a horizontal movable space for the top swing arm piece and/or the bottom swing arm.

Preferably, the inboard front end of frame section bar is provided with and is used for with dustproof strip subassembly and/or fixed glass buckle shell complex frame embedded groove, and the dustproof strip subassembly that frame embedded groove department set up includes U type dustproof section bar and dustproof sealing strip, the blind end of U type dustproof section bar extends to have and is used for the embedding or bonds the section bar joint portion in frame embedded groove and/or the well club mesomeric groove, dustproof sealing strip is including the sealing strip embedding portion that is used for embedding U type dustproof section bar open end, and the last body coupling of sealing strip embedding portion has horizontal gasket, and it has at least one vertical gasket to extend on the horizontal gasket, and the free border of vertical gasket contacts with the preceding side of movable glass buckle.

Preferably, the connecting device further comprises an adapter section bar, the adapter section bar is used for being matched with the outer frame embedding guide groove and/or the mullion embedding guide groove, and the adapter section bar is provided with an embedding groove with the same section structure as that of the mullion embedding groove.

Preferably, the movable glass pinch plate is provided with a first extending part which is flush with the outer frame section bar, and the movable glass pinch plate is also provided with a first embedded structure and a second embedded structure which are matched and fixed with the cushion block embedded groove on the cushion block section bar.

Preferably, the fixed glass buckle shell is provided with a second extending part which is flush with the outer frame profile, and the fixed glass buckle shell is also provided with a first embedded structure and a second embedded structure.

Preferably, well club inlay groove, dustproof switching groove and cushion inlay groove's preceding inside wall all have and be used for with the preceding cell body card limit of hook plate portion snap-fit, well club inlay groove, dustproof switching groove and cushion inlay groove's back inside wall all have and be used for with the back cell body card limit of circular arc hook portion snap-fit.

Preferably, the upper end and the lower end of the fixed glass buckle shell which is vertically installed are both provided with intersecting line notches, and the intersecting line notches are abutted against the outer wall of the fixed glass buckle shell and/or the movable glass buckle.

Preferably, the horizontal cutting device further comprises a mullion end plug, the middles of the upper end and the lower end of the mullion section bar are respectively provided with a horizontal cutting groove for horizontal movement of the top sliding piece and/or the bottom sliding piece, and the mullion section bar at the front end of the horizontal cutting groove is also provided with a horizontal notch for horizontal movement of the top swing arm piece and/or the bottom swing arm;

well club tip end cap is including being arranged in the sectional well club end cap bedplate of shutoff transverse cutting groove, and well club end cap bedplate terminal surface extends has a pair of well club end cap picture peg that is arranged in inserting well club and inlays the dress guide slot and well club and inlay the dress groove, and well club end cap bedplate front side extends has and is arranged in the sectional well club front closure plate of shutoff transverse gap, and well club front closure plate terminal surface extends has a pair of well club end cap front plug picture peg that is arranged in inserting well club mesomeric groove.

Preferably, the top sliding part comprises a top sliding strip, a butt joint sliding strip, an anti-collision rubber block and a top outer frame sliding block which is slidably embedded in the outer frame embedding guide groove and/or the mullion embedding guide groove, the top outer frame sliding block is fixedly connected with the butt joint sliding strip through a bolt, butt joint base plates extend from two ends of the butt joint sliding strip, a butt joint insertion part extends from the butt joint base plates, butt joint insertion grooves which are matched with the butt joint insertion parts are formed in the left end of the top sliding strip and the lower end face of the anti-collision rubber block, a pair of rotating swing arm grooves are formed in the lower end face of the top sliding strip, and the end part of the top swing arm piece is rotatably installed in the rotating swing arm grooves through a pin shaft piece;

the bottom sliding part comprises a pair of bottom sliding boxes, an intermediate connecting piece and an end part stop block, the bottom sliding boxes are used for being in sliding fit with the outer frame in an embedded installation guide groove, the two bottom sliding boxes are fixedly connected through the intermediate connecting piece, a vertical dovetail groove is formed in the end part side wall of the bottom sliding box, a dovetail clamping portion used for being clamped and matched with the vertical dovetail groove is arranged on the end part side wall of the end part stop block, a box body penetrating groove is formed in the bottom sliding box, and the end part of the bottom swing arm is rotatably installed in the box body penetrating groove through a pin shaft piece.

Preferably, a U-shaped guide rail is installed in the outer frame insertion guide groove and/or the middle rail insertion guide groove, and a top sliding bar of the top folding swing arm assembly is inserted in the U-shaped guide rail to slide.

Preferably, a roller guide rail is installed in the outer frame insertion guide groove and/or the center rail insertion guide groove, and the bottom folding swing arm assembly slides on the roller guide rail.

Preferably, still including conversion inside casing and screen window, the conversion inside casing is assembled by the inside casing section bar and is formed, and the screen window includes screen window frame and gauze, and the gauze border all around inlays to be established in the screen window frame, and screen window frame right side limit top and bottom all are fixed with screen window angle sign indicating number seat, and the last extension of screen window angle sign indicating number seat has the screen window pivot, the department fixed mounting that corresponds the position department of conversion inside casing has be used for with screen window pivot normal running fit's inside casing angle sign indicating number seat.

Preferably, the rear end of the outer frame profile is spliced with a rear outer frame profile through a non-metal heat insulation rib plate, the rear end of the rear outer frame profile integrally extends to the inner side to form an outer frame inner side baffle plate, the rear end of the mullion profile is spliced with a rear middle boat profile through a non-metal heat insulation rib plate, the rear end of the rear middle boat profile adjacent to one side of the fixed window integrally extends to form a middle boat inner side baffle plate, and the rear end of the rear middle boat profile adjacent to one side of the drift window integrally extends to form a middle boat clamping plate;

the rear end of the inner frame section is spliced with a rear inner frame section through a non-metal heat insulation rib plate, the rear end of the rear inner frame section integrally extends inwards to form an inner frame rear flange plate, and an external step groove is formed in the joint of the inner frame rear flange plate and the rear inner frame section.

Preferably, the window frame profile can be used instead of the frame profile and the adapting profile without embedding the top folding swing arm assembly and the bottom folding swing arm assembly.

Preferably, the mullion section bar without embedding the top folding swing arm assembly and the bottom folding swing arm assembly can be replaced by the second mullion section bar instead of the mullion section bar and the adapting section bar.

Compared with the prior art, the beneficial effects of the utility model are that:

1. only one outer frame section bar and one mullion section bar are adopted, and auxiliary parts such as U-shaped guide rail bars, switching section bars, movable glass buckle plates, fixed glass buckle plate shells and the like are matched, so that a plurality of drifting windows with different styles can be completed, workers can conveniently use door and window design software to uniformly design and optimize the section bars, the comprehensive utilization rate of the section bars is improved, the design and manufacturing cost of the section bars can be greatly saved, and the work efficiency is improved;

2. the best product is made of the least types of section bars, so that the overstock condition of various section bars of manufacturers is reduced, and the processing cost is reduced; in the actual production process, the problems that the processing and delivery can not be completed on schedule due to the shortage of certain section bars, the ordering needs to be finished in a whole vehicle, the stock needs to be overstocked, and the operation cost is increased can be effectively solved, and the problems that the types of the section bars are various and are not beneficial to the order making by applying door and window processing software, and the customized door and window is easily scrapped due to the wrong use can be solved;

3. the structure design of the outer frame profile, the mullion profile, the movable glass buckle, the fixed glass buckle shell and the dustproof strip assembly is ingenious and reasonable, the assembly and splicing are convenient, and after the dustproof strip assembly is installed, the front side wall of the U-shaped housing, the front side wall of the mullion profile, the front side wall of the outer frame profile, the front side wall of the dustproof strip assembly and the front side wall of the drift window profile can be kept flush, so that the whole window body is neat and beautiful in appearance;

4. by utilizing the assembly and matching structure of the outer frame profile, the mullion profile, the movable glass buckle plate, the fixed glass buckle plate shell and the dustproof strip component, the groove which is leaked outside the whole window body can be basically eliminated, the problem that impurities such as mosquitoes and dust fall in the groove of the traditional window frame to cause inconvenience in cleaning can be avoided, and after the integral matching, the dustproof window frame has a good dustproof function and does not influence the movement of the drift window body;

5. the rear outer frame section of the outer frame section, the rear kayak section of the mullion section, the movable glass buckle plate and the fixed glass buckle plate shell are matched, so that a glass panel embedding groove can be formed, and the embedding, fixing and sealing assembly of fixed glass are facilitated;

6. each section bar is spliced and butted with a corresponding rear section bar through a heat insulation rib plate made of a non-metal material, so that the whole window body has good heat insulation and sound insulation performance.

Drawings

Fig. 1 is a schematic view of a three-dimensional assembly structure of embodiment 1 of the present invention;

fig. 2 is a schematic diagram of an explosion three-dimensional structure of embodiment 1 of the present invention;

fig. 3 is a schematic perspective view of a top folding swing arm assembly according to embodiment 1 of the present invention;

fig. 4 is a schematic perspective view of a bottom folding swing arm assembly in embodiment 1 of the present invention;

fig. 5 is a plan view of a horizontal section of embodiment 1 of the present invention;

fig. 6 is a schematic partial enlarged structure view of the left side of fig. 5 in embodiment 1 of the present invention;

fig. 7 is a schematic view of a partially enlarged structure of the tappet profile shown in fig. 5 in embodiment 1 of the present invention;

FIG. 8 is a left side view of a longitudinal section of the movable glass gusset plate of embodiment 1 of the present invention in a natural state;

fig. 9 is a left side view of a longitudinal section of the fixed glass buckle shell of the embodiment 1 of the present invention after being clamped;

fig. 10 is a left side view of a longitudinal section of the dust bar assembly according to embodiment 1 of the present invention after installation;

fig. 11 is an exploded perspective view of the dust bar assembly in embodiment 1 of the present invention;

fig. 12 is a schematic diagram of an exploded three-dimensional structure of a window frame in embodiment 1 of the present invention;

fig. 13 is an enlarged schematic structural view of a portion a in fig. 12 according to embodiment 1 of the present invention;

fig. 14 is a schematic perspective view of a mullion profile and a mullion end plug according to embodiment 1 of the present invention;

fig. 15 is a schematic view of the three-dimensional structure of embodiment 1 of the present invention after hiding the drift window;

fig. 16 is an enlarged schematic structural view of the embodiment 1 of the present invention at a position B in fig. 15;

fig. 17 is an enlarged schematic structural view at C in fig. 16 according to embodiment 1 of the present invention;

fig. 18 is an exploded perspective view of the top slider in embodiment 1 of the present invention;

fig. 19 is a schematic perspective view of an end stop according to embodiment 1 of the present invention;

fig. 20 is a schematic perspective view of a screen window in embodiment 1 of the present invention;

fig. 21 is a schematic perspective view of a drift window in embodiment 1 of the present invention;

fig. 22 is a simple schematic diagram of embodiment 2 of the present invention;

fig. 23 is a schematic structural view of a section E-E in embodiment 2 of the present invention;

fig. 24 is a schematic structural view of a section F-F in embodiment 2 of the present invention;

fig. 25 is a schematic structural view of a G-G section in embodiment 2 of the present invention;

fig. 26 is a schematic structural view of a section H-H in embodiment 2 of the present invention;

fig. 27 is a left side view of a longitudinal section of another dust bar assembly according to embodiment 1 of the present invention after installation;

fig. 28 is an exploded perspective view of another dust bar assembly according to embodiment 2 of the present invention;

figure 29 is a cross-sectional view of a window frame profile;

fig. 30 is a sectional view of a second muntin profile.

In the figure: 100-movable glass buckle, 101-movable arc-shaped shell, 102-movable profile plate, 103-housing profile plate, 104-first extending part, 200-fixed glass buckle shell, 201-fixed arc-shaped shell, 202-fixed profile plate, 203-housing connecting plate, 204-first embedded structure, 205-arc-shaped buckle edge, 206-second extending part, 207-second embedded structure, 208-intersecting line notch, 300-drift window dust cover, 400-nonmetal heat insulation rib plate, 500-mullion end plug, 501-mullion plug seat plate, 502-mullion plug front plug plate, 503-mullion plug plate, 600-U-shaped guide rail, 700-adapter profile, 701-dustproof adapter groove, 800-roller guide rail, 900-window outer frame profile, and 901-second mullion profile;

1-outer frame section bar, 11-outer frame embedding guide groove, 12-outer frame embedding groove, 13-rear outer frame section bar, 14-outer frame inner side baffle plate, 2-muntin section bar, 21-muntin embedding guide groove, 22-muntin middle groove, 23-muntin embedding groove, 24-transverse notch, 25-transverse cutting groove, 26-muntin inner side baffle plate, 27-muntin side baffle plate, 28-rear cank section bar, 3-inner frame section bar, 31-rear inner frame section bar, 32-inner frame rear baffle plate, 33-outer step groove;

4-screen window frame, 41-screen window corner brace, 42-inner frame corner brace, 5-drifting window profile, 6-top folding swing arm assembly, 61-top swing arm piece, 62-top sliding strip, 621-rotating swing arm groove, 63-top window body fixing block, 64-top frame sliding block, 65-butt sliding strip, 651-butt insertion part, 66-anti-collision rubber block, 67-sliding strip step groove, 7-bottom folding swing arm assembly, 71-bottom swing arm, 72-bottom sliding box, 73-bottom fixing block window body, 74-middle connecting piece, 75-end block, 751-dovetail clamping part, 76-block step groove;

8-dustproof strip assembly, 81-U-shaped dustproof section bar, 82-section bar clamping part, 83-dustproof strip end cover, 84-sealing strip embedding part, 85-transverse sealing strip, 86-vertical sealing strip, 9-cushion block section bar, 91-cushion block embedded groove, 92-front groove body clamping edge and 93-rear groove body clamping edge.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Example 1: referring to fig. 1 to 21, a heat-insulating dustproof drift window with a flush appearance comprises a window body outer frame, a mullion profile 2 and a drift window body, wherein the window body outer frame is formed by splicing and assembling outer frame profiles 1, two ends of the mullion profile 2 are respectively spliced and fixedly connected with the corresponding outer frame profile 1 or another mullion profile 2, the window body outer frame is divided into a fixed window on the left side and a drift window on the right side for being matched with the drift window body by the mullion profile 2, and fixed glass is embedded and fixed in the fixed window;

referring to fig. 2 to 4 and fig. 21, the drift window body includes a drift window frame, a drift window glass embedded and fixed in the drift window frame, a top folding swing arm assembly 6 and a bottom folding swing arm assembly 7, the drift window frame is formed by splicing and assembling drift window profiles 5, a drift window dust cover 300 is further clamped on the drift window profiles 5, the top folding swing arm assembly 6 includes a top window body fixing block 63, a pair of top swing arm pieces 61 arranged in parallel and a top sliding member, one end of the top swing arm piece 61 is connected with the top sliding member in a rotating fit manner, the other end of the top swing arm piece 61 is connected with the top window body fixing block 63 in a rotating fit manner, and the top window body fixing block 63 is embedded and fixed on the outer side wall of the upper drift window profile 5; the top swing arm piece 61, the top sliding piece and the top drifting window profile 5 form a stable parallelogram link mechanism.

The bottom folding swing arm assembly 7 comprises a bottom window fixing block 73, a pair of bottom swing arms 71 and a bottom sliding part, wherein the bottom swing arms 71 are arranged in parallel, one end of each bottom swing arm 71 is connected with the corresponding bottom sliding part in a rotating fit manner, the other end of each bottom swing arm 71 is connected with the corresponding bottom window fixing block 73 in a rotating fit manner, and the bottom window fixing blocks 73 are fixedly embedded on the outer side walls of the lower drifting window profiles 5; the bottom swing arm 71, the bottom sliding part and the bottom drifting window profile 5 form a stable parallelogram link mechanism. In specific implementation, a window handle can be fixedly arranged on the drifting window profile 5.

When the drift window body is closed, the top window body fixing block 63, the top swing arm piece 61 and the top sliding part are folded together, and the bottom window body fixing block 73, the bottom swing arm 71 and the bottom sliding part are outwards pulled to install a window body handle when the drift window body needs to be opened, so that the top swing arm piece 61 and the bottom swing arm 71 are swung and unfolded, the drift window body can be opened, the drift window body is pushed leftwards, and the whole drift window body can be integrally moved leftwards.

Referring to fig. 5 to 10, an outer frame embedding guide groove 11 for being matched with the top sliding member and/or the bottom sliding member is arranged in the middle of the inner side of the outer frame profile 1, specifically, referring to fig. 10, the outer frame embedding guide groove 11 of the outer frame profile 1 in the top horizontal state is used for being matched with the top sliding member in a sliding manner, and the outer frame embedding guide groove 11 of the outer frame profile 1 in the bottom horizontal state is used for being matched with the bottom sliding member in a sliding manner; further, the outer frame embedding guide groove 11 in the top horizontal state and the bottom horizontal state may be specifically embedded with the U-shaped guide rail 600 first, the opening direction of the U-shaped guide rail 600 is the same as the opening direction of the outer frame embedding guide groove 11, and then, the U-shaped guide rail 600 is slidably engaged with the top slider and/or the bottom slider.

Referring to fig. 5 and 6, in the state of the side vertical, the outer frame embedding guide groove 11 of the outer frame profile 1 located in the fixed window is used for embedding the adapter profile 700, and the fixed glass buckle shell 200 is clamped by the adapter profile 700;

referring to fig. 5, in a state where the side portion is vertical, the outer frame embedding guide slot 11 of the outer frame profile 1 located in the drift window is used for embedding the U-shaped guide rail strip 600, an opening direction of the U-shaped guide rail strip 600 is opposite to an opening direction of the outer frame embedding guide slot 11, and at this time, the U-shaped guide rail strip can cover the outer frame embedding guide slot 11, so as to play a certain role in dust prevention and protection.

An outer frame embedding groove 12 used for being matched with the dustproof strip assembly 8 and/or the fixed glass buckle shell 200 is arranged at the front end of the inner side of the outer frame section bar 1, and specifically, referring to fig. 10, the outer frame embedding grooves 12 of the outer frame section bar 1 in a top horizontal state and a bottom horizontal state are used for clamping the dustproof strip assembly 8;

referring to fig. 5 and 6, the outer frame embedding groove 12 of the outer frame profile 1 in the side vertical state and in the fixed window is used for clamping the fixed glass buckle shell 200.

Referring to fig. 5 and 7, a mullion embedded guide groove 21 is disposed in the middle of one side of the mullion profile 2 corresponding to the drift window, and a mullion middle groove 22 is disposed at the front end of one side of the mullion profile 2 corresponding to the drift window;

in this embodiment, only one mullion profile 2 is provided and is in a vertical state, the mullion embedded guide groove 21 is also used for embedding the U-shaped guide rail strip 600, the opening direction of the U-shaped guide rail strip 600 is opposite to the opening direction of the mullion embedded guide groove 21, and the U-shaped guide rail strip 600 can cover the mullion embedded guide groove 21 at this time, so that certain dustproof and protective effects are achieved. And the dustproof rubber sealing element can be directly embedded in the middle groove 22 of the mullion and is used for contacting with the outer side of the drifting window profile 5, so that the effects of sealing, dust prevention, heat insulation and sound insulation are achieved.

A mullion embedded groove 23 used for being matched with the fixed glass buckle shell 200 is formed in the middle of one side, corresponding to the fixed window, of the mullion section bar 2, and a mullion middle groove 22 used for being matched with the fixed glass buckle shell 200 is also formed in the front end of one side, corresponding to the fixed window, of the mullion section bar 2; in this embodiment, the muntin fit-in groove 23 and the muntin center groove 22 on the side are used to clamp and fix the fixed glass buckle housing 200 together.

The embodiment of the utility model also comprises an adapting section bar 700 which is used for matching with the outer frame embedding guide groove 11, and the adapting section bar 700 is provided with a dustproof adapting groove 701 which has the same section structure with the mullion embedding groove 23; when the adapter profile 700 is fitted into the outer frame-fitted channel 11 of the outer frame profile 1 positioned in the fixed window, the dustproof adapter groove 701 and the outer frame-fitted groove 12 are used to clamp and fix the fixed glass buckle housing 200 together.

Referring to fig. 8 to 10, the embodiment of the present invention further includes a cushion block profile 9 disposed in the fixed window, the cushion block profile 9 is fixedly mounted on the inner side wall of the outer frame profile 1 in the top horizontal state and the bottom horizontal state, a cushion block embedding groove 91 having the same cross-sectional structure as the mullion embedding groove 23 is disposed at the front end of the side wall of the outer frame profile 1 far away from the cushion block profile 9, and a movable glass buckle 100 is fixedly clamped in the cushion block embedding groove 91;

referring to fig. 8 to 10 and fig. 15 to 17, under the supporting action of the cushion block profile 9, a horizontal movement gap is formed between the front side edge of the movable glass buckle plate 100 and the corresponding mullion profile 2 and/or outer frame profile 1, and the horizontal movement gap is used for providing a horizontal movement space for the top swing arm piece 61 and/or the bottom swing arm 71.

Referring to fig. 2, 10 and 11, in the embodiment of the present invention, the dust-proof strip assembly 8 includes a U-shaped dust-proof section bar 81, a dust-proof strip end cap 83 for plugging the end of the U-shaped dust-proof section bar 81, and a dust-proof sealing strip, the closed end of the U-shaped dust-proof section bar 81 extends to form a section bar clamping portion 82 for being embedded or bonded in the outer frame embedding groove 12 and/or the middle stile groove 22, the dustproof sealing strip is including the sealing strip embedding part 84 that is used for imbedding U type dustproof section bar 81 open end, and the last body coupling of sealing strip embedding part 84 has horizontal sealing piece 85, and it has at least one vertical sealing piece 86 to extend on the horizontal sealing piece 85, and the free border of vertical sealing piece 86 contacts with movable glass buckle 100's preceding side. When the drift window body is in a closed state, the free edge of the vertical sealing strip 86 is in contact with the front side edge of the movable glass buckling plate 100, the horizontal moving space can be completely covered, a good dustproof effect is achieved, and the dustproof sealing strip can be made of rubber materials and has certain elasticity and free recovery deformation capacity, so that the horizontal sliding movement of the top swing arm piece 61 and/or the bottom swing arm 71 cannot be influenced by the dustproof sealing strip.

Obviously, referring to fig. 27 to 28, as another solution, the dust-proof strip assembly 8 may specifically include a U-shaped dust-proof profile strip 81, a dust-proof strip end cap 83 for plugging an end of the U-shaped dust-proof profile strip 81, and a dust-proof sealing strip, a side portion extends from a closed end of the U-shaped dust-proof profile strip 81, the side portion may be bonded to the outer frame embedded groove 12 and/or the side wall of the mullion middle-positioned groove 22 by glue, the dust-proof sealing strip may specifically include a sealing strip embedding portion 84 for embedding an open end of the U-shaped dust-proof profile strip 81, and a vertical sealing strip 86 directly extends from the sealing strip embedding portion 84.

Referring to fig. 8 to 10, the movable glass buckle plate 100 has a first extending portion 104 flush with the outer frame profile 1, and the movable glass buckle plate 100 further has a first embedded structure 204 and a second embedded structure 207 which are fixed in cooperation with the cushion block embedded groove 91 on the cushion block profile 9.

As a specific scheme, the movable glass buckle plate 100 includes a movable arc-shaped housing 101 in the middle, a first extension portion 104 extends from a front side edge of the movable arc-shaped housing 101, the first extension portion 104 may specifically be a U-shaped housing flush with the outer frame profile 1, a movable profile plate 102 extends from a rear side edge of the movable arc-shaped housing 101, the movable profile plate 102 is integrally connected to a pair of housing profile plates 103, a second embedded structure 207 extends from a front side wall of one housing profile plate 103 away from the movable profile plate 102, the second embedded structure 207 may specifically be a hook plate portion, a first embedded structure 204 extends from a rear side wall of the other housing profile plate 103 away from the movable profile plate 102, and the first embedded structure 204 may specifically be a circular-arc hook portion.

Obviously, as another solution, please refer to fig. 27, the U-shaped housing of the movable glass buckle 100 can be replaced by a horizontal housing, and a small U-shaped groove is disposed at the connection between the horizontal housing and the movable arc-shaped housing 101.

The front inner side walls of the muntin embedded groove 23, the dustproof transfer groove 701 and the cushion block embedded groove 91 are provided with front groove body clamping edges 92 used for being clamped and matched with the second embedded structure 207, and the rear inner side walls of the muntin embedded groove 23, the dustproof transfer groove 701 and the cushion block embedded groove 91 are provided with rear groove body clamping edges 93 used for being clamped and matched with the first embedded structure 204.

Specifically, in this embodiment, the movable glass buckle plate 100 is clamped with the front groove body clamping edge 92 of the cushion block embedded groove 91 through the second embedded structure 207, the movable glass buckle plate 100 is clamped with the rear groove body clamping edge 93 through the first embedded structure 204, when the movable glass buckle plate is specifically installed, the first embedded structure 204 is firstly aligned and clamped into the rear groove body clamping edge 93, then the movable arc-shaped shell 101 is forcibly pressed, so that the movable glass buckle plate 100 rotates relative to the central axis of the first embedded structure 204, the second embedded structure 207 can be clamped into the front groove body clamping edge 92, and the assembly and splicing are rapid and convenient.

Referring to fig. 6 to 7 and 10, the fixed glass buckle housing 200 has a second extension portion 206 flush with the outer frame profile 1, and the fixed glass buckle housing 200 also has a first installation structure 204 and a second installation structure 207.

As a specific solution, the fixed glass buckle shell 200 includes a fixed arc-shaped housing 201 in the middle, a second extending portion 206 extends from a front side edge of the fixed arc-shaped housing 201, the second extending portion 206 may specifically be an L-shaped housing, an arc-shaped snap edge 205 for engaging with the front groove body snap edge 92 extends from an inner side wall of a joint of the L-shaped housing and the fixed arc-shaped housing 201, a second embedded structure 207 for engaging with the outer frame embedded groove 12 and/or the middle stile groove 22 also extends from a side edge of the L-shaped housing away from the fixed arc-shaped housing 201, the second embedded structure 207 may specifically be a hook plate portion, a fixed section plate 202 extends from a rear side edge of the fixed arc-shaped housing 201, a housing connecting plate 203 is integrally connected to an inner side wall of the fixed section plate 202, a first embedded structure 204 also extends from a side edge of the housing connecting plate 203 away from the fixed section plate 202, the first embedded structure 204 may specifically be a circular arc hook portion for engaging with the rear groove body snap edge 93 of the dustproof transition groove 701 or the middle stile groove 23. After the upper and lower movable glass pinch plates 100 are assembled, the fixed glass pinch plate shell 200 can be assembled, and the assembling process of the fixed glass pinch plate shell 200 is basically the same as that of the movable glass pinch plates 100.

Referring to fig. 9 to 10, the upper end and the lower end of the vertically installed fixed glass buckle casing 200 are both provided with intersecting line notches 208, and after the assembly of the fixed glass buckle casing 200 is completed, the intersecting line notches 208 abut against the outer wall of the movable glass buckle 100;

in this embodiment, the U-shaped housing of the movable glass buckle 100 has an outward-opening inclination angle, after the fixed glass buckle housing 200 and the movable glass buckle 100 are assembled, the intersecting line notch 208 of the fixed glass buckle housing 200 abuts against the outer wall of the movable glass buckle 100, so that the movable glass buckle 100 is elastically deformed, thereby eliminating the inclination angle of the U-shaped housing, so that the front side wall of the U-shaped housing is flush with the front side walls of the mullion profile 2 and the outer frame profile 1, and because the structural design of the dust-proof strip assembly 8 is reasonable, after the installation of the dust-proof strip assembly 8 is completed, the front side wall of the U-shaped housing, the front side wall of the mullion profile 2, the front side wall of the outer frame profile 1, the front side wall of the dust-proof strip assembly 8 and the front side wall of the drift window profile 5 can both maintain flush, so that the overall appearance of the whole window body is neat and beautiful.

Referring to fig. 12 to 14, the embodiment of the present invention further includes a mullion end plug 500, wherein the middle of the upper end and the lower end of the mullion section 2 are both provided with a transverse cutting groove 25 for horizontal movement of the top sliding member and/or the bottom sliding member, and the mullion section 2 at the front end of the transverse cutting groove 25 is further provided with a transverse notch 24 for horizontal movement of the top swing arm piece 61 and/or the bottom swing arm 71; well club section bar 2's structural design is reasonable, can provide effective space for the horizontal sideslip activity of drift window body.

Referring to fig. 15, the end plug 500 of the mullion includes a mullion plug seat plate 501 for plugging the cross section of the transverse cutting slot 25, a pair of mullion plug insertion plates 503 for inserting into the mullion embedded slot 22 and the mullion embedded slot 23 extend from the end surface of the mullion plug seat plate 501, a front mullion plug plate for plugging the cross section of the transverse gap 24 extends from the front side of the mullion plug seat plate 501, and a pair of front mullion plug insertion plates 502 for inserting into the middle cutting slot 22 extend from the end surface of the front mullion plug plate. Well club tip end cap 500's structural design is reasonable, and convenient and fast is assembled in the combination, can effectively hide the section on well club section bar 2, plays the safety protection effect, avoids the hand mistake to touch the section and causes the injury.

In the embodiment of the present invention, please refer to fig. 4 and 10, the bottom slider includes a pair of bottom sliding box 72, middle connecting piece 74 and end stop 75 for sliding fit in the frame embedding installation guide slot 11, and through middle connecting piece 74 fixed connection between two bottom sliding boxes 72, be provided with vertical dovetail on the tip lateral wall of bottom sliding box 72, be provided with on the tip lateral wall of end stop 75 to be used for clamping complex forked tail with vertical dovetail and clamp portion 751, seted up the box body on the bottom sliding box 72 and run through the groove, the tip of bottom swing arm 71 rotate through the round pin axle piece and install in the box body runs through the groove. In this embodiment, the inner bottom wall of the outer frame embedding guide slot 11 is further provided with a middle embedding guide slot, and specifically, the roller guide rail bar 800 can be clamped in the middle embedding guide slot. End stop 75 is provided with a stop step groove 76, and the structural design enables the front side wall of end stop 75 below stop step groove 76 to be flush with the front side wall of mullion profile 2.

When installing the drift window body in the window body frame, can press the gyro wheel guide rail strip 800 of rectangle earlier and enter into the frame and inlay the middle of adorning the guide slot inside 11 interior diapalls of dress guide slot, then, put into the frame of the frame section bar 1 of bottom with whole bottom slider and inlay the dress guide slot 11 in, the gyro wheel of installation can cooperate with gyro wheel guide rail strip 800 in the bottom slide box 72, finally, pass through vertical dovetail groove card dress upper end dog 75 at the tip of bottom slide box 72 to accomplish the installation of bottom slider.

When the drift window is completely closed, the end stop 75 can just block the transverse cut groove 25 and the transverse notch 24 at the lower end of the mullion section bar 2, so as to prevent dust at the position.

Referring to fig. 3 and 10, the top sliding member includes a top sliding bar 62, a butt-joint sliding bar 65, an anti-collision rubber block 66, and a top outer frame sliding block 64 slidably fitted in the outer frame fitting guide groove 11 of the outer frame profile 1 at the top, the top outer frame sliding block 64 is fixedly connected to the butt-joint sliding bar 65 through a bolt, butt-joint base plates extend from two ends of the butt-joint sliding bar 65, a butt-joint insertion portion 651 extends from the butt-joint base plates, butt-joint insertion grooves for matching with the butt-joint insertion portion 651 are respectively formed at the left end of the top sliding bar 62 and the lower end face of the anti-collision rubber block 66, a pair of rotating swing arm grooves 621 are formed in the lower end face of the top sliding bar 62, and the end of the top swing arm piece 61 is rotatably mounted in the rotating swing arm grooves 621 through a pin;

still seted up slider step groove 67 on the butt joint slider 65 outer wall, structural design like this for the preceding lateral wall of butt joint slider 65 of slider step groove 67 below can be with the preceding lateral wall parallel and level of well club section bar 2.

Before the outer frame profile 1 is specifically assembled, the U-shaped guide rail strip 600 can be embedded into the outer frame embedding guide groove 11 of the outer frame profile 1 at the top, and then the top outer frame sliding block 64 is pushed into the U-shaped guide rail strip 600;

after the four outer frame profiles 1 are all butted, assembled and fixed, the top outer frame sliding block 64 can be limited in the U-shaped guide rail strip 600, the top outer frame sliding block 64 can only horizontally slide along the U-shaped guide rail strip 600 and cannot be separated from the U-shaped guide rail strip 600, the bottom sliding piece is completely installed in the outer frame embedding guide groove 11 of the outer frame profile 1 entering the bottom, the top swing arm piece 61 is pressed to deform to a certain degree, then the whole top sliding strip 62 is completely embedded into the U-shaped guide rail strip 600 of the outer frame profile 1 at the top, then, the anti-collision rubber block 66 is clamped at the left end part of the butting sliding strip 65, then, the butting and inserting part 651 at the right end of the butting sliding strip 65 is inserted into the left end of the top sliding strip 62, finally, a bolt penetrates into the installation hole at the lower end face of the butting sliding strip 65, the bolt is screwed into the screw hole of the top outer frame sliding block 64, the top sliding block 64 and the butting sliding strip 65 can be spliced and fixed, and the installation of the drifting window is completed.

Wherein, the embodiment of the utility model provides a still including conversion inside casing and screen window, the conversion inside casing is assembled by inside casing section bar 3 and is formed, and the screen window includes screen window frame and gauze, and the border inlays the dress in screen window frame 4 all around the gauze, and 4 right sides tops of screen window frame and bottom all are fixed with screen window angle sign indicating number seat 41, and the last extension of screen window angle sign indicating number seat 41 has the screen window pivot, the corresponding position department fixed mounting of conversion inside casing be used for with screen window pivot normal running fit's inside casing angle sign indicating number seat 42. The screen window can play the roles of ventilation and mosquito prevention.

The rear end of the outer frame section bar 1 is spliced with a rear outer frame section bar 13 through a non-metal heat insulation rib plate 400, the rear end of the rear outer frame section bar 13 integrally extends inwards to form an outer frame inner side baffle plate 14, the rear end of the mullion section bar 2 is spliced with a rear middle boat section bar 28 through the non-metal heat insulation rib plate 400, the rear end of the rear middle boat section bar 28, close to one side of the fixed window, integrally extends to form a middle boat inner side baffle plate 26, and the rear end of the rear middle boat section bar 28, close to one side of the drift window, integrally extends to form a middle boat clamping plate 27;

after the movable glass buckle plate 100 and the fixed glass buckle plate shell 200 are installed, in the fixed window, the three outer frame inner side baffle plates 14, the middle boat inner side baffle plate 26, the two movable glass buckle plates 100 and the two fixed glass buckle plate shells 200 are matched, so that a glass panel embedded groove can be formed, and the fixed glass is conveniently embedded, fixed and sealed to be assembled.

The rear end of the inner frame section bar 3 is spliced with a rear inner frame section bar 31 through a non-metal heat insulation rib plate 400, the rear end of the rear inner frame section bar 31 integrally extends inwards to form an inner frame rear flange plate 32, and an external step groove 33 is further formed in the joint of the inner frame rear flange plate 32 and the rear inner frame section bar 31. After the outer frame section bar 1 and the mullion section bar 2 are assembled, the three rear outer frame section bars 13 and the middle boat clamping side plate 27 can be clamped into the external step groove 33, and a good coating and fixing effect is achieved.

Referring to fig. 29, the window frame profile 900 may be used instead of the frame profile 1 and the adapting profile 700 without the window frame having the top folding swing arm assembly 6 and the bottom folding swing arm assembly 7 embedded therein.

Referring to fig. 30, the muntin profile 2 in which the top folding swing arm assembly 6 and the bottom folding swing arm assembly 7 are not necessarily inserted may be replaced with a second muntin profile 901 instead of the muntin profile 2 and the adapting profile 700.

The utility model discloses a concrete equipment flow does:

1. pre-assembling: firstly, embedding the U-shaped guide rail strip 600 into an outer frame embedding guide groove 11 of an outer frame profile 1 at the top, wherein the opening of the U-shaped guide rail strip 600 is the same as that of the outer frame embedding guide groove 11, and then pushing a top outer frame sliding block 64 and a mullion inserting piece into the U-shaped guide rail strip 600; the adapter section bar 700 is embedded into the outer frame embedding guide groove 11 of the outer frame section bar 1 on the left side in the vertical direction; a U-shaped guide rail strip 600 is embedded into the outer frame embedding guide groove 11 of the outer frame profile 1 vertical to the right side, and the opening of the U-shaped guide rail strip 600 is opposite to the opening of the outer frame embedding guide groove 11; a U-shaped guide rail strip 600 is embedded into the mullion embedded guide groove 21 of the mullion profile 2, and the opening of the U-shaped guide rail strip 600 is opposite to the opening of the mullion embedded guide groove 21;

2. splicing and assembling the outer frame sectional material 1 on the left side, the outer frame sectional material 1 at the bottom and the outer frame sectional material 1 on the right side together through an L-shaped corner brace; the outer frame section 1 at the top is butted with a mullion section 2 through a mullion inserting piece; combining and splicing the spliced conversion inner frame with the outer frame section bar 1 at the bottom and the outer frame section bar 1 at the right side; splicing and assembling two ends of the outer frame sectional material 1 at the top with the outer frame sectional material 1 at the left side and the outer frame sectional material 1 at the right side respectively, transversely pushing the middle stile sectional material 2 to enable the middle stile sectional material to be clamped and clamped on the left side of the conversion inner frame, and screwing for fixing to complete the assembly and the fixation of the outer frame of the whole window body, the middle stile sectional material and the conversion inner frame;

3. two top window fixing blocks 63 of the top folding swing arm assembly 6 are fixedly mounted on the top side wall of the spliced drifting window frame, and a bottom window fixing block 73 of the bottom folding swing arm assembly 7 is fixedly mounted on the bottom side wall of the drifting window frame, so that the top folding swing arm assembly 6, the bottom folding swing arm assembly 7 and the drifting window frame are combined and fixed;

4. installing a drift window body in the window body outer frame, firstly pressing a rectangular roller guide rail bar 800 into the middle embedded guide groove of the inner bottom wall of the outer frame embedded guide groove 11, then placing the whole bottom sliding part of the bottom folding swing arm component 7 into the outer frame embedded guide groove 11 of the bottom outer frame profile 1, and matching the roller installed in the bottom sliding box 72 with the roller guide rail bar 800; then, the top swing arm piece 61 is pressed to deform to a certain degree, and then the whole top sliding strip 62 is completely embedded into the U-shaped guide rail strip 600 of the top outer frame profile 1;

5. installing accessories: clamping an anti-collision rubber block 66 at the left end part of the butt joint sliding strip 65, then inserting a butt joint insertion part 651 at the right end of the butt joint sliding strip 65 into the left end of the top sliding strip 62, shifting the top outer frame sliding block 64 in the top U-shaped guide rail strip 600 to align with the butt joint sliding strip 65, then penetrating a bolt into a mounting hole in the lower end face of the butt joint sliding strip 65, screwing the bolt into a screw hole of the top outer frame sliding block 64, splicing and fixing the top outer frame sliding block 64 and the butt joint sliding strip 65, and finally clamping an upper end part stop block 75 at the end part of the bottom sliding box 72 through a vertical dovetail groove, thereby completing the installation of the drifting window;

6. the cushion block section bars 9 are fixedly installed on the inner side walls of the outer frame section bars 1 at the top and the outer frame section bars 1 at the bottom, the upper and lower movable glass pinch plates 100 are assembled on the cushion block section bars 9, then the fixed glass pinch plate shells 200 at the two sides are assembled, and finally the dustproof strip assemblies 8 are clamped in the outer frame embedded grooves 12 of the outer frame section bars 1 at the top and the outer frame section bars 1 at the bottom, so that all the assembly is completed.

Example 2: referring to fig. 22 to 26, a heat-insulating and dust-proof drifting window with a flush appearance is different from embodiment 1 in that the window comprises a window outer frame, two mullion sectional materials 2 and a drifting window body, wherein the window outer frame is formed by splicing and assembling outer frame sectional materials 1, one mullion sectional material 2 is transversely arranged, two ends of the mullion sectional material 2 are respectively spliced and fixedly connected with the left side outer frame sectional material 1 and the right side outer frame sectional material 1, the other mullion sectional material 2 is vertically arranged, the top end of the mullion sectional material 2 is spliced and fixed with the transversely arranged mullion sectional material 2, the bottom end of the mullion sectional material 2 is spliced and fixed with the bottom outer frame sectional material 1, the window outer frame is divided into a fixed window at the top, a fixed window at the left side and a drifting window matched with the drifting window body through the two mullion sectional materials 2, and fixed glass is embedded and fixed in the fixed window;

in this embodiment, one side of the horizontally arranged mullion profile 2 having the mullion embedded guide groove 21 faces downward, the mullion embedded guide groove 21 is also used for embedding the U-shaped guide rail strip 600, the opening direction of the U-shaped guide rail strip 600 at this time is the same as that of the mullion embedded guide groove 21, and the U-shaped guide rail strip 600 is used for matching with the top slider of the top folding swing arm assembly 6; the side of the muntin section bar 2 with the muntin embedded groove 23 faces upwards, and the muntin embedded groove 23 and the muntin middle groove 22 on the side are used for clamping and fixing the fixed glass buckle shell 200 together.

The utility model has the advantages that:

1. only one outer frame section bar 1 and one mullion section bar 2 are adopted, and auxiliary parts such as a U-shaped guide rail strip 600, an adapting section bar 700, a movable glass buckle plate 100, a fixed glass buckle plate shell 200 and the like are matched, so that a plurality of drifting windows with different styles can be completed, workers can conveniently use door and window design software to uniformly design and optimize the section bars, the comprehensive utilization rate of the section bars is improved, the design and manufacturing cost of the section bars can be greatly saved, and the work efficiency is improved.

2. The best product is made of the least types of section bars, so that the overstock condition of various section bars of manufacturers is reduced, and the processing cost is reduced; in the actual production process, can effectively avoid often leading to can't accomplish processing delivery on schedule because certain section bar lacks goods, and the order needs whole car to send, needs overstock stock, increases the problem of operating cost, secondly, also can solve the various of section bar, is unfavorable for using door and window processing software to make an order, also leads to the condemned problem of customized door and window easily with the mistake.

3. The outer frame profile 1, the mullion profile 2, the movable glass buckle 100, the fixed glass buckle shell 200 and the dustproof strip assembly 8 are ingenious and reasonable in structural design and convenient to assemble and splice, and after the dustproof strip assembly 8 is installed, the front side wall of the U-shaped housing, the front side wall of the mullion profile 2, the front side wall of the outer frame profile 1, the front side wall of the dustproof strip assembly 8 and the front side wall of the drift window profile 5 can be kept flush, so that the whole window body is neat and attractive in appearance;

4. by utilizing the assembly and matching structure of the outer frame profile 1, the mullion profile 2, the movable glass buckle 100, the fixed glass buckle shell 200 and the dustproof strip component 8, the groove which leaks outside the whole window body can be basically eliminated, the problem that impurities such as mosquitoes, dust and the like fall in the groove of the traditional window frame and are inconvenient to clean can be avoided, and after the integral matching, the drift window body does not influence the movement of the drift window body while having a good dustproof function;

5. the rear outer frame section of the outer frame section 1, the rear middle boat section of the mullion section 2, the movable glass buckle plate 100 and the fixed glass buckle plate shell 200 are matched, so that a glass panel embedding groove can be formed, and the fixed glass can be conveniently embedded, fixed and sealed for assembly;

6. each section bar is spliced and butted with a corresponding rear section bar through a heat insulation rib plate made of a non-metal material, so that the whole window body has good heat insulation and sound insulation performance.

In the present invention, the terms such as "upper", "lower", "left", "right", "front", "rear", "vertical", "horizontal", "side", "bottom", etc. indicate the position or positional relationship based on the position or positional relationship shown in the drawings, and are only the terms determined for the convenience of describing the structural relationship of each component or element of the present invention, and are not specific to any component or element of the present invention, and are not to be construed as limiting the present invention.

Claims (15)

1. The utility model provides a thermal-insulated dustproof drift window of appearance parallel and level which characterized in that: the window body outer frame is formed by splicing and assembling outer frame sectional materials (1), two ends of each mullion sectional material (2) are respectively spliced and fixedly connected with the corresponding outer frame sectional material (1) or another mullion sectional material (2), the mullion sectional material (2) divides the window body outer frame into a fixed window and a drift window matched with the drift window body, and fixed glass is embedded and fixed in the fixed window;

the drifting window comprises a drifting window frame, drifting window glass embedded and fixed in the drifting window frame, a top folding swing arm assembly (6) and a bottom folding swing arm assembly (7), wherein the drifting window frame is formed by splicing and assembling drifting window sectional materials (5), the top folding swing arm assembly (6) comprises a top window fixing block (63), a pair of top swing arm pieces (61) arranged in parallel and a top sliding piece, one end of each top swing arm piece (61) is connected with the top sliding piece in a rotating fit mode, the other end of each top swing arm piece (61) is connected with the top window fixing block (63) in a rotating fit mode, and the top window fixing block (63) is embedded and fixed on the outer side wall of the upper drifting window sectional material (5);

the bottom folding swing arm assembly (7) comprises a bottom window fixing block (73), a pair of bottom swing arms (71) and a bottom sliding part, wherein the bottom swing arms (71) are arranged in parallel, one ends of the bottom swing arms (71) are connected with the bottom sliding part in a rotating fit mode, the other ends of the bottom swing arms (71) are connected with the bottom window fixing block (73) in a rotating fit mode, and the bottom window fixing block (73) is fixedly embedded on the outer side wall of the lower drifting window profile (5);

the middle of the inner side of the outer frame profile (1) is provided with an outer frame embedding guide groove (11) used for being matched with the top sliding piece and/or the bottom sliding piece;

a mullion embedding guide groove (21) used for being matched with the top sliding piece and/or the bottom sliding piece is formed in the middle of one side, corresponding to the drifting window, of the mullion section bar (2);

a mullion embedding groove (23) used for being matched with the fixed glass buckle plate shell (200) is formed in the middle of one side, corresponding to the fixed window, of the mullion section bar (2), and a mullion middle groove (22) used for being matched with the fixed glass buckle plate shell (200) is also formed in the front end of one side, corresponding to the fixed window, of the mullion section bar (2);

the window frame is characterized by further comprising a cushion block profile (9) arranged in the fixed window, the cushion block profile (9) is fixedly arranged on the inner side wall of the outer frame profile (1), a cushion block embedding groove (91) with the same cross section structure as the mullion embedding groove (23) is formed in the front end of the side wall of the cushion block profile (9), and a movable glass buckle plate (100) is fixedly clamped in the cushion block embedding groove (91);

under the supporting action of the cushion block section bar (9), a horizontal movable gap is formed between the front side edge of the movable glass buckle plate (100) and the corresponding mullion section bar (2) and/or the outer frame section bar (1), and the horizontal movable gap is used for providing a horizontal movable space for the top swing arm sheet (61) and/or the bottom swing arm (71).

2. The flush-profile, thermally-insulated, dust-protected, drift window of claim 1, further comprising: the inboard front end of frame section bar (1) is provided with and is used for with dustproof bar subassembly (8) and/or fixed glass buckle shell (200) complex frame embedded groove (12), and dustproof bar subassembly (8) that frame embedded groove (12) department set up include U type dustproof section bar (81) and dustproof sealing strip, the blind end of U type dustproof section bar (81) extends to have and is used for the embedding or bonds in frame embedded groove (12) and/or well club put section bar joint portion (82) in groove (22), the dustproof sealing strip is including sealing strip embedding portion (84) that are arranged in embedding U type dustproof section bar (81) open end, and the last body coupling of sealing strip embedding portion (84) has horizontal gasket (85), and it has at least one vertical gasket (86) to extend on horizontal gasket (85), and the free border of vertical gasket (86) contacts with the front side of movable glass buckle (100).

3. The flush, insulated, dust-proof, drift window of claim 1, wherein: the connecting structure further comprises an adapting section bar (700), the adapting section bar (700) is used for being matched with the outer frame embedding guide groove (11) and/or the mullion embedding guide groove (21), and the adapting section bar (700) is provided with an embedding groove (701) which is the same as the section structure of the mullion embedding groove (23).

4. The flush, insulated, dust-proof, drift window of claim 1, wherein: the movable glass buckle plate (100) is provided with a first extending part (104) which is flush with the outer frame profile (1), and the movable glass buckle plate (100) is also provided with a first embedded structure (204) and a second embedded structure (207) which are matched and fixed with the cushion block embedded groove (91) on the cushion block profile (9).

5. The flush, insulated, dust-proof, drift window of claim 4, wherein: the fixed glass buckle shell (200) is provided with a second extending part (206) which is flush with the outer frame profile (1), and the fixed glass buckle shell (200) is also provided with a first embedded structure (204) and a second embedded structure (207).

6. The flush, insulated, dust-proof, drift window of claim 5, wherein: the front inner side wall of the mullion embedded groove (23), the embedded groove (701) and the cushion block embedded groove (91) is provided with a front groove body clamping edge (92) used for being clamped and matched with the second embedded structure (207), and the rear inner side wall of the mullion embedded groove (23), the embedded groove (701) and the cushion block embedded groove (91) is provided with a rear groove body clamping edge (93) used for being clamped and matched with the first embedded structure (204).

7. The flush-profile, thermally-insulated, dust-tight, drift window of claim 6, wherein: intersecting line notches (208) are formed in the upper end and the lower end of the vertically-installed fixed glass buckle plate shell (200), and the intersecting line notches (208) abut against the outer wall of the movable glass buckle plate (100) and/or the fixed glass buckle plate shell (200).

8. The flush-profile, thermally-insulated, dust-protected, drift window of claim 1, further comprising: the horizontal cutting device is characterized by further comprising a mullion end plug (500), wherein the middle parts of the upper end and the lower end of the mullion section bar (2) are respectively provided with a horizontal cutting groove (25) for the horizontal movement of the top sliding piece and/or the bottom sliding piece, and the mullion section bar (2) at the front end of the horizontal cutting groove (25) is also provided with a horizontal notch (24) for the horizontal movement of the top swing arm piece (61) and/or the bottom swing arm (71);

well club end part end cap (500) is including being arranged in the sectional well club end cap bedplate of shutoff transverse cut groove (25), well club end cap bedplate (501) terminal surface extends has a pair of well club end cap picture peg (503) that are arranged in inserting well club embedding groove (23) and well club embedding guide slot (21), well club end cap bedplate (501) front side extends has preceding closure plate (502) of well club that are arranged in the sectional well club of shutoff transverse gap, well club preceding closure plate terminal surface extends has a pair of well club end cap preceding picture peg that is arranged in inserting well club in-built groove (22).

9. The flush, insulated, dust-proof, drift window of claim 1, wherein: the top sliding part comprises a top sliding strip (62), a butt joint sliding strip (65), an anti-collision rubber block (66) and a top outer frame sliding block (64) which is slidably embedded in the outer frame embedded guide groove (11) and/or the mullion embedded guide groove (21), the top outer frame sliding block (64) is fixedly connected with the butt joint sliding strip (65) through bolts, butt joint base plates extend from two ends of the butt joint sliding strip (65), butt joint insertion parts (651) extend from the butt joint base plates, butt joint insertion grooves used for being matched with the butt joint insertion parts (651) are formed in the left end of the top sliding strip (62) and the lower end face of the anti-collision rubber block (66), a pair of rotary swing arm grooves (621) are formed in the lower end face of the top sliding strip (62), and the end of the top swing arm piece (61) is rotatably installed in the rotary swing arm grooves (621) through pin shaft pieces;

the bottom sliding part comprises a pair of bottom sliding boxes (72), a middle connecting piece (74) and end part stop blocks (75), the bottom sliding boxes (72) are used for being in sliding fit in the outer frame embedding guide groove (11), the two bottom sliding boxes (72) are fixedly connected through the middle connecting piece (74), a vertical dovetail groove is formed in the side wall of the end part of each bottom sliding box (72), a dovetail clamping portion (751) used for being in clamping fit with the vertical dovetail groove is arranged on the side wall of the end part of each end part stop block (75), a box body penetrating groove is formed in each bottom sliding box (72), and the end part of each bottom swing arm (71) is rotatably installed in the box body penetrating groove through the pin shaft piece.

10. The flush, insulated, dust-proof, drift window of claim 1, wherein: a U-shaped guide rail bar (600) is installed in the outer frame embedding guide groove (11) and/or the mullion embedding guide groove (21), and a top sliding bar (62) on the top folding swing arm assembly (6) is embedded in the U-shaped guide rail bar (600) to slide.

11. The flush-profile, thermally-insulated, dust-protected, drift window of claim 1, further comprising: a roller guide rail bar (800) is installed in the outer frame embedding guide groove (11) and/or the mullion embedding guide groove (21), and the bottom folding swing arm assembly (7) slides on the roller guide rail bar (800).

12. The flush, insulated, dust-proof, drift window of claim 1, wherein: the screen window is characterized by further comprising a conversion inner frame and a screen window, wherein the conversion inner frame is formed by assembling inner frame sectional materials (3), the screen window comprises a screen window outer frame and a screen mesh, the peripheral edges of the screen mesh are embedded in the screen window outer frame (4), the top and the bottom of the right side edge of the screen window outer frame (4) are respectively fixed with a screen window corner connector seat (41), a screen window rotating shaft extends from the screen window corner connector seats (41), and an inner frame corner connector seat (42) which is matched with the screen window rotating shaft in a rotating mode is fixedly installed at the corresponding position of the conversion inner frame.

13. The flush, insulated, dust-tight floating window of claim 12, wherein: the rear end of the outer frame section bar (1) is spliced with a rear outer frame section bar (13) through a non-metal heat insulation rib plate (400), the rear end of the rear outer frame section bar (13) integrally extends to the inner side to form an outer frame inner side baffle plate (14), the rear end of the mullion section bar (2) is spliced with a rear middle boat section bar (28) through the non-metal heat insulation rib plate (400), the rear end of the rear middle boat section bar (28) close to one side of the fixed window integrally extends to form a middle boat inner side baffle plate (26), and the rear end of the rear middle boat section bar (28) close to one side of the drift window integrally extends to form a middle boat clamping plate (27);

rear portion inner frame section bars (31) are spliced at the rear ends of the inner frame section bars (3) through nonmetal heat insulation rib plates (400), inner frame rear portion baffle plates (32) integrally extend to the inner sides at the rear ends of the rear portion inner frame section bars (31), and outer step grooves (33) are further formed in the connection positions of the inner frame rear portion baffle plates (32) and the rear portion inner frame section bars (31).

14. The flush-profile, thermally-insulated, dust-protected, drift window of claim 1, further comprising: the window frame without embedding the top folding swing arm assembly (6) and the bottom folding swing arm assembly (7) can use the window frame profile (900) to replace the outer frame profile (1) and the adapting profile (700).

15. The flush, insulated, dust-proof, drift window of claim 1, wherein: the mullion section (2) without being embedded with the top folding swing arm assembly (6) and the bottom folding swing arm assembly (7) can be replaced by the second mullion section (901) instead of the mullion section (2) and the adapting section (700).

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