CN214090491U

CN214090491U - Partition aluminum profile module mounting structure

Info

Publication number: CN214090491U
Application number: CN202022499570.3U
Authority: CN
Inventors: 陈明
Original assignee: Hangzhou Yingtwo Building Materials Co ltd
Current assignee: Hangzhou Yingtwo Building Materials Co ltd
Priority date: 2020-11-02
Filing date: 2020-11-02
Publication date: 2021-08-31
Anticipated expiration: 2030-11-02

Abstract

The utility model relates to an interior decoration field especially is used for the interval divided one kind of office to cut off aluminium alloy module mounting structure. The existing office partition is large in dust and noise when being cut and installed on site, and the joint between the door jamb and the glass partition is large and easy to accumulate dust and is inconvenient to clean. The utility model provides a cut off aluminium alloy module mounting structure, including door frame module and glass partition wall module, door frame module includes the door frame that two door frame erects a concatenation constitution of a door frame horizontal part and its both ends, and glass partition wall module includes a frame of going up of glass placed in the middle and package clamp its four sides, two erects the frame and a frame, and door frame module and glass partition wall module are fixed side by side through a plurality of the clip butt joints of dismantling of vertical distribution, door frame horizontal part and door frame are erected piece and go up frame, mullion, lower frame and are the aluminium alloy. The utility model discloses can adopt the mounting means who combines at factory's pre-installation and field assembly, need not the scene cutting, no dust, noise, door cheek and glass partition wall zero seam, the deposition is easily cleaned.

Description

Partition aluminum profile module mounting structure

Technical Field

The utility model relates to an interior decoration field especially is used for indoor office to do a wall aluminium alloy module mounting structure of interval partition usefulness.

Background

High-quality office partition assembled in a modular mode is started to be used in office buildings in many cities, the office partition is mainly formed by connecting aluminum profiles and metal veneer boards, partition modules of the type need to be assembled on site, labor and time are wasted, aluminum profile dust is cut on the installation site, noise is generated, the partition modules are affected by uneven levels of installation personnel, the partition modules assembled on site are poor in consistency and unstable in quality, particularly, seams between modules of door frames (called door frames) and glass partition walls are large, and the seams are extremely easy to accumulate dust and cannot be cleaned well in later-period use.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problems and the technical task that the utility model provides a partition aluminum section module mounting structure, which solves the problems that the existing office partition has to be cut on site to mount dust and noise, the seam between the modules of the door jamb and the glass partition is large, and dust is easily deposited and inconvenient to clean in the later period, and the like, the mounting structure adopts the mounting mode of combining factory pre-mounting and field assembly, does not need to be cut on site, and has no dust and noise; meanwhile, a joint between the door jamb and the glass partition wall is zero, so that dust cannot be accumulated and cleaning is convenient even in long-term use.

The utility model provides a technical scheme that technical problem adopted: a partition aluminum section module mounting structure comprises a door jamb module and a glass partition module, wherein the door jamb module and the glass partition module are fixedly connected side by side, it is characterized in that the door cheek module comprises a door cheek transverse piece and two door cheek vertical pieces at two ends of the door cheek transverse piece, the glass partition wall module comprises centered glass, an upper frame, two vertical frames and a lower frame which are used for clamping four edges of the centered glass, the upper parts of the door jamb module and the glass partition module are butted with the lower part of the same sky rail along the horizontal direction, the door frame module and the glass partition module are butted and fixed side by side through a plurality of detachable clips which are vertically distributed, the clips are elastically connected with the adjacent vertical frames and the door frame vertical piece, the door frame transverse piece and one side of the top rail are butted through the upper positioning rail of the door frame, the other side of the top rail is butted with the upper frame, the lower frame is butted with a ground rail through a connecting assembly, and the sky rail and the ground rail can be respectively fixed with a ceiling and the ground of a room; the door cheek horizontal piece, the door cheek vertical piece, the upper frame, the vertical frame, the lower frame, the sky rail, the upper positioning rail and the ground rail are all made of aluminum profiles. The door frame module and the glass partition wall module of the utility model are assembled by sectional bars, the door frame horizontal piece, the door frame vertical piece, the upper frame, the vertical frame, the lower frame, the sky rail, the upper positioning rail and the ground rail are sectional bars, and the glass partition wall module can be prefabricated and installed in a factory; the door cheek modules and the glass partition wall modules are installed in a butt joint mode through detachable clips, joints between the upper door cheek vertical pieces of the adjacent door cheek modules and the upper vertical frames of the glass partition modules are small, and dust cannot be accumulated and cleaning is convenient even if the door cheek modules and the glass partition wall modules are used for a long time; door cheek module and glass partition wall module all dock with the day rail at the top, and glass partition wall module docks the earth rail through coupling assembling in the bottom, and the bolt fastening can be passed through on waiting to separate room and ceiling, ground alone to day rail and earth rail, and glass partition wall module can be assembled in advance in the mill, and the fortune is supported butt joint day rail, earth rail together with the door cheek module of field assembly behind the scene, and the scene butt joint is simple and convenient, need not cut the section bar, does not have dust and noise.

As further improvement and supplement to the above technical scheme, the utility model discloses a following technical measure: the clip is including parallel base plate and shell fragment and connect lockpin between them, the lockpin is worn to establish and is installed in base plate middle part and butt joint base plate and shell fragment, and shell fragment and lockpin rotate to be connected, base plate and lockpin fixed connection, and the base plate can rotate so that the base plate both ends are fixed with door frame perpendicular piece joint around the axis of lockpin, and the shell fragment both ends can be fixed with the mullion joint, and the both sides setting that docks clip one side on the door frame perpendicular piece matches the base plate draw-in groove of vertical extension with the base plate both ends, and the both sides that dock clip one side on the mullion are equipped with the shell fragment draw-in groove that matches vertical extension with the shell fragment both ends. The clip is hidden and invisible inside, the base plate and the shrapnel of the clip are respectively clamped with the vertical piece of the door jamb and the vertical frame, the base plate is clamped on the vertical piece of the fixed door jamb as the base, the shrapnel can be bent and deformed and can hook the vertical frame, and the lock pin is used for limiting the base plate and the shrapnel to enable the base plate and the shrapnel to be always connected. During installation, the assembled glass partition wall module and the door jamb vertical piece are close to each other, a vertical frame and the door jamb vertical piece of the glass partition wall module are connected by a hand-operated clamp, specifically, two ends of a spring piece of the clamp are bent and clamped into two spring piece clamping grooves on a vertical frame, the spring piece is arched, two ends of the spring piece face towards the vertical frame, a certain gap is formed between the vertical frame and the adjacent door jamb vertical piece under the condition that the spring piece is bent to allow enough fingers to be inserted, then a base plate is rotated to be vertically plugged into the middle of two base plate clamping grooves on the door jamb vertical piece, the base plate is rotated again to be horizontally placed from the vertical position, two ends of the base plate are clamped into two base plate clamping grooves respectively, a hand is taken out from the gap between the vertical frame and the door jamb, the vertical frame and the door jamb vertical piece are jointed, the base plate is reversely bent and tightly abutted to the vertical frame after being restored from the original bending state which is changed by a person, the clamp and the vertical frame and the adjacent vertical frame and the door jamb vertical piece are clamped, the door jamb module is assembled subsequently, realize the butt joint of glass partition wall module and door cheek module. In addition, the positions of the elastic sheet and the base plate in the clamp can be exchanged, only one of the elastic sheet and the base plate needs to be connected with the vertical piece of the door jamb and the other is connected with the vertical frame, and a base plate clamping groove and an elastic sheet clamping groove which are matched are formed in the corresponding section. When the door jamb module and the glass partition module need to be separated, the mullion on one side of the clamping elastic sheet is only required to be moved to enable the elastic sheet to be bent and deformed, a finger is inserted into a gap, the base plate is operated by stretching a hand, the clamp is taken out through the operation opposite to the installation sequence, and the two modules are separated.

The base plate both ends all are equipped with the bulge, just two bulges respectively extend from top to bottom and form two reverse pointed ends. The two ends of the substrate are provided with the convex parts with opposite directions, so that the substrate can rotate to enable the two ends of the substrate to be clamped into the butted substrate clamping grooves.

2 ~ 3 clips along vertical setting between vertical piece of door cheek and the mullion. Through a plurality of clips of vertical distribution, with the vertical piece of adjacent door cheek and the butt joint location of mullion, realize the butt joint of door cheek module and glass partition wall module and fix.

Set up door frame sealing strip is hugged closely in door frame inboard, door frame sealing strip is equipped with the protruding muscle in location that extends along its length direction on one side, and door frame inboard all sets up and fix a position the mounting groove that protruding muscle joint matches on the face of the right face of two vertical pieces of door frame and the bottom surface of door frame horizontal piece. The door cheek sealing strip is used for being conveniently attached to a door which is subsequently installed, and the door cheek sealing strip is tightly attached to the door edge to realize individual sound insulation and sealing in the door closing state and weaken impact collision generated by door closing.

Glass has two and both to erect and put the parallel just right, it is spacing along the joint on the draw-in groove and two glass to go up along the joint on its length direction of going up frame bottom surface both sides edge set up the twice, and it is spacing along the joint along draw-in groove and two glass's side along its length direction of vertical frame side both sides edge set up the twice down along draw-in groove and two glass's lower along the joint, go up along between draw-in groove and the glass, the side along between draw-in groove and the glass, down along all being equipped with the glass fillet of U-shaped cross-section between draw-in groove and the glass, the open orientation glass of U-shaped of glass fillet wraps up its butt joint limit. The positions of the upper frame, the vertical frame, the lower frame and the glass which are in butt joint are respectively provided with corresponding clamping grooves, and glass insertion strips are embedded in the clamping grooves to wrap the edges of the glass, so that butt joint installation with the glass is realized; the glass fillet is the U-shaped, and uncovered its border of towards glass parcel, protection glass avoid its border direct and each draw-in groove contact, avoid the unexpected rigid draw-in groove of collision of glass impaired in the assembling process.

And a hem extends from one end of the U-shaped glass insertion strip, and the hem is bent towards the inside of the U-shaped opening and then is tightly attached to the inner side surface of the butted glass edge. The hem laminating that extends an organic whole structure at U-shaped one end on the glass fillet supports the surface of glass border one side inwards, increases the contact thickness on one side of glass fillet and homonymy glass border for it is more firm when corresponding draw-in groove installation on glass border and upper frame, mullion and the lower frame three, and hem one side that glass fillet thickness increases does not make glass along the inboard surface of glass at the glass lateral surface border of one side outwards and the clearance grow that adjoins the section bar simultaneously.

Coupling assembling includes module lower guideway and supports the rail, and module lower guideway bearing is in the lower frame and support between the rail, and module lower guideway top surface bearing lower frame bottom surface, module lower guideway bottom surface both sides inwards buckle and form the turn-ups bearing and support the edge of turning up that the rail both sides were stretched out, support the rail middle section and form decurrent protrusion and locate the uncovered chamber that holds that ground rail set up, support on the rail middle section wears to establish bolt fastening ground rail, the screw section of bolt supports the rail up and a spiro union welt, and the cap end of bolt supports the ground rail downwards, and establishes the welt between cap end and the ground rail. The glass partition module is butted with a ground rail at the bottom corresponding to the lower frame through a connecting component, a module lower guide rail in the connecting component is used for contacting and supporting the lower frame of the glass partition module, and the middle section of the support rail is arranged on the ground rail through a penetrating bolt and matched with two lining plate supports; the two lining plates are respectively contacted with the support rail and the ground rail, so that the contact area can be increased, the butt joint stability is improved, the mounting height of the support rail can be properly adjusted by the lining plates, and the mounting height of the glass partition module can be further finely adjusted; the module lower guide rail is used for realizing butt joint installation by utilizing the fit bearing of the inner flanging at the two sides and the outer flanging at the two sides of the supporting rail.

Door cheek horizontal piece, door cheek are erect piece, upper ledge, lower frame and mullion, day rail, go up the surface of location rail, ground rail and all are equipped with anticorrosive paint layer, anticorrosive paint layer is powder spraying or fluorocarbon spraying formation. The surface of each section is provided with an anticorrosive coating layer so as to improve the surface corrosion resistance and ensure that the partition cannot rust after long-term use; the anticorrosive coating layer is powder spraying or fluorocarbon spraying, the two kinds of spraying are common existing assembly line spraying processing, the technology is mature, the mass production is facilitated, and the anticorrosive effect is good.

The sky rail is filled with sponge strips matched with the length of the sky rail. The sponge strip is filled on the inner side of the sky rail, so that the sound insulation effect is improved.

The utility model provides a partition aluminum profile module installation structure, which adopts an installation mode of combining factory pre-installation and field assembly, and does not need to cut profiles on the field and does not have great dust and noise; meanwhile, a joint between the door jamb and the glass partition wall is zero, so that dust cannot be accumulated and cleaning is convenient even in long-term use.

Drawings

FIG. 1: the utility model discloses a structure explosion chart.

FIG. 2: the utility model discloses packaging structure schematic diagram.

FIG. 3: the utility model discloses a transverse section cross-sectional view.

FIG. 4: the utility model discloses a vertical cross-section sectional view in glass one side.

FIG. 5: fig. 3 is an enlarged view of a portion a.

FIG. 6: fig. 4 is an enlarged view of part B.

FIG. 7: the utility model discloses a vertical cross section on door cheek one side.

FIG. 8: fig. 4 is an enlarged view of the portion C.

FIG. 9: fig. 7 is an enlarged view of portion D.

In the figure: 1. the door frame comprises a door frame vertical piece, 1-1, a base plate clamping groove, 2, a door frame sealing strip, 2-1, a positioning convex rib, 3, a door frame transverse piece, 4, a door frame upper positioning rail, 5, a top rail, 6, an upper frame, 6-1, an upper edge clamping groove, 7, a glass embedding strip, 7-1, a folding edge, 8, glass, 9, a lower frame, 9-1, a lower edge clamping groove, 10, a support rail, 10-1, an outer flanging, 11, a ground rail, 12, a module lower guide rail, 12-1, an inner flanging, 13, a vertical frame, 13-1, a side edge clamping groove, 13-2, a spring piece clamping groove, 14, a clamp, 14-1, a base plate, 14-2, a spring piece, 14-3, a 14-4, a protruding part, 15, a bolt, 16, a lining plate, 17, a dustproof clamping pin and 18 a sponge strip.

Detailed Description

The invention will be further described with reference to the following description and embodiments in conjunction with the accompanying drawings.

As shown in fig. 1 to 9, a partition aluminum profile module mounting structure comprises a door frame module and a glass partition module, wherein the door frame module and the glass partition module are fixedly connected side by side, the door frame module comprises a door frame formed by splicing a door frame cross piece 3 and two door frame vertical pieces 1 at two ends of the door frame cross piece, the glass partition module comprises a centered glass 8 and an upper frame 6, two vertical frames 13 and a lower frame 9 which enclose four sides of the door frame cross piece, the upper parts of the door frame module and the glass partition module are butted with the lower part of the same sky rail 5 along a horizontal direction, the door frame module and the glass partition module are butted and fixed side by side through two detachable clips 14 which are vertically distributed, and the clips 14 are elastically connected with the adjacent vertical frames 13 and the door frame vertical pieces 1; each clip 14 comprises a base plate 14-1 and a spring plate 14-2 which are parallel to each other and a lock pin 14-3 connecting the base plate 14-1 and the spring plate 14-2, the spring plate 14-2 and the lock pin 14-3 are rotatably connected, the base plate 14-1 is fixedly connected with the lock pin 14-3, the base plate 14-1 can rotate around the axis of the lock pin 14-3 to enable the two ends of the base plate to be clamped and fixed with a doorjamb vertical piece 1, the two ends of the spring plate 14-2 can be clamped and fixed with a vertical frame 13, two sides of one side of the doorjamb vertical piece 1, which is butted with the clip 14, are provided with base plate clamping grooves 1-1 which are vertically extended and matched with the two ends of the base plate 14-1, the two ends of the base plate 14-1 are both provided with protruding portions 14-4, and the two protruding portions 14-4 respectively extend upwards and downwards to form two opposite tips, spring plate clamping grooves 13-2 which are matched with the two ends of the spring plate 14-2 and extend vertically are formed in the two sides of one side, butted with the clamp 14, of the vertical frame 13; the horizontal piece 3 of the door cheek and one side of the sky rail 5 are butted through a positioning rail 4 on the door cheek, the other side of the sky rail 5 is butted with an upper frame 6, the lower frame 9 is butted with a ground rail 11 through a connecting assembly, and the sky rail 5 and the ground rail 11 can be respectively fixed with a ceiling and the ground of a room; the inner side of the door cheek is tightly attached with a door cheek sealing strip 2, one side of the door cheek sealing strip 2 is provided with a positioning convex rib 2-1 extending along the length direction of the door cheek sealing strip, and the inner side of the door cheek is provided with mounting grooves matched with the positioning convex ribs 2-1 in a clamping way on the right opposite surface of the two door cheek vertical pieces 1 and the bottom surface of the door cheek horizontal piece 3; door cheek horizontal component 3 and door cheek are erect 1 and upper ledge 6, mullion 13, lower frame 9, day rail 5, go up location rail 4, ground rail 11 and are the aluminium alloy, pack in the aluminium alloy inner chamber that day rail 5 corresponds has rather than the sponge strip 18 that length matches.

Furthermore, two pieces of glass 8 are vertically arranged and are in parallel and right opposite, two upper edge clamping grooves 6-1 are arranged at two edges of the bottom surface of the upper frame 6 along the length direction of the upper edge clamping grooves, two upper edge clamping limits are arranged at two edges of the side surface of the vertical frame 13 along the length direction of the vertical frame, two side edges are arranged at two edges of the clamping grooves 13-1 and two side edges of the two pieces of glass 8 along the clamping limits, two lower edge clamping grooves 9-1 are arranged at two edges of the top surface of the lower frame 9 along the length direction of the lower edge clamping grooves, and two glass insertion strips 7 with U-shaped cross sections are arranged between the upper edge clamping grooves 6-1 and the glass 8, between the side edge clamping grooves 13-1 and the glass 8, and between the lower edge clamping grooves 9-1 and the glass 8, and the U-shaped openings of the glass insertion strips 7 face the glass 8 and wrap the butt edges of the glass insertion strips; a hem 7-1 extends from one end of the U-shaped glass insertion strip 7, and the hem 7-1 is bent towards the inside of the U-shaped opening and then is tightly attached to the inner side surface of the edge of the butted glass 8. In order to further improve the installation stability of the glass insertion strip 7, continuous sawtooth-shaped fluctuation is respectively arranged on the contact surfaces of the glass insertion strip 7 and the side edge clamping groove 13-1, so that the glass insertion strip and the side edge clamping groove are more stable after being assembled.

Further, coupling assembling includes module lower rail 12 and supports rail 10, and module lower rail 12 bears between lower frame 9 and support rail 10, and module lower rail 12 top surface bearing lower frame 9 bottom surface, and module lower rail 12 bottom surface both sides inwards buckle and form inside flanging 12-1 bearing on the flanging 10-1 that supports rail 10 both sides and stretch out, support rail 10 middle section and form decurrent protrusion and locate in the uncovered chamber that holds that ground rail 11 set up upwards, support rail 10 middle section is worn to establish bolt 15 and is fixed on ground rail 11, and the screw section of bolt 15 is up and a spiro union welt 16 holds support rail 10, and the cap end of bolt 15 supports ground rail 11 downwards, and establishes welt 16 between cap end and the ground rail 11. In addition, the surfaces of the horizontal piece 3 of the door cheek, the vertical piece 1 of the door cheek, the upper frame 6, the lower frame 9, the vertical frame 13, the sky rail 5, the upper positioning rail 4 and the ground rail 11 are all provided with an anticorrosive coating layer, and the anticorrosive coating layer is formed by powder spraying or fluorocarbon spraying.

The utility model discloses a door cheek module and glass partition wall module all adopt the section bar to assemble, door cheek horizontal piece and door cheek vertical piece and upper ledge, mullion, lower frame, sky rail, go up location rail, ground rail are the section bar, and the installation adopts the installation mode of pre-assembling in the mill and assembling in the scene and combining, and wherein glass partition wall module can accomplish prefabricated installation in the mill, and door cheek module assembles in the scene; the door jamb module and the glass partition wall module are installed in a butt joint mode through the detachable clips, the clips are hidden and installed and cannot be seen from the outside, after the clips are installed, the joint between the adjacent door jamb vertical piece and the vertical frame is small, and dust cannot be accumulated and cleaning is convenient even if the door jamb vertical piece and the vertical frame are used for a long time; door cheek module and glass partition wall module all dock with the day rail at the top, and glass partition wall module passes through coupling assembling butt joint earth rail in the bottom, and it can be alone treating to separate room and ceiling, ground and pass through the bolt fastening, and the good glass partition wall module of factory pre-installation transports to the scene back, docks day rail, earth rail together with the door cheek module of field assembly, and the scene is docked simple and conveniently, need not cut the section bar, does not have dust and noise.

Claims

1. The utility model provides a cut off aluminium alloy module mounting structure, includes door frame module and glass partition wall module, door frame module and glass partition wall module fixed connection side by side, characterized by door frame that door frame module includes a door frame horizontal component (3) and two door frame vertical component (1) concatenation constitutions at its both ends, glass partition wall module includes glass (8) placed in the middle and an upper ledge (6), two mullions (13) and a lower ledge (9) of package clamp its four sides, the upper portion of door frame module and glass partition wall module docks same day rail (5) lower part along the horizontal direction, and door frame module and glass partition wall module dock fixedly side by side through a plurality of detachable clip (14) of vertical distribution, clip (14) elastic connection adjacent mullion (13) and door frame vertical component (1), through door frame last location rail (4) butt joint between door frame horizontal component (3) and day rail (5) one side, the other side of the top rail (5) is butted with the upper frame (6), the lower frame (9) is butted with the ground rail (11) through a connecting assembly, and the top rail (5) and the ground rail (11) can be respectively fixed with the ceiling and the ground of a room; the door cheek transverse piece (3), the door cheek vertical piece (1), the upper frame (6), the vertical frame (13), the lower frame (9), the top rail (5), the upper positioning rail (4) and the ground rail (11) are all aluminum profiles.

2. The partition aluminum profile module mounting structure as claimed in claim 1, wherein the clip (14) includes parallel base plate (14-1) and spring plate (14-2) and lock pin (14-3) connecting the two, the lock pin (14-3) is installed in the middle of the base plate (14-1) in a penetrating way and butt-jointed with the base plate (14-1) and the spring plate (14-2), the spring plate (14-2) and the lock pin (14-3) are connected in a rotating way, the base plate (14-1) is fixedly connected with the lock pin (14-3), the base plate (14-1) can rotate around the axis of the lock pin (14-3) to fix the two ends of the base plate and the vertical door frame (1) in a clamping way, the two ends of the spring plate (14-2) can be fixed with the vertical frame (13) in a clamping way, and the two sides of one side of the butt-jointed clip (14) on the vertical door frame (1) are provided with the base plate clamping grooves (1) extending in a vertical matching way with the two ends of the base plate (14-1) in a vertical way -1), spring plate clamping grooves (13-2) which are matched with the two ends of the spring plate (14-2) and vertically extend are arranged on the two sides of one side, butted with the clamp (14), of the vertical frame (13).

3. The partition aluminum profile module mounting structure as claimed in claim 2, wherein the base plate (14-1) is provided at both ends thereof with protrusions (14-4), and the two protrusions (14-4) extend upward and downward to form two opposite tips, respectively.

4. The partition aluminum profile module mounting structure as claimed in claim 1, wherein 2-3 clips (14) are vertically arranged between the mullion vertical piece (1) and the mullion (13).

5. The partition aluminum profile module mounting structure of claim 1, characterized in that the inside of the door cheek is tightly attached to the sealing strip (2) of the door cheek, one side of the sealing strip (2) of the door cheek is provided with the positioning convex rib (2-1) extending along the length direction, and the inside of the door cheek is provided with the mounting grooves matched with the positioning convex rib (2-1) in the right opposite surface of the vertical piece (1) of the two door cheek and the bottom surface of the horizontal piece (3) of the door cheek.

6. The partition aluminum profile module mounting structure as claimed in claim 1, wherein two pieces of glass (8) are vertically arranged and are parallel and right opposite, two upper edge clamping grooves (6-1) and two upper edge clamping limit positions of the two pieces of glass (8) are arranged at two edges of the bottom surface of the upper frame (6) along the length direction of the upper edge clamping grooves, two side edge clamping limit positions of the two pieces of glass (8) are arranged at two edges of the side surface of the vertical frame (13) along the length direction of the vertical frame, two lower edge clamping grooves (9-1) and two lower edge clamping limit positions of the two pieces of glass (8) are arranged at two edges of the top surface of the lower frame (9) along the length direction of the lower edge clamping grooves, two glass fillets (7) with U-shaped cross sections are arranged between the upper edge clamping grooves (6-1) and the glass (8), between the side edge clamping grooves (13-1) and the glass (8), and between the lower edge clamping grooves (9-1) and the glass (8), the U-shaped opening of the glass filler rod (7) faces the glass (8) and wraps the butt joint edge of the glass.

7. The partition aluminum profile module mounting structure as claimed in claim 6, wherein a hem (7-1) extends from one end of the U-shape of the glass insertion strip (7), and the hem (7-1) is bent towards the inside of the U-shaped opening and then is tightly attached to the inner side face of the edge of the butted glass (8).

8. The partition aluminum profile module mounting structure as claimed in claim 1, wherein the connecting assembly comprises a module lower guide rail (12) and a support rail (10), the module lower guide rail (12) is supported between the lower frame (9) and the support rail (10), the top surface of the module lower guide rail (12) supports the bottom surface of the lower frame (9), two sides of the bottom surface of the module lower guide rail (12) are bent inwards to form inward flanges (12-1) which are supported on outward flanges (10-1) extending from two sides of the support rail (10), the middle section of the support rail (10) is formed to protrude downwards and is arranged in an open accommodating cavity arranged upwards of the ground rail (11), a bolt (15) is arranged in the middle section of the support rail (10) to fix the ground rail (11), the screw section of the bolt (15) is upwards and is screwed with a lining plate (16) to support the support rail (10), the cap end of the bolt (15) is pressed downwards against the ground rail (11), and a lining plate (16) is arranged between the cap end and the ground rail (11).

9. The partition aluminum profile module mounting structure as claimed in any one of claims 1 to 8, wherein the surfaces of the door cheek transverse piece (3), the door cheek vertical piece (1), the upper frame (6), the lower frame (9), the vertical frame (13), the top rail (5), the upper positioning rail (4) and the ground rail (11) are all provided with an anticorrosive paint layer, and the anticorrosive paint layer is formed by powder spraying or fluorocarbon spraying.

10. The partition aluminum profile module mounting structure according to any one of claims 1 to 8, wherein the top rail (5) is stuffed with sponge strips (18) matching the length thereof.