CN213897686U - Partition wall module assembly structure - Google Patents
Partition wall module assembly structure Download PDFInfo
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- CN213897686U CN213897686U CN202022159688.1U CN202022159688U CN213897686U CN 213897686 U CN213897686 U CN 213897686U CN 202022159688 U CN202022159688 U CN 202022159688U CN 213897686 U CN213897686 U CN 213897686U
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Abstract
The utility model discloses a partition wall module assembly structure, include: the partition wall module is provided with a female connecting port and a connecting space on two sides; the assembling component is connected with the female connecting port in a plug-and-socket manner and is used for realizing the connection and the transfer of the partition wall modules; the partition wall connecting piece assembling component comprises a partition wall connecting piece and a cuttable switching column; the partition wall connecting piece is connected with the female connecting opening in a plug-and-socket manner, is arranged in the connecting space, is used for realizing the buckling connection of the partition wall modules, and comprises partition wall connecting pieces with the same thickness and partition wall connecting pieces with different thicknesses; the connecting post can be cut, the connecting post and the female plug-in buckle type connecting part are connected, the connecting part is used for realizing the mutual buckling type arbitrary angle switching of the partition wall modules, and the connecting male head capable of being cut is arranged on the connecting post. This partition wall module assembly structure through the partition wall connecting piece with can cut the switching post, can realize the same with the partition wall of different thickness quick butt joint each other and realize the connecing of various shapes changeing.
Description
Technical Field
The utility model belongs to the technical field of building interior decoration and decoration technique and specifically relates to a partition wall module assembly structure is related to.
Background
The partition wall in the prior art has the following problems: firstly, the size of a single partition board is fixed, and the thickness of the partition board cannot be adjusted; secondly, the traditional building block partition board needs wet operation in field installation, and has low installation efficiency, uncontrollable quality and poor field messiness; thirdly, the traditional partition board cannot be directly coated with a film or pasted with wallpaper, and the facing needs to be additionally processed; fourthly, most of the traditional partition boards are solid structures, and water and electricity wiring needs to be additionally grooved; fifthly, the traditional partition board is heavy and inconvenient to install. The prior art has the problems that the partition walls with different thicknesses can not be quickly connected and connected mutually, and the like.
Chinese patent document (Announcement date: 3.3.1999, Announcement number: CN 2309375Y) discloses a flame-retardant decorative movable partition board, which comprises board bodies and connecting pieces, wherein the board bodies are hollow rectangular plane boards covered with panels on both sides of a frame, the frame is formed by fixedly connecting an upper batten, a lower batten and vertical boards at two ends into a hollow frame shape, the two sides of each vertical board are provided with open inserting grooves, the openings of the inserting grooves at two sides are opposite, the width is equal, the connecting pieces are provided with inserting tongues corresponding to the inserting grooves of the vertical boards of the frame and can connect two/three/four adjacent board bodies together to form any angle.
Above-mentioned technical scheme needs a plurality of connecting pieces to go on at the switching in-process, can' T just can realize the switching of partition wall modules such as L type, T type and cross through a switching post, and the operation is complicated moreover.
SUMMERY OF THE UTILITY MODEL
The utility model aims at solving prior art mid-board connection, the switching structure is complicated, and the partition wall of same thickness and different thickness exists to connect inconvenient or can't realize quick butt joint scheduling problem, also can't realize that the partition wall can carry out the switching through an adaptor and connect the scheduling problem, and provide one kind can realize the partition wall quick butt joint each other of same and different thickness, the partition wall just can realize connecing fast through the general component that can cut, and do not need connecting pieces such as screw can accomplish the partition wall arbitrary combination of partition wall and the partition wall module assembly structure of switching.
The utility model discloses the technical scheme who realizes its invention purpose adopts is: a partition wall module assembly structure comprising:
the partition wall module is provided with a female connecting port and a connecting space at two sides;
the assembling component is connected with the female connecting port in a plug-and-socket manner and is used for realizing the connection and the transfer of the partition wall modules; the partition wall connecting piece assembling component comprises a partition wall connecting piece and a cuttable adapter column;
the partition wall connecting piece is connected with the female connecting opening in a plug-and-socket manner, is arranged in the connecting space, and is used for realizing the buckling connection of partition wall modules, and comprises partition wall connecting pieces with the same thickness and partition wall connecting pieces with different thicknesses;
the connecting post can be cut, and the connecting post and the female plug-in buckle type connecting part are connected to realize the mutual buckling type arbitrary angle switching of the partition wall modules, and the connecting male head capable of being cut is arranged on the connecting post capable of being cut.
The partition wall module assembly structure can realize arbitrary buckling connection of partition wall modules with the same thickness and different thicknesses by arranging connecting female ports and connecting spaces on two sides of the partition wall module and realizing switching of different shapes of the partition wall modules by a group of assembly components consisting of partition wall connecting pieces and switching columns which can be cut, can quickly realize buckling assembly connection and switching without fixing other connecting pieces such as screws, ensures that the partition wall modules can be arbitrarily combined to form partition walls with different thicknesses, can quickly butt joint the partition walls with the same thickness and different thicknesses through the partition wall connecting pieces, can realize quick switching of various shapes by cutting the switching columns, does not need connecting pieces such as any screw in the whole assembly process, is completely inserted and buckled, and is quick and convenient to operate, and all the assembly parts can be processed in a factory in advance, and only assembly is needed on site, so that the method is pollution-free and environment-friendly.
Preferably, the female connection port is of a slot structure, and is formed along the side surface of the partition wall module and close to the inner side surface. Female mouthful of connection sets up to slot structure is in order to realize being connected with the quick eye-splice formula of partition wall connecting piece and partition wall switching post, makes things convenient for the setting of partition wall switching post to be the shape that can cut simultaneously, makes things convenient for the die sinking preparation, saves the cost.
Preferably, the height of the groove wall of the female connection port facing the inner side surface of the partition wall panel is smaller than the height of the groove wall facing the outer side surface, a height difference is formed between the outer groove wall and the inner groove wall in height, and connection spaces are formed on two side edges of the partition wall panel. The unequal height arrangement of the groove walls on the two sides of the connecting female opening aims to form connecting spaces in the two sides of the partition wall modules, so that the partition wall connecting piece is completely hidden into the two partition wall modules after being inserted and buckled, and seamless connection of the partition wall modules is realized.
Preferably, the partition wall connecting piece with the same thickness is provided with a bidirectional opposite-inserting male plate in an I-shaped integrated manner. The partition wall connecting piece with the same thickness is used for quick buckle type connection between partition wall modules with the same thickness, so that the two partition wall modules can be butted together in a left-right mode by arranging the two partition wall connecting pieces with the same thickness in a bidirectional opposite-inserting male plate structure, and quick connection is realized.
Preferably, the partition wall connecting piece with different thicknesses comprises a connecting piece main body, a height-adjustable opposite-inserting male plate and a base body opposite-inserting plate which are integrally arranged; the basic opposite insertion plates are vertically arranged at one end of the connecting piece main body and are symmetrical on two sides; the height to inserting public board set up the other end in the connecting piece main part and set up respectively on two sides of connecting piece main part, the height on one of them side is provided with a plurality ofly to inserting public board. Different thickness partition wall connecting piece is for carrying out the high-speed joint between the partition wall module to different thickness and set up, consequently, need set up a base member to the picture peg, the partition wall module that also is interconnect aligns on one side and realizes the spiral-lock and connect, and the another side is because thickness is different, the height of the adjustable thickness who consequently sets up is to inserting public board for the selection that the eye-splice of the partition wall module of different thickness is connected, thereby can guarantee to realize the quick spiral-lock of different thickness partition wall modules and connect.
Preferably, the cross section of the cuttable adapter column is in a square structure, and a cavity is formed in the cuttable adapter column. Can cut the switching post in order to realize a general design that goes on, realize that the partition wall module switching of whatever shape can all carry out the switching through this switching post and connect, realized that a is general, quick spiral-lock formula switching, convenient operation is swift.
Preferably, the connecting male heads are arranged on four sides of the square of the cuttable adapter column and close to two ends of each side, the connecting male heads form a splayed structure at corners, and any one connecting male head can be cut at will according to requirements. The setting that can cut the switching post is the needs that conveniently realize the partition wall switching to can form the setting of L type, T type and cross partition wall module, and can cut the switching post and can realize the switching of multiple shape through a mould, and need not open multiple mould, only need cut the public head of connection above that, can use, in order to realize the switching of the different shapes of partition wall.
Preferably, the partition wall module is formed by splicing and hanging partition wall panels with buckling structures, and is fixed and sealed through a fixing component connected with the partition wall panels in a buckling mode. In order to realize quick fastening connection and switching, the partition wall module is also designed to be connected and sealed by a fastening structure.
Preferably, the fixing component comprises a fixing piece and an adjusting fixing block, and the fixing piece is connected with the adjusting fixing block in a buckle type. The fixing component can meet the requirements of fixing edge sealing of partition wall modules with different thicknesses by using the fixing component and the adjusting fixing block singly or in combination.
Preferably, the fixing piece is provided with a panel buckling groove and an adjusting fixing block buckling groove, and a panel buckling lug is formed between the end face of the fixing piece and the panel buckling groove; the adjusting fixing block is provided with a self-buckling groove, a buckling lug and an inserting lug.
The utility model has the advantages that: this partition wall module assembly structure, through a set of by the partition wall connecting piece with can cut the assembly subassembly that the switching post is constituteed, just can, make the partition wall module make up the partition wall that forms different thickness wantonly, the partition wall of the same and different thickness can dock fast through the partition wall connecting piece each other, and the accessible can cut the switching post and realize the switching of quick various shapes, and whole assembling process does not need connecting pieces such as any screw, insert the spiral-lock entirely and connect, the operation is swift convenient, and all equipment parts all can mill processing in advance, the scene only need assemble can, no pollution, the environmental protection.
Drawings
Fig. 1 is a schematic structural view of a partition wall module assembly structure of the present invention;
FIG. 2 is a schematic view of a connection structure of the same and different thickness partition wall modules of the present invention;
FIG. 3 is a schematic view of an exploded structure of the partition wall module of FIG. 2;
fig. 4 is a schematic diagram of three structures for transferring the intermediate wall module of the present invention;
FIG. 5 is a schematic view of an exploded structure of the adapter of the partition wall module of FIG. 4;
FIG. 6 is a schematic view of the same thickness partition wall connector of the present invention;
fig. 7 is a schematic structural view of a partition wall connector of different thickness in the present invention;
FIG. 8 is a schematic view of a configuration of a cuttable transition post of the present invention;
FIG. 9 is a schematic diagram of a cutting process of the cuttable transition post of the present invention;
fig. 10 is a schematic structural view of the intermediate wall panel according to the present invention;
fig. 11 is a schematic structural view of a fixing member according to the present invention;
fig. 12 is a schematic structural view of the adjusting fixing block of the present invention;
in the figure: 1. partition wall module, 10, partition wall panel, 11, the spiral-lock structure, 12, connect female mouth, 2, the mounting, 23, panel spiral-lock groove, 24, panel spiral-lock lug, 25, adjust fixed block spiral-lock groove, 3, adjust the fixed block, 33, from spiral-lock groove, 34, spiral-lock lug, 35, the grafting lug, 5, partition wall connecting piece, 51, same thickness partition wall connecting piece, 511, two-way male plate of pegging graft, 52, the partition wall connecting piece of inequality, 521, the connecting piece main part, 522, height peg board, 523, base member peg board, 6, can cut the switching post, 61, connect the male head, 62, the cavity, A, the connection space.
Detailed Description
The technical solution of the present invention will be further described in detail by the following specific embodiments with reference to the accompanying drawings.
Example 1:
in the embodiment shown in fig. 1, 2, 3, 4 and 5, a partition wall module assembling structure is characterized by comprising:
the partition wall module 1 is provided with a female connecting port 12 and a connecting space A at two sides;
the assembly component 2 is connected with the female connecting port 12 in a plug-and-socket manner and is used for realizing the connection and the transfer of the partition wall modules; the assembly component comprises a partition wall connecting piece 5 and a cuttable adapter column 6;
the partition wall connecting piece 5 is connected with the female connecting port 12 in a plug-and-socket manner and is arranged in the connecting space, and is used for realizing the buckling connection of the partition wall modules 1, wherein the partition wall connecting piece 5 comprises partition wall connecting pieces 51 with the same thickness and partition wall connecting pieces 52 with different thicknesses;
the connecting post 6 can be cut, and is connected with the female plug-in buckle type connecting part for realizing the mutual fastening type arbitrary angle switching of the partition wall modules, and the connecting male head 61 capable of being cut is arranged on the connecting post 6 capable of being cut.
The female connection port 12 is of a slot structure, and the female connection port 12 is formed along the side face of the partition wall module and close to the inner side face.
The height of the groove wall of the connecting female port 12 facing the inner side surface of the partition wall module 1 is smaller than that of the groove wall facing the outer side surface, a height difference is formed between the outer side groove wall and the inner side groove wall in height, and connecting spaces A are formed on two side edges of the partition wall module 1.
As shown in fig. 6, the partition wall connecting member 51 of the same thickness is integrally provided with a bi-directional opposite-insertion male plate 511 in an i-shape.
As shown in fig. 7, the partition wall connector 52 with different thicknesses comprises a connector main body 521, a height-adjustable male board 522 and a base body spile board 523, which are integrally arranged; the basic inserting plate 523 is vertically arranged at one end of the connecting piece main body 521, and is symmetrical on two sides; the male board 522 for high and low insertion is arranged at the other end of the connector body 521 and respectively arranged on two side surfaces of the connector body 521, wherein a plurality of male boards 522 for high and low insertion are arranged on one side surface.
As shown in fig. 8, the cross section of the cuttable adapter column 6 is a cube structure, and a cavity 62 is arranged inside the cuttable adapter column 6.
The male connecting head 61 is arranged on four sides of the square of the cuttable adapter column 6 and close to two ends of each side, the male connecting head 61 forms a splayed structure at the corner, and any one male connecting head 61 can be cut randomly as required.
As shown in fig. 10, the partition module is formed by splicing and connecting partition panels 10 with fastening structures 11, and is fixed and sealed by a fixing component which is connected with the partition panels in a plug-and-socket manner.
The fixing component comprises a fixing piece 2 and an adjusting fixing block 3, and the fixing piece 2 is connected with the adjusting fixing block 3 in a buckling mode.
The fixing piece 2 is provided with a panel buckling groove 23 and an adjusting fixing block buckling groove 25, and a panel buckling lug 24 is formed between the end surface of the fixing piece and the panel buckling groove 23; the adjusting fixing block 3 is provided with a self-buckling groove 33, a buckling lug 34 and an inserting lug 35.
As shown in fig. 6 and 7, the partition wall connecting member 5 includes a partition wall connecting member 51 of the same thickness and a partition wall connecting member 52 of different thicknesses; the partition wall connecting piece 51 with the same thickness is integrally provided with a bidirectional opposite-inserting male plate 511 in an I shape; the partition wall connecting piece 52 with different thicknesses comprises a connecting piece main body 521, a height-adjustable plug male plate 522 and a base body plug plate 523, which are integrally arranged; the basic inserting plate 523 is vertically arranged at one end of the connecting piece main body 521, and is symmetrical on two sides; the male board 522 for high and low insertion is arranged at the other end of the connector body 521 and respectively arranged on two side surfaces of the connector body 521, wherein a plurality of male boards 522 for high and low insertion are arranged on one side surface. The partition wall is connected and is provided with the partition wall connecting piece of the same thickness and the partition wall connecting piece of different thickness to satisfy the connection between the partition wall module of the same thickness, and different thickness partition wall connecting pieces are then in order to realize the interconnect between the partition wall module of different thickness, satisfy different installation and set up the requirement.
As shown in fig. 8, a connecting male head 61 which can be cut is arranged on the cutting adapter column 6; the cross section of the cuttable switching post 6 is in a square structure, a cavity 62 is formed in the cuttable switching post 6, the connecting male heads 61 are arranged on four edges of the square of the cuttable switching post 6 and close to two ends of each edge, the connecting male heads 61 form a splayed structure at the edges, and any one connecting male head can be cut randomly according to needs. As shown in fig. 9, four connecting male connectors 61 on the connecting post can be cut off according to the needs to meet the needs of L-shaped switching, two connecting male connectors 61 on the same edge can be cut off to meet the needs of T-shaped switching, and how to cut off the needs according to the needs of actual partition wall switching specifically, so that the L-shaped, T-shaped and cross partition wall modules can be arranged, and the connecting post can be cut off to realize the switching of various shapes through one die without opening various dies, and only the connecting male connectors on the connecting post need to be cut off, so that the connecting post can be used to realize the switching of different shapes of the partition wall.
The partition wall panel 10 is made of inorganic materials and is integrally extruded, and a finishing layer is arranged on the outer side surface of the partition wall panel 10. The partition panel is integrally extruded and molded by inorganic materials, the fire-proof grade can reach A grade, and the environmental protection grade can reach E. And the partition wall panel can be directly coated to be used as a decorative surface layer, so that the operation is convenient, and the time and the labor are saved.
As shown in fig. 11, the fixing member 2 includes a fixing member body and a fixing member abutting limiting plate which are integrally arranged in an L-shaped structure, a panel fastening groove 23 is arranged on a side surface of the fixing member body in the same direction as the fixing member abutting limiting plate, the panel fastening groove 23 is arranged in the middle of the fixing member body, and a panel fastening projection 24 is formed between the end surface of the fixing member body and the panel fastening groove 23; and the end surface of the fixing piece body which is in the same plane with the fixing piece abutting limiting plate is provided with an adjusting fixing block buckling groove 25. The width of mounting body just is mounting and the inside installation space A that leaves of terminal surface of indentation partition wall panel behind the spiral-lock structure spiral-lock on the partition wall panel, can insert with partition wall module inner wall looks butt through mounting butt limiting plate, carry on spacingly to the mounting, and carry out the lock joint through mounting spiral-lock structure on panel spiral-lock groove and the partition wall panel, the knot slot spiral-lock on panel spiral-lock lug and the partition wall panel, many positions spiral-lock has been realized, make the installation arrange with firm reliable. The setting of adjusting fixed block spiral-lock groove is fixed and the side banding to it through increasing the regulation fixed block in order to make things convenient for in partition wall panel thickness adjustment process. Adjust the fixed block and adjust fixed block spiral-lock groove and can realize quick eye-splice and be connected, satisfy the fixed requirement of partition wall thickness adjustment.
As shown in fig. 12, adjust the regulating block body that fixed block 3 set up including an organic whole and adjust the spiral-lock structure, the regulating block body be the rectangle structure, adjust the spiral-lock structure include from spiral-lock groove 33, spiral-lock lug 34 and grafting lug 35, grafting lug 35 extend to one side along the bottom surface of regulating block body and set up, set up on the lower bottom surface of regulating block body from spiral-lock groove 33, spiral-lock lug 34 protruding establish on the up end of regulating block body. The adjusting fixing blocks can be provided with a plurality of blocks, the structures are completely consistent, and the adjusting fixing blocks can be combined randomly during use, so that different numbers of adjusting fixing blocks are added in the thickness adjusting process of the partition wall panel, and the requirements of fixing the partition wall panels with different thicknesses and sealing edges at the side edges are met. The self-buckling grooves and the buckling lugs are used for realizing mutual buckling of the adjusting fixing blocks and buckling connection between the adjusting fixing blocks and the fixing pieces, and the inserting lugs are used for realizing insertion connection between the inserting lugs and the partition wall panel.
As shown in fig. 2, 3, 4 and 5, the assembly structure of the partition wall module comprises the following operation steps:
two partition wall panels 10 with buckling structures 11 are oppositely pushed; selecting a buckling position of a buckling structure according to the thickness of a partition wall required to be arranged; pushing the two partition wall panels left and right to enable the buckling structures 11 on the two partition wall panels to be horizontally inserted into positions, and then pulling the two partition wall panels outwards respectively to enable the buckling structures 11 on the two partition wall panels to be mutually hung and buckled together to form a combined partition wall module; the fastening connection of mounting 2 or mounting 2 and regulation fixed block 3: according to the set thickness of the partition wall, a fixing piece is selected to be used independently or a combination of the fixing piece and an adjusting fixing block is selected, when the fixing piece and the adjusting fixing block are required to be combined for use, the adjusting fixing blocks 3 are connected into a whole through self-buckling type buckling, and then the fixing piece 2 and the adjusting fixing block 3 are connected into a whole in a buckling and inserting type; fixing and sealing edges of the combined partition wall: the fixing piece or the assembly piece of the fixing piece and the adjusting fixing piece is respectively pushed from two ends of the combined partition wall module 1 and is connected with the buckling structure 11 on the partition wall panel in a buckling and buckling inserting type connecting mode, so that the fixed edge sealing of two sides of the combined partition wall is realized, and the rapid assembly of the partition wall module 1 is completed;
as shown in fig. 2 and 3, the assembly of partition wall modules of the same or different thicknesses: the partition wall modules 1 are mutually connected in an opposite inserting way through a group of partition wall connecting pieces 51 with the same thickness through connecting female ports 12 on a partition wall panel 10 to form the partition wall modules with the same thickness; or the partition wall modules 1 are mutually butted through a group of partition wall connecting pieces 52 with different thicknesses through the connecting female ports 12 to form partition wall modules with different thicknesses;
as shown in fig. 4 and 5, a cuttable switching column 6 with a connecting male head 61 is respectively connected with the connecting female ports 12 on the partition wall module 1 in a mutual inserting way to form an L-shaped, T-shaped and cross-shaped switching partition wall module;
and finally, installing the partition wall module at a corresponding decorative position through the daily floor keel, and finally completing the installation of the partition wall.
The partition wall module assembly structure can realize arbitrary buckling connection of partition wall modules with the same thickness and different thicknesses by arranging connecting female ports and connecting spaces on two sides of the partition wall module and realizing switching of different shapes of the partition wall modules by a group of assembly components consisting of partition wall connecting pieces and switching columns which can be cut, can quickly realize buckling assembly connection and switching without fixing other connecting pieces such as screws, ensures that the partition wall modules can be arbitrarily combined to form partition walls with different thicknesses, can quickly butt joint the partition walls with the same thickness and different thicknesses through the partition wall connecting pieces, can realize quick switching of various shapes by cutting the switching columns, does not need connecting pieces such as any screw in the whole assembly process, is completely inserted and buckled, and is quick and convenient to operate, and all the assembly parts can be processed in a factory in advance, and only assembly is needed on site, so that the method is pollution-free and environment-friendly.
The above embodiments are merely preferred embodiments of the present invention, and the scope of the present invention is not limited thereto. All equivalent changes made according to the shape and structure of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. A partition wall module assembling structure characterized by comprising:
the partition wall module (1) is provided with a female connecting port (12) and a connecting space (A) at two sides;
the assembling component is connected with the female connecting port in a plug-and-socket manner and is used for realizing the connection and the transfer of the partition wall modules; the assembly component comprises a partition wall connecting piece and a cuttable adapter column;
the partition wall connecting piece (5) is connected with the female connecting port (12) in a plug-and-socket manner and arranged in the connecting space, and is used for realizing components for realizing the buckling connection of partition wall modules, and the partition wall connecting piece (5) comprises partition wall connecting pieces (51) with the same thickness and partition wall connecting pieces (52) with different thicknesses;
can cut switching post (6), be connected with the female eye-splice formula of being connected and be used for realizing the part of the arbitrary angle switching of the mutual spiral-lock of partition wall module, can cut and be provided with the male joint of connection (61) that can cut on switching post (6).
2. A partition wall module assembly structure according to claim 1, wherein: the female mouth (12) of connection be slot structure, female mouth (12) of connection set up along the side of partition wall module and be close to the medial surface.
3. A partition wall module assembly structure according to claim 2, wherein: the height of the groove wall of the inner side face of the partition wall module (1) of the connecting female port (12) is smaller than the height of the groove wall facing the outer side face, the height difference is formed between the outer side groove wall and the inner side groove wall, and connecting spaces (A) are formed on two side edges of the partition wall module (1).
4. A partition wall module assembly structure according to claim 1, wherein: the partition wall connecting piece (51) with the same thickness is integrally provided with a bidirectional opposite-insertion male plate (511) in an I shape.
5. A partition wall module assembly structure according to claim 1, wherein: the partition wall connecting piece (52) with different thicknesses comprises a connecting piece main body (521), a height-adjustable opposite-inserting male plate (522) and a base body opposite-inserting plate (523), which are integrally arranged; the base body opposite insertion plates (523) are vertically arranged at one end of the connecting piece main body (521) and are symmetrical on two sides; the high-low plug male plates (522) are arranged at the other end of the connector main body (521) and are respectively arranged on two side surfaces of the connector main body (521), and a plurality of high-low plug male plates (522) are arranged on one side surface.
6. A partition wall module assembly structure according to claim 1, wherein: the cross section of the cuttable adapter column (6) is in a square structure, and a cavity (62) is arranged in the cuttable adapter column (6).
7. A partition wall module assembly structure according to claim 6, wherein: the connecting male heads (61) are arranged on four sides of the square of the cuttable adapter column (6) and close to two ends of each side, the connecting male heads (61) form a splayed structure at the corners, and any one connecting male head (61) can be cut at will according to requirements.
8. A partition wall module assembly structure according to any one of claims 1 to 7, wherein: partition wall module (1) form by partition wall panel (10) to piecing together the hanging dress connection that has spiral-lock structure (11) to be connected fixed subassembly through one and partition wall panel (10) eye-splice formula and fix and the banding.
9. A partition wall module assembly structure according to claim 8, wherein: the fixing assembly comprises a fixing piece (2) and an adjusting fixing block (3), and the fixing piece is connected with the adjusting fixing block (3) in a buckle type.
10. A partition wall module assembly structure according to claim 9, wherein: the fixing piece (2) is provided with a panel buckling groove (23) and an adjusting fixing block buckling groove (25), and a panel buckling lug (24) is formed between the end surface of the fixing piece and the panel buckling groove (23); the adjusting fixing block (3) is provided with a self-buckling groove (33), a buckling lug (34) and an inserting lug (35).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022159688.1U CN213897686U (en) | 2020-09-27 | 2020-09-27 | Partition wall module assembly structure |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202022159688.1U CN213897686U (en) | 2020-09-27 | 2020-09-27 | Partition wall module assembly structure |
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| CN213897686U true CN213897686U (en) | 2021-08-06 |
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