Assembly type partition wall clamping keel and connecting structure using clamping keel

Abstract

The utility model relates to an assembly type partition wall clamping keel and a connecting structure using the clamping keel, the assembly type partition wall clamping keel comprises a left side clamping keel, a right side clamping keel, a front spacing bar and a rear spacing bar, a left clamping and embedding part of the front spacing bar and a left clamping and embedding part of the rear spacing bar comprise a left embedding plate extending upwards in an inclined mode, and a right embedding plate extending upwards in an inclined mode. The right clamping and embedding part comprises a right embedding plate extending upwards in an inclined mode, and the inner side face of the left embedding plate and the inner side face of the right embedding plate form a Y shape. The left connecting plate and the right connecting plate are provided with reinforcing connecting plates at the embedding openings; screw mounting holes are pre-formed in the left middle connecting plate and the right middle connecting plate; a left inflection plate is arranged at the tail end of the left outer side abutting plate, and a right inflection plate is arranged at the tail end of the right outer side abutting plate, so that the connecting strength of the front spacing strip and the rear spacing strip is improved, and the structure is simplified; by arranging the entity module, the glass module and the door module which are connected in a matched mode, the connection stability is improved, the good clamping and fixing connection effect is achieved, using is safe and reliable, and assembling, disassembling and overhauling are convenient.

Description

Technical Field

[0001] The invention relates to the technical field of assembled partition walls, in particular to an assembled partition wall clamping keel and a connection structure using the clamping keel. Background Art

[0002] At present, in the prefabricated partition system, solid modules, glass modules, and door modules are often used to fix the modules. Therefore, a keel connection device must be provided between each module, and the most common ones are basically fixed with C-shaped steel or square steel. This fixing method is only used for installation projects with a long construction period, and it is easy to cause damage to the partition body during the construction process, thereby affecting the appearance of the partition body. The keel connection device in the prior art uses fixed screws or through screws on the surface of the module and the connector to fix it. The connector has the disadvantages of a relatively complex structure, requiring more surfaces to be processed, difficulty in opening holes, high difficulty coefficient in installation, and easy secondary damage to the partition body during the opening process.

[0003] In the prior art, for example, the patent with announcement number CN 216007423 U discloses a breathable keel structure, the strength of the "J"-shaped steel parts of the structure is not strong enough, and the connection stability and strength during use need to be improved; a pair of U-shaped steel parts and screws are required to fix the left clamping keel and the right clamping keel respectively, and the structure is complicated. This application improves the structure of the "J"-shaped steel parts, the left clamping keel and the right clamping keel of the product, and designs the structure of the solid steel plate module, glass module and door module that are compatible with it to meet the requirements of stability in use and improve connection strength. Utility Model Content

[0004] The purpose of the utility model is to provide a prefabricated partition wall clamping keel and a connection structure using the clamping keel in view of the above-mentioned problems and shortcomings.

[0005] The technical solution adopted by the clamping keel of the assembled partition wall of the utility model is as follows: the clamping keel of the assembled partition wall comprises a clamping keel, the clamping keel comprises a left clamping keel, a right clamping keel and a front spacing strip and a rear spacing strip respectively connecting the front and rear sides of the left clamping keel and the right clamping keel, the left clamping keel comprises a left middle connecting plate arranged in the middle, two left embedded grooves respectively arranged at the front and rear ends of the left middle connecting plate and a left connecting part respectively arranged at the outer ends of the two left embedded grooves, the right clamping keel comprises a right middle connecting plate arranged in the middle, two right embedded grooves respectively arranged at the two outer sides of the right middle connecting plate and a right connecting part respectively arranged at the outer ends of the two right embedded grooves, a left stop convex is provided between the left embedded groove and the left connecting part, and a right stop convex is provided between the right embedded groove and the right connecting part; the front spacing strip and the rear spacing strip comprise a left connecting plate and a right connecting plate parallel to each other, which are integrally made with the left connecting plate and the right connecting plate and connect the left connecting plate and the right connecting plate The end of the outer end of the connecting plate is connected to the bridge plate, the left clamping part arranged at the inner end of the left connecting plate and adapted to the left embedding groove, and the right clamping part arranged at the inner end of the right connecting plate and adapted to the right embedding groove; the left middle connecting plate and the right middle connecting plate are abutted against each other, and an embedding opening for the left connecting plate and the right connecting plate for supplying the front spacing bar and the rear spacing bar is formed between the left stop convex and the right stop convex; the left embedding groove is a V-shaped groove formed by the left straight plate and the left inclined plate, and the right embedding groove is a V-shaped groove formed by the right straight plate and the right inclined plate, the left straight plate is perpendicular to the left middle connecting plate, and the right straight plate is perpendicular to the right middle connecting plate, the left connecting part includes a left inclined plate arranged at the end of the left inclined plate and inclined outwardly, a left outer side abutting plate arranged at the end of the left inclined plate and perpendicular to the left middle connecting plate, and the right connecting part includes a right inclined plate arranged at the end of the right inclined plate and inclined outwardly, and a right outer side abutting plate arranged at the end of the right inclined plate and perpendicular to the right middle connecting plate;

[0006] The left locking part includes a left locking plate disposed at the end of the left connecting plate and extending obliquely upward, and the right locking part includes a right locking plate disposed at the end of the right connecting plate and extending obliquely upward, and the inner side surfaces of the left locking plate and the right locking plate form a Y shape;

[0007] The left connecting plate and the right connecting plate are provided with reinforcing connecting plates at the inlaying positions;

[0008] The left middle connecting plate and the right middle connecting plate are provided with screw mounting holes in advance;

[0009] The end of the left outer supporting plate is provided with a left folding plate parallel to the left middle connecting plate; the end of the right outer supporting plate is provided with a right folding plate parallel to the right middle connecting plate;

[0010] Shock-absorbing EVA tapes are adhered to the left outer side abutting plate and the right outer side abutting plate.

[0011] The utility model is an assembled partition wall clamping keel used for a connection structure between a solid module and a solid module: it includes a left solid module and a right solid module connected by the clamping keel, the left solid module includes two solid steel plate modules respectively arranged at the front and rear sides and a honeycomb or foam light filling material arranged between the two solid steel plate modules, the two solid steel plate modules are connected to the left outer side of the clamping keel through a pair of symmetrical left embedded card connectors and the top plate screws; the right solid module includes two solid steel plate modules respectively arranged at the front and rear sides and a honeycomb or foam light filling material arranged between the two solid steel plate modules, the two solid steel plate modules are connected to the left outer side of the clamping keel through a pair of symmetrical left embedded card connectors and the top plate screws; the right solid module includes two solid steel plate modules respectively arranged at the front and rear sides and a honeycomb or foam light filling material arranged between the two solid steel plate modules, The module is connected to the right outer side of the clamping keel by a pair of symmetrical right embedded card connectors and the top plate screws; the left embedded card connector and the right embedded card connector both include an integrated embedded card plate and a connecting plate that are at right angles to each other, the end of the embedded card plate of the left embedded card connector is provided with a left clamping protrusion that matches the left stop protrusion, and the end of the embedded card plate of the right embedded card connector is provided with a right clamping protrusion that matches the right stop protrusion, and the connecting plate is provided with a screw connecting hole; the solid steel plate module includes a plate body and a right-angled groove connecting part arranged at the connecting end of the plate body, and the right-angled groove connecting part is provided with a screw connecting hole that matches the screw connecting hole provided on the connecting plate; the solid steel plate module is connected to the connecting plate by screws.

[0012] The technical solution of the connection structure of the clamping keel of the assembled partition wall of the utility model for the solid module and the door module is as follows: the solid module and the door module are connected by the clamping keel, the solid module is the right solid module, the right solid module includes two solid steel plate modules respectively arranged at the front and rear sides and a honeycomb or foam light filling material arranged between the two solid steel plate modules, and the two solid steel plate modules are connected to the right outer side of the clamping keel through a pair of symmetrical right embedded card connectors and the top plate screws;

[0013] The right embedded card connector includes an integrated embedded card plate and a connecting plate that are at right angles to each other. The end of the embedded card plate of the right embedded card connector is provided with a right card protrusion that matches the right stop protrusion, and the connecting plate is provided with a screw connection hole; the solid steel plate module includes a plate body, a right-angle groove connecting part arranged at the connecting end of the plate body, and the right-angle groove connecting part is provided with a screw connection hole that matches the screw connection hole provided on the connecting plate of the right embedded card connector;

[0014] The door module includes a cavity body made of aluminum alloy material, a door module connecting plate is provided on the side of the cavity body, a door module front rectangular groove tube and a door module rear rectangular groove tube are provided on the front and rear sides of the cavity body respectively, the left clamping keel and the right clamping keel are fixed to the door module connecting plate of the door module cavity body through screw mounting holes preset on the left middle connecting plate and the right middle connecting plate, the left outer side abutting plate is respectively pressed against the outer sides of the door module front rectangular groove tube and the door module rear rectangular groove tube through shock-absorbing EVA tape, and the left return folding plate and the right return folding plate are respectively pressed against the sides of the door module connecting plate.

[0015] The utility model discloses a technical scheme of a connection structure of a prefabricated partition wall clamping keel used for a glass module and a glass module: comprising two glass modules connected by a clamping keel and glass installed on the glass modules, the glass module comprising a front butt joint plate and a rear butt joint plate made of aluminum alloy material, a front cavity body arranged on the front butt joint plate and a rear cavity body arranged on the rear butt joint plate, the front cavity body is provided with a front rectangular groove tube, a front embedded card connecting plate is provided on the side of the front rectangular groove tube, and a left clamping protrusion of the glass module adapted to the left stop protrusion is provided at the end of the front embedded card connecting plate;

[0016] The rear cavity is provided with a rear rectangular groove tube, the side of the rear rectangular groove tube is provided with a rear embedded card connecting plate, and the end of the rear embedded card connecting plate is provided with a glass module right clamping protrusion matched with the right stop protrusion;

[0017] The front cavity is embedded between the front spacing strip and the left embedded groove through the front embedded card connecting plate. The left clamping protrusion of the glass module provided at the end of the front embedded card connecting plate cooperates with the left blocking protrusion. The left outer abutting plate and the right outer abutting plate are respectively pressed against the corresponding inner sides of the front rectangular groove tube and the rear rectangular groove tube through the shock-absorbing EVA tape.

[0018] The rear cavity is embedded between the rear spacing strip and the right embedding groove through the rear embedding card connecting plate. The right clamping protrusion of the glass module provided at the end of the rear embedding card connecting plate cooperates with the right stop protrusion; the left outer abutment plate and the right outer abutment plate are respectively pressed against the corresponding inner sides of the front rectangular groove tube and the rear rectangular groove tube through shock-absorbing EVA tape.

[0019] Furthermore, waterproof glue grooves are provided on the inner sides of the front docking plate and the rear docking plate, and waterproof glue is installed in the waterproof glue grooves.

[0020] The technical scheme of the connection structure of the assembled partition wall clamping keel used for the glass module and the door module of the utility model is as follows: the glass module and the door module are connected by the clamping keel, the glass module is installed with glass, the glass module comprises a front docking plate and a rear docking plate made of aluminum alloy material, a front cavity body arranged on the front docking plate and a rear cavity body arranged on the rear docking plate, the front cavity body is provided with a front rectangular groove tube, the side of the front rectangular groove tube is provided with a front embedded card connecting plate, and the end of the front embedded card connecting plate is provided with a right clamping protrusion of the glass module adapted to the right stop protrusion;

[0021] The rear cavity is provided with a rear rectangular groove tube, the side of the rear rectangular groove tube is provided with a rear embedded card connecting plate, and the end of the rear embedded card connecting plate is provided with a glass module right clamping protrusion matched with the right stop protrusion;

[0022] The front cavity is embedded between the front spacing bar and the left embedding groove through the front embedding card connecting plate, and the left clamping protrusion of the glass module provided at the end of the front embedding card connecting plate cooperates with the left blocking protrusion; the left outer side abutting plate and the right outer side abutting plate are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube and the rear rectangular groove tube through the shock-absorbing EVA tape;

[0023] The rear cavity is embedded between the rear spacing strip and the right embedding groove through the rear embedding card connecting plate, and the right clamping protrusion of the glass module provided at the end of the rear embedding card connecting plate cooperates with the right blocking protrusion; the left outer side abutting plate and the right outer side abutting plate are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube and the rear rectangular groove tube through the shock-absorbing EVA tape;

[0024] The door module includes a cavity body made of aluminum alloy material, a door module connecting plate is provided on the side of the cavity body, a door module front rectangular groove tube and a door module rear rectangular groove tube are provided on the front and rear sides of the cavity body respectively, the left clamping keel and the right clamping keel are fixed to the door module connecting plate of the door module cavity body through screw mounting holes preset on the left middle connecting plate and the right middle connecting plate, the left outer side abutting plate is respectively pressed against the outer sides of the door module front rectangular groove tube and the door module rear rectangular groove tube through shock-absorbing EVA tape, and the left return folding plate and the right return folding plate are respectively pressed against the sides of the door module connecting plate.

[0025] Beneficial technical effects of the utility model:

[0026] 1. The front spacing bar and the rear spacing bar are provided with left and right panels extending obliquely upward, and the inner side surfaces of the left and right panels form a Y shape, so that the left and right connecting plates can extend further outward, thereby increasing the contact surface with the solid steel plate module, the glass module and the door module, and improving the stability of the connection; the left and right connecting plates are provided with reinforcing connecting plates at the inlay, thereby improving the connection strength of the front spacing bar and the rear spacing bar;

[0027] 2. The left middle connecting plate and the right middle connecting plate are provided with screw mounting holes, which can be directly connected with the door module screws, eliminating the need for a pair of U-shaped steel parts and screws to fix the left clamping keel and the right clamping keel in the prior art, thus simplifying the structure;

[0028] 3. A left folding plate parallel to the left middle connecting plate is provided at the end of the left outer abutting plate, and a right folding plate parallel to the right middle connecting plate is provided at the end of the right outer abutting plate. The left folding plate and the right folding plate are respectively pressed against the side of the door module connecting plate to improve the stability of the connection.

[0029] 4. A left-embedded card connector and a right-embedded card connector and a physical module adapted thereto are provided, and a glass module with a front-embedded card connector plate and a rear-embedded card connector plate is provided to facilitate connection;

[0030] 5. It has good clamping and fixing effect, firm connection, safe and reliable use, and convenient loading, unloading and maintenance. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 This is a structural schematic diagram of the clamping keel of the assembled partition wall of the utility model;

[0032] Figure 2 It is a schematic diagram of the exploded structure of the clamping keel of the assembled partition wall of the utility model;

[0033] Figure 3 This is a schematic diagram of the connection structure of the utility model of the assembled partition wall clamping keel used for the solid module and the solid module;

[0034] Figure 4 This is a schematic diagram of the connection structure of the utility model of the assembled partition wall clamping keel used for the solid module and the door module;

[0035] Figure 5 This is a schematic diagram of the connection structure of the assembled partition wall clamping keel used for glass modules and glass modules of the utility model;

[0036] Figure 6 The utility model is a schematic diagram of the connection structure of the assembled partition wall clamping keel used for the glass module and the door module. DETAILED DESCRIPTION

[0037] The utility model is described in detail below in conjunction with the accompanying drawings.

[0038] Embodiment 1: Figure 1-2As shown, the utility model of assembled partition wall clamping keel includes a clamping keel, wherein the clamping keel includes a left clamping keel 1, a right clamping keel 2, and a front spacing bar 3 and a rear spacing bar 4 respectively connecting the front and rear sides of the left clamping keel 1 and the right clamping keel 2, the left clamping keel 1 includes a left middle connecting plate 11 arranged in the middle, two left embedded grooves 12 respectively arranged at the front and rear ends of the left middle connecting plate 11, and left connecting parts respectively arranged at the outer ends of the two left embedded grooves 12, and the right clamping keel 2 includes a left clamping keel 1 arranged in the middle The right middle connecting plate 21, two right embedded grooves 22 respectively arranged on the two outer sides of the right middle connecting plate 21 and right connecting parts respectively arranged at the outer ends of the two right embedded grooves 22, a left stop convex 13 is arranged between the left embedded groove 12 and the left connecting part, and a right stop convex 23 is arranged between the right embedded groove 22 and the right connecting part; the front spacing bar 3 and the rear spacing bar 4 include a left connecting plate 31 and a right connecting plate 32 which are parallel to each other, an end connecting bridge plate 33 which is integrally made with the left connecting plate 31 and the right connecting plate 32 and connects the outer ends of the left connecting plate 31 and the right connecting plate 32, and a The left card embedding portion disposed at the inner end of the left connecting plate 31 and adapted to the left embedding groove 12 and the right card embedding portion disposed at the inner end of the right connecting plate 32 and adapted to the right embedding groove 22; the left middle connecting plate 11 and the right middle connecting plate 21 are close to each other, and the left stop convex 13 and the right stop convex 23 form an embedding opening for the left connecting plate 31 and the right connecting plate 32 of the front spacing bar 3 and the rear spacing bar 4 to pass through; the left embedding groove 12 is a V-shaped groove formed by the left straight plate 15 and the left inclined plate 16, and the right embedding groove 22 is a V-shaped groove formed by the right straight plate 25 and the right inclined plate 26 The left straight panel 15 is perpendicular to the left middle connecting plate 11, the right straight panel 25 is perpendicular to the right middle connecting plate 21, the left connecting portion includes a left inclined plate 17 arranged at the end of the left inclined panel 16 and inclined outwardly, and a left outer side abutting plate 18 arranged at the end of the left inclined plate 17 and perpendicular to the left middle connecting plate 11; the right connecting portion includes a right inclined plate 27 arranged at the end of the right inclined panel 26 and inclined outwardly, and a right outer side abutting plate 28 arranged at the end of the right inclined plate 27 and perpendicular to the right middle connecting plate 21.

[0039] In this embodiment, the left engaging portion includes a left engaging plate 34 which is arranged at the end of the left connecting plate 31 and extends obliquely upward, and the right engaging portion includes a right engaging plate 35 which is arranged at the end of the right connecting plate 32 and extends obliquely upward. The inner side surfaces of the left engaging plate 34 and the right engaging plate 35 form a Y shape; the left connecting plate 31 and the right connecting plate 32 are provided with a reinforcing connecting plate 36 at the embedding position; the left middle connecting plate 11 and the right middle connecting plate 21 are preset with screw mounting holes 14; the end of the left outer supporting plate 18 is provided with a left return folding plate 19 which is parallel to the left middle connecting plate 11; the end of the right outer supporting plate 28 is provided with a right return folding plate 29 which is parallel to the right middle connecting plate 21; and shock-absorbing EVA tape 5 is adhered to the left outer supporting plate 18 and the right outer supporting plate 28.

[0040] Embodiment 2: Figure 3As shown, the utility model assembly partition wall clamping keel is used for the connection structure between the solid module and the solid module, including the left solid module and the right solid module connected by the clamping keel, the left solid module includes two solid steel plate modules 6 respectively arranged at the front and rear sides and a honeycomb or foam lightweight filler arranged between the two solid steel plate modules 6, and the two solid steel plate modules 6 are connected to the clamping keel through a pair of symmetrical left embedded card connectors; the right solid module includes two solid steel plate modules 6 respectively arranged at the front and rear sides and a honeycomb or foam lightweight filler arranged between the two solid steel plate modules 6, and the two solid steel plate modules 6 are connected to the clamping keel through a pair of symmetrical right embedded card connectors. The card connector is connected to the clamping keel. The left card connector and the right card connector both include an integrally-made card plate 61 and a connecting plate 62 that are at right angles to each other. The end of the card plate 61 of the left card connector is provided with a left card protrusion 63 that matches the left stop protrusion 13, and the end of the card plate 61 of the right card connector is provided with a right card protrusion 64 that matches the right stop protrusion 23. The connecting plate 62 is provided with a screw connection hole; the solid steel plate module 6 includes a plate body 65 and a right-angle groove connecting portion 66 arranged at the connecting end of the plate body 65, and the right-angle groove connecting portion 66 is provided with a screw connection hole that matches the screw connection hole provided on the connecting plate 62; the solid steel plate module 6 is connected to the connecting plate 62 by screws.

[0041] Embodiment 3: Figure 4 As shown, the utility model prefabricated partition wall clamping keel is used for the connection structure of the solid module and the door module, including the solid module and the door module 8 connected by the clamping keel, the solid module is the right solid module, the right solid module includes two solid steel plate modules 6 respectively arranged on the front and rear sides and a honeycomb or foam lightweight filler arranged between the two solid steel plate modules 6, the two solid steel plate modules 6 are connected to the right outer side of the clamping keel by a pair of symmetrical right embedded card connectors and screws 28.

[0042] The right embedded card connector of this embodiment includes an integrated embedded card plate 61 and a connecting plate 62 which are at right angles to each other. The end of the embedded card plate 61 of the right embedded card connector is provided with a right card protrusion 64 which matches the right stop protrusion 23, and the connecting plate 62 is provided with a screw connection hole; the solid steel plate module 6 includes a plate body 65, a right-angle groove connecting portion 66 arranged at the connecting end of the plate body 65, and the right-angle groove connecting portion 66 is provided with a screw connection hole which matches the screw connection hole provided on the connecting plate 62 of the right embedded card connector;

[0043] The door module 8 of this embodiment includes a cavity body made of aluminum alloy material, and a door module connecting plate 81 is provided on the side of the cavity body, and a door module front rectangular groove tube 82 and a door module rear rectangular groove tube 83 are provided on the front and rear sides of the cavity body respectively. The left clamping keel 1 and the right clamping keel 2 are fixedly installed on the door module connecting plate 81 of the door module cavity body through screws preset on the left middle connecting plate 11 and the right middle connecting plate 21. The left outer supporting plate 18 is respectively pressed against the outer sides of the door module front rectangular groove tube 82 and the door module rear rectangular groove tube 83 through the shock-absorbing EVA tape 5, and the left return folding plate 19 and the right return folding plate 29 are respectively pressed against the sides of the door module connecting plate 81.

[0044] Embodiment 4: Figure 5 As shown, the assembled partition wall clamping keel of the utility model is used for the connection structure of glass modules and glass modules, including two glass modules connected by the clamping keel and glass 7 installed on the glass modules, the glass module includes a front docking plate 76 made of aluminum alloy material, a rear docking plate 77, a front cavity arranged on the front docking plate 76 and a rear cavity arranged on the rear docking plate 77, the front cavity is provided with a front rectangular groove tube 71, the side of the front rectangular groove tube 71 is provided with a front embedded card connecting plate 72, and the end of the front embedded card connecting plate 72 is provided with a left glass module adapted to the left stop convex 13 The rear cavity is provided with a rear rectangular groove tube 74, and the side of the rear rectangular groove tube 74 is provided with a rear embedded card connecting plate 75, and the end of the rear embedded card connecting plate 75 is provided with a glass module right card convex 70 adapted to the right stop convex 23; the front cavity is embedded between the front spacing strip 3 and the left embedded groove 12 through the front embedded card connecting plate 72, and the glass module left card convex 73 provided at the end of the front embedded card connecting plate 72 is matched with the left stop convex 13; the left outer side abutment plate 18 and the right outer side abutment plate 28 are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube 71 and the rear rectangular groove tube 74 through the shock-absorbing EVA tape 5;

[0045] In this embodiment, the rear cavity is embedded between the rear spacing strip 4 and the right embedding groove 22 through the rear embedding card connecting plate 75. The right card protrusion 70 of the glass module provided at the end of the rear embedding card connecting plate 75 cooperates with the right stop protrusion 23; the left outer abutment plate 18 and the right outer abutment plate 28 are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube 71 and the rear rectangular groove tube 74 through the shock-absorbing EVA tape 5.

[0046] Embodiment 5: Figure 6As shown, the assembled partition wall clamping keel of the utility model is used for the connection structure of the glass module and the door module, including a glass module and a door module 8 connected by the clamping keel, a glass 7 is installed on the glass module, and the glass module includes a front docking plate 76 and a rear docking plate 77 made of aluminum alloy material, a front cavity body arranged on the front docking plate 76, and a rear cavity body arranged on the rear docking plate 77, the front cavity body is provided with a front rectangular groove tube 71, and a front embedded card connecting plate 72 is provided on the side of the front rectangular groove tube 71, and a right end of the front embedded card connecting plate 72 is provided with a glass module right end adapted to the right stop convex 23. The rear cavity is provided with a rear rectangular groove tube 74, and the side of the rear rectangular groove tube 74 is provided with a rear embedded card connecting plate 75, and the end of the rear embedded card connecting plate 75 is provided with a glass module right clamping protrusion 70 adapted to the right stop protrusion 23; the front cavity is embedded between the front spacing strip 3 and the left embedded groove 12 through the front embedded card connecting plate 72, and the glass module left clamping protrusion 73 provided at the end of the front embedded card connecting plate 72 cooperates with the left stop protrusion 13; the left outer side abutment plate 18 and the right outer side abutment plate 28 are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube 71 and the rear rectangular groove tube 74 through the shock-absorbing EVA tape 5.

[0047] In this embodiment, the rear cavity is embedded between the rear spacing strip 4 and the right embedding groove 22 through the rear embedding card connecting plate 75. The glass module right card protrusion 70 provided at the end of the rear embedding card connecting plate 75 cooperates with the right stop protrusion 23. The left outer abutting plate 18 and the right outer abutting plate 28 are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube 71 and the rear rectangular groove tube 74 through the shock-absorbing EVA tape 5.

[0048] The door module 8 of this embodiment includes a cavity body made of aluminum alloy material, a door module connecting plate 81 is provided on the side of the cavity body, a door module front rectangular groove tube 82 and a door module rear rectangular groove tube 83 are provided on the front and rear sides of the cavity body respectively, the left clamping keel 1 and the right clamping keel 2 are fixedly installed on the door module connecting plate 81 of the door module cavity body through the preset screw mounting holes 14 on the left middle connecting plate 11 and the right middle connecting plate 21, the left outer side support plate 18 is respectively pressed against the outer sides of the door module front rectangular groove tube 82 and the door module rear rectangular groove tube 83 through the shock-absorbing EVA tape 5, and the left return folding plate 19 and the right return folding plate 29 are respectively pressed against the sides of the door module connecting plate 81.

[0049] The clamping connection keel of the utility model can be selected according to the material characteristics, and can be made of aluminum alloy or other metal materials. It is particularly suitable for special occasions such as high requirements for temperature and pressure resistance and corrosion, and is safe and reliable to use; the clamping keel can withstand repeated tightening and disassembly of the decorative surface, and also has a good clamping and fixing effect, and the connection is firm, which improves the safety of use. The sealing performance is good, and the clamping effect of other parts can be guaranteed when the clamping part of the module is damaged. If the clamping keel fails, it can be quickly reflected from the firmness of the module, which is convenient for maintenance.

[0050] The above embodiment is only one implementation of the utility model, but does not constitute a limitation. Any simple modification, change, substitution, combination or simplification made without departing from the spirit of the utility model is equivalent to an equivalent replacement method and should be within the protection scope of the utility model.

Claims

1. An assembled partition wall clamping keel, comprising a clamping keel, wherein the clamping keel comprises a left clamping keel (1), a right clamping keel (2), and a front spacing strip (3) and a rear spacing strip (4) respectively connecting the front and rear sides of the left clamping keel (1) and the right clamping keel (2), wherein the left clamping keel (1) comprises a left middle connecting plate (11) arranged in the middle, two left embedded grooves (12) respectively arranged at the front and rear ends of the left middle connecting plate (11), and left connecting parts respectively arranged at the outer ends of the two left embedded grooves (12), wherein the right clamping keel (2) comprises a right middle connecting plate (21) arranged in the middle, two left embedded grooves (12) respectively arranged at the front and rear ends of the left middle connecting plate (11), and left connecting parts respectively arranged at the outer ends of the two left embedded grooves (12). Two right embedded grooves (22) are arranged on the two outer sides of the right middle connecting plate (21) and right connecting parts are respectively arranged at the outer ends of the two right embedded grooves (22); a left stopper protrusion (13) is arranged between the left embedded groove (12) and the left connecting part, and a right stopper protrusion (23) is arranged between the right embedded groove (22) and the right connecting part; the front spacing bar (3) and the rear spacing bar (4) include a left connecting plate (31) and a right connecting plate (32) which are parallel to each other, an end connecting bridge plate (33) which is integrally made with the left connecting plate (31) and the right connecting plate (32) and connects the outer ends of the left connecting plate (31) and the right connecting plate (32), and a left stopper protrusion (13) is arranged at the inner end of the left connecting plate (31). A left locking portion adapted to the left locking groove (12) and a right locking portion adapted to the right locking groove (22) arranged at the inner end of the right connecting plate (32); the left middle connecting plate (11) and the right middle connecting plate (21) are abutted against each other, and a locking opening is formed between the left stop protrusion (13) and the right stop protrusion (23) for the left connecting plate (31) and the right connecting plate (32) of the front spacing bar (3) and the rear spacing bar (4) to pass through; the left locking groove (12) is a V-shaped groove formed by a left straight panel (15) and a left inclined panel (16), and the right locking groove (22) is a V-shaped groove formed by a right straight panel (25) and a right inclined panel (26). The left straight panel (15) is perpendicular to the left middle connecting panel (11), the right straight panel (25) is perpendicular to the right middle connecting panel (21), the left connecting portion comprises a left inclined panel (17) arranged at the end of the left inclined panel (16) and inclined outwardly, and a left outer side abutting plate (18) arranged at the end of the left inclined panel (17) and perpendicular to the left middle connecting panel (11), and the right connecting portion comprises a right inclined panel (27) arranged at the end of the right inclined panel (26) and inclined outwardly, and a right outer side abutting plate (28) arranged at the end of the right inclined panel (27) and perpendicular to the right middle connecting panel (21), characterized in that: The left locking part comprises a left panel (34) arranged at the end of the left connecting plate (31) and extending obliquely upward, and the right locking part comprises a right panel (35) arranged at the end of the right connecting plate (32) and extending obliquely upward, wherein the inner side surfaces of the left panel (34) and the right panel (35) form a Y shape; The left connecting plate (31) and the right connecting plate (32) are provided with a reinforcing connecting plate (36) at the inlaying position; The left middle connecting plate (11) and the right middle connecting plate (21) are provided with screw mounting holes (14) in advance; The end of the left outer supporting plate (18) is provided with a left folding plate (19) parallel to the left middle connecting plate (11); the end of the right outer supporting plate (28) is provided with a right folding plate (29) parallel to the right middle connecting plate (21); Shock-absorbing EVA tapes (5) are adhered to the left outer side abutting plate (18) and the right outer side abutting plate (28).

2. A connection structure using the assembled partition wall clamping keel as claimed in claim 1, used on solid modules and solid modules, characterized in that: The solid module comprises a left solid module and a right solid module, the left solid module comprises two solid steel plate modules (6) respectively arranged at the front and rear sides and a honeycomb or foam lightweight filler arranged between the two solid steel plate modules (6), the two solid steel plate modules (6) being screw-connected to the left outer side abutting plate (18) of the clamping keel via a pair of symmetrical left embedded card connectors; The right side solid module comprises two solid steel plate modules (6) respectively arranged at the front and rear sides and a honeycomb or foam lightweight filler arranged between the two solid steel plate modules (6), the two solid steel plate modules (6) being screw-connected to the right outer side abutment plate (28) of the clamping keel via a pair of symmetrical right embedded card connectors; The left embedded card connector and the right embedded card connector both include an integrated embedded card plate (61) and a connecting plate (62) that are perpendicular to each other. The end of the embedded card plate (61) of the left embedded card connector is provided with a left locking protrusion (63) that matches the left stop protrusion (13), and the end of the embedded card plate (61) of the right embedded card connector is provided with a right locking protrusion (64) that matches the right stop protrusion (23). The connecting plate (62) is provided with a screw connection hole. The solid steel plate module (6) includes a plate body (65) and a right-angled groove connecting portion (66) arranged at the connecting end of the plate body (65). The right-angled groove connecting portion (66) is provided with a screw connection hole that matches the screw connection hole provided on the connecting plate (62). The solid steel plate module (6) is connected to the connecting plate (62) by screws.

3. A connection structure using the assembled partition wall clamping keel as claimed in claim 1, used on a solid module and a door module, characterized in that: It comprises a solid module and a door module (8), the solid module being a right solid module, the right solid module comprising two solid steel plate modules (6) respectively arranged at the front and rear sides and a honeycomb or foam light filler arranged between the two solid steel plate modules (6), the two solid steel plate modules (6) being screw-connected to the right outer side abutting plate (28) of the clamping keel through a pair of symmetrical right embedded card connectors; The right embedded card connector comprises an integrated embedded card plate (61) and a connecting plate (62) which are at right angles to each other, the end of the embedded card plate (61) of the right embedded card connector is provided with a right card protrusion (64) which matches the right stop protrusion (23), and the connecting plate (62) is provided with a screw connection hole; the solid steel plate module (6) comprises a plate body (65), a right-angle groove connecting portion (66) arranged at the connecting end of the plate body (65), and the right-angle groove connecting portion (66) is provided with a screw connection hole which matches the screw connection hole provided on the connecting plate (62) of the right embedded card connector; The door module (8) comprises a cavity body made of an aluminum alloy material, a door module connecting plate (81) is provided on the side of the cavity body, a door module front rectangular groove tube (82) and a door module rear rectangular groove tube (83) are provided on the front and rear sides of the cavity body respectively, the left clamping keel (1) and the right clamping keel (2) are screwed and fixed on the door module connecting plate (81) of the door module cavity body through screw mounting holes (14) preset on the left middle connecting plate (11) and the right middle connecting plate (21), the left outer side abutting plate (18) is respectively pressed against the outer sides of the door module front rectangular groove tube (82) and the door module rear rectangular groove tube (83) through a shock-absorbing EVA tape (5), and the left return folding plate (19) and the right return folding plate (29) are respectively pressed against the side of the door module connecting plate (81).

4. A connection structure using the assembled partition wall clamping keel as claimed in claim 1, used on glass modules and glass modules, characterized in that: The invention comprises two glass modules and glass (7) mounted on the glass modules, wherein the glass module comprises a front docking plate (76) and a rear docking plate (77) made of an aluminum alloy material, a front cavity body arranged on the front docking plate (76), and a rear cavity body arranged on the rear docking plate (77), the front cavity body is provided with a front rectangular groove tube (71), a front embedded card connecting plate (72) is provided on the side of the front rectangular groove tube (71), and a glass module left card protrusion (73) adapted to the left stop protrusion (13) is provided at the end of the front embedded card connecting plate (72); The rear cavity is provided with a rear rectangular groove tube (74), the side of the rear rectangular groove tube (74) is provided with a rear embedded card connecting plate (75), and the end of the rear embedded card connecting plate (75) is provided with a glass module right locking protrusion (70) adapted to the right blocking protrusion (23); The front cavity is embedded between the front spacing strip (3) and the left embedding groove (12) via a front embedding card connecting plate (72); a left glass module locking protrusion (73) is provided at the end of the front embedding card connecting plate (72) and cooperates with the left stop protrusion (13); the left outer supporting plate (18) and the right outer supporting plate (28) are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube (71) and the rear rectangular groove tube (74) via a shock-absorbing EVA tape (5); The rear cavity is embedded between the rear spacing strip (4) and the right embedding groove (22) via a rear embedding card connecting plate (75); a right glass module locking protrusion (70) is provided at the end of the rear embedding card connecting plate (75) and cooperates with a right stop protrusion (23); the left outer side abutting plate (18) and the right outer side abutting plate (28) are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube (71) and the rear rectangular groove tube (74) via a shock-absorbing EVA tape (5).

5. A connection structure according to claim 4, characterized in that: The inner sides of the front docking plate (76) and the rear docking plate (77) are provided with waterproof glue grooves, and waterproof glue (78) is installed in the waterproof glue grooves.

6. A connection structure using the assembled partition wall clamping keel as claimed in claim 1, used on glass modules and door modules, characterized in that: The invention comprises a glass module and a door module (8), wherein a glass (7) is mounted on the glass module, wherein the glass module comprises a front docking plate (76) and a rear docking plate (77) made of an aluminum alloy material, a front cavity body arranged on the front docking plate (76), and a rear cavity body arranged on the rear docking plate (77), wherein the front cavity body is provided with a front rectangular groove tube (71), a front embedded card connecting plate (72) is provided on the side of the front rectangular groove tube (71), and a glass module right card protrusion (70) adapted to the right stop protrusion (23) is provided at the end of the front embedded card connecting plate (72); The rear cavity is provided with a rear rectangular groove tube (74), the side of the rear rectangular groove tube (74) is provided with a rear embedded card connecting plate (75), and the end of the rear embedded card connecting plate (75) is provided with a glass module right locking protrusion (70) adapted to the right blocking protrusion (23); The front cavity is embedded between the front spacing strip (3) and the left embedding groove (12) via a front embedding card connecting plate (72); a glass module left embedding protrusion (73) provided at the end of the front embedding card connecting plate (72) cooperates with the left blocking protrusion (13); The rear cavity is embedded between the rear spacing strip (4) and the right embedding groove (22) via a rear embedding connecting plate (75); a right glass module locking protrusion (70) provided at the end of the rear embedding connecting plate (75) cooperates with a right stop protrusion (23); the left outer supporting plate (18) and the right outer supporting plate (28) are respectively pressed against the corresponding inner side surfaces of the front rectangular groove tube (71) and the rear rectangular groove tube (74) via a shock-absorbing EVA tape (5); The door module (8) comprises a cavity body made of an aluminum alloy material, a door module connecting plate (81) is provided on the side of the cavity body, a door module front rectangular groove tube (82) and a door module rear rectangular groove tube (83) are provided on the front and rear sides of the cavity body respectively, the left clamping keel (1) and the right clamping keel (2) are screwed and fixed on the door module connecting plate (81) of the door module cavity body through screw mounting holes (14) preset on the left middle connecting plate (11) and the right middle connecting plate (21), the left outer side abutting plate (18) is respectively pressed against the outer sides of the door module front rectangular groove tube (82) and the door module rear rectangular groove tube (83) through a shock-absorbing EVA tape (5), and the left return folding plate (19) and the right return folding plate (29) are respectively pressed against the side of the door module connecting plate (81).

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