CN213962499U - Modularization great wall board connection structure - Google Patents
Modularization great wall board connection structure Download PDFInfo
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- CN213962499U CN213962499U CN202022230570.3U CN202022230570U CN213962499U CN 213962499 U CN213962499 U CN 213962499U CN 202022230570 U CN202022230570 U CN 202022230570U CN 213962499 U CN213962499 U CN 213962499U
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Abstract
The utility model provides a modularization great wall board connection structure, it is applied to straight wall, and this connection structure includes: the lengthening module is used for the middle part of a wooden facing great wall board wall, the convex lines are uniformly distributed at intervals along the width extending direction of the solid wood multilayer board, the convex lines are connected with the solid wood multilayer board through right-angle mortises, one end part of the solid wood multilayer board in the left-right direction is connected with the T-shaped lines through corner gaps of the T-shaped lines, and the other end part of the solid wood multilayer board forms a free end; the head-tail module is used for being connected with the lengthening module and consists of a rectangular solid wood multilayer board, a plurality of convex lines and two T-shaped lines; the wood composite board is characterized in that the plurality of convex lines are uniformly distributed along the width extending direction of the wood composite board at intervals, and the convex lines are connected with the wood composite board through right-angle mortises.
Description
Technical Field
The utility model belongs to wood furniture wood veneer field, concretely relates to novel mode of connection of wood veneer great wall board.
Background
The wood veneer great wall board on the market is mainly divided into two types, one type is a hollow great wall board made of aluminum plastic or ecological wood, and the other type is a solid wood great wall board. The common manufacturing method of the solid wood type great wall board is that lines and solid wood multilayer boards are manufactured and connected (glued and nailed) together in a factory, and a whole block is transported to an installation site. When in manufacturing, factory workers can automatically measure and position the ruler, so that the problem of difficult positioning exists; in the color repairing process, if quality problems occur, a whole plate needs to be reworked; meanwhile, the great wall plate manufactured in a factory is generally manufactured after the store measuring scale is designed to be manufactured and produced from the store measuring scale, the period is long, finished products are generally transported during transportation, and the transportation is inconvenient and the cost is high due to the large size.
Disclosure of Invention
To the above technical problem, the utility model provides a modularization great wall board connection structure, it is applied to straight wall, and this connection structure includes:
the lengthening module is used for the middle part of a wooden-faced great-wall board-faced wall and comprises a rectangular solid wood multilayer board, a plurality of convex lines and a T-shaped line, wherein the convex lines are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board, the convex lines are connected with the solid wood multilayer board through right-angle mortises, one end part of the solid wood multilayer board in the left-right direction is connected with the T-shaped line through a corner gap of the T-shaped line, and the other end part of the solid wood multilayer board forms a free end;
the system comprises at least one head and tail module, a plurality of connecting modules and a plurality of connecting modules, wherein the head and tail module is used for the edge part of a wooden facing great wall panel wall and is used for being connected with the connecting modules, and the head and tail module consists of a rectangular solid wood multilayer board, a plurality of convex lines and two T-shaped lines; the plurality of convex lines are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board, and the convex lines are connected with the solid wood multilayer board through right-angle mortises; two ends of the solid wood multilayer board in the left and right direction are respectively connected with the two T-shaped lines through corner notches of the T-shaped lines.
Preferably, four convex lines are distributed on the solid wood multilayer board of the extension module and the head-tail module from the left side to the right side,
a plurality of mortises are uniformly distributed on the solid wood multilayer floor from the left side to the right side at intervals,
the convex line is provided with a long strip part A and a tenon extending backwards from the rear side of the long strip part A, and the long strip part A is combined on the surface of the solid wood multilayer floor through the combination of the tenon and the mortise.
Preferably, the T-shaped line comprises a long strip portion B and a narrow strip portion extending backwards from the center of the rear side of the long strip portion B, and the thickness of the narrow strip portion is consistent with the thickness of the solid wood multi-layer floor, so that the long strip portion B protrudes outwards relative to the surface of the solid wood multi-layer floor when the left side or the right side of the narrow strip portion is attached to the side of the solid wood multi-layer floor.
Through the utility model discloses, improve the difficult location of wood veneer great wall board equipment and assemble not convenient and fast problem, widen the application level of great wall board, the structure of formula of disassembling simultaneously also is more convenient for transport.
Drawings
Fig. 1 is a front view of an assembled view of a great wall panel provided by the present invention;
fig. 2 is a top view of an assembly drawing of the great wall panel provided by the present invention;
fig. 3 is a top view of an extension module provided by the present invention;
fig. 4 is a top view of the head-to-tail module provided by the present invention;
fig. 5 is a top view of a corner module provided by the present invention;
FIG. 6 is a flow chart of the production process of the solid wood multi-layer board and the log line provided by the present invention;
FIG. 7 is a flow chart of the production process of the solid wood multi-layer board and the covered line provided by the present invention;
fig. 8 and 9 are schematic views of the horizontal lines and vertical lines of the great wall plate provided by the present invention.
Detailed Description
Referring to fig. 1-5, the present embodiment provides a modular great wall board connection structure, which mainly includes four components, a convex line 1, a solid wood multi-layer board 2, a groove engaging sub-structure 3, a groove engaging mother structure 4 and a T-shaped line 5;
the solid wood multilayer floor board 2 is characterized in that a plurality of mortises 21 are uniformly distributed from the left side to the right side at intervals, the convex line 1 is provided with a long strip A11 and a tenon 12 extending backwards from the rear side of the long strip A11, and the long strip A11 is combined on the surface of the solid wood multilayer floor board 2 through the combination of the tenon 12 and the mortises 21.
The T-shaped line 5 comprises a long strip portion B51 and a narrow strip portion 52 extending backwards from the center of the rear side of the long strip portion B51, and the thickness of the narrow strip portion 52 is the same as that of the solid multi-layer floor board 2, so that the long strip portion B51 protrudes outwards relative to the surface of the solid multi-layer floor board when the left side or the right side of the narrow strip portion 52 is attached to the side of the solid multi-layer floor board 2.
The wood-plastic composite board comprises a convex line 1, a solid wood composite board 2, a groove meshing substructure 3, a groove meshing substructure 4 and a T-shaped line 5; five of them can form 3 module components, which are divided into A, B, C modules;
as shown in fig. 3, the module a is an extension module, is used in the middle of the wooden facing great wall panel wall, and is connected with the module B head and tail or the module C corner; the wood composite board consists of 1 solid wood multilayer board 2, 4 convex lines 1 and 1T-shaped line 5; the 4 convex lines are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board, and the solid wood multilayer board 2 and the convex lines 1 are connected through right-angled mortises; the wood multiply wood in the left and right sides direction one of them tip and T type lines 5 be connected through the turning breach of T type lines, another tip forms free end and supplies to connect long practicality, the wood multiply wood and protruding type lines junction can assist the gluing.
As shown in fig. 4, the B module is a head-to-tail module, which is used for the edge of the wood-faced great wall panel wall and is connected with the a lengthening module or the C corner module. The wood composite board consists of 1 solid wood multilayer board 2, 4 convex lines 1 and 2T-shaped lines 5; the 4 convex lines 1 are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board 2, and the solid wood multilayer board 2 and the convex lines 1 are connected through right-angled mortises; the solid wood multilayer plate 2 and the T-shaped lines 5 are connected through corner gaps of the T-shaped lines, the two T-shaped lines are respectively positioned on two sides of the solid wood multilayer plate, and the joints of the solid wood multilayer plate and the convex lines can assist in gluing;
as shown in fig. 5, the C module is a corner module, is used at a corner of a wood veneer, is connected with the a lengthening module or the B head-to-tail module from left to right, and consists of a groove engaging sub-structure 3, a groove engaging mother structure 4 and two T-shaped lines 5. The groove occlusion sub-structure 3 and the groove occlusion mother structure 4 are respectively provided with grooves with the same depth on one surface, so that the occlusion connection is prevented from moving left and right and back and forth; the groove occlusion female structure 4 and the T-shaped line 5 are connected through a corner notch of the T-shaped line.
The groove occlusion female structure 4 is an L-shaped plate, the groove occlusion sub-structure 3 is a square block, the L-shaped plate forms a right-angle notch 43 for being engaged with a wall corner, and the outer corner of the L-shaped plate is in limit fit with the square block 3; the L-shaped plate 4 has a vertical plate 41 and a horizontal plate 42 perpendicular to the vertical plate 41, the thickness of the vertical plate 41 and the thickness of the horizontal plate 42 are the same as the thickness of the narrow strip portion 52, and the free ends of the two sides of the vertical plate 41 and the horizontal plate 42 are respectively abutted against the narrow strip portion 52 of the T-shaped strip 5.
The module that above is that five parts equipment can become can be according to foretell connected mode reasonable equipment use during the in-service use according to the demand, and wherein B head and the tail module wood multiply wood can be cut the use according to the actual size of installation wall body.
Based on the above 3 modules, the present embodiment provides a modular installation method for the great wall board, and before assembling the wooden facing great wall board, the wooden base of the construction site should be hung, which is the foundation; there are two situations in installation, straight walls and walls with corners. The straight wall only uses the A and B modules during installation; the wall surface with the corner needs A, B and C modules.
A straight wall: install the A module earlier, lean on limit installation T type lines earlier during the installation of A module, use glass to glue T type lines and wooden basement bonding together, install the wood multiply wood in the breach department of T type lines afterwards, the wood multiply wood bonds with the gluing of wooden basement junction, installs protruding type lines at last in the recess of wood multiply wood, the junction gluing bonds. And after the module A is installed, the module B is installed, and the installation method comprises the steps of sequentially gluing a solid wood multilayer board, T-shaped lines and convex lines at the joint of the solid wood multilayer board, the T-shaped lines and the convex lines and the wood substrate.
Corner wall: for the wall surface with corners, the C corner module is required to be installed firstly. In the module C, a groove occlusion female structure is firstly installed and is in adhesive connection with the joint of the wood substrate. The groove engaging substructure and the T-shaped line are then installed. And after the C modules are installed, installing the A and B modules according to the number and the positions of the installed C modules. Installing a module B on the wall between the two modules C, installing a solid wood multilayer board, then installing T-shaped strips and concave lines, and connecting the T-shaped strips and the concave lines with the wood substrate in an adhesive manner; and only one wall body of the C module is provided with the A module or the A and B modules according to the width of the wall surface. And when the width of the wall body is smaller than the total width of the A module, the A module is cut and then installed, the installation sequence is solid wood multilayer boards, T-shaped lines and convex lines, and the joints of the solid wood multilayer boards, the T-shaped lines and the convex lines and the wood base are bonded by using glue. When the width of the wall body is larger than the width of the A module, the B module needs to be installed and is connected with the C module, and the B module is sequentially installed into a solid wood multilayer board, a T-shaped line and a convex line and is bonded with the joint of the wood substrate in an adhesive mode. And then installing a module A, cutting the module A according to the width of the remained wall surface, connecting the module A with the module B, and connecting the module A with the wood substrate in a gluing way at the joint of the wood multilayer board, the T-shaped line and the convex line.
As shown in fig. 8-9, the great wall board structure can be applied not only to vertical lines, but also to cross grain wood veneers, twill wood veneers and cross and vertical grain wood veneers, and has a wide application range.
This embodiment provides a novel connection structure of wood veneer great wall board, mainly includes the connection of three, and wood multiply wood and protruding type lines pass through opening right angle tongue-and-groove connection, connect the recess interlock structure of wide and wall body corner through T type line strip between the wood multiply wood, improve the difficult location of wood veneer great wall board equipment and assemble not convenient and fast problem, widen the application level of great wall board, and the structure of formula of disassembling simultaneously also is more convenient for transport.
The present embodiment further provides a production process of the component in the above 5, please refer to fig. 6-7, and the great wall board component in this combination form is mainly produced by dividing into two large blocks, namely a solid wood multi-layer board and a line. The lines are coated and solid wood. The lines comprise convex lines, T-shaped lines and groove occlusion mother-son structures.
Claims (3)
1. The utility model provides a modularization great wall board connection structure which characterized in that, it is applied to straight wall, and this connection structure includes:
the lengthening module is used in the middle of a wooden-faced great-wall board-faced wall and comprises a rectangular solid wood multilayer board (2), a plurality of convex lines (1) and a T-shaped line (5), wherein the convex lines are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board, the convex lines are connected with the solid wood multilayer board through right-angle mortises, one end of the solid wood multilayer board in the left-right direction is connected with the T-shaped line (5) through a corner notch of the T-shaped line, and the other end of the solid wood multilayer board forms a free end;
the wood veneer great wall face wall comprises at least one head and tail module, a plurality of connecting modules and a plurality of connecting modules, wherein the head and tail module is used for the edge part of a wood veneer great wall face wall and is used for being connected with the connecting modules, and the head and tail module consists of a rectangular solid wood multilayer plate (2), a plurality of convex lines (1) and two T-shaped lines (5); the plurality of convex lines are uniformly distributed at intervals along the width extension direction of the solid wood multilayer board, and the convex lines are connected with the solid wood multilayer board through right-angle mortises; two ends of the solid wood multilayer board in the left and right direction are respectively connected with the two T-shaped lines (5) through corner gaps of the T-shaped lines.
2. The modular great wall board connecting structure according to claim 1, wherein four convex lines are distributed on the solid wood multilayer board of the extension module and the head-tail module from left side to right side,
a plurality of mortises are uniformly distributed on the solid wood multilayer floor from the left side to the right side at intervals,
the convex line is provided with a long strip part A and a tenon extending backwards from the rear side of the long strip part A, and the long strip part A is combined on the surface of the solid wood multilayer floor through the combination of the tenon and the mortise.
3. The modular great wall board connecting structure as claimed in claim 1, wherein the T-shaped line comprises a long strip portion B and a strip portion extending backwards from the center of the rear side of the long strip portion B, and the thickness of the long strip portion is consistent with the thickness of the solid wood multi-layer floor board so that the long strip portion B protrudes outwards relative to the surface of the solid wood multi-layer floor board when the left or right side of the long strip portion is attached to the side of the solid wood multi-layer floor board.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022230570.3U CN213962499U (en) | 2020-10-09 | 2020-10-09 | Modularization great wall board connection structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022230570.3U CN213962499U (en) | 2020-10-09 | 2020-10-09 | Modularization great wall board connection structure |
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| Publication Number | Publication Date |
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| CN213962499U true CN213962499U (en) | 2021-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202022230570.3U Active CN213962499U (en) | 2020-10-09 | 2020-10-09 | Modularization great wall board connection structure |
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| CN (1) | CN213962499U (en) |
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- 2020-10-09 CN CN202022230570.3U patent/CN213962499U/en active Active
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