CN101929218A - Wood-plastic composite wallboard - Google Patents
Wood-plastic composite wallboard Download PDFInfo
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- CN101929218A CN101929218A CN2009101482091A CN200910148209A CN101929218A CN 101929218 A CN101929218 A CN 101929218A CN 2009101482091 A CN2009101482091 A CN 2009101482091A CN 200910148209 A CN200910148209 A CN 200910148209A CN 101929218 A CN101929218 A CN 101929218A
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Abstract
The invention relates to a wood-plastic composite wallboard, which comprises a wood-plastic board, a connecting mortise and a surface layer material. Grooves are reserved on one side or both sides of the wood-plastic board; side studs are arranged on both sides of each groove; dovetail grooves are reserved on planes in the grooves; and the surface layer material is filled into the grooves, and is inlaid into the dovetail grooves.
Description
Invention field:
The present invention relates to combined wall board with the Wood-plastic material manufacturing.
Background technology:
A kind of wood of Chinese patent 200820042987.3 " wood is moulded plate " is moulded plate, comprises some plate body unit, and plate is moulded by being spliced to form wood in the plate body unit, it is characterized in that: described plate body unit has at least a side to be provided with groove or raised line; Raised line and groove are complementary.
Above-mentioned wood is moulded plate groove or raised line and is positioned at wood and moulds the plate side, and the effect that wood is moulded plate groove or raised line is to be used for that some plate body unit are connected into big wood to mould plate.
Summary of the invention:
The objective of the invention is: 1, mould plate and replace the existing body of wall of laying bricks, economize the land resource with the wood of mosaic surface layer material.2, wood is moulded the alternative body of wall of laying bricks of mosaic surface layer material in the plate groove, alleviates building weight.3, wood is moulded in the groove of panel one or both sides and is established dovetail groove, fills surface material in the off-gear of setting up defences on the stud of the limit platform, groove, and anti-off-gear platform and dovetail groove prevent that surface material from coming off.4, wood is moulded dress heat insulating material in the panel cavity, improves wood and moulds the plate heat-insulating property.5, wood is moulded the panel one or both sides and is established groove, and mosaic surface layer material in the groove improves wood and moulds plate decay resistance and fireproof performance.6, wood is moulded embedded with metal material in the panel, improves wood and moulds the plate non-deformability.7, swallow-tail form connection tongue-and-groove is established in the Wood-plastic composite wallboard both sides, is connected firmly, and is easy to construction.8, wood is moulded plate surface material outside and is inlayed the stone material plate and improve Wood-plastic composite wallboard decay resistance and outward appearance.
The Wood-plastic composite wallboard that the present invention proposes comprises that wood moulds plate, connects tongue-and-groove, and surface material, wood are moulded the panel one or both sides and established groove, and the groove both sides are limit studs, establish dovetail groove on the groove inner plane, fill surface material in the groove, and surface material is inlayed in the dovetail groove.The effect of dovetail groove is to prevent that surface material from coming off, and it is to prevent that surface material from coming off and prevent the fragmentation of surface material limit portion that wood is moulded panel groove and the effect of groove dual-side stud.
The another kind of Wood-plastic composite wallboard that the present invention proposes, wood is moulded the panel one or both sides and is established groove, the groove both sides are limit studs, establish dovetail groove on the groove inner plane, wood is moulded between panel and surface material and is inlayed heat insulating material, heat insulating material is inlayed in the dovetail groove, and the heat insulating material outside is a surface material, and heat insulating material and surface material bond together.
The another kind of Wood-plastic composite wallboard that the present invention proposes, wood is moulded the panel one or both sides and is established groove, the groove both sides are limit studs, and mosaic surface layer material in the groove, surface material and wood are moulded and sticked with glue the surface material and the wood that are connected into one or have an adhesion properties between panel and mould direct bonding being integral of panel.
The another kind of Wood-plastic composite wallboard that the present invention proposes, wood is moulded the panel one or both sides and is established groove, and the groove both sides are limit studs, and wood is moulded between panel and surface material and is inlayed heat insulating material, heat insulating material outside bonding plane layer material.
Surface material comprises: gypsum, cement, polyphenyl plate, polyurethane expanded material, expanded perlite, rock wool, calcium silicates, string refinforced cement, wood wool cement board, vermiculite cement.
Mould intensity between panel and heat insulating material and surface material for improving bonding strength or the wood that wood moulds between panel and surface material, wood is moulded between panel and surface material gluing or wood is moulded gluing between panel and heat insulating material and surface material.
Dovetail groove comprises trapezoidal dovetail groove, the rectangle dovetail groove, Wood-plastic composite wallboard side link slot is the swallow-tail form link slot, during use, two dovetail joint tongues insert in the swallow-tail form link slot of adjacent Wood-plastic composite wallboard side, adjacent Wood-plastic composite wallboard is linked into an integrated entity, two dovetail joint tongues insert and can prevent in the adjacent Wood-plastic composite wallboard swallow-tail form link slot that adjacent Wood-plastic composite wallboard from producing slit and disengaging, adjust the planeness on adjacent Wood-plastic composite wallboard surface, make the adjacent Wood-plastic composite wallboard of batch production manufacturing remain on same plane.
Wood-plastic composite wallboard side link slot is the swallow-tail form link slot, single dovetail and the rectangle tenon that is connected inserts adjacent wood respectively and moulds in the plate swallow-tail form link slot, adjacent Wood-plastic composite wallboard is linked together, and single dovetail and the rectangle tenon that is connected has the easy characteristics of installation.
Mould the bonding strength of plate and surface material for improving wood, the off-gear of setting up defences on the stud of limit platform, surface material are inlayed in the anti-off-gear platform of limit stud.
For improving the intensity of Wood-plastic composite wallboard, wood is moulded embedded with metal material in the panel cavities, comprising: metal tube, C shaped steel, reinforcing bar.
For improving the heat-insulating property of Wood-plastic composite wallboard, wood is moulded dress heat insulating material in the panel cavity, comprising: polyurethane expanded material, polyphenyl expanded material, expanded perlite, expanded vermiculite.
For improving the decay resistance and the outward appearance of Wood-plastic composite wallboard, wood is moulded outside embedded with metal plate of plate surface material or stone material plate.
For improving the workability of Wood-plastic composite wallboard, the connection tongue-and-groove is established in the Wood-plastic composite wallboard both sides, and the Wood-plastic composite wallboard vertical direction is established the connection tongue-and-groove, connects tongue-and-groove and comprises that the rectangle dovetail connects tongue-and-groove or trapezoidal dovetail connects tongue-and-groove.The connection tongue-and-groove is established in the Wood-plastic composite wallboard both sides, is used for level and connects, and the Wood-plastic composite wallboard vertical direction is established the connection tongue-and-groove and is used for being connected with corner vertical the connection.
Wood-plastic composite wallboard connects up and down and fixedly is that wood is moulded and established connecting hole in the panel, and connecting pin injects adjacent wood and moulds in the panel connecting hole, and adjacent wood is moulded panel location and fixing.
Fixing and lower end, Wood-plastic composite wallboard upper end fixedly is a dress grafting tenon in Wood-plastic composite wallboard is connected tongue-and-groove, the grafting tenon insert respectively the last inserting groove of body of wall interior with following inserting groove in, two ends about the Wood-plastic composite wallboard are separately fixed at the body of wall upper and lower side.
For improving the outward appearance of Wood-plastic composite wallboard, the multiple film in surface layer plate surface compacting decorative pattern or printing pattern or surface.
For improving the outward appearance of single face Wood-plastic composite wallboard, wood is moulded the plate surface and is drawn decorative pattern or compacting decorative pattern or the multiple film of printing pattern or surface.
Advantage of the present invention is: 1, mould existing body of wall or the steel frame body of wall of laying bricks of plate replacement with inlaying inorganic material panel wood, economize the land resource, save steel.2, wood is moulded and is inlayed the alternative body of wall of laying bricks of lightweight surface material in the plate groove, alleviates building weight.3, wood is moulded the interior dovetail groove of panel groove and is prevented that surface material from coming off.5, wood is moulded panel side swallow-tail form link slot Wood-plastic composite wallboard is accurately located, and prevents that wallboard from separating.4, wood is moulded plate surface material outside and is inlayed the stone material plate and improve Wood-plastic composite wallboard decay resistance and outward appearance.
Description of drawings:
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 has feature wood of the present invention to mould panel single face groove and dovetail groove filling surface layer fiber cement material Wood-plastic composite wallboard end face structure figure.
Fig. 2 has feature wood of the present invention to mould the two-sided groove of panel and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure.
Fig. 3 has feature wood of the present invention to mould panel single face groove filling surface layer fiber cement material Wood-plastic composite wallboard end face structure figure.
Fig. 4 has feature wood of the present invention to mould two-sided groove filling surface layer fiber cement of panel and gypsum material Wood-plastic composite wallboard end face structure figure.
Fig. 5 has feature wood of the present invention to mould corner single face groove and dovetail groove filling surface layer fiber cement material Wood-plastic composite wallboard end face structure figure.
Fig. 6 has feature wood of the present invention to mould the two-sided groove of corner and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure.
Fig. 7 has feature wood of the present invention to mould T shape connection wallboard single face groove and dovetail groove filling surface layer fiber cement material Wood-plastic composite wallboard end face structure figure.
Fig. 8 has feature wood of the present invention to mould the T shape connection two-sided groove of wallboard and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure.
Fig. 9 has feature wood of the present invention to mould T shape connection wallboard single face groove and dovetail groove filling surface layer fiber cement material Wood-plastic composite wallboard assembling end face structure figure.
Figure 10 has feature wood of the present invention to mould the T shape connection two-sided groove of wallboard and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard assembling end face structure figure.
Figure 11 has feature wood of the present invention to mould corner single face groove and dovetail groove filling surface layer fiber cement material Wood-plastic composite wallboard assembling end face structure figure.
Figure 12 has feature wood of the present invention to mould the two-sided groove of corner and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard assembling end face structure figure.
Figure 13 has feature wood of the present invention to mould and inlay polyphenyl plate in the panel single face groove and fill surface layer fiber cement material Wood-plastic composite wallboard end face structure figure.
The specific embodiment:
Embodiment 1:
Panel single face groove moulded by wood and the dovetail link slot is filled surface layer fiber cement material Wood-plastic composite wallboard end face structure figure as shown in Figure 1, wherein: the 1st, wood is moulded plate, the 2nd, wood is moulded the plate groove, the 3rd, wood is moulded plate groove limit stud, the 4th, dovetail groove, the 5th, side swallow-tail form link slot, the 6th, surface layer fiber cement material, the 7th, wood is moulded the plate indoor surface.
Manufacture process is as follows: surface layer fiber cement material 6 is filled into wood and moulds in the plate groove 2 and in the dovetail groove 4, surface layer fiber cement material 6 and dovetail groove 4 and wood are moulded plate groove limit stud 3 and are bonded together, dovetail groove 4 prevents that surface layer fiber cement material 6 from coming off, and side swallow-tail form link slot 6 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 2:
Wood is moulded two-sided groove of panel and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure as shown in Figure 2, wherein: the 8th, wood is moulded plate, the 9th, wood is moulded the plate upper groove, and the 10th, wood is moulded plate fovea superior trough rim stud, the 11st, last dovetail groove, the 12nd, the surface layer fiber cement, the 13rd, wood is moulded the plate low groove, and the 14th, wood is moulded the recessed trough rim stud of plate, the 15th, following dovetail groove, the 16th, side swallow-tail form link slot, the 17th, gypsum material.
Manufacture process is as follows: surface layer fiber cement material 12 is filled into wood and moulds in the plate upper groove 9 and in the last dovetail groove 11, surface layer fiber cement material 12 and last dovetail groove 11 and wood are moulded plate groove limit stud 10 and are bonded together, last dovetail groove 11 prevents that surface layer fiber cement material 12 from coming off, gypsum material 17 is filled into wood and moulds in the plate low groove 13 and in the following dovetail groove 15, gypsum material 17 and following dovetail groove 15 and wood are moulded plate groove limit stud 14 and are bonded together, following dovetail groove 15 prevents that gypsum material 17 from coming off, and side swallow-tail form link slot 16 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 3:
Wood is moulded panel single face groove and is filled surface layer fiber cement material Wood-plastic composite wallboard end face structure figure as shown in Figure 3, wherein: the 18th, wood is moulded plate, the 19th, wood is moulded the plate groove, the 20th, wood is moulded plate groove limit stud, the 21st, glue, the 22nd, side swallow-tail form link slot, the 23rd, wood is moulded the plate indoor surface, the 24th, metal tube, the 25th, surface layer fiber cement material.
Manufacture process is as follows: metal tube 24 is moulded plate 18 co-extrusion manufacturings with wood, gluing 21 in wood is moulded plate groove 19, surface layer fiber cement material 25 is filled into wood and moulds in the plate groove 19, the plate groove moulded by surface layer fiber cement material 25 and wood and stud 20 usefulness glue 21 in limit bond together, and side swallow-tail form link slot 22 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 4:
Wood is moulded the two-sided groove of panel and is filled surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure as shown in Figure 4, wherein: the 26th, wood is moulded plate, the 27th, wood is moulded the plate upper groove, and the 28th, wood is moulded plate fovea superior trough rim stud, the 29th, glue, the 30th, surface layer fiber cement material, the 31st, wood is moulded the plate low groove, and the 32nd, wood is moulded the recessed trough rim stud of plate, the 33rd, lower floor's glue, the 34th, gypsum material, the 35th, side swallow-tail form link slot.
Manufacture process is as follows: gluing 29 in wood is moulded plate upper groove 27, surface layer fiber cement material 30 is filled into wood and moulds in the plate upper groove 27, plate upper groove 27 moulded by surface layer fiber cement material 30 and wood and stud 28 usefulness glue 29 in limit bond together, gluing 33 in wood is moulded plate low groove 31, gypsum material 34 is filled into wood and moulds in the plate low groove 31, plate low groove 31 moulded by gypsum material 34 and wood and stud 32 usefulness glue 33 in limit bond together, and side swallow-tail form link slot 35 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 5:
Corner single face groove moulded by wood and dovetail groove is filled surface layer fiber cement material Wood-plastic composite wallboard end face structure figure as shown in Figure 5, wherein: the 36th, wood is moulded plate, the 37th, wood is moulded the plate upper groove, and the 38th, wood is moulded plate fovea superior trough rim stud, and the 39th, wood is moulded the oblique stud of plate upper groove, the 40th, last dovetail groove, the 41st, wood is moulded plate side groove, and the 42nd, wood is moulded plate side groove limit stud, the 43rd, side dovetail groove, the 44th, surface layer fiber cement, the 45th, side swallow-tail form link slot.
Manufacture process is as follows: surface layer fiber cement material 44 is filled into wood and moulds in the plate upper groove 37 and wood is moulded in the plate side groove 41, last dovetail groove 40 is fixed on surface layer fiber cement material 44 and moulds plate fovea superior trough rim stud 38 and wood by wood and mould in the groove that the oblique stud 39 of plate upper groove forms and side dovetail groove 43 is fixed on surface layer fiber cement material 44 by wood and moulds plate side groove limit stud 42 and wooden moulding in the groove that the oblique stud 39 of plate upper groove forms, and side swallow-tail form link slot 45 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 6:
Wood is moulded two-sided groove of corner and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure as shown in Figure 6, wherein: the 46th, wood is moulded plate, the 47th, wood is moulded the plate upper groove, the 48th, wood is moulded plate fovea superior trough rim stud, the 49th, wood is moulded the oblique stud of plate upper groove, the 50th, last dovetail groove, the 51st, wood is moulded plate side groove, the 52nd, wood is moulded plate side groove limit stud, the 53rd, side dovetail groove, the 54th, surface layer fiber cement, the 55th, wood is moulded the plate inner groovy, the 56th, wood is moulded plate indent trough rim stud, the 57th, gypsum, the 58th, side swallow-tail form link slot.
Manufacture process is as follows: surface layer fiber cement material 54 is filled into wood and moulds in the plate upper groove 47 and wood is moulded in the plate side groove 51, last dovetail groove 50 is fixed on surface layer fiber cement material 54 and moulds plate fovea superior trough rim stud 48 and wood by wood and mould in the upper groove 47 that the oblique stud 49 of plate upper groove forms and side dovetail groove 53 is fixed on surface layer fiber cement material 54 by wood and moulds plate side groove limit stud 52 and wooden moulding in the side groove that the oblique stud 49 of plate upper groove forms, gypsum 57 is filled into wood and moulds in the plate inner groovy 55, wood is moulded plate indent trough rim stud 56 and gypsum 57 is fixed on wood is moulded in the plate inner groovy 55, and side swallow-tail form link slot 58 is used for the connection of adjacent Wood-plastic composite wallboard.
Embodiment 7:
T shape connection wallboard single face groove moulded by wood and dovetail groove is filled surface layer fiber cement material Wood-plastic composite wallboard end face structure figure as shown in Figure 7, wherein: the 59th, wood is moulded plate, the 60th, wood is moulded the plate groove, the 61st, wood is moulded plate groove limit stud, the 62nd, dovetail groove, the 63rd, side swallow-tail form link slot, the 64th, middle swallow-tail form link slot, the 65th, surface layer fiber cement material.
Manufacture process is as follows: surface layer fiber cement material 65 is filled into wood and moulds in the plate groove 60 and in the dovetail groove 62, surface layer fiber cement material 65 and dovetail groove 62 and wood are moulded plate groove limit stud 61 and are bonded together, dovetail groove 62 prevents that surface layer fiber cement material 65 from coming off, side swallow-tail form link slot 63 is used for the connection of adjacent level Wood-plastic composite wallboard, and middle swallow-tail form link slot 64 is used for the connection of adjacent vertical Wood-plastic composite wallboard.
Embodiment 8:
Wood is moulded T shape and is connected two-sided groove of wallboard and dovetail groove filling surface layer fiber cement and gypsum material Wood-plastic composite wallboard end face structure figure as shown in Figure 8, wherein: the 66th, wood is moulded plate, and the 67th, wood is moulded the plate groove, and the 68th, wood is moulded plate groove limit stud, the 69th, last dovetail groove, the 70th, surface layer fiber cement material, the 71st, wood is moulded the plate low groove, and the 72nd, wood is moulded plate groove limit stud, the 73rd, wood is moulded plate groove horizontal bar, the 74th, gypsum, the 75th, side swallow-tail form link slot, the 76th, middle swallow-tail form link slot.
Manufacture process is as follows: surface layer fiber cement material 70 is filled into wood and moulds in the plate groove 67 and in the dovetail groove 69, surface layer fiber cement material 70 and last dovetail groove 69 and wood are moulded plate groove limit stud 68 and are bonded together, last dovetail groove 69 prevents that surface layer fiber cement material 70 from coming off, gypsum 74 is filled into wood and moulds in the plate low groove 71, gypsum 74 and wood are moulded plate groove limit stud 74 and wood and are moulded plate groove horizontal bar 73 and bond together, wood is moulded plate groove horizontal bar 73 and is prevented that gypsum 74 from coming off, side swallow-tail form link slot 75 is used for the connection of adjacent level Wood-plastic composite wallboard, and middle swallow-tail form link slot 76 is used for the connection of adjacent vertical Wood-plastic composite wallboard.
Embodiment 9:
T shape connection wallboard single face groove moulded by wood and dovetail groove is filled surface layer fiber cement material Wood-plastic composite wallboard assembling end face structure figure as shown in Figure 9, wherein: the 77th, wood is moulded plate, the 78th, wood is moulded the plate groove, the 79th, wood is moulded plate groove limit stud, the 80th, last dovetail groove, the 81st, surface layer fiber cement material, the 82nd, metal is strengthened square tube, the 83rd, side swallow-tail form link slot, the 84th, T connects wood and moulds plate, the 85th, T connects wood and moulds the plate groove, and the 86th, T connects wood and moulds plate groove limit stud, the 87th, dovetail groove in the T connection, the 88th, T connects surface layer fiber cement material, the 89th, T connects side swallow-tail form link slot, and the 90th, middle connection swallow-tail form link slot, the 91st, interior connection wood is moulded plate, the 92nd, interior connection swallow-tail form link slot, the 93rd, heat insulating material, the 94th, the two dovetail joint tongues of side, the 95th, in two dovetail joint tongues.
Manufacture process is as follows: metal is strengthened square tube 82 and is moulded plate 77 co-extrusion manufacturings with wood, the two dovetail joint tongues 92 of side inserting side swallow-tail form link slot 83 respectively are connected with T in the side swallow-tail form link slot 89, wood is moulded plate 77 to be connected wood and to mould plate 84 and link together with T, in two dovetail joint tongues 95 connect swallow-tail form link slot 90 in inserting respectively and be connected in the swallow-tail form link slot 92 with interior, interior connection wood is moulded plate 91 is connected wood with T and moulds plate 84 connection one.
Embodiment 10:
Wood is moulded T shape and is connected two-sided groove of wallboard and dovetail groove filling surface layer fiber cement and gypsum Wood-plastic composite wallboard assembling end face structure figure as shown in figure 10, wherein: the 96th, wood is moulded plate, the 97th, wood is moulded the plate groove, the 98th, wood is moulded plate groove limit stud, the 99th, last dovetail groove, the 100th, surface layer fiber cement material, the 101st, wood is moulded the plate low groove, the 102nd, wood is moulded the recessed trough rim stud of plate, the 103rd, following dovetail groove, the 104th, gypsum, the 105th, side swallow-tail form link slot, the 106th, T connects wood and moulds plate, the 107th, T connects wood and moulds the plate groove, the 108th, T connects wood and moulds plate groove limit stud, and the 109th, dovetail groove in the T connection, the 110th, T connects surface layer fiber cement material, the 111st, T connects side swallow-tail form link slot, the 112nd, middle connection swallow-tail form link slot, the 113rd, T connects wood and moulds the plate low groove, and the 114th, T connects gypsum, the 115th, connect wood in the two-sided filling and mould plate, the 116th, wood is moulded the plate groove in the two-sided filling, and the 117th, wood is moulded plate groove limit stud in the two-sided filling, and the 118th, dovetail groove in the two-sided filling, the 119th, connect the swallow-tail form link slot in the two-sided filling, the 120th, two-sided filler plaster, the 121st, the two dovetail joint tongues of side, the 122nd, in two dovetail joint tongues.
Manufacture process is as follows: the two dovetail joint tongues 121 of side inserting side swallow-tail form link slot 105 respectively are connected with T in the side swallow-tail form link slot 111, wood is moulded plate 96 to be connected wood and to mould plate 106 and link together with T, in two dovetail joint tongues 122 connect in inserting respectively in swallow-tail form link slot 112 and the two-sided filling and be connected in the swallow-tail form link slot 119, connection wood in the two-sided filling is moulded plate 115 is connected wood with T and moulds plate 106 and link together.
Embodiment 11:
Corner single face groove moulded by wood and dovetail groove is filled surface layer fiber cement material Wood-plastic composite wallboard assembling end face structure figure as shown in figure 11, wherein: the 123rd, wood is moulded plate, the 124th, wood is moulded the plate groove, the 125th, wood is moulded plate groove limit stud, the 126th, last dovetail groove, the 127th, surface layer fiber cement material, the 128th, side swallow-tail form link slot, the 129th, wood is moulded the plate indoor surface, the 130th, corner connects wood and moulds plate, and the 131st, corner connects wood and moulds the plate groove, and the 132nd, corner connects wood and moulds plate groove limit stud, the 133rd, diagonal bar, the 134th, corner wood is moulded the plate groove, and the 135th, corner connects surface layer fiber cement material, and the 136th, corner connects side swallow-tail form link slot, the 137th, corner connects wood and moulds the plate indoor surface, and the 138th, the two dovetail joint tongues of side.
Manufacture process is as follows: the two dovetail joint tongues 138 of side inserting side swallow-tail form link slots 128 respectively are connected with corner in the side swallow-tail form link slot 136, wood is moulded plate 123 be connected wood with corner and mould plate 130 and link together.
Embodiment 12:
The two-sided groove of corner moulded by wood and dovetail groove is filled the surface layer fiber cement and the gypsum material Wood-plastic composite wallboard is assembled end face structure figure as shown in figure 12, wherein: the 139th, wood is moulded plate, the 140th, wood is moulded the plate groove, the 141st, wood is moulded plate groove limit stud, the 142nd, last dovetail groove, the 143rd, surface layer fiber cement material, the 144th, wood is moulded the plate low groove, and the 145th, wood is moulded the recessed trough rim stud of plate, the 146th, following dovetail groove, the 147th, gypsum, the 148th, side swallow-tail form link slot, the 149th, corner connects wood and moulds plate, the 150th, corner connects wood and moulds the plate groove, the 151st, corner connects wood and moulds plate groove limit stud, and the 152nd, diagonal bar, the 153rd, corner connects goes up dovetail groove, the 154th, corner connects surface layer fiber cement material, the 155th, the indoor side rail of corner is moulded the plate groove, and the 156th, gypsum in the corner, the 157th, corner connects side swallow-tail form link slot, the 158th, the two dovetail joint tongues of side, the 159th, decorative adhesive film, the 160th, stone material, the 161st, corner stone material.
Manufacture process is as follows: the two dovetail joint tongues 158 of side inserting side swallow-tail form link slot 148 respectively are connected with corner in the side swallow-tail form link slot 157, wood is moulded plate 139 to be connected wood and to mould plate 149 and link together with corner, outdoor side rail is moulded plate 139 surface layer stone materials 160 and fuses with corner surface layer stone material 161, and indoor gypsum 147 fuses with the interior gypsum 156 usefulness decorative adhesive films 159 of corner.
Embodiment 13:
Wood is moulded and is inlayed polyphenyl plate filling surface layer fiber cement material Wood-plastic composite wallboard end face structure figure in the panel single face groove as shown in figure 13, wherein: the 162nd, wood is moulded plate, the 163rd, wood is moulded the plate groove, the 164th, wood is moulded plate groove limit stud, and the 165th, the limit stud is prevented off-gear platform, the 166th, side swallow-tail form link slot, the 167th, polyphenyl plate, the 168th, steel mesh, the 169th, connected nail, the 170th, surface layer fiber cement material.
Manufacture process is as follows: polyphenyl plate 167 and steel mesh 168 usefulness connected nails 169 are fixed on wood and mould on the plate 162, surface layer fiber cement material 170 is filled into wood and moulds plate groove 163 and steel mesh 168 surfaces, surface layer fiber cement material 169 sees through steel mesh 168 and bonds together with polyphenyl plate 167, wood is moulded the anti-off-gear platform 165 of edges of boards stud and steel mesh 168 prevents that surface layer fiber cement material 170 from coming off, polyphenyl plate 167 improves the heat insulation function of Wood-plastic composite wallboard, surface layer fiber cement material 170 improves the fire-proof function of Wood-plastic composite wallboard, and side swallow-tail form link slot 166 is used for the connection of adjacent Wood-plastic composite wallboard.
Claims (10)
1. a Wood-plastic composite wallboard comprises that wood moulds plate, connects tongue-and-groove, surface material,
It is characterized in that: wood is moulded the panel one or both sides and is established groove, and the groove both sides are limit studs, establish dovetail groove on the groove inner plane, fills surface material in the groove, and surface material is inlayed in the dovetail groove.
2. a Wood-plastic composite wallboard comprises that wood moulds plate, connects tongue-and-groove, surface material,
It is characterized in that: wood is moulded the panel one or both sides and is established groove, and the groove both sides are limit studs, and mosaic surface layer material in the groove, surface material and wood are moulded and sticked with glue the surface material and the wood that are connected into one or have an adhesion properties between panel and mould direct bonding being integral of panel.
3. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: wood is moulded the panel one or both sides and is established groove, and the groove both sides are limit studs, and wood is moulded between panel and surface material and inlayed heat insulating material, heat insulating material outside bonding plane layer material.
4. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: Wood-plastic composite wallboard side link slot is the swallow-tail form link slot, and two dovetail joint tongues insert adjacent wood and mould in the swallow-tail form link slot of plate side, and adjacent Wood-plastic composite wallboard is linked into an integrated entity.
5. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: the off-gear of setting up defences on the stud of limit platform.
6. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: wood is moulded embedded with metal material in the panel.
7. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: wood is moulded dress heat insulating material in the panel cavity.
8. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: wood is moulded plate surface material outside and is inlayed the stone material plate.
9. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: surface material comprises: gypsum, cement, polyphenyl plate, polyurethane expanded material, expanded perlite, rock wool, calcium silicates, string refinforced cement, wood wool cement board, vermiculite cement.
10. as Wood-plastic composite wallboard as described in the claim 1,2, it is characterized in that: the multiple film in surface material surface compacting decorative pattern or surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101482091A CN101929218A (en) | 2009-06-18 | 2009-06-18 | Wood-plastic composite wallboard |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009101482091A CN101929218A (en) | 2009-06-18 | 2009-06-18 | Wood-plastic composite wallboard |
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| CN101929218A true CN101929218A (en) | 2010-12-29 |
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| CN2009101482091A Pending CN101929218A (en) | 2009-06-18 | 2009-06-18 | Wood-plastic composite wallboard |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102251624A (en) * | 2011-06-09 | 2011-11-23 | 郑州兴隆塑业有限公司 | Wood-plastic-perlite composite wall panel |
| CN102943554A (en) * | 2012-10-10 | 2013-02-27 | 上海轩睿金属有限公司 | Plate for wall decoration and construction method thereof |
| CN105696746A (en) * | 2016-01-21 | 2016-06-22 | 广东木立方木屋有限公司 | Making method of integrated multifunctional wall module and multifunctional wall module |
| CN108019016A (en) * | 2017-11-24 | 2018-05-11 | 贵州楚智建材科技有限公司 | A kind of bamboo and wood moulds out-hung panel |
| CN110206194A (en) * | 2019-06-06 | 2019-09-06 | 贵州皆盈科技开发有限公司 | A kind of blank partition wall |
| CN111906987A (en) * | 2020-07-25 | 2020-11-10 | 济南建诚新型保温材料有限公司 | Polyurethane insulation board and production line thereof |
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2009
- 2009-06-18 CN CN2009101482091A patent/CN101929218A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102251624A (en) * | 2011-06-09 | 2011-11-23 | 郑州兴隆塑业有限公司 | Wood-plastic-perlite composite wall panel |
| CN102943554A (en) * | 2012-10-10 | 2013-02-27 | 上海轩睿金属有限公司 | Plate for wall decoration and construction method thereof |
| CN105696746A (en) * | 2016-01-21 | 2016-06-22 | 广东木立方木屋有限公司 | Making method of integrated multifunctional wall module and multifunctional wall module |
| CN105696746B (en) * | 2016-01-21 | 2018-08-14 | 广东木立方装配式建筑科技有限公司 | The production method and its Multifunction wall module of integral multifunctional wall body module |
| CN108019016A (en) * | 2017-11-24 | 2018-05-11 | 贵州楚智建材科技有限公司 | A kind of bamboo and wood moulds out-hung panel |
| CN108019016B (en) * | 2017-11-24 | 2024-02-09 | 贵州楚智建材科技有限公司 | Bamboo wood plastic external wall board |
| CN110206194A (en) * | 2019-06-06 | 2019-09-06 | 贵州皆盈科技开发有限公司 | A kind of blank partition wall |
| CN111906987A (en) * | 2020-07-25 | 2020-11-10 | 济南建诚新型保温材料有限公司 | Polyurethane insulation board and production line thereof |
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Application publication date: 20101229 |