CN208441223U - Modularization cork wood structure top layer top of the slope wallboard - Google Patents

Abstract

The utility model relates to a kind of modularization cork wood structure top layer top of the slope wallboards, belong to structural engineering technical field.Modularization cork wood structure top layer top of the slope wallboard is divided into modularization cork wood structure top layer top of the slope wallboard A class plate, B class plate, C class plate, D class plate；The area Shi Ding is connect with index bed modularization superstructure at the top of wallboard is connect with floor；It connect with roof system that the bottom area Shi Ding integrally reinforces tilting raising-plate with top layer and modularization roof slab is connect in wallboard；The lateral area Shi Ding is installed in top floor to connect with top-level module side dress superstructure；It is longitudinally connected between the longitudinally connected lateral area the Shi Ding wallboard of wallboard；The orthogonal lateral area Shi Ding of connection of the wallboard of B class plate is connect with top-level module gable bearing external wall plate；The orthogonal lateral area Shi Ding of connection of the wallboard of C class plate is connect with index bed modularization load-bearing lining.Installation operation is significant to be simplified, and assembling speed is fast, can use big component general assembly, industrialization degree is higher, good economical benefit, and avoids environmental pollution.

Description

Modularization cork wood structure top layer top of the slope wallboard

Technical field

The utility model belongs to building structure technology field, more particularly to a kind of modularization cork wood structure top layer top of the slope wall Plate.

Background technique

According to statistics, construction industry consumes about 50% energy on the earth, 42% water resource, 50% material and 48% Arable land.Cause disruption of ecological balance, produce global 24% air pollution, 50% greenhouse effects, 40% pollution of waterhead and 50% chlorofluorocarbons etc..

Green building curbs environmental pollution in China, energy-saving and emission-reduction, plays vital work in terms of the adjustment industrial structure With.Past China in terms of Development of Green Building, emphasis steel construction and concrete structure and have ignored timber structure green building. Steel, cement, plastics non-renewable unsustainable property clearly.Present developed country have been recognized that Wood construction and The building materials processed using agricultural wastes, are the correct directions of building industry sustainable development, however department of the Chinese government and society Can all circles for the extensive use of novel Wood construction, there is also many mistaken ideas.

For this reason, it is necessary to carry out systematic research and development for timber structure green building and its industrialization, produce China's building Industry really realizes the green, recyclable, sustainable of overall process.

Utility model content

For the above technical problems, the purpose of this utility model is to provide it is a kind of using the time is long, environmental protection, can The modularization cork wood structure top layer top of the slope wallboard of recycling reduces a large amount of field operations, simultaneously without in addition setting sound insulating layer Guarantee that manufacturing procedure is simple, more guarantees it with good stress performance.

The technical solution adopted in the utility model are as follows:

A kind of modularization cork wood structure top layer top of the slope wallboard of the utility model, including basic (1), beam slab (2), bottom mould Block superstructure (3), index bed modularization bearing external wall plate (4), index bed modularization load-bearing lining (5), index bed integrally add Strong raising-plate (6), index bed modularization superstructure (7), modularization cork wood structure top layer top of the slope wallboard (8), top-level module side dress Superstructure (9), top-level module gable bearing external wall plate (10), top layer integrally reinforce the tilting T shape wood of tilting raising-plate (11), span centre Beam (12), the ridge double orthogonal wooden frames of T (13), modularization roof slab (14)；It is divided into modularization cork wood structure top layer top of the slope wallboard A class Plate, B class plate, C class plate, D class plate；The modularization cork wood structure top layer top of the slope wallboard A class plate includes edges of boards wall column (4-1- 2), bottom beam plate (4-1-3), indoor wall panel (4-1-4), downstream plate (4-1-5), fireproof decoration plate installation batten (4-1-6), room Cladding panel (4-1-7), it is interior fill out thermal insulation material (4-1-8), wall column (4-1-9), ventilation opening (4-1-10), hole for hoist in plate (4-1-11), factory iron nail (4-1-12), corner stiffening plate (4-1-13), T shape wall connection reinforcement riser (4-1-14), T shape Wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top floor mounting plate (4-1-18), wallboard and floor connect Connect the top area Shi Ding (4-1-19), wallboard and the roof system connection area bottom Shi Ding (4-1-20), top floor installs the lateral area Shi Ding The longitudinally connected lateral area Shi Ding (4-1-22) of (4-1-21), wallboard, the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；Two perpendicular Straight bottom end edges of boards wall column (4-1-2) is connect with one block of horizontal bottom beam plate (4-1-3) respectively, top respectively with one piece Slope surface top panel (4-1-17) connection, 4 blocks of plates surround a frame, are projected as rectangle to the perpendicular of indoor or outdoors；Side It is projected as right-angled trapezium；Edges of boards wall column (4-1-2) is identical right-angled trapezium plate, and bottom is two right angles, one in top chamber Side is higher than outdoor side, and the top gradient is preferably 45 °；Slope surface top panel (4-1-17) is connect with edges of boards wall column (4-1-2), top The face gradient is identical as the top surface gradient of edges of boards wall column (4-1-2)；

Bottom beam plate (4-1-3) and slope surface top panel (4-1-17) extend to the both ends of A class plate, two edges of boards wall column (4- 1-2) between bottom beam plate (4-1-3) and slope surface top panel (4-1-17), bottom beam plate (4-1-3) and two edges of boards wall columns (4-1-2) is connected using factory with iron nail (4-1-12), and nail vertically hammers into edges of boards wall column (4- by bottom beam plate (4-1-3) 1-2), each tie point applies nail quantity 3 ~ 5, and arranges for a row and uniformly, slope surface top panel (4-1-17) and two edges of boards Wall column (4-1-2) is connected using factory with iron nail (4-1-12), and the vertical raising-plate (2) of nail hammers into edges of boards wall column (4- 1-2), each tie point applies nail quantity 3 ~ 5, and arranges for a row and uniformly；It is arranged between edges of boards wall column (4-1-2) several It is uniformly distributed and wall column (4-1-9) in the plate that is parallel to each other, wall column (4-1-9) is right-angled trapezium in plate, and two right angles are located at Bottom, the top surface gradient is identical as edges of boards wall column (4-1-2), wall column (4-1-9) and edges of boards wall column (4-1- in the plate at both ends 2) it is close to；It is filled out between wall column in plate (4-1-9) and in plate between wall column (4-1-9) and edges of boards wall column (4-1-2) Thermal insulation material (4-1-8) is filled out in filling；The width of wall column (4-1-9) is less than the width of edges of boards wall column (4-1-2) in plate, in plate The outdoor side nail of interior wall column (4-1-9) penetrates outdoor wall surface plate (4-1-7), and side nail penetrates indoor wall panel (4-1- indoors 4)；The outdoor side of outdoor wall surface plate (4-1-7), edges of boards wall column (4-1-2), bottom beam plate (4-1-3) connection, slope surface top panel The frame that (4-1-17) is surrounded is stretched out to outdoor side；The indoor side of indoor wall panel (4-1-4), edges of boards wall column The frame that the connection of (4-1-2), bottom beam plate (4-1-3), slope surface top panel (4-1-17) are surrounded is stretched out to indoor side, is stretched out Breadth-first be equal to edges of boards wall column (4-1-2) thickness；Edges of boards wall column (4-1-2) the exposed part in outer two sides indoors The orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard is formed, bottom beam plate (4-1-3) forms wall in the exposed part in outer two sides indoors Plate connect the top area Shi Ding (4-1-19) with floor, and slope surface top panel (4-1-17) part exposed inside and outside forms wallboard The bottom area Shi Ding (4-1-20) is connect with roof system；Side indoors is the high position of top layer layer in height, nail jetting placing flat Top floor mounting plate (4-1-18), top floor mounting plate (4-1-18) use work with wall column in plate (4-1-9) respectively Station-service iron nail (4-1-12) connection is respectively formed top floor installation in the upper and lower part of top floor mounting plate (4-1-18) The lateral area Shi Ding (4-1-21)；Top floor mounting plate (4-1-18) above and below, and with wall column in plate (4-1-9) (both ends with except wall column (4-1-9) in the plate that edges of boards wall column (4-1-2) abuts) corresponding position, is respectively adopted work Station-service iron nail (4-1-12) nail penetrates fireproof decoration plate installation batten (4-1-6)；Edges of boards wall column (4-1-2), bottom beam plate (4-1- 3), fireproof decoration plate installs batten (4-1-6), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) indoors Side flushes vertically；In outdoor side, wall column (the 4-1-9) (plate that both ends are abutted with edges of boards wall column (4-1-2) in plate Except interior wall column (4-1-9)) corresponding position, it factory is respectively adopted is followed closely with iron nail (4-1-12) and penetrate plate (4-1- downstream 5)；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), downstream plate (4-1-5), slope surface top panel (4-1-17) side indoors Flush vertically；It is opened up ventilation opening (4-1-10) in the outdoor side of bottom beam plate (4-1-3), ventilation opening (4-1-10) is from the bottom to top Perforation；It is respectively a quarter to one third at away from both ends in slope surface top panel (4-1-17), and positioned at indoor wall panel The indoor side of (4-1-4), the outdoor side of outdoor wall surface plate (4-1-7) respectively open up 2 holes for hoist (4-1-11)；B class plate and A The difference of class plate is: in the left and right ends of the indoor side of B class plate, wherein one end setting corner stiffening plate (4-1-13) turns Angle stiffening plate (4-1-13) is close to edges of boards wall column (4-1-2), and the two length is identical, and plate face is mutually perpendicular to, in edges of boards wall bone Column (4-1-2) applies nail, is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；At bottom beam plate (4-1-3) Nail is applied in bottom, is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；At slope surface top panel (4-1-17) Top apply nail, connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；Top floor mounting plate (4-1- 18) one end extends to corner stiffening plate (4-1-13), and the other end extends to the edges of boards wall column (4-1-2) of opposite side；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), corner stiffening plate (4-1-13), slope surface top panel (4-1-17), top floor mounting plate (4- 1-18) side is concordant indoors, and edges of boards wall column (4-1-2) and corner stiffening plate (4-1-13) are far from edges of boards wall column (4-1- 2) part is respectively formed the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；C class plate and the difference of A class plate are: in C class plate Indoor side position corresponding with wall column (4-1-9) in one of plate do not follow closely penetrate fireproof decoration plate installation batten (4-1- 6), nail penetrate with wall column in plate (4-1-9) equal length T shape wall connection reinforcement riser (4-1-14), in plate wall column (4-1-9) with The plate face of T shape wall connection reinforcement riser (4-1-14) is mutually perpendicular to, and applies nail in T shape wall connection reinforcement riser (4-1-14), is used Factory is connect with iron nail (4-1-12) with wall column in plate (4-1-9)；Nail is applied in the bottom bottom beam plate (4-1-3), is used using factory Iron nail (4-1-12) is connect with T shape wall connection reinforcement riser (4-1-14)；Nail is applied at the top of slope surface top panel (4-1-17), is adopted Recruitment station-service iron nail (4-1-12) is connect with T shape wall connection reinforcement riser (4-1-14)；In T shape wall connection reinforcement riser (4-1- 14) the left and right sides is followed closely respectively penetrates top floor mounting plate (4-1-18)；The left and right two of T shape wall connection reinforcement riser (4-1-14) Side section is respectively formed the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), T shape wall connection reinforcement riser (4-1-14), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) side indoors Concordantly；D class plate and the difference of A class plate are: in indoor side and the wall column (4-1-9) in wherein two pieces of adjacent panels of D class plate On do not follow closely penetrate fireproof decoration plate installation batten (4-1-6), nail penetrate several pieces of horizontal T shape wall connection reinforcement transverse slats (4-1-15), T Shape wall connection reinforcement transverse slat (4-1-15) and top floor mounting plate (4-1-18) are preferentially uniformly distributed；Edges of boards wall column (4-1- 2), bottom beam plate (4-1-3), T shape wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) side is concordant indoors.

Further, the thickness and width of the slope surface top panel (4-1-17) and edges of boards wall column (4-1-2) is equal, With a thickness of 38 ~ 89mm, 40mm is preferentially selected, width is 140 ~ 286mm, preferentially selects 184mm；Wall column (4-1- in the plate 9) with a thickness of 38 ~ 89mm, 40mm is preferentially selected, width is 89 ~ 185mm, preferentially selects 89mm.

Further, the indoor wall panel (4-1-4) preferentially uses load-bearing OSB plate, the outdoor wall surface plate (4-1-7) Preferentially use OSB plate.

Further, the ventilation opening (4-1-10) is inwardly recessed 135 ° ~ 180 ° in the outdoor side of bottom beam plate (4-1-3) Circular arc, an outdoor side plane of circular arc and bottom beam plate (4-1-3) is connected as radius as the circular arc of 2 ~ 5mm, ventilation opening (4-1- 10) depth is 10mm ~ 19mm.

Further, the installation method of modularization cork wood structure top layer top of the slope wallboard, comprising the following steps:

A. the top area Shi Ding (4-1-19) is connect with floor in the wallboard of modularization cork wood structure top layer top of the slope wallboard (8) Nail is applied using live nail and is connect with index bed modularization superstructure (7) in top；The bottom area Shi Ding (4-1- is connect with roof system in wallboard 20) using live nail to apply, nail integrally reinforces tilting raising-plate (11) with top layer and modularization roof slab (14) is connect；In top layer The lateral area Shi Ding (4-1-21) of floor installation is applied nail using live nail and is connect with top-level module side dress superstructure (9)；In wallboard The longitudinally connected lateral area Shi Ding (4-1-22) applies nail using live nail, and modularization cork wood structure top layer top of the slope wallboard (8) is vertical To connection；

The orthogonal lateral area Shi Ding (4-1-23) of connection of the wallboard of B.B class plate applies nail and top-level module using live nail Gable bearing external wall plate (10) connection；

The orthogonal lateral area Shi Ding (4-1-23) of connection of the wallboard of C.C class plate applies nail and index bed modularization using live nail Load-bearing lining (5) connection；

The T shape wall connection reinforcement transverse slat (4-1-15) of D.D class plate applies nail and the load-bearing of index bed modularization using live nail Lining (5) connection.

The advantages of the utility model and the utility model has the advantages that

The utility model installation operation is significant to be simplified, and assembling speed is fast, can be used big component general assembly, be industrialized journey Du Genggao, good economical benefit, and avoid environmental pollution.Sound insulating layer is especially embedded into the inside of plate, reduces a large amount of scenes Operation is constructed by series, makes it have good stress performance.

Detailed description of the invention

Fig. 1 is modularization cork wood structure top layer top of the slope wallboard schematic diagram.

Fig. 2 is side schematic elevation view outside modularization cork wood structure top layer top of the slope wallboard A plate room.

Fig. 3 is side schematic elevation view in modularization cork wood structure top layer top of the slope wallboard A plate room.

Fig. 4 is modularization cork wood structure top layer top of the slope wallboard A plate schematic top plan view.

Fig. 5 is modularization cork wood structure top layer top of the slope wallboard A plate schematic side view.

Fig. 6 is the A-A diagrammatic cross-section of Fig. 2.

Fig. 7 is the B-B diagrammatic cross-section of Fig. 2.

Fig. 8 is the C-C diagrammatic cross-section of Fig. 2.

Fig. 9 is side schematic elevation view in modularization cork wood structure top layer top of the slope wallboard B plate room.

Figure 10 is side schematic elevation view in modularization cork wood structure top layer top of the slope wallboard C plate room.

Figure 11 is side schematic elevation view in modularization cork wood structure top layer top of the slope wallboard D plate room.

In figure: based on 1；2 be ground beam slab；3 be bottom modularization superstructure；4 be index bed modularization bearing external wall plate；5 For index bed modularization load-bearing lining；6 integrally reinforce raising-plate for index bed；7 be index bed modularization superstructure；8 be top layer Modularization top of the slope bearing external wall plate；9 fill superstructure for top-level module side；10 be top-level module gable bearing external wall plate；11 are Top layer integrally reinforces tilting raising-plate；12 be the tilting T shape wooden frame of span centre；13 be the orthogonal wooden frame of the double T of ridge；14 be modularization roof system Plate.

4-1-2 is edges of boards wall column；4-1-3 is bottom beam plate；4-1-4 is indoor wall panel；4-1-5 is plate downstream；4-1-6 Batten is installed for fireproof decoration plate；4-1-7 is outdoor wall surface plate；4-1-8 fills out thermal insulation material in being；4-1-9 is wall column in plate； 4-1-10 is ventilation opening；4-1-11 is hole for hoist；4-1-12 is factory's iron nail；4-1-13 is corner stiffening plate；4-1-14 is T Shape wall connection reinforcement riser；4-1-15 is T shape wall connection reinforcement transverse slat；4-1-17 is slope surface top panel；4-1-18 is top floor Plate mounting plate；4-1-19 is that wallboard connect the top area Shi Ding with floor；4-1-20 is that wallboard connect the bottom area Shi Ding with roof system；4- 1-21 is that top floor installs the lateral area Shi Ding；4-1-22 is the longitudinally connected lateral area Shi Ding of wallboard；4-1-23 is that wallboard is orthogonal Connect the lateral area Shi Ding.

Specific embodiment

Modularization cork wood structure top layer top of the slope wallboard provided by the utility model is carried out with reference to the accompanying drawings and embodiments It explains in detail.

Embodiment

As shown in Fig. 1 ~ Figure 11, a kind of modularization cork wood structure top layer top of the slope wallboard, including basic (1), beam slab (2), Bottom modularization superstructure (3), index bed modularization bearing external wall plate (4), index bed modularization load-bearing lining (5), index bed It is whole to reinforce raising-plate (6), index bed modularization superstructure (7), modularization cork wood structure top layer top of the slope wallboard (8), top-level module Change that side dress superstructure (9), top-level module gable bearing external wall plate (10), that top layer integrally reinforces tilting raising-plate (11), span centre is oblique Set T shape wooden frame (12), the ridge double orthogonal wooden frames of T (13), modularization roof slab (14)；It is divided into modularization cork wood structure top layer top of the slope Wallboard A class plate, B class plate, C class plate, D class plate；The modularization cork wood structure top layer top of the slope wallboard A class plate includes edges of boards wall column (4-1-2), bottom beam plate (4-1-3), indoor wall panel (4-1-4), plate (4-1-5), fireproof decoration plate install batten (4-1- downstream 6), outdoor wall surface plate (4-1-7), interior fill out thermal insulation material (4-1-8), wall column (4-1-9) in plate, ventilation opening (4-1-10), hang Fill hole (4-1-11), factory's iron nail (4-1-12), corner stiffening plate (4-1-13), T shape wall connection reinforcement riser (4-1-14), T shape wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top floor mounting plate (4-1-18), wallboard and building The plate connection top area Shi Ding (4-1-19), wallboard and the roof system connection area bottom Shi Ding (4-1-20), top floor installation are laterally applied Follow closely area (4-1-21) and the longitudinally connected lateral area Shi Ding (4-1-22) of wallboard；Two vertical bottom ends edges of boards wall column (4-1-2) It is connect respectively with one block of horizontal bottom beam plate (4-1-3), top is connect with one piece of slope surface top panel (4-1-17) respectively, and 4 Block plate surrounds a frame, is projected as rectangle to the perpendicular of indoor or outdoors；Side projection is right-angled trapezium；Edges of boards wall column (4-1-2) is identical right-angled trapezium plate, and bottom is two right angles, and side is higher than outdoor side in top chamber, and the top gradient is excellent It is first 45 °；Slope surface top panel (4-1-17) is connect with edges of boards wall column (4-1-2), the top surface gradient and edges of boards wall column (4-1-2) The top surface gradient it is identical；Bottom beam plate (4-1-3) and slope surface top panel (4-1-17) extend to the both ends of A class plate, two edges of boards walls Bone column (4-1-2) is located between bottom beam plate (4-1-3) and slope surface top panel (4-1-17), bottom beam plate (4-1-3) and two edges of boards Wall column (4-1-2) is connected using factory with iron nail (4-1-12), and nail vertically hammers into edges of boards wall bone by bottom beam plate (4-1-3) Column (4-1-2), each tie point apply nail quantity 3 ~ 5, and a row and uniformly to arrange, slope surface top panel (4-1-17) and two Edges of boards wall column (4-1-2) is connected using factory with iron nail (4-1-12), and the vertical raising-plate (2) of nail hammers into edges of boards wall column (4-1-2), each tie point applies nail quantity 3 ~ 5, and arranges for a row and uniformly；It is arranged between edges of boards wall column (4-1-2) Wall column (4-1-9) in several plates for being uniformly distributed and being parallel to each other, wall column (4-1-9) is right-angled trapezium, two right angles in plate Positioned at bottom, the top surface gradient is identical as edges of boards wall column (4-1-2), wall column (4-1-9) and edges of boards wall column in the plate at both ends (4-1-2) is close to；Wall column (4-1-9) and edges of boards wall column (4-1-2) between wall column in plate (4-1-9) and in plate Between filling in fill out thermal insulation material (4-1-8)；The width of wall column (4-1-9) is less than the width of edges of boards wall column (4-1-2) in plate Degree, the outdoor side nail of wall column (4-1-9) penetrates outdoor wall surface plate (4-1-7) in plate, and side nail penetrates indoor wall indoors Plate (4-1-4)；The outdoor side of outdoor wall surface plate (4-1-7), edges of boards wall column (4-1-2), bottom beam plate (4-1-3) connection, slope The frame that face top panel (4-1-17) is surrounded is stretched out to outdoor side；The indoor side of indoor wall panel (4-1-4), edges of boards The frame that wall column (4-1-2), bottom beam plate (4-1-3) connection, slope surface top panel (4-1-17) are surrounded is stretched to indoor side Out, the breadth-first of stretching is equal to the thickness of edges of boards wall column (4-1-2)；Edges of boards wall column (4-1-2) is indoors outside outer two sides The part of dew forms the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard, bottom beam plate (4-1-3) the exposed portion in outer two sides indoors Point formed wallboard connect with floor at the top of the area Shi Ding (4-1-19), slope surface top panel (4-1-17) part exposed inside and outside It forms wallboard and connect the bottom area Shi Ding (4-1-20) with roof system；Side indoors is the high position of top layer layer in height, follows closely jetting The top floor mounting plate (4-1-18) of placing flat, top floor mounting plate (4-1-18) respectively with wall column (4-1- in plate 9) it is connected using factory with iron nail (4-1-12), is respectively formed top layer in the upper and lower part of top floor mounting plate (4-1-18) Floor installs the lateral area Shi Ding (4-1-21)；Top floor mounting plate (4-1-18) above and below, and with wall column in plate (4-1-9) (both ends with except wall column (4-1-9) in the plate that edges of boards wall column (4-1-2) abuts) corresponding position, respectively Not Cai Yong factory with iron nail (4-1-12) follow closely penetrate fireproof decoration plate installation batten (4-1-6)；Edges of boards wall column (4-1-2), bottom beam Plate (4-1-3), fireproof decoration plate install batten (4-1-6), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) Side flushes vertically indoors；In outdoor side, (both ends and edges of boards wall column (4-1-2) are tight for wall column (4-1-9) in plate In the plate leaned on except wall column (4-1-9)) corresponding position, it factory is respectively adopted is followed closely with iron nail (4-1-12) and penetrate plate downstream (4-1-5)；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), plate (4-1-5), slope surface top panel (4-1-17) be in room downstream Interior side flushes vertically；Opened up ventilation opening (4-1-10) in the outdoor side of bottom beam plate (4-1-3), ventilation opening (4-1-10) by Under supreme perforation；It is respectively a quarter to one third at away from both ends in slope surface top panel (4-1-17), and is located at indoor The indoor side of shingle nail (4-1-4), the outdoor side of outdoor wall surface plate (4-1-7) respectively open up 2 holes for hoist (4-1-11)；B Class plate and the difference of A class plate are: in the left and right ends of the indoor side of B class plate, wherein corner stiffening plate (4-1- is arranged in one end 13), corner stiffening plate (4-1-13) is close to edges of boards wall column (4-1-2), and the two length is identical, and plate face is mutually perpendicular to, in plate Side wall column (4-1-2) applies nail, is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；In bottom beam plate Nail is applied in the bottom (4-1-3), is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；In slope surface top panel Nail is applied at the top of (4-1-17), is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；Top floor peace One end of loading board (4-1-18) extends to corner stiffening plate (4-1-13), and the other end extends to the edges of boards wall column (4-1-2) of opposite side；Plate Side wall column (4-1-2), bottom beam plate (4-1-3), corner stiffening plate (4-1-13), slope surface top panel (4-1-17), top floor Side is concordant indoors for mounting plate (4-1-18), and edges of boards wall column (4-1-2) and corner stiffening plate (4-1-13) are far from edges of boards wall The part of bone column (4-1-2) is respectively formed the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；The difference of C class plate and A class plate exists In: it is not followed closely in the indoor side of C class plate position corresponding with wall column (4-1-9) in one of plate and penetrates fireproof decoration plate installation Batten (4-1-6), nail are penetrated with wall column in plate (4-1-9) equal length T shape wall connection reinforcement riser (4-1-14), wall column in plate The plate face of (4-1-9) and T shape wall connection reinforcement riser (4-1-14) are mutually perpendicular to, in T shape wall connection reinforcement riser (4-1-14) Shi Ding is connect with iron nail (4-1-12) with wall column in plate (4-1-9) using factory；Nail is applied in the bottom bottom beam plate (4-1-3), is adopted Recruitment station-service iron nail (4-1-12) is connect with T shape wall connection reinforcement riser (4-1-14)；On the top of slope surface top panel (4-1-17) Portion applies nail, is connect with iron nail (4-1-12) with T shape wall connection reinforcement riser (4-1-14) using factory；In T shape wall connection reinforcement The left and right sides of riser (4-1-14) is followed closely respectively penetrates top floor mounting plate (4-1-18)；T shape wall connection reinforcement riser (4-1- 14) left and right sides part is respectively formed the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；Edges of boards wall column (4-1-2), bottom Beam slab (4-1-3), T shape wall connection reinforcement riser (4-1-14), slope surface top panel (4-1-17), top floor mounting plate (4-1- 18) side is concordant indoors；D class plate and the difference of A class plate are: in indoor side and the wherein two pieces of adjacent panels of D class plate It is not followed closely on wall column (4-1-9) and penetrates fireproof decoration plate installation batten (4-1-6), nail penetrates several pieces of horizontal T shape wall connection reinforcements Transverse slat (4-1-15), T shape wall connection reinforcement transverse slat (4-1-15) and top floor mounting plate (4-1-18) are preferentially uniformly distributed；Plate Side wall column (4-1-2), bottom beam plate (4-1-3), T shape wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top Side is concordant indoors for floor plate mounting plate (4-1-18).

The thickness and width of the slope surface top panel (4-1-17) and edges of boards wall column (4-1-2) is equal, with a thickness of 38 ~ 89mm preferentially selects 40mm, and width is 140 ~ 286mm, preferentially selects 184mm；Wall column (4-1-9) is in the plate with a thickness of 38 ~ 89mm preferentially selects 40mm, and width is 89 ~ 185mm, preferentially selects 89mm.

The indoor wall panel (4-1-4) preferentially uses load-bearing OSB plate, and the outdoor wall surface plate (4-1-7) preferentially uses OSB plate.

The ventilation opening (4-1-10) is inwardly recessed 135 ° ~ 180 ° of circular arc in the outdoor side of bottom beam plate (4-1-3), circle One side plane of outdoor of arc and bottom beam plate (4-1-3) are connected as the circular arc that radius is 2 ~ 5mm, and the depth of ventilation opening (4-1-10) is 10mm~19mm。

The installation method of modularization cork wood structure top layer top of the slope wallboard, comprising the following steps:

A. the top area Shi Ding (4-1-19) is connect with floor in the wallboard of modularization cork wood structure top layer top of the slope wallboard (8) Nail is applied using live nail and is connect with index bed modularization superstructure (7) in top；The bottom area Shi Ding (4-1- is connect with roof system in wallboard 20) using live nail to apply, nail integrally reinforces tilting raising-plate (11) with top layer and modularization roof slab (14) is connect；In top layer The lateral area Shi Ding (4-1-21) of floor installation is applied nail using live nail and is connect with top-level module side dress superstructure (9)；In wallboard The longitudinally connected lateral area Shi Ding (4-1-22) applies nail using live nail, and modularization cork wood structure top layer top of the slope wallboard (8) is vertical To connection；

The orthogonal lateral area Shi Ding (4-1-23) of connection of the wallboard of B.B class plate applies nail and top-level module using live nail Gable bearing external wall plate (10) connection；

The orthogonal lateral area Shi Ding (4-1-23) of connection of the wallboard of C.C class plate applies nail and index bed modularization using live nail Load-bearing lining (5) connection；

The T shape wall connection reinforcement transverse slat (4-1-15) of D.D class plate applies nail and the load-bearing of index bed modularization using live nail Lining (5) connection.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and Retouching also should be regarded as the protection scope of the utility model.

Claims (4)

1. a kind of modularization cork wood structure top layer top of the slope wallboard, it is characterised in that: including basic (1), beam slab (2), bottom mould Block superstructure (3), index bed modularization bearing external wall plate (4), index bed modularization load-bearing lining (5), index bed integrally add Strong raising-plate (6), index bed modularization superstructure (7), modularization cork wood structure top layer top of the slope wallboard (8), top-level module side dress Superstructure (9), top-level module gable bearing external wall plate (10), top layer integrally reinforce the tilting T shape wood of tilting raising-plate (11), span centre Beam (12), the ridge double orthogonal wooden frames of T (13), modularization roof slab (14)；It is divided into modularization cork wood structure top layer top of the slope wallboard A class Plate, B class plate, C class plate, D class plate；The modularization cork wood structure top layer top of the slope wallboard A class plate includes edges of boards wall column (4-1- 2), bottom beam plate (4-1-3), indoor wall panel (4-1-4), downstream plate (4-1-5), fireproof decoration plate installation batten (4-1-6), room Cladding panel (4-1-7), it is interior fill out thermal insulation material (4-1-8), wall column (4-1-9), ventilation opening (4-1-10), hole for hoist in plate (4-1-11), factory iron nail (4-1-12), corner stiffening plate (4-1-13), T shape wall connection reinforcement riser (4-1-14), T shape Wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top floor mounting plate (4-1-18), wallboard and floor connect Connect the top area Shi Ding (4-1-19), wallboard and the roof system connection area bottom Shi Ding (4-1-20), top floor installs the lateral area Shi Ding The longitudinally connected lateral area Shi Ding (4-1-22) of (4-1-21), wallboard, the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；Two perpendicular Straight bottom end edges of boards wall column (4-1-2) is connect with one block of horizontal bottom beam plate (4-1-3) respectively, top respectively with one piece Slope surface top panel (4-1-17) connection, 4 blocks of plates surround a frame, are projected as rectangle to the perpendicular of indoor or outdoors；Side It is projected as right-angled trapezium；Edges of boards wall column (4-1-2) is identical right-angled trapezium plate, and bottom is two right angles, one in top chamber Side is higher than outdoor side, and the top gradient is 45 °；Slope surface top panel (4-1-17) is connect with edges of boards wall column (4-1-2), top surface slope It spends identical as the top surface gradient of edges of boards wall column (4-1-2)；

Bottom beam plate (4-1-3) and slope surface top panel (4-1-17) extend to the both ends of A class plate, two edges of boards wall columns (4-1-2) Between bottom beam plate (4-1-3) and slope surface top panel (4-1-17), bottom beam plate (4-1-3) and two edges of boards wall column (4-1- 2) it being connected using factory with iron nail (4-1-12), nail vertically hammers into edges of boards wall column (4-1-2) by bottom beam plate (4-1-3), Each tie point applies nail quantity 3 ~ 5, and arranges for a row and uniformly, slope surface top panel (4-1-17) and two edges of boards wall columns (4-1-2) is connected using factory with iron nail (4-1-12), and the vertical raising-plate (2) of nail hammers into edges of boards wall column (4-1-2), often A tie point applies nail quantity 3 ~ 5, and arranges for a row and uniformly；

Wall column (4-1-9), plate interior wall in several plates for being uniformly distributed and being parallel to each other are set between edges of boards wall column (4-1-2) Bone column (4-1-9) is right-angled trapezium, and two right angles are located at bottom, and the top surface gradient is identical as edges of boards wall column (4-1-2), the plate at both ends Interior wall column (4-1-9) is close to edges of boards wall column (4-1-2)；Wall column between wall column in plate (4-1-9) and in plate Thermal insulation material (4-1-8) is filled out in filling between (4-1-9) and edges of boards wall column (4-1-2)；

The width of wall column (4-1-9) is less than the width of edges of boards wall column (4-1-2), the wall column (4-1-9) in plate in plate Outdoor side nail penetrates outdoor wall surface plate (4-1-7), and side nail penetrates indoor wall panel (4-1-4) indoors；

The outdoor side of outdoor wall surface plate (4-1-7), edges of boards wall column (4-1-2), bottom beam plate (4-1-3) connection, slope surface top surface The frame that plate (4-1-17) is surrounded is stretched out to outdoor side；The indoor side of indoor wall panel (4-1-4), edges of boards wall column The frame that the connection of (4-1-2), bottom beam plate (4-1-3), slope surface top panel (4-1-17) are surrounded is stretched out to indoor side, is stretched out Width be equal to edges of boards wall column (4-1-2) thickness；Edges of boards wall column (4-1-2) is formed the exposed part in outer two sides indoors The lateral area Shi Ding (4-1-23) of the orthogonal connection of wallboard, bottom beam plate (4-1-3) indoors the exposed part in outer two sides formed wallboard and The floor connection top area Shi Ding (4-1-19), slope surface top panel (4-1-17) part exposed inside and outside form wallboard and room The lid connection area bottom Shi Ding (4-1-20)；Side indoors is the high position of top layer layer in height, follows closely the top layer of jetting placing flat Floor mounting plate (4-1-18), top floor mounting plate (4-1-18) are used with wall column in plate (4-1-9) using factory respectively It is lateral to be respectively formed top floor installation in the upper and lower part of top floor mounting plate (4-1-18) for iron nail (4-1-12) connection The area Shi Ding (4-1-21)；Top floor mounting plate (4-1-18) above and below, and with the (both ends wall column in plate (4-1-9) Except wall column (4-1-9) in the plate that edges of boards wall column (4-1-2) abuts) corresponding position, factory's use is respectively adopted Iron nail (4-1-12) nail penetrates fireproof decoration plate installation batten (4-1-6)；Edges of boards wall column (4-1-2), is prevented bottom beam plate (4-1-3) Fiery decorative panel installation batten (4-1-6), slope surface top panel (4-1-17), side is equal indoors for top floor mounting plate (4-1-18) It flushes vertically；In outdoor side, wall column (4-1-9) (the plate interior wall bone that both ends are abutted with edges of boards wall column (4-1-2) in plate Except column (4-1-9)) corresponding position, it factory is respectively adopted is followed closely with iron nail (4-1-12) and penetrate plate (4-1-5) downstream；Edges of boards Wall column (4-1-2), bottom beam plate (4-1-3), side is vertical indoors for plate (4-1-5), slope surface top panel (4-1-17) downstream It flushes；It is opened up ventilation opening (4-1-10) in the outdoor side of bottom beam plate (4-1-3), ventilation opening (4-1-10) penetrates through from the bottom to top； It is respectively a quarter to one third at away from both ends in slope surface top panel (4-1-17), and positioned at indoor wall panel (4-1- 4) indoor side, the outdoor side of outdoor wall surface plate (4-1-7) respectively open up 2 holes for hoist (4-1-11)；B class plate and A class plate Difference be: in the left and right ends of the indoor side of B class plate, wherein one end setting corner stiffening plate (4-1-13), corner adds Strong plate (4-1-13) is close to edges of boards wall column (4-1-2), and the two length is identical, and plate face is mutually perpendicular to, in edges of boards wall column (4- Nail 1-2) is applied, is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；It is applied in the bottom bottom beam plate (4-1-3) Nail, is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；At the top of slope surface top panel (4-1-17) Shi Ding is connect with iron nail (4-1-12) with corner stiffening plate (4-1-13) using factory；Top floor mounting plate (4-1-18) One end extends to corner stiffening plate (4-1-13), and the other end extends to the edges of boards wall column (4-1-2) of opposite side；Edges of boards wall column (4-1- 2), bottom beam plate (4-1-3), corner stiffening plate (4-1-13), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) Side is concordant indoors, the portion of edges of boards wall column (4-1-2) and corner stiffening plate (4-1-13) far from edges of boards wall column (4-1-2) It is respectively formed the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；C class plate and the difference of A class plate are: in the interior of C class plate Side position corresponding with wall column (4-1-9) in one of plate, which is not followed closely, penetrates fireproof decoration plate installation batten (4-1-6), and nail is penetrated With wall column in plate (4-1-9) equal length T shape wall connection reinforcement riser (4-1-14), wall column (4-1-9) and T shape wall connect in plate The plate face for connecing reinforcement riser (4-1-14) is mutually perpendicular to, and nail is applied in T shape wall connection reinforcement riser (4-1-14), using factory's iron Nail (4-1-12) is connect with wall column in plate (4-1-9)；Nail is applied in the bottom bottom beam plate (4-1-3), using factory iron nail (4-1- 12) it is connect with T shape wall connection reinforcement riser (4-1-14)；Nail is applied at the top of slope surface top panel (4-1-17), is used using factory Iron nail (4-1-12) is connect with T shape wall connection reinforcement riser (4-1-14)；In the left and right of T shape wall connection reinforcement riser (4-1-14) Two sides are followed closely respectively penetrates top floor mounting plate (4-1-18)；The left and right sides part of T shape wall connection reinforcement riser (4-1-14) point It Xing Cheng not the orthogonal lateral area Shi Ding (4-1-23) of connection of wallboard；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), T shape wall connect Connect reinforce riser (4-1-14), slope surface top panel (4-1-17), side is concordant indoors for top floor mounting plate (4-1-18)； D Class plate and the difference of A class plate are: not following closely on the indoor side of D class plate and wall column (4-1-9) in wherein two pieces of adjacent panels Fireproof decoration plate installation batten (4-1-6) is penetrated, nail penetrates several pieces of horizontal T shape wall connection reinforcement transverse slats (4-1-15), and T shape wall connects It connects reinforcement transverse slat (4-1-15) and top floor mounting plate (4-1-18) is uniformly distributed；Edges of boards wall column (4-1-2), bottom beam plate (4-1-3), T shape wall connection reinforcement transverse slat (4-1-15), slope surface top panel (4-1-17), top floor mounting plate (4-1-18) exist Indoor side is concordant.

2. modularization cork wood structure top layer top of the slope wallboard according to claim 1, it is characterised in that: the slope surface top panel The thickness and width of (4-1-17) and edges of boards wall column (4-1-2) is equal, and with a thickness of 38 ~ 89mm, selects 40mm, width is 140 ~ 286mm selects 184mm；Wall column (4-1-9) is in the plate with a thickness of 38 ~ 89mm, selects 40mm, and width is 89 ~ 185mm selects 89mm.

3. modularization cork wood structure top layer top of the slope wallboard according to claim 1, it is characterised in that: the indoor wall panel (4-1-4) uses load-bearing OSB plate, and the outdoor wall surface plate (4-1-7) uses OSB plate.

4. modularization cork wood structure top layer top of the slope wallboard according to claim 1, it is characterised in that: the ventilation opening (4-1- 10) 135 ° ~ 180 ° of circular arc, the outdoor of circular arc and bottom beam plate (4-1-3) are inwardly recessed in the outdoor side of bottom beam plate (4-1-3) One side plane is connected as the circular arc that radius is 2 ~ 5mm, and the depth of ventilation opening (4-1-10) is 10mm ~ 19mm.