CN106639032A - Screw-in type skeleton, connecting skeleton and wall body splicing structure and splicing method thereof - Google Patents
Screw-in type skeleton, connecting skeleton and wall body splicing structure and splicing method thereof Download PDFInfo
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- CN106639032A CN106639032A CN201510717626.9A CN201510717626A CN106639032A CN 106639032 A CN106639032 A CN 106639032A CN 201510717626 A CN201510717626 A CN 201510717626A CN 106639032 A CN106639032 A CN 106639032A
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Abstract
The invention provides a screw-in type skeleton comprising a splicing face plate and side plates arranged on the two sides of the splicing face plate. The splicing face plate comprises a buckling part, a locking part and a matching part. The buckling part is provided with a buckling bulge and a sealing pressing plate. The locking part comprises a convex strip or a groove. The invention further provided a connecting skeleton comprising a splicing face plate and side plates arranged on the two sides of the splicing face plate, wherein the splicing face plate comprises an attaching part, a positioning part and a sealing part, the sealing part comprises a sealing groove, and the positioning part comprises a positioning convex strip or a positioning groove. Besides, a wall body splicing structure is further disclosed. The screw-in type skeleton and the connecting skeleton are embedded into the connection face of a first wall body and a second wall body separately. The screw-in type skeleton and the connecting skeleton form a transverse locking and buckling structure. A connecting method of the wall body splicing structure is further disclosed. The connecting method mainly comprises the steps of fixing the skeletons and inserting and rotating the wall bodies. The invention relates to the field of constructions. The wall body splicing structure has high airtightness and is firmly connected and effectively prevented from being disengaged.
Description
Technical field
This area is related to building field, more particularly to the splicing of a kind of screw-in skeleton, connecting framework and body of wall
Structure and its joining method.
Background technology
Conventional house builds the building of especially steel construction and one-piece casting cement structures, and its building inside is removed
Structural load-bearing pillar is empty, is needed to arrange body of wall according to concrete dwelling use, be divided into again it is indoor every
Wall and external wall, by overall floor feature room one by one is divided into.Internal partition wall makes and usually adopts
Site operation is carried out with lightgage steel joist and plasterboard, external wall is usually using cast in situs or common brick, block
Block scene is built and is built, and this causes job site in disorder, and the building waste such as waste material, leftover pieces is excessive, and uncomfortable
Close that body of wall is removable recycles, the live amount of labour used is larger, and cost of labor is too high, dimensional accuracy of constructing
It is relatively low.For environmental protection, batch production, rapid, dismantled and assembled, material of the response country to novel building
The policy guidelines for recycling, greatly develop novel fabricated wall technology, are set according to building size
Permanent scale number, interior outside integrated function body of wall large-scale production in factory is completed, and is transported to building
It is quick succinct as long as room job site is fixedly mounted between upper and lower floor.
To realize as above technique effect, now become whole body of wall using polylith wall assembly, and spell between body of wall
Dress face is now more adopts simple convex-concave socket connection part, but using existing connector body of wall along
Easily abjection causes crack to wall plane, causes sealing poor, it is impossible to meet the acoustical and thermal of whole body of wall
Require.
The content of the invention
It is an object of the invention to provide a kind of high sealing and screw-in skeleton, the company for preventing from departing from that be connected firmly
Synthetism frame and body of wall splicing construction.
In order to realize foregoing invention purpose, the technical scheme that the present invention takes is as follows：
The invention discloses a kind of screw-in skeleton, it is strip section bar, for the spelling between assembled body of wall
Connect, including splicing panel and the side plate for being arranged on splicing panel both sides, it is characterised in that splicing panel bag
Clamping part, sticking department and the auxiliary section being sequentially connected with is included, the clamping part is provided with buckle projection and sealing
Pressing plate, the sticking department includes the laterally protruding raised line or the groove of depression to screw-in skeleton.
Preferably, the sticking department and side sheet room are provided with reinforcement.
Preferably, the screw-in skeleton also includes base plate, and the base plate connecting lateral plate makes screw-in bone
Frame section forms full encirclement structure.
Preferably, the clamping part and sticking department junction are provided with rounding, chamfering or to connection keel
The bending of inner side.
Preferably, the screw-in skeleton is plastic resin extrusion molding or for aluminium alloy extruded shaping.
The invention also discloses a kind of connecting framework, it is strip section bar, for the spelling between assembled body of wall
Connect, including splicing panel and the side plate for being arranged on splicing panel both sides, it is characterised in that splicing panel bag
Sticking part, location division and the sealing being sequentially connected with is included, the sealing includes sealed groove, described fixed
Position portion includes the laterally protruding positioning convex strip or the detent of depression to connecting framework.
Preferably, it is provided with reinforcement between the location division and side panel.
Preferably, the connecting framework also includes base plate, and the base plate connecting lateral plate cuts connecting framework
Face forms full encirclement structure.
Preferably, the connecting framework is plastic resin extrusion molding or for aluminium alloy extruded shaping.
In addition, disclosing a kind of body of wall splicing construction, it is characterised in that including the first body of wall and the second wall
Body and above-mentioned screw-in skeleton and above-mentioned connecting framework, the screw-in skeleton and connecting framework are distinguished
The joint face of embedded first body of wall and the second body of wall, the raised line coordinates or the groove with detent
Lateral locking is cooperatively formed with positioning convex strip, the buckle projection is stretched into sealed groove and and sealed groove
Side wall near side panel fits to form buckle structure.
Preferably, the auxiliary section and sticking part coordinate and are close to.
Preferably, fill out in described sealed groove and put sealing joint strip, the sealing clamp crush seal adhesive tape
Form sealing.
The invention also discloses a kind of joining method of above-mentioned body of wall splicing construction, it is characterised in that include
Following steps：
1) first connecting framework is respectively embedded into the first body of wall and the second body of wall, vertically fixes the second body of wall,
And erect the first body of wall, make the Mosaic face of the second body of wall and the first body of wall relative, and the first body of wall and the
Two bodies of wall are angled to be arranged；
2) by the first body of wall near the second body of wall, the buckle projection for making the first body of wall extend into sealed groove
It is interior；
3) rotate the first body of wall, make the raised line of the first body of wall fit with detent or the groove and
Positioning convex strip is fitted, and is coordinated auxiliary section and sticking part and is close to, and makes the buckle raised and sealed groove
Side wall fits to form buckle structure.
Preferably, in step 2) before sealing joint strip filled out be placed in sealed groove.
Compared to the prior art the present invention, has the advantages that：
Body of wall splicing construction of the present invention can two bodies of wall of lateral locking, simple structure without the need in addition increase insert
Handware is connect, is connected firmly to run into shake and is not ftractureed, and dismantled and assembled recycling.
The present invention becomes two body of wall stitching portions using two bodies of wall of the longitudinally locked splicing of buckle structure
The metope of overall leveling, prevents from being misplaced between body of wall.
The present invention is filled out in sealed groove puts encapsulant, improves the heat-and sound-insulating of connecting structure of wall
Can, there is good sealing.
The present invention makes body of wall form connection using strip section bar, and it is strong to strengthen body of wall rigidity by skeleton
Degree.
Description of the drawings
Fig. 1 is the sectional view of screw-in skeleton embodiment one；
Fig. 2 is the sectional view of screw-in skeleton embodiment two；
Fig. 3 is the sectional view of connecting framework embodiment one；
Fig. 4 is the sectional view of connecting framework embodiment two；
Fig. 5 is the sectional view of connecting framework embodiment three；
Fig. 6 is the schematic cross-section of body of wall splicing construction embodiment one；
Fig. 7 is the schematic cross-section of body of wall splicing construction embodiment two；
Fig. 8 is the schematic cross-section of body of wall splicing construction embodiment three；
Fig. 9 is body of wall splicing construction connection procedure relative position figure.
Reference：1- splicing panels, 101- clamping parts, 1011- buckles are raised, version is pressed in 1012- sealings,
102- sticking departments, 1021- raised lines, 1022- grooves, 103- sealings, 2- side plates, 3- side plates, 4- base plates,
5- reinforcements, 6- splicing panels, 601- auxiliary sections, 602- sticking departments, 6021- detents, 6022-
Positioning convex strip, 603- sealings, 6031- sealed grooves, 7- side plates, 8- side plates, 9- base plates, 10- strengthen
Muscle, the bodies of wall of 11- first, the bodies of wall of 12- second, 13- sealing joint strips.
Specific embodiment
To make goal of the invention, technical scheme and the beneficial effect of the present invention of greater clarity, with reference to
Accompanying drawing is illustrated to embodiments of the invention, it should be noted that in the case where not conflicting, this Shen
Please in embodiment and embodiment in feature can mutually be combined.
Referring to Fig. 1, Fig. 1 is the sectional view of screw-in skeleton embodiment one to embodiment.A kind of screw-in skeleton,
It is strip section bar, for the splicing between assembled body of wall, has sectional view to understand screw-in skeleton 1 by spelling
The full encirclement structure that junction plate 2, side plate 3 and base plate 4 are surrounded, can pass through extrusion method by plastic resin
Production or for aluminium alloy extruded production, can add as needed wood powder, bamboo powder, rice wherein in plastic resin
The natural organics such as shell, sawdust, straw and calcium carbonate, slag, calcium silicates, glass microballoon,
The inorganic material such as glass fibre strengthen overall performance.Splicing panel 1 include be sequentially connected with clamping part 101,
Sticking department 102 and auxiliary section 103.The one end of clamping part 101 is connected with side plate 2, and clamping part 101 includes
Buckle raised 1011 and sealing clamp 1012, sealing clamp 1012 is arc, but do not limit to thus,
Alternatively flat board；Buckle projection 1011 is positioned close to splice the marginal position of panel 1, preferably erects
Plate, alternatively other shapes.Sticking department 102 is vertical sheet material, and arranges the side of oriented screw-in skeleton
To the raised line 1021 of protrusion, raised line 2021 can be arc, alternatively other shapes, such as perpendicular type, convex
Bar 1021 is connected with sealing clamp 1012, can be the extension of sealing clamp 1012.103 points of auxiliary section
It is not connected with raised line 1012 and side plate 3, sealing 103 is horizontal flat board.In the He of auxiliary section 103
Lock 102 junctions of top and side sheet room are provided with reinforcement 5, improve the bulk strength of skeleton.
Referring to Fig. 2, Fig. 2 is the sectional view of screw-in skeleton embodiment two to embodiment.It is strip section bar,
For the splicing between assembled body of wall, have sectional view understand screw-in skeleton by splice panel 1, side plate 2,
The full encirclement structure that side plate 3 and base plate 4 are surrounded, can be produced or for aluminium by plastic resin by extrusion method
Can add as needed in alloy extrusion, wherein plastic resin wood powder, bamboo powder, rice husk, sawdust,
The natural organics such as straw and calcium carbonate, slag, calcium silicates, glass microballoon, glass fibre etc.
Inorganic material strengthens overall performance.Splicing panel 1 includes clamping part 101, the sticking department 102 being sequentially connected with
With auxiliary section 103.The one end of clamping part 101 is connected with side plate 2, and clamping part 101 includes buckle projection 1011
With sealing clamp 1012, sealing clamp 1012 is flat board, but is not limited to thus, being for example alternatively flat board；
Buckle projection 1011 is positioned close to splice the marginal position of panel 1, preferably riser, alternatively its
His shape.Sticking department 102 is vertical sheet material, and arranges the groove of the lateral concave of oriented screw-in skeleton
1022, groove 1022 can be for rectangular-shaped, alternatively other shapes, such as arc-shaped, clamping part 101 with
Sticking department 102 connects, and junction is provided with the rectangular-shaped bending to inner side, is not limited only to bending,
Alternatively chamfering or rounding, convenient to install.Auxiliary section 103 is connected with side plate 3, and auxiliary section 103 is
The flat board of level.Auxiliary section 103 and the junction of sticking department 102 and side sheet room are provided with reinforcement 5,
Reinforcement 5 is also equipped between rectangular-shaped bending and side plate 2, the bulk strength of skeleton is improved.
Referring to Fig. 3, Fig. 3 is the sectional view of connecting framework embodiment one to embodiment.It is strip section bar, is used
Splicing between assembled body of wall, has sectional view to understand connecting framework by splicing panel 6, side plate 7, side
The full encirclement structure that plate 8 and base plate 9 are surrounded, can be produced by extrusion method by plastic resin or be closed for aluminium
Wood powder, bamboo powder, rice husk, sawdust, plant can be added in golden extrusion, wherein plastic resin as needed
The nothing such as the natural organics such as thing stalk and calcium carbonate, slag, calcium silicates, glass microballoon, glass fibre
Machine Material reinforcement overall performance.Splicing panel 6 includes sticking part 601, the location division 602 being sequentially connected with
With sealing 603.The one end of sticking part 601 is connected with side plate 7, and sticking part 601 is flat board.Location division
602 is vertical sheet material, and arranges the detent 6021 of the lateral concave of oriented connecting framework, is positioned recessed
Groove 6021 can be arc-shaped, alternatively other shapes, such as rectangular-shaped.Sealing 603 connects with side plate 8
Connect, sealing 603 include sealed groove 6031, sealed groove 6031 be arc-shaped, sealed groove 6031
Be connected with detent 6021, and can be detent 6021 circular arc extension, and with side plate 8
The vertical plate of one end of connection for sealed groove 6031 side wall, the plate of the side wall of sealed groove 6031
Material is the extension of the sheet material of side plate 8.Sealed groove 6031 is provided with the junction of detent 6021 and adds
Strong muscle 10, reinforcement 10 is also connected with side plate 7, improves the bulk strength of skeleton.
Referring to Fig. 4, Fig. 4 is the sectional view of connecting framework embodiment two to embodiment.It is strip section bar, is used
Splicing between assembled body of wall, has sectional view to understand connecting framework by splicing panel 6, side plate 7, side
The full encirclement structure that plate 8 and base plate 9 are surrounded, can be produced by extrusion method by plastic resin or be closed for aluminium
Wood powder, bamboo powder, rice husk, sawdust, plant can be added in golden extrusion, wherein plastic resin as needed
The nothing such as the natural organics such as thing stalk and calcium carbonate, slag, calcium silicates, glass microballoon, glass fibre
Machine Material reinforcement overall performance.Splicing panel 6 includes sticking part 601, the location division 602 being sequentially connected with
With sealing 603.The one end of sticking part 601 is connected with side plate 7, and sticking part 601 is flat board.Location division
602 is vertical sheet material, and arranges the detent 6021 of the lateral concave of oriented connecting framework, is positioned recessed
Groove 6021 can be arc-shaped, alternatively other shapes, such as rectangular-shaped.Sealing 603 connects with side plate 8
Connect, sealing 603 includes sealed groove 6031, sealed groove 6031 is rectangular-shaped, sealed groove 6031
It is connected with detent 6021 by one end arcuation sheet material, arcuation sheet material can be the circle of detent 6021
The extension of arc, and be the side wall of sealed groove 6031 in one end vertical plate being connected with side plate 8, seal
The sheet material of the side wall of groove 6031 is the extension of the sheet material of side plate 7.Detent 6021 and side plate 8
Between be provided with reinforcement 10, improve the bulk strength of skeleton.
Referring to Fig. 5, Fig. 5 is the sectional view of connecting framework embodiment three to embodiment.It is strip section bar, is used
Splicing between assembled body of wall, has sectional view to understand connecting framework by splicing panel 6, side plate 7, side
The full encirclement structure that plate 8 and base plate 9 are surrounded, can be produced by extrusion method by plastic resin or be closed for aluminium
Wood powder, bamboo powder, rice husk, sawdust, plant can be added in golden extrusion, wherein plastic resin as needed
The nothing such as the natural organics such as thing stalk and calcium carbonate, slag, calcium silicates, glass microballoon, glass fibre
Machine Material reinforcement overall performance.Splicing panel 6 includes sticking part 601, the location division 602 being sequentially connected with
With sealing 603.The one end of sticking part 601 is connected with side plate 7, and sticking part 601 is flat board.Location division
602 is vertical sheet material, and arranges the laterally projecting positioning convex strip 6022 of oriented connecting framework, convex
Bar 6022 can be for rectangular-shaped, alternatively other shapes, such as arc-shaped.Sealing 603 connects with side plate 8
Connect, sealing 603 includes sealed groove 6031, sealed groove 6031 is rectangular-shaped, sealed groove 6031
It is connected with the sheet material of location division 102 by side walled sheet, and in one end vertical plate being connected with side plate 8
For the opposite side wall of sealed groove 6031, the sheet material of the side wall of sealed groove 6031 is the plate of side plate 8
The extension of material.Reinforcement 10 is provided between positioning location division 602 and side plate 7, the whole of skeleton is improved
Body intensity.
Fig. 6 is the schematic cross-section of body of wall splicing construction embodiment one, and body of wall splicing construction includes above-mentioned
Screw-in skeleton embodiment one, the body of wall of connecting framework embodiment one and first and the second body of wall.Such as Fig. 6 institutes
Show, the first body of wall 11 includes wallboard 1101, between the embedded wallboard 1101 of screw-in skeleton, the He of side plate 2
Side plate 3 is all fitted with wallboard 1101, screw-in skeleton splicing panel 1 as the first body of wall 11 company
Junction；Second body of wall 12 includes wallboard 1201, between the embedded wallboard 1201 of connecting framework, the He of side plate 7
Side plate 8 is all fitted with wallboard 1201, connecting framework splicing panel 6 as the first body of wall 12 connection
Face.The auxiliary section 103 of screw-in skeleton and the sticking part 601 of connecting framework fit, sticking department 102
Match with location division 602, the raised line 1021 of screw-in skeleton inserts the detent 6021 of connecting framework
It is interior, two bodies of wall of lateral locking；Buckle projection 1011 is stretched into sealed groove 6031, and recessed with sealing
The side wall laminating of groove 6031, forms buckle, longitudinally locked two bodies of wall.
Fig. 7 is the schematic cross-section of body of wall splicing construction embodiment two, and body of wall splicing construction includes above-mentioned
Screw-in skeleton embodiment one, the body of wall of connecting framework embodiment two and first and the second body of wall.Such as Fig. 7 institutes
Show, the first body of wall 11 includes wallboard 1101, between the embedded wallboard 1101 of screw-in skeleton, the He of side plate 2
Side plate 3 is all fitted with wallboard 1101, screw-in skeleton splicing panel 1 as the first body of wall 11 company
Junction；Second body of wall 12 includes wallboard 1201, between the embedded wallboard 1201 of connecting framework, the He of side plate 7
Side plate 8 is all fitted with wallboard 1201, connecting framework splicing panel 6 as the first body of wall 12 connection
Face.The auxiliary section 103 of screw-in skeleton and the sticking part 601 of connecting framework fit, sticking department 102
Match with location division 602, the raised line 1021 of screw-in skeleton inserts the detent 6021 of connecting framework
It is interior, two bodies of wall of lateral locking；Buckle projection 1011 is stretched into sealed groove 6031, and recessed with sealing
The side wall laminating of groove 6031, forms buckle, longitudinally locked two bodies of wall.Sealing is set in sealed groove
Adhesive tape 13, the sealing clamp 1022 of screw-in skeleton, crush seal adhesive tape forms sealing.Sealing joint strip
13 can be organic foam material or the macromolecules such as polystyrene foam, phenolic foam, polyurethane foam
The inorganic material such as elastomeric material, alternatively rock wool, mineral wool, aluminium silicate wool.
Fig. 8 is the schematic cross-section of body of wall splicing construction embodiment three, and body of wall splicing construction includes above-mentioned
Screw-in skeleton embodiment two, the body of wall of connecting framework embodiment three and first and the second body of wall.Such as Fig. 8 institutes
Show, the first body of wall 11 includes wallboard 1101, between the embedded wallboard 1101 of screw-in skeleton, the He of side plate 2
Side plate 3 is all fitted with wallboard 1101, screw-in skeleton splicing panel 1 as the first body of wall 11 company
Junction；Second body of wall 12 includes wallboard 1201, between the embedded wallboard 1201 of connecting framework, the He of side plate 7
Side plate 8 is all fitted with wallboard 1201, connecting framework splicing panel 6 as the first body of wall 12 connection
Face.The auxiliary section 103 of screw-in skeleton and the sticking part 601 of connecting framework fit, sticking department 102
Match with location division 602, the positioning convex strip 6022 of connecting framework inserts the groove 1022 of screw-in skeleton
It is interior, two bodies of wall of lateral locking；Buckle projection 1011 is stretched into sealed groove 6031, and recessed with sealing
The side wall laminating of groove 6031, forms buckle, longitudinally locked two bodies of wall.Sealing is set in sealed groove
Adhesive tape 13, the sealing clamp 1022 of screw-in skeleton, crush seal adhesive tape forms sealing.Sealing joint strip
13 can be organic foam material or the macromolecules such as polystyrene foam, phenolic foam, polyurethane foam
The inorganic material such as elastomeric material, alternatively rock wool, mineral wool, aluminium silicate wool.
As shown in figure 9, Fig. 9 is body of wall splicing construction connection procedure relative position figure.Above-mentioned wall connecting
The joining method of structure is as follows, as shown in a in Fig. 9, first by embedded first body of wall of screw-in skeleton
11, it is by embedded second body of wall 12 of connecting framework, the second body of wall 12 is vertically fixed, and by the first body of wall
11 erect, and make the Mosaic face of the second body of wall 12 and the first body of wall 11 relative, and the first body of wall 11 and the
The angled setting of two body of wall 12, fills out in sealed groove 6031 and puts sealing joint strip 13, just as a in Fig. 9
It is shown.Then the first body of wall 11 is moved, the Mosaic face of the first body of wall 11 is made near the second body of wall 12
Mosaic face, and make the sealed groove of the buckle 1011 partial insertion connecting frameworks of projection of screw-in skeleton
In 6031, just as shown in b in Fig. 9.Finally with buckle projection 1011 as axle center, the first wall is rotated
Body 11, clamping part 101 is connected junction with sticking department 102 and ensure that energy to the rectangular-shaped bending of inner side
Enough smoothly rotations, the groove 1022 and positioning convex strip 6022 for making screw-in skeleton is fitted, screw-in skeleton
Auxiliary section 103 and the sticking part 601 of connecting framework fit, buckle raised 1011 and sealed groove
6031 side wall laminating, the crush seal adhesive tape 5 of sealing clamp 1012, so as to complete wall body structure
Connection.Successively more bodies of wall are spliced into fastening by that analogy and be mounted to whole body of wall, that is, realize house
Body of wall assembling fastening splicing.
When needing to dismantle body of wall, then contrary order wall in rotary moving successively is installed according to as above splicing
Body, you can easily pull down the body of wall of assembly successively.
Although disclosed embodiment is as above, its content is only to facilitate understand the present invention
Technical scheme and the embodiment that adopts, be not intended to limit the present invention.Technology belonging to any present invention
Technical staff in field, on the premise of without departing from disclosed core technology scheme, can be with
Any modification and change, but the protection domain that the present invention is limited are made in the form and details implemented, still
The scope that must be limited by appending claims is defined.
Claims (14)
1. a kind of screw-in skeleton, it is strip section bar, for the splicing between assembled body of wall, including
Splicing panel and the side plate for being arranged on splicing panel both sides, it is characterised in that splicing panel includes sequentially connecting
Clamping part, sticking department and the auxiliary section for connecing, the clamping part is provided with buckle projection and sealing clamp, institute
State laterally protruding raised line or the groove of depression that sticking department includes to screw-in skeleton.
2. screw-in skeleton as claimed in claim 1, it is characterised in that the sticking department and side plate
Between be provided with reinforcement.
3. screw-in skeleton as claimed in claim 1, it is characterised in that the screw-in skeleton is also
Including base plate, the base plate connecting lateral plate makes screw-in skeleton section form full encirclement structure.
4. screw-in skeleton as claimed in claim 1, it is characterised in that the clamping part and locking
Portion junction is provided with rounding, chamfering or to the bending on the inside of connection keel.
5. the screw-in skeleton as described in claim 1-4 is arbitrary, it is characterised in that the screw-in
Skeleton is plastic resin extrusion molding or for aluminium alloy extruded shaping.
6. a kind of connecting framework, it is strip section bar, for the splicing between assembled body of wall, including spelling
Junction plate and the side plate for being arranged on splicing panel both sides, it is characterised in that splicing panel includes being sequentially connected with
Sticking part, location division and sealing, the sealing includes sealed groove, the location division include to
The laterally protruding positioning convex strip or the detent of depression of connecting framework.
7. connecting framework as claimed in claim 6, it is characterised in that the location division and side panel
Between be provided with reinforcement.
8. connecting framework as claimed in claim 6, it is characterised in that the connecting framework also includes
Base plate, the base plate connecting lateral plate makes connecting framework section form full encirclement structure.
9. the connecting framework as described in claim 6-8 is arbitrary, it is characterised in that the connecting framework
For plastic resin extrusion molding or for aluminium alloy extruded shaping.
10. a kind of body of wall splicing construction, it is characterised in that including the first body of wall and the second body of wall and as weighed
Profit requires the screw-in skeleton described in 1-5 and the connecting framework as described in claim 6-9, the screw-in
Formula skeleton and connecting framework are respectively embedded into the joint face of the first body of wall and the second body of wall, the raised line and positioning
Groove fit or the groove cooperatively form lateral locking with positioning convex strip, and the buckle projection stretches into close
Envelope groove is interior and the side wall with sealed groove near side panel fits to form buckle structure.
11. splicing constructions as claimed in claim 10, it is characterised in that the auxiliary section and laminating
Portion coordinates and is close to.
12. splicing constructions as claimed in claim 10, it is characterised in that in described sealed groove
Fill out and put sealing joint strip, the sealing clamp crush seal adhesive tape forms sealing.
A kind of 13. joining methods of the body of wall splicing construction as described in claim 10-12 is arbitrary, it is special
Levy and be, comprise the steps：
1) first connecting framework is respectively embedded into the first body of wall and the second body of wall, vertically fixes the second body of wall,
And erect the first body of wall, make the Mosaic face of the second body of wall and the first body of wall relative, and the first body of wall and the
Two bodies of wall are angled to be arranged；
2) by the first body of wall near the second body of wall, the buckle projection for making the first body of wall extend into sealed groove
It is interior；
3) rotate the first body of wall, make the raised line of the first body of wall fit with detent or the groove and
Positioning convex strip is fitted, and is coordinated auxiliary section and sticking part and is close to, and makes the buckle raised and sealed groove
Side wall fits to form buckle structure.
14. assembling methods as claimed in claim 13, it is characterised in that in step 2) before will be close
Seal strip is filled out and is placed in sealed groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510717626.9A CN106639032B (en) | 2015-10-29 | 2015-10-29 | Screw-in type framework, connecting framework and wall splicing structure and splicing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510717626.9A CN106639032B (en) | 2015-10-29 | 2015-10-29 | Screw-in type framework, connecting framework and wall splicing structure and splicing method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106639032A true CN106639032A (en) | 2017-05-10 |
| CN106639032B CN106639032B (en) | 2020-05-29 |
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| CN204715585U (en) * | 2015-05-04 | 2015-10-21 | 北新集团建材股份有限公司 | A kind of body of wall fastener member, fastener and connecting structure of wall |
| EP3091140A1 (en) * | 2015-05-05 | 2016-11-09 | Admiral Composite Technologies, Inc. | Deck system and components |
| CN205153180U (en) * | 2015-10-29 | 2016-04-13 | 北新集团建材股份有限公司 | Screw in formula skeleton, connection skeleton and wall body mosaic structure |
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| CN106639032B (en) | 2020-05-29 |
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