CN207959614U - A kind of heat preservation decoration integrative embedded wall harden structure - Google Patents
A kind of heat preservation decoration integrative embedded wall harden structure Download PDFInfo
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- CN207959614U CN207959614U CN201721895294.4U CN201721895294U CN207959614U CN 207959614 U CN207959614 U CN 207959614U CN 201721895294 U CN201721895294 U CN 201721895294U CN 207959614 U CN207959614 U CN 207959614U
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Abstract
A kind of heat preservation decoration integrative embedded wall harden structure includes inner plating, insulating layer connecting plate, decorative laminate and the first connector；On insulating layer connecting plate lateral surface, it is equipped with elongated first groove；It is equipped with elongated second groove on insulating layer connecting plate medial surface, at corresponding first groove location；Decorative laminate medial surface is equipped with the third protrusion being adapted with the first groove on insulating layer connecting plate；Third protrusion is corresponded on decorative laminate is slidably connected in the first groove on insulating layer connecting plate, with the first groove；Inner plating lateral surface is equipped with the 4th protrusion being adapted with the second groove on insulating layer connecting plate；The 4th protrusion is corresponding on inner plating is slidably connected in the second groove of insulating layer connecting plate, with the second groove.The utility model solves the technical issues of complex process and the concrete layer for making first time pour that repeatedly vibrates cause crack when metal connecting piece in traditional sandwich heat preservation prefabricated panel makes Side fascia office generate bridge phenomenon, production.
Description
Technical field
The utility model is related to assembled architecture technical field more particularly to a kind of embedded wallboards of heat preservation decoration integrative
Structure.
Background technology
The site operation of the method that traditional construction uses poured in place concrete, external wall system will generally pass through branch
The processes such as mould, cloth reinforcing bar, placing concrete body, form removal will also carry out the construction of external-wall exterior insulation layer, outer decorative layer construction later
With interior decoration construction etc. a series of cumbersome work；This form of construction work period is long, need a large amount of manpowers, waste of material it is serious,
Rubbish of constructing is more.
With the development of building industrialization, occur being suitable for prefabricated outer wall panel of the China about construction and earthquake resistant code
And external wall system：If sandwich heat insulation prefabricated Side fascia is a kind of more typical prefabricated outer wall panel, main includes outer
Side precast slab, insulating layer, inside precast slab and the connector etc. for connecting each layer structure.Sandwich heat preservation
Insulating layer is arranged in prefabricated outer wall panel between two layers of precast concrete wall panel, by connector by inside and outside two layer concrete and centre
Insulating layer links together.This design the shortcomings that be：Metal connecting piece can make Side fascia there is local heat bridge phenomenon, folder
Complex process and the concrete layer for being easy to make first time to pour that repeatedly vibrates cause crack etc. when heart thermal insulation external wall panel produces.
Utility model content
The purpose of this utility model is to provide a kind of heat preservation decoration integrative embedded wall harden structure, to solve traditional folder
Metal connecting piece existing for heart heat insulation prefabricated wallboard can make Side fascia generate local heat bridge phenomenon, the production of sandwich heat preservation Side fascia
When complex process and when construction repeatedly vibrate and be easy to make the technical issues of concrete layer that pours causes crack for the first time.
To achieve the above object, the utility model adopts the following technical solution.
A kind of heat preservation decoration integrative embedded wall harden structure includes sequentially connected inner plating, heat preservation from inside to outside
Layer connecting plate, decorative laminate and the first connector for connecting its three jointly；The entirety of the insulating layer connecting plate is in square
Shape on the lateral surface of insulating layer connecting plate, is located therein a cornerwise both sides and is respectively equipped with the first elongated groove；Institute
The long axis for stating the first groove is parallel with the diagonal line, and two the first grooves are symmetrical about the diagonal line；At two first
It is equipped at intervals with one group of first through hole between groove, along cornerwise direction；On the medial surface of the insulating layer connecting plate, it is right
It answers and is respectively equipped with the second elongated groove at the position of two the first grooves；
The entirety of the decorative laminate is rectangular, is sticked in the lateral surface of insulating layer connecting plate；In the inside of decorative laminate
On face, it is located therein one article of cornerwise both sides and is respectively equipped with elongated the be adapted with the first groove on insulating layer connecting plate
Three protrusions；On position between two third protrusions, on corresponding insulating layer connecting plate one group is equipped at the position of first through hole
Blind hole；Third protrusion on the decorative laminate corresponds in the first groove on insulating layer connecting plate, with the first groove it
Between be slidably connected；
The entirety of the inner plating is rectangular, is sticked in the medial surface of insulating layer connecting plate；On the lateral surface of inner plating,
Be located therein one article of cornerwise both sides be respectively equipped with the second groove on insulating layer connecting plate be adapted elongated the 4th it is convex
It rises；On position between two the 4th protrusions, on corresponding insulating layer connecting plate one group second is equipped at the position of first through hole
Through-hole；In the 4th corresponding the second groove embedded on insulating layer connecting plate of protrusion on the inner plating between the second groove
It is slidably connected；
First connector has one group；Wherein, it is logical to be through blind hole, first through hole and second for each first connector correspondence
Kong Zhong, and inner plating, insulating layer connecting plate are fixedly connected with decorative laminate three.
Preferably, the insulating layer connecting plate is formed by steam press maintenance；First on the insulating layer connecting plate lateral surface
The two sides of groove are inclined-plane, and two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；The insulating layer connecting plate
The two sides of the second groove are inclined-plane on medial surface, and two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；It is described
It is embedded with bolt collar in insulating layer connecting plate, at the position of corresponding one group of first through hole.
Preferably, the first sliding groove being adapted with the first groove is equipped in the first groove of the insulating layer connecting plate；Institute
Two sides for stating the first sliding groove are tightly attached to respectively on two sides of the first groove, and between the first sliding groove and the first groove
It is connected by the second connector；Part on the lateral surface of insulating layer connecting plate, between two the first grooves forms the
One protrusion, the spacing between the width and two the first sliding grooves of the first protrusion are adapted；Three on the outside of two the first grooves
Angled portion forms the first convex block；
The second sliding slot being adapted with the second groove is equipped in second groove of the insulating layer connecting plate；Described second slides
Two sides of slot are tightly attached to respectively on two sides of the second groove, and pass through third between the 4th sliding slot and the second groove
Connector connects；Part on the medial surface of insulating layer connecting plate, between two the second grooves is formed and the first protrusion
Corresponding second protrusion, the gable formation corresponding with the first convex block second being located on the outside of two the second grooves are convex
Block.
Preferably, the decorative laminate is formed by light foam concrete or plant fiber lightweight concreting,
It is embedded with bolt collar in decorative laminate, at the position of corresponding one group of blind hole.
Preferably, the part on the decorative laminate medial surface, between two third protrusions forms third groove；Described
The third sliding slot being adapted with third groove is equipped in three grooves；Wherein, two sides of third sliding slot are tightly attached to third respectively
On two sides of groove, and connected by the 4th connector between third sliding slot and third groove；The insulating layer connection
In the first corresponding third sliding slot embedded on decorative laminate of protrusion on plate lateral surface, and the company of sliding between third sliding slot
It connects；Gable on the decorative laminate medial surface, on the outside of two third protrusions is formed to be adapted with the first convex block
The first notch；The 5th sliding slot being adapted with the first notch is equipped in first notch；Wherein, a side of the 5th sliding slot
Face is tightly attached on the side of the first notch, is connected by the 6th connector between the 5th sliding slot and the first notch；The insulating layer
The first convex block on connecting plate lateral surface corresponds in the 5th sliding slot on decorative laminate, and is slided between the 5th sliding slot
Connection.
Preferably, the inner plating is formed by light foam concrete or plant fiber lightweight concreting, inside
It is embedded with bolt collar in laminate, at the position of corresponding one group of second through-hole.
Preferably, the part on the inner plating lateral surface, between two the 4th protrusions forms the 4th groove；Described 4th
The 4th sliding slot being adapted with the 4th groove is equipped in groove；Wherein, it is recessed to be tightly attached to the 4th respectively for two sides of the 4th sliding slot
On two sides of slot, and connected by the 5th connector between the 4th sliding slot and the 4th groove；The insulating layer connecting plate
In the second corresponding the 4th sliding slot embedded on inner plating of protrusion on medial surface, and it is slidably connected between the 4th sliding slot；Institute
The gable formation and the second convex block is adapted second on inner plating medial surface, positioned at two the 4th protrusion outsides is stated to lack
Mouthful；The 6th sliding slot being adapted with the second notch is equipped in second notch；Wherein, a side of the 6th sliding slot is tightly attached to
On the side of second notch, connected by the 7th connector between the 6th sliding slot and the second notch；In the insulating layer connecting plate
The second convex block on side corresponds in the 6th sliding slot on inner plating, and is slidably connected between the 6th sliding slot.
Preferably, the insulating layer connecting plate and the seam crossing of decorative laminate surrounding are equipped with fluid sealant；The insulating layer connects
Fishplate bar and the seam crossing of inner plating surrounding are equipped with fluid sealant.
The beneficial effects of the utility model are as follows.
1, the purpose of the utility model is to provide a kind of embedded wallboard of heat preservation decoration integrative and construction method,
In, heat preservation decoration integrative embedded wall harden structure is reasonable for structure, and construction is convenient；It realizes inner plating, insulating layer connecting plate
The ornamental surface heat insulation wall being made of one with decorative laminate.
2, the second groove and first is respectively set on the medial surface and lateral surface of the middle insulating layer connecting plate of the utility model
Groove, and the shape of groove is that bottom is wide, top is narrow；Setting is adapted with the second groove on the lateral surface of inner plating the
Four is raised, in sliding embedded second groove of the 4th protrusion on inner plating, and is slidably connected in the second groove；In decorative laminate
Medial surface on the third protrusion that is adapted with the first groove of setting, the third protrusion on inner plating slides in embedded first groove,
And it is slidably connected in the first groove；Then insulating layer connecting plate and inner plating, decorative laminate are consolidated by the first connector
Fixed, this connection type of insulating layer connecting plate and inner plating, decorative laminate is reasonable for structure, construction is convenient, realizes decoration guarantor
Warm integration, saves the completion time of project, improves wallboard integration performance.
3, it in the groove in the utility model on insulating layer connecting plate, in the groove and notch of inner plating and is filling
It adorns in the groove and notch of laminate and is correspondingly arranged sliding slot, reduce protrusion resistance to sliding in a groove and reduce projection and exist
Resistance to sliding in notch so that the connection of inner plating and insulating layer connecting plate, decorative laminate and insulating layer connecting plate becomes more
It is easy to add.
4, the embedded wallboard of the heat preservation decoration integrative of the utility model is reduced compared to traditional sandwich heat preservation prefabricated panel
Metal connecting piece, reducing metal connecting piece can make Side fascia generate local heat bridge phenomenon, the production of sandwich heat preservation Side fascia
When complex process and cast-in-place R.C. wall board repeatedly vibrate when constructing be easy to make for the first time the concrete layer that pours cause crack
The technical issues of.
5, heat preservation decoration integrative embedded wall harden structure and agent structure use embedded connection side in the utility model
The end of formula, the Vierendeel girder in agent structure is stretched between levels heat preservation decoration integrative embedded wall harden structure, and frame
Without departing from the lateral surface of panel structure, such a configuration obviates the problem of head beam dew column, improve house in room for the end set a roof beam in place
Applicability, and construction site prefabricated construction, convenient and efficient, reduction building waste and environmental pollution, meet assembled architecture
Demand for development.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the lateral surface of insulating layer connecting plate in the utility model.
Fig. 2 is the structural schematic diagram of the medial surface of insulating layer connecting plate in the utility model.
Fig. 3 is the structural schematic diagram of the medial surface of decorative laminate in the utility model.
Fig. 4 is the structural schematic diagram of the lateral surface of inner plating in the utility model.
Fig. 5 is the medial surface structural schematic diagram of heat preservation decoration integrative embedded wall harden structure in the utility model.
Fig. 6 is the planar structure schematic diagram of the first sliding groove in the utility model.
Fig. 7 is A-A cross-sectional views in Fig. 6.
Fig. 8 is the planar structure schematic diagram of second sliding slot in the utility model.
Fig. 9 is B-B cross-sectional views in Fig. 8.
Figure 10 is the planar structure schematic diagram of third sliding slot in the utility model.
Figure 11 is C-C cross-sectional views in Figure 10.
Figure 12 is the planar structure schematic diagram of the 4th sliding slot in the utility model.
Figure 13 is D-D cross-sectional views in Figure 12.
Figure 14 is the planar structure schematic diagram of the 5th sliding slot in the utility model.
Figure 15 is E-E cross-sectional views in Figure 12.
Figure 16 is the planar structure schematic diagram of the 6th sliding slot in the utility model.
Figure 17 is F-F cross-sectional views in Figure 12.
Figure 18 is the precast concrete of heat preservation decoration integrative embedded wall harden structure and agent structure in the utility model
The attachment structure schematic diagram of beam.
Figure 19 is the prefabricated girder steel of heat preservation decoration integrative embedded wall harden structure and agent structure in the utility model
Attachment structure schematic diagram.
Figure 20 is the left view structural representation of Fig. 5 in the utility model.
Figure 21 is the overlooking structure diagram of Fig. 5 in the utility model.
Figure 22 is the overlooking structure diagram of Fig. 1 in the utility model.
Figure 23 is the left view structural representation of Fig. 1 in the utility model.
Figure 24 is the right side structural representation of Fig. 4 in the utility model.
Figure 25 is the overlooking structure diagram of Fig. 4 in the utility model.
Figure 26 is the left view structural representation of Fig. 3 in the utility model.
Figure 27 is the overlooking structure diagram of Fig. 3 in the utility model.
Reference numeral：1- inner platings, 2- insulating layers connecting plate, 3- decorative laminates, the first connectors of 4-, 5- first
Groove, 6- first through hole, the second grooves of 7-, 8- third protrusions, 9- blind holes, the 4th protrusions of 10-, the second through-holes of 11-,
12- the first sliding grooves, the second connectors of 13-, the first protrusions of 14-, the first convex blocks of 15-, 16- second sliding slots, 17- thirds connect
Fitting, the second protrusions of 18-, the second convex blocks of 19-, 20- thirds groove, 21- thirds sliding slot, the 4th connectors of 22-, 23-
First notch, the 4th grooves of 24-, the 4th sliding slots of 25-, the 5th connectors of 26-, the second notches of 27-, 28- panel structures,
29- precast concrete beams, the first angle iron connecting pieces of 30-, the first built-in fittings of 31-, the first connecting corner yards of 32-, 33- second
Connecting corner yard, 34- insulated fires plate, the prefabricated girder steels of 35-, 36- cast-in-situ floors, the second angle iron connecting pieces of 37-, 38- second
Built-in fitting, 39- thirds connecting corner yard, the 4th connecting corner yards of 40-, the 5th sliding slots of 41-, the 6th connectors of 42-, 43- the 6th
Sliding slot, the 7th connectors of 44-.
Specific implementation mode
The heat preservation decoration integrative embedded wall harden structure such as Fig. 1-17,20-27 includes to be sequentially connected from inside to outside
Inner plating 1, insulating layer connecting plate 2, decorative laminate 3 and the first connector 4 for connecting its three jointly；The insulating layer
The entirety of connecting plate 2 is rectangular, on the lateral surface of insulating layer connecting plate 2, is located therein a cornerwise both sides and sets respectively
There is the first elongated groove 5；The long axis of first groove 5 is parallel with the diagonal line, and two the first grooves 5 are about this
Diagonal line is symmetrical；It is equipped at intervals with one group of first through hole 6 between two the first grooves 5, along cornerwise direction；The guarantor
It is respectively equipped with the second elongated groove 7 on the medial surface of warm layer connecting plate 2, at the position of corresponding two the first grooves 5；
The entirety of the decorative laminate 3 is rectangular, is sticked in the lateral surface of insulating layer connecting plate 2；In decorative laminate 3
On side, be located therein a cornerwise both sides be respectively equipped with the first groove 5 on insulating layer connecting plate 2 be adapted it is elongated
Third protrusion 8；On position between two third protrusions 8, correspond on insulating layer connecting plate 2 at the position of first through hole 6
Equipped with one group of blind hole 9；Third protrusion 8 on the decorative laminate 3 corresponds in the first groove 5 on insulating layer connecting plate 2,
It is slidably connected between the first groove 5；
The entirety of the inner plating 1 is rectangular, is sticked in the medial surface of insulating layer connecting plate 2；In the lateral surface of inner plating 1
It is upper, be located therein one article of cornerwise both sides and be respectively equipped with elongated the be adapted with the second groove 7 on insulating layer connecting plate 2
Four protrusions 10；It is set at the position of first through hole 6 on position between two the 4th protrusions 10, on corresponding insulating layer connecting plate 2
There is one group of second through-hole 11；The 4th protrusion 10 on the inner plating 1 corresponds to the second groove 7 on insulating layer connecting plate 2
In be slidably connected between the second groove 7；
First connector 4 has one group；Wherein, each first connector 4 correspondence is through blind hole 9, first through hole 6 and the
In two through-holes 11, and inner plating 1, insulating layer connecting plate 2 are fixedly connected with 3 three of decorative laminate.
In the present embodiment, the insulating layer connecting plate 2 is formed by steam press maintenance using ceramic ground-slag as primary raw material,
Face is arranged symmetrically inside and outside insulating layer connecting plate 2；The two sides of first groove 5 on 2 lateral surface of insulating layer connecting plate
It is inclined-plane, two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；Second on 2 medial surface of insulating layer connecting plate
The two sides of groove 7 are inclined-plane, and two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；The insulating layer connecting plate
It is embedded with bolt collar in 2, at the position of corresponding one group of first through hole 6.
In the present embodiment, first be adapted with the first groove 5 is equipped in the first groove 5 of the insulating layer connecting plate 2
Sliding slot 12；Two sides of the first sliding groove 12 are tightly attached to respectively on two sides of the first groove 5, and the first sliding groove 12
It is connect by the second connector 13 between the first groove 5；On the lateral surface of insulating layer connecting plate 2, be located at two it is first recessed
Part between slot 5 forms the first protrusion 14, and the spacing between the width of the first protrusion 14 and two the first sliding grooves 12 is adapted；
Gable positioned at two 5 outsides of the first groove forms the first convex block 15；First raised 14 two sides are inclined-plane, to make
It is narrow to obtain 14 top width of the first protrusion, bottom opposite crests；Side on first convex block 15, close to 5 side of the first groove is inclined-plane；
The second sliding slot 16 being adapted with the second groove 7 is equipped in second groove 7 of the insulating layer connecting plate 2；It is described
Two sides of second sliding slot 16 are tightly attached to respectively on two sides of the second groove 7, and second sliding slot 16 and the second groove 7
Between pass through third connector 17 connect；Portion on the medial surface of insulating layer connecting plate 2, between two the second grooves 7
Point formed with the first raised 14 corresponding second protrusions 18, the gable for being located at two 7 outsides of the second grooves formed and
First convex block, 15 corresponding second convex block 19.
In the present embodiment, second connector 13 is the peg being respectively welded on the outside of 12 side of connection the first sliding groove,
One end of middle peg is welded to connect in the first sliding groove 12, and the other end of peg stretches into the plate body of 5 both sides of the first groove；It is described
Third connector 17 is that the peg being connected on the outside of 16 side of second sliding slot is respectively welded, and one end of wherein peg is welded to connect
The other end of second sliding slot 16, peg stretches into the plate body of 16 both sides of second sliding slot.
In the present embodiment, the decorative laminate 3 by light foam concrete or the concreting of plant fiber lightweight and
At being embedded with bolt collar in decorative laminate 3, at the position of corresponding one group of blind hole 9；Third protrusion 8 on the decorative laminate 3
The side of both sides is the inclined-plane being adapted with the two sides of the first groove 5 on insulating layer connecting plate 2, so that third protrusion
8 tops are wide, bottom opposite crests are narrow；The final third protrusion 8 realized on decorative laminate 3 corresponds on insulating layer connecting plate 2
In first groove 5, and opposite first groove 5 can slide.
In the present embodiment, the part on 3 medial surface of the decorative laminate, between two third protrusions 8 forms third groove
20；The third sliding slot 21 being adapted with third groove 20 is equipped in the third groove 20；Wherein, two sides of third sliding slot 21
Face is tightly attached to respectively on two sides of third groove 20, and passes through the 4th connection between third sliding slot 21 and third groove 20
Part 22 connects；The first protrusion 14 on 2 lateral surface of insulating layer connecting plate corresponds to the third sliding slot 21 on decorative laminate 3
In, and be slidably connected between third sliding slot 21；On 3 medial surface of the decorative laminate, on the outside of two third protrusions 8
Gable forms the first notch 23 being adapted with the first convex block 15；It is equipped with and the first notch 23 in first notch 23
The 5th adaptable sliding slot 41；Wherein, a side of the 5th sliding slot 41 is tightly attached on the side of the first notch 23, the 5th sliding slot
41 and first pass through the 6th connector 42 between notch 23 and connect；The first convex block 15 on 2 lateral surface of insulating layer connecting plate
In corresponding the 5th sliding slot 41 embedded on decorative laminate 3, and it is slidably connected between the 5th sliding slot 41.
The outer surface facing of the decorative laminate 3 uses back-hand craft, external wall decorative material to connect one with decorative laminate 3
Body, or directly use paint vehicle spraying and decorating.
In the present embodiment, the 4th connector 22 is that the peg being connected on the outside of 21 side of third sliding slot is respectively welded.
In the present embodiment, the inner plating 1 is formed by light foam concrete or plant fiber lightweight concreting,
Essential structure is symmetrical set with decorative laminate 3；It is embedded with spiral shell in inner plating 1, at the position of corresponding one group of second through-hole 11
Bolt sleeve.
In the present embodiment, the part on 1 lateral surface of the inner plating, between two the 4th protrusions 10 forms the 4th groove
24；The 4th sliding slot 25 being adapted with the 4th groove 24 is equipped in 4th groove 24；Wherein, two sides of the 4th sliding slot 25
Face is tightly attached to respectively on two sides of the 4th groove 24, and passes through the 5th connection between the 4th sliding slot 25 and the 4th groove 24
Part 26 connects；The second protrusion 18 on 2 medial surface of insulating layer connecting plate corresponds to the 4th sliding slot 25 on inner plating 1
In, and be slidably connected between the 4th sliding slot 25；On 1 medial surface of the inner plating, on the outside of two the 4th protrusions 10
Gable forms the second notch 27 being adapted with the second convex block 19；It is equipped with and the second notch 27 in second notch 27
The 6th adaptable sliding slot 43；Wherein, a side of the 6th sliding slot 43 is tightly attached on the side of the second notch 27, the 6th sliding slot
43 and second pass through the 7th connector 44 between notch 27 and connect；The second convex block 19 on 2 medial surface of insulating layer connecting plate
In corresponding the 6th sliding slot 43 embedded on inner plating 1, and it is slidably connected between the 6th sliding slot 43.1 outside of the inner plating
Part on face, between two the 4th protrusions 10 forms the 4th groove 24；It is equipped with and the 4th groove 24 in 4th groove 24
The 4th adaptable sliding slot 25；Wherein, two sides of the 4th sliding slot 25 are tightly attached to respectively on two sides of the 4th groove 24,
And it is connected by the 5th connector 26 between the 4th sliding slot 25 and the 4th groove 24；On 1 medial surface of the inner plating, it is located at two
The gable in a 4th protrusion, 10 outside forms the second notch 27 being adapted with the second convex block 19；The insulating layer connection
The second convex block 19 on 2 lateral surface of plate corresponds in the second notch 27 on decorative laminate 3, and between the second notch 27
It is slidably connected.
In the present embodiment, the 5th connector 26 is that the peg being connected on the outside of 25 side of the 4th sliding slot is respectively welded.
In the present embodiment, first connector 4 is bolt.
In the present embodiment, the insulating layer connecting plate 2 and the seam crossing of 3 surrounding of decorative laminate are equipped with fluid sealant；The guarantor
Warm layer connecting plate 2 and the seam crossing of 1 surrounding of inner plating are equipped with fluid sealant.
The construction method of this heat preservation decoration integrative embedded wall harden structure, including steps are as follows.
Step 1 designs the mould of the mold of inner plating 1, the mold and decorative laminate 3 of insulating layer connecting plate 2 in factory
These molds, are then separately mounted in die station by tool.
The first sliding groove 12 is mounted in the mold of insulating layer connecting plate 2, at the position of corresponding first groove 5 by step 2,
Second sliding slot 16 is mounted in the mold of insulating layer connecting plate 2, at the position of corresponding second groove 7, and bolt collar is pacified
At corresponding first through hole position；Meanwhile third sliding slot 21 being mounted in the mold of decorative laminate 3, corresponding third groove
At 20 position, the 5th sliding slot 41 is mounted in the mold of decorative laminate 3, at the position of corresponding first notch 23, and by spiral shell
Bolt sleeve is mounted at 9 position of corresponding blind hole；4th sliding slot 25 is mounted in the mold of inner plating 1, corresponding 4th groove 24
Position at, the 6th sliding slot 43 is mounted in the mold of inner plating 1, at the position of corresponding second notch 27, and by bolt sleeve
Cylinder is mounted at 11 position of corresponding second through-hole.
Step 3 pours light material into the mold of decorative laminate 3 and in the mold of inner plating 1 respectively, while to guarantor
The mold of warm layer connecting plate 2 completely fills out porcelain powder concrete；Then it is conserved, reaches form removal after some strength, obtain decorative laminate
3, inner plating 1 and insulating layer connecting plate 2.
Step 4 fixes insulating layer connecting plate 2 using holder, position is directed at, by two third protrusions on decorative laminate 3
8 correspond on sliding embedded 2 lateral surface of insulating layer connecting plate in the first groove 5, and four sides and insulating layer that are finally reached decorative laminate 3 connect
Four sides of fishplate bar 2 are aligned；And the bolt collar on decorative laminate 3 is aligned with the bolt collar on insulating layer connecting plate 2.
Two the 4th on inner plating 1 protrusions 10 are corresponded to the on sliding embedded 2 medial surfaces of insulating layer connecting plate by step 5
In two grooves 7, be finally reached the four of inner plating 1 while with insulating layer connecting plate 2 four while be aligned；And the bolt on inner plating 1
Sleeve is aligned with the bolt collar on insulating layer connecting plate 2.
First connector 4 is corresponded to the bolt sleeve for being through inner plating 1, insulating layer connecting plate 2 and decorative laminate 3 by step 6
In cylinder；Three ply board is finally further fixed into connection.
Step 7, after inner plating 1, insulating layer connecting plate 2 and decorative laminate 3 are completed, using fluid sealant along guarantor
Warm layer connecting plate 2 and seam, insulating layer connecting plate 2 and the seam of 1 surrounding of inner plating of 3 surrounding of decorative laminate carry out waterproof sealing
Processing；So far construction finishes.
Manufactured heat preservation decoration integrative embedded wall harden structure is transported to construction site, is hung by crane by step 8
It is attached to installation site, is fixed temporarily, adjustment position, levelness and verticality, by connector and mating bolt by wallboard and master
Body structure connects.
Certainly in other embodiments, the method transposition in the method and step 5 in step 4；Wherein step 4
In method be that insulating layer connecting plate 2 is fixed using holder, be directed at position, the 4th protrusion 10 on inner plating 1 slided into embedded protect
In the second groove 7 on warm 2 medial surface of layer connecting plate, be finally reached the four of inner plating 1 while with insulating layer connecting plate 2 four while pair
Together；And the bolt collar on inner plating 1 is aligned with the bolt collar on insulating layer connecting plate 2；
Method in step 5 is that two third protrusions 8 on decorative laminate 3 are slided embedded 2 lateral surface of insulating layer connecting plate
In upper first groove 5, be finally reached the four of decorative laminate 3 while with insulating layer connecting plate 2 four while be aligned；And decorative laminate 3
On bolt collar be aligned with the bolt collar on insulating layer connecting plate 2.
The company of the precast concrete beam of heat preservation decoration integrative embedded wall harden structure and agent structure in the present embodiment
Binding structure includes：Two pieces of neighbouring panel structures 28 and precast concrete beam 29；The precast concrete beam 29 is in work
Factory is prefabricated, and first jiao is embedded at 28 medial surface position in the top and bottom of precast concrete beam 29, corresponding panel structure
Steel fastener 30；The top and bottom of 28 medial surface of the panel structure are embedded with the first built-in fitting 31, wherein panel structure
28 bottom inside is supported on the top of precast concrete beam 29, and the bottom outside of panel structure 28 exceeds precast concrete beam 29
Outside；And pass through the first connecting corner yard 32 between 28 bottom of panel structure and the precast concrete beam 29 of its bottom of top
Connection；First built-in fitting 31 of the upper end of first connecting corner yard 32 and 28 bottom of panel structure of top connects, and first connects
The lower end for connecing corner brace 32 is connect with first angle iron connecting piece 30 at 29 top of precast concrete beam；The top of the panel structure 28 of lower section
It is connected by the second connecting corner yard 33 between portion and precast concrete beam 29；The lower end of second connecting corner yard 33 and lower section
First built-in fitting 31 connection at the top of panel structure 28, the of the upper end of the second connecting corner yard 33 and 29 bottom of precast concrete beam
One angle iron connecting piece 30 connects；Being blocked between the outside of the precast concrete beam 29, upper and lower panel structure 28 has insulated fire
Plate 34, and do waterproof sealing processing.
In the present embodiment, first connecting corner yard 32 is made of rectangular steel plates, pre- with the first of 28 bottom of panel structure
The connecting pin of embedded part 31 is equipped with mating bolt hole, and the second connecting corner yard 33 is made of rectangular steel plates, with 28 top of panel structure
31 connecting pin of the first built-in fitting be equipped with mating cross bolts slip hole；First built-in fitting 31 is bolt.
The connection knot of the prefabricated girder steel of heat preservation decoration integrative embedded wall harden structure and agent structure in the present embodiment
Structure includes neighbouring panel structure 28, the prefabricated girder steel 35 between upper and lower panel structure 28 and is cast in pre-manufactured steel
The cast-in-situ floor 36 at 35 top of beam；It is embedded at the top of the cast-in-situ floor 36, the position of correspondence 28 medial surface of panel structure
Second angle iron connecting piece 37；The top and bottom of 28 medial surface of the panel structure are embedded with the second built-in fitting 38, wherein wall
The bottom inside of harden structure 28 is supported on the top of cast-in-situ floor 36, and the bottom outside of panel structure 28 exceeds cast-in-situ floor 36
Outside；And it is connected by third connecting corner yard 39 between 28 bottom of panel structure and its prefabricated girder steel 35 of top；Described
Second built-in fitting 38 of the upper end of three connecting corner yards 39 and 28 bottom of panel structure of top connects, under third connecting corner yard 39
The second angle iron connecting piece 37 with 35 top of prefabricated girder steel is held to connect；The top of the panel structure 28 of lower section and prefabricated girder steel 35 it
Between pass through the 4th connecting corner yard 40 connect；Second at the top of the lower end of 4th connecting corner yard 40 and the panel structure 28 of lower section
Built-in fitting 38 connects, and the upper end of the 4th connecting corner yard 40 is connect with the bottom of prefabricated girder steel 35；The outside of the prefabricated girder steel 35,
Being blocked between upper and lower panel structure 28 has insulated fire plate 34, and does waterproof sealing processing.
In the present embodiment, the third connecting corner yard 39 is made of rectangular steel plates, pre- with the second of 28 bottom of panel structure
The connecting pin of embedded part 38 is equipped with mating bolt hole, and the 4th connecting corner yard 40 is made of rectangular steel plates, with 28 top of panel structure
38 connecting pin of the second built-in fitting be equipped with mating cross bolts slip hole；Second built-in fitting 38 is bolt.
Claims (8)
- Include sequentially connected inner plating from inside to outside 1. a kind of heat preservation decoration integrative embedded wall harden structure（1）, heat preservation Layer connecting plate（2）, decorative laminate（3）And the first connector for connecting its three jointly（4）；It is characterized in that：The guarantor Warm layer connecting plate（2）Entirety it is rectangular, in insulating layer connecting plate（2）Lateral surface on, be located therein one cornerwise two Side is respectively equipped with the first elongated groove（5）；First groove（5）Long axis it is parallel with the diagonal line, and two One groove（5）It is symmetrical about the diagonal line；In two the first grooves（5）Between, along cornerwise direction be equipped at intervals with one Group first through hole（6）；The insulating layer connecting plate（2）Medial surface on, corresponding two the first grooves（5）Position at set respectively There is the second elongated groove（7）；The decorative laminate（3）Entirety it is rectangular, be sticked in insulating layer connecting plate（2）Lateral surface；In decorative laminate（3）'s On medial surface, it is located therein a cornerwise both sides and is respectively equipped with and insulating layer connecting plate（2）Upper first groove（5）It is adapted Elongated third protrusion（8）；In two third protrusions（8）Between position on, corresponding insulating layer connecting plate（2）Upper first is logical Hole（6）Position at be equipped with one group of blind hole（9）；The decorative laminate（3）On third protrusion（8）It is corresponding to be connected embedded in insulating layer Plate（2）On the first groove（5）In, with the first groove（5）Between be slidably connected；The inner plating（1）Entirety it is rectangular, be sticked in insulating layer connecting plate（2）Medial surface；In inner plating（1）Outside On face, it is located therein a cornerwise both sides and is respectively equipped with and insulating layer connecting plate（2）Upper second groove（7）Adaptable is logical The 4th long protrusion（10）；In two the 4th protrusions（10）Between position on, corresponding insulating layer connecting plate（2）Upper first through hole （6）Position at be equipped with one group of second through-hole（11）；The inner plating（1）On the 4th protrusion（10）It is corresponding to connect embedded in insulating layer Fishplate bar（2）On the second groove（7）In, with the second groove（7）Between be slidably connected；First connector（4）There is one group；Wherein, each first connector（4）Correspondence is through blind hole（9）, first through hole（6） With the second through-hole（11）In, and by inner plating（1）, insulating layer connecting plate（2）And decorative laminate（3）Three is fixedly connected.
- 2. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 1, it is characterised in that：The heat preservation Layer connecting plate（2）It is formed by steam press maintenance；The insulating layer connecting plate（2）First groove on lateral surface（5）Two sides it is equal For inclined-plane, two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；The insulating layer connecting plate（2）Second on medial surface Groove（7）Two sides be inclined-plane, two inclined-planes gradually close up to location mid-shaft from slot bottom to notch；The insulating layer connection Plate（2）In, corresponding one group of first through hole（6）Position at be embedded with bolt collar.
- 3. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 2, it is characterised in that：The insulating layer connecting plate（2）The first groove（5）In be equipped with and the first groove（5）Adaptable the first sliding groove（12）； The first sliding groove（12）Two sides be tightly attached to the first groove respectively（5）Two sides on, and the first sliding groove（12） With the first groove（5）Between pass through the second connector（13）Connection；In insulating layer connecting plate（2）Lateral surface on, be located at two First groove（5）Between part formed first protrusion（14）, the first protrusion（14）Width and two the first sliding grooves（12）It Between spacing be adapted；Positioned at two the first grooves（5）The gable in outside forms the first convex block（15）；The insulating layer connecting plate（2）The second groove（7）In be equipped with and the second groove（7）Adaptable second sliding slot（16）； The second sliding slot（16）Two sides be tightly attached to the second groove respectively（7）Two sides on, and second sliding slot（16） With the second groove（7）Between pass through third connector（17）Connection；In insulating layer connecting plate（2）Medial surface on, be located at two Second groove（7）Between part formed with first protrusion（14）Corresponding second protrusion（18）, it is located at two the second grooves （7）The gable in outside is formed and the first convex block（15）Corresponding second convex block（19）.
- 4. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 1, it is characterised in that：The decoration Laminate（3）It is formed by light foam concrete or plant fiber lightweight concreting, in decorative laminate（3）In, corresponding one Group blind hole（9）Position at be embedded with bolt collar.
- 5. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 4, it is characterised in that：The decoration Laminate（3）On medial surface, two third protrusions（8）Between part formed third groove（20）；The third groove（20）In Equipped with third groove（20）Adaptable third sliding slot（21）；Wherein, third sliding slot（21）Two sides be tightly attached to respectively Third groove（20）Two sides on, and third sliding slot（21）With third groove（20）Between pass through the 4th connector（22） Connection；The insulating layer connecting plate（2）The first protrusion on lateral surface（14）It is corresponding to be embedded in decorative laminate（3）On third sliding slot （21）In, and with third sliding slot（21）Between be slidably connected；The decorative laminate（3）On medial surface, be located at two thirds it is convex It rises（8）The gable in outside is formed and the first convex block（15）The first adaptable notch（23）；First notch（23） In be equipped with and the first notch（23）The 5th adaptable sliding slot（41）；Wherein, the 5th sliding slot（41）A side be tightly attached to One notch（23）Side on, the 5th sliding slot（41）With the first notch（23）Between pass through the 6th connector（42）Connection；It is described Insulating layer connecting plate（2）The first convex block on lateral surface（15）It is corresponding to be embedded in decorative laminate（3）On the 5th sliding slot（41）In, and And with the 5th sliding slot（41）Between be slidably connected.
- 6. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 1, it is characterised in that：The internal layer Plate（1）It is formed by light foam concrete or plant fiber lightweight concreting, in inner plating（1）In, it is one group the corresponding Two through-holes（11）Position at be embedded with bolt collar.
- 7. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 6, it is characterised in that：The internal layer Plate（1）On lateral surface, two the 4th protrusions（10）Between part formed the 4th groove（24）；4th groove（24）In set Have and the 4th groove（24）The 4th adaptable sliding slot（25）；Wherein, the 4th sliding slot（25）Two sides be tightly attached to respectively Four grooves（24）Two sides on, and the 4th sliding slot（25）With the 4th groove（24）Between pass through the 5th connector（26）Even It connects；The insulating layer connecting plate（2）The second protrusion on medial surface（18）It is corresponding to be embedded in inner plating（1）On the 4th sliding slot（25） In, and with the 4th sliding slot（25）Between be slidably connected；The inner plating（1）On medial surface, it is located at two the 4th protrusions（10） The gable in outside is formed and the second convex block（19）The second adaptable notch（27）；Second notch（27）In be equipped with With the second notch（27）The 6th adaptable sliding slot（43）；Wherein, the 6th sliding slot（43）A side be tightly attached to the second notch （27）Side on, the 6th sliding slot（43）With the second notch（27）Between pass through the 7th connector（44）Connection；The insulating layer Connecting plate（2）The second convex block on medial surface（19）It is corresponding to be embedded in inner plating（1）On the 6th sliding slot（43）In, and with the 6th Sliding slot（43）Between be slidably connected.
- 8. a kind of heat preservation decoration integrative embedded wall harden structure according to claim 1, it is characterised in that：The heat preservation Layer connecting plate（2）With decorative laminate（3）The seam crossing of surrounding is equipped with fluid sealant；The insulating layer connecting plate（2）With inner plating（1） The seam crossing of surrounding is equipped with fluid sealant.
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| CN201721895294.4U CN207959614U (en) | 2017-12-29 | 2017-12-29 | A kind of heat preservation decoration integrative embedded wall harden structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108104334A (en) * | 2017-12-29 | 2018-06-01 | 天元建设集团有限公司 | A kind of heat preservation decoration integrative embedded wall harden structure and construction method |
| CN111535484A (en) * | 2020-05-07 | 2020-08-14 | 唐方方 | Integral spraying wall structure with inner and outer moulds |
-
2017
- 2017-12-29 CN CN201721895294.4U patent/CN207959614U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108104334A (en) * | 2017-12-29 | 2018-06-01 | 天元建设集团有限公司 | A kind of heat preservation decoration integrative embedded wall harden structure and construction method |
| CN108104334B (en) * | 2017-12-29 | 2023-10-31 | 天元建设集团有限公司 | Insulation and decoration integrated embedded wallboard structure and construction method |
| CN111535484A (en) * | 2020-05-07 | 2020-08-14 | 唐方方 | Integral spraying wall structure with inner and outer moulds |
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