CN207348306U - Lightweight concrete load bearing heat preserving integrated wallboard and connection structure - Google Patents
Lightweight concrete load bearing heat preserving integrated wallboard and connection structure Download PDFInfo
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- CN207348306U CN207348306U CN201721214229.0U CN201721214229U CN207348306U CN 207348306 U CN207348306 U CN 207348306U CN 201721214229 U CN201721214229 U CN 201721214229U CN 207348306 U CN207348306 U CN 207348306U
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Abstract
A kind of lightweight concrete load bearing heat preserving integrated wallboard and connection structure, include wallboard main body；The wallboard main body is prefabricated cell concrete wallboard；The first Tenon connector is equipped with the top of wallboard main body, along top surface long axis direction is elongated；Screw rod is interval with the top of the first tenon, along top surface long axis direction；The bottom of the wallboard main body, along bottom surface long axis direction is elongated be equipped with the second Tenon connector corresponding with the first Tenon connector, wherein the top of the second tongue-and-groove, along bottom surface long axis direction interval being embedded with rectangular box；The hole through screw rod is provided with the bottom surface of the rectangular box.The utility model solves traditional skin system, and there are cold bridge, it is impossible to while meet air-tightness, fire resistance, durability, the technical problem for standardizing and facilitating many requirements such as fabrication and installation.
Description
Technical field
The utility model belongs to assembly concrete building field, particularly a kind of lightweight concrete load bearing heat preserving integration
Wallboard and connection structure.
Background technology
At present, existing light microporous concrete panel has good thermal and insulating performance and fire protecting performance, from heavy and light,
The characteristics of durability is good, and pass through rational mix-design, haydite cell concrete can reach or slightly above masonry
Intensity.But this innovative panellised wall is mainly used for building enclosure system, rather than vertical and horizontal loading is undertaken, and by a variety of materials
Material form, there are architectural construction it is complicated the problems such as, it is impossible to while meet air-tightness, fire resistance, durability, from heavy and light, standardization
And facilitate many requirements such as fabrication and installation.
Utility model content
The utility model aim is to provide a kind of lightweight concrete load bearing heat preserving integrated wallboard and connection structure, to solve
There are cold bridge for certainly traditional skin system, it is impossible to while meet air-tightness, fire resistance, durability, standardization and side
Just the technical problem of many requirements such as fabrication and installation.
To achieve these goals, the utility model adopts the following technical solution.
A kind of lightweight concrete load bearing heat preserving integrated wallboard, includes wallboard main body；The wallboard main body is prefabricated micro-
Hole concrete panel；The first Tenon connector is equipped with the top of wallboard main body, along top surface long axis direction is elongated, wherein the first tenon
Head is located at the leading flank of wallboard main body, and the first tongue-and-groove is located at the trailing flank of wallboard main body；Grown at the top of the first tenon, along top surface
Axis direction is interval with screw rod, and the top of screw rod exceeds the top surface of the first tenon；The bottom of the wallboard main body, grow along bottom surface
Axis direction is elongated to be equipped with the second Tenon connector corresponding with the first Tenon connector, wherein the top of the second tongue-and-groove, growing along bottom surface
Axis direction interval is embedded with rectangular box；The bottom surface of the rectangular box and the either flush of the second tongue-and-groove, and the bottom surface of rectangular box
On be provided with hole through screw rod；The leading flank of the rectangular box is concordant with the leading flank of wallboard main body, and the front side of rectangular box
Face is provided with the hole for inserting filler material；The height of first tenon of the wallboard body top is less than the second of wallboard bottom part body
The height of tongue-and-groove；The wallboard main body both sides it is preceding it is stupefied it is upper, be vertically spaced apart and be equipped with card slot, be embedded with card slot vertically
Buried plate.
Preferably, the thickness of the wallboard main body is 120mm ~ 400mm；The concrete material of its deadlight main body is cement
Any one in base thermal insulation concrete, cement base air entrained concrete, cement base foam concrete and cement base ceramic concrete
Either wherein any two kinds of combination.
Preferably, it is embedded with hanging ring at the top of the wallboard main body；
The plate face both sides of the wallboard main body, vertically arranged for interval have a horizontal case, in the tube wall of the horizontal case
Side is equipped with screw thread, and horizontal case is opened up parallel to the thickness direction of wallboard main body；
The wallboard body interior, being respectively arranged on the left side and the right side to the montant of fixed rectangular box positioned at rectangular box；Institute
State the left and right sides that montant is distributed in each rectangular box, and along the side arranged for interval of rectangular box.
A kind of connection structure of lightweight concrete load bearing heat preserving integrated wallboard, to connect of vertically-adjacent two pieces of load-bearing
Wallboard；Include lower load-bearing wall panel, upper load-bearing wall panel and the floor being connected between lower load-bearing wall panel, upper load-bearing wall panel；Institute
The first Tenon connector socket joint connection corresponding with the second Tenon connector of upper load-bearing wall panel of lower load-bearing wall panel is stated, and on the first tenon
Screw rod correspond to and be plugged at the second tongue-and-groove position in the hole of rectangular box, and fixed by double nut；The lower load-bearing wall panel
The first tenon the second tongue-and-groove of top and upper load-bearing wall panel top between be equipped with spacing；The side of the floor is plugged on down
In gap between at the top of the first tenon of load-bearing wall panel and at the top of the second tongue-and-groove of upper load-bearing wall panel, and on floor, corresponding screw rod wears
The vertical through holes being equipped with the position crossed.
Preferably, between the top of the second tongue-and-groove of the floor top surface and upper load-bearing wall panel and soffit is held with
Rubber spacer is equipped between the top of first tenon of weight wallboard.
Preferably, backing plate is equipped between the double nut and the bottom surface of rectangular box；
It is elongated equipped with close in gap between first tongue-and-groove of the lower load-bearing wall panel and the second tenon of upper load-bearing wall panel
Rod is sealed, has sealing joint strip in the outer side seal of seal bar.
A kind of connection structure of lightweight concrete load bearing heat preserving integrated wallboard, to connect two pieces of laterally adjacent load-bearing
Wallboard；Include left load-bearing wall panel, right load-bearing wall panel and connection component；The connection component be vertically provided at left load-bearing wall panel with
Between right load-bearing wall panel, and by the vertical buried plate in the card slot of the vertical buried plate in the card slot of left load-bearing wall panel and right load-bearing wall panel
Corresponding connection.
Preferably, when laterally adjacent two blocks of load-bearing wall panels are connected directly, card slot and the right side on the left load-bearing wall panel
Card slot on load-bearing wall panel is correspondingly arranged；The connection component is one group of vertically spaced vertical quarter butt；It is described vertical
Quarter butt is correspondingly arranged between the card slot of left load-bearing wall panel and the card slot of right load-bearing wall panel, and vertical quarter butt left side and left load bearing wall
Vertical buried plate connection in the card slot of plate, the right side of vertical quarter butt is connected with the vertical buried plate in the card slot of right load-bearing wall panel.
Preferably, when being equipped with lining at the link position of laterally adjacent two blocks of load-bearing wall panels, the left load-bearing wall panel
Inner side, be connected with right load-bearing wall panel one end and be equipped with elongated vertical cut (V. cut), the inner side of the right load-bearing wall panel, with left load bearing wall
Plate connects one end and is equipped with elongated vertical cut (V. cut), and two vertical cut (V. cut)s piece together a vertical slot；The end of the lining
Portion is inserted in slot, and in the end of lining, vertically interval be embedded with horizontal connector；The horizontal connector is held with a left side
The card slot of weight wallboard and the card slot of right load-bearing wall panel are correspondingly arranged, and the both ends of horizontal connector are left and right with lining respectively
Side is concordant；The connection component is two groups of vertical quarter butts, and the vertical quarter butt of one of which is correspondingly arranged at the card of left load-bearing wall panel
Between groove and the left surface of lining, and the left side of vertical quarter butt is connected with the vertical buried plate in left load-bearing wall panel card slot, vertically
The left side connection of horizontal connector in the right side of quarter butt and lining；Another group of vertical quarter butt is correspondingly arranged at right load-bearing wall panel
Between card slot and the right flank of lining, and the right side of horizontal connector connects in the left side of vertical quarter butt and lining, vertically
The right side of quarter butt is connected with the vertical buried plate in right load-bearing wall panel card slot.
Compared with prior art, the beneficial effects of the utility model are as follows.
1st, the prefabricated cell concrete material in the utility model integrates carrying, insulation, Support Function, and with good
Good fire protecting performance, and it is not required common concrete material to form composite bed, it is easy for construction.
2nd, the lower load-bearing wall panel in the utility model, between upper load-bearing wall panel, connected using dry type, connection structure letter
It is single, easy to factory prefabricating production and live Fast Installation.
3rd, of vertically-adjacent two blocks of load-bearing wall panels are connected by screw rod with double nut in the utility model, before wallboard bottom
Side sets pre-buried rectangular box, and screw rod is passed through to the bottom surface of rectangular box, and is fixed on by double nut on the bottom surface of rectangular box, this
Connection mode improves local strength and the stability of node.
4th, the utility model considers that the intensity of cell concrete and elasticity modulus are less than normal concrete, in wallboard main body
Lower part, the second tongue-and-groove top, in the width direction interval is embedded with rectangular box, it is local that node location can be effectively improved
Strength and stability, is also possible to prevent concrete during plant produced and enters node region, influences in-site installation operation.
5th, the purpose of this utility model is that using load-bearing, insulation, Support Function in the light microporous concrete walls of one
Plate, builds the house of industrialized standard, simplifies architectural construction, improves construction efficiency, suitable for individual layer, multilayer precast concrete
Dwelling house system.
6th, the load bearing wall between two blocks of laterally adjacent load-bearing wall panels of the utility model by vertical quarter butt with corresponding side
Vertical buried plate connection in board groove, realizes the connection between two blocks of laterally adjacent load-bearing wall panels, connection mode is simple, construction
It is convenient, easily operated.
7th, the utility model load-bearing wall panel and connection structure can realize high-air-tightness, high fire resistance, high-durability, and certainly
Heavy and light, suitable for single or multiple lift assembly concrete build.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the light microporous concrete prefabricated wallboard of the utility model.
Fig. 2 is the positive structure schematic of the light microporous concrete prefabricated wallboard of the utility model.
Fig. 3 is the vertical connecting joint structure schematic diagram of levels load bearing heat preserving integrated wallboard.
Fig. 4 is the cross-sectional view of A-A in Fig. 2.
Fig. 5 is connecting node schematic diagram when the adjacent two blocks of load-bearing wall panel of same layer is connected directly.
Fig. 6 is connecting node signal when lining is equipped with the link position of the adjacent two blocks of load-bearing wall panel of same layer
Figure.
Reference numeral：1- wallboards main body, the first tenons of 1.1-, the first tongue-and-grooves of 1.2-, the second tenons of 1.3-, the second tenons of 1.4-
Groove,
2- horizontal cases, 3- double nuts, 4- backing plates, 5- rectangular box, 6- filler materials, 7- montants, the vertical buried plates of 8-, 9- spiral shells
Load-bearing wall panel, the upper load-bearing of 16- under bar, 10- rubber spacers, 11- seal bars, 12- sealing joint strips, 13- card slots, 14- hanging rings, 15-
Wallboard, 17- floors, the right load-bearing wall panels of 18-, the left load-bearing wall panels of 19-, the vertical quarter butts of 20-, 21- linings, 22- horizontal connectors,
23- anchor poles.
Embodiment
Load-bearing wall panel in the present embodiment is formed by the light microporous concreting for having load-bearing and heat insulation function concurrently, can be used
In bearing external wall plate or load-bearing lining.Of vertically-adjacent two blocks of load-bearing wall panels are connected by screw rod 9 with double nut, horizontally adjacent
Two blocks of load-bearing wall panels be welded to connect by connection component and be connected with same layer adjacent wall board, in wallboard lower front, pre-buried square is set
Shape box, improves local strength and the stability of node.
As shown in Figs. 1-2, this lightweight concrete load bearing heat preserving integrated wallboard, includes wallboard main body 1；The wallboard
Main body 1 is prefabricated cell concrete wallboard；The first Tenon is equipped with the top of wallboard main body 1, along top surface long axis direction is elongated
Connector, wherein the first tenon 1.1 is located at the leading flank of wallboard main body 1, the first tongue-and-groove 1.2 is located at the trailing flank of wallboard main body 1；
The top of first tenon 1.1, be interval with screw rod 9 along top surface long axis direction, and the top of screw rod 9 is beyond the first tenon 1.1
Top surface；The bottom of the wallboard main body 1, along bottom surface long axis direction is elongated be equipped with the second Tenon corresponding with the first Tenon connector
Connector, it is contemplated that the intensity and elasticity modulus of cell concrete are less than normal concrete, in wallboard lower part, second tongue-and-groove 1.4
Top, along bottom surface long axis direction interval be embedded with rectangular box 5, can effectively improve the intensity and stabilization of node location part
Property, being also possible to prevent concrete during plant produced enters node region, influences in-site installation operation；The bottom surface of the rectangular box 5
With the either flush of the second tongue-and-groove 1.4, and the hole through screw rod 9 is provided with the bottom surface of rectangular box 5, for lower load-bearing wall panel 15
9 slot milling of screw rod；The leading flank of the rectangular box 5 is concordant with the leading flank of wallboard main body 1, and the leading flank of rectangular box 5 is opened
There is the hole for inserting filler material 6；The height of first tenon 1.1 at the top of the wallboard main body 1 is less than the of 1 bottom of wallboard main body
The height of two tongue-and-grooves 1.4；Two of the wallboard main body 1 front sides it is stupefied it is upper, be vertically spaced apart and be equipped with card slot 13, in card slot 13
In be embedded with vertical buried plate 8.
In the present embodiment, the thickness of the wallboard main body 1 is 120mm ~ 400mm, and specific thickness is according to the guarantors of actual conditions
Temperature, load-bearing and structure lateral resisting demand, are computed determining, and carry out Reinforcement Design on this basis；Its deadlight main body 1 is mixed
Solidifying soil material is cement base thermal insulation concrete, cement base air entrained concrete, cement base foam concrete and cement base ceramics coagulation
A kind of or two of which combination in soil, insulation and structure are realized using the combined material of one or two kinds of material
Two kinds of functions, can be greatly lowered the dead weight of wallboard main body 1, simplify architectural construction, improve construction efficiency.
In the present embodiment, the top of the wallboard main body 1 is embedded with hanging ring 14；Plate face both sides, the edge of the wallboard main body 1
Vertical arranged for interval has horizontal case 2, is equipped with screw thread on the inside of the tube wall of the horizontal case 2, and horizontal case 2 is parallel to wallboard
The thickness direction of main body 1 opens up；Inside the wallboard main body 1, being respectively arranged on the left side and the right side to permanent moment positioned at rectangular box 5
The montant 7 of shape box 5；The montant 7 is distributed in the left and right sides of each rectangular box 5, and along the side interval cloth of rectangular box 5
Put.
In the present embodiment, the rectangular box 5 is can, and the montant 7 welds for rod iron, the company of welding between can and rod iron
Connect, rod iron is anchored in wallboard main body 1, its diameter and anchorage length are determined by calculating.
In the present embodiment, the back side of the vertical buried plate 8 is welded and connected with horizontal anchor pole 23, and the anchor pole 23 is embedded in
In wallboard main body 1, and vertical buried plate 8 is fixed.
As shown in Figure 3 and Figure 4, the connection structure of this lightweight concrete load bearing heat preserving integrated wallboard, it is perpendicular to connect
To two blocks of adjacent load-bearing wall panels；Lower load-bearing wall panel 15, upper load-bearing wall panel 16 and it is connected to lower load-bearing wall panel 15, upper load bearing wall
Floor 17 between plate 16；First Tenon connector of the lower load-bearing wall panel 15 and the second Tenon connector pair of upper load-bearing wall panel 16
Socket joint is answered to connect, and the screw rod 9 on the first tenon 1.1 is corresponded to and is plugged at 1.4 position of the second tongue-and-groove in the hole of rectangular box 5,
It can ensure there are enough anchorage lengths in wallboard, screw rod 9 is fixed on by double nut 3 on the bottom surface of rectangular box 5, double nut
3 are connected with enough fastening forces, are effectively connected between load-bearing wall panel 15 and upper load-bearing wall panel 16 under ensureing, after double nut 3 is tightened
Filler material 6 is filled to tamp；The top of first tenon 1.1 of the lower load-bearing wall panel 15 and upper 16 second tongue-and-groove 1.4 of load-bearing wall panel
Spacing is equipped between top；The side of the floor 17 is plugged on the lower top of 15 first tenon of load-bearing wall panel 1.1 and upper load bearing wall
In gap between the top of 16 second tongue-and-groove of plate 1.4, and it is equipped with floor 17, at the position that corresponding screw rod 9 passes through vertical logical
Hole.
In the present embodiment, between the top of the second tongue-and-groove 1.4 of 17 top surface of floor and upper load-bearing wall panel 16 and building
Rubber spacer 10 or other flexible materials are equipped between the top of first tenon 1.1 of 17 bottom surface of plate and lower load-bearing wall panel 15；
Rubber spacer 10 or other flexible materials are filled between rectangular box 5 and floor 17.
In the present embodiment, backing plate 4 is equipped between the double nut 3 and the bottom surface of rectangular box 5；The lower load-bearing wall panel 15
It is elongated in gap between first tongue-and-groove 1.2 and the second tenon 1.3 of upper load-bearing wall panel 16 to be equipped with seal bar 11, in seal bar 11
Outer side seal have a sealing joint strip 12, form closed cavity, ensure air-tightness and watertightness.
The connection structure of this lightweight concrete load bearing heat preserving integrated wallboard, to connect two pieces of laterally adjacent load-bearing
Wallboard；Include left load-bearing wall panel 19, right load-bearing wall panel 18 and connection component；The connection component is vertically provided at left load bearing wall
Between plate 19 and right load-bearing wall panel 18, and by the vertical buried plate 8 in the card slot 13 of left load-bearing wall panel 19 and right load-bearing wall panel 18
Vertical buried plate 8 in card slot 13 corresponds to connection.
As shown in figure 5, when laterally adjacent two blocks of load-bearing wall panels are connected directly, the card slot on the left load-bearing wall panel 19
13 are correspondingly arranged with the card slot 13 on right load-bearing wall panel 18；The connection component is one group of vertically spaced vertical quarter butt
20；The vertical quarter butt 20 is correspondingly arranged between the card slot 13 of left load-bearing wall panel 19 and the card slot 13 of right load-bearing wall panel 18, and
The vertical left side of quarter butt 20 is connected with the vertical buried plate 8 in the card slot 13 of left load-bearing wall panel 19, and the right side of vertical quarter butt 20 is held with the right side
Vertical buried plate 8 in the card slot 13 of weight wallboard 18 connects.
In the present embodiment, the vertical quarter butt 20 is made of reinforcing bar or steel pipe, and the vertical buried plate 8 is made of steel plate；
It is welded to connect between two laterally adjacent load-bearing wall panels by the way that vertical quarter butt 20 is corresponding with vertical buried plate 8.
As shown in fig. 6, when being equipped with lining 21 at the link position of laterally adjacent two blocks of load-bearing wall panels, the left load-bearing
The inner side of wallboard 19, be connected with right load-bearing wall panel 18 one end and be equipped with elongated vertical cut (V. cut), the inner side of the right load-bearing wall panel 18,
One end is connected with left load-bearing wall panel 19 and is equipped with elongated vertical cut (V. cut), and two vertical cut (V. cut)s piece together a vertical slot；Institute
The end for stating lining 21 is inserted in slot, and in the end of lining 21, vertically interval be embedded with horizontal connector 22；Institute
The card slot 13 of the card slot 13 and right load-bearing wall panel 18 of stating horizontal connector 22 and left load-bearing wall panel 19 is correspondingly arranged, and level is even
The both ends of fitting 22 are concordant with 21 left and right side of lining respectively；The connection component is two groups of vertical quarter butts 20, one of which
Vertical quarter butt 20 is correspondingly arranged between the card slot 13 of left load-bearing wall panel 19 and the left surface of lining 21, and vertical quarter butt 20
Left side is connected with the vertical buried plate 8 in left 19 card slot 13 of load-bearing wall panel, and the right side of vertical quarter butt 20 connects with horizontal in lining 21
The left side connection of fitting 22；It is correspondingly arranged at the card slot 13 of right load-bearing wall panel 18 and the right side of lining 21 for another group vertical short 20
Between face, and the left side of vertical quarter butt 20 is connected with the right side of horizontal connector 22 in lining 21, the right side of vertical quarter butt 20
It is connected with the vertical buried plate 8 in right 18 card slot 13 of load-bearing wall panel.
The construction method of the connection structure of this lightweight concrete load bearing heat preserving integrated wallboard, including step are as follows.
Step 1: in plant produced load bearing heat preserving integrated wallboard；By the horizontal case 2 containing internal thread, rectangular box 5, erect
Bar 7, vertical buried plate 8, screw rod 9 and hanging ring 14 are fixed at design position, then pour lightweight concrete；
Step 2: after the wallboard demoulding, the mounting hanger at horizontal case 2, is transported to construction site；
Step 3: rubber spacer 10 is laid with floor 17 at position of wallboards to be installed；
Step 4: upper load-bearing wall panel 16 is lifted at design position by hanging ring 14, while lower load-bearing wall panel 15 is pushed up
The screw rod 9 in portion passes through the hole on 5 bottom surface of rectangular box；
Step 5: installing temporary support in the side of upper load-bearing wall panel 16, temporary support is fixed on containing horizontal case 2
On, correct wallboard verticality；
Step 6: installing backing plate 4 on the bottom surface of rectangular box 5, double nut 3 is tightened；
Step 7: tamp rectangular box 5 with filler material 6；
Step 8: the hanging ring 14 for removing load-bearing wall panel 16 is higher by the part of 1 top surface of wallboard main body；
Step 9: lower load-bearing wall panel 15, on fill seal bar 11 in gap between load-bearing wall panel 16, beat sealing joint strip
12 are blocked；So far, wallboard installation is completed.
In the present embodiment, when laterally adjacent two blocks of load-bearing wall panels are connected directly, left 19 He of load-bearing wall panel is completed first
Right load-bearing wall panel 18 is installed, then vertical buried plate 8 of the vertical quarter butt 20 respectively with left load-bearing wall panel 19 and right load-bearing wall panel 18 is welded
Connect；When being equipped with lining 21 at the link position of laterally adjacent two blocks of load-bearing wall panels, left load-bearing wall panel 19 is completed first, the right side is held
Weight wallboard 18 and lining 21 are installed, then vertical quarter butt 20 is welded with vertical buried plate 8 and horizontal brace rod 22 respectively；Finally,
Card slot 13 is tamped with filler material 6.
In the present embodiment, plugging operations, filling sealing are carried out to the horizontal direction between adjacent load bearing wall panels and vertical gap
Rod 11, and beat sealing joint strip 12；So far, wallboard installation is completed.
In the present embodiment, the filler material 6 is pea gravel concreten.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality
Within new spirit and principle, any modification, equivalent replacement, improvement and so on, should be included in the guarantor of the utility model
Within the scope of shield.
Claims (9)
1. a kind of lightweight concrete load bearing heat preserving integrated wallboard, includes wallboard main body（1）；It is characterized in that：The wallboard
Main body（1）For prefabricated cell concrete wallboard；In wallboard main body（1）Top, along top surface long axis direction is elongated be equipped with first
Tenon connector, wherein the first tenon（1.1）Positioned at wallboard main body（1）Leading flank, the first tongue-and-groove（1.2）Positioned at wallboard main body
（1）Trailing flank；In the first tenon（1.1）Top, along top surface long axis direction be interval with screw rod（9）, screw rod（9）Top
End exceeds the first tenon（1.1）Top surface；The wallboard main body（1）Bottom, be equipped with and the along bottom surface long axis direction is elongated
The corresponding second Tenon connector of one Tenon connector, wherein the second tongue-and-groove（1.4）Top, pre-buried along bottom surface long axis direction interval
There is rectangular box（5）；The rectangular box（5）Bottom surface and the second tongue-and-groove（1.4）Either flush, and rectangular box（5）Bottom surface on
It is provided with through screw rod（9）Hole；The rectangular box（5）Leading flank and wallboard main body（1）Leading flank it is concordant, and rectangular box
（5）Leading flank be provided with and insert filler material（6）Hole；The wallboard main body（1）First tenon at top（1.1）Height it is small
In wallboard main body（1）Second tongue-and-groove of bottom（1.4）Height；
The wallboard main body（1）Both sides it is preceding it is stupefied it is upper, be vertically spaced apart and be equipped with card slot（13）, in card slot（13）In be embedded with
Vertical buried plate（8）.
A kind of 2. lightweight concrete load bearing heat preserving integrated wallboard according to claim 1, it is characterised in that：The wallboard
Main body（1）Thickness be 120mm ~ 400mm；Its deadlight main body（1）Concrete material for cement base thermal insulation concrete, cement
Any one in base air entrained concrete, cement base foam concrete and cement base ceramic concrete is either two kinds wherein any
Combination.
A kind of 3. lightweight concrete load bearing heat preserving integrated wallboard according to claim 2, it is characterised in that：The wallboard
Main body（1）Top be embedded with hanging ring（14）；
The wallboard main body（1）Plate face both sides, vertically arranged for interval has horizontal case（2）, the horizontal case（2）Pipe
Screw thread, and horizontal case are equipped with the inside of wall（2）Parallel to wallboard main body（1）Thickness direction open up；
The wallboard main body（1）It is internal, positioned at rectangular box（5）Be respectively arranged on the left side and the right side to fixed rectangular box（5）It is perpendicular
Bar（7）；The montant（7）It is distributed in each rectangular box（5）The left and right sides, and along rectangular box（5）Side arranged for interval.
4. a kind of connection structure of the lightweight concrete load bearing heat preserving integrated wallboard in claim 1-3 described in any one,
To connect of vertically-adjacent two blocks of load-bearing wall panels；It is characterized in that：Include lower load-bearing wall panel（15）, upper load-bearing wall panel（16）
And it is connected to lower load-bearing wall panel（15）, upper load-bearing wall panel（16）Between floor（17）；The lower load-bearing wall panel（15）
One Tenon connector and upper load-bearing wall panel（16）The second Tenon connector correspond to socket joint connection, and the first tenon（1.1）On screw rod
（9）Correspondence is plugged on the second tongue-and-groove（1.4）Rectangular box at position（5）Hole in, and pass through double nut（3）It is fixed；Under described
Load-bearing wall panel（15）The first tenon（1.1）Top and upper load-bearing wall panel（16）Second tongue-and-groove（1.4）Top between be equipped with
Spacing；The floor（17）Side be plugged on lower load-bearing wall panel（15）First tenon（1.1）Top and upper load-bearing wall panel（16）
Second tongue-and-groove（1.4）In gap between top, and floor（17）Upper, corresponding screw rod（9）What is be equipped with the position passed through is vertical
Through hole.
5. the connection structure of lightweight concrete load bearing heat preserving integrated wallboard according to claim 4, it is characterised in that：Institute
State floor（17）Top surface and upper load-bearing wall panel（16）The second tongue-and-groove（1.4）Top between and floor（17）Held with bottom surface
Weight wallboard（15）The first tenon（1.1）Top between be equipped with rubber spacer（10）.
6. the connection structure of lightweight concrete load bearing heat preserving integrated wallboard according to claim 5, it is characterised in that：Institute
State double nut（3）With rectangular box（5）Bottom surface between be equipped with backing plate（4）；
The lower load-bearing wall panel（15）The first tongue-and-groove（1.2）With upper load-bearing wall panel（16）The second tenon（1.3）Between between
It is elongated in gap to be equipped with seal bar（11）, in seal bar（11）Outer side seal have sealing joint strip（12）.
7. a kind of connection structure of the lightweight concrete load bearing heat preserving integrated wallboard in claim 1-3 described in any one,
To connect two blocks of laterally adjacent load-bearing wall panels；It is characterized in that：Include left load-bearing wall panel（19）, right load-bearing wall panel（18）
And connection component；The connection component is vertically provided at left load-bearing wall panel（19）With right load-bearing wall panel（18）Between, and a left side is held
Weight wallboard（19）Card slot（13）In vertical buried plate（8）With right load-bearing wall panel（18）Card slot（13）In vertical buried plate（8）
Corresponding connection.
8. a kind of connection structure of lightweight concrete load bearing heat preserving integrated wallboard according to claim 7, its feature exist
In：When laterally adjacent two blocks of load-bearing wall panels are connected directly, the left load-bearing wall panel（19）On card slot（13）With right load-bearing
Wallboard（18）On card slot（13）It is correspondingly arranged；The connection component is one group of vertically spaced vertical quarter butt（20）；
The vertical quarter butt（20）It is correspondingly arranged at left load-bearing wall panel（19）Card slot（13）With right load-bearing wall panel（18）Card slot（13）
Between, and vertical quarter butt（20）Left side and left load-bearing wall panel（19）Card slot（13）In vertical buried plate（8）Connection, vertical quarter butt
（20）Right side and right load-bearing wall panel（18）Card slot（13）In vertical buried plate（8）Connection.
9. a kind of connection structure of lightweight concrete load bearing heat preserving integrated wallboard according to claim 7, its feature exist
In：Lining is equipped with the link position of laterally adjacent two blocks of load-bearing wall panels（21）When, the left load-bearing wall panel（19）It is interior
Side and right load-bearing wall panel（18）Connection one end is equipped with elongated vertical cut (V. cut), the right load-bearing wall panel（18）Inner side, hold with a left side
Weight wallboard（19）Connection one end is equipped with elongated vertical cut (V. cut), and two vertical cut (V. cut)s piece together a vertical slot；In described
Wallboard（21）End be inserted in slot, and in lining（21）End, vertically interval be embedded with horizontal connector（22）；
The horizontal connector（22）With left load-bearing wall panel（19）Card slot（13）With right load-bearing wall panel（18）Card slot（13）Correspondence is set
Put, and horizontal connector（22）Both ends respectively with lining（21）Left and right side is concordant；The connection component erects for two groups
To quarter butt（20）, the vertical quarter butt of one of which（20）It is correspondingly arranged at left load-bearing wall panel（19）Card slot（13）With lining（21）
Left surface between, and vertical quarter butt（20）Left side and left load-bearing wall panel（19）Card slot（13）In vertical buried plate（8）Even
Connect, vertical quarter butt（20）Right side and lining（21）Middle horizontal connector（22）Left side connection；Another group of vertical quarter butt
（20）It is correspondingly arranged at right load-bearing wall panel（18）Card slot（13）With lining（21）Right flank between, and vertical quarter butt（20）
Left side and lining（21）Middle horizontal connector（22）Right side connection, vertical quarter butt（20）Right side and right load-bearing wall panel
（18）Card slot（13）In vertical buried plate（8）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721214229.0U CN207348306U (en) | 2017-09-21 | 2017-09-21 | Lightweight concrete load bearing heat preserving integrated wallboard and connection structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721214229.0U CN207348306U (en) | 2017-09-21 | 2017-09-21 | Lightweight concrete load bearing heat preserving integrated wallboard and connection structure |
Publications (1)
| Publication Number | Publication Date |
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| CN207348306U true CN207348306U (en) | 2018-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721214229.0U Expired - Fee Related CN207348306U (en) | 2017-09-21 | 2017-09-21 | Lightweight concrete load bearing heat preserving integrated wallboard and connection structure |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107700748A (en) * | 2017-09-21 | 2018-02-16 | 中国建筑股份有限公司 | Lightweight concrete load bearing heat preserving integrated wallboard and attachment structure and its construction method |
| CN112252578A (en) * | 2020-11-06 | 2021-01-22 | 绍兴宝城建筑工业化制造有限公司 | Precast concrete wallboard and assembling method thereof |
-
2017
- 2017-09-21 CN CN201721214229.0U patent/CN207348306U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107700748A (en) * | 2017-09-21 | 2018-02-16 | 中国建筑股份有限公司 | Lightweight concrete load bearing heat preserving integrated wallboard and attachment structure and its construction method |
| CN112252578A (en) * | 2020-11-06 | 2021-01-22 | 绍兴宝城建筑工业化制造有限公司 | Precast concrete wallboard and assembling method thereof |
| CN112252578B (en) * | 2020-11-06 | 2022-05-20 | 绍兴宝城建筑工业化制造有限公司 | Precast concrete wallboard and assembling method thereof |
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Granted publication date: 20180511 Termination date: 20210921 |