CN106584672A - Production method of assembled type prefabricated wall panel provided with hidden beam - Google Patents
Production method of assembled type prefabricated wall panel provided with hidden beam Download PDFInfo
- Publication number
- CN106584672A CN106584672A CN201611241180.8A CN201611241180A CN106584672A CN 106584672 A CN106584672 A CN 106584672A CN 201611241180 A CN201611241180 A CN 201611241180A CN 106584672 A CN106584672 A CN 106584672A
- Authority
- CN
- China
- Prior art keywords
- wall panel
- board member
- panel frame
- frame board
- dark beam
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B23/00—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects
- B28B23/02—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects wherein the elements are reinforcing members
- B28B23/22—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects wherein the elements are reinforcing members assembled from preformed parts
Abstract
The invention discloses a production method of an assembled type prefabricated wall panel provided with a hidden beam. Rib plates are downwards inserted into a wall panel frame plate component along positioning grooves B till the bottoms of the rib plates are inserted into positioning grooves A; a cross rod performs sequential penetration and is fixed to opening inserting grooves A formed in the rib plates; side baffles are fixed in grooves of the wall panel frame plate component and fixed to the outer side surface of the rib plate located closest to the outermost side; fillers are poured into regions between the wall panel frame plate component and the rib plates; a top baffle is fixed to the tops of the rib plates; after the fillers are solidified, the top baffle and the sides baffle are disassembled; and a prefabricated part of the hidden beam is fixed above the rib plates, and the tops of the rib plates are located in positioning grooves C formed in the bottom of the hidden beam. It can be seen from the above process that, according to the production method of the assembled type prefabricated wall panel provided with the hidden beam, by arranging the hidden beam in the wall panel frame plate component, the prefabricated degree of the wall panel is improved, the field construction steps of a constructer are reduced, the field construction efficiency of a construction site is improved, and meanwhile the construction pollution of the construction site is reduced.
Description
Technical field
The present invention relates to the technical field of prefabricated panel, and in particular to a kind of life of the pin-connected panel prefabricated panel for being provided with dark beam
Product method.
Background technology
The current residential housing of China is all, by xoncrete structure, when construction, typically to adopt reinforcing bar colligation, and uses mould
Plate is fixed and pours shape, and is directly carried out by concrete at the construction field (site) cast-in-place.Because concrete setting to preset strength is needed
Want the regular hour, institute by this way not only can contaminated air, noise disturb residents；And efficiency of construction is by multiple working procedures
Involved a large amount of concrete set times are limited, therefore cannot further improve efficiency of construction.At present country is for building
The requirement of industry construction environment is more and more stricter, and increasing prefabricated component is applied to construction site, and then when shortening construction
Between.As described in the patent documentation of Publication No. CN105569355A and CN104264893B, at present for body of wall construction
To the transition of pin-connected panel wall.But the former prefabricated degree is not high, remain a need for carrying out the cast-in-place operation in multi-step ground at the construction field (site), and
The latter is then more suitable for not needing the steel construction wallboard of bearing column.And described document is all only in above-mentioned two patent documentation
Only be the structure for wallboard, its also need in work progress into cross girders pour or precast beam assembling, building-site applies
The operation of work is more, and construction period still cannot further shorten.
The content of the invention
It is an object of the invention to：Overcome the deficiencies in the prior art, there is provided a kind of pin-connected panel prefabricated panel for being provided with dark beam
Production method, by being provided with dark beam in wall panel frame board member, not only increase the prefabricated degree of wallboard, reduce building work
Site operation step, improve the site operation efficiency in building site, at the same reduce site construction pollution；By the work of gusset
With, provide enough support forces can not only to dark beam, it can in addition contain prevent, wallboard is pressurized to be deformed；Gusset passes through respectively
Locating slot A, locating slot B and locating slot C are connected with wall panel frame board member and dark beam, not only ensure that the positioning of gusset, but also
Gusset can be optimized to be distributed the support force of dark beam, hence for the weight capacity of single gusset requirement is reduced, further can be with
Reduce the cost of gusset；By the installing hole A and the installing hole B of dark beam of wall panel frame board member, it is easy to dark beam and wallboard deckle board structure
The fixation of part, and wall panel frame board member fixes with the splicing of other wall panel frame board members or column；By the effect of filler, make
Obtaining wall panel frame board member can play a part of sound insulation and insulation；Filler is also to carry out Prefabrication in manufacturer to pour,
Avoid producing pollution to job site, reduce the working procedure of job site, the building for also improving job site is built
Make efficiency；According to the difference of building requirements, filler can select normal concrete, air entrained concrete, foam concrete block or
Plant fiber's concrete；The wall face of wall panel frame board member is provided with decorative layer, further increases the prefabricated degree of wallboard, reduces
The working procedure of job site and the labor intensity of building work, improve the site operation efficiency in building site；By the work of cross bar
With further avoid that wallboard is pressurized to be deformed；Cross bar is " work " shape bar or for " C " shape bar, is ensureing cross bar effect effect
On the premise of fruit, the weight of cross bar is reduced；When cross bar includes winding displacement cross bar and clamps cross bar, not only act as and avoided wall
The effect of plate compressive deformation, and the winding displacement of pipeline can also be easy to.
The technical solution used in the present invention is：
The production method of the pin-connected panel prefabricated panel of dark beam is provided with, is comprised the following steps：
1）Prepare the wall panel frame board member that section is " u "-shaped structure；
2）As requested decorative layer is set on the outside metope of wall panel frame board member prefabricated component；
3）Will be by step 2）The wall panel frame board member prefabricated component for preparing is erected, and respectively by the both sides of gusset along positioning
Groove B is downwardly in wall panel frame board member, until in the bottom insertion locating slot A of gusset；
4）Cross bar is sequentially passed through and is fixed on the opening slot A set by gusset；
5）Side shield is fixed with the groove of wall panel frame board member, positioned at the lateral surface of the gusset of outermost side；
6）Filler is poured in the region between wall panel frame board member and gusset；
7）When the top surface of filler is irrigated to specified altitude assignment, top baffle is fixed on into the top of gusset；
8）After filler solidification and intensity reach requirement, top baffle and side shield are removed successively；
9）The prefabricated component of dark beam is fixed on into the top of gusset and filler, and the top of gusset is located at respectively set by dark beam bottom
Locating slot C in；
10）On the metope of wall panel frame board member, at the end position of both sides, it is right from top to bottom along the side wall of wall panel frame board member
Multiple installing hole A should be provided with, the dark beam is provided with installing hole B, screw rod is sequentially passed through into wall panel frame board member corresponding to installing hole A
After the wherein installing hole A of the installing hole A of side, installing hole B and wall panel frame board member opposite side, by the nut at screw rod two ends
Wall panel frame board member and dark beam are fixed.
Further improvement project is the present invention, the step 2）In, as requested wall panel frame board member prefabricated component its
Spray on the outside metope of middle side or paste and spray respectively on metope on the outside of decorative layer, or both sides or paste decorative layer.
Further improvement project of the invention is, the step 4）In, when cross bar includes winding displacement cross bar and clamps cross bar,
Winding displacement cross bar by clamp cross bar by the cell wall of wall panel frame board member and opening slot A relative to wall panel frame board member cell wall
The groove face connection of side.
Further improvement project of the invention is, then by pipeline row on winding displacement cross bar.
Further improvement project of the invention is, the step 4）In, when cross bar is " work " shape bar or for " C " shape bar
When, " work " shape bar or for " C " shape bar both sides directly by the cell wall of wall panel frame board member and opening slot A relative to wallboard
The groove face connection of the cell wall side of deckle board component.
Further improvement project of the invention is, the step 6）In, as requested, Fillers selection be normal concrete,
Air entrained concrete, foam concrete block or Plant fiber's concrete
Further improvement project of the invention is, the step 7）In, the bottom surface of the top baffle is provided with positioning corresponding to gusset
Groove D.
The beneficial effect of the invention is：
Firstth, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, by being provided with wall panel frame board member
Dark beam, not only increases the prefabricated degree of wallboard, reduces the site operation step of building work, improves the site operation in building site
Efficiency, while reducing site construction pollution.
Secondth, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, by the effect of gusset, can not only
Enough enough support forces are provided to dark beam, wallboard is pressurized to be deformed it can in addition contain prevent.
3rd, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, gusset respectively by locating slot A,
Locating slot B and locating slot C are connected with wall panel frame board member and dark beam, not only ensure that the positioning of gusset, and can also optimize muscle
Plate is distributed to the support force of dark beam, and hence for the weight capacity of single gusset requirement is reduced, and can further reduce gusset
Cost.
4th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, by the peace of wall panel frame board member
The installing hole B of dress hole A and dark beam, is easy to the fixation of dark beam and wall panel frame board member, and wall panel frame board member and other wallboards
The splicing of deckle board component or column is fixed.
5th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, by the effect of filler so that wall
Sheet frame board member can play a part of sound insulation and insulation.
6th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, filler is also in manufacturer
Carry out Prefabrication to pour, it is to avoid produce pollution to job site, reduce the working procedure of job site, also improve construction
The efficiency of construction of the building at scene.
7th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, according to the difference of building requirements, fills out
Material can select normal concrete, air entrained concrete, foam concrete block or Plant fiber's concrete.
8th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, the wall face of wall panel frame board member
Decorative layer is provided with, the prefabricated degree of wallboard is further increased, the working procedure of job site and the work of building work is reduced
Intensity, improves the site operation efficiency in building site.
9th, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, by the effect of cross bar, further
Avoid that wallboard is pressurized to be deformed.
Tenth, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, cross bar is for " work " shape bar or is
" C " shape bar, on the premise of cross bar action effect is ensured, reduces the weight of cross bar.
11st, the invention is provided with the production method of the pin-connected panel prefabricated panel of dark beam, cross bar include winding displacement cross bar and
When clamping cross bar, the effect for avoiding wallboard compressive deformation is not only acted as, and the winding displacement of pipeline can also be easy to.
Description of the drawings：
Fig. 1 is the diagrammatic side-view cross-sectional schematic diagram of the present invention.
Fig. 2 is the main view cross-sectional schematic of the present invention.
Fig. 3 is the main view cross-sectional schematic before assembly of the invention.
Fig. 4 is the main view cross-sectional schematic after installing web plate of the present invention.
Fig. 5 is the main view cross-sectional schematic after winding displacement cross bar of the present invention.
Main view cross-sectional schematic when Fig. 6 is present invention filling filler.
Fig. 7 is the main view cross-sectional schematic after present invention filling filler.
Fig. 8 is the vertical view enlarged diagram of the unwrapping wire cross bar of the present invention.
Fig. 9 is the schematic top plan view that dark beam is concealed when two neighboring wallboard connects.
Figure 10 is the schematic top plan view that dark beam is concealed when wallboard is connected with support column.
Figure 11 is schematic top plan view when wallboard is connected with support column.
Figure 12 is the schematic side view of wallboard contiguous block.
Specific embodiment：
With reference to shown in Fig. 1, Fig. 2, Fig. 8 and Fig. 9, the present invention includes the wall panel frame board member 1 that section is " U " structure, the wallboard
Multiple gussets 2, the wallboard deckle board structure are respectively fixed with successively along the length direction of wall panel frame board member 1 in the groove of deckle board component 1
Dark beam 3 is fixed with the groove of part 1, on gusset 2, be located in the groove of the wall panel frame board member 1 gusset 2 and dark beam 3 it
Between be filled with filler 14.
Bottom in the groove of the wall panel frame board member 1 and side wall be respectively equipped with locating slot A16 that is corresponding and connecting and
Locating slot B17, the locating slot B17 tops extend upwardly to the top of wall panel frame board member 1, and the both sides of the gusset 2 are along fixed
Position groove B17 is downwardly in the groove of wall panel frame board member 1, and the bottom of gusset 2 is located in locating slot A16.
The bottom surface of the dark beam 3 to correspond to and be respectively equipped with locating slot C18, the top position of the gusset 2 at the position of gusset 2
In locating slot C18.
Cross bar is fixed between the both sides of the gusset 2 and the cell wall of wall panel frame board member 1, the cross bar is sequentially passed through and set
In the opening slot A8 of the both sides of gusset 2, and the side of cross bar is fitted with the cell wall of wall panel frame board member 1, opposite side with open
Mouthful slot A8 relative to wall panel frame board member 1 cell wall side groove face laminating.
It is " work " shape bar 13 or for " C " shape bar that the cross bar is section；Or the cross bar includes winding displacement cross bar 9 and folder
Tight cross bar 11, the winding displacement cross bar 9 for section " L " shape structure, the end of flat board 28 and the wall panel frame board member of the winding displacement cross bar 9
1 cell wall, the end of riser 29 of winding displacement cross bar 9 by clamp cross bar 11 and opening slot A8 relative to wall panel frame board member 1
The groove face laminating of cell wall side, pipeline 12 is located on flat board 28.
Wire channel in building 30 is respectively equipped with the flat board 28 and riser 29 of the winding displacement cross bar 9.
The end of flat board 28 of the winding displacement cross bar 9 is connected by inserted link 10 with the cell wall of wall panel frame board member 1, the inserted link 10
It is perpendicularly fixed on the cell wall of wall panel frame board member 1.
The inserted link 10 is located at " work " shape bar 13 or for the vacancy of " C " shape bar.
The main body of the gusset 2 is made up of horizontal bar 6 staggeredly and vertical muscle 7, is formed between the horizontal bar 6 being crisscross arranged and vertical muscle 7
Through hole 5.
On the metope of the wall panel frame board member 1, at the end position of both sides, along wall panel frame board member 1 side wall by
Multiple installing hole A15 are up to correspondingly provided with down, and the dark beam 3 is provided with installing hole B19 corresponding to installing hole A15.
Installation gap 25 is provided with the outside metope of the wall panel frame board member 1, at the end position of both sides, corresponding to peace
Connection board 24 is fixed with the end face of wall panel frame board member 1 of dress breach 25, the installing hole A15 is on connection board 24.
Described filler 14 is normal concrete, air entrained concrete, foam concrete block or Plant fiber's concrete.
The length of the dark beam 3 is identical with the length of wall panel frame board member 1.
The outside metope of the wall panel frame board member 1 is provided with decorative layer 4.
When wall panel frame board member 1 is provided with window OR gate hole, the both sides metope of the wall panel frame board member 1, it is located at
It is connected at the edge placement of OR gate hole at window edge placement.
In addition, the top of wall panel frame board member 1, lower curtate and both sides, and secretly the top and two ends of beam 3 is extended with respectively
Reinforcing bar（Figure of description is not shown）, the reinforcing bar at the top of wall panel frame board member 1 is corresponding with the prefabricated foundation bottom of last layer to be led to
Hole connects, the reinforcing bar through hole connection corresponding with the prefabricated foundation of same layer top of the bottom of wall panel frame board member 1；Wallboard deckle board structure
The reinforcing bar of the both sides of part 1 connects with the through hole set by the sidepiece of adjacent wall panel frame board member 1 or the sidepiece of prefabricated stand column 31, wall
The wherein reinforcing bar of a sidepiece of sheet frame board member 1 and the lead to the hole site of the other side are corresponding；The reinforcing bar and upper one at the top of dark beam 3
The corresponding through hole connection in prefabricated foundation bottom of layer, the reinforcing bar at the two ends of dark beam 3 connects with the through hole set by the end of adjacent dark beam 3
Connect or with the connecting node of column 31 at carry out cast-in-place fixation.By high pressure concrete is injected reinforcing bar and led to when construction
Between hole, when concrete setting.
With reference to shown in Fig. 2 ~ Fig. 7, the production method of the pin-connected panel prefabricated panel of dark beam is provided with, is comprised the following steps：
1）Prepare the wall panel frame board member 1 that section is " u "-shaped structure；
2）Decorative layer 4 is set as requested on the outside metope of the prefabricated component of wall panel frame board member 1；
3）Will be by step 2）The prefabricated component of wall panel frame board member 1 for preparing is erected, and respectively by the both sides of gusset 2 along calmly
Position groove B17 is inserted in wall panel frame board member 1, until in the bottom insertion locating slot A16 of gusset 2；
4）Cross bar is sequentially passed through and is fixed on the opening slot A8 set by gusset 2；
5）Side shield 20 is fixed with the groove of wall panel frame board member 1, positioned at the lateral surface of the gusset 2 of outermost side；
6）Filler 14 is poured in the region between wall panel frame board member 1 and gusset 2；
7）When the top surface of filler 14 is irrigated to specified altitude assignment, top baffle 21 is fixed on into the top of gusset 2；
8）After filler 14 solidifies and intensity reaches requirement, top baffle 21 and side shield 20 are removed successively；
9）The prefabricated component of dark beam 3 is fixed on into the top of gusset 2 and filler 14, and makes the top of gusset 2 be located at the bottom of dark beam 3 respectively
In locating slot C18 set by portion.
The step 2）In, spray on the outside metope of the wherein side of the prefabricated component of wall panel frame board member 1 as requested
Or decorative layer 4 is pasted, or spray or paste decorative layer 4 on the outside of both sides on metope respectively.
The step 4）In, when cross bar includes winding displacement cross bar 9 and clamps cross bar 11, winding displacement cross bar 9 is by clamping cross bar
11 by the cell wall of wall panel frame board member 1 and opening slot A8 relative to the groove face of cell wall side of wall panel frame board member 1 be connected.
Then by pipeline row on winding displacement cross bar 9.
The step 4）In, when cross bar be " work " shape bar 13 or for " C " shape bar when, " work " shape bar 13 or for " C " shape
The both sides of bar directly by the cell wall of wall panel frame board member 1 and opening slot A8 relative to wall panel frame board member 1 cell wall side
Groove face connection.
The step 6）In, as requested filler 14 select for normal concrete, air entrained concrete, foam concrete block or
Person's Plant fiber's concrete
The step 7）In, the bottom surface of the top baffle 21 is provided with locating slot D22 corresponding to gusset 2.
The method for carrying out Building assembling construction using the production method of the pin-connected panel prefabricated panel for being provided with dark beam, including it is following
Step：
1）Each part such as basis, the wallboard, column 31 and the floor that are provided with dark beam 3 is carried out in the factory prefabricated；
2）By each part turnover transport such as prefabricated basis, the wallboard for being provided with dark beam 3, column 31 and floor to building site；
3）Specified location in building site carries out the installation on basis and fixes；
4）To be provided between the wallboard of dark beam 3 or be provided between the wallboard of dark beam 3 and column 31 and be spliced into molectron, will combine
Part lift, and with other molectrons spliced respectively, while carrying out installation fixation with basis respectively；
5）Treat all of column 31 of same layer and be provided with after the wallboard of dark beam 3 splices and complete, by between dark beam 3 and column 31
Node at carry out cast-in-place concrete and fix；
6）Treat that cast-in-place concrete setting, intensity are reached after requirement, floor is lifted, and be fixed on dark beam 3；
7）After all of floor of same layer is all fixed, the wallboard of dark beam 3 will be provided between the wallboard of dark beam 3 or is provided with
Be spliced into molectron between column 31, molectron lifted, and with other molectrons distinguish conscientious splicing, while fixing respectively
In preceding layer wallboard and the corresponding position of column 31；
8）Treat all of column 31 of same layer and be provided with after the wallboard of dark beam 3 splices and complete, by between dark beam 3 and column 31
Node at carry out cast-in-place concrete and fix；
9）Treat that cast-in-place concrete setting, intensity are reached after requirement, floor is lifted, and be fixed on dark beam 3；
10）Repeat step 7）~9）, until building is completed.
With reference to shown in Fig. 9 and Figure 12, the step 4）In, positioned at the both sides of wall panel frame board member 1 outermost gusset 2 with
Spacing is provided between the side of wall panel frame board member 1, when two wallboards are attached, by the wallboard deckle board of two wallboards
Component 1 is attached, the relative ends contact of two wall panel frame board members 1, the muscle of the relative side of two wall panel frame board members 1
Connected by contiguous block A23 between plate 2, the contiguous block A23 at the cross bar position in wall panel frame board member 1 corresponding to setting respectively
There is opening slot B27, cross bar is docked through opening slot B27；The top surface of the contiguous block A23 is fitted with the bottom of dark beam 3；Institute
The width for stating contiguous block A23 is equal with the groove width of wall panel frame board member 1；Installations of the contiguous block A23 corresponding to the lower section of dark beam 3
Hole is respectively equipped with installing hole C at A15 positions（Accompanying drawing is not shown）, screw rod is each passed through into the wherein side of wall panel frame board member 1
After the installing hole A15 of installing hole A15, the installing hole C of contiguous block A23 and the opposite side of wall panel frame board member 1, screw rod two ends difference
It is fixed by nut 32.Installation gap 25 is provided with the outside metope of wall panel frame board member 1, at the end position of both sides,
Corresponding to connection board 24 is fixed with the end face of wall panel frame board member 1 of installation gap 25, the length of the screw rod is more than connection
The distance between end face outside of riser 24, and less than the thickness of wall panel frame board member 1；The wall panel frame board member 1 of two wallboards
The position of installation gap 25 at be provided with deckboard A26, outer face and the wall panel frame board member 1 of shown deckboard A26
Outer face flushes, or when the outer face of wall panel frame board member 1 is provided with decorative layer 4, the outer face point of deckboard A26
Do not flush with the surface of decorative layer 4 of wall panel frame board member 1.
With reference to shown in Figure 10, Figure 11 and Figure 12, in the step 4, positioned at the outermost muscle of the both sides of wall panel frame board member 1
Spacing is provided between the side of plate 2 and wall panel frame board member 1, when wallboard is attached with vertical 31 posts, by the wallboard of wallboard
Deckle board component 1 is attached with column 31, and the end of the relative column 31 of wall panel frame board member 1 connects with the corresponding side end face of column 31
Touch, the gusset 2 of the corresponding side of wall panel frame board member 1 is connected by contiguous block B23 ', and the contiguous block B23 ' corresponds to wallboard
Opening slot B27 is respectively equipped with cross bar position in deckle board component 1, cross bar passes through opening slot B27；The contiguous block B23 '
Top surface fit with the bottom of dark beam 3；The width of the contiguous block B23 ' is equal with the groove width of wall panel frame board member 1；The company
Connect and be respectively equipped with installing hole C at installing hole A15 positions of the block B23 ' corresponding to the lower section of dark beam 3（Accompanying drawing is not shown）, by screw rod point
Not Chuan Guo the installing hole A15 of the wherein side of wall panel frame board member 1, the installing hole C of contiguous block B23 ' and wall panel frame board member 1 it is another
After the installing hole A15 of side, screw rod two ends are fixed respectively by nut 32.On the outside metope of wall panel frame board member 1, position
Installation gap 25 is provided with the end position of both sides, corresponding to being fixed with connection on the end face of wall panel frame board member 1 of installation gap 25
Riser 24, the length of the screw rod is more than the distance between end face outside of connection board 24, and less than wall panel frame board member 1
Thickness；Deckboard B26 ' and trim are provided with position between the installation gap 25 and column 31 of wall panel frame board member 1
Plate C26 ' ', two wall panel frame board members 1 that the adjacent both sides of the column 31 are connected are respectively equipped with dress with the junction of column 31
Decorative cover plate B26 ' and deckboard C26 ' '；And the outer face of deckboard B26 ' and deckboard C26 ' ' respectively with wall panel frame
The outer face of board member 1 flushes, or when the outer face of wall panel frame board member 1 is provided with decorative layer 4, deckboard B26 '
Flush with the surface of decorative layer 4 of wall panel frame board member 1 respectively with the outer face of deckboard C26 ' '.Then by the top of column 31,
Cast-in-place process is carried out at node location between each dark beam 3.
Claims (7)
1. the production method of the pin-connected panel prefabricated panel of dark beam is provided with, it is characterised in that comprised the following steps：
1）Prepare the wall panel frame board member that section is " u "-shaped structure（1）；
2）As requested in wall panel frame board member（1）Decorative layer is set on the outside metope of prefabricated component（4）；
3）Will be by step 2）The wall panel frame board member for preparing（1）Prefabricated component is erected, and respectively by gusset（2）Both sides edge
Locating slot B（17）It is downwardly into wall panel frame board member（1）It is interior, until gusset（2）Bottom insertion locating slot A（16）It is interior；
4）Cross bar is sequentially passed through and is fixed on gusset（2）Set opening slot A（8）；
5）In wall panel frame board member（1）Groove in, positioned at the gusset of outermost side（2）Lateral surface be fixed with side shield（20）；
6）By filler（14）It is poured into wall panel frame board member（1）With gusset（2）Between region in；
7）Work as filler（14）Top surface when irrigate to specified altitude assignment, by top baffle（21）It is fixed on gusset（2）Top；
8）Work as filler（14）Solidify and intensity is reached after requirement, top baffle is removed successively（21）And side shield（20）；
9）By dark beam（3）Prefabricated component be fixed on gusset（2）And filler（14）Top, and make gusset（2）Top difference position
In dark beam（3）Locating slot C set by bottom（18）It is interior；
10）Wall panel frame board member（1）Metope on, at the end position of both sides, along wall panel frame board member（1）Side wall by upper
Multiple installing hole A are correspondingly provided with（15）, the dark beam（3）Corresponding to installing hole A（15）It is provided with installing hole B（19）, by spiral shell
Bar sequentially passes through wall panel frame board member（1）The wherein installing hole A of side（15）, installing hole B（19）With wall panel frame board member（1）Separately
The installing hole A of side（15）Afterwards, by the nut at screw rod two ends（32）By wall panel frame board member（1）With dark beam（3）It is fixed.
2. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 1, it is characterised in that：The step
2）In, as requested in wall panel frame board member（1）Decorative layer is sprayed or pastes on the outside metope of the wherein side of prefabricated component
（4）, or spray or paste decorative layer on the outside of both sides on metope respectively（4）.
3. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 1, it is characterised in that：The step
4）In, when cross bar includes winding displacement cross bar（9）With clamping cross bar（11）When, winding displacement cross bar（9）By clamping cross bar（11）By wallboard
Deckle board component（1）Cell wall and opening slot A（8）Relative to wall panel frame board member（1）Cell wall side groove face connection.
4. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 3, it is characterised in that：Then will pipe
Line row is located at winding displacement cross bar（9）On.
5. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 1, it is characterised in that：The step
4）In, when cross bar is " work " shape bar（13）Or for " C " shape bar when, " work " shape bar（13）Or it is direct for the both sides of " C " shape bar
By wall panel frame board member（1）Cell wall and opening slot A（8）Relative to wall panel frame board member（1）Cell wall side groove face
Connection.
6. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 1, it is characterised in that：The step
6）In, as requested, filler（14）Select to be mixed for normal concrete, air entrained concrete, foam concrete block or Plant fiber
Solidifying soil.
7. the production method of the pin-connected panel prefabricated panel of dark beam is provided with as claimed in claim 1, it is characterised in that：The step
7）In, the top baffle（21）Bottom surface correspond to gusset（2）It is provided with locating slot D（22）.
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| CN201611241180.8A CN106584672B (en) | 2016-12-29 | 2016-12-29 | The production method of pin-connected panel prefabricated panel equipped with concealed beam |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112671884A (en) * | 2020-12-21 | 2021-04-16 | 西安科技大学 | Automatic maintenance vegetation type concrete based on Internet of things |
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| DE2339033A1 (en) * | 1973-08-01 | 1975-02-13 | Beton Es Vasbetonipari Muevek | Modular building component system - uses porous plates as lost shuttering for concrete |
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| CN106584672B (en) | 2019-03-15 |
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